Chinese Academy of Sciences

International Business Machines Corporation

Astrazeneca Ab

Schneider Electric It Corporation

Tongji University

Hutchison Medipharma Limited

Mofa (shanghai) Information Technology Co., Ltd.

Shanghai Movu Technology Co., Ltd.

Siemens Aktiengesellschaft

Koninklijke Philips Corporation N.v.

Novartis Ag

Philips Intellectual Property & Standards Gmbh

Bo Liu

Haitao Wu

Sheng Liu

Xiao Ling Chen

Cornelis Reinder Ronda

Jing Yu

Robert Mah

Stefan Stutz

Heng Wang

Lei Li

Andrea Vaupel

Zhiyong Wang

Long Wang

Catherine Leblanc

Marc Gerspacher

Xiaohong Yang

Pascal Rigollier

Simona Cotesta

Yadong Liu

Si Yu Chen

Yuan Gao

Lijun Zhang

Xiaoyan Zhu

Liang Mao

Liang Shan

Andrew Turner

Yong Tang

Gongming Wei

Ming Jiang

Congyi Wang

Jinxiang Chai

Xiuli Sun

Tao Zhong

Rainer Wilcken

Wenguang Zhang

Yuanchun Zou

Hongbing Tan

Keith Raymond Mulholland

Shouzheng Tong

Xingtang Xiong

Zhenping Tian

Yu An

Guodong Wang

Le Wang

Wei Yu

Shihao Jin

Tonghui Zhu

Xianzhong Zhao

Wenping Zhao

Yujie Lu

Guanghan Song

Yuan Pan

Xudong Zhang

Luyao Wang

Nadine Schneider

Nicolas Warin

Meiying Wang

JinNan Shen

MingJi Chen

Qisun Gong

Gareth Paul Howell

Malcolm Allan Young Gall

Neil Keith Adlington

Huafeng Song

Xinfu Liu

YuanLai Xie

JunJun Pan

ShiYong Chen

ZhiMin Liu

CaiChao Jiang

Christophe Mura

Rainer Machauer

Liladhar Murlidhar Waykole

Edwige Liliane Jeanne Lorthiois

Andrew Roy Turner

Andrew Timothy Turner

Zhao Hui Zhuang

Henk Van Houten

The present application relates to a machine vision based installation method, system, and storage medium for building boards, and the machine vision based installation method for building boards includes: obtaining a first operation image of a target building board; identifying the first operation image and obtaining feature points of the target building board; obtaining the flatness detection result of target building board based on the feature points; installing building boards based on the flatness detection result and local optimal algorithm.

Machine vision based installation method, system, and storage medium for building boards

A lock includes a latch and electromagnet configured to open the latch in response to a voltage being applied across the electromagnet. The lock includes a normally closed switch configured to open in response to the voltage being applied across the electromagnet. The lock includes a normally open switch configured to close in response to the voltage being applied across the electromagnet. A method of opening a lock includes applying a voltage across an electromagnet in a lock. The electromagnet is configured to open a latch in the lock in response to the voltage being applied across the electromagnet. The method includes causing the electromagnet to open the latch in response to the voltage being applied across the electromagnet. The method includes opening a normally closed switch by applying the voltage across the electromagnet and closing a normally open switch by applying the voltage across the electromagnet.

Electric lock and control method thereof

A method for reducing seed production of barnyard grass in paddy fields is provided in the present application. The method for reducing seed production of barnyard grass in paddy fields includes: 1: selecting plots; 2: monitoring plant height; 3: observing seeds; 4: mowing barnyard grass; 5: utilizing barnyard grass; and 6: measuring seed yield. The method includes no hormones or pesticides.

Method for reducing seed production of barnyard grass in paddy fields

Shared container image layer removal is provided. It is determined whether layer metadata corresponding to a selected layer of a container image includes a referenced image identifier corresponding to a reference shared layer of an other container image stored in local storage based on an analysis of the layer metadata. In response to determining that the layer metadata corresponding to the selected layer does include the referenced image identifier corresponding to the reference shared layer of the other container image stored in the local storage based on the analysis of the layer metadata, it is determined that the selected layer of the container image is a duplicate shared layer having same content as the reference shared layer. The container image containing the selected layer that is the duplicate shared layer is removed from the local storage to decrease space utilization of the local storage and thereby increase performance.

Dynamically removing duplicate container image layers

A method for promoting establishment of associated plants in a restored wetland is provided, relating to a method for restoring associated plants in a wetland. The method includes: step 1, establishing a target; step 2, preparing seedlings; step 3, constructing micro-habitat; step 4, planting the seedlings; step 5, managing water; step 6, investigating and monitoring; and step 7, removing isolation plates.

Method for promoting establishment of associated plants in restored wetland

The present disclosure discloses a distributed capacitance energy absorption verification device, which belongs to the field of direct-current high-voltage surge suppression. The distributed capacitance energy absorption verification device mainly includes a direct-current high-voltage generator, a high-voltage switch, a high-voltage capacitor bank, an isolation transformer, an energy absorption device, a high-voltage sphere gap short-circuit switch and other components. The high-voltage capacitor bank is used for simulating a distributed capacitance, and the high-voltage sphere gap short-circuit switch is used for simulating a short-circuit fault of a direct-current high-voltage system, thereby implementing performance verification of the energy absorption device. The present disclosure has the advantages of accurate and adjustable verification voltage, adjustable pulse capacitor bank capacity, quantitative analysis and the like, and is a reliable device for performance evaluation in the design and manufacturing process of the distributed capacitance energy absorption device.

Distributed capacitance energy absorption verification device

This specification generally relates to an improved method for the manufacture of 3-[(1S)-1-imidazo[1,2-a]pyridin-6-ylethyl]-5-(1-methylpyrazol-4-yl)triazolo[4,5-b]pyrazine (I), or pharmaceutically acceptable salts thereof; polymorphic forms thereof, and intermediates useful in the manufacture of such compounds and salts thereof.

Method for the manufacture of 3-[(1S)-1-imidazo[1,2-a]pyridin-6-ylethyl]-5-(1-methylpyrazol-4-yl)triazolo[4,5-b]pyrazine and polymorphic forms thereof

Provided are an animation generation method, apparatus, and system and a storage medium, relating to the field of animation technology. The method includes acquiring the real feature data of a real object, where the real feature data includes the action data and the face data of the real object during a performance process; determining the target feature data of a virtual character according to the real feature data, where the virtual character is a preset animation model, and the target feature data includes the action data and the face data of the virtual character; and generating the animation of the virtual character according to the target feature data. The performance of the real object is used for generating the animation of the virtual character.

Animation generation method, apparatus and system, and storage medium

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Shanghai, China

Bo Liu