to
to
to
Breadth
C
Complexity
C
Enforceability
C
The patent portfolio encompasses innovative methods for device-to-device control, allowing seamless connectivity and interoperability between devices through personalized user interfaces and capability matching. Key contributions include the dynamic presentation of graphical card elements that can be assigned and managed in real-time, facilitating efficient information exchange among devices tailored to specific locations and contexts. These technologies have significant applications in smart home systems, IoT networks, and enhanced user experience design.
| Patent | Summary | Breadth | Complexity | Enforceability |
|---|---|---|---|---|
| 10601744 |
A method for dynamically presenting and updating card content in a user interface by loading a framework file that facilitates the integration and display of multiple card elements based on user interactions.
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C
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D
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C
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| 10547570 |
A method for controlling device operation that enables a first device to present a user interface displaying accessible devices and their capabilities, allowing users to assign and exchange card elements representing device capabilities based on the selected device's profile and operational context.
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C
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D
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C
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| 10382371 |
A method for assigning card elements in a user interface to nearby devices based on user commands, with a time-limited association that includes updating the card's metadata and profile.
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C
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D
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C
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| 10121516 |
A data monitoring and management device that utilizes sensors to detect events, controls camera and microphone operations to capture and record monitoring data, and includes a display unit with event filtering to present relevant recorded data.
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C
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C
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C
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| 10116602 |
A method for device-to-device control that enables a device to connect and interact with another device by determining their capabilities and exchanging commands based on matched functionalities through established communication protocols.
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B
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C
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C
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Breadth
C
Complexity
C
Enforceability
B
The patent portfolio introduces significant advancements in imaging technology, including innovative electronic camera designs with enhanced focus detection and correction mechanisms, sophisticated image processing methods that improve image quality and dynamic range, and efficient piezoelectric actuators for precise mechanical movements. Key innovations include systems for detecting image blur, dust on sensors, and specific focus adjustments that utilize micro lenses and novel image processing techniques. These advancements have a broad range of potential applications in digital imaging, surveillance, medical imaging, and mobile devices, improving both user experience and image fidelity.
| Patent | Summary | Breadth | Complexity | Enforceability |
|---|---|---|---|---|
| 09264587 |
An image saving apparatus that dynamically determines and requests the availability of target image data from either an image transfer apparatus or an image transmission apparatus based on recorded management information, and saves the received data into a secondary storage device.
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C
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D
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C
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| 08749677 |
An imaging sensor features a pixel array capable of performing both global and rolling shutter operations, incorporating a vertical signal line for pixel signal processing while implementing a clipping circuit to manage electric potential levels during signal acquisition.
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C
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C
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B
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| 08665346 |
An image pickup apparatus employs dual sound-collection units to detect ambient sound and utilizes a signal processing unit that performs noise reduction through relative time shifting and subtraction of sound information, applying correction factors to minimize artifacts from the noise elimination process.
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C
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C
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B
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| 08665347 |
A method and imaging device for extracting distinct image regions based on defined thresholds for brightness and color phase differences between an image portion and its surrounding area.
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C
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B
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C
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| 08665351 |
An image processing device that enhances the lightness of dark area gradation in image data through a combination of low-pass filtering, correction calculations, and distinct gradation conversion processing methods utilizing exponential and S-shaped curves.
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C
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D
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B
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Breadth
B
Complexity
C
Enforceability
B
This patent portfolio encompasses innovations in electronic device interconnects, particularly through the integration of clock and data recovery circuitry, phase adjustment, and programmable logic within semiconductor devices and integrated circuits. Notably, advancements in data migration techniques for server register states and enhanced processing capabilities in server and virtual integrated circuits showcase significant improvements in efficiency and adaptability. The inclusion of programmable interconnections and optical communication links further enhances the data transmission efficiency and flexibility in heterogeneous circuit architectures.
| Patent | Summary | Breadth | Complexity | Enforceability |
|---|---|---|---|---|
| 12055777 |
A dual integrated circuit system featuring optical engines for high-speed data communication between packages over optical links.
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B
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C
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C
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| 11995028 |
An electronic device featuring a high-bandwidth memory (HBM) paired with an integrated circuit that integrates programmable logic, memory controllers, and dual hierarchical Network-on-Chip (NOC) architectures to facilitate high-speed data routing between memory and processors.
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B
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D
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C
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| 11804844 |
The method allows for the rapid migration of a virtual integrated circuit between personas on different integrated circuitry without perceptible interruption to the user.
|
A
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C
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C
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| 11726545 |
A server with distinct register states for non-critical and critical operations, which enables the extraction and migration of critical register states to a destination server while maintaining the integrity of non-critical states.
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B
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B
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B
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| 11580054 |
A programmable logic device featuring integrated Network-on-Chip (NoC) routers that enable efficient data transmission between data processing cores and memory devices, with configurable bypass modes and crossbar circuitry to optimize connectivity and performance.
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A
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C
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B
|
Breadth
C
Complexity
C
Enforceability
C
The patent portfolio presents several innovative beverage dispensing and carbonation systems that enhance fluid handling and temperature control, including a selective carbonation apparatus using micromesh technology to optimize gas bonding with water and a versatile dispensing unit designed for both chilled and carbonated beverages. Key contributions involve sophisticated designs such as integrated heat exchangers for efficient cooling, multifunctional valves for customizable beverage options, and intelligent control modules for precise operation. These advancements have potential applications in consumer beverage systems, commercial kitchens, and automated beverage services, enhancing user experience and product quality.
| Patent | Summary | Breadth | Complexity | Enforceability |
|---|---|---|---|---|
| 12246959 |
A beverage dispensing nozzle featuring a housing with an aerator, a consistent inner wall diameter, and a strategically positioned flavor inlet valve to enhance flavor integration while preventing undesired backflow and contact of flavoring with the inner wall.
|
C
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B
|
C
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| 12239260 |
A resealable bottle system featuring a main bottle body with a removable lid and an accessory that cools contents through an insulated two-chamber design, which includes an expansion chamber and a gas storage chamber for high-pressure fluid, while providing temperature-related data via built-in indicators.
