Appotronics Corporation Limited

Huawei Technologies Co., Limited

Appotronics China Corporation

Fih (hong Kong) Limited

Shenzhen Futaihong Precision Industry Co., Ltd.

Zte Corporation

Tencent Technology (shenzhen) Company Limited

Han's Laser Technology Industry Group Co., Ltd.

Ylx Corporation

Approtronics Corporation

Apptronics (china) Corporation

Shenzhen Han's Focus Technology Co., Ltd.

Huawei Device Co., Ltd.

Yi Yang

Yi Li

Fei Hu

Lei Miao

Qing Feng Zhang

Chen Hu

Wei Li

Xiaolei Tie

Xiaoxiao Zheng

Liangliang Cao

Jianfeng Xu

Zhengzhong Du

Jing Wen Wang

Meng Hua

Xiliang Wu

Yan Chen

Fengyan Qi

Dongqi Wang

Xu Liu

Wei Huang

Jing Chen

Shurong Jiao

Gengshi Wu

Qing Zhang

Jing Wang

Wuzhou Zhan

Wei Fu

Xiang Li

Tao Yu

Lijing Xu

Yongfeng Tu

Quan Zhang

Bo Wang

Aiqin Zhang

Po-Feng Ho

Li Xu

Bin Xiong

Gaopeng Du

Qing Min

Jing Yang

Jiayi Yang

Zifeng Tian

Jieke Shi

Juntao Wang

Wenquan Hu

Mingshi Sun

Tingzhao Li

Jiajun Yang

Wei Lai

Guodong Li

Huai Tang

Yunfeng Gao

Miao Zhang

Shujie Lin

Luxin Li

Yaojun Fu

Pengzhou Yan

Jiangduo Zhou

Jingpeng Liao

Jun Rao

Junjun Xiao

Lu Yan

Zhenguang Chen

Hualin Huang

Min Yang

Dongjie Wang

Yaohua Guan

Ling Shen

Fanni Ma

Ya-Jiao Wang

Donghai Chen

Fei Fu

Cheng Hu

Zhiwei Zhang

Cutting head

The present application provides an intersecting procedure processing method, an intersecting procedure processing device, an apparatus and a storage medium. The method, applied to a master node, includes: receiving a secondary node procedure message sent by a secondary node; and determining a service processing procedure according to a scenario of a master node service, a scenario of the secondary node procedure and a preset priority of service scenarios, a handover scenario of the secondary node procedure is determined by the secondary node procedure message.

Intersecting procedure processing method and device, apparatus, and storage medium

A network topology determining apparatus includes: an obtaining module, configured to obtain a connection relationship between a plurality of network elements in a network and a network grade of each network element, where the network grade is used to indicate an importance degree of the network element in the network; a first determining module, configured to determine a plurality of subnets based on the connection relationship between the plurality of network elements and the network grade of each network element; a second determining module, configured to determine location information of each network element in a descending order of the network grades of the network elements in the network based on a connection relationship between network elements in each subnet; and an establishment module, configured to establish a network topology based on the connection relationship between the plurality of network elements and the location information of each network element.

Network topology determining method and apparatus, and system

The present disclosure discloses an information processing method, including the steps of acquiring at least one executable file of a specified type; extracting a first operation instruction from the at least one executable file of the specified type; determining the first operation instruction as a feature instruction if a preset policy is met; extracting a feature value of the feature instruction; constructing a virus classification model based on the feature value of the feature instruction for obtaining a virus structural feature parameter; extracting a second operation instruction from at least one to-be-analyzed file when the at least one to-be-analyzed file is identified according to the virus classification model; and identifying the to-be-analyzed file as a virus file if the feature value of the second operation instruction corresponds to the virus structural feature parameter.

Method, server, and computer storage medium for identifying virus-containing files

A light emitting device comprises a coherent source generating coherent light, a diffusing element, and a light guide part. The diffusing element includes first and second surfaces opposite to each other, and disperses the coherent light from the coherent source to generate incoherent light. The light guide part is provided on the side of the first surface of the diffusing element; it guides the coherent light emitting from the coherent source to be incident on the first surface to form a first light path, guides a part of incoherent light emitting from the first surface to emit through the first light path, guides the remaining incoherent light to emit through a second light path, and separates the first and second light paths. The luminous flux of the incoherent light emitting through the first light path is less than that of the incoherent light emitting through the second light path.

Light emitting device with diffuser and light reflector and projection system having the same

A phosphor layer comprising a phosphor plate adhesively formed by a phosphor powder and an adhesive agent. The phosphor plate has a front side and a back side. The phosphor layer also has particles which are fixedly connected to the front and/or back side of the phosphor plate. Also provided in the present invention are a phosphor component, a corresponding light source, a projection system, and a method for manufacturing the phosphor layer. The phosphor component prevents adhesion between the phosphor plate and substrates thereof in high temperature conditions. A manufacturing method for the phosphor layer includes forming a phosphor plate by adhesively fixing a phosphor powder by an adhesive agent, the phosphor plate having a front side and a back side, and fixedly connecting at least one particle to the front and/or back side of the phosphor plate.

