Most innovative companies for 12/19/2023 (new inventions)
Exciting new inventions from Micron Technology, Inc., International Business Machines Corporation, Microsoft Technology Licensing, Llc, Canon Kabushiki Kaisha And Apple Inc.
This is a weekly article summarizing a handful of inventions from the most innovative companies in the world. The summaries are created by an A. I. and proof-read by a human before publication. Attempts are made to ensure accuracy of the descriptions, but it is very much a work in progress. Each invention description is preceeded by a poem about the invention that is written by the A. I. I have found the limerick is actually quite good at explaining the invention in simple terms. Enjoy!
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Improvements in a rotor runout and concentricity jig that mimics the runout and/or concentricity of an axle of a vehicle that can be transferred
What is this invention?
Rotor runout and concentricity jig
A jig to accurately replicate,
The axle's runout and concentricity state.
It uses discs with highs and lows,
And two eccentric tubes that can be adjusted so,
To ensure the vehicle runs great!
In the world of precision engineering, even the tiniest imperfections can have significant implications. A recently filed patent aims to tackle the challenge of rotor runout and concentricity in vehicle axles, offering a potential solution to ensure optimal performance and reduce vibrations. The patent describes a cleverly designed rotor runout and concentricity jig that mimics the imperfections of a vehicle's axle and transfers them onto a rotor. By using a combination of high and low points on discs or eccentric tubes, the jig can be adjusted to replicate the characteristics of the axle, allowing for precise measurements and subsequent adjustments. To ensure accurate replication, the jig is equipped with incremental detents that correspond with the imperfections of the axle. This feature enables engineers to precisely match the runout and concentricity traits, minimizing discrepancies between the axle and rotor. Additionally, careful attention has been paid to the positioning of the rotor. To replicate the exact location of the rotor on the axle, markings are made on both components, ensuring that the rotor is placed precisely as it was during measurement. This level of accuracy is crucial for accurate measurements and eliminating potential errors. While this patent showcases an intriguing concept, it remains to be seen whether it will transition into a viable product. Implementation challenges, manufacturing considerations, and competition from existing solutions are all factors that will influence its future. Only time will reveal whether this innovation will revolutionize the field or become another idea that fails to materialize. Do you see potential for this rotor runout and concentricity jig to find a place in the industry? How do you think it could improve current practices? Share your thoughts and opinions in the comments below.
This text describes a jig that can be used to accurately duplicate the runout and/or concentricity of an axle of a vehicle. The jig uses discs with high and low points and/or two eccentric tubes, which can be adjusted from in-phase to out of phase to replicate the imperfections of the axle to rotor. This allows for accurate placement of the rotor onto the axle, which helps ensure proper operation of the vehicle.
US Patent 11846505
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Circuitry detects misaligned irrigation tower
What is this invention?
Systems and methods for identifying misaligned wheeled irrigation towers
A center pivot irrigation system,
Had a misaligned tower that was missin'.
The circuitry could detect,
With resistances to connect,
And voltage measurements for mission completion.
In a recent patent application, a new circuitry system for identifying misaligned wheeled irrigation towers has been described. This innovation aims to improve the accuracy of center pivot irrigation systems by detecting and pinpointing any misalignment within a group of wheeled irrigation towers. The circuitry includes a test resistance, which can be installed in the center pivot system, and a series of resistances that are designed to be installed in each individual wheeled irrigation tower. These resistances are connected to switches within the towers and a neutral line. Additionally, the circuitry incorporates detection circuitry, which is able to identify a misaligned tower by analyzing the voltage readings from the system. If successfully implemented, this technology could greatly enhance the efficiency of center pivot irrigation systems by alerting farmers or technicians to any misalignments in real-time. The ability to quickly identify and address misaligned towers would not only save water but also improve the overall effectiveness of the irrigation process. Furthermore, it would enable farmers to intervene promptly to prevent potential crop damage. However, before we can get too excited about this innovation, we need to consider a few aspects. Firstly, it is important to note that this circuitry system is still in the patent application stage, which means there is no guarantee it will ever become a commercially available product. Secondly, it remains to be seen how this invention will stand against existing competitor solutions, if any. That being said, it is always encouraging to see advancements in agricultural technology. The potential applications of this circuitry system are intriguing, and it could be a valuable tool for farmers if successfully developed. The question now is: Would you find such a technology useful in your own agricultural operations? Share your thoughts in the comments below.
This document describes circuitry for detecting a misaligned wheeled irrigation tower in a center pivot irrigation system. The circuitry includes a test resistance, which is configured for installation in the center pivot irrigation system. The test resistance is coupled to a plurality of resistances, each of which is configured for installation in one or more wheeled irrigation towers of the center pivot irrigation system and to be coupled to the test resistance. Each resistance of the plurality of resistances is also configured to be coupled to a corresponding switch on one or more wheeled irrigation towers and to a neutral line. When installed in the center pivot irrigation system, the detection circuitry can identify an unaligned wheeled irrigation tower by measuring voltage across the resistances.
US Patent 11846506
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Robust capacitive grip sensors without deformation
What is this invention?
Grip sensor
A capacitive grip sensor, quite robust,
Provides a reliable way to adjust.
It works on barbells and more,
No deformation of the floor,
To make sure it's working just right - we must!
In the world of fitness, a patent has been filed for a groundbreaking invention that could revolutionize the way we measure grip strength. The patent describes robust capacitive grip sensors that are designed to be used in a wide range of applications, from single-handed to double-handed grips, with barbells being just one example. One notable feature of these sensors is that they can accurately detect the presence of a human grip without the need for any deformation of the surface being held. This means that users can maintain their grip on an object without compromising its integrity, making it ideal for a multitude of scenarios. While the potential applications for these sensors are intriguing, their implementation in real-world products remains to be seen. Competitor products already exist in the market, such as grip strength monitors that rely on pressure-sensitive surfaces. However, the capacitive grip sensors presented in this patent offer a new and innovative approach to data collection. Imagine the possibilities: these sensors could be integrated into exercise equipment, providing real-time feedback on grip strength and helping users optimize their workout routines. They could also find application in rehabilitation therapies, enabling more precise assessments of hand grip capabilities, or even assist with ergonomics in industrial settings. As with any patent, there are questions concerning the viability of turning this concept into a tangible product. Would the application of these sensors be limited to high-end equipment, or could they be affordable and accessible for the average consumer? Would there be drawbacks or limitations to their functionality that have not been disclosed? What are your thoughts? Can you envision a future where capacitive grip sensors become a staple of fitness technology? Share your ideas in the comments below.
The present invention provides a robust capacitive grip sensor that may be used in a variety of applications, such as single-handed and double-handed grips, such as but not limited to barbells. The sensor does not require deformation of the gripped surface area, which makes it efficient and reliable.
US Patent 11846550
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The New Photoelectric Smoke Detection Fire Alarm Applies Scattering Mechanism and Circuit Detection System to Improve Accuracy
What is this invention?
Detection component of the photoelectric smoke detection fire alarm
There was a fire alarm so fine,
It worked with Photoelectric shine.
The detection component and system too,
For accuracy it would do.
This invention is sure to save lives in time!
In the realm of fire detection and alarm technology, a new patent has emerged that promises improved accuracy and reduced interference. The inventors have developed a detection component, a detection system, and a fire alarm specifically designed for the Photoelectric Smoke Detection Fire Alarm. One of the key highlights of this innovation is the scattering mechanism incorporated into the device. By ensuring proper fitting with the receiving tube, this mechanism enhances the fire alarm's size and detection accuracy to meet industry requirements. Moreover, the circuit detection system and maze structure work in tandem to further improve accuracy while minimizing the impact of external light interference. This patent has the potential to revolutionize fire detection systems, offering a more reliable and effective solution for smoke detection in various environments. However, it is important to note that patents do not always translate into tangible products. While this invention holds promise, it remains to be seen whether it will be developed into a commercially available fire alarm. Currently, there are several competing fire detection products on the market, each with its own strengths and limitations. The introduction of this patented technology could potentially shake up the industry, providing customers with a more advanced and accurate fire alarm option. The question that arises from this development is whether you, as a reader, believe that the incorporation of advanced scattering mechanisms and improved circuit detection systems in fire alarms is a necessary step forward in ensuring the safety of buildings and individuals. Are you excited about the potential benefits of this patent or do you think there are other areas where technological advancements should be prioritized? Let us know in the comments below.