|
B
|
B
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C
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| 12145830 |
The inventive concept is a beverage chiller featuring a reservoir with an evaporator coil that has projections allowing for the formation of frozen heat exchange fluid, enhancing cooling efficiency while accommodating a chiller coil for beverage flow.
|
C
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B
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C
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| 12138600 |
The carbonation apparatus features a carbonation chamber that utilizes a micromesh net to polarize water molecules and a plurality of beads to capture carbon dioxide molecules, facilitating the bonding of carbon dioxide with the polarized water during carbonation.
|
B
|
C
|
C
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| 12122654 |
A beverage dispensing apparatus featuring a heat exchanger with a reservoir for storing heat exchange fluid, a chiller coil submerged in the fluid, an evaporator coil for forming an ice bank, and a control system that adjusts the refrigeration cycle and agitator operation based on real-time temperature readings.
|
C
|
C
|
A
|
Breadth
C
Complexity
C
Enforceability
C
The patent portfolio presents a range of innovations in monitoring, navigation, and voice recognition technologies, including advanced systems for integrating sensor data to track object positions, enhancing map databases with user-defined road information, and optimizing speech recognition through external device data. Notable technological contributions include intelligent navigation systems that adjust routes based on real-time user settings and laser radar devices capable of precise target detection through advanced signal processing techniques. These technologies have potential applications in autonomous vehicles, personal navigation solutions, and interactive voice-controlled systems, significantly enhancing user experiences in a variety of settings.
| Patent | Summary | Breadth | Complexity | Enforceability |
|---|---|---|---|---|
| 10654491 |
This patent protects a wrong-way-driving suppression device and method that utilize a computer processor to monitor the traveling direction of a host vehicle, determine its correct traveling direction based on surrounding map data, and issue notifications or warnings when the vehicle is detected as traveling the wrong way within a designated area based on specific thresholds.
|
C
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D
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B
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| 10379136 |
This patent protects a laser radar device that utilizes an optical oscillator, modulator, and antenna to emit and receive laser light while employing a signal processor that corrects spectra obtained from heterodyne detection by accounting for motion data, enabling accurate calculations of target speed and wind speed.
|
C
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C
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C
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| 10253756 |
The patent protects a laser radar device capable of emitting and detecting modulated laser light to measure wind speed and direction as well as blade rotation in wind turbine systems, utilizing a combination of optical components such as modulators, antennas, and processors to analyze the reflected signals for enhanced operational control.
|
C
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D
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B
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| 10109258 |
This patent protects an information presentation device and method that utilize captured facial images to assess user attention on visual presentation objects, adaptively modifying how information is displayed based on the user's recognition degree and attention time for enhancing information engagement.
|
A
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C
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C
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| 09869767 |
This patent protects a laser radar device that enhances distance measurement and target detection by utilizing a scattered light measurement instrument to assess temporal changes in scattered light intensity, calculates attenuation to derive precise distance and movement data, and integrates a moving route calculator and position direction recognizer to enable accurate movement control of a moving object.
|
C
|
C
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C
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Breadth
C
Complexity
C
Enforceability
B
This patent portfolio introduces advanced video coding and decoding methods that enhance processing efficiency and image quality by applying various prediction modes, including combined inter and intra prediction techniques and different kernel sizes in non-separable secondary transforms. Key innovations include adaptive context modeling for block partitioning, scalable matrix applications for dequantization, and the ability to dynamically adjust coding modes based on block characteristics, allowing for improved compression algorithms in video streaming and broadcasting. These innovations have significant implications for applications in high-definition video compression and real-time image processing.
| Patent | Summary | Breadth | Complexity | Enforceability |
|---|---|---|---|---|
| 11758193 |
This patent protects a video decoding and encoding method that utilizes a picture header containing slice information syntax elements, including a multi-slice-type syntax element, to determine and manage the presence of multiple slice types in a video picture, enhancing efficiency in both parsing and data management within bitstreams.
|
C
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C
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A
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| 11616966 |
This patent discloses a video decoding and encoding method that utilizes multiple motion candidates, a systematic prediction combining technique based on angular weight factors, and a strategy for applying primary and secondary transforms to enhance video compression efficiency and accuracy.
|
C
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C
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C
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| 11589044 |
The patent describes a video decoding and encoding method that utilizes partitioning control parameters to manage the recursive splitting of video blocks into quad tree and ternary tree structures based on specified minimum and maximum sizes, enhancing the efficiency of video data processing and reconstruction in electronic devices.
|
C
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C
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B
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| 11582466 |
Patent 11582466 protects a video decoding and encoding method that utilizes a hierarchical temporal prediction structure for video pictures in multiple layers, incorporating an inter-layer prediction constraint parameter that governs the maximum temporal identifier used within inter-layer predictions to optimize picture reconstruction.
|
C
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C
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C
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| 11546587 |
This patent protects a video decoding and encoding method that utilizes an Adaptive Parameter Set (APS) for optimally filtering blocks of pixels, allowing for flexible selection between adaptive and fixed filters based on received bitstream data, thereby enhancing video quality and compression efficiency.
|
A
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C
|
B
|
Breadth
C
Complexity
C
Enforceability
B
The patent portfolio features innovations in data handling and processing, including lossless data compression methods that leverage neural networks to enhance compression efficiency, advanced imaging technologies for improved image processing and quality assessment, and novel electronic devices that integrate smart memory interfaces for optimized performance. Key advancements also include methods for wireless power transfer, enhancements in video encoding and decoding techniques, and intelligent navigational systems that utilize dynamic data for real-time decision-making. These technological contributions find applications across various fields such as mobile devices, automotive systems, and smart electronics, aiming to enhance operational efficiency and user experience.
| Patent | Summary | Breadth | Complexity | Enforceability |
|---|---|---|---|---|
| 12208055 |
The patent protects a hip component for a legged mobility device featuring a rotatable inner insert with an abduction/adduction control mechanism that utilizes elastomeric bushings to selectively control movement, providing customizable resistance and adjustments to the mobility device's hip functionality.
|
C
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C
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C
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| 12076291 |
The patent protects an innovative actuator system for orthotic devices, characterized by a transmission assembly with multiple stages of speed reduction that allows for flexible cabling connections between a motorized actuator assembly and a remotely positioned driven joint member, enabling precise control and movement of various brace components while maintaining user wearability and joint functionality.
