Semiconductor Manufacturing International (Shanghai) Corporation

Semiconductor Manufacturing International (Beijing) Corporation

Hon Hai Precision Industry Co., Ltd.

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

Huawei Technologies Co., Limited

Tencent Technology (Shenzhen) Company Limited

Gemmy Industries Corporation

Smic New Technology Research and Development (Shanghai) Corporation

Infineon Technologies Austria Ag

Honor Device Co., Ltd.

Shenzhen Mindray Bio-Medical Electronics Co., Ltd.

Adaptix Limited

Intel Corporation

Visionnav Robotics USA Inc.

Beijing Honor Device Co., Ltd.

Cheng Zhang

Hai Yang Zhang

Yan Wang

Lio Yenwei Chang

Xiao-Ming Xu

Lei Qin

Jingke Leng

Zhi Jun Wang

Qi Yang He

Sanbao Shi

Heng Pan

Yanjun Yin

Yaohui Zhang

Cheng-Shi Chen

Hsin-Pei Chang

Wen-Rong Chen

Huann-Wu Chiang

Jin Liu

Chen Xiao Wang

Wei Zhang

Li Hui Lu

Bin Jiang

Chen Wang

Hong Xu

Yue Chen

Xin Jiang

Danhong Li

Qing Yang

Haoxuan Di

Yi Zhang

Xiaomin Xu

Xiaowu Zhang

Liang He

Hong Wei Zhang

Yi Wu

Shang-Xuan Song

Bingxin Li

Ai-Jun Tang

Jinming Wang

Yan-Cheng Bao

LiangQing Li

Yujie Lu

Min Da Hu

Chao Xu

Ying Jun Yin

Er Hu Zheng

Jiangong Zhang

Song Cui

YuGuo Zhang

Fan Zheng

Tienan Zhang

Chuanguo Wang

Wu Tao Tu

Shi Liang Ji

Jiang Liu

Jiangjiang Gong

Xingshen Zhang

Chen Lin

Shouyi Li

Jingting Zhang

Wenhao Chen

Xiaochen Wang

Pan Hu

Xiyuan Xiao

Nallian Shen

Nuliang Wan

Embodiments of this application provide a method for displaying a two-dimensional code and an electronic device. The method is performed by an electronic device, and includes: obtaining first sensor data, where the first sensor data is collected at a first moment; if it is determined, based on the first sensor data, that a first action of a user corresponding to the first moment is a preset action, determining whether the user performs a wrist turning action within a preset duration range starting from the first moment; and displaying a preset two-dimensional code page when the user performs a wrist turning action within the preset duration range. In the method, a process of presenting a two-dimensional code by the user can be simple and efficient.

Method for displaying two-dimensional code and electronic device

This application relates to the field of artificial intelligence technologies, and provide a knuckle operation identification method and an electronic device. According to this application, when a knuckle performs an operation on different touch regions of a touch panel, an acceleration signal may have different change trends. A touch feature is extracted from a touch signal for determining a contact area and a contact location, and an acceleration feature is extracted from the acceleration signal for determining a magnitude of a touch on a screen. A capacitor binary classification model is used at the front, to extract a confidence score indicating a correlation to a knuckle from a capacitor signal. Then, feature fusion is performed on the acceleration feature, the confidence score, and the touch feature, and a fused feature is input into a knuckle classification model, to obtain a better classification effect.

Knuckle operation identification method and electronic device

A service request allocation method is provided, performed by a computer device, the method including receiving a service request that needs to be processed; dividing a service device set into a plurality of service device subsets, the plurality of service device subsets being grouped based on an idle resource of each service device in the service device set; determining a target service device subset that matches the service request according to an allocation weight corresponding to each service device subset; selecting a target service device from the target service device subset; and allocating the service request to the target service device, the target service device being configured to perform a service corresponding to the allocated service request.

Service request allocation method and apparatus, computer device, and storage medium

Embodiments of the present application disclose a local map updating method and apparatus, and an electronic device, including: acquiring key-frame point cloud data, where the key-frame point cloud data includes point cloud coordinate points; matching the key-frame point cloud data with a prior map to determine target voxels, in the prior map, corresponding to the point cloud coordinate points; and updating a point cloud probability distribution corresponding to each target voxel according to a first map coordinate point and a second map coordinate point included in each target voxel to obtain a target map, where the first map coordinate point is obtained by converting the point cloud coordinate point corresponding to the target voxel, and the second map coordinate point is a coordinate point included in the target voxel in the prior map.

Local map updating method and apparatus, and electronic device

A circuit for a bi-directional DC-DC converter, a bi-directional DC-DC converter and a method for operating a bi-directional DC-DC converter are disclosed. The circuit comprises: a first input terminal and a second input terminal configured to receive a DC input; a DC output terminal; a first switch and a second switch; a first control interface configured to control the first switch to be switched on and off; a second control interface configured to control the second switch to be switched on and off; a first primary winding coupled in series with the first switch between the first input terminal and a common terminal; a second primary winding coupled in series with the second switch between the second input terminal and the common terminal; and a common secondary winding with one end coupled to the DC output terminal.

Circuit for bi-directional converter, bi-directional converter and operation method thereof

Embodiments of this application provide a mobile terminal, relate to the field of sound on screen technologies. At least a part of a vibrator in the mobile terminal is disposed in an accommodation cavity. The vibrator includes a first magnet, a second magnet, a coil, and at least one third magnet. The first magnet, the coil, and the third magnet are all connected to a rear face of a display module. The first magnet is located in a closed region enclosed by a conducting wire of the coil. The third magnet is located on one side that is of the coil and that is away from the first magnet. The second magnet is connected to a middle frame, and a location of the second magnet and a location of the first magnet are disposed opposite each other.

Mobile terminal

Sink

A dual active bridge circuit includes a primary side circuit including first high-side transistor and a first low-side transistor electrically coupled at a first node, and an energy transfer inductor coupled to the first node and configured to provide an inductor current based on a voltage differential across the energy transfer inductor. A secondary side circuit includes a second high-side transistor and a second low-side transistor electrically coupled at a second node. A transformer is configured to transfer energy from the primary side circuit to the secondary side circuit based on the inductor current. A controller is configured to drive each of the transistors between respective switching states with a same duty cycle to control the voltage differential across the energy transfer inductor. The same duty cycle is less than 50% such that all of the transistors are simultaneously off for a predetermined interval.

Control method for dual active bridge circuit

Portable multifunction floodlight

A micro-metering device with a constant flow rate, including a rotary shear valve, a mounting seat, a rotation drive assembly, an injection drive assembly and a controller. The rotary shear valve includes a valve main body and a valve spool. The valve main body is provided with a main flow channel and a plurality of branch flow channels. The valve spool is rotatably arranged inside the valve main body, and is configured to communicate the main flow channel with different branch flow channels. A pressure sensor is provided inside the valve main body, and is communicated with the main flow channel. The pressure sensor is configured for detecting a pressure inside the main flow channel. Whether the switching of the liquid path is correct is determined according to the pressure in the main flow channel.

Micro-metering device with constant flow rate

Belt light

Growing community of inventors

Shenzhen, China

Cheng Zhang