Boe Technology Group Co., Ltd.

General Electric Company

Lenovo (beijing) Limited

Hon Hai Precision Industry Co., Ltd.

Tsinghua University

Chinese Academy of Sciences

Huawei Technologies Co., Limited

Hewlett Packard Enterprise Development LP

The Procter Gamble Company

Saudi Arabian Oil Company

Pioneer Hi-bred International, Inc.

Beijing Boe Technology Development Co., Ltd.

Beijing Bytedance Network Technology Co., Ltd.

Baidu Online Network Technology (beijing) Co., Ltd.

Beijing Baidu Netcom Science and Technology Co., Ltd.

Wei Wei

Naifu Wu

Tao Wang

Kai Xu

Jiangran Zhao

Zhengchen Dai

Kun Wu

Chunmiao Zhou

Shou-Shan Fan

Kai-Li Jiang

Yan Wang

Yanbing Wu

Vitali Victor Lissianski

Huan Liu

Zihua Guo

Vladimir Zamansky

Jun Chen

Liang Liu

Wei Wang

Wei Li

Yang Wei

Wenbo Li

Bo Zhang

Ke Liu

Hao Chen

Jing Li

Xinyin Wu

Zhixiong Yang

Shu'an Zhang

Bei Niu

Guanghui Ma

Chia-Chiang Lin

Xuelu Wang

Boris Nikolaevich Eiteneer

Ravichandra Srinivasa Jupudi

Ramanathan Subramanian

Jinye Zhu

Kai Chen

Chia Chiang Lin

Chiachiang Lin

Xiaofeng Zhang

Jie Tong

Peimao Li

Huichao Zhang

Xitong Ma

Bo Li

Hui Yang

James Anthony Ruud

Xiangxiang Zou

Ning Wang

Qi Wang

Bin Zhao

Ross Strand

Yang Gao

Lu Liu

Jing Su

Lei Jia

Thomas Frederick Leininger

Parag Prakash Kulkarni

Anthony Yu-Chung Ku

Lixin Zhang

Yanqing Chen

Anthony Mark Thompson

Nan Cao

Gabor Ast

Peng Lu

Weida Qin

Qiang Wei

Hongmei Yang

Ling Liu

Heliang Di

Ruichao Liu

Yuyang Chen

Huilian Wang

Vidya Ramaswamy

Chunlei Zhao

Dianmeng Li

Pan Guo

Gusui Wu

Yonghao Luo

Han Yan

Zhuangzi Li

Xiaoyin Fu

Vinay Saxena

Dejun Jiang

Jin Xiong

Bo Liang

Yufeng Cui

Xiaoping Yan

Tong Ye

Yong Tao

Saihua Chen

Fei Xia

Liao Zhang

Zhengxiang Jiang

Shengbao Dun

Zhiguo Su

Ignacio Aldama

Wang Hu

Rainer Zuhlke

The embodiments of the present disclosure relate to the technical field of computers. Provided are a container operation control method and apparatus. The method further comprises: providing at least one type of container security protection profile, which can be selected and configured by a user, wherein the at least one type of container security protection profile comprises: a container security protection profile based on a container security baseline and/or for a specified vulnerability in a container environment; receiving a profile configuration request, which is initiated on the basis of the at least one type of container security protection profile, wherein the profile configuration request comprises a profile identifier of a target container security protection profile and object information of a target protection object related to a container, and the profile configuration request is used for requesting to perform security protection on the target protection object on the basis of the target container security protection profile; and in response to the profile configuration request, starting the target container security protection profile for the target protection object, so as to perform access control on an access request on the basis of the target container security protection profile.

Container operation control method and apparatus

A vaccine comprising antigen and a matrix of biodegradable polymer blend, wherein the polymer blend comprises hydrophobic polymer and amphiphilic block copolymer, and the vaccine exists in form of microcapsules that comprise a multi-cavity structure inside, and has an average particle diameter of preferably 10-100 μm and more preferably 30-60 μm, and is prepared by means of the following method: making porous microspheres from the polymer blend, then mixing the porous microspheres with antigen-containing solution, and then sealing openings of porous microspheres that have been loaded with the antigen-containing solution to form an opening-sealed microcapsule loaded with the antigen.