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C
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C
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C
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| 12071990 |
The patent protects an innovative electromagnetic brake assembly featuring a solenoid coil, movable ferrous armature, and conical braking interface with friction O-rings, designed to provide efficient braking force to rotating components, while also being integrated into powered mobility assistance devices like knee-ankle-foot orthoses.
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C
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C
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B
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| 11826302 |
Patent 11826302 protects a wearable robotic device featuring a hip assembly with a rigid housing and a removable hip wing that utilizes a hooked hinge and manually-operable removal mechanism for secure attachment and easy detachment from a user's body.
|
C
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C
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C
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| 11679056 |
This patent protects a control method and system for a mobility device that dynamically adjusts between standard and advanced gait modes, optimizing the control of hip and knee joint components to execute precise and immediate stepping actions while minimizing double support periods based on real-time sensor data evaluating joint angular positions and velocities.
|
C
|
D
|
B
|
Breadth
C
Complexity
C
Enforceability
B
| Patent | Summary | Breadth | Complexity | Enforceability |
|---|---|---|---|---|
| 10700414 |
This patent protects an electronic device featuring a specialized conductive pattern with a winding configuration that facilitates electrical connections for power transmission, wireless charging, and signal generation, including capabilities for near field communication and resonant wireless charging, all encapsulated within a compact housing design.
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C
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C
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B
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| 10511420 |
Patent 10511420 protects a method and apparatus for receiving broadcast information in a communication system, where a user equipment (UE) sets a subframe as a combining window, extracts and accumulates broadcasting channel signals from multiple radio frames, and decodes these signals to acquire broadcast information, thereby enhancing communication coverage and reliability.
|
C
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C
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B
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| 10476306 |
This patent protects a transmitting device with an inverter for wirelessly transmitting power to a receiving device, featuring a processor that regulates the amplitude of the alternating current by varying the on/off timings of power transistors based on factors including DC voltage, power consumption, coupling, and distance between the devices.
|
C
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C
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C
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| 09461784 |
This patent describes a method and terminal for transmitting and acknowledging messages, particularly Radio Resource Control (RRC) messages, in a wireless communication system by defining a protocol for the repeated transmission of messages and corresponding acknowledgments until successful confirmation is received.
|
C
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C
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B
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| 09287943 |
This patent protects a method and apparatus for reducing the peak-to-average power ratio (PAPR) of orthogonal frequency division multiplexing (OFDM) signals in a multiple-input multiple-output (MIMO) communication system by estimating interference levels, determining a fitting clipping ratio (CR) to manage clipping distortion versus interference power, and applying clipping and filtering techniques accordingly.
|
C
|
C
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C
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Breadth
C
Complexity
C
Enforceability
C
The patent portfolio predominantly focuses on advancements in wireless power transmission systems and radio communication methods. Key innovations include a transmitting device and method for power delivery utilizing advanced circuit designs for efficiency, features for improving broadcast information reception in communication systems, and enhanced electronic device integration with conductive patterns. These technologies have potential applications in enhancing wireless charging capabilities, improving communication system performance, and optimizing electronic device functionality.
| Patent | Summary | Breadth | Complexity | Enforceability |
|---|---|---|---|---|
| 10700414 |
This patent protects an electronic device featuring a specialized conductive pattern with a winding configuration that facilitates electrical connections for power transmission, wireless charging, and signal generation, including capabilities for near field communication and resonant wireless charging, all encapsulated within a compact housing design.
|
C
|
C
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B
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| 10511420 |
Patent 10511420 protects a method and apparatus for receiving broadcast information in a communication system, where a user equipment (UE) sets a subframe as a combining window, extracts and accumulates broadcasting channel signals from multiple radio frames, and decodes these signals to acquire broadcast information, thereby enhancing communication coverage and reliability.
|
C
|
C
|
C
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| 10476306 |
This patent protects a transmitting device with an inverter for wirelessly transmitting power to a receiving device, featuring a processor that regulates the amplitude of the alternating current by varying the on/off timings of power transistors based on factors including DC voltage, power consumption, coupling, and distance between the devices.
|
C
|
B
|
C
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| 09461784 |
This patent describes a method and terminal for transmitting and acknowledging messages, particularly Radio Resource Control (RRC) messages, in a wireless communication system by defining a protocol for the repeated transmission of messages and corresponding acknowledgments until successful confirmation is received.
|
C
|
C
|
C
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| 09287943 |
This patent protects a method and apparatus for reducing the peak-to-average power ratio (PAPR) of orthogonal frequency division multiplexing (OFDM) signals in a multiple-input multiple-output (MIMO) communication system by estimating interference levels, determining a fitting clipping ratio (CR) to manage clipping distortion versus interference power, and applying clipping and filtering techniques accordingly.
|
C
|
D
|
C
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Breadth
B
Complexity
C
Enforceability
B
The patent portfolio presents innovations in user input methods for mobile devices, adaptive transmission probabilities for user equipment, advanced antenna beamforming techniques, and improved handover processes in mobile networks. Key contributions include methods for dynamically obscuring text input for enhanced privacy, sophisticated resource allocation in wireless networks, and efficient management of network elements through automated adaptation. These technologies have broad applications in mobile communication, enhancing user experience, network efficiency, and operational management.
| Patent | Summary | Breadth | Complexity | Enforceability |
|---|---|---|---|---|
| 12072188 |
This patent protects an innovative optical apparatus featuring a double path interferometer with specifically configured components including a phase plate, beam splitters, modulators, and detectors that collaboratively enable the generation, modulation, and detection of linearly polarized light to enhance measurement accuracy and produce three-dimensional imaging of objects without the need for spectral domain scanning.
|
C
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C
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C
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| 11146993 |
The patent protects an apparatus and method for managing handovers in a network by determining conditions for a path switch during user equipment transfer between access nodes, delaying the switch until conditions like empty buffers or interface congestion are met, and ensuring continued connectivity with a mobility management entity or gateway until those conditions are satisfied.
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A
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D
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C
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| 10727911 |
This patent protects an apparatus and methods for optimizing transmission beamforming in a communication system by decomposing a channel matrix, calculating transmission vectors based on maximum antenna gain directions and power allocation strategies, including techniques to reduce side lobes and improve signal strength using waterfilling algorithms.
