Chinese Academy of Sciences

General Electric Company

International Business Machines Corporation

Tsinghua University

Jiangsu Hengrui Medicine Company Ltd.

Chinese Academy of Medical Sciences

Shanghai Hengrui Pharmaceutical Co., Ltd.

Semiconductor Manufacturing International (shanghai) Corporation

Ge Precision Healthcare LLC

Semiconductor Manufacturing International (beijing) Corporation

Apex Brands, Inc.

Beijing Qihoo Technology Company Limited

Outdoor Wireless Networks LLC

Petrochina Company Limited

Changzhou Hansoh Pharmaceutical Co., Ltd.

Ting Ting Zhang

Weikang Tao

Bo Zhang

Gang Yao

Lei Zhang

Yu Sun

Wen Liu

Bo Tong Liu

Jie Hui Xu

Chao B Zhang

Lianshan Zhang

Yongchuan Lai

Zhitang Song

Xin Ye

Yang Gu

Ci-Wei Lan

Guanping Wu

Liuqing Yang

Dong Ni

Feng Lin

Xiaohua Wang

Yiping Qu

Li Yue

Jinming Gu

Xudong Wan

Zuoya Yang

Zhifeng Xie

Wentao Yan

Xuemei Xu

Bin Zhou

Shuo Wang

Lei Gao

Yan Huang

Wei Zhou

Weilin Wang

Nan Cao

Chen Chen

Fanbin Wang

Chao Guo

Xue Chen

Jichun Zhou

Yayuan Fu

Yongzhen Peng

Fangwen Wan

Peng Sun

Zhuoxiao Cao

Hua Li

Shiyu Li

Huiyun Ma

Barry G Massey

Xuefei Xie

Lixin Wei

Feng Hou

Xueqiang Wang

Xiaohui Zhao

Hongxin Li

Jin Li

Xiao Yuan

Xiaoxin Cao

Yanqing Shao

Hongtao Pang

Hao Tan

Changqing Ye

Hanbing Tang

Daogang Cai

Zonghao Dong

Yukui Hong

Yun Miao

Fengjing Sun

Wenjing Jia

Zhang Pan

Zhirong Wang

Hongyang Liu

Meili Hu

Renji Zhang

Qianming Gong

Zhizhou Zhang

Zhaohe Geng

Junliang Song

Xuewen Wang

Zuoping Xiong

Wen Gu

Yufei Xu

Dongsheng Fan

Jihong Tao

Huilan Yue

Guoying Zhou

Mengyuan Liu

Xianqing Yang

Lianhui Li

A radio frequency device, multi-band phase shifter assembly, an antenna system and a base station antenna in which metasurface decoupling elements between transmission lines are provided. For example, a radio frequency device may include: a substrate; a first transmission line printed on a first major surface of the substrate; a second transmission line adjacent the first transmission line printed on the first major surface of the substrate; a metasurface decoupling element printed on the first major surface of the substrate, where the metasurface decoupling element is arranged between the first transmission line and the second transmission line.

Radio frequency device, multi-band phase shifter assembly, antenna system, and base station antenna

The present application relates to the field of sewage treatment, and specifically relates to a shortcut nitrification method for sewage treatment. The shortcut nitrification method for sewage treatment provided in the present application comprises the following steps: adding a shortcut nitrification accelerator to sewage. The shortcut nitrification accelerator comprises 2-30 parts by weight of an inorganic hydroxylamine and 0.1-20 parts by weight of an inorganic ammonium salt. The pH of sewage is 6.5-6.95. The shortcut nitrification method for sewage treatment provided in the present application can significantly increase nitrite accumulation rate, and control a biological nitrification reaction at a stage of nitrite accumulation, thereby facilitating a wastewater denitrification process, improving the wastewater treatment effect, and having good engineering application value.

Shortcut nitrification method for sewage treatment

The present invention discloses a permanent packer and an extended gas lift method using the permanent packer, the method comprising: S1. imbedding the extended gas lift embedded pipe when setting the permanent packer, wherein the extended gas lift embedded pipe has an upper end being closed and a lower end being open, is provided therein with a one-way valve through which the fluid can pass from top to bottom; S2. lowering a breaking device from the production casing when in the extended gas lift, to break the upper end of the extended gas lift embedded pipe such that the upper and lower ends of the extended gas lift embedded pipe are communicated; and S3. injecting gas into the production casing, lifting the accumulated liquid in the bottom hole to the ground surface, to complete the extended gas lift. The method does not affect the sealing property of the permanent packer, can fully adapt to the demand in the early and middle stages of gas well development, and meanwhile can realize extended gas lift without workover in the middle and later stages of gas well development, and has low implementation cost and good safety.

Permanent packer and extended gas lift method using permanent packer

The present invention relates to use of gTso thal in manufacturing a medicament for the promotion of MS-275 to cross the blood-brain barrier (BBB), and belongs to the technical field of pharmaceutical preparation. Administration of the medicament manufactured by the use of the present invention in combination with MS-275 significantly increases MS-275 to cross the BBB into the brain tissue, and prominently promotes the accumulation of MS-275 therein.

Use of gTso thal in manufacturing medicament for promotion of MS-275 to cross blood-brain barrier

A B7-H3 antibody, an antigen-binding fragment thereof and a medical use thereof are provided. Furthermore, a pharmaceutical composition containing the B7-H3 antibody or antigen-binding fragment thereof, and the use thereof as a medicament are provided. In particular, a use of a human B7-H3 antibody or antigen-binding fragment thereof for the manufacture of a medicament for the treatment of a B7-H3-associated disease or condition are described.

