Signify Holding B.v.

Koninklijke Philips Corporation N.v.

Philips Lighting Holding B.v.

Chinese Academy of Sciences

Casco Signal Ltd.

Data Systems Company

Digiwin Co., Ltd.

Sharp Corporation

St-ericsson Sa

Data Systems Consulting Co., Ltd.

Digiwin Software Co., Ltd

Pujing Chemical Industry Co., Ltd.

Shanghai Magic Wheels Sporting Goods Co., Ltd.

Koninklijke Philips Electronics N.v.

Shanghai Turbine Company Ltd

Lei Feng

Xiaoling Shao

Yonggang Du

Bo Tong Liu

Guoxin Sun

Jiawen Tu

Xiaolu Sun

Xiaohui Jin

Changjie Wang

Zhigang Chen

Daiqin Yang

Jaya Karthik

Jun Zhang

Tim Corneel Wilhelmus Schenk

Karin Klabunde

Yu Cheng

Yubo Zhou

Xiang Chen

Hong Yang

Engel Johannes Knibbe

Xiaohua Chen

Xin Yao

Fei Lu

Hongxin Chen

Dan Jiang

Daniel Martin Goergen

Yong Zeng

Supriyo Chatterjea

Ji Liu

Xiaoyan Zhu

Michael Petrus Franciscus Verschoor

Xin Ge

Xuecheng Qian

Winfried Antonius Henricus Berkvens

Shengli Zhang

Xiaobei Hu

Jianhua Jiang

Weijuan Kan

Hongjun Jiang

Xiu Wang

Xiaobo Jiang

Yujie Wang

Xiaoguang Li

Wenhao Shi

Ling Yang

Guangbo Ge

Jia Li

Gong Ming Wei

Zhaoming Liu

Heriburt Baldus

Jianbo Tian

Cece Zhou

Chang Jie Wang

Ronny Andreas Antonius Maria Jacobs

Huijun Nie

Hongtao Tian

Tian Mi

Kenian Yan

Binshan Zhou

Yuhua Zhong

Gaoya Xu

Yingdong Wei

Qun Gu

Jingnan Cui

Yu Hu

Jianchang Lian

Aping He

Lijian Zhang

Ni Chen

Xiaolu Room 602 Bldg 16 No 89 Mudan Road Sun

Heeribert Baldus

The present invention relates to a polysubstituted isoindoline compound as shown in general formula (I), and a preparation method, a pharmaceutical composition and the use thereof. In particular, the polysubstituted isoindoline compound is provided in the present invention as a class of novel CRL4E3 ubiquitin ligase modulators in structure, wherein same has a stronger antitumor activity and antitumor spectrum, and can be used to prepare drugs for treating CRL4E3 ligase-related diseases.

Isoindoline compound, preparation method, pharmaceutical composition and use thereof

A method of provisioning a particular type of node devices in a network is disclosed. The network comprises a plurality of operatively interconnected node devices of the particular type. Each of the particular type of node devices comprises a short range communication interface and configured for operating under control of a network backend server and an application backend server separate from the network backend server. The method performed by an application provisioner associated with the particular type of node devices, which first obtains device specific network provisioning data for the particular type of node devices from the network backend server, then obtains an application credential for the particular type of node devices; and thereafter provision the particular type of node devices by distributing the application credential to each of the particular type of node devices over a short range communication interface of the particular type of node device.

Method of, a provisioner and a system for provisioning a plurality of operatively interconnected node devices in a network

A method of and a computing device for evaluating lighting quality in a geographic region having a plurality of luminaires arranged therein and a road lighting system are disclosed. Each luminaire in the geographic region comprises a tilt sensor arranged for obtaining a tilt angle of the luminaire. The method is performed by a computing device and comprising the steps of: receiving tilt angles of the plurality of luminaires obtained by tilt sensors of the plurality of luminaires, and evaluating lighting quality in the geographic region with reference to a number of parameters derived from the received tilt angles of the plurality of luminaires.

Method of evaluating lighting quality in a geographic region having a plurality of luminaires arranged therein and a road lighting system

The invention relates to a method for guaranteeing the reliability of real-time scrambling and message transmission by a train control center system. The method comprises the following steps: S1, starting the system for offline message loading and reading; S2, obtaining message data to be scrambled; S3, sending the message to be scrambled to a scrambling operation board for scrambling; S4, performing inverse decoding processing on an operation board; S5, performing comparison after decoding; and S6, outputting effective message data. Compared with the prior art, the invention has the advantages of being capable of guaranteeing the safety and reliability of message data.

Method for guaranteeing reliability of real-time scrambling and message transmission by train control center system

A data construction system and a data construction method. The data construction system includes a construction process management unit and a data construction unit. The data construction unit is configured to receive an initiation construction request. The data construction unit obtains corresponding construction rule data from the construction process management unit according to the initiation construction request, and sends an obtaining source data request to the construction process management unit. The construction process management unit receives the obtaining source data request, and calculates a new access location according to a source data identification number and access location information in the obtaining source data request. The construction process management unit obtains corresponding source data according to the new access location, and updates the access location information according to the new access location. The construction process management unit sends the corresponding source data to the data construction unit.