The present invention relates generally to fire detection and alarm technology, and more particularly, to a detection component, a detection system and a fire alarm applicable for the Photoelectric Smoke Detection Fire Alarm. The scattering mechanism ensures scattering fitting with the receiving tube to make the size and detection accuracy of the fire alarm fulfill requirements, and the circuit detection system and maze structure improve detection accuracy.
US Patent 11846588
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Inertial Measurement Unit Keeps Your Stuff Stable
What is this invention?
Inertial measurement unit
An inertial measurement unit was made,
A second holding unit and a first grade,
The spacers coupled the sensor with care,
Two fixing members pressed here and there,
To make this complex device so fair!
In a recent patent application, a new inertial measurement unit is described that aims to revolutionize the world of motion sensing technology. The unit includes a sensor unit containing an inertial sensor, which is held in place by a first holding unit. The first holding unit comprises a first substrate, a second substrate, a number of spacers that connect the sensor unit to the first substrate, and two elastic members on either side of the first substrate. The unit is further secured by two fixing members that penetrate, press, and fix the first substrate and elastic members to the second substrate. This new invention could have significant implications for various industries that rely on motion sensing technology, such as virtual reality, robotics, and autonomous vehicles. With precise tracking capabilities and a robust holding mechanism, this unit has the potential to enhance user experiences and improve the overall performance of motion-sensitive devices. While this patent holds promise, it's important to note that not all patented inventions make it to the market. Competing products already exist, offering similar functionalities. Manufacturers would need to carefully evaluate the feasibility of mass-producing this inertial measurement unit at an affordable cost without sacrificing quality. In light of this exciting development, it raises the question: How do you envision this inertial measurement unit being used in real-world applications? Could it offer a groundbreaking solution to the challenges faced by the industries it caters to? Share your thoughts in the comments below.
An inertial measurement unit includes a sensor unit and a first holding unit. The sensor unit has an inertial sensor. The first holding unit holds the sensor unit and includes a first substrate, a second substrate, a plurality of spacers coupling the sensor unit and the first substrate, a first elastic member and a second elastic member provided on both sides of the first substrate via opening parts, and two fixing members: one penetrating, pressing and fixing the first substrate and the first elastic member to the second substrate, and another penetrating, pressing and fixing the first substrate and the second elastic member to the second substrate.
US Patent 11846647
Micron Technology, Inc.
Tracking Failed Firmware Loads and Power Consumption
What is this invention?
Automated power down based on state of firmware
A patent was released to the world,
To prevent devices from being hurled
Into a reduced-power state,
When their firmware won't load straight.
It tracks attempts and time unfurled!
Micron Technology, Inc. has recently patented an intriguing invention that aims to enhance the efficiency and reliability of memory devices. The patent describes an apparatus and method for determining if firmware has been successfully loaded and if the firmware version is valid and operable. If the firmware fails to load or is deemed invalid, the invention tracks the number of unsuccessful attempts or the elapsed time for these attempts. Once a programmable threshold is reached, the invention enters the memory device into a reduced-power state. On the surface, this patent seems to offer an innovative solution to potential firmware issues in memory devices. By proactively monitoring the firmware loading process and taking appropriate action, Micron Technology seeks to address one of the common challenges that users face when it comes to memory devices. Competing products in the market often fail to provide a clear indication of firmware loading status or do not have built-in mechanisms to handle unsuccessful attempts. Micron's invention, if successfully implemented, could significantly improve user experience by reducing the frustration caused by firmware errors. However, it is important to note that this invention is currently just a patent and not an actual product. While the idea shows promise, as with any patent, its ultimate fate remains uncertain. The electronics industry is highly competitive, and many patented ideas may never see the light of day due to various factors such as feasibility, market demand, or changes in company strategies. Nonetheless, it is worth contemplating the potential applications of this invention. Imagine, for instance, a scenario where memory devices in critical systems, such as medical devices or autonomous vehicles, can detect and address firmware issues automatically, reducing the risk of system failure and ensuring uninterrupted operation. What are your thoughts on Micron Technology's patent? Do you think this invention has the potential to revolutionize the memory device industry? Share your opinions in the comments section below.
This patent describes a way to prevent devices from going into reduced-power states if they fail to load firmware. The patent includes the ability to track the number of unsuccessful attempts and the elapsed time for unsuccessful attempts, as well as the ability to enter a memory device into a reduced-power state if either number reaches a certain threshold.
US Patent 11847014
Micron Technology, Inc.
Memory Device Lets You Control Data Rates
What is this invention?
Memory sub-system logical block address remapping
A system was made to determine,
Data rate from two sensors that were keen.
The first set of data,
Was written at the LBA,
Then second set with offset seen.
Micron Technology, Inc. has recently filed a patent that presents an intriguing system combining memory devices and processing devices. The system aims to enhance data storage and organization by incorporating multiple sensors and logical block addresses (LBAs). In this patent, the processing device measures data rates from two different sensors and then proceeds to store the data received from each sensor in the memory device. The first set of data is written at a specific LBA, while the second set of data is written subsequently at a different LBA. The processing device further remaps these LBAs to establish logical sequence, ensuring efficient data management. One potential application for this technology could be in the field of augmented reality (AR) devices. By utilizing multiple sensors, such as accelerometers and gyroscopes, the system could capture various types of data simultaneously. This could enhance the precision and accuracy of AR experiences, providing users with a more immersive and seamless interaction with virtual objects. Although the concept described in the patent is intriguing, it is important to note that it is still at the patent stage. Like many innovations, not all concepts make it to the consumer market. It will be interesting to see if Micron Technology, Inc. develops this concept into a functional product. Meanwhile, competing companies, such as Samsung and Intel, have been investing heavily in memory and processing technologies. It remains to be seen whether this patent by Micron will provide them with a technological edge against their rivals. What applications can you envision for a system that combines multiple sensors and advanced data storage techniques? Share your thoughts in the comments below!
The text describes a system that can determine a data rate from two sensors. The system can write the first set of data received from the first sensor at a first LBA in the memory device, and it can write the second set of data received from the second sensor and subsequent to the first set of data at a second LBA in the memory device. The second LBA can be associated with an offset from the first LBA, and this offset can correspond to a data rate of the first sensor.
US Patent 11847051
Micron Technology, Inc.
Data Access Request Received, but Tag Not Found
What is this invention?
Using a second content-addressable memory to manage memory burst accesses in memory sub-systems
A request from a host system was sent,
For data at an address to be lent.
The tag associated with the address not found,
In either of CAMs around.
It may be absent or present in some selected entries then found;
If condition is met it'll go to the second CAM and stored all around!
In a recent patent application by Micron Technology, Inc., a method for efficient data storage and retrieval is described. The patent outlines a system that receives a request to access data from a host system and then determines if the associated tag is found in the first or second entries of the content-addressable memory (CAM). If the tag is not found in either of these entries, a specific entry containing valid data is selected from the first entries. Then, a condition is evaluated to check if the content of this particular entry should be stored in the second CAM, which is used to maintain data in the cache. While this patent presents an interesting concept for improving data storage and access, it is important to note that obtaining a patent does not guarantee that the technology will become a marketable product. Many patented inventions never make it beyond the conceptual stage due to various factors such as technical limitations, market demand, or competition from existing products. However, if this technology were to be developed and commercialized, it could potentially have applications in various fields where efficient data storage and retrieval are crucial. Imagine a scenario where large amounts of data need to be accessed quickly, such as in cloud computing or high-performance computing environments. If implemented effectively, this patent could offer enhanced speed and efficiency, which could prove beneficial to both businesses and individual users. Considering the current market landscape, where data is becoming increasingly valuable and the demand for efficient storage and retrieval solutions is on the rise, it will be interesting to see if Micron Technology, Inc. pursues the development of this patent or if it remains just another idea on paper. What do you think about this patent application? Do you believe there is a need for more efficient data storage and retrieval solutions in today's technology-driven world? Share your thoughts in the comments below.
