Fujitsu Corporation

China Petroleum & Chemical Corporation

Beijing Research Institute of Chemical Industry, China Petroleum & Chemical Corporation

Boe Technology Group Co., Ltd.

Hefei Boe Optoelectronics Technology Co., Ltd.

Qiang Lin

Jun Tian

Wei Lin

Zhixiang Zhang

Jinbing Li

Jianshe Chen

Shujuan Wang

Shuyuan Cao

Jun Jiang

Tao Yu

Yakun Wang

Qi Yang

Tingting Jin

Qian Xue

Xianfeng Li

Hongxiang Xu

Zhiqiang Tang

Xuyang Fang

Wujun Dai

There are provided a driving method of a display panel and a driving module, a display panel and a display apparatus, which are capable of reducing power consumption of the display panel. The driving method of the display panel comprises: determining positions of gate lines to be scanned; determining offset current values according to the positions of the gate lines to be scanned; and generating driving signals of GOA units corresponding to the gate lines to be scanned according to the offset current values and clock signals of the display panel. The driving method of the display panel and the driving module, the display panel and the display apparatus determine the offset current values according to the positions of the gate lines to be scanned, and the amplitude of the offset current values only needs to ensure the normal display of the display panel when the gate lines to be scanned are scanned, thereby power consumption of the display panel is reduced.

Driving method of display panel and driving module, display panel and display apparatus

The present invention relates to an alumina support for silver catalyst, a process for preparing said alumina support, a silver catalyst made from said alumina support, and a use of said silver catalyst in the production of ethylene oxide by the oxidization of ethylene. According to the present invention, the silver catalyst made from the support prepared by potassium melt technology can have a high selectivity.

Alumina support for silver catalyst, preparation and use thereof

The present invention discloses an alumina carrier for a silver catalyst, a process for preparing the alumina carrier, a silver catalyst made from the alumina carrier, and a use of the silver catalyst in the production of ethylene oxide by the oxidization of ethylene. The alumina carrier comprises alumina and promoters, as well as titanium silicate molecular sieve(s); and therefore, has an improved catalytic activity.

Carrier for silver catalyst, its preparation, a silver catalyst made from the same and its use

The invention discloses a wireless network apparatus, wireless network system and wireless network node controlling method. The method applied in a wireless network including an aggregation node and a plurality of subnodes includes: randomly setting in advance sleeping time and working time for each subnode according to a predetermined strategy; judging a current state of each subnode, and recording monitor data of the subnode according to the current state of the subnode, wherein: when the subnode is currently in a working state, directly acquiring the monitor data currently reported by the subnode, and recording the acquired monitor data; when the subnode is currently in a sleeping state, estimating current monitor data of the subnode, and recording an estimate value of the monitor data. The embodiment of the invention can facilitate lowered energy consumption of a wireless ad hoc network and improve the robustness, reliability and real-time performance of the network.

Wireless network apparatus, wireless network system and wireless network node controlling method

The present invention provides a source node device and a destination node in a data processing system, a data processing system, and a decoding method. The source node device includes: an encoding unit, configured to conduct an encoding processing on collected original data according to a codebook including an encoded numerical value and a sending interval corresponding to the original data so as to encode the original data into encoded data having a corresponding encoded numerical value included in the codebook, and to determine a sending interval corresponding to the encoded data included in the codebook. According to the present invention, sending intervals of different encoded data are determined and distinguished based on sending intervals corresponding to the encoded data included in the codebook, which provides a better performance on channel load, channel access collisions, energy efficiency, consumed resources or lifetime of the data processing system.

Data processing system and data processing method

A wireless communication network includes a central node and a plurality of sub-nodes including relay nodes and terminal nodes. A method for adaptively selecting a route for communications in the network includes: generating a global routing table of the network based on a predetermined criterion, by the central node independently or in cooperation with a part of the relay nodes; generating a local routing table of each of the sub-nodes based on the global routing table, and informing the local routing tables to the respective sub-nodes to store the local routing tables in the respective sub-nodes, by the central node independently or in cooperation with a part of the relay nodes, the local routing table including paths from the corresponding sub-node to adjacent nodes; and adaptively selecting, by the sub-node, a path from the local routing table thereof for communications according to a predetermined rule.

Wireless communication network and adaptive routing communication method thereof

A wireless communication apparatus, includes: a collision locating section for detecting a collision and determining a collision area in which the collision occurs, according to route requests received through an ad-hoc network based on an on-demand driving routing protocol, a relay node selecting section for selecting a relay node which is located outside the collision area and turn-off of which will not influence connectivity in the ad-hoc network, and a relay node controlling section for controlling the selected relay node to turn off in response to the selection of the relay node and keeping the selected node off if the collision in the collision area is alleviated or eliminated after the selected relay node is turned off.

Wireless communication apparatus, wireless communication network and method of controlling routing selection

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Beijing, China

Qiang Lin