Huawei Technologies Co., Limited

Chimei Innolux Corporation

International Business Machines Corporation

Tencent Technology (shenzhen) Company Limited

Innocom Technology(shenzhen) Co., Ltd.

Zte Corporation

Shenzhen China Star Optoelectronics Technology Co., Ltd.

Wuhan China Star Optoelectronics Technology Co., Ltd.

Huawei Digital Power Technologies Co., Ltd.

Innolux Display Corporation

Nanjing University of Aeronautics and Astronautics

Lifetech Scientific (shenzhen) Co., Ltd

Shenzhen Woody Vapes Technology Co., Ltd.

Shenzhen Feilai Technology Co., Ltd.

Shenzhen Lifetech Endovascular Medical Co., Ltd.

Hui Wang

Xiaolong Guo

Yue Li

Song Zhu

WeiFeng Zhang

Sha Feng

Jilin Li

Feiyue Huang

Jie Zeng

Dan Wu

Guofu Tan

Qiuyi Yu

Yaw-Shing Tseng

Peng Hao

Jing Shi

Zijiang Ma

Xianghui Han

Wanqiang Zhang

Hui Zhang

Wei Bin Lin

Wei Wang

Min Ren

Anni Wei

Deyuan Zhang

Yali Guo

Benhao Xiao

Lei Sun

Lin Zhao

LiCen Mu

Xu Zhang

Zhongjie Liu

Caiping Liu

Qin Wang

Fugao Zhao

Wenxiong Wei

YanLong Hou

Yongsheng Wang

Zheng Li

Yanxing Yang

Xiaoke Ran

Zezhou Yang

Zehua Liang

Liqiong Yi

Wanxiang Ye

Hongbing Wang

Lan Xu

Jianhua Peng

Yongxiang Zhao

Tao Feng

Chao Zhang

Lijun Chen

Peng Cheng

Zhigang Sheng

Haibo Long

Jingyu Wang

Xiaoli Jiang

Xiangmin Ma

Jianguo Xie

Zhanlin Ren

Cheng Cheng

Donghai Ma

Yongfa Li

Junyi Wu

Junwu Chen

Yihui Liu

Jiandong Xie

Wenfang Tang

Chu-Jung Shih

Xiaolong Lu

Lujing Chen

Gaopeng Qu

Xunzhong Guo

Jie Tao

Chunmei Liu

Wenbin Wei

He Wen

Chunwei Tang

Liyong Li

Jian Shi

Weijian Jin

Xiaojun Tang

Mingsheng Qian

Liebin Cai

Daoping Zhang

Chen-Hsun Liao

Xinquan Huang

Qianlin Tang

Qingchun Zhao

Lingdong Zhang

A service processing method includes receiving a first identifier or a second identifier, where the first identifier indicates a first device, and the second identifier indicates a first service application; determining a first topology network based on the first identifier and an association relationship, or determining a second topology network based on the second identifier and an association relationship, where the association relationship is a relationship between at least one device and at least one service application, the first topology network reflects a topology relationship between the first device and the at least one service application, and the second topology network reflects a topology relationship between the first service application and the at least one device; and presenting the first topology network or the second topology network.

Service processing method, network management and control system, and storage medium

A method for precision forming by continuous free bending starts with establishing a correlation equation of a continuous axis f(x) to a bending radius R and determining a bending radius R at a real-time location in the axis. Based on the free bending technique, the method further involves establishing a correlation model of a real-time bending radius R of a tube to an eccentric distance U of a bending die and hence correlations of the equation of the axis to free bending parameters, and constructing a complete correlation model among f(x), R, U, and t based on a relational equation of an eccentric distance U to movement time t of the bending die to enable the precision forming of a complex component by continuous bending. Accordingly, the production efficiency can be improved.

Method for precision forming by continuous free bending

A refrigerant pump and a data center cooling system. The data center cooling system includes a refrigerant connected between a condenser and an evaporator. The refrigerant includes a housing, a partition plate, and a pump head. The housing is provided with a liquid inlet and a liquid outlet. The partition plate is disposed inside the housing, and they jointly form first space and second space. A pump body includes the pump head and a motor. An inlet of the pump head is located at the bottom of the first space in a gravity direction. The motor is located in the second space. The pump head is configured to transfer refrigerant in the first space to the second space. The liquid inlet is directly connected to the condenser by using a pipeline. The first space is configured to store refrigerant of the data center cooling system.

Refrigerant pump and data center cooling system

An atomization device includes a housing, an oil storage tank provided within the housing to store oil, and a breath detector provided within the housing. The housing includes a suction part for suction by a user and a mist outlet pipeline provided in the suction part. The mist outlet pipeline has a mist outlet port exposed on a surface of the suction part. An atomization channel is formed within the oil storage tank and has a mist outlet end connected with a mist inlet end of the mist outlet pipeline. A first gas passage connected with the breath detector is formed within the housing. The suction part is provided with a first gas hole connected with the first gas passage. Each of the atomization channel, the oil storage tank and the mist outlet pipeline is isolated from the first gas passage.

Atomization device having gas passage with breath detector isolated from atomization channel

Trail camera

Provided are a CQI feedback enhancement method, a CQI feedback enhancement device, a CQI feedback enhancement system, a UE and a base station. The CQI feedback enhancement method includes: a base station sends downlink traffic data to a UE; the UE decodes the downlink traffic data; first information is sent to the base station in a case where an error result is obtained by decoding the downlink traffic data, where the first information includes an NACK instruction and an aperiodic CQI, or the first information includes one NACK state of multiple NACK states and different NACK states correspond to different CQIs; and the base station receives the first information.

