Boe Technology Group Co., Ltd.

Huawei Technologies Co., Limited

Chongqing Boe Optoelectronics Technology Co., Ltd.

Ford Global Technolgoies, LLC

Beijing Boe Technology Development Co., Ltd.

Beijing Boe Optoelectronics Technology Co., Ltd.

Beijing Baidu Netcom Science and Technology Co., Ltd.

Oath Inc.

Shenzhen Smoore Technology Limited

Verizon Media Inc.

Beijing Bytedance Network Technology Co., Ltd.

Hefei Boe Optoelectronics Technology Co., Ltd.

Beijing Zitiao Network Technology Co., Ltd.

Zte Corporation

Huawei Digital Power Technologies Co., Ltd.

Xinyu Wang

Max Wolff

Wei Chen

Liang Chen

Lei Chen

Ping Zhang

Hui Huang

Qian Wang

Chao Wang

Shangchieh Chu

Wei Liang

Guangxin Yang

Zhiqiang Wang

Xin Ma

Simon Brook

Yonghong Zhou

Chen Bo Li

Jingzhou He

Wencheng Luo

Di Jiang

Jing Wang

Lin Xu

Chen Chen

Lei Shi

Hong Zhu

Liang Gao

Song Liu

Yi He

Wenhong Tian

Xu Liang Li

Shuai Hou

Fei Xu

Sijun Lei

Wei Dai

Xiaofei Luo

Xianyong Gao

Yansheng Sun

Zhe Yang

Boyun Xie

Zhicai Xu

Junhuan Liu

Jun Hong

Yunsong Li

Shanbin Chen

Yanbin Wang

Shouchuan Zhang

Yong Long

Yucheng Li

Heng Xu

Dongyue Wang

Sihan Ge

Chuan Sun

Jingyong Li

Xin Zhang

Jinhong Zhang

Qiuli Wang

Jianfeng Yao

Dingyang Tan

Meilong Hu

Wenqi Quan

Shikang Ge

Xiangchao Chen

Wenxiao Xu

Shaoyu Yang

Weize Zhang

Fanjian Zeng

Hebing Ma

Qiang Xie

Ding Ding

Linlin Xu

Hening Zhang

Chaojie Zhang

Dengqian Li

Jun Qian

Ying Yang

Pu Wang

Sen Tan

Xing Huang

Fei Pan

Xufeng Tu

Zhiyong Zhao

Xinzhi Shao

Zhuqing Zhang

Yong Deng

Yangyu Chen

Hongjie Li

Meng Liao

Genchuan Yan

Weiming Fang

Mingtao Xu

Di Gao

Chunying Gu

Guanglin Kang

Pan Yuan

Guojian Zhang

An atomizing core is configured to be electrically connected to a battery of an electronic atomizing device, the electronic atomizing device defines an air suction channel, the electronic atomizing device includes a mouthpiece at an end of the air suction channel. The atomizing core includes a base and a heater. The base is configured to store liquid and has an atomizing surface located in the air suction channel, wherein the atomizing surface is arranged to face away from the battery and towards the mouthpiece. The heater is arranged on the atomizing surface and configured to atomize the liquid.

Atomizing core, atomizer and electronic atomizing device

A pivotable support apparatus for supporting a foldable display panel is provided. The pivotable support apparatus includes a binge structure; and a joint structure including at least me row of joints, a respective row of joints comprising a plurality of joints connected to each other. A respective joint of the plurality of joints includes an upper portion and a lower portion. Contacts respectively between respective first upper side surfaces of respective upper portions of respective first adjacent joints and respective second upper side surfaces of respective upper portions of respective second adjacent joints define a limit to which the pivotable support apparatus can be unfolded.

Pivotable support apparatus and display apparatus

Vehicle rear lower bumper cover

Vehicle rear lower bumper cover applique

Vehicle rear upper bumper cover

Provided is a matching method for manufacturing a liquid crystal display (LCD) device. The method includes: acquiring luminance data of a plurality of backlight modules and transmittance data of a plurality of LCD panels under a same driving condition; acquiring N backlight groups by grouping the plurality of backlight modules based on the luminance data; acquiring N panel groups by grouping the plurality of LCD panels based on the transmittance data; and determining a corresponding relationship between the backlight group and the panel group.

Matching method and apparatus for manufacturing liquid crystal display device, and system and medium thereof

This disclosure provides a method, apparatus, terminal device and medium for object processing. The method of object processing includes: displaying a processing interface, a plurality of levels of processing attributes being displayed in the processing interface, the processing interface displaying a storage device corresponding to a current processing attribute that is currently activated; after the current processing attribute meets a preset condition, processing an object to be processed with the current processing attribute, and continuing to activate a next processing attribute as a current processing attribute; displaying a switched storage device after receiving a switching operation on a storage device displayed in the processing interface.

