Contemporary Amperex Technology Co., Ltd.

Contemporary Amperex Technology (hong Kong) Limited

Ningde Amperex Technology Limited

Xiamen Leedarson Lighting Co., Ltd

Contemporaryamperextechnologyco.,limited

Neuboron Therapy System Ltd.

Chao Wang

Kai Wu

Yuqun Zeng

Qiandeng Li

Wei Dai

Hang Cui

Jihai Xie

Yuansen Xie

Daoyi Jiang

Yuan-Hao Liu

Pofeng Peng

TeJung Chien

Chunshu Lan

Tingda Lin

Qunchao Liao

Ting Zhang

A negative electrode material includes a composite of a silicon-based material (), a polymer (), and carbon nanotubes (), where the polymer () contains a first group and a second group, the first group is chemically bonded to the carbon nanotubes (), and the second group is chemically bonded to the silicon-based material (). Both the carbon nanotubes () and the polymer () containing two groups are applied to surfaces of particles of the silicon-based material (). The two groups of the polymer () are chemically bonded to the silicon-based material () and the carbon nanotubes () respectively, so that bonding force between the silicon-based material () and the carbon nanotubes () is enhanced and a uniform carbon nanotube () coating layer is formed. This can significantly improve conductive performance of the silicon-based material (), thereby improving cycling performance and rate performance of an electrochemical apparatus.

Negative electrode material, negative electrode plate, electrochemical apparatus, and electronic apparatus

A negative electrode material includes a silicon-based material and a carbon material. Peaks with a shift range of 1255˜1355 cmand 1575˜1600 cmin a Raman spectrum of the carbon material are a D peak and a G peak respectively. Peaks with a shift range of 1255˜1355 cmand 1575˜1600 cmin a Raman spectrum of the silicon-based material are the D peak and the G peak respectively. A scattering peak intensity ratio of D versus G peaks of the carbon material is A, and a scattering peak intensity ratio of D versus G peaks of the silicon-based material is B. 0.15≤A≤0.9, 0.8≤B≤2.0, and 0.2<B−A<1.8.

Negative electrode material, negative electrode plate, electrochemical device, and electronic device

Disclosed are a neutron dose measurement apparatus and a neutron capturing treatment device. The neutron dose measurement apparatus includes a measurement unit for receiving neutrons and outputting signals, a signal processing unit for processing the signals output from the measurement unit, a counter for counting the signals output from the signal processing unit to obtain a count rate, and a count rate correction unit for correcting the count rate.

Neutron dose measurement apparatus and neutron capturing treatment device

This application provides a battery swap method, a battery swap station, and an electrical apparatus. The battery swap method includes: obtaining identity information of an electrical apparatus which requests a swap of a battery; authenticating the identity information; establishing communication with the electrical apparatus in response to a determination that the identity information passes the authentication; determining whether the battery in the electrical apparatus and a shared battery in the battery swap station satisfy a battery swap condition; and swapping the battery in the electrical apparatus with the shared battery in the battery swap station in response to a determination that at least one of the battery in the electrical apparatus and the shared battery in the battery swap station satisfies the battery swap condition. The batteries are authenticated in addition to authentication of the electrical apparatus, thereby improving reliability and security of authentication during a battery swap.

Battery swap authentication method and apparatus, electronic device, battery swap station, and electrical apparatus

The present application relates to a method for manufacturing a battery management system and a method for starting up a battery management system. The battery management system includes a plurality of battery management units, the plurality of battery management units include a first battery management unit and a second battery management unit, the first battery management unit includes a main core micro control unit, a first data transmission micro control unit and a hardware security module, and the second battery management unit includes a second data transmission micro control unit. According to the embodiments of the present application, a comprehensive verification for the battery management system including a plurality of battery management units can be achieved with one hardware security module.

Method for manufacturing and starting up battery management system

The present disclosure provides a high-voltage interlock system and a detection method thereof. The high-voltage interlock system includes a target control device and at least one non-target control device connected in sequence. The target control device includes a detection unit, a current generation controller, a current generator, and a second high-voltage component. A controller in the target control device generates a pulse drive signal for driving the current generation controller, receives a detection result signal output from a current detector, and determines a fault of a high-voltage interlock circuit according to the detection result signal; the current generation controller generates an alternating voltage signal according to the pulse drive signal; the current generator outputs an alternating current signal according to the alternating voltage signal; the current detector acquires a voltage signal across a detection resistor set and outputs the detection result signal.

High-voltage interlock system and detection method thereof

A lighting apparatus includes a fan device, a driver, a connector and a light module. The lighting apparatus is installing to a cavity of a ceiling. The fan device has a fan and an air channel. The fan is placed in the cavity. The driver converts an external power source to a first driving current supplied to the fan device. The connector is fixed to the fan device. The first light source receives a second driving current provided by the driver. The air channel has an entrance between the main housing and the fan device. The entrance is visually concealed by the main housing when a viewer stands below the lighting apparatus.

Lighting apparatus

A control apparatus comprises a microcontroller, an auxiliary circuit, a delay module and a logical circuit; the microcontroller is connected to a first input end of the logical circuit via the auxiliary circuit and connected to a second input end of the logical circuit via the delay module, and an output end of the logical circuit is connected to a device to be controlled; if the microcontroller is reset in a process of outputting the closing control signal, a delay disabling signal becomes invalid, the delay module is enabled to output the closing control signal within a preset delay time, wherein the delay time is greater than or equal to a reset time. A power supply system is also provided to avoid a risk that an automobile suddenly loses power due to unexpected reset of the microcontroller.

Growing community of inventors

Ningde, China

Chao Wang