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B
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C
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A
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| 10674516 |
This patent protects a method and apparatus for user equipment that determines a transmission probability based on a classification reflecting desired capabilities while dynamically adjusting this probability in response to system load and other user equipment's transmission metrics.
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A
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D
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C
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| 10354097 |
This patent protects a method and apparatus for inputting a character string, such as a password, on a mobile device where characters are displayed in unobscured form during input, then obscured after an inactivity event, ultimately concealing the string permanently once composition is completed.
|
C
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C
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B
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Breadth
C
Complexity
D
Enforceability
C
This patent portfolio focuses on innovative compositions for window films utilizing various siloxane resins, crosslinking agents, and initiators that enhance UV absorption and crosslinking efficiency. Key features include the strategic incorporation of functional groups such as epoxy, alkyl, and aromatic structures in the formulations, which improve the optical and mechanical properties of the films. The potential applications extend to advanced glazing systems, automotive windows, and protective coatings, aiming for superior durability and UV protection.
| Patent | Summary | Breadth | Complexity | Enforceability |
|---|---|---|---|---|
| 11174340 |
This patent protects a composition for window films that includes a crosslinking agent, an epoxy group-containing siloxane resin, and an initiator, which when used in a flexible window film enables the creation of various flexible displays with enhanced properties.
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C
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C
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C
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| 10711157 |
This patent protects a novel composition for window films that incorporates a specific silicone resin, a crosslinking agent, and an initiator to enhance durability and flexibility, exemplified through a flexible window film characterized by robust performance attributes such as high hardness and low curvature radius.
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C
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D
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C
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| 10611925 |
This patent protects a novel composition for window films that includes a siloxane resin and an iodonium ion-containing photocationic initiator, which enables the formation of flexible window films with specific functional properties suitable for display applications.
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C
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C
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C
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| 10604652 |
This patent protects a novel composition for window film that includes a first silicon resin, a second silicon resin with crosslinkable groups, a crosslinking agent, and an initiator, which can be used in flexible window films and display devices to enhance durability and performance.
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C
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D
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C
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| 10563092 |
This patent protects a composition for window films that includes a specific siloxane resin with defined epoxy and silane components, a crosslinking agent, and initiator, which is utilized to create flexible window films and displays featuring a coating layer with enhanced durability and flexibility.
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C
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B
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C
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Breadth
C
Complexity
C
Enforceability
B
The patent describes an innovative marine vessel hull design featuring a V-pattern hull bottom that forms a central keel, enhancing stability and hydrodynamic efficiency. A uniquely contoured pod mounting surface is integrated between the central keel and stern, designed for a propulsor pod, which optimizes propulsion characteristics. This design facilitates improved performance and maneuverability in marine applications.
| Patent | Summary | Breadth | Complexity | Enforceability |
|---|---|---|---|---|
| 10518855 |
The patent protects a marine vessel design featuring a hull with a V-pattern bottom forming a central keel and a contoured pod mounting surface between the keel and stern, which includes a planar mounting face for propulsor pods and a transition face with a concave longitudinal profile that can have a curvilinear shape, providing optimized hydrodynamic performance and modularity for propulsive elements.
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D
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C
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B
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| 09849959 |
The patent 09849959 protects a marine drive system for vessels that features an innovative design comprising an inboard engine connected to a marine pod drive unit via a driveshaft, which is enclosed in a guard sleeve equipped with annular packings to isolate vibrations and allow angular displacement at both ends, enhancing durability and functionality.
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C
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C
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C
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| 09714071 |
The patent protects a drive pod for marine craft propulsion systems featuring a uniquely designed shaft assembly that includes a through-hull coupling housing, a gearbox, and a shaft with specialized features such as a blind hole, thinned portion with an undercut, and a pin for enhanced structural integrity and performance.
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C
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C
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B
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| 09701381 |
The patent protects a marine propulsion unit featuring a lower gear case with a breakaway skeg that includes shear tabs engineered to fail at predetermined stress levels, enabling the skeg to detach under specific forces while maintaining alignment and integration with the propulsion system.
|
C
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C
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B
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| 09376198 |
The patent protects a serviceable steering system for a marine pod unit that includes a dual signal configuration allowing a servo motor to rotate a lower pod relative to an upper pod, with integrated safety features such as a steering brake and service harness for fault management and maintenance.
|
C
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C
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B
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Breadth
C
Complexity
C
Enforceability
B
The portfolio includes novel optical apparatuses and devices that utilize advanced light manipulation techniques, such as rotating pyramidal and parabolic mirrors, to enhance the detection and focusing of light. Key innovations involve metasurfaces with integrated heat modulation for phase control, alongside laser signal systems employing interleaving techniques for improved target detection accuracy. These technologies have significant applications in high-resolution imaging, sensing, and telecommunications, enabling more efficient object detection and data transmission.
| Patent | Summary | Breadth | Complexity | Enforceability |
|---|---|---|---|---|
| 12055664 |
The patent protects a dual photodiode Lidar system that uses a primary photodiode to capture light reflections from a target and a secondary photodiode to receive a balancing signal for correcting optics errors, with innovative features including specialized optics, transimpedance amplifiers, and timing circuits to accurately measure distance by processing the combined outputs of both photodiodes.
|
C
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B
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B
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| 12055664 |
The patent protects a dual photodiode Lidar system that uses a primary photodiode to capture light reflections from a target and a secondary photodiode to receive a balancing signal for correcting optics errors, with innovative features including specialized optics, transimpedance amplifiers, and timing circuits to accurately measure distance by processing the combined outputs of both photodiodes.
|
B
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B
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B
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| 12032270 |
This patent protects a metasurface comprising an array of Bragg mirrors with defect cavities and individual heat sources that modulate heat to control the phase shift of reflected light, thereby enabling precise beam steering through thermally induced changes in refractive index.
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C
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D
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C
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| 12032270 |
This patent protects a metasurface comprising an array of Bragg mirrors with defect cavities and individual heat sources that modulate heat to control the phase shift of reflected light, thereby enabling precise beam steering through thermally induced changes in refractive index.