A request to access data at an address is received from a host system. A tag associated with the address is not found in either the first CAM or the second CAM. The tag may be absent from any of the entries in either CAM, or it may be present only in certain selected entries. If the tag is not found in any of the entries, then a particular entry that includes valid data is selected and checked to see if its content matches a condition indicating that it should be stored in the second CAM. If so, then it's stored there.
US Patent 11847058
Micron Technology, Inc.
Embedding Data in Memory Streams
What is this invention?
Embedding data in address streams
A stream of addresses, so grand,
Can be enhanced with data to lend
Context and metadata,
To make understanding complete;
This is useful in testing by hand.
Micron Technology, Inc. has recently filed a patent for a fascinating technique that could revolutionize data communication within memory systems. The patent describes a method of embedding data in an address stream on an interconnect, such as a memory bus. By doing so, addresses in the stream can indicate the location in memory, while the embedded data can provide contextual information related to those addresses. The embedded data can be communicated in various ways, including using a mailbox, a preamble message in a messaging protocol, a checksum, repetitive transmission, or even combinations of these methods. This innovation has the potential to greatly enhance memory tracing during testing or enable efficient communication with memory devices or other recipients of the data in regular operations. While the patent offers an intriguing glimpse into possible advancements in memory technology, it is important to note that patents do not always translate into actual products. The process of turning an invention from a concept to a marketable product involves numerous challenges and considerations. Competing companies in the memory industry, such as Samsung and SK Hynix, are also actively researching and developing their technologies to stay ahead in the market. If this technology were to become a reality, it could find immense applications in various sectors. In the field of data storage and retrieval, the embedded data may enable faster and more efficient access to specific information, reducing latency and improving overall system performance. In the realm of artificial intelligence and machine learning, the contextual information provided by the embedded data could enhance the processing speed and accuracy of algorithms. However, we must also consider the potential limitations of this approach. Questions regarding the scalability of the technique as memory systems become more complex, its impact on power consumption, and potential security vulnerabilities need to be addressed before its widespread adoption. Overall, Micron Technology's patent demonstrates an exciting possibility for innovation in memory systems. What do you think about the concept of embedding data in an address stream? How do you foresee this technique being utilized in real-world scenarios? Share your thoughts in the comments below.
Embedding data in an address stream on an interconnect, such as a memory bus, can provide information about when metadata or other information is available to lend context to the addresses in the address stream. This can be useful for interpreting memory traces recorded during a test or communicating with a memory device or other recipient of data during testing or regular operations.
US Patent 11847059
Micron Technology, Inc.
Firmware Block Record Modification Ensures Correspondence Between Device and Memory Blocks
What is this invention?
Memory sub-system management of firmware block record and device block record
A request was sent for an operation,
At a memory device with precision.
The parameters did say,
If the firmware must change today,
It will track entries of the device's mission.
Micron Technology, Inc. has recently filed a patent that could potentially revolutionize the functionality of memory devices. The patent describes a method for modifying firmware block records to align them with device block records based on program operation parameters. The concept behind this invention is intriguing, as it aims to create a system that can intelligently track and modify firmware block records to correspond with device block records. By doing so, it promises to enhance the efficiency and performance of memory devices. Currently, many memory devices rely on firmware block records to keep track of entries in device block records. However, the process of modifying these records can be time-consuming and prone to errors. Micron Technology's patent seeks to address this issue by automating the modification process based on the specific requirements of a program operation. Although the patent presents an interesting idea, it is essential to ask whether it will ever become a reality. In today's competitive market, numerous companies are constantly working on innovative solutions for memory devices. Established players like Samsung and Western Digital already offer their own advanced technologies in this space. Additionally, the patent description lacks specific details on how the proposed system will be implemented and what potential applications it might have. While the concept sounds promising, it is crucial to consider the practicality and feasibility of turning this patent into an actual product. What are your thoughts on Micron Technology's patent? Do you believe this invention has the potential to revolutionize memory devices? Share your opinions in the comments below.
A request to perform a program operation at a memory device is received. Whether a firmware block record is to be modified to correspond with a device block record is determined based on parameters associated with the program operation. The firmware block record tracks entries of the device block record. Responsive to determining that the firmware block record is to be modified, the firmware block record is modified to correspond with the device block record.
US Patent 11847065
International Business Machines Corporation
The New Photoacid Generator: A Better Way to Generate Acids
What is this invention?
Photoacid generator
A photoacid generator cation,
Comprised of elements from one to fifteen;
It absorbs EUV photons,
And creates acid solutions,
For patterned materials on the scene.
International Business Machines Corporation has recently submitted a patent application for a novel photoacid generator compound cation that could potentially revolutionize the field of extreme ultraviolet (EUV) photon absorption. The compound cation, consisting of elements from group 1 to group 15 of the periodic table, boasts an impressive absorption cross section of at least 0.5×107·cm2/mol for 92 eV photons. This groundbreaking invention also includes a photoacid generator, which combines the aforementioned compound cation with an anion. By doing so, the patent aims to create a photoresist composition that incorporates an acid labile polymer. Consequently, this composition allows for the generation of acid and the formation of patterned materials features on a substrate. While this patent showcases the potential for advancements in EUV photon absorption and patterned materials features, it's important to consider the practicality and commercial viability of such an invention. The field boasts multiple competitors and existing products that may already fulfill similar needs. Additionally, the patent does not go into detail regarding the scalability and cost-effectiveness of implementing this technology. However, one can imagine numerous potential uses for this invention. From more efficient photoresist compositions in semiconductor manufacturing to advancements in lithography and other industries that rely on patterned materials, the possibilities are wide-ranging. Ultimately, the question arises: Will this patent be transformed into a tangible product that benefits industries and consumers alike? And if so, how will it stack up against existing solutions and the competition? Let us know your thoughts in the comments below.
The present invention relates to a novel photoacid generator compound cation, comprising an element having for 92 eV photons (extreme ultraviolet (EUV)) an absorption cross section of at least 0.5×107·cm2/mol; having at least two stable oxidation states; and selected from the elements of group 1 to group 15 of the periodic table of the elements. Additionally, the present invention relates to a photoacid generator comprising said photoacid generator compound cation and an anion. Furthermore, the present invention aims to provide a photoresist composition comprising said photoacid generator and an acid labile polymer. Finally, the present invention relates to a method of generating an acid using the photoresist composition and a method of forming a patterned materials feature on a substrate.
US Patent 11846886
International Business Machines Corporation
A system to keep your electronic devices safe and running smoothly
What is this invention?
Unexpected device usage detection and adaptation
There was a system that could tell,
Unexpected usage patterns as well.
It could provide solutions to prevent harm,
Or aid in the design and development of an electronic charm.
The utilization analysis system was its name;
A great tool it would always remain!
IBM has recently filed a patent for a system that aims to provide better visibility and understanding of unexpected usage patterns for electronic devices. The proposed system utilizes a utilization model to analyze device utilization information and determine various device usage patterns. By identifying unexpected device utilization, the system can then propose hardware and software solutions to prevent damage to the device and improve its design and development. This patent application from IBM suggests a potential solution to a common problem faced by both consumers and manufacturers - unexpected usage patterns that can lead to device damage or inefficiency. While we all strive to use our electronic devices in the intended and optimal manner, there are many factors that can contribute to unintended and potentially harmful usage. The proposed utilization analysis system shows promise in detecting these unexpected patterns and offering viable solutions. For instance, if the system detects excessive heat levels indicating potential overheating, it could suggest implementing additional cooling mechanisms or adjusting software settings to optimize device performance. Competitor devices, such as smartphones, laptops, and gaming consoles, often face usage-related issues that can compromise their longevity and overall user experience. This technology could potentially revolutionize the way these devices are designed, built, and used. Manufacturers could benefit from having access to valuable data on real-world usage patterns, allowing them to make informed decisions regarding durability and user-friendly features. Beyond preventing device damage, this system could also contribute to enhanced user satisfaction. By analyzing usage patterns, the system might identify areas for improvement or feature additions that align with the needs and preferences of consumers. This could lead to devices that are better tailored to the specific demands of users. However, it's important to note that a patent filing doesn't guarantee the invention will manifest as a real product. Many patents never progress beyond the filing stage, and it remains to be seen whether IBM will actively pursue the development and commercialization of this system. Additionally, the implementation and effectiveness of such a system on a wide scale would likely face challenges, particularly in terms of data privacy and compatibility with existing devices. What do you think of IBM's utilization analysis system? Would you welcome a technology that could identify and prevent unexpected device utilization? Share your thoughts in the comments below.
