Emc IP Holding Company LLC

Baoshan Iron & Steel Co., Ltd.

Huawei Technologies Co., Limited

Valspar Sourcing, Inc.

General Protecht Group, Inc.

Sap Se

Emc Corporation

Inventec Corp.

Alibaba Group Holding Limited

The Sherwin Williams Company

Inventec Appliances Corporation

Nio (anhui) Holding Co., Ltd.

Shanghai Simgui Technology Co., Ltd.

Boashan Iron & Steel Co., Ltd.

Swimc LLC

Feng Zhang

Bo Wang

Philippe Armangau

Shishu Xie

Fu Wang

Wusheng Chen

Hongliang Chen

Yulin Zhang

Huaiyin Song

Wylie H Wetzel

Channing Charles Beaudry

Xiao Ling Chen

Ahsan Rashid

Rohit K Chawla

Kanyi Shen

Hao Pan

Aihua Ma

Baojun Liu

Xuejun Lv

Zhenyu Zong

Wei Zhang

T Howard Killilea

Guobao Li

Yanli Song

Ruiling Dou

Hongxu Hei

Xiandong Liu

Donald Boespflug

Walter J Blatter

Lai Wei

Yunfeng Jiang

William C Nowack

Kent J Costa

Haipeng Wu

Fen Li

James A Prevost

Jean-Pierre Bono

Yi Bin Wang

Wei Cao

Jun Li

Wei He

Walter Forrester

Lei Wang

Cheng-Shing Lai

Zhihua Liu

Gang Cao

Bo Liu

Jiesheng Wu

Chen Bo Li

Ying Hu

Alexander S Mathews

Tao Lin

Qiang He

Yan Yu

Srinivasa Rao Vempati

Gong Chen

Haitao Zhou

Wenhua Du

Xianlong Liu

Yaming Kuang

Huawei Zhang

Shay Harel

Michael Scheer

Yuan Fang

Diane Delgado

Walter Wang

Qingda Lu

Michael D Schouten

Yunfei Chen

Marshall Hansi Wu

Jiajie Sun

Liang Zou

Min Chen

Bing Yang

Jianchun Wu

Shuangjie Chu

Bailin Pei

Li Xu

Peili Zhang

Jeffrey Lai

Yezhong Sun

Tao Kong

Xiufang Wang

Changsong Ma

Changguo Huang

Chang Yong Yu

Frankie Wei Fang

Zhu Zhang

Lingyun Chen

Lan Zhang

Xinghong Shang

Kenny Zhou

Jianru Zhu

Praveen S Solanki

Jackson C S Chang

Li Yao

Qinghua Ye

Liping Bao

Leonid Wang

Provided is a 600 MPa grade non-oriented electrical steel sheet with excellent magnetic properties, comprising the following chemical elements in mass percentage: 0<C≤0.0035%; Si: 2.0-3.5%; Mn: 0.4-1.2%; P: 0.03-0.2%; Al: 0.4-2.0%; and the balance being Fe and unavoidable impurities. Also provided is a manufacturing method for the 600 MPa grade non-oriented electrical steel as described above, including the following steps: (1) converter smelting, RH refining and casting; (2) hot rolling; (3) normalizing; (4) cold rolling; (5) continuous annealing; and (6) applying an insulation coating to obtain a finished non-oriented electrical steel sheet.

600 MPa grade non-oriented electrical steel sheet and manufacturing method thereof

The present invention discloses a Cu-containing non-oriented electrical steel plate having high cleanliness, comprising the following chemical elements in percentage by mass: 0<C≤0.003%; Si: 0.1-2.0%; Mn: 0.1-0.55%; S: 0-0.004%; Cu: 0.003-0.2%; Al: 0.1-1.0%; and the balance being Fe and inevitable impurities. In addition, the present invention further discloses a continuous annealing process for the Cu-containing non-oriented electrical steel plate having high cleanliness. Moreover, the present invention further discloses a manufacturing method for Cu-containing non-oriented electrical steel plate having high cleanliness, including the steps of: smelting and casting; hot rolling; normalizing; cold rolling; performing the continuous annealing process; and applying an insulation coating to obtain a finished non-oriented electrical steel plate. The Cu-containing non-oriented electrical steel plate having high-cleanliness is high in cleanliness and excellent in magnetic performance.

