Difference between revisions of "HUAWEI TECHNOLOGIES CO., LTD. patent applications published on December 14th, 2023"

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'''Summary of the patent applications from HUAWEI TECHNOLOGIES CO., LTD. on December 14th, 2023'''
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HUAWEI TECHNOLOGIES CO., LTD. has recently filed several patents for various technologies. These patents cover a range of fields, including modular electronic devices, network communication methods, resource mapping in short-range communication, channel bandwidth configuration in Wi-Fi systems, sound recording methods, optical bus communication, and wavelength selective switching.
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The modular electronic device patent describes a frameless multi-functional electronic device that allows for easy customization and upgrading. It consists of a base module with a processor and multiple component modules that can be connected directly to the base module. The component modules can be slidably aligned and mated together using connecting members, and an electrical interface enables the transmission of digital information and energy between the modules.
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The network communication method patent focuses on optimizing power consumption and network efficiency in cellular networks. It involves an access network device determining a second eDRX cycle based on a maximum eDRX cycle received from a core network device. The access network device then sends a message to the core network device, including the second cycle. This technology can be applied in IoT devices to improve battery life and reduce network congestion.
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The resource mapping patent addresses efficient allocation of modulation symbols to subcarriers in short-range communication. It allows for different mapping locations of modulation symbols on subcarriers, improving data transmission efficiency and resource utilization.
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The channel bandwidth configuration patent provides a method for indicating channel bandwidth and location information of a basic service set in a Wi-Fi system. It allows for efficient configuration and utilization of channel bandwidths, improving data transmission rates and compatibility with different terminals.
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The sound recording patent introduces a method for automatically selecting the most suitable microphone based on the attributes of the subject being recorded. This technology improves audio quality and eliminates the need for manual adjustments during recording.
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The optical bus communication patent focuses on efficient communication and centralized control of execution mechanisms in various applications, such as industrial automation and transportation systems. It ensures timely and reliable transmission of control and state information, improving system performance and reliability.
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The wavelength selective switching patent describes an apparatus and method for separating and manipulating different wavelength bands in optical signals. It improves signal quality, flexibility, and data transmission rates in optical networks.
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Notable applications of these technologies include consumer electronics, industrial equipment, medical devices, IoT devices, wireless communication systems, mobile networks, film and video production, live events and performances, and optical communication networks.
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==Patent applications for HUAWEI TECHNOLOGIES CO., LTD. on December 14th, 2023==
 
==Patent applications for HUAWEI TECHNOLOGIES CO., LTD. on December 14th, 2023==
  

Latest revision as of 16:40, 1 January 2024

Summary of the patent applications from HUAWEI TECHNOLOGIES CO., LTD. on December 14th, 2023

HUAWEI TECHNOLOGIES CO., LTD. has recently filed several patents for various technologies. These patents cover a range of fields, including modular electronic devices, network communication methods, resource mapping in short-range communication, channel bandwidth configuration in Wi-Fi systems, sound recording methods, optical bus communication, and wavelength selective switching.

The modular electronic device patent describes a frameless multi-functional electronic device that allows for easy customization and upgrading. It consists of a base module with a processor and multiple component modules that can be connected directly to the base module. The component modules can be slidably aligned and mated together using connecting members, and an electrical interface enables the transmission of digital information and energy between the modules.

The network communication method patent focuses on optimizing power consumption and network efficiency in cellular networks. It involves an access network device determining a second eDRX cycle based on a maximum eDRX cycle received from a core network device. The access network device then sends a message to the core network device, including the second cycle. This technology can be applied in IoT devices to improve battery life and reduce network congestion.

The resource mapping patent addresses efficient allocation of modulation symbols to subcarriers in short-range communication. It allows for different mapping locations of modulation symbols on subcarriers, improving data transmission efficiency and resource utilization.

The channel bandwidth configuration patent provides a method for indicating channel bandwidth and location information of a basic service set in a Wi-Fi system. It allows for efficient configuration and utilization of channel bandwidths, improving data transmission rates and compatibility with different terminals.

The sound recording patent introduces a method for automatically selecting the most suitable microphone based on the attributes of the subject being recorded. This technology improves audio quality and eliminates the need for manual adjustments during recording.