The utilization analysis system can identify unexpected device usage patterns and provide solutions to prevent damage or enhance the design and development of the electronic device.
US Patent 11846971
International Business Machines Corporation
Log-Based Rollback Recovery for System Failures
What is this invention?
Log-based rollback-recovery
A system had a storage medium, too
It had a component that went through states anew
Every time it spoke with another part
The state was logged in the storage's heart
So if there was ever a failure, rollback recovery would do!
In a recent patent filing, International Business Machines Corporation (IBM) presents a log-based rollback recovery system designed to address system failures. The proposed technology entails a storage medium and a component capable of transitioning through various states. This component is programmed to record its state every time it communicates with another component within the system. In the event of a failure, the system is then able to recover the most recent recorded state from the storage medium. While the concept of log-based rollback recovery is not entirely new, IBM's unique approach raises some intriguing questions about the potential impact of this technology. With competitors such as Microsoft and Oracle already offering similar solutions, it remains to be seen how IBM's system would differentiate itself in this crowded market. Moreover, the practical applications of this system in real-world scenarios are still somewhat uncertain. How would businesses and organizations fully leverage this technology to enhance their system resilience and prevent downtime, which can be extremely costly? One possible application could be in the banking industry, where system failures can lead to significant financial losses and erode customer trust. By implementing IBM's log-based rollback recovery system, banks could potentially minimize the impact of failures and recover quickly without losing critical transaction data. As with any patent, the question arises of whether this technology will ever materialize as an actual product. Patent filings are a common occurrence in the technology world, and not all ideas come to fruition. Nevertheless, innovations in system recovery and resilience continue to be a crucial area of research and development. So, what do you think? Do you see potential in IBM's log-based rollback recovery system? How do you envision this technology being adopted in various industries? Share your thoughts in the comments below.
The system includes a storage medium, and a component configured to transition through a series of states. The component is further configured to record in the storage medium the state of the component every time the component communicates with another component in the system, the system being configured to recover the most recent state recorded in the storage medium following a failure of the component. This allows for log-based rollback recovery should there be a system failure.
US Patent 11847029
International Business Machines Corporation
Validate Code Modification Operation Performance with Test Module
What is this invention?
Functional test of processor code modification operations
A processor with a pipeline that's great,
Can execute threads one and two in its state.
The first thread can be modified,
By the second as it plodded,
And tested for functionality by fate.
In a recent patent application from International Business Machines Corporation, methods and systems for testing a functionality of a code modification operation have been described. The patent proposes using a processor pipeline with one or more execution units to execute two threads concurrently. The second thread is intended to modify the first thread through a code modification operation, and a test module is included to validate the functionality of this modification based on the result of the modified first thread. While this patent showcases the ingenuity and potential of IBM's research and development, it is important to note that this is just a patent application and not a guaranteed product. Many patent applications never make it to market, and even if they do, there is no guarantee that the final product will resemble the initial concept. As for the potential uses for such a technology, if it were to become a reality, it could have significant implications for software development and testing. The ability to test modifications to code in real-time, without disrupting the execution of the primary thread, could save time and resources in the development process. However, it is worth considering if there are any existing competitors that offer similar functionalities or if there are alternative approaches to achieve the same results. In conclusion, while the patent application from IBM presents an intriguing concept for testing code modification operations, it is important to temper our excitement until we see its practical application or any further developments. Time will tell if this innovation will become a reality. What are your thoughts on this patent application? Do you believe such a technology could revolutionize software development? Share your opinions in the comments below.
In this example, a processor can include a processor pipeline comprising one or more execution units. The processor pipeline can execute a first thread. The second thread can be executed concurrently with the execution of the first thread to modify the first thread using a code modification operation. The test module can validate a functionality of the code modification operation based on a result of the modified first thread.
US Patent 11847035
International Business Machines Corporation
Processing System Server Delivers Precise Results in Asynchronous Data Store Operations
What is this invention?
Providing data values using asynchronous operations and based on timing of occurrence of requests for the data values
A processing system server had a plan
To maintain a cache of objects in-hand
When an async comp' was due,
It'd return the right view
And query other servers when it can
IBM has recently filed a patent for a processing system server and accompanying methods that promise to revolutionize data store operations. The patent describes a server equipped with a processor that maintains a cache of objects in its memory. This processor then employs asynchronous computation to determine the value of an object. What makes this invention particularly interesting is how it handles requests for objects in different stages of computation. If a request is received before the asynchronous computation has determined the object's value, the server will return the value of the object from its cache. However, if the request comes after the asynchronous computation has completed its determination, the server will provide the value computed by the asynchronous process. The patent also notes that the asynchronous computation may involve a variety of techniques, including ListenableFu. ture, processes, or threads. In addition, the value of the object can be determined by querying other servers. While this patent showcases an exciting advancement in data processing, it remains to be seen whether IBM will turn this invention into a practical product. Competitors already offer similar solutions for handling asynchronous data store operations, with some even integrating them into popular cloud platforms. However, IBM's distinctive approach could lead to new, practical applications and improved performance. Imagine the potential uses for this technology: faster processing of large datasets, enhanced real-time data analysis, or even improved online shopping experiences. The possibilities are vast, but the question remains: Is this patent just a glimpse into the future of data processing, or will it soon become a reality? What are your thoughts on this patent? Do you believe this invention has the potential to revolutionize data processing, or do you think it will become just another idea left on the drawing board? Share your opinions and insights in the comments below.
The processing system server includes a processor which maintains a cache of objects in memory. The processor executes an asynchronous computation to determine the value of an object. In response to receiving a request for the object occurring before the asynchronous computation has determined the value of the object, a value of the object is returned from the cache. In response to receiving a request for the object occurring after the asynchronous computation has determined the value of the object, a value of the object determined by the asynchronous computation is returned. The asynchronous computation may comprise at least one future, such as a ListenableFu. ture, or a process or thread. The asynchronous computation may determine the value of the object by querying at least one additional server.
US Patent 11847054
Microsoft Technology Licensing, LLC
Data Processing System Provides Precise Provisioning of Databases
What is this invention?
Techniques for stateful persisted service resource reduction
A data processing system was created
To provision and operate databases with ease.
It had replicas of three,
Primary, secondary and delta,
Each one with a different purpose to please!
In a recent patent filed by Microsoft Technology Licensing, LLC, a data processing system is described that aims to revolutionize the provisioning and operation of databases. The system offers multiple replicas within a new database, including a primary replica, one or more secondary replicas, and one or more delta replicas. The primary replica takes on the crucial task of handling read and write operations. Meanwhile, the secondary replicas store a copy of both data and transactional log information from the primary replica, but are limited to read operations only, lacking the ability to handle write operations. Lastly, the delta replicas solely duplicate the transactional log information of the primary replica, without the capability of handling neither read nor write operations. While this patent presents an interesting concept in terms of database management, it is important to consider its practical implications. Other companies, such as Oracle and IBM, already offer similar solutions for provisioning and operating databases. Therefore, for Microsoft's idea to stand out, it needs to address the shortcomings of existing products and offer unique functionalities or advantages. One potential use case for this data processing system could be large-scale applications that require high availability and fault tolerance. By distributing replicas and having them perform specific tasks, such systems could handle immense quantities of data with minimal downtime. However, the ultimate question lies in whether this patent will materialize into an actual product. Patent filings are common within the technology industry, and many concepts never see the light of day. Will Microsoft turn this innovative idea into a tangible solution for database operators? Only time will tell. What are your thoughts on this patent? Do you see potential in this data processing system, or do you think it is merely a concept that will never materialize into a product? Let us know in the comments below.