Data construction system and data construction method

The present invention relates to a TACS system supporting a fallback train control mode and a manual fault handling mode. The system supports mixed running operation of a main mode train and a degraded mode train. The main mode is a TACS mode, and the degraded mode includes a fallback mode and a device cut-off mode. The TACS system includes a central train supervision device, a station train dispatching device, a wayside resource management unit RMU, a wayside target controller OC, a data communication system DCS, and an on-board controller CC. Compared with the prior art, the present invention has the advantages of improving the functionality and practicality of the system.

TACS system supporting fallback train control mode and manual fault handling mode

A data processing system and a method of automatically initiating a process. The data processing system includes a local server and a cloud server. The cloud server includes a storage apparatus and a processor. The processor is coupled to the storage apparatus, and configured to executed a file identification-parsing device and a detection system. The local server outputs a file to the cloud server, such that the file identification-parsing device performs an identification-parsing operation to generate a file content. The cloud server stores the file content in a database. The detection system performs a detection operation on the database to generate a file change content. The detection system generates business process information according to the file change content, and outputs the business process information to a process system. The process system executes the business process information, and displays manual operation information and an execution result on a display screen.

Data processing system and method of automatically initiating process

A structured data analysis system and a method for structured data analysis are provided. The structured data analysis system includes a memory and a processor. The processor obtains input data from an electronic device and converts the same into tree structure data to form nodes. The processor selects a first and a second node among the nodes. The first and the second nodes respectively correspond to a first and a second collection among the collections in the input data. The processor generates missing judgment result by judging whether the first node is missing according to a first amount of the first collection and a second amount of elements included in the second collection. The processor judges that whether the processor generates output data to the server based on original field data according to the missing judgment result to enable the server to operate correctly according to the completed output data.

Structured data analysis system and method for structured data analysis

Disclosed is a branched polymer resin comprising repeating units of —(—OCH2-CO—)— or —(—CO—CH2O—)—, which is produced by ring-opening polymerization in the presence of structure regulators and optionally end-capping agents. The branched polymer resin exhibits a lower melt viscosity and a higher heat-stable temperature and suitable for melt processing.

Polyglycolic acid resin and production process thereof

A method () of and an arrangement for communicating, by a server, with a target node device in a network of operatively interconnected node devices, wherein each node device of the network comprises a first communication interface for direct wireless communication with the server, and a second communication interface for inter-node device communication. The server determines () a current communication status of a target node device based on a last received uplink message of the target node device, prior to initiating message exchange with the target node device. The server then may communicate directly () with the target node device via the first communication interface, or via at least one other or delegate node device of the network selected by the server ().

Method of and an arrangement for communicating by a server with a node device of a network of interconnected node devices

A method () of, a node device () and a computer program product arranged for alerting node devices in a network of operatively interconnected node devices by transmitting an alerting message comprising a geographic location address of an originator node device () transmitting the alerting message and a moving direction () of an object () receiving service from the originator node device (). When a receiving node device () determines, based on its geographic location address, the geographic location address of the originator node device () and the moving direction (), that the object () is approaching the receiving node device (), it transmits the alerting message comprising the geographic location address of the originator node device () and the moving direction ().

Method of and a node device for alerting node devices in a network of operatively interconnected node devices

Systems for communicating with a target node, e.g. a particular device, of a wireless network. In particular, there is a concept of accurately identifying a timeout period during which the target node is expected to acknowledge the communication. There is a dynamic timeout period, the length of which is based upon one or more characteristics of at least one most recent or previous communication from the target node.

Communicating in a wireless network

A method for determining information about a length of a timeout period, which represents a length of time without communication after which a device of a first type becomes unreachable. Information about the timings of successful and unsuccessful message sent to the device(s) of a first type is obtained, alongside information about the timings of messages sent by the device(s) of the first type, and used to calculate the length of a timeout period.

Determining a length of a timeout period

The invention provides a method and apparatus for managing end nodes of a Low-Power Wide Area Network. A mode change command indicating a desire to switch the operating mode of each of a plurality of end nodes is broadcast. A determination is made as to whether all the end nodes have switched mode to match the desired operating mode, and the mode change command is rebroadcast if it is determined that not all end nodes have appropriately switched mode.

Controlling end nodes of a low-power wide area network

Method of and device for commissioning a lighting system including a plurality of lighting fixtures positioned at a plurality of physical locations. The lighting fixtures are mapped to a respective physical location using signals generated by the lighting fixtures and received at multiple detection locations by at least one or more detecting devices integrated with or external to the lighting fixtures. In particular, the method applies a probability-based algorithm to distances from the physical locations to multiple detection locations, and RSSI levels of signals received at the detection locations to determine a probability of having a respective lighting fixture located at a respective physical location. The method provides for commissioning the lighting system without traversing all the physical locations of lighting fixtures, resulting in a reduction of both work load for conducting the commissioning of the lighting system and processing power required for the commissioning.

Method of and device for commissioning a lighting system

Growing community of inventors

Shanghai, China

Lei Feng