Cu-containing non-oriented electrical steel sheet and manufacturing method therefor

Systems and methods described herein relate to the real-time verification of data purges. A first subprocess of a data purging process is executed to purge a plurality of data items. A system accesses purge result data providing an indication of a result of the first subprocess. The system determines, based on the purge result data, that the first subprocess was not executed in accordance with a purge policy associated with the data purging process. In response to determining that the first subprocess was not executed in accordance with the purge policy, the system adjusts a state of the data purging process. A second subprocess of the data purging process is then executed according to the adjusted state.

Automatic data purge verification

Systems and methods described herein relate to the efficient handling of data purge requests in the context of a distributed storage system. A plurality of data purge requests is stored in a first data structure. The data purge requests may be grouped into batches that are processed at least partially in parallel. A first data purge request from the plurality of data purge requests is successfully processed, and is moved from the first data structure to a second data structure. Processing of a second data purge request from the plurality of data purge requests is unsuccessful. The second data purge request is retained in the first data structure. Purge status data is generated based on the first data purge request being in the second data structure and the second data purge request being in the first data structure. The purge status data may be presented at a user device.

Efficient handling of data purge requests

This disclosure provides an anti-interference method for a new radio network, to reduce intra-frequency interference caused by a long term evolution (LTE) cell to a neighboring new radio (NR) cell. In the method, a base station obtains network configuration information of at least one LTE cell neighboring to an NR cell, based thereon determines anti-interference configuration information that includes an anti-interference pattern having a plurality of strip areas, in which at least one first area and at least one second area are distributed in spacing, the first area is used to carry a service signal of the NR cell, and the second area is used to carry an interference signal of the at least one LTE cell. The base station sends the anti-interference configuration information to a target user equipment for selecting the at least one first area to carry the service signal of the NR cell.

Anti-interference method for new radio network

A high-magnetic-induction low-iron-loss non-oriented silicon steel sheet and a manufacturing method therefor. The chemical composition by mass percentages is: C≤0.005%, Si: 0.1%-1.6%, Mn: 0.1%-0.5%, P≤0.2%, S≤0.004%, Al≤0.003%, N≤0.005%, Nb≤0.004%, V≤0.004% and Ti≤0.003%, with the balance being Fe and inevitable impurities; and at the same time satisfies: 120≤[Mn]/[S]≤160, and [Nb]/93+[V]/51+[Ti]/48+[Al]/27≤[C]/12+[N]/14. After casting, the cooling rate in a cool-down process of casting slab is controlled, and a temperature controlling method is used to adjust the charging temperature of casting slab.

High-magnetic-induction low-iron-loss non-oriented silicon steel sheet and manufacturing method therefor

Methods and systems are provided for improving user authentication and access control by a network file system service in a multi-tenant public cloud environment by receiving a request for a connection to a file system from a file system client (client), sending an identification request for identification authentication of the client to a control system, receiving a response from the control system, establishing the connection to the file system upon determining that the connection to the file system is allowed based on cloud tenant information associated with the client, receiving an attempt to access the file system from the client by a sub-user, authenticating the sub-user based on the cloud tenant information, issuing a security token including a globally unique sub-user identifier of the sub-user, and using the security token to determine access rights of the sub-user to the file system for a subsequent request.

Authentication and authorization for cloud file system

This application discloses example data sending methods and apparatuses, and an example FlexE switching system. In one example, when slice packets received include a SOP flag and an EOP flag of a same data packet, immediately data packet slices is restored in the slice packets to a FlexE data stream and the FlexE data stream is sent, or the data packet slices are restored in the slice packets to the FlexE data stream and the FlexE data stream is sent when a latency is greater than or equal to a first present duration. When the slice packets received include the SOP flag but do not include the EOP flag of a data packet, the data packet slices are restored in the slice packets and the FlexE data stream is sent when the latency reaches a second preset duration. The first preset duration is less than the second preset duration.

Data sending method and apparatus, and FlexE switching system

Provided are a load detection system and a load detection method thereof. The load detection system includes an adjustable power supply () and a detection module (). The adjustable power supply () and a to-be-detected loadtogether form a set load detection circuit (), and the adjustable power supply () is configured to output a changing power supply signal to the to-be-detected load () through the set load detection circuit (). The detection module () is configured to detect at least two changing electrical parameters in the set load detection circuit (), acquire an equivalent resistance value of the to-be-detected load () according to the at least two changing electrical parameters, and detect whether the to-be-detected load () includes a charging device according to a non-linear change curve or a linear change curve formed by the equivalent resistance value and the power supply signal.

