International Business Machines Corporation

Hon Hai Precision Industry Co., Ltd.

Hong-fu Jin Precision Industry (shenzhen) Co., Ltd.

Zte Corporation

Huawei Technologies Co., Limited

Toray Industries, Inc.

Lsi Corporation

Ford Motor Company Limited

Lsi Logic Corporation

Chinese Academy of Sciences

Saint-gobain Glass France

Nokia Siemens Networks Oy

Basf Se Corporation

Array Biopharma Inc.

Kemira Oyj

Ping Li

Rajinder Paul Singh

Xian Dong Meng

Zhao Li Wang

Tao Jiang

Hui Li

Di Wu

George James Romano

Xue-Dong Tang

Yong Li

Wolfgang Zirwas

Wilbur G Catabay

Zhihai Wang

Hui Calvin Yang

Hongfeng Qin

Xiao-Hui Zhou

Xuetao Qiao

Dan Yu

Tao Liu

Gang Tang

Hong Xia Li

Ming Shuang Xian

Chong Wei Zhang

Liang Rong

Yong Yu

Ke-Hui Peng

Ren-Wen Wang

Ji-Feng Qiu

Bo Gao

Liang Zhang

Ke Yao

Hao Kai Zhang

Yuan Yuan Zhang

Yimin Liu

Tao Lu

Zi Jin Tao

Rui Li

Andrew Gary Hourselt

Shuai Zhang

Na Zhang

Lan Jun Wang

Yuki Masuda

Jian Deng

Yang Zhang

Cho-Ju Chung

Masaaki Umehara

Takeshi Ikeda

Tomoyuki Yuba

Yihua Ma

Yiming Hu

Yi Jie Xue

Jianhua Rui

Bao-Gang Zhao

Min Cai

Guyu Wu

Xue-Feng Wan

Liming Gong

Jia Di Zhang

Gaofeng Wang

Zi Lian Ji

Zhaohua Zeng

Wei Song

Jianhua Guo

Teng-Huei Chu

Quan Jiang

Walter Duke Alvey

Xiaohong Shen

Yuan-Ming Wang

Randy Mitchell Nakagawa

Xuefeng Wu

Jingyu Lai

Chunhui Chen

Shaojun Li

Daya Verma

Yonggang Zhou

Jing Cj Cai

Guangnan Jin

Jiaqi Ma

Jintao Chen

Hanchen Lee

Biao Zhang

Xuan Guo

Hai Bo Jiang

Jia Ming Zhang

Tiantian Yan

Xinglin Wang

Yogita Krishnamachari

Kuanjin Liu

Fangrong Xu

Junfeng Li

Jia Wei

Xiaofeng Lin

Jianli Wang

Hong Kui Shi

Shi-Jun Yang

Xiaoyu Zhao

Yan-Xi Yang

Priya Baliga

Er-Wei Li

Dingping Xu

Electric auxiliary lifting equipment

Portable auxiliary lifting equipment

A beam training method, a network device, a terminal device, a system and a storage medium are disclosed. The method may include: dividing Kquery beams into Qgroups; transmitting, at a time-frequency resource position within an operating beam issuing time corresponding to each beam training period, pilot information by utilizing an operating beam in an operating beam set; and, transmitting, at a time-frequency resource position within a query beam issuing time corresponding to each beam training period, pilot information by utilizing a query beam in any query beam group.

Beam training method, network device, terminal, system, and storage medium

Riding-type electric transfer tricycle

Portable mobility scooter

Disclosed in embodiments of the present disclosure are a method, apparatus and a system for implementing beam scanning and communication. The method includes: sending, in an i-th transmission, P first transmission blocks on M1 time-frequency resources by using a first beam group including N1 beams, where the P first transmission blocks are transmission blocks obtained based on a second transmission block and in a same coding redundancy version or different coding redundancy versions; and determining a second beam group and Q third transmission blocks for a (i+1)-th transmission according to whether feedback information is received, and sending the Q third transmission blocks on M2 time-frequency resources by using the second beam group for the (i+1)-th transmission, where the feedback information or a transmission failure identifier is received by using beams in the first beam group.

Method and apparatus for implementing beam scanning and communication

A fan is provided. The fan has a motor and a first rotating shaft. The motor has a stator assembly, a rotor and a winding. The stator assembly has a stator yoke portion and a stator tooth detachably connected to each other. The winding is wound on the stator tooth. The stator yoke portion has a stator yoke slot and/or a stator projection, adapted to the shape of the stator tooth. The stator tooth axially pass through the stator yoke slot and/or the stator projection to form a stator core. A first fan blade is arranged at an end of the first rotating shaft to rotate the first fan blade when the first rotating shaft rotates.