Phosphor layer, component, corresponding light source, projection system and corresponding manufacturing method

Disclosed are a wavelength conversion device, a light-emitting device and a projection system, comprising a wavelength conversion layer having a first surface and a second surface opposite each other. The first surface receives an excitation light. The wavelength conversion layer absorbs the excitation to produce a converted light and emits the converted light or the mixture of the converted light and the excitation light from the first surface and the second surface. A scattering reflective substrate is stacked with the wavelength conversion layer and includes a white porous ceramic or a white scattering material for scattering the incident light. The scattering reflective substrate includes a third surface facing the second surface and scatters at least a part of the incident light on the third surface and then emits all the light from the third surface to the second surface.

Wavelength conversion device, light-emitting device and projection system

Disclosed are a light source and a display system. The light source comprises at least one original light emitting device group () and at least one supplementary light emitting device group (). The original light emitting device group () comprises at least two LED () and a wavelength light combining device (), wherein the energy of the overlapped spectrum in the normalized spectrum of the two LED is smaller than 50% of the smaller energy of the two, and the wavelength light combining device combines the light output from all the LED in the original light emitting device group () in a wavelength light combining way. The supplementary light emitting device group () comprises at least one LED (). The energy of the overlapped spectrum in the normalized spectrum of any LED of the supplementary light emitting device group () and at least one LED of the original light emitting device group () is larger than or equal to 10% of the smaller energy of the two. The light source also comprises a geometric light combining device (), which combines the light finally output from the original light emitting device group () and the light finally output from the supplementary light emitting device group () into one beam of light in a geometric light combining way.

Light source and display system

Disclosed are a wavelength conversion device and a light emitting device. The wavelength conversion device includes a wavelength conversion layer used for absorbing excitation light and generating converted light; a box having a first area used for transmitting the excitation light to the wavelength conversion layer and a second area used for transmitting the converted light, and further including an air outlet and an air inlet; a conduit, disposed outside the box and used for connecting the air inlet and the air outlet, so as to seal with the box the wavelength conversion layer in the box; a heat exchanger, used for decreasing a gas temperature in the conduit; and a gas circulation device, disposed in sealed space encircled by the box and the conduit, and used for driving exchange between gas in the box and gas in the conduit. The wavelength conversion device achieves both dust prevention and heat dissipation.

Sealed wavelength conversion device and cooling system

A light source comprising an excitation light source for providing excitation light, and an optical wavelength conversion member disposed at a distance from the excitation light source. The optical wavelength conversion member comprises an optical wavelength conversion material for converting the excitation light into stimulated light. The light source also comprises an optical-guiding member that allows the excitation light to be incident on the optical wavelength conversion material, and an optical-collecting member for collecting converted light originating from the optical wavelength conversion material. To separate the paths of the converted light and the excitation light, the etendue of the optical-guiding member is less than or equal to &#xbc; of the etendue of the optical-collecting member. This allows the optical-guiding member to draw in the excitation light while preventing the excessive escape of the converted light through the optical-guiding member.

Light source employing a wavelength conversion device with a light introducing device and a light collecting device

A light source system comprises: a light-emitting device for emitting a first light and a second light in sequence; a beam splitting system with which the first light is divided into one beam in a first range of wavelength and the other beam in a second range of wavelength, respectively emitted along a first optical path and a second optical path, and also with which at least a part of the second light is emitted along the first optical path; a first spatial light modulator for modulating the beam emitted from the beam splitting system along the first optical path; a second spatial light modulator for modulating the beam emitted from the beam splitting system along the second optical path. The light source system has the advantages of high light-emitting efficiency and low cost. A projection system comprising the aforementioned light source system is also provided.

Light source system and related projection system employing a light division system and two spatial light modulators

Light source system employing two light emitting devices and related projection system employing two spatial light modulators

Provided is a projection system, a light source system, and a light source assembly. The light source system () comprises an excitation light source (), a wavelength conversion device (), a color filtering device (), a drive device (), and a first optical assembly. The wavelength conversion device () comprises at least one wavelength conversion region. The optical filtering device () is fixed face-to-face with the wavelength conversion device (), and comprises at least a first optical filtering region. The drive device () drives the wavelength conversion device () and the optical filtering device (), allowing the wavelength conversion region and the first optical filtering region to act synchronously, and the wavelength conversion region is periodically set on the propagation path of the excitation light, thereby converting the excitation light wavelength into converted light. The first optical assembly allows the converted light to be incident on the first optical filtering region. The first optical filtering region filters the converted light, so as to enhance the color purity of the converted light. The light source system is simple in structure, easy to implement, and highly synchronous.

Projection system, light source system and light source assembly

Growing community of inventors

Shenzhen, China

Yi Yang