The optical bus communication patent focuses on efficient communication and centralized control of execution mechanisms in various applications, such as industrial automation and transportation systems. It ensures timely and reliable transmission of control and state information, improving system performance and reliability.

The wavelength selective switching patent describes an apparatus and method for separating and manipulating different wavelength bands in optical signals. It improves signal quality, flexibility, and data transmission rates in optical networks.

Notable applications of these technologies include consumer electronics, industrial equipment, medical devices, IoT devices, wireless communication systems, mobile networks, film and video production, live events and performances, and optical communication networks.



Contents

Patent applications for HUAWEI TECHNOLOGIES CO., LTD. on December 14th, 2023

CHARGING CONTROL APPARATUS AND METHOD, AND ELECTRIC VEHICLE (18237514)

Main Inventor

Haijun LI


SELF-DRIVING VEHICLE TEST METHOD, APPARATUS, AND SYSTEM (18140123)

Main Inventor

Hao WU


Vehicle Driving Intention Prediction Method, Apparatus, and Terminal, and Storage Medium (18456681)

Main Inventor

Fei Li


Satellite Search Method and Apparatus (18250425)

Main Inventor

Guangyu Zhang


DETECTION APPARATUS, LIDAR, CHIP, AND TERMINAL DEVICE (18452403)

Main Inventor

Guangyao YANG


POSITIONING METHOD AND RELATED APPARATUS (18249967)

Main Inventor

Guosheng Huang


OPTO-ELECTRONIC ADAPTER AND COMMUNICATION SYSTEM (18455892)

Main Inventor

Zhongxing WANG


MENU LIST UPDATE METHOD AND ELECTRONIC DEVICE (18238071)

Main Inventor

Songle ZHOU


VEHICLE INFOTAINMENT SYSTEM (18452384)

Main Inventor

Ming Liu


MAP UPDATE METHOD, APPARATUS, AND SYSTEM (18237802)

Main Inventor

Zheng ZHOU


EXCEPTION HANDLING METHOD AND RELATED APPARATUS (18455612)

Main Inventor

Ning Chu


DATA TRANSMISSION METHOD AND ELECTRONIC DEVICE (18024913)

Main Inventor

Shiran PAN


DATA TRANSMISSION METHOD AND DEVICE THEREOF (18457307)

Main Inventor

Chenwan Li


CONVOLUTIONAL NEURAL NETWORK PRUNING PROCESSING METHOD, DATA PROCESSING METHOD, AND DEVICE (18238016)

Main Inventor

Yehui TANG


Web Page Advertisement Filtering Method, Electronic Device, and Storage Medium (18251132)

Main Inventor

Ying Chen


Main Inventor

Zhihong Wang


METHOD AND IMAGE PROCESSING ARRANGEMENT FOR ESTIMATING A LIKELY POSE IN RESPECT OF A SPATIAL REGION (18452401)

Main Inventor

Onay Urfalioglu


Data Encoding Method and Related Device (18455844)

Main Inventor

Shifeng Zhang


AUGMENTED REALITY METHOD AND RELATED DEVICE (18455507)

Main Inventor

Zhihao LI


PERCEPTION NETWORK AND DATA PROCESSING METHOD (18456312)

Main Inventor

Jianyuan GUO


MODEL TRAINING METHOD AND RELATED DEVICE (18237550)

Main Inventor

Jianzhong HE


IMAGE PROCESSING METHOD AND RELATED APPARATUS (18455918)

Main Inventor

Xinghao CHEN


METHOD FOR PREVENTING HAND GESTURE MISRECOGNITION AND ELECTRONIC DEVICE (18250225)

Main Inventor

Xiaomeng Liu


METHOD FOR OPTIMIZING FLASH MEMORY CHIP AND RELATED APPARATUS (18455031)

Main Inventor

Jun YU


Adaptive Action Evaluation Method, Electronic Device, and Storage Medium (18252632)

Main Inventor

Jiabing Yan


SOLID-STATE ELECTROLYTE AND PREPARATION METHOD THEREOF, AND SECONDARY BATTERY (18456066)