A data processing system implements techniques for provisioning and operating databases, including receiving a request to provision a new database that includes multiple replicas. The data processing system provisions the new database including the plurality of replicas, including a primary replica, one or more secondary replicas, and one or more delta replicas. The primary replica is configured to handle read and write operations. The one or more secondary replicas include a copy of data and transactional log information of the primary replica, but are unable to handle write operations. The one or more delta replicas are a copy of the transactional log information of the primary replica and are unable to handle read operations or write operations.
US Patent 11846976
Microsoft Technology Licensing, LLC
An Automated Toolset Resolves Configuration Conflicts for Virtual Machines in a Networked Cloud Computing System
What is this invention?
Automated configuration conflict resolution and lightweight restoration
A toolset that's automated, so cool
It resolves conflicts in the cloud school
Merging configurations right
Testing them with all its might
To ensure no system will fail or befool
In a recent patent application, Microsoft Technology Licensing, LLC has unveiled an automated toolset designed to tackle configuration conflicts for virtual machines (VMs) in cloud computing systems. The toolset aims to resolve conflicts that may lead to incorrect VM states by determining a set of changes to be made and executing them through a series of automated actions. By considering inputs from both internal and external systems, the toolset merges configurations and identifies only the necessary changes between current and new configurations, streamlining the loading process and enabling lightweight restoration by rolling back these differences. Additionally, an automated test suite environment is incorporated to ensure correct loading and prevent system failures. If successfully implemented, this toolset could potentially revolutionize the management of VMs in cloud computing systems. Configuration conflicts have long been a challenge in maintaining stable and efficient virtual environments. Current solutions often involve manual intervention and lengthy resolution processes, which can impact productivity and increase the risk of errors. Microsoft's automated toolset brings forth the promise of streamlined configuration loading and improved system restoration, offering greater efficiency and reliability to cloud service providers. However, it is important to remember that a patent application does not guarantee that the invention will actually be commercialized. Many factors, including market demand and technical feasibility, come into play before a concept like this makes its way to consumers. Moreover, the competition in this space is fierce, with established players like VMWare and Amazon Web Services already providing virtual machine solutions for cloud computing. Considering the potential impact and benefits of this technology, the question arises: How would you envision this automated toolset transforming the world of cloud computing? Do you believe it could suppress the competition and become the go-to solution for managing VM configurations, or are there other factors that might limit its success? Share your thoughts in the comments below!
The text describes an automated toolset that performs configuration conflict resolution for virtual machines (VMs) in a networked cloud computing system. The toolset resolves conflicts among multiple possible configurations and merges configurations in view of inputs from internal and external systems to minimize the chances of an incorrect VM state being created. Additionally, the toolset operates with a test suite environment that is specially adapted to test and validate new configurations before they are loaded into the system. This helps to ensure correct loading and avoid system failures.
US Patent 11847027
Microsoft Technology Licensing, LLC
Identifying and Optimizing Data Analytics Queries
What is this invention?
Query set optimization in a data analytics pipeline
A method to optimize data queries,
Identify relations and apply tricks,
To make the results more precise,
With analytics that entice,
It's sure to improve your tech fix.
In a recent patent application by Microsoft Technology Licensing, LLC, a new innovation in data analytics has been described. The patent revolves around a set of data analytics queries, with each query having multiple operators. These queries can function as both producers and consumers of data within the set. The patent outlines how computing devices can identify the relationships between these queries and optimize them accordingly. Although the patent sounds promising, it remains to be seen whether it will be developed into a tangible product. The field of data analytics is highly competitive, with several companies already offering similar solutions. It is crucial to consider not only the technical aspects but also the practicality of implementing such a system on a large scale. This invention holds potential in various industries, including financial services, e-commerce, and healthcare. Imagine the possibilities of optimizing data analytics queries in real-time, enabling faster and more efficient decision-making processes. However, the key question remains: will this patent transform into a practical tool, or will it fade away amidst the vast sea of unfulfilled technological promises? What are your thoughts on this patent? Can you envision any specific applications or potential drawbacks? Let us know in the comments below!
This text describes a method for optimizing data analytics queries. The method involves identifying relationships between the queries, and then applying one or more optimizations to the queries based on those relationships.
US Patent 11847118
Microsoft Technology Licensing, LLC
Storing Data with Aliased Keys - Keep your data safe and organized with our new key-value storage methods!
What is this invention?
Aliased data retrieval for key-value stores
A system for data storage was made,
It stored a primary and aliases in grade.
The internal identifier they'd use,
And the data values too of course!
Retrieval is now quick and not delayed.
Microsoft Technology Licensing, LLC recently filed a patent for a new system and method aimed at improving the functionality of key-value stores. In simple terms, a key-value store is a type of database where data is stored and retrieved using a unique key associated with each piece of information. The patent proposes a system that allows for the insertion and retrieval of aliased data in key-value stores. The concept involves a data storage system that can receive a dataset containing a primary key, one or more secondary keys (also known as "aliases"), and data values. The system then allocates an internal identifier to the primary key and stores it, along with the primary key, in a first table. Additionally, each secondary key is used to create a key-value pair consisting of the secondary key and the internal identifier. These pairs are stored in the first table alongside the corresponding primary key. To complete the process, the internal identifier and the data values are stored in a second table. Consequently, when the primary or secondary key is used to query the first table, the internal identifier can be obtained. This identifier is then utilized to query the second table for the respective data values. While Microsoft's patent reveals an interesting approach to improve the functionality of key-value stores, it remains unclear how the technology will be implemented practically. The patent application does not specify any potential use cases or provide concrete details regarding how the system would be integrated into existing infrastructure. Additionally, there are already competitors in the key-value store space, such as Redis and Riak, that offer similar functionality. That being said, if Microsoft did bring this technology to market, it could potentially enhance the performance and efficiency of key-value stores in various scenarios. For example, it might be beneficial in large-scale distributed systems that require rapid access to data using different aliases. As with any new patent, it's important to approach it with a healthy dose of skepticism. While the idea behind the patent shows promise, its practicality and commercial viability are yet to be determined. Only time will tell if Microsoft will transform this innovative concept into a tangible product that can solve real-world problems. What do you think about Microsoft's proposed system for aliased data insertions/retrieval? Do you believe it could have practical applications in the industry, and if so, how? Let us know in the comments below.
The present disclosure describes systems and methods for aliased data insertions/retrieval for key-value stores. In aspects, a data set comprising a primary key, one or more secondary keys (“aliases”), and data values may be received by a data storage system. The system may allocate an internal identifier to the primary key and store the internal identifier and the primary key in a first table. Each of the secondary keys may be used to create a key-value pair comprising the secondary key and the internal identifier. The key-value pair(s) may be stored in the first table with the corresponding primary key. The internal identifier and the data values may be stored in a second table. Subsequently, the primary or secondary key may be used to interrogate the first table for the internal identifier. The internal identifier may then be used to interrogate the second table for the data values
US Patent 11847145
Microsoft Technology Licensing, LLC
Get the best of both worlds with our innovative collaborative search engine searching method!
What is this invention?
Search engine functionality using shared AI models
A method of collaborative search,
For each query the AI will lurch.
The package created and sent,
Will make sure that no content's left,
A better way to find what you search!
In a recently filed patent, Microsoft Technology Licensing, LLC introduces an intriguing concept for enhancing search engine functionality. The patent outlines a method for performing collaborative search engine searching, incorporating user input, AI models, and shareable executable packages. According to the patent description, users would input their search queries into a user interface, which would then be processed by a first search engine. Here's where it gets interesting: the method also allows for user input to apply one or more augmentation AI models to the searches. These AI models essentially add an extra layer of intelligence to the search process, potentially helping users find more accurate and relevant results. But the real innovation lies in the creation of a shareable, executable package. This package, derived from the initial searches and the applied AI models, can be executed by multiple search engines. In other words, this technology has the potential to enhance the search capabilities of various search engines simultaneously. While the concept is captivating, it's important to note that patents don't always translate into fully fledged products. However, it's worth considering the potential implications of such a system. Collaborative search engine searching could revolutionize the way we find information, leading to improved search accuracy, efficiency, and overall user experience. That being said, competitors in the search engine market, such as Google and Bing, already place great emphasis on developing sophisticated AI capabilities for search. It remains to be seen whether Microsoft's approach will offer a significant advantage over these existing technologies and whether other industry players will adopt a similar collaborative search engine searching approach. In envisioning potential uses for this technology, one idea that springs to mind is the ability to combine the strengths of multiple search engines. Imagine a scenario where you could perform a search query and utilize the tailored AI models and algorithms of various search engines in one unified search. This could potentially provide users with more comprehensive, accurate, and relevant search results. As we delve into the future of search, it's important to consider the balance between privacy and personalization. How comfortable are users with their search inputs being shared between different search engines? Are the potential benefits of collaborative search engine searching worth the trade-off? We would love to hear your thoughts on this exciting development in the comments below.
