Difference between revisions of "Mitsubishi Electric Corporation patent applications published on December 28th, 2023"

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'''Summary of the patent applications from Mitsubishi Electric Corporation on December 28th, 2023'''
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Mitsubishi Electric Corporation has recently filed several patents related to communication systems, circuit board designs, motor control, cyberattack evaluation, power conversion devices, and satellite communication systems. These patents aim to improve various aspects of these technologies, including stability, efficiency, functionality, and performance.
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Summary:
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- Communication System: The patent describes a system that enables stable communication between a base station and a communication terminal device. It allows the terminal device to communicate directly with the base station or through a secondary base station, depending on the amount of data being transmitted.
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- Circuit Board Design: The patent presents a circuit board design with two capacitors connected to a wiring pattern. It divides the circuit board into two closed circuits, each consisting of a semiconductor device, wiring pattern, capacitor, interlayer joints, and ground plane.
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- Communication Terminal: The patent introduces a communication terminal capable of direct communication with another terminal. It can perform location management functions and derive the position of other terminals without relying on a higher-level device in the core network.
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- Inter-Apparatus Movement Time Estimation: The patent describes a device that estimates the time required for an operator to move between different apparatuses. It considers operation time information, calculates operation time differences, and estimates movement time based on exclusion results.
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- Radio Resource Management: The patent proposes a method to simplify radio resource management in cellular networks by using multiple radio beams to spatially separate cells. It allows for efficient sharing of radio resource control parameters between beams.
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- Optical Line Terminal: The patent presents an optical line terminal with multiple termination units that acquire bandwidth allocation from connected network units. It includes a slice management unit and a bandwidth allocation unit to manage and allocate bandwidth efficiently.
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- Motor Control: The patent introduces a control device that uses PWM control to drive a motor through an inverter. It performs non-interference control and corrects voltage command values based on a modulation factor to optimize motor performance.
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- Cyberattack Evaluation: The patent describes an apparatus that evaluates the effectiveness of a cyberattack in stealing information. It calculates the degree of goal achievement and determines whether to change the attack route based on this calculation.
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- Power Conversion Device: The patent presents a power conversion device that converts DC power into AC power. It defines the switching state quantity based on switching parameters and calculates voltage output values for accurate power conversion.
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- Satellite Communication System: The patent describes a communication satellite system with fore-aft communication devices. Satellites flying on different orbital planes communicate with each other using cross-link communication, enabling communication between orbits.
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Notable Applications:
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- Mobile communication networks
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- Wireless communication systems
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- Internet of Things (IoT) devices
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- Smart city infrastructure
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- Industrial automation and control systems
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- Electronics manufacturing
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- Circuit board design and production
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- Enhanced communication between terminals
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- Improved accuracy in deriving terminal positions
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- Efficient power supply connection in circuit boards
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- Simplified radio resource management in cellular networks
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- Enhanced bandwidth allocation in optical communication systems
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- Precise control of motors in various applications
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- Improved cybersecurity and incident response
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- Efficient power conversion in renewable energy systems
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- Enhanced communication capabilities in satellite systems
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==Patent applications for Mitsubishi Electric Corporation on December 28th, 2023==
 
==Patent applications for Mitsubishi Electric Corporation on December 28th, 2023==
  

Revision as of 05:47, 2 January 2024

Summary of the patent applications from Mitsubishi Electric Corporation on December 28th, 2023

Mitsubishi Electric Corporation has recently filed several patents related to communication systems, circuit board designs, motor control, cyberattack evaluation, power conversion devices, and satellite communication systems. These patents aim to improve various aspects of these technologies, including stability, efficiency, functionality, and performance.

Summary:

- Communication System: The patent describes a system that enables stable communication between a base station and a communication terminal device. It allows the terminal device to communicate directly with the base station or through a secondary base station, depending on the amount of data being transmitted.

- Circuit Board Design: The patent presents a circuit board design with two capacitors connected to a wiring pattern. It divides the circuit board into two closed circuits, each consisting of a semiconductor device, wiring pattern, capacitor, interlayer joints, and ground plane.

- Communication Terminal: The patent introduces a communication terminal capable of direct communication with another terminal. It can perform location management functions and derive the position of other terminals without relying on a higher-level device in the core network.

- Inter-Apparatus Movement Time Estimation: The patent describes a device that estimates the time required for an operator to move between different apparatuses. It considers operation time information, calculates operation time differences, and estimates movement time based on exclusion results.

- Radio Resource Management: The patent proposes a method to simplify radio resource management in cellular networks by using multiple radio beams to spatially separate cells. It allows for efficient sharing of radio resource control parameters between beams.

- Optical Line Terminal: The patent presents an optical line terminal with multiple termination units that acquire bandwidth allocation from connected network units. It includes a slice management unit and a bandwidth allocation unit to manage and allocate bandwidth efficiently.

- Motor Control: The patent introduces a control device that uses PWM control to drive a motor through an inverter. It performs non-interference control and corrects voltage command values based on a modulation factor to optimize motor performance.

- Cyberattack Evaluation: The patent describes an apparatus that evaluates the effectiveness of a cyberattack in stealing information. It calculates the degree of goal achievement and determines whether to change the attack route based on this calculation.

- Power Conversion Device: The patent presents a power conversion device that converts DC power into AC power. It defines the switching state quantity based on switching parameters and calculates voltage output values for accurate power conversion.

- Satellite Communication System: The patent describes a communication satellite system with fore-aft communication devices. Satellites flying on different orbital planes communicate with each other using cross-link communication, enabling communication between orbits.