This application provides an optical power commissioning method, a commissioning system, a control device, and a commissioning station. The commissioning system includes a control device and one or more commissioning stations. The method includes the control device first identifies one or more to-be-commissioned services on which optical power commissioning needs to be performed, the control device sends, based on the to-be-commissioned service, commissioning information to the one or more commissioning stations on which the to-be-commissioned service passes through, where the one or more commissioning stations perform parallel optical power commissioning based on the commissioning information, and the one or more commissioning stations perform optical power commissioning based on the commissioning information. According to this application, a plurality of services and a plurality of commissioning stations can be commissioned concurrently.

Optical power commissioning method, commissioning system, control device, and commissioning station

Chair

The present application discloses a method and a device for indicating a path loss reference signal, a terminal, a base station and a storage medium. The method for indicating a path loss reference signal includes: receiving an uplink transmission control signaling transmitted by a base station; determining a spatial domain relationship parameter of uplink transmission according to the uplink transmission control signaling; and determining a path loss reference signal used for uplink transmission power control according to the spatial domain relationship parameter of uplink transmission. According to the technical solutions provided by the embodiments, the path loss reference signal is determined according to the spatial domain relationship parameter, which saves signaling overhead, and improves configuration flexibility of a path loss reference signal used for uplink transmission power control.

Method and device for indicating path loss reference signal, terminal, base station and storage medium

An outdoor unit for an air conditioner, and an air conditioner are provided. The outdoor unit has a housing and a draught fan. The housing is provided with a first air exchange port and a second air exchange port. The draught fan is arranged in the housing and located between the first air exchange port and the second air exchange port. The draught fan has an electric motor, a first fan, and a second fan. The electric motor has two rotors which rotate independently of each other, and a first output shaft and a second output shaft connected to the two rotors respectively. The first output shaft and the second output shaft are respectively fixedly connected to the first fan and the second fan for driving the first fan and the second fan to rotate independently of each other.

Outdoor unit for air conditioner, and air conditioner

A driving system having a hollow shaft, a solid shaft arranged in the hollow shaft, a stator, a rotor connected to the hollow shaft, a clutch mechanism selectively engaged to one of the stator and the rotor, and a speed reduction mechanism having a planetary carrier assembly engaged to the clutch mechanism, and a planetary gear train connected between the solid shaft and the rotor, wherein where the clutch mechanism is engaged to the stator in a transmission manner, the planetary carrier assembly is connected with the stator, and the rotor drives the solid shaft and the hollow shaft to operate at a differential speed, and where the clutch mechanism is engaged to the rotor in the transmission manner, the planetary carrier assembly is connected with the rotor, and the rotor drives the solid shaft and the hollow shaft to operate at a same speed by the planetary gear train.

Driving system of drum washing machine and drum washing machine

A motor and a fan are provided. The motor has a stator assembly, two mutually independent rotor assemblies, and two mutually independent rotating shaft assemblies. The stator assembly has a stator core and two groups of mutually independent windings. The rotor assemblies are oppositely and coaxially arranged on two axial sides of the stator assembly and form an axial air gap with the stator assembly. The two rotor assemblies are configured to rotate independently. The two mutually independent rotating shaft assemblies are coaxially connected with the two rotor assemblies, respectively, and protrude in a direction of the same side away from the stator core along the axial direction of the motor.

Motor and fan

The embodiment of the present application discloses a method and equipment for transformation of point cloud coordinates of structure plane of deep-buried tunnel based on a target device. Before performing laser scanning on a measured surface, the embodiment of the present application makes the third plate surface close to the measured surface by adjusting the target device, and makes the bubbles of the first circular level and the second circular level in a centered state; respectively extracting point cloud coordinates of the three cross targets from the point cloud data, and acquiring the first tendency of the third plate surface from the digital display of three-dimensional electronic compass; determining the second tendency of the third plate surface according to the point cloud coordinates; converting the coordinates in the point cloud data to geodetic coordinates according to the first tendency and the second tendency.

Method and equipment for transformation of point cloud coordinates of structure plane of deep-buried tunnel based on target device

Growing community of inventors

Shanghai, China

Ping Li