The text describes a method for collaborative search engine searching. The method includes receiving user input at a user interface for performing a plurality of searches on a first search engine. The user input is then processed by applying one or more augmentation AI models to the searches. The package is then created and executed by one or more search engines, which causes the search engines to apply the AI models to searches performed at the search engines.
US Patent 11847166
CANON KABUSHIKI KAISHA
Photodiode-Powered Counting Apparatus Lets You Keep Track of Multiple Signals with Ease
What is this invention?
Photoelectric conversion apparatus using avalanche photodiodes with different sensitivity to light
A photoelectric conversion apparatus had a plan,
To include a pixel and counter circuit scan.
The first avalanche photodiode was quite bright,
And the second one with different sensitivity to light.
Processing on the count value would then start,
Depending on if it's larger or smaller than the threshold part.
Canon has recently been granted a patent for a photoelectric conversion apparatus that promises to enhance image sensing capabilities. The apparatus comprises a pixel and a counter circuit, each housing specific components to achieve optimal light sensitivity. The pixel is equipped with two avalanche photodiodes, one having a different level of sensitivity to light compared to the other. Meanwhile, the counter circuit performs two distinct processes depending on the count value it receives from the photodiodes. Similar devices already exist in the market, with brands like Nikon and Sony offering advanced photoelectric conversion technologies. However, Canon's patent indicates an innovative approach by incorporating dual photodiodes with varying sensitivity levels. This design could potentially result in more accurate and detailed image captures, especially in challenging lighting conditions. While the patent reveals Canon's commitment to pushing the boundaries of image sensing, it is important to note that not all patents come to fruition as commercial products. Many patents serve as protective measures for companies, securing their intellectual property rights and preventing competitors from implementing similar technologies. It remains to be seen whether this specific photoelectric conversion apparatus will be implemented and integrated into Canon's future products. The potential applications of this technology are undoubtedly exciting. Imagine being able to effortlessly capture stunning low-light photographs with enhanced clarity and less noise. Additionally, this advancement could prove invaluable in industries such as surveillance, where accurate image sensing is crucial. However, as we eagerly await more tangible information regarding Canon's plans for this patent, let's consider the implications of this technology in everyday life. How would an improved photoelectric conversion apparatus impact your photography experiences? Do you think Canon will be able to successfully integrate this technology into their future imaging products? Share your thoughts and speculations with us in the comments below.
The photoelectric conversion apparatus includes a pixel and a counter circuit. The pixel includes a first avalanche photodiode and a second avalanche photodiode having different sensitivity to light. The counter circuit is configured to count a first signal based on charges generated in the first avalanche photodiode, and a second signal based on charges generated in the second avalanche photodiode. Processing on the count value is different between a case where the count value output from the counter circuit is larger than the threshold value and a case where the count value output from the counter circuit is smaller than the threshold value.
US Patent 11846542
CANON KABUSHIKI KAISHA
Zoom lens allows you to take pictures from any angle
What is this invention?
Zoom lens and image pickup apparatus having the same
A zoom lens of such complexity,
It has a wide-angle to telephoto flexibilty.
The first and third unit have positive power,
While the second and rear hold negative hour.
If conditions are met, zooming will be done in an hour!
Canon has recently been granted a patent for a new zoom lens design that promises improved performance and versatility. The patent describes a lens system consisting of multiple lens units with varying refractive powers, allowing for seamless zooming from wide-angle to telephoto. In this design, the lens units move in a synchronized manner during zooming, with the first lens unit shifting towards the object side and the second lens unit initially moving towards the image side before eventually returning to the object side. This clever arrangement ensures optimal image quality throughout the zoom range, as each lens unit contributes to correcting aberrations. Although the patent does not explicitly mention any competitor's products, we can compare this invention with existing zoom lenses in the market. Canon's new design seems to offer several advantages over conventional zoom lenses. By incorporating multiple lens units with different refractive powers, this patent promises improved optical performance, leading to higher image quality and reduced distortions. This could potentially make the Canon lenses more appealing for professional photographers and enthusiasts looking for superior image results. Moreover, the ability of the lens units to move in a synchronized manner during zooming can enhance the user experience. The smooth transition between wide-angle and telephoto settings ensures a seamless shooting experience, allowing photographers to capture the desired shot without interruption. While this patented technology certainly showcases Canon's commitment to innovation, it is important to remember that not all patented inventions make it to the market. The practicality and commercial viability of this zoom lens design will likely depend on factors such as manufacturing costs and market demand. Only time will tell if we will see this intriguing Canon zoom lens as a tangible product on the shelves of camera stores. In the meantime, let us ponder the potential applications of this zoom lens design. How do you think Canon's patented technology could revolutionize photography or videography? Could it find relevance in other fields beyond the conventional camera industry? Share your thoughts in the comments below.
A zoom lens includes a first lens unit having a positive refractive power, a second lens unit having a negative refractive power, a third lens unit having a positive refractive power, and a rear unit that includes a plurality of lens units having negative refractive powers and a plurality of lens units having positive refractive powers. Each distance between adjacent lens units changes during zooming. During zooming from a wide-angle end to a telephoto end, the first lens unit moves to the object side, and the second lens unit moves to the image side and thereafter moves to the object side. If the predetermined condition is satisfied, then zooming is completed.
US Patent 11846763
CANON KABUSHIKI KAISHA
New Developing Device Provides Faster and More Accurate Results
What is this invention?
Developing device
A developing device was made
With rotatable parts and blades arrayed
It had a first screw, then a second too
And communication openings to view.
The third opening sat upstream in the mix
Overlapping blades two and four with its tricks.
Downstream of this it ended up;
A complex contraption, one must sup!
In a recently filed patent by Canon Kabushiki Kaisha, a new developing device is described that aims to improve the efficiency and performance of their developing containers. The patent introduces several innovative features, including a rotatable developing member and various communication openings. One notable aspect of this invention is the integration of two feeding screws, each with different blade portions, to facilitate the development process. The first feeding screw consists of a first rotation shaft and first and second blade portions, while the second feeding screw includes a second rotation shaft and third and fourth blade portions. These elements work in tandem to ensure smooth and effective development of the materials. Furthermore, the patent describes the presence of a developer discharge opening and a third communication opening. The developer discharge opening is situated upstream of the upstream end of the second communication opening, ensuring that the developed material is directed efficiently. In addition, the third communication opening overlaps with the second blade portion when moving in the second direction, and with the fourth blade portion when moving in the first direction. These overlapping features aim to enhance the overall functionality and effectiveness of the device. While this patent indicates promising developments in the field of developing containers, it is important to note that not all patented technologies eventually make it to market. Competitors, such as Xerox and Epson, already offer their own variations of developing devices, which may pose challenges for Canon in terms of standing out in the market. Despite this, one can imagine several potential uses for this new device. Improved development processes could benefit printing companies, reducing production time and costs. Additionally, the device may find applications in industries that require precise coating or layering of materials. As we eagerly await further updates on the progress of this patent, it begs the question: How crucial is it for Canon to bring this inventiveness to market in order to maintain a competitive edge in the industry? Let us know your thoughts in the comments below.