Main Inventor

Qiang MA


Electronic Device (18027593)

Main Inventor

Ben Lai


REFLECTIVE ARRAY ANTENNA AND BASE STATION (18458059)

Main Inventor

Qingming Xie


PUMP LIGHT SOURCE, OPTICAL AMPLIFICATION SYSTEM, ROADM, AND METHOD FOR PROVIDING PUMP LIGHT (18363612)

Main Inventor

Kai Zhang


Wireless Charger for Wearable Device and Wireless Charging System (18250640)

Main Inventor

Le Wang


POWER SUPPLY CONVERSION CIRCUIT AND ELECTRONIC DEVICE (18307989)

Main Inventor

Zhixiang HU


ANTENNA APPARATUS AND COMMUNICATION METHOD (18238032)

Main Inventor

Stephen WANG


COMMUNICATION METHOD AND COMMUNICATION APPARATUS (18458161)

Main Inventor

Yu Wang


CHROMATIC DISPERSION PRE-COMPENSATION OVER BI-DIRECTIONAL OPTICAL LINK (18449512)

Main Inventor

Stefano Calabro


DATA ENCODING METHOD, DATA DECODING METHOD, AND RELATED DEVICE (18452555)

Main Inventor

Yijia Zhao


FORWARD ERROR CORRECTION CODE FEC DESIGN METHOD AND RELATED DEVICE (18455266)

Main Inventor

Xiaowei LI


METHOD FOR TRANSMITTING PHYSICAL LAYER PROTOCOL DATA UNIT AND COMMUNICATION APPARATUS (18455889)

Main Inventor

Bo GONG


Chip, Private Key Generation Method, and Trusted Certification Method (18337062)

Main Inventor

Heng Cai


TRANSMITTER DEVICE AND RECEIVER DEVICE FOR A WIRELESS COMMUNICATION SYSTEM (18455428)

Main Inventor

Nassar KSAIRI


MODEL TRAINING METHOD AND APPARATUS (18455574)

Main Inventor

Yang Xin


DATA ANALYSIS APPARATUS MANAGEMENT AND CONTROL METHOD AND COMMUNICATION APPARATUS (18351717)

Main Inventor

Ruiyue Xu


Data Transmission System and Method, and Related Device (18356475)

Main Inventor

Qihang Duan


NETWORK INTERFACE CARD, MESSAGE SENDING AND RECEIVING METHOD, AND STORAGE APPARATUS (18454182)

Main Inventor

Zhaojiao HAN


FOLDING MECHANISM, HOUSING APPARATUS, AND ELECTRONIC DEVICE (18250360)

Main Inventor

Ting Liu


Method for Adjusting Parameter of Audio Service and Terminal (18317661)

Main Inventor

Jianhua Feng


Device Communication Method and System, and Apparatus (18251127)

Main Inventor

Kaihao Rao


Camera Invocation Method and System, and Electronic Device (18037719)

Main Inventor

Chang Liu


WAVELENGTH SELECTIVE SWITCHING APPARATUS AND RELATED METHOD (18239482)

Main Inventor

Wei JIA


OPTICAL BUS COMMUNICATION METHOD AND SYSTEM, DEVICE, AND MEDIUM (18455613)

Main Inventor

Lun Zhang


SOUND RECORDING METHOD AND RELATED DEVICE (18455731)

Main Inventor

Jiali FU


RADIO ACCESS CONTROL METHOD, APPARATUS, AND SYSTEM (18449565)

Main Inventor

Tao Zhang


COMMUNICATION METHOD AND COMMUNICATION APPARATUS (18232234)

Main Inventor

Weiwei CHONG


CHANNEL BANDWIDTH CONFIGURATION METHOD AND DEVICE (18452302)

Main Inventor

Guogang HUANG


Communication Method and Apparatus (18353324)

Main Inventor

Junyao Li


RESOURCE MAPPING METHOD AND APPARATUS (18451232)

Main Inventor

Lili JIN


Communication Method and Device (18248109)

Main Inventor

Fanhua Kong


SYSTEM AND METHOD FOR A FRAMELESS MODULAR ELECTRONIC DEVICE (18457723)

Main Inventor

Wenqian Hu

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