Notable Applications:

- Mobile communication networks - Wireless communication systems - Internet of Things (IoT) devices - Smart city infrastructure - Industrial automation and control systems - Electronics manufacturing - Circuit board design and production - Enhanced communication between terminals - Improved accuracy in deriving terminal positions - Efficient power supply connection in circuit boards - Simplified radio resource management in cellular networks - Enhanced bandwidth allocation in optical communication systems - Precise control of motors in various applications - Improved cybersecurity and incident response - Efficient power conversion in renewable energy systems - Enhanced communication capabilities in satellite systems



Contents

Patent applications for Mitsubishi Electric Corporation on December 28th, 2023

LIGHTING DEVICE, AIR CONDITIONER, AND CONTROL SYSTEM (18243673)

Main Inventor

Satoru OKAGAKI


HEAT EXCHANGER AND REFRIGERATION CYCLE APPARATUS (18247096)

Main Inventor

Tsuyoshi MAEDA


DEFORMATION CALCULATION DEVICE, DEFORMATION MEASUREMENT DEVICE, AND DEFORMATION CALCULATION METHOD (18035930)

Main Inventor

Shigetaka SAJI


GUIDE DISPLAY CONTROL APPARATUS, GUIDE DISPLAY CONTROL METHOD, AND ROUTE GUIDING SYSTEM (18244327)

Main Inventor

Saki MATSUI


GUIDE DISPLAY CONTROL APPARATUS, GUIDE DISPLAY CONTROL METHOD, AND ROUTE GUIDING SYSTEM (18367504)

Main Inventor

Saki MATSUI


Semiconductor Device and Multi-Turn Encoder (18247784)

Main Inventor

Akio KAMIMURAI


TEMPERATURE MEASURING DEVICE AND TEMPERATURE MEASURING METHOD (18367554)

Main Inventor

Satoi KOBAYASHI


RANGING DEVICE, RANGING METHOD AND COMPUTER READABLE MEDIUM (18367524)

Main Inventor

Masashi FUKUNAGA


INPUT/OUTPUT MODULE AND CONTROL SYSTEM (18036172)

Main Inventor

Hirofumi AKIBA


GATEWAY DEVICE, GATEWAY CONTROL METHOD, AND NON-TRANSITORY COMPUTER READABLE MEDIUM (18244718)

Main Inventor

Kiyohito MIYAZAKI


CONTROL DEVICE, SYNCHRONIZATION SYSTEM, AND MACHINE CONTROL METHOD (18265435)

Main Inventor

Yuichi KIZU


DISPLAY CONTROL DEVICE AND DISPLAY CONTROL METHOD (18243678)

Main Inventor

Reiko SAKATA


ROOM MANAGEMENT SYSTEM, ROOM MANAGEMENT METHOD, AND COMPUTER READABLE MEDIUM (18242600)

Main Inventor

Shinichiro OTANI


RELIABILITY CORRECTION DEVICE, RELIABILITY CORRECTION METHOD, AND VEHICLE OPERATING SYSTEM (18035856)

Main Inventor

Naoyuki TSUSHIMA


INFORMATION PROCESSING DEVICE, AND OUTPUT METHOD (18239289)

Main Inventor

Ryo AIHARA


RARE EARTH SINTERED MAGNET, METHOD OF MANUFACTURING RARE EARTH SINTERED MAGNET, ROTOR, AND ROTATING MACHINE (18033800)

Main Inventor

Akito IWASAKI


SEMICONDUCTOR DEVICE AND METHOD OF MANUFACTURING SEMICONDUCTOR DEVICE (18252244)

Main Inventor

Makoto UENO


SEMICONDUCTOR DEVICE (18307456)

Main Inventor

Kenji SUZUKI


ROTOR OF ROTATING ELECTRIC MACHINE AND ROTATING ELECTRIC MACHINE (18251642)

Main Inventor

Saya OKANO


POWER CONVERSION DEVICE (18248797)

Main Inventor

Hayato TAKEUCHI


POWER CONVERSION DEVICE (18160055)

Main Inventor

Takuya KURAMOCHI


POWER CONVERSION DEVICE (18072233)

Main Inventor

Yuya TAKAHASHI


POWER CONVERSION DEVICE (18096329)

Main Inventor

Kei HAYASE


DOHERTY AMPLIFIER (18243729)

Main Inventor

Yuji KOMATSUZAKI


COMMUNICATION SATELLITE SYSTEM, EARTH-SIDE CONTROL FACILITY, GROUND FACILITY, ARTIFICIAL SATELLITE, COMMUNICATION GROUND CENTER, AND TRANSMISSION ROUTE SEARCH DEVICE (18036899)

Main Inventor

Hisayuki MUKAE


ATTACK STATUS EVALUATION APPARATUS, ATTACK STATUS EVALUATION METHOD, AND COMPUTER READABLE MEDIUM (18244388)

Main Inventor

Shun KATO


OPTICAL LINE TERMINAL, OPTICAL COMMUNICATION SYSTEM, BANDWIDTH ALLOCATION METHOD, CONTROL CIRCUIT, AND STORAGE MEDIUM (18235915)

Main Inventor

Takeshi SUEHIRO


COMMUNICATION SYSTEM (18242690)

Main Inventor

Tadahiro SHIMODA


COMMUNICATION TERMINAL AND COMMUNICATION SYSTEM (18252292)

Main Inventor

Tadahiro SHIMODA


COMMUNICATION SYSTEM, BASE STATION AND USER EQUIPMENT (18466452)

Main Inventor

Mitsuru MOCHIZUKI

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