Tencent Technology (Shenzhen) Company Limited

Fih (Hong Kong) Limited

Shenzhen Futaihong Precision Industry Co., Ltd.

Zte Corporation

Huawei Technologies Co., Limited

Shenzhen China Star Optoelectronics Technology Co., Ltd.

Hon Hai Precision Industry Co., Ltd.

Tencent America LLC

Shenzhen Mindray Bio-Medical Electronics Co., Ltd.

Hong-Fu Jin Precision Industry (Shenzhen) Co., Ltd.

Shenzhen Smoore Technology Limited

Siemens Healthcare Gmbh

Xi'an Zhongxing New Software Co., Ltd.

Honor Device Co., Ltd.

Huawei Digital Power Technologies Co., Ltd.

Jun Wang

Wen Tong

Qinghai Zeng

Mingzeng Dai

Liang Xia

Dong Yu

Ye Liu

Wei Luo

Rong Li

Qiang Wu

Haibo Xu

Xing Liu

Yan Ke

Chia-Hua Chen

Zukang Shen

Xiaoyan Bi

Yunfei Qiao

Bin Wang

Hua Li

Yu Wang

Jian Wang

Ying Chen

Ying Huang

Heping Xie

Hejia Luo

Qian Wang

Yan Li

Gongzheng Zhang

Junren Chang

Wei Chen

Huazi Zhang

Yinggang Du

Wenjie Peng

Huangping Jin

Junwei Wang

Yiqun Ge

Hsiao-Hua Tu

Jing Wen Wang

Lei Li

Dong Hai Yu

Xiao Xiao

Jian Jun Wang

Xuelong Wang

Dong Chen

Haiyan Luo

Tianle Deng

Chong Lou

Jianfeng Liu

Jing Liu

Yang Zhao

Yada Huang

Rongdao Yu

Peng Zhou

Ruiyue Xu

Peng Zhang

Yuanping Zhu

Chunhua You

Xiangdong Zhang

Ling Li

Lin Li

Zhen Zhang

Lingchen Huang

Xiaoli Shi

Shengchen Dai

Yi Shan

Peng Zhao

Ping Chen

Yunfeng Liu

Qiang Fan

Jie Chen

Ning Ma

Guohua Zhou

Lan Zou

Dan Su

Yi Cheng Zhang

Yongbing Gao

Shilin You

Fei Sun

Chao He

Xiaoping Li

Rui-Hao Chen

Yan Zhou

Chen Xu

Haitao Xia

Donghui Wang

Liang Hu

Yan Chen

Xiaolu Wang

Yue Zhou

Dongdong Wei

Gang Yang

Chao Weng

Zhichao Liu

Yourui Huangfu

Zhendong Li

Xiao Liu

Chaolong Zhang

Yong Qiu

Jiang Li

Wei Li

Electronic atomizing device

A vehicle cruise control method and apparatus related to the technical field of vehicle manufacturing are provided. The method resolves a problem of relatively large energy consumption during vehicle cruise control.

Vehicle cruise torque control method and apparatus

A mixing device for a magnetic bead reagent includes a magnetic member, a container storage mechanism, and a drive mechanism. The container storage mechanism includes a mounting part for mounting a magnetic bead liquid container storing a magnetic bead reagent, and the mounting part corresponds to the magnetic member, enabling the container on the mounting part to be located within the magnetic field. The drive mechanism has a drive structure capable of driving at least one of the magnetic member, the mounting part, and the container to move, and thus generating a relative movement between the container and the magnetic field. The direction of the magnetic force acting on the magnetic beads is changed by the relative movement between the magnetic bead reagent and the magnetic field, such that the magnetic beads flow along different directions under the magnetic force, thereby increasing mixing efficiency of magnetic bead reagent.

Device and method for mixing magnetic bead reagent and sample analysis apparatus

A heat dissipation structure includes a base provided on top and bottom surfaces with a solder dispensing opening and a plurality of receiving grooves, respectively; and a plurality of heat pipes. The solder dispensing opening is transversely extended across and communicable with a top of the receiving grooves. The heat pipes are fitted in the receiving grooves and subjected to a mechanical processing to be flush with the bottom surface of the base. A type of solder is filled into a space between the heat pipes and the receiving grooves via the solder dispensing opening. Then, the heat pipes and the base are heated in a heating furnace. After removing the heat pipes and the base from the furnace, the solder is cooled and cured to form a solder layer, which fills up the space and tightly connect the heat pipes to the base to avoid thermal resistance between them.

Heat dissipation structure

Camera mount adapter

A face image processing method includes: obtaining a plurality of lattice depth images acquired by performing a depth image acquisition on a target face from different acquisition angles; performing a fusion processing on the plurality of lattice depth images to obtain a dense lattice depth image; and performing a face recognition processing on the dense lattice depth image to obtain a face recognition result.

Face image processing method and apparatus, computer-readable medium, and device

A detachable geothermal in-situ thermovoltaic power generation module and an assembly method thereof are provided, including a heat pipe, with a cross section set as a regular polygon structure; a plurality of thermovoltaic power generation units sleeved on the heat pipe at intervals and arranged in series; each of the thermovoltaic power generation modules includes a housing, arranged at one side of the heat pipe, and a side of the housing facing the heat pipe is an open end; an electric heating block, arranged at one side of an inner cavity of the housing far from the open end; a framework, connected with an outer wall of the open end of the housing; the thermovoltaic power generation sheets are located between the framework and the electric heating block; the two hoops are respectively connected with the two ends of the housing, the hoops are sleeved on the heat pipe.

Generation module for deep geothermal energy and assembly method thereof

Filter adapter

Disclosed are an electrically-controlled upper handle and an imaging accessory. The electrically-controlled upper handle is configured to be mounted on the imaging device and includes a handle portion, a mounting portion and an electrically-controlled mechanism. The mounting portion is connected to the handle portion and is configured to be mounted on the imaging device. The electrically-controlled mechanism is arranged on the handle portion, is configured to be electrically connected to the imaging device, and determines the type of the imaging device according to a connection signal of the electrically-controlled mechanism and the imaging device so as to control electrically-controlled work of the imaging device.

Electrically-controlled upper handle and imaging accessory

The present disclosure discloses a power supply socket with vibration touch keys, and relates to a touch power supply socket used on an electric kettle and a coffee pot. The power supply socket comprises a face shell, a bottom cover, a lower connector, a control circuit board and a power cord, wherein the inner side of the face shell is provided with a vibration motor installing groove, a vibration motor is installed in the vibration motor installing groove, the vibration surface of the vibration motor is in close contact with the bottom plane of the vibration motor installing groove, the vibration motor is electrically connected with the control circuit board, and the vibration motor has synchronous vibration signal feedback when a finger touches a key. The key of the present disclosure has good waterproof, dustproof, LED light guiding and vibrating effects.

Power supply socket with vibration touch keys

Tripod head

Phone cage

Light stand

Growing community of inventors

Shenzhen, China

Jun Wang