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C
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C
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C
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| 11927777 |
Patent 11927777 protects a dynamic metasurface technology comprising a series of high-index dielectric blocks with variable refractive indices controlled by applied voltage differentials across electrodes, enhancing light steering capabilities through Mie resonance and charge density modulation.
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C
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C
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C
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Breadth
B
Complexity
C
Enforceability
C
The patents describe advanced processor architectures featuring multiple cores with distinct processing architectures, employing a sophisticated cache hierarchy to maintain coherence between different functional circuits, including graphics devices. Key innovations include a communication interconnect that facilitates seamless information sharing without needing to access main memory, and caching strategies that enable power control and efficient resource management. These technologies have potential applications in high-performance computing, graphics processing, and energy-efficient system designs.
| Patent | Summary | Breadth | Complexity | Enforceability |
|---|---|---|---|---|
| 10204051 |
The patent describes a system featuring multiple cores with a first processing architecture, a hierarchical cache structure and cache coherence circuitry that enables efficient communication and coherence between these cores and functional circuits of a second processing architecture, thereby facilitating tasks such as graphics processing, memory control, and digital signal processing across separate dies.
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B
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C
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C
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| 10078590 |
This patent protects a multi-core processor architecture featuring a hierarchical cache system with integrated cache coherence mechanisms, enabling seamless data sharing and communication between processor cores and various functional circuits, including graphics processing, while ensuring data integrity through snoop operations.
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A
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D
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C
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| 09946650 |
The patent protects a multi-processor system incorporating a cache hierarchy and cache coherence circuitry that allows for efficient information sharing between processing cores and functional circuits with differing architectures, facilitating operations such as graphics and memory control while ensuring coherence through snoop operations.
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A
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D
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C
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| 09665488 |
This patent protects an apparatus integrating a central processing unit and a graphics processing unit with distinct cache coherency domains, enabling the latter to access an L2 cache directly for improved information sharing and operational efficiency, while maintaining coherency between both processing units.
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A
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C
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B
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| 09128698 |
This patent protects a method and apparatus for executing a combined rotate and XOR instruction in a computer processor, wherein the execution can alternate between two operational modes based on an immediate value, facilitating efficient computational tasks such as those used in hashing algorithms like Skein and Blake.
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C
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C
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C
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Breadth
C
Complexity
C
Enforceability
C
The patent portfolio primarily relates to advanced electro-optical and light-emitting devices featuring unique configurations for enhancing light emission efficiency and image quality, including optimized substrate designs, innovative pixel circuit architectures, and improved heat management solutions. Key innovations include functional layers that adjust electron amounts, integration of multiple wiring systems within pixel circuits, and the use of advanced materials to ensure durability and performance stability. These technologies have significant applications in displays, lighting systems, and various consumer electronics, pushing the boundaries of display resolution and energy efficiency.
| Patent | Summary | Breadth | Complexity | Enforceability |
|---|---|---|---|---|
| 09112173 |
This patent protects a light-emitting device that enhances current efficiency and reduces drive voltage by incorporating an intermediate layer designed to suppress triplet energy transfer between phosphorescent and fluorescent layers while facilitating smooth transport of charge carriers, ultimately allowing for improved performance in display and electronic applications.
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C
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D
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C
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| 08994620 |
This patent protects an electro-optical device featuring a pixel circuit that incorporates a driving transistor, switching transistor, and associated capacitors in a configuration that allows for controlled light emission and initialization processes, along with specific relay electrodes and feed lines designed to enhance the device's performance.
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C
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C
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C
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| 08823257 |
This patent protects a light-emitting device featuring a substrate with light-emitting elements, a cathode terminal positioned outside the light-emitting region, and a functional layer that adjusts electron flow between the cathode and an auxiliary cathode, which enhances efficiency and allows for controlled electrical connections while ensuring minimal overlap with the light-emitting elements.
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C
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D
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C
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| 08792068 |
This patent protects a lighting device comprising multiple light emitting elements organized in distinct groups with specific anode and cathode wiring configurations, and includes features such as a switching mechanism to control power to the groups, as well as a detector to monitor luminance or voltage for dynamic adjustment.
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C
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B
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B
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| 08766535 |
This patent protects an electro-optical apparatus with a substrate composed of interleaved resin tape members that form an active-matrix display region featuring partial display and non-display regions, each equipped with integrated driving circuits for controlling pixel groups, thereby enabling flexible and efficient image display.
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C
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B
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B
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Breadth
C
Complexity
C
Enforceability
C
The patent portfolio encompasses innovative methods for enhancing network reliability, including a protection switching method for Ethernet links and route separation techniques in automatically switched optical networks (ASON), which ensure efficient traffic management and service continuity. It also includes advancements in IoT service processing for tailored application management, improved domain name resolution efficiency, and secure Bluetooth pairing mechanisms utilizing RFID for authentication. Additional contributions involve optimizing mobile terminal functionalities such as fast booting processes and intelligent number display according to user preferences, facilitating better user experiences in mobile communication.
| Patent | Summary | Breadth | Complexity | Enforceability |
|---|---|---|---|---|
| 09553965 |
The patent protects a method and device for displaying phone numbers on a mobile terminal based on the automatic matching of an International Mobile Subscriber Identity (IMSI) to a Mobile Country Code (MCC), allowing the number format to be customized according to the user's location, and providing a default display format when the automatic matching is not enabled or fails.
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C
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C
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B
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| 09317299 |
This patent protects a method and device for cold starting an Android mobile terminal that involves saving specific data to non-volatile storage during standby for quick recovery upon restart, utilizing a guidance system to optimize data management and restoring the terminal to its previous state efficiently.
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C
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C
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B
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| 09191772 |
This patent describes a Bluetooth connection method and system that utilizes information from a Radio Frequency Identification (RFID) card to authenticate a client with a server through a challenge/response mechanism within a Service Discovery Protocol (SDP), ensuring secure communication by performing hash-based verification against a database.
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C
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D
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C
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| 09148361 |
This patent introduces a method and apparatus for optimizing route separation in Automatic Switched Optical Networks (ASON) by dynamically determining independent, partially overlapped, or completely overlapped routes for different calls or services based on the availability of network resources, employing strategies that manage link, node, and shared risk group separations.
