Boe Technology Group Co., Ltd.

Hefei Boe Optoelectronics Technology Co., Ltd.

Jing-jin Electric Technologies Co., Ltd.

Liang Hong

Ting Wang

Yangkun Jing

Ping Yu

Jianwen Li

Weimin Wu

Gui Li

The present disclosure discloses a longitudinally placed vehicle driving assembly having a single power source, which solves the technical problems of the vehicle driving assemblies in the prior art such as larger volumes and poor transmission performances. The driving assembly is connected to a transmission shaft or a vehicle axle half shaft of a vehicle and provided with an automatic transmission. The automatic transmission includes an input shaft (). A power source () is connected to the input shaft (). An output shaft () is provided coaxial with the input shaft (). An intermediate shaft () is provided parallel to the input shaft (). A first-stage reduction-gear train is installed through the input shaft () and the intermediate shaft (). An Nth-stage reduction-gear train is installed through the intermediate shaft () and the output shaft (), wherein N&#x2265;2. Each of the stages of the reduction-gear trains includes a pair of gears having a different transmission ratio. The output shaft () of the power source () and the input shaft () of the automatic transmission are integrally manufactured. A rear cover of the power source () and a front housing of the automatic transmission are integrated. The driving assembly is placed in the front of the vehicle, and drives rear wheels of the vehicle.

Longitudinally provided vehicle driving assembly having single power source

The present disclosure provides a vacuum cell aligning device and a vacuum cell aligning method. The vacuum cell aligning device includes an upper machining platform, a lower machining platform, a plurality of first cell-pressing unit arranged in parallel in the upper machining platform, a plurality of second cell-pressing unit arranged in parallel in the lower machining platform, and an adjustment mechanism. Each first cell-pressing unit includes a first end-surface towards the lower machining platform and corresponds to a sub-region of the upper substrate. Each second cell-pressing unit includes a second end-surface towards the upper machining platform and corresponds to a sub-region of the lower substrate. The adjustment mechanism is configured to adjust the first cell-pressing units to make a shape defined by the first end-surfaces match the upper substrate, and configured to adjust the second cell-pressing units to make a shape defined by the second end-surfaces match the lower substrate.

Vacuum cell aligning device and method

Growing community of inventors

Beijing, China

Liang Hong