Microcapsule-based vaccine

A transverse wave excitation plasma array generator is provided, comprising a plasma array controller and a controlled profile. The plasma array controller includes a plurality of plasma generators, and the plasma array controller is mounted on the controlled profile. The plasma array controller is configured to: control the plurality of plasma generators to generate high-frequency jets under an excitation of high-frequency electricity, obtain spatially distributed high-frequency transverse waves, and generate, based on the high-frequency transverse waves, high-frequency excitation for controlling a second mode of a boundary layer of the controlled profile to promote transition of the boundary layer of the controlled profile, improving a boundary of a frequency domain of plasma flow control. Besides, each of the plurality of plasma generators is connected in series with a plurality of capacitor units and the plurality of inductive coils to form a multi-level array loop. A lower array loop is connected with the inductive coil of a higher array loop to form a loop module. A plurality of the loop modules are connected in series to form a loop module group. A plurality of the loop module groups are connected in parallel to form the plasma array controller.

Transverse wave excitation plasma array generators

A method for hydrocarbon production from a carbonate formation includes receiving a carbonate texture description of a drill cutting. A pre-defined grain fraction is assigned to the drill cutting based on the texture description. The pre-defined grain fraction is one of a set of pre-defined grain fractions and each pre-defined grain fraction of the set of pre-defined grain fractions corresponds to a respective one the set of carbonate texture descriptions. Based on the pre-defined grain fraction assigned to the drill cutting and a depth of the wellbore from which the drill cutting is taken, an estimated porosity of the drill cutting is determined using an algebraic equation, coefficients for which are determined by regression analysis using reference rock samples that have been assigned pre-defined grain fractions from the same set of pre-defined grain fractions.

Hydrocarbon exploration and production using porosity variation prediction based on carbonate texture

Provided are a medical system and an authority management method therefor. The authority management method includes creating a second-level administrator for a hospital and assigning a menu, a function and a data access authority corresponding the second-level administrator to the second-level administrator in response to a role setting operation of a first-level administrator corresponding to a medical group layer, wherein the hospital is a subordinate institution of the medical group layer; and assigning a menu, a function and a data access authority corresponding to a user to the user in response to a role setting operation of the second-level administrator.

Medical system and authority management method therefor

Provided is an exosome, which is secreted by a hybrid cell formed by antigen-presenting cells phagocytosing the cell nuclei of tumor cells. Using the strategy of macrophages phagocytosing the cell nuclei of tumor cells achieves endogenous expression of tumor antigens on macrophages, and the exosome prepared has good capabilities of targeting to lymph nodes and tumors dually.

Method of making exosomes from tumor cell/antigen presenting cell hybrid cells

The present disclosure generally relates to a surgical instrument. In some embodiments, The surgical instrument, comprising: a distal structural body comprising a first distal structural segment and a second distal structural segment in serial arrangement; a proximal structural body comprising a first proximal structural segment and a second proximal structural segment in nested arrangement; and the first proximal structural segment and the second proximal structural segment are operable to turn the first distal structural segment and the second distal structural segment, respectively.

Flexible surgical instrument system based on continuous body structure

An embodiment of the present disclosure provides a display apparatus, including: a display panel and a functional substrate that is located on a light exit side of the display panel; the functional substrate includes: a transparent substrate configured to have a first total reflection angle; a specular reflection layer located on a side of the transparent substrate; and a holographic film layer located between the transparent substrate and the specular reflection layer and configured so that a part of incident light, of which the propagation direction faces towards the transparent substrate and the incident angle is within a first incident angle range, is diffracted and is emitted to the transparent substrate at a first exit angle, the first exit angle being greater than or equal to the first total reflection angle. Further provided are a preparation method for a display apparatus and a smart mirror.

Display apparatus, preparation method thereof and smart mirror

The present disclosure discloses a speech recognition method and apparatus, and relates to the field of speech and deep learning technologies. A specific implementation scheme involves: acquiring candidate recognition results with first N recognition scores outputted by a speech recognition model for to-be-recognized speech, N being a positive integer greater than 1; scoring the N candidate recognition results based on pronunciation similarities between candidate recognition results and pre-collected popular entities, to obtain similarity scores of the candidate recognition results; and integrating the recognition scores and the similarity scores of the candidate recognition results to determine a recognition result corresponding to the to-be-recognized speech from the N candidate recognition results. The present disclosure can improve recognition accuracy.