A developing device includes a rotatable developing member, a developing container, a first communication opening, a second communication opening, a first feeding screw including a first rotation shaft, first and second blade portions, a second feeding screw including a second rotation shaft, third and fourth blade portions, a developer discharge opening provided upstream of an upstream end of the second communication opening in a first direction, and a third communication opening provided upstream of the upstream end of the second communication opening in the first direction. In a second direction opposite to the first direction, the third communication opening overlaps with the second blade portion. In the first direction, the third communication opening overlaps with the fourth blade portion. In the first direction, downstream end of the third communication opening is positioned downstream of
US Patent 11846892
CANON KABUSHIKI KAISHA
An Image Forming Apparatus Notifies You of the Remaining Amount of Developer in Your Container
What is this invention?
Image forming apparatus and image forming system
A developer container with toner,
And a bearing member to rotate and conger;
An image forming apparatus,
With notification portion so gracious,
To tell when the Developer is done-er.
Canon has recently filed a patent for an image forming apparatus that aims to improve efficiency and user experience. The apparatus includes a developer container that holds toner, a developer bearing member that rotates and applies the toner to an image-bearing member, and a detection portion that calculates the remaining amount of toner in the container. What sets this apparatus apart is the notification feature that informs users when the toner level is either above or below a certain threshold. While this patent showcases Canon's dedication to enhancing their image forming technology, it is essential to approach it with a pragmatic lens. Patents are not a guarantee that a product will actually be developed and released to the market. Many innovations mentioned in patents remain confined to the pages of legal documents. In terms of potential uses, this technology could greatly benefit home and office environments where printers and copiers are commonly used. By receiving timely notifications about toner levels, users can proactively manage their supplies, ensuring uninterrupted and efficient printing operations. As for competitors, it's worth noting that other manufacturers already offer similar features in their image forming devices. Some printers have built-in sensors that estimate toner levels, while others provide software alerts when supplies need to be replenished. In conclusion, while Canon's patent for an image forming apparatus with toner level notifications is intriguing, it remains to be seen whether it will come to fruition as a commercially available product. Nevertheless, the concept behind it has the potential to improve user experience and efficiency. How important do you think proactive toner level notifications are in your printing workflow? Share your thoughts in the comments below.
An image forming apparatus includes a developer container to accommodate developer containing toner, a developer bearing member to rotate while bearing the developer accommodated in the developer container and develop the electrostatic latent image borne on an image bearing member into a developer image, a detection portion to output remainder amount information corresponding to an amount of the developer accommodated in the developer container, and a notification portion capable of notifying one of a plurality of states including the first state and the second state on a basis of the remainder amount information output from the detection portion. The notification portion may notify one of the plurality of states including either the first state indicating that there is still some Developer remaining in Developer Container or Second State indicating that there is no more Developer remaining in Developer Container.
US Patent 11846894
CANON KABUSHIKI KAISHA
Image Forming Apparatus with Detachable Replenishment Container Allows for Easy Toner Refills
What is this invention?
Image forming apparatus having toner replenishment
A replenishment container was found,
It had an image bearing member bound.
It included a developer and a toner too,
To develop the electrostatic latent view.
The restriction member then did transition,
Allowing for a full replenishment mission!
Canon has recently filed a patent for an intriguing image forming apparatus with a detachable replenishment container. The device comprises an image bearing member, a developer container, a developing bearing member, and a replenishment port. The purpose of this invention is to develop an electrostatic latent image into a toner image using toner from the replenishment container. One notable feature of this apparatus is the inclusion of a restriction member, which can transition between an allowance state and a restriction state. In the allowance state, the replenishment container and the replenishment port are in communication with each other, enabling the transfer of toner. Conversely, in the restriction state, the replenishment container and the replenishment port are kept separate, preventing any toner from passing through. While this patent is intriguing, it is essential to consider the practical implications of such an invention. Canon faces fierce competition in the image forming industry from companies like Xerox and HP, who already offer a wide range of innovative printers and copiers. To make this patent a reality, Canon needs to ensure that the apparatus is not only functional but also cost-effective and user-friendly compared to existing solutions. In terms of potential applications, the detachable replenishment container could make the image forming apparatus easier to maintain and operate. Users may appreciate the convenience of easily replacing the toner, alleviating downtime and reducing hassle in busy office environments. Additionally, this innovation might contribute to reducing waste by allowing for more efficient usage of toner, which would be a welcome environmental benefit. The patent filed by Canon raises several questions. How will this image forming apparatus differentiate itself from competitors? Will it provide users with a significantly improved experience? Moreover, how will Canon address any potential challenges or limitations posed by this technology? We invite you, our readers, to share your thoughts and insights in the comments below. Do you believe this patent has the potential to revolutionize the image forming industry? Or do you think it will remain just an idea on paper? We look forward to hearing your perspectives.
The text describes an image forming apparatus that includes a detachable replenishment container. The detachable replenishment container includes an image bearing member, a developer container, and a developing bearing member to develop an electrostatic latent image formed on the image bearing member into a toner image by using toner accommodated in the developer container. The replenishment port is through which the developer container can be replenished with toner from the replenishment container. The restriction member transitions between an allowance state in which the replenishment container and the replenishment port communicate with each other, and a restriction state in which the replenishment container and the replenishment port are not made to communicate with one another.
US Patent 11846897
Apple Inc.
An Electronic Device Suggests Customized Routes for Drivers
What is this invention?
User interfaces for customized navigation routes
There once was a driver so smart,
Who wanted to reach his destination fast.
He found an app that gave him routes tailored,
So he could drive more efficiently and be less frazzled.
The anonymized ID kept his info safe,
And made sure the journey was no mistake!
In a recently published patent application, Apple Inc. outlines a potential new feature for their electronic devices that could revolutionize the way we navigate our roads. This innovative technology suggests routes based on the unique characteristics of each vehicle, providing customized guidance tailored to the driver's specific needs. According to the patent, the electronic device would gather data on a vehicle's performance, size, and other pertinent information from an external source. This data is used by the device to generate suggested routes that take into account factors such as fuel efficiency, vehicle size restrictions, and even driving preferences. By personalizing the navigation experience, Apple aims to enhance both efficiency and convenience for drivers. While this patent application is certainly intriguing, it's important to note that not all innovative ideas come to fruition as consumer products. Many patents never make it past the application stage, and even if they do, it doesn't guarantee their actual implementation in Apple's devices. Competitors such as Google Maps and Waze have already established themselves as leaders in the navigation space, offering users real-time traffic updates, alternative routes, and more. Apple would need to bring something truly unique and practical to the table to compete with these well-established platforms. That being said, if Apple were to successfully implement this feature, it could have significant benefits for drivers. Imagine a navigation system that not only provides the fastest route but also considers things like vehicle type, performance, and even personal preferences. This could be particularly appealing for drivers of electric vehicles, who may want to optimize their routes based on charging station availability. Additionally, commercial drivers could potentially receive optimized routes that consider delivery schedules, truck limitations, and road restrictions. As with any technological advancement, there are questions to consider. Would personalized navigation actually improve the overall driving experience, or would it lead to information overload and distract from the road? How feasible is it to gather real-time data on vehicle characteristics from an external source? And would users be comfortable with sharing this information with Apple? As we wait to see if this patent ever becomes a reality, share your thoughts in the comments below. Would you be interested in a navigation system that tailors routes based on your vehicle's characteristics? How do you envision this technology impacting daily commutes and road trips?
This text describes various embodiments of a system that suggest routes for drivers based on the characteristics of the vehicles being driven. In some embodiments, this information is received from an external source (such as a traffic service). An anonymized vehicle identifier is then used to generate customized suggested routes. This allows for more personalized and efficient driving.
US Patent 11846515
Apple Inc.
Camera module integrated optical sensing system
What is this invention?
Optical proximity sensor integrated into a camera module for an electronic device
A camera module with an optical sense,
Can detect objects in its close vicinity.
An infrared cut filter reflects the light,
For accurate measurements both day and night.
This sensing system is really quite dense!
