Boe Technology Group Co., Ltd.

Hefei Boe Optoelectronics Technology Co., Ltd.

Beihang University

Biomerieux, Inc.

Peking University

Chinese Academy of Medical Sciences

Beijing Jingdong Qianshi Technology Co., Ltd.

Beijing Children's Hospital Affiliated To Capital Medical University

Jianwei Wang

Wei Zhang

Daeoh Oh

Donglin Su

Zhaowen Yan

Fan Yang

Wei Hu

Fan Zhang

Zhi Hou

Mingming Wang

Shikai Wang

Zuhong Liu

Jianming Jiang

Jae Yun Jung

Ziheng Yang

Bozhu Zhou

Yong Nie

Eryuan Huang

Xianhao Chen

Miaoxiao Wang

Jianzhao Liu

Shuang Geng

Dae Oh Oh

Shaohua Xie

Richard Gonzalez

Zichun Xiang

Kunling Shen

Xiaolei Wu

Chunxiao Li

Provided are an automatic driving control method and apparatus, an electronic device, and a medium. The method includes: when a current braking trigger event is acquired, determining whether a target controlled vehicle is currently located in a braking monitoring period; and when the target controlled vehicle is currently located in any braking monitoring period, sending a braking control instruction corresponding to a next braking monitoring period to the target controlled vehicle according to ranking of the braking monitoring period in which the target controlled vehicle is currently located, and entering the next braking monitoring period, where vehicle control duration of the braking control instruction corresponding to the next braking monitoring period is longer.

Automatic driving control method and apparatus, and electronic device and medium

Disclosed herein is a method of microbial enhanced oil recovery by changing microbial motility, including: subjecting a viablestrain and the alkane-degradingstrain to contact culture to enable the alkane-degradingstrain to have motility. This application also provides a method for microbial enhanced oil recovery, including: subjecting a viablestrain and the alkane-degradingstrain to contact culture to enable the alkane-degradingstrain to have motility; and injecting the contact culture mixture of the viablestrain and the alkane-degradingstrain to an oil well to perform microbial enhanced oil recovery.

Method of microbial enhanced oil recovery by changing microbial motility

An impedance compensation structure for a broadband near-field magnetic-field probe, includes: a signal via; and a plurality of grounding vias provided around the signal via to form a coaxial via array; wherein the grounding via and the signal via have an identical size, all distances of each of the plurality of the grounding vias to the signal via are equal, and the plurality of the grounding vias forms a circle centered at the signal via; wherein each of the plurality of the grounding vias is connected with a magnetic field probe top layer shield plane and a magnetic field probe bottom layer shield plane; each of the plurality of the grounding vias keeps in a conducting state from a direct current to a high frequency, in such a manner that impedance matching of the broadband near-field magnetic-field probe is achieved.

Impedance compensation structure for broadband near-field magnetic-field probe and its construction method

The resonance structure is that two rows of ground via holes are placed symmetrically along two sides of the CB-CPW central conductor; each row of the via holes are equally spaced; every via hole connects a top shield plane layer, a first middle layer and a bottom shield plane layer of the magnetic probe; every via hole is placed out of a rectangle gap at the bottom of the magnetic probe; the via holes form a fence. The construction method: 1. constructing a simulation model formed by the magnetic probe and a 50&#x3a9; microstrip in a CST&#xae; microwave studio; 2. simulation setting; 3. placing via holes along two sides of the central conductor; 4. connecting a 50&#x3a9; matching load to the second end of the microstrip and defining the first end as microstrip port; defining the end on which mount a SMA connector as probe port; simulating S

Resonance suppression structure of a wideband near-field magnetic probe and a construction method thereof

A stripping device and a display substrate production line are provided. The stripping device comprises a stripping chamber. A stripping liquid with a set temperature is provided within the stripping chamber; the stripping device further comprising a liquid jet component, the liquid jet component includes a liquid supplying pipeline and a liquid jet head, the liquid supplying pipeline is configured to supply a cleaning liquid to the liquid jet head, the liquid jet head is configured to output the cleaning liquid, the liquid supplying pipeline is arranged in the stripping chamber, and the stripping liquid enables the cleaning liquid in the liquid supplying pipeline to reach the set temperature. The stripping device enables the cleaning liquid to reach the set temperature, such that the stripping liquid and the photoresist remaining on the display substrate are effectively removed, the stripping liquid is prevented from being separated out on the display substrate and is further prevented from being crystallized to block an output port of the liquid jet head; and the stripping device further effectively uses the thermal energy in the stripping chamber to save energy consumption.

Stripping device and display substrate production line

The present invention provides a liquid crystal display device, comprising: a light source, a light guide plate having a light-exiting surface, a substrate having a first surface and a second surface opposite to the first surface, a display area of the second surface comprising a pixel area and at least one non-pixel area, and a gap provided between the light-exiting surface of the light guide plate and the first surface of the substrate, wherein, at least one slot is provided on the light-exiting surface of the light guide plate; a part of the light generated by the light source and entering the light-exiting surface of the light guide plate, after being refracted by the slot and the gap sequentially, is refracted by the first surface of the substrate into the substrate, and then enters the pixel area. According to the present invention, it is able to change the light transmission path, thereby to effectively reduce the light entering a non-pixel area.

Liquid crystal display device

A rocking sensor device includes a primary bracket (), a rotating shaft (), rollers (), magnets () and a magnetic induction sensor (). The primary bracket () is rockably connected to the rotating shaft (). The rollers () and the magnets () are mounted on both ends of the primary bracket () and their positions are symmetrical about the rotating shaft (). The magnetic induction sensor () is mounted on the perimeter of the primary bracket () at a position such that it can sense rocking of the magnet () on any end with the primary bracket (). The rocking sensor device is wear and corrosion resistant, and can be self-cleaning.

Rocking sensor device

The characterization of a new strain of human rhinovirus of genetic group C (HRV-C) as well as methods and kits for detecting the presence of HRV-C by PCR amplification are provided.

Newly identified human rhinovirus of HRV-C and methods and kits for detecting HRV-Cs

Growing community of inventors

Beijing, China

Jianwei Wang