Speech recognition method and apparatus

The present disclosure provides a flexible surgical instrument system, comprising: a flexible surgical instrument comprising: a distal structural body comprising at least one distal structural segment comprising a distal fixing disk and structural backbones; a proximal structural body comprising at least one proximal structural segment comprising a proximal fixing disk, structural backbones, and driving backbones, the structural backbones of the distal structural segment being securely connected to or the same as corresponding structural backbones of the proximal structural segment; and a driving unit comprising a plurality of linear motion mechanisms operable to cooperatively push-pull the driving backbones to turn the proximal structural segment, each linear motion mechanism comprising an input end to receive a first linear motion; and a sterile barrier disposed at a proximal side of the plurality of linear motion mechanisms and operable to transfer the first linear motions to the input ends, respectively.

Flexible surgical instrument system

A three dimensional (3D) display device and a display method thereof are provided. The 3D display device includes a two dimensional (2D) display panel () and a slit grating () superimposed on the 2D display panel (). The 2D display panel includes a plurality of subpixels sequentially arranged in a row direction and a column direction; the slit grating includes a plurality of light-transmitting strips () and a plurality of light-shielding strips () which are parallel to each other and alternately and periodically arranged. An angle formed by a central axis of each of the light-transmitting strips or a central axis of each of the light-shielding strips and the column direction is an acute angle. An area between the central axes of two adjacent light-shielding strips is divided into a first subarea disposed on a first side and a second subarea disposed on a second side by a central axis of a light-transmitting strip between the two adjacent light-shielding strips; subpixels whose area falling into the first subarea is greater than &#xbd; subpixel area are first viewpoint subpixels; and subpixels whose area falling into the second subarea is greater than &#xbd; subpixel area are second viewpoint subpixels.

3D display device and display method thereof

An angle-of-view testing method for a projection display device, including setting a reference viewpoint at a same side as a reflective surface associated with the projection display device, setting a metrical marker plate with a metrical marker at another side opposite to the reflective surface at a first distance from the reference viewpoint, projecting a testing picture onto the reflective surface by the projection display device, where light of the testing picture is reflected by the reflective surface toward the reference viewpoint, such that a projected image as a virtual image of the testing picture is observed at the reference viewpoint as being projected onto the metrical marker plate, determining the coverage of the projected image with respect to the metrical marker of the metrical marker plate, and determining an angle of view of the projection display device based on the determined coverage.

Angle-of-view testing method, device and system for a projection display device

An anti-dazzling apparatus and a control method thereof arid a vehicle are provided. The anti-dazzling apparatus includes a light regulation member and an acquisition module. The light regulation member is arranged on a light path between an external light source of a vehicle and a human eye and configured to regulate an intensity of light of the external light source, which is incident to the human eye, according to information of the human eye and information of the external light source, and the acquisition module is configured to acquire the information of the human eye and the information of the external light source.

Anti-dazzling apparatus and control method thereof and vehicle

Disclosed herein is a method for testing a field of view. The method includes arranging an image acquisition apparatus at a predetermined observation position of an image output device, and arranging a grid line apparatus at a predetermined distance in front of the image acquisition apparatus. The method further includes controlling the image output device to output a test pattern; moving the grid line apparatus, and keeping the distance between the grid line apparatus and the image acquisition apparatus unchanged, such that a centerline of the grid pattern coincides with a centerline of the test pattern. Additionally, included in the method is capturing an image of the grid pattern and the test pattern by the image acquisition apparatus; and determining a field of view of the image output device according to a relationship between the test pattern and the grid pattern in the captured image.

Method and system for testing field of view

A layout method for window control bars applied to an intelligent terminal, the intelligent terminal includes or is connected with a large-screen display, at least one window is displayed on the large-screen display, and the method comprises: receiving detection information from the large-screen display by the intelligent terminal, wherein the detection information comprises screen operation information or screen placement information; determining window layout positions corresponding to the detection information in a preset window layout table by the intelligent terminal; and laying out the window control bars on the windows displayed on the screen display according to the window layout positions. Therefore, the window control bars displayed on the screen are adaptively laid out and adjusted according to various kinds of information of the screen display, and the user experience is improved.

Layout method, device and equipment for window control bars

Growing community of inventors

Beijing, China

Wei Wei