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C
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B
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C
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| 08935564 |
This patent protects a method and apparatus for backing up user information using a standby service node that establishes selection switch protocol groups with main service nodes, regularly receives and stores user information, detects operational states, and switches ports to maintain service continuity in case of failure or unreachability of the main service nodes.
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C
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C
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C
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Breadth
C
Complexity
C
Enforceability
B
The patent portfolio presents several innovations in electro-optical and organic light-emitting devices, emphasizing designs that enhance thermal management and light emission efficiency through advanced substrate and circuit configurations. Key contributions include unique arrangements of heat release members in electro-optical devices, multifunctional pixel circuit designs that improve gradation display, and novel organic EL structures with integrated color filters and sealing films. These technologies have potential applications in high-performance displays, including televisions, monitors, and mobile devices.
| Patent | Summary | Breadth | Complexity | Enforceability |
|---|---|---|---|---|
| 09112173 |
This patent protects a light-emitting device that enhances current efficiency and reduces drive voltage by incorporating an intermediate layer designed to suppress triplet energy transfer between phosphorescent and fluorescent layers while facilitating smooth transport of charge carriers, ultimately allowing for improved performance in display and electronic applications.
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C
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D
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B
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| 08994620 |
This patent protects an electro-optical device featuring a pixel circuit that incorporates a driving transistor, switching transistor, and associated capacitors in a configuration that allows for controlled light emission and initialization processes, along with specific relay electrodes and feed lines designed to enhance the device's performance.
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C
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D
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B
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| 08823257 |
This patent protects a light-emitting device featuring a substrate with light-emitting elements, a cathode terminal positioned outside the light-emitting region, and a functional layer that adjusts electron flow between the cathode and an auxiliary cathode, which enhances efficiency and allows for controlled electrical connections while ensuring minimal overlap with the light-emitting elements.
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C
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C
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B
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| 08792068 |
This patent protects a lighting device comprising multiple light emitting elements organized in distinct groups with specific anode and cathode wiring configurations, and includes features such as a switching mechanism to control power to the groups, as well as a detector to monitor luminance or voltage for dynamic adjustment.
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C
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B
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B
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| 08766535 |
This patent protects an electro-optical apparatus with a substrate composed of interleaved resin tape members that form an active-matrix display region featuring partial display and non-display regions, each equipped with integrated driving circuits for controlling pixel groups, thereby enabling flexible and efficient image display.
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C
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C
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B
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Breadth
C
Complexity
C
Enforceability
C
This patent portfolio encompasses innovative methods and apparatuses for enhancing network efficiency in communication systems, emphasizing techniques for dynamic resource assignment for uplink and downlink transmissions, accurate positioning of devices based on measurement results, and improved inter-frequency cell measurement protocols. Key contributions lie in the management of resources to optimize hybrid automatic repeat requests (HARQ) timing, feedback channels, and device-to-device communication states, which can lead to improved data throughput and connectivity in complex network environments.
| Patent | Summary | Breadth | Complexity | Enforceability |
|---|---|---|---|---|
| 11553021 |
The patent protects a method and system for managing media streams between a media server and a terminal, enabling the server to control stream preemption and re-allocation based on real-time monitoring of stream quantities, thereby optimizing resource allocation and ensuring efficient media delivery.
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C
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C
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C
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| 11490409 |
This patent protects a method and apparatus for resource allocation in wireless communication systems, which involves determining a second resource for uplink data transmission based on initially received resource allocation information and an offset value, with specifications for the resource indicator, start locations, and quantities of resource unit groups based on higher layer signaling and bandwidth requirements.
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C
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D
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D
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| 11382001 |
This patent protects a method and apparatus for establishing and maintaining a Radio Resource Control (RRC) connection between user equipment and multiple base stations, enabling the implementation of control plane functionality and the establishment of data bearers for user data transmission based on RRC reconfiguration messages.
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C
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C
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C
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| 11356233 |
This patent describes a communication method that utilizes indication information and quasi co-location (QCL) information to determine the total quantity of downlink data layers and corresponding DMRS antenna ports, including specific operational combinations and configurations based on various QCL types.
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C
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D
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C
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| 11310812 |
This patent discloses a method and apparatus for uplink data transmission by user equipment (UE) and a base station, where an uplink scheduling grant indicates a carrier distributed into multiple basic resource units allowing the UE to determine and send uplink data based on allocated resource blocks that are combined relative to location information provided in the grant, while also facilitating different resource allocation types for optimized data transmission.
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C
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D
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C
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Breadth
C
Complexity
D
Enforceability
C
The patent portfolio presents innovative systems for data analysis utilizing state machine engines that integrate configurable elements and memory components to enhance processing efficiency and reliability. Key features include error detection mechanisms for integrity validation, the capability to analyze data streams through programmable memory cells, and specialized routing elements for managing multiple data results. These advancements have potential applications in high-performance computing, real-time data processing, and complex event detection in various industries.
| Patent | Summary | Breadth | Complexity | Enforceability |
|---|---|---|---|---|
| 11977977 |
This patent protects a data analysis system comprising a host processor and a state machine engine featuring multiple programmable state machine elements with memory cells that analyze different portions of data to generate results, which are selectively provided through a match element, enabling efficient and configurable data processing.
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C
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D
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C
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| 10949290 |
This patent protects a data analysis system comprising a host processor and a state machine engine with configurable elements that utilize memory components for processing data, along with an error detection engine that performs integrity validation of configuration data through cyclic redundancy checks to ensure accurate data analysis and response.
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C
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C
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C
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| 10733508 |
Patent 10733508 protects a data analysis system that integrates a processor and a state machine engine configured to process data using multiple programmed memory cells and detection elements, enabling selective output of analysis results through a match element, thereby enhancing efficiency and flexibility in data processing tasks.
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C
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D
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D
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| 10402265 |
This patent protects a system comprising a host processor and a state machine engine with a configurable block structure that includes an error detection engine utilizing cyclic redundancy checks (CRC) for integrity validation of configuration data, thereby enabling robust data analysis and error management.
