Appotronics Corporation Limited

Xlifesc, Ltd.

Tencent Technology (Shenzhen) Company Limited

Chinese Academy of Sciences

Tsinghua University

Shenzhen China Star Optoelectronics Semiconductor Display Technology Co., Ltd.

Tcl China Star Optoelectronics Technology Co., Ltd.

Imperial College Innovations Limited

Huizhou China Star Optoelectronics Display Co., Ltd.

Powerchina Huadong Engineering Corporation Limited

Tsinghua Shenzhen International Graduate School

Dongguan Poweramp Technology Limited

Everpro Technologies Comp Any Limited

Huawei Technologies Co., Limited

Shenzhen Trony Science & Technology Development Co., Ltd.

Yi Li

Fei Hu

Zuqiang Guo

Peng Du

Wei Sun

Lin Wang

Xin Yu

Qian Li

Shijie Li

Shan Liu

Yi Yang

Xiangshui Miao

Yuan Liu

Xiaofeng Tang

Chao Wu

Xiangyuan Zheng

Bo Liu

Jing Hu

Wei Li

Xiaoping Hu

Chen Chen

Jie Wang

Hao Zhou

Yu Lei

Yu He

Xiangang Luo

Wenying Li

Yingbin Wang

Li Xu

Ning Lu

Hongxiu Zhang

Yangang Wang

Haixiong Hou

Bangqing Xiao

Wei Xue

Keji Huang

Xiaoming Chen

Guiyou Pu

Xiaolin Li

Peng Yan

Xinliang Zhou

Hao Jiang

Lixin Zhao

ShaoJun Li

Yingying Liu

Zhijian Li

Xing Jin

Yunsong Fan

Jun Li

Daoyi Chen

Dayan Dai

Kejian Cui

Shengxiao Zhao

Dezhen Li

Yuxuan Zhou

Jinjiang Fu

Xiaozhong Shi

Mengmeng Xu

Zhubing He

Shengming Hu

Chunzhu Wang

Zhentao Yang

Xia Song

Hanli Sun

Zhenzhong Chen

Alberto Lauri

Mengmeng Hu

Jinhua Huang

Lunchun Du

Jinhua Feng

Zeda Tang

Jiancong Li

Kairong Chen

Hui Fan

Qitao Song

Shaopei Chen

Xinbo Wen

Chunlong Cai

Xiao Zhong Xu

Chanhao Chen

Jinchao Gao

Shaoyu Zhang

Hongyu Shao

Sihan Wu

Shuai Jian

Nicholas Alexander Güsken

Qunze Wang

Weiran Cao

Xinming Xie

Jianhua Zhou

Hongyun Chen

Kaixuan Yuan

Huadong Zheng

Zhaoduan Liang

Yong Peng

Daiyi He

Bailiang Yang

Shengming He

An array substrate and a display panel are provided. The array substrate includes a display area and a non-display located around the display area. The non-display area includes a GOA drive circuit region, a GOA busline region, a fan-out region, and a bonding region arranged successively in a direction away from the display area. The fan-out region includes at least one first GOA signal line group and multiple source fan-out line groups. The first GOA signal line group is arranged between an adjacent pair of the source fan-out line groups and includes at least multiple CK lines.

Array substrate and display panel

The embodiments of the disclosure provide an interpolation filtering method and apparatus for intra-frame prediction, a medium, and an electronic device. According to a distance between a prediction pixel and a first reference pixel, a target filter matching the distance is selected from a filter parameter corresponding to a specified prediction unit, and interpolation filtering processing is performed on a second reference pixel by using the target filter, to obtain a predicted value of the prediction pixel.

