Nio Technology (anhui) Co., Ltd.

St-ericsson Sa

Harman International Industries, Inc.

Shanghai Jiaotong University

Aecc Commercial Aircraft Engine Co., Ltd.

Aecc Shanghai Commercial Aircraft Engine Manufacturing Co., Ltd.

Nxp B.v.

Fan Wu

Kechao Li

Shiyi Hang

Xiang Zhang

Kris Tomasson

Colin Phipps

Chao Yang

Nikhil Banwaskar

Jingyang Yao

Yue Zhu

Lijian Xia

Chuangcheng Sun

Jianwen Lai

Xiaotian Zhao

Haifeng Wang

Yanmeng Sun

Jianing Chen

Songhua Cao

Zilin Chen

Long Sheng

Chuanjun Cao

Jiang Cheng

Sichuan Huang

Maxime Le Ruyet

Jibao Li

Zeyong Yin

Yiqiang Sun

Guangtao Wu

Qiuchen Weng

Zhiqian Zhuang

Xiaoshi Zhang

Zhilong Zhai

Yixuan Jiang

Jinchun Wang

Guihai Chen

Zimo Liao

Qingdong Duan

Dan Mou

Yuchi Liu

A mounting structure includes base wall formed of a thermally conductive material and configured to provide a thermally conductive pathway between an electronic device mounted to an inner side of the base wall and a panel in contact with an outer side of the base wall that is opposite the inner side. The outer side includes a plurality of bumps configured to engage the panel. The base wall includes a plurality of tabs. Each tab configured to receive a corresponding fastener to secure the base wall to the panel.

Mounting structure for mounting an electronic device

Battery swapping station

Water cooling cabinet for battery charging

Electric vehicle charger

Charging pile

A method includes simplifying flowing of airflow at root of a rotor blade into flowing of free jet, and determining an airflow expansion angle according to Mach number of incoming flow at root of a stator vane; calculating a radial height difference between a first end point on a leading edge of a stator platform and a trailing edge of an adjacent rotor platform by using an axial distance thereof, the angle and a deviation coefficient; determining position of the first end point with radial height difference; determining intersection point of the leading edge and the stator platform as position of a second end point on the leading edge; and determining a profile line between the points by bridging spline curves, so that the tail end thereof is tangent to the intersection line, and the starting end thereof is kept on same plane as side wall of the leading edge.

Method for configuring a leading edge of a compressor stator platform and the corresponding stator platform

An in-air gesture control method based on visible light signals, which transmits light signals through a display device and collects its light signals reflected by hand, and after analysis, realizes gesture recognition; the transmitted light signals are in the visible light band; which can realize the gesture recognition and control on mobile devices without modifying hardware and a visible light-based gesture recognition system on commercial mobile devices; compared with the existing gesture recognition methods on commercial mobile devices, the invention avoids special hardware modification, that is, it does not require any additional components on the mobile device, such as a depth camera, and protects the user's privacy well.

In-air gesture control method based on visible light signals

The invention proposes a method of peer-to-peer instant messaging and the mobile terminal thereof, which could make the mobile terminal to establish and maintain a list of friend users and update the connection status of the friend users timely. The method of peer-to-peer instant messaging includes following steps: receiving the list of on-line users with capability of peer-to-peer instant messaging sent by the radio network (S); comparing said list of particular users with said received list of on-line users (S); updating, according to said comparison result, the connection status record of each user in said list of particular users (S) so that the mobile terminal could establish a peer-to-peer instant messaging with at least one user mobile terminal in said list of particular users according to said updated connection status record. The present invention enables the user to establish peer-to-peer connection more effectively and to perform instant messaging while occupying less network resources.

Method and apparatus for peer-to-peer instant messaging

A method for compiling a program including a loop is provided. In the program, the loop includes K instructions (K&#x3e;2) and repeats for M times (M&#x3e;2). The compiling method comprises following steps: performing resource conflict analysis to the K instructions in the loop; dividing the K instructions in the loop into a first combined instruction section, a connection instruction section and a second combined instruction section, wherein there is no resource conflict between the instructions in the first combined instruction section and the instructions in the second combined instruction section respectively; and compiling the program, wherein the instructions in the first combined instruction section in the cycle N (N=2, 3, . . . M) and the instructions in the second combined instruction section in the cycle N&#x2212;1 are combined to be compiled respectively. A compiling apparatus and a computer system for realizing the above-mentioned compiling method are further provided.

Compiling method, compiling apparatus and computer system for a loop in a program

In certain embodiments, an equalization device for a wireless communication receiver includes multiple adjusting means coupled between corresponding multiple weighting means and a combining means. The multiple weighting means performs a weight process on a received multipath signal to obtain multiple weight results, respectively, according to a plurality of adjustable weight coefficients. The multipath signal includes a known training sequence and user data that may both experience channel fading. The adjusting means compares the weight results of the known training sequence with respective multiple known reference signals, and respectively adjusts the weight coefficient of each weighting means by utilizing the comparison results so that the weighting means weight the user data by utilizing the adjusted weight coefficient. The combining means combines the weight results of the user data to obtain a combined equalization signal. Certain embodiments of the equalization device may be implemented on a mobile terminal to mitigate the effects of wireless channel fading.

Multi-user equalization method and device for wireless communication system

Growing community of inventors

Shanghai, China

Fan Wu