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C
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D
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C
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| 10019311 |
This patent protects a device featuring a plurality of configurable blocks with integrated data analysis elements and an error detection engine (EDE) that utilizes cyclic redundancy checks (CRC) to validate the integrity of configuration data, ensuring accurate data stream analysis and corrective actions in response to any detected errors.
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B
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D
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C
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Breadth
C
Complexity
C
Enforceability
C
The patent portfolio encompasses innovative orally acceptable dosage forms and therapeutic methods utilizing specific compounds targeting neurodegenerative diseases such as amyotrophic lateral sclerosis, Parkinson's, Alzheimer's, and Huntington's disease. Key innovations include structurally diverse compounds, with various alkyl, heterocyclyl, and heteroaryl substitutions, offering potential as effective treatments by ensuring improved bioavailability and selective targeting of neurodegenerative pathways. These contributions may lead to significant advancements in the management of debilitating neurological conditions.
| Patent | Summary | Breadth | Complexity | Enforceability |
|---|---|---|---|---|
| 11602530 |
This patent protects a method for treating epilepsy by administering a specified compound or its pharmaceutically acceptable variants, enhancing therapeutic options for patients suffering from this condition.
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C
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A
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C
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| 11318120 |
Patent 11318120 protects a novel method for synthesizing (Z)-3-(3-(3,5-bis(trifluoromethyl)phenyl)-1H-1,2,4-triazol-1-yl)-N′-pivaloylacrylohydrazide through a series of chemical reactions starting from (Z)-isopropyl 3-(3-(3,5-bis(trifluoromethyl)phenyl)-1H-1,2,4-triazol-1-yl)acrylate, utilizing various reagents including LiOH and hydrazine hydrate to create the desired compound efficiently.
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D
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D
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D
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| 10925859 |
This patent protects an orally acceptable dosage form containing a specified compound capable of penetrating the blood-brain barrier, designed to treat various CRM1 mediated disorders, with versatility in formulation types, including immediate, sustained, and delayed release forms.
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C
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D
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C
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| 10722497 |
Patent 10722497 protects a range of compounds with defined structural formulas and various substituent groups that are designed to inhibit CRM1 activity, providing therapeutic methods for treating disorders associated with CRM1 including proliferative and autoimmune disorders.
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C
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D
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C
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| 10617677 |
The patent protects methods of treating neurodegenerative diseases, viral infections, and inflammatory diseases through the administration of specific compounds characterized by a defined structural formula, which has multiple substituent options, highlighting their therapeutic potential against conditions such as Alzheimer's, Parkinson's, and various viral pathogens.
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C
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C
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C
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Breadth
B
Complexity
C
Enforceability
C
This patent portfolio introduces innovative methods for managing and securing data in Internet-of-Things (IoT) environments and distributed ledgers using blockchain technology. Key innovations include controlling device nodes via blockchain transactions, facilitating smart contracts for data use permissions, and ensuring secure audience targeting through encrypted identifiers. These methods have potential applications in enhancing data integrity, privacy, and operational efficiency across various industries such as IoT, advertising, and data management.
| Patent | Summary | Breadth | Complexity | Enforceability |
|---|---|---|---|---|
| 11615055 |
This patent protects a method and system for maintaining an authenticated state data structure in a distributed digital ledger transaction network, enabling efficient transaction processing through a scratch pad data structure that reflects modifications from transaction blocks and facilitates consensus before committing changes to memory.
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C
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D
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C
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| 11455651 |
This patent outlines a computer-implemented method and system for advertising that utilizes impression and conversion tokens recorded on a zero-knowledge blockchain to securely attribute advertising conversions to content publishers based on timing information and token transfers between client devices, publishers, and merchants.
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C
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D
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C
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| 11405204 |
This patent protects a method for generating and executing transaction requests within a distributed digital ledger network, which involves identifying key components like public address identifiers and sub-account identifiers, generating unique encrypted sub-addresses using public encryption keys, and includes the use of alternate identification methods such as email addresses and digital visual codes, ensuring secure and efficient transactions between user accounts.
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C
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D
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C
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| 11328295 |
Patent 11328295 protects a method and system for facilitating and reversing digital transactions via an online platform that manages transaction confirmations and instructions between source computing devices and an intermediate payment processor, ensuring transaction records are accurately maintained and updates communicated to involved accounts.
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B
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D
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C
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| 11249947 |
This patent protects a method and system for generating an authenticated data structure within a distributed digital ledger transaction network that incorporates lazy deletion of data, which allows for the asynchronous removal of entries from a database while still appearing as valid to client requests until the data is fully deleted.
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B
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C
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C
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Breadth
B
Complexity
C
Enforceability
C
The patent portfolio focuses on advanced transmission and processing techniques for digital video content, including the encoding of ultra-high-definition images and dynamic advertisement insertion into live broadcasts. Innovations such as the capability to downscale and upscale image data in real time, alongside seamless transition between different video content players and handling of non-real time content, enhance viewer experience and content delivery. The applications range from improved broadcasting systems to multimedia content management and emergency alerts through digital television, indicating significant potential for advancements in multimedia technology.
| Patent | Summary | Breadth | Complexity | Enforceability |
|---|---|---|---|---|
| 11941092 |
Patent 11941092 protects a digital television system that utilizes a multi-step validation process for securely loading and executing applications received from a transmitter assembly, where each step in the validation checks respective security certificates to ensure safe application operation, allowing for the immediate loading of applications while validation progresses.
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A
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C
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C
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| 11871324 |
This patent protects an internet-enabled television system that receives and decodes over-the-air broadcast signals, distinguishing between regular video data and emergency alerts to communicate relevant information to multiple connected devices over a local network.
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A
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D
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C
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| 11848716 |
The patent protects a digital television apparatus equipped with a receiver that scans for digital television signals using a lower level signaling physical layer pipe to identify and acquire duplicate services based on signal quality, with features for automatic tuning and information processing to enhance viewing experience.
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B
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C
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C
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| 11838680 |
This patent protects a method and apparatus for enhancing digital television reception by enabling a digital television receiver to automatically scan frequencies, assess quality metrics of broadcast signals from multiple transmitters using physical layer pipes, and dynamically tune to the signal offering the best quality, catering to both stationary and mobile receivers.