B7-H3 antibody, antigen-binding fragment thereof and medical use thereof

A magnetic resonance (MR) imaging method of correcting phase errors is provided. The method includes applying, by an MR system, a pulse sequence to acquire the precorrection MR image. The method also includes acquiring, by the MR system, reference k-space data having a field of view (FOV) in a phase-encoding direction that is twice or more greater than an FOV of the precorrection MR image in the phase-encoding direction, wherein the reference k-space data and MR signals of the precorrection MR image are acquired with the same type of pulse sequences. The method further includes splitting the reference k-space data into first k-space data and second k-space data, generating a phase error map based on the first k-space data and the second k-space data, generating a phase-corrected image of the precorrection MR image based on the phase error map, and outputting the phase-corrected image.

Phase correction systems and methods of magnetic resonance images

An additive manufacturing apparatus utilizing combined electron beam selective melting and electron beam cutting. One electron beam emitting, focusing, and scanning device (6) is capable of emitting electron beams (67, 68) in three modes of heating, selective melting, and electron beam cutting. The electron beam in the heating mode is emitted to scan and preheat a powder bed (7). The electron beam (67) in the selective melting mode is emitted to scan and melt powder (71) in a section outline to form a section layer of a component. The electron beam (68) in the electron beam cutting mode is emitted to perform one or more cutting scans on inner and outer outlines (74, 75) of a section of the component to obtain accurate and smooth inner and outer outlines of the section. The heating, melting deposition, and outline cutting processes are repeated to obtain a required three-dimensional physical component.

Additive manufacturing apparatus utilizing combined electron beam selective melting and electron beam cutting

A TIM-3 antibody, an antigen-binding fragment thereof, and medical uses thereof are described. More specifically, the present invention provides a rat-derived antibody containing a CDR region of the TIM-3 antibody, a chimeric antibody or a human-derived antibody thereof, and a pharmaceutical composition containing the TIM-3 antibody and the antigen-binding fragment thereof, as well as uses thereof serving as a drug. In particular, the present invention provides uses of a human-derived TIM-3 antibody in the preparation of drugs for treating TIM-3-related conditions.

TIM-3 antibody, antigen binding fragment thereof, and medicinal uses thereof

A semiconductor structure and its fabrication method are provided in the present disclosure. The method includes providing a base substrate, forming a plurality of discrete core layers on the base substrate, forming an isolation layer on a top surface of a core layer, forming a sacrificial layer on the base substrate and exposing a top surface of the isolation layer, removing the isolation layer after forming the sacrificial layer, removing the sacrificial layer after removing the isolation layer, forming a mask layer on a sidewall surface of the core layer after removing the sacrificial layer, and removing the core layer after forming the mask layer.

Semiconductor structure and fabrication method thereof

Provided is a papillomavirus chimeric protein, the skeleton thereof being a papillomavirus L1 protein or a mutant thereof, at least one human papillomavirus 33-type L2 protein or mutant polypeptide thereof being embedded on the skeleton. The present papillomavirus chimeric protein can be used for preparing a vaccine for preventing papillomavirus infections and infection induced disease.

Papillomavirus chimeric protein and application thereof

Various methods and systems are provided for scanning an image subject along a scan axis. The method includes stitching sectional datasets acquired from different anatomical sections of the image subject based on locations of a landmark in the sectional datasets.

Methods and systems for whole body imaging

Disclosed is a turbine rotor device for a gas turbine, the turbine rotor device comprising a turbine rotor body, and a pre-stressed fiber-wound layer, wherein the pre-stressed fiber-wound layer is wound on the periphery of the turbine rotor body to exert a predetermined pre-loading force on the turbine rotor body. Additionally, a rotor, and a gas turbine and a turbine engine having the turbine rotor device are also provided.

Rotor device, turbine rotor device, and gas turbine and turbine engine having same

A flexible conductive diaphragm comprises at least one conductive film, and the conductive film comprises a flexible support layer (), a flexible sensitive layer () overlapped on the flexible support layer (), a flexible conductive layer () overlapped on the flexible sensitive layer (), and an electrode () electrically connected with the flexible conductive layer (). A method for preparing the flexible conductive diaphragm and a flexible vibration sensor based on the flexible conductive diaphragm are provided. With the combination of the techniques such as the flexible material, the nano-material and the arrayed micro-structure, the flexible vibration sensor has the characteristics of high sensitivity, low preparation cost, light weight, small thickness, small size, and being foldable and flexible, and can be applied in wearable or adherable electronic devices.

Flexible conductive diaphragm, flexible vibration sensor and preparation method and application thereof

A computer-implemented method includes receiving a data stream, the data stream including one or more driving factors. The computer-implemented method further includes comparing the one or more driving factors to one or more known driving factors to identify a driving scenario. The computer-implemented method further includes monitoring the driving scenario for a risk. Monitoring the driving scenario for a risk further includes detecting the risk. The computer-implemented method further includes generating an intervention, wherein the intervention is generated based on detecting the risk for the driving scenario. A corresponding computer system and computer program product are also disclosed.

Automated intervention to modify driving behaviors

Growing community of inventors

Ningde, China

Ting Ting Zhang