Boe Technology Group Co., Ltd.

Beijing Baidu Netcom Science Technology Co., Ltd

Beijing Institute of Technology

Hefei Boe Display Technology Co., Ltd.

Airlop (beijing) Automotive Technology Co., Lt

Jia Zhang

Yi Zhang

Tao Wang

Bin Zhang

Jing Li

Jie Chen

Tao Liu

Chen Chen

Jincheng Gao

Xiaofeng Zhang

Zexu Liu

Fang Deng

Lixing Zhao

Guanyong Zhang

Wenjie Chen

Yeyun Cai

Ning Ding

Chengwei Mi

Jiachen Zhao

Wentao Lu

Guo Sun

Qiyuan Li

Xianghu Yue

Manhua Yu

Yongjiang Feng

Shuhan Liu

Provided are an array substrate and a manufacturing method therefor, a display panel, and a display device. The array substrate includes: a plurality of electrodes arranged in an array. The electrode includes a plurality of strip electrodes that are connected to each other and spaced. The plurality of strip electrodes at least have two thicknesses. A distance between two adjacent strip electrodes is less than a preset value. During manufacturing, a mask used for forming each layer of sub-electrodes includes a plurality of strip-shaped shading regions that are connected to each other and spaced in a first direction. Strip-shaped shading regions in a mask used for sub-electrodes formed subsequently are integrally shifted by a first distance in the first direction relative to strip-shaped shading regions in a mask used for sub-electrodes formed last time.

Array substrate and manufacturing method therefor, display panel, and display device

Provided are a fusing and degradation method and apparatus for a micro-service, a device, a medium, and a program product, which relate to the field of the Internet, in particular to the field of fusing and degradation. The specific implementation is as follows: instantiating, by a monitoring probe woven into a micro-service traffic process, a fuse component according to an obtained fusing and degradation rule, and weaving, by the monitoring probe, the fuse component into the traffic process, where the fuse component is used for performing fusing and degradation on a traffic request processed in the traffic process. The fusing and degradation technology during the running of a micro-service is achieved through a probe so that the micro-service developer can fuse and degrade a micro-service application that is running without hard coding, thereby improving the efficiency and stability of the micro-service fusing and degradation.

Fusing and degradation method and apparatus for micro-service, device, and medium

A method and system for adjusting height and damping force, the method comprising: between a first connection part () and a second connection part (), arranging a pneumatic valve (), an air spring (), an adjustable damper () and a damping force adjustment device () used for adjusting the damping force of an adjustable damper (), the positions of the pneumatic valve (), the air spring (), the adjustable damper () and the damping force adjustment device () being adaptive and the pneumatic valve () being connected to the damping force adjustment device () and the air spring (), respectively; the pneumatic valve () collects at least one movement variable of the first connection part () relative to the second connection part (); meanwhile, the pneumatic valve (), according to the collected movement variable and/or the change in the movement variable, controlling the air spring () to inflate or deflate so as to implement height adjustment; and/or carrying out gas driving on the damping force adjustment device () to control the adjustable damper () to output corresponding damping force, so as to adjust the size of the damping force of the adjustable damper (), which improves the sensitivity of height adjustment and damping force adjustment.

Method and system for adjusting height and damping force

A mechanical energy-based self-powering counting system is provided. The system includes an electromagnetic power generator, a count measuring circuit, a count energy supply circuit, a controller and a wireless transmission module. The electromagnetic power generator is driven by an external device and produces an electric signal and outputs the electric signal to the controller after passing it through the count measuring circuit. The controller processes the received signal, updates a count according to certain programming rules and sends data to the wireless transmission module. The energy from the electromagnetic power generator flowing through the count measuring circuit can supply power to the controller. An energy storage module in the count energy supply circuit performs voltage feedback on the controller. The controller monitors the voltage of the energy storage module to control whether it enters a charging state.

Mechanical energy-based self-powering counting system

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Beijing, China

Jia Zhang