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A
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C
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C
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| 11817048 |
This patent describes a signal processing apparatus and method that adaptively controls the driving voltage of a display panel, such as an OLED, based on acquired information related to the panel's color, brightness, and physical parameters like surface temperature and amperage, ensuring optimal performance and energy efficiency under varying loads and applications.
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C
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C
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C
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Breadth
C
Complexity
C
Enforceability
C
This patent portfolio introduces innovative battery designs focusing on enhanced safety, efficiency, and structural integrity through unique configurations of electrode assemblies, current collectors, and sealing mechanisms. Key innovations include a self-displacing lid responding to electrode swelling, the use of non-metal current collectors paired with metallic materials, and dual orientation conductive traces for improved energy transfer. These advancements have potential applications in various fields, including electric vehicles, renewable energy storage, and portable electronics, where reliable battery performance is crucial.
| Patent | Summary | Breadth | Complexity | Enforceability |
|---|---|---|---|---|
| 12170376 |
This patent protects a method for balancing a battery that involves receiving voltage measurements from a cell module, using polymeric anode and cathode current collectors in battery cells, and drawing current from the cells while maintaining a specific voltage differential, thereby enabling efficient voltage balancing and charge redistribution across multiple interconnected battery cells.
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C
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D
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C
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| 11923494 |
This patent protects a novel battery design comprising a stack of battery cells featuring distinct planar anode and cathode current collectors with apertures, a compression system for maintaining stack integrity, and a base plate with integrated heat exchange channels, enhancing thermal management and structural stability.
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C
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D
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C
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| 11862801 |
Patent 11862801 protects a novel battery cell design featuring a first current collector with a polymer layer that includes apertures, whereby multiple layered metal configurations enhance electrical connectivity and structural integrity while allowing for efficient assembly with a second current collector and separator.
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C
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B
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C
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| 11699815 |
This patent protects a battery design featuring a stacked arrangement of multiple battery cells, each characterized by a tab structure with varying widths that enables vertical current flow and incorporates voltage sensors, along with insulating tape, to provide enhanced electrical coupling and performance monitoring.
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C
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C
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C
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| 11677120 |
This patent protects a battery design featuring a multi-layer structure with aligned apertures across multiple circuit boards and battery stacks, using fasteners with conductive pins to electrically couple battery cells while allowing for efficient assembly and voltage measurement.
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C
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C
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C
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Breadth
C
Complexity
C
Enforceability
C
The patent portfolio presents innovative technologies for monitoring and managing cardiac health, particularly through advanced thrombosis detection using mechanical support devices, cardiac signal processing, and heart rate estimation methods. It incorporates systems for efficient energy transfer and power management for implantable medical devices, enhancing their operational efficiency and safety. Additionally, the integration of pacing electrodes with a ventricular assist system demonstrates potential for improved patient outcomes through simultaneous cardiac support and monitoring.
| Patent | Summary | Breadth | Complexity | Enforceability |
|---|---|---|---|---|
| 12138441 |
Patent 12138441 protects a transcutaneous energy transfer system that utilizes an external controller with power source and processing circuitry to manage operational conditions based on the temperature of a transmission coil and power transfer efficiency to an implantable blood pump, generating notifications linked to the urgency of user intervention.
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C
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D
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C
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| 12138440 |
The patent protects a method and control circuit for managing the speed of an implantable blood pump, which utilizes an internal battery and a transcutaneous energy transfer system (TETS) to dynamically adjust the pump speed based on available power levels, ensuring optimal operation even under low power conditions.
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C
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D
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C
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| 12036399 |
This patent protects an implantable internal controller and an external power transmitter for medical devices, where the internal controller is designed to detect and shunt overvoltage conditions by inductively receiving power, while the external transmitter communicates with the internal controller to adjust power transmission based on detected shunting conditions.
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C
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C
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C
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| 12023480 |
This patent protects an implantable internal controller designed to manage power supply to a motor in a medical device, employing processing circuitry to optimally select power sources and regulate motor voltage and speed by utilizing advanced tracking techniques with differing latencies to ensure efficiency and reliability during transient voltage signals.
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C
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C
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C
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| 12005249 |
This patent protects an external power transmitter for an implanted medical device system, comprising processing circuitry that efficiently determines and controls the power delivered to an external coil by measuring current, adjusting PWM duty cycles, and accounting for resistive losses and varying supply voltages.
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C
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C
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C
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Breadth
C
Complexity
C
Enforceability
C
This patent portfolio introduces several innovations in computing systems, including a GPU chiplet architecture for enhanced inter-chiplet communication, advanced texture compression techniques with variable partitioning, and improved memory allocation methods for multi-processor environments. Key contributions also include redundancy in shader arrays to enhance rendering reliability and load balancing in neural network execution through metadata tagging. These technologies have potential applications in high-performance gaming, AI processing, and efficient memory management in complex computing systems.
| Patent | Summary | Breadth | Complexity | Enforceability |
|---|---|---|---|---|
| 12032965 |
This patent protects a processor and method for dynamically throttling the execution of threads based on a comparison of cache misses to a threshold, allowing for adjusted instruction processing rates to improve overall resource efficiency and manage cache contention.
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C
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C
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C
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| 11948223 |
This patent protects a system and method for enhancing the reliability of a shader pipe array by incorporating a redundant shader pipe array, horizontal data transfer paths, and control circuitry to automatically reroute processing tasks to functional shader pipes when defects are detected in the shader pipe array.
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C
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C
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C
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| 11880715 |
This patent introduces a method and system for load balancing in a neural network that leverages tagged metadata to improve computational efficiency by detecting available resources and performing load balancing for neuron execution across layers, while incorporating factors such as neuron readiness and computational costs.
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C
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B
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C
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| 11841803 |
This patent protects a GPU chiplet array system that features a central processing unit (CPU) coupled to multiple GPU chiplets via a dedicated passive crosslink for efficient inter-chiplet communication and cache utilization, enhancing data access and processing performance.
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C
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D
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C
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| 11741019 |
This patent protects a method and system for dynamic memory allocation in a multi-processor computer architecture, allowing for the mapping of memory operations from processors to designated virtual memory pools associated with specific memory resources, which can vary in accessibility based on the originating processor and architectural requirements.
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C
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B
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C
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