Interpolation filtering method and apparatus for intra-frame prediction, medium, and electronic device

Disclosed are an active optical cable and a method for switching a communication mode thereof. The active optical cable comprises a first connector for being connected to a Source; a second connector for being connected to a Sink; a cable located between the first connector and the second connector and comprising a first optical fiber and a second optical fiber; and a multiplexer with one end coupled to a high-speed signal pin of the first connector or the second connector and one end coupled to the first optical fiber and the second optical fiber, and used for selecting one of the first optical fiber and the second optical fiber as a valid channel. Through the solution provided by the disclosure, signal transmission requirements in multiple use scenarios are adapted, full-function switching of USB and/or DP data of the active optical cable based on a Type-C interface is realized.

Active optical cable and method for switching communication mode thereof

Provided is a T cell receptor (TCR) having a property of binding to a SLLMWITQC (SEQ ID NO: 105)-HLA A2 complex; and the binding affinity of the TCR to the SLLMWITQC (SEQ ID NO: 105)-HLA A2 complex is at least twice that of a wild-type TCR to the SLLMWITQC (SEQ ID NO: 105)-HLA A2 complex. Also provided is a fusion molecule of such a TCR with a therapeutic agent. Such a TCR can be used alone or in combination with a therapeutic agent so as to target tumour cells presenting the SLLMWITQC (SEQ ID NO: 105)-HLA A2 complex.

High-affinity TCR for NY-ESO

Provided are illumination field non-uniformity detection system, detection method, correction method, and device provided. The system includes displacement control module, controlling displacement platform to drive photodetector and image sensor to move within illumination field; illumination signal acquisition module, controlling the photodetector to collect different response signals at various collecting frequencies within the illumination field and controlling the image sensor to collect response images within the illumination field; data processing module, obtaining, based on different response signals, multiple illumination fields with different light radiation intensities and light intensity distribution considered to be uniform; based on this, obtaining multiple corrected image sensor grayscale matrices; fitting the multiple corrected image sensor grayscale matrices to obtain parameter matrix; and non-uniformity detection module, correcting the response images based on the parameter matrix; and characterizing non-uniformity of light intensity distribution within the illumination field using non-uniform metrics of grayscale distribution of the corrected response images.

Illumination field non-uniformity detection system, detection method, correction method, and device

Provided in the present invention is a T cell receptor (TCR) having the property of binding to a FMNKFIYEI-HLA A0201 complex; and the binding affinity of the TCR to the FMNKFIYEI-HLA A0201 complex is at least 2 times the binding affinity of the wild-type TCR to the FMNKFIYEI-HLA A0201 complex. Also provided in the present invention is a fusion molecule of such TCRs with therapeutic agents. Such TCRs can be used alone or in combination with therapeutic agents, so as to target tumor cells presenting the FMNKFIYEI-HLA A0201 complex.

High affinity cell receptor for recognizing AFP antigen

A projection screen, with a design in which the apexes of multiple triangular pyramidal units of the projection screen in an array arrangement change gradually according to a predetermined relation, an image light shone from a projector is reflected by a microstructure layer having the triangular pyramidal units and then converged in a range centered around the human eyes, so as to reduce the degree of difference in brightness at different viewing positions, thus ensuring that the projection screen is provided with excellent uniformity and high gain.

Projection screen

Provided is a light-source system, comprising excitation light source, first supplementary light source, first light-guiding assembly, wavelength conversion apparatus, and second light-guiding assembly. The excitation light source is for emitting excitation light; the first supplementary light source is for emitting first supplementary light. The first light-guiding assembly is for guiding the excitation light to the wavelength conversion apparatus. The wavelength conversion apparatus is for converting excitation light to excited light and irradiate onto the first light-guiding assembly. The first light-guiding assembly is for guiding excited light to irradiate onto the second light-guiding assembly. At least some components of the second light-guiding assembly are arranged on the light path from the first light-guiding assembly. The second light-guiding assembly is for guiding the excited light and/or the first supplementary light, such that the first supplementary light and at least part of the excited light are output from same emission channel.