Load detection system and load detection method thereof

Disclosed are a non-oriented electrical steel sheet with excellent magnetic properties and a manufacturing method thereof, wherein the mass percentage of the chemical components thereof are: C: 0-0.005%; Si: 2.1-3.2%, Mn: 0.2-1.0%, P: 0-0.2%, Al: 0.2-1.6%, N: 0-0.005%, Ti: 0-0.005%, Cu: 0-0.2%, and the balance of Fe and inevitable impurities; and at the same time, (the S content for forming MnS+the S content for forming CuxS)/the S content in the steel is required to be less than or equal toThe process for manufacturing the non-oriented electrical steel sheet of the present invention is simple and convenient, the chemical components of the steel are easy to control, the manufacturing process is stable, and the technical requirements are easy to realize.

Non-oriented electrical steel sheet with excellent magnetic properties and manufacturing method thereof

A method, computer program product, and computer system for identifying, by a computing device, historical block usage in a plurality of slices for a user. At least a portion of the plurality of slices to keep during an evacuation process for the plurality of slices may be determined. At least the portion of the plurality of slices may be excluded from the evacuation process for the plurality of slices based upon, at least in part, the historical block usage in the plurality of slices for the user.

System and method for smart pool space reclamation

A non-oriented electrical steel having excellent magnetic properties, the chemical elements thereof in percentage by mass being: Si: 0.2-1.5%, Mn: 0.01-0.30%, Al: 0.001-0.009%, O: 0.005-0.02%, C&#x2264;0.005%, S&#x2264;0.005%, N&#x2264;0.005%, and Ti&#x2264;0.002%, the remainder being Fe and other unavoidable impurities, and Al/Si&#x2264;0.006 and Mn/Si&#x2264;0.2. The method for producing comprises the following sequence of steps: (1) smelting; (2) hot rolling: the slab heating temperature being 850&#xb0; C. to 1250&#xb0; C., and the final rolling temperature being 800-1050&#xb0; C.; (3) acid pickling; (4) cold rolling; (5) annealing: the annealing plate temperature being controlled between 620&#xb0; C.-900&#xb0; C.; and (6) coating.

Non-oriented electrical steel having excellent magnetic properties

A gallium nitride high electron mobility transistor and a formation method therefor are provided. The transistor includes: a substrate; a gallium nitride channel layer disposed on the substrate; a first barrier layer disposed on the gallium nitride channel layer; a gate, a source and a drain disposed on the first barrier layer, the source and the drain being respectively disposed on two sides of the gate; and a second barrier layer disposed on a surface of the first barrier layer between the gate and the drain, a side wall of the second barrier layer being connected to a side wall on one side of the gate and being configured to generate two-dimensional hole gas. The high electron mobility transistor has a higher breakdown voltage.

Gallium nitride high electron mobility transistor having high breakdown voltage and formation method therefor

Mobile terminal with graphical user interface for car purchase

Disclosed is a non-oriented electrical steel plate having a good surface state, a high magnetic induction and a low iron loss, the contents of various chemical elements of the non-oriented electrical steel plate in mass percentage being: 0&#x3c;C&#x2264;0.004%, 0.1%&#x2264;Si&#x2264;1.6%, 0.1%&#x2264;Mn&#x2264;0.8%, 0.1%&#x2264;Al&#x2264;0.6%, Ti&#x2264;0.0015%, and the balance being Fe and other inevitable impurities, with 0.2%&#x2264;(Si+Al)&#x2264;2.0% being met. Also disclosed is a method for manufacturing the above-mentioned steel plate, comprising the steps: a liquid iron pretreatment, smelting with a converter, RH refining, casting into slabs, hot rolling, acid pickling, cold rolling, annealing and coating. The non-oriented electrical steel plate of the present invention has an excellent magnetic property, an ultralow iron loss and a higher steel purity; in addition the surface quality of the steel plate is good and the production cost is low.

High magnetic induction and low iron loss non-oriented electrical steel sheet with good surface state and manufacturing method therefor

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Shanghai, China

Feng Zhang