Method, apparatus, terminal device and medium for object processing

The present application discloses autonomous driving methods and apparatuses that may be applied to an intelligent vehicle and an autonomous driving vehicle. An example method includes: obtaining a motion status of an obstacle; determining a location of a towing point and a speed of the towing point based on the motion status of the obstacle, where both the location of the towing point and the speed of the towing point are continuous functions of the motion status of the obstacle; and obtaining expected acceleration of an ego vehicle based on the location of the towing point and the speed of the towing point.

Autonomous driving method and apparatus

Provided is a support structure. The support structure includes: a rotation shaft, two slidable connection mechanisms, at least two chains, and a first support assembly. The two slidable connection mechanisms are rotatably connected to the rotation shaft and disposed on two sides of the rotation shaft; the at least two chains are spaced apart in an axial direction of the rotation shaft, extension directions of the at least two chains are perpendicular to the axial direction of the rotation shaft, middle portions of the at least two chains are connected to the rotation shaft, and two ends of each of the at least two chains are respectively connected to the two slidable connection mechanisms; and in the axial direction of the rotation shaft, each of the at least one first support assembly is connected between two adjacent chains of the at least two chains.

Support structure and display device

A trajectory planning method for an autonomous vehicle includes a lateral displacement planner that plans a preliminary traveling trajectory for an autonomous driving vehicle based on perceptual data, positioning data, and map information, where the preliminary traveling trajectory includes N road points, and each road point includes coordinate information of the road point and allowable lateral error information of the road point. A longitudinal speed planner inherits all or some of the N road points output by the lateral displacement planner and determines speed information of a subset of the N road points based on traffic road condition information and the perception data to obtain a target traveling trajectory. The speed information is a drivable speed of the autonomous driving vehicle. The target traveling trajectory includes the subset of the N road points, each including the drivable speed of the autonomous driving vehicle.

Trajectory planning method and apparatus

The present disclosure provides a flexible display device including: a support structure, which is switchable between a rolled state and an unrolled state to switch a support surface of the support structure between a curved surface and a flat surface; a flexible display screen, at least a portion of which is fixed to the support surface of the support structure; a magnetic assembly including a plurality of first magnetic members disposed on the support structure, where the first magnetic members are configured to attracting one another in response to the support structure being in the rolled state.

Flexible display device

Methods, apparatus, and computer programs stored on a computer-readable storage medium for obstacle avoidance are provided. One example method includes obtaining vehicle information, obstacle information, and a drivable area of a vehicle at a moment t, and processing the drivable area based on the vehicle information and the obstacle information to obtain a potential energy grid map. The method can include obtaining information about a center line of a lane in which the vehicle is currently located, and obtaining a parallel-line track cluster based on the information about the lane center line. The method can include calculating a cost value of each parallel-line track, and performing time-domain filtering on a parallel-line track with a minimum cost value in the parallel-line track cluster to obtain a target track at the moment t specifying a parallel line track that is used by the vehicle to avoid an obstacle.

Obstacle avoidance method and apparatus

A display device includes a display screen, connection members and a driving apparatus. The display screen includes a flexible display panel and a plurality of supports. The plurality of supports include a first support and a second support that are adjacently arranged. The first support includes a connection portion. A connection member in the connection members is disposed on the second support. The driving apparatus is configured such that the driving apparatus drives the connection member to be connected to or disconnected from the connection portion.

Display device

An embodiment of the disclosure provides a live steam sampling method and device and electronic equipment, which belong to the technical field of image processing. The method comprises: extracting multi-frame sampled images from live stream; screening out forward similar images from all sampled images, wherein the forward similar images are sampled images similar to a sampled image of a previous adjacent frame; and taking the rest of the sampled images, except from the forward similar images, in all sampled images as sampled images of the live stream. According to the solution of the disclosure, a solution of effectively eliminating the forward similar images in sampling operation based on a FPS is realized, thereby avoiding the leakage conditions, reducing total workload of sampling and checking, and improving efficiency of live stream sampling.

Live streaming sampling method and apparatus, and electronic device

The present disclosure relates to a power supply assembly and an electronic atomizing device. The power supply assembly includes a battery, an electrode post electrically connected to the battery, a sealing member, and a support. The battery supplies power to the atomizer through the electrode post. The sealing member is provided with a through hole, and the electrode post extends through the through hole. The support has a first abutting surface. The battery and the sealing member are disposed in the support. When a difference between a pressure of one end of the sealing member adjacent to the battery and a pressure of the other end of the sealing member away from the battery is greater than a threshold pressure, the sealing member presses against the first abutting surface, and is deformed to seal a clearance between the electrode post and the sealing member in the through hole.

Power supply assembly and electronic atomizing device

Growing community of inventors

Beijing, China

Xinyu Wang