Light-source system and projection device

The present invention provides an infrared photodetection device for detecting infrared radiation with a wavelength of 700 nm or larger comprising: a carrier transfer member comprised of a non-metallic material with a band gap; an absorber on one side of the carrier transfer member, and in electrical contact with the carrier transfer member, the absorber being a metallic material in which electron-hole pairs are excited upon absorption of infrared radiation; and a semiconductor on the other side of the carrier transfer member, and in electrical contact with the carrier transfer member; and wherein the carrier transfer member contains trap states such that majority carriers excited in the absorber due to infrared radiation are conducted via the trap states through the carrier transfer member to be collected b the semiconductor.

Schottky-barrier type infrared photodetector

A prism apparatus and a projection device are provided. The prism apparatus includes a prism body, a first combining assembly, and a second combining assembly. The prism body includes prisms connected in sequence in a light guiding direction, and a gap is formed at a position where at least two adjacent ones of the prisms are connected to each other. The first combining assembly is arranged parallel to the light guiding direction, located at seams of the prisms, and connected to the prisms. The second combining assembly is arranged parallel to the light guiding direction, and covers and is connected to the first combining assembly.

Prism apparatus and projection device

A T cell receptor (TCR) capable of specifically binding to a short peptide FMNKFIYEI derived from an AFP antigen. The antigen short peptide FMNKFIYEI can form a complex with HLA A0201 and be presented together with same to the cell surface. A nucleic acid molecule encoding the TCR, a vector comprising the nucleic acid molecule, and a cell that transduces the TCR.

T cell receptor for identifying AFP antigen

A multiphase fluorescent ceramic and a preparation method therefor. Spinel is provided in a multiphase fluorescent ceramic including an alumina matrix and fluorescent particles, the spinel is distributed between alumina grain boundaries, and the exciting light irradiated into the multiphase fluorescent ceramic can be scattered, thereby facilitating further improvement in the luminous efficiency of the multiphase fluorescent ceramic.

Multiphase fluorescent ceramic and preparation method thereof

An LED display screen, comprising: an LED array, consisting of multiple LED light-emitting units and used for emitting a light; an optical diffusion film, provided at a light exit side of the LED array; a matrix shading frame, comprising multiple hollow shading gratings, the hollow shading gratings corresponding one-to-one to the LED light-emitting units; and a substrate, used for supporting the LED array and the matrix shading frame, where the light emitted by the LED light-emitting units, after running through the hollow shading gratings, is diffused to a viewer side via the optical diffusion film, and the LED light-emitting units emit the light towards the hollow shading gratings.

LED display screen

Disclosed are an optical engine system and a display apparatus. The optical engine system includes: a first modulation device configured to modulate first linearly polarized light in a first optical path to obtain first modulated light; a second modulation device configured to modulate second linearly polarized light in a second optical path to obtain second modulated light, the first linearly polarized light and the second linearly polarized light having a same polarization state; and a light combining prism configured to guide the first modulated light and the second modulated light to transmit along a same optical path and obtain projection light. Optical paths of the first modulated light, the second modulated light, and the projection light are located in a same plane.

Optical engine system and display apparatus

A display apparatus and a display system are provided. The display apparatus includes: a narrow-spectrum light source configured to emit narrow-spectrum light in elliptical distribution; a reflection device including a reflection surface for reflecting the narrow-spectrum light to obtain to-be-modulated light; and a light modulation device configured to modulate the to-be-modulated light to obtain image light of an to-be-modulated image. The light modulation device includes a modulation surface configured to receive the to-be-modulated light, the modulating surface is at a preset angle to an optical axis of the to-be-modulated light such that the to-be-modulated light forms a circle light spot on the modulating surface. The narrow-spectrum light complying with the elliptical distribution is incident onto the light modulation device to form a circle light spot, thereby helping the light modulation device to emit image light in circular angular distribution, improving light effect and achieving better image display quality.

Display apparatus and display system

Growing community of inventors

Guangdong, China

Yi Li