Apple Inc. recently filed a patent that hints at a potential advancement in camera technology. The patent describes an optical sensing system that could be seamlessly integrated into a camera module. What makes this invention interesting is that it allows for the optical element of the sensing system to be placed within the barrel of the camera module, which opens up intriguing possibilities for compact and efficient design. One notable aspect of this system is its orientation toward a reflective surface, like an infrared cut filter. By utilizing at least one reflection off this surface, an optical path is formed between the free space and the optical element. This enables the camera module to capture accurate and high-quality images, utilizing the advantages of reflection and the precise alignment of the optical elements. While the patent description provides potential benefits in terms of compactness and improved imaging capabilities, it is important to note that not all patented technologies make it into consumer products. Apple's competitors, such as Samsung and Google, have already made significant strides in the camera department with features like enhanced low-light photography and computational photography. It would be interesting to see if Apple can leverage this patent to bring something truly unique and groundbreaking to their future camera offerings. If developed into a market-ready product, this technology could have several exciting applications. For instance, it might improve the imaging capabilities of Apple's iPh. ones, enabling users to capture stunning photos and videos in various lighting conditions. Additionally, it could have implications in augmented reality (AR) technology, enhancing the accuracy and realism of AR experiences. The question arises: Will this patent translate into a practical camera innovation by Apple? What are your thoughts on the potential of integrating optical sensing systems within camera modules? Feel free to share your opinions in the comments section below.
An optical sensing system can be integrated into a camera module. In particular, an optical element of an optical sensing system can be disposed entirely or partly within a barrel of a camera module. The optical element can be oriented toward a reflective surface, such as an infrared cut filter, such that an optical path is defined between free space and the optical element via at least one reflection off the reflective surface. This allows for accurate detection and measurement of objects in close proximity to the camera module.
US Patent 11846525
Apple Inc.
Head-mounted device keeps you in focus
What is this invention?
Electronic devices with deformation sensors
There was a device on the head,
That had stereo optical components instead.
Misalignment occurred due to strain,
But sensor circuitry could measure again.
The cameras and display systems were fixed with control's aid.
Apple Inc. has recently filed a patent for an intriguing head-mounted device that aims to address a common issue faced by users of similar wearable tech. The patent describes head-mounted support structures that can be worn on a user's head, which house stereo optical components such as cameras or display systems. These optical components have left and right pointing vectors that can become misaligned due to deformation of the support structures. To combat this problem, the patent suggests the inclusion of sensor circuitry, such as strain gauge circuitry, that can measure the misalignment of the pointing vectors. Control circuitry would then adjust the cameras and/or display systems to compensate for these changes. While the patent offers a potential solution to a known problem, it is important to note that not all patented inventions make it to the market as consumer products. From a practical standpoint, incorporating strain gauges and control circuitry into a head-mounted device might present technical challenges for production and could impact the device's overall size and weight. In the current market, companies like Google and Facebook (through their subsidiary Oculus) have released head-mounted devices with advanced virtual reality capabilities. How Apple's proposed invention would differentiate itself from existing offerings remains to be seen. One potential use for this technology could be in the field of augmented reality, where accurate alignment of cameras and display systems is critical for providing a seamless and immersive experience. It could also find applications in various sectors such as gaming, healthcare, and industrial design. Considering the limitations and competition in the industry, it will be interesting to see if Apple follows through with the development of this head-mounted device, and how it would position itself against competitors. Do you think this invention has the potential to revolutionize wearable technology or will it be overshadowed by existing products? Let us know in the comments below.
The text describes a head-mounted device that has stereo optical components, such as left and right cameras or left and right display systems. The optical components may have respective left and right pointing vectors, which may become misaligned due to deformation of the support structures. Sensor circuitry such as strain gauge circuitry may measure pointing vector misalignment, and control circuitry may control the cameras and/or the display systems to compensate for measured changes in pointing vector misalignment.
US Patent 11846782
Apple Inc.
Camera Lens Barrels Stay Put with Interlock Arrangement
What is this invention?
Interlock arrangement for attaching a lens barrel to a lens carrier
A camera's lens barrel and carrier,
Would fit together with an interlock arrangement fair.
One or more grooves and protrusions too,
With adhesive to fill gaps in view.
The interlock will keep them secure - no fear!
The latest patent filed by Apple Inc. hints at an exciting potential development in camera technology. The patent describes an interlock arrangement that could be used to attach a lens barrel to a lens carrier, restricting movement along the optical axis. This innovative design could have significant implications for the quality and stability of camera lenses. Intriguingly, the interlock arrangement comprises grooves and protrusions. These features, whether on the lens barrel or the lens carrier, work together to secure the lens in place. Additionally, the patent suggests the incorporation of adhesive to fill any gaps within the interlock arrangement, ensuring a robust and secure connection. The inclusion of recesses also allows for the introduction of adhesive, further enhancing the stability of the lens attachment. While this patented technology holds promise, it's important to remember that patents don't always translate into products. Apple's competitors, such as Nikon and Canon, already offer lens systems with their own unique mechanisms for securing lenses to camera bodies. Therefore, it remains to be seen whether Apple will decide to bring this innovative interlock arrangement to market and if it will truly revolutionize the camera industry. However, the potential applications for this technology are wide-ranging. Beyond traditional cameras, it could be adapted for use in smartphones, drones, or even specialized industrial equipment. Ultimately, the success of this patent lies in its ability to address the pain points experienced by photographers, videographers, and enthusiasts alike when it comes to lens stability and ease of use. As with any new development, it is necessary to be cautious in drawing conclusions. The filed patent certainly showcases Apple's ambition and commitment to pushing the boundaries of camera technology. Nevertheless, it remains to be seen whether this interlock arrangement will ever see the light of day in a tangible product. What are your thoughts on this potential innovation in camera lens design? Do you believe it has the potential to revolutionize the way we capture images? Share your insights and opinions in the comments below.
This text describes an interlock arrangement that may be used to attach a lens barrel to a lens carrier of a camera. The interlock arrangement may restrict movement of the lens barrel relative to the lens carrier along at least an optical axis. In some embodiments, the interlock arrangement may include one or more grooves and one or more protrusions. The groove(s) and protrusion(s) may be configured to mate with each other, and the adhesive may fill gaps within the interlock arrangement between the lens barrel and the lens carrier. In some cases, recesses within the interlock arrangement may provide inlets for the adhesive to be introduced into gaps between the components.
US Patent 11846825
Apple Inc.
Elongated Aperture Stop for Camera with Folding Optics Adds Depth to Images
What is this invention?
Aperture stop for camera with folded optics
A camera with folded optics, oh my!
An aperture stop that is not shy.
It's elongated and placed
In between the prism face
For a picture of great quality high.
Apple Inc. has recently secured a patent for an innovative camera technology that includes an aperture stop for cameras with folded optics. Although this sounds like a highly technical concept, it essentially means that Apple aims to improve the image quality and functionality of its future devices' cameras. The patent describes a camera setup that involves using lens elements and light path folding elements, such as prisms or mirrors, to enhance the optics arrangement. Specifically, Apple proposes the use of an elongated aperture stop – a mechanism that controls the amount of light entering the camera – in conjunction with prisms that share a similar elongated dimension. This alignment is said to optimize the performance of the folded optics system. While the patent provides intriguing insights into Apple's camera technology research, it is worth noting that patent filings do not always materialize into consumer products. Apple's competitors, such as Samsung with their Galaxy and Note series, have been incorporating advanced camera features into their smartphones for years now. Thus, it remains uncertain whether Apple will actually implement this particular innovation in its future devices. That being said, the possibilities for improved camera capabilities are immense. If Apple were to integrate this technology successfully, users could expect more accurate image capture, enhanced low-light performance, and potentially even better optical zoom. Additionally, this advancement may have applications beyond smartphones, such as in professional cameras or even augmented reality devices. As with any new technology, we eagerly await to see if Apple will turn this patent into a reality. Will this innovation be the game-changer that revolutionizes smartphone photography? Or will we have to wait for further developments to truly appreciate the impact of folded optics? Let us know your thoughts in the comments below!
Various embodiments include an aperture stop for a camera with folded optics. The aperture stop may be an elongated aperture stop, and one or more prisms of the folded optics arrangement may have an elongated dimension in the same direction as the elongated dimension of the aperture stop. In some embodiments, the aperture stop may be located between a prism and a lens group of the folded optics arrangement. In some embodiments, the aperture stop may be located proximate an optical element that optically powers a prism of the folded optics arrangement.
US Patent 11846873