Channel quality indicator feedback enhancement method, device and system, user equipment, and base station

The present invention discloses a method for obtaining an Internet protocol header replacement mapping, which belong to the field of communications technologies. The method includes: obtaining, by a network node, fixed IP header information which is bound to a UE, where the network node is an MME or an eNB or a PGW or an SGW; establishing an IP header replacement mapping according to the fixed IP header information, where the IP header replacement mapping is correspondence between the fixed IP header information and an index or a bearer; and performing data transmission with the UE according to the IP header replacement mapping. In the present invention, the network node establishes the IP header replacement mapping according to the obtained fixed IP header information which is bound to the UE, the method is more flexible.

Method for obtaining internet protocol header replacement mapping and network node

An identity verification method performed at a terminal includes playing in an audio form action guide information including mouth shape guide information selected from a preset action guide information library at a speed corresponding to the action guide information, and collecting a corresponding set of action images within a preset time window; performing matching detection on the collected set of action images and the action guide information, to obtain a living body detection result indicating whether a living body exists in the collected set of action images; according to the living body detection result that indicates that a living body exists in the collected set of action images: collecting user identity information and performing verification according to the collected user identity information, to obtain a user identity information verification result; and determining the identity verification result according to the user identity information verification result.

Identity verification method, terminal, and server

A light sensor is provided. The light sensor includes at least one light sensor submodule, and each light sensor submodule includes a first light detector, a second light detector, a first linear polarizer, a second linear polarizer, a first phase delay film, and a second phase delay film. The first light detector is configured to obtain light intensity of first hybrid light resulting when hybrid light has passed through the first phase delay film and the first linear polarizer, and the second light detector is configured to obtain light intensity of second hybrid light resulting when the hybrid light has passed through the second phase delay film and the second linear polarizer, the hybrid light includes first light and second light, and after the hybrid light passes through the second linear polarizer, the first light is filtered out.

Light sensor and terminal device

An accessible processing method of webpage contents and accessible webpage device are provided. The foregoing accessible processing method may include the follows. A document outline list tag is added to a webpage. After the document outline list tag obtains a focus, the following is further included. All title tags of a specified level in current webpage may be traversed. An anchor point may be added to each title tag of the specified level. Text information of each title tag of the specified level may be respectively copied to a corresponding link newly established. The link newly established may be enabled to point to an anchor point of a corresponding title label. Each link newly established may be taken as a list item. The list item may be added to the document outline list tag.

Accessible processing method of webpage contents and accessible webpage device

An identity verification method performed at a terminal includes: displaying and/or playing in an audio form action guide information selected from a preset action guide information library, and collecting a corresponding set of action images within a preset time window; performing matching detection on the collected set of action images and the action guide information, to obtain a living body detection result indicating whether a living body exists in the collected set of action images; according to the living body detection result that indicates that a living body exists in the collected set of action images: collecting user identity information and performing verification according to the collected user identity information, to obtain a user identity information verification result; and determining the identity verification result according to the user identity information verification result.

A backlight module is disclosed. The backlight module includes a reflection sheet including a first body and a second body; a light guide plate disposed on the first body of the reflection sheet; an optical film set disposed on the light guide plate; a plastic frame inside of which the reflection sheet, the light guide plate, and the optical film set are all disposed; and a connecting member configured to fixedly bond the second body to an inner side surface of the plastic frame. The present invention can ensure that the reflection sheet is fixedly bonded on the plastic frame well so that not only can a narrow frame design be achieved, but also the optical films can meet the requirement of fixing strength.

Backlight module and display apparatus

A bifurcated stem graft () comprises a body () and a side branch () that forms an acute angle with the body (). The side branch () comprises a covering film () and a first bare stent () only disposed on the covering film (). Part of the first bare stent () is positioned adjacent a boundary line () of the body () and the covering film () and is located in a vertex angle area () of the acute angle. Due to the fact that part of the first bare stem () is attached to the vertex angle area (), after the stem () is released, the self-expanded part of the first bare stent () enables the vertex angle area () of the side branch () to be effectively supported, the covering film is not prone to shrinkage, and a leading wire can enter easily. Meanwhile, a special bare stent attached to the vertex angle area () does not need to be additionally disposed on the first bare stent (), and thus the technology for preparing the bare stem is simplified; furthermore, the first bare stent () is only disposed on the side branch () and does not need to span the connecting part of the body () and the side branch (), and thus the waveform can be shaped easily.

Fork-type covered stent

A first electrostatic discharge measurement is received from a first sensor. The first sensor utilizes a wireless network to send the first measurement from a first stage of the assembly line of electronic components susceptible to electrostatic discharge damage. A second electrostatic discharge measurement is received from a second sensor. The second sensor utilizes the wireless network to send the second measurement from a second stage of the assembly line. An electrostatic discharge history is updated for the first assembly stage based on the first electrostatic discharge measurement. The electrostatic discharge history is updated for the second assembly stage based on the second electrostatic discharge measurement. A potential electrostatic danger condition is determined based on the electrostatic discharge history.

Networked electrostatic discharge measurement

Growing community of inventors

Shenzhen, China

Hui Wang