Shenzhen Smoore Technology Limited

Byd Company Limited

Shenzhen Byd Auto R&d Company Limited

Huawei Technologies Co., Limited

Zte Corporation

Huizhou China Star Optoelectronics Display Co., Ltd.

Cshid (hk) Technology Co., Limited

Shenzhen Aoto Electronics Co., Ltd.

Tencent Technology Company Limited

Yu Liu

Zhaohua Lu

Hao Wu

Chuangxin Jiang

Jun Zhao

Shujuan Zhang

He Huang

Wei Li

Juncheng Xiao

Wei Zhang

Qian Wang

Chao Wang

Huahua Xiao

Gang Wang

Bin Zhao

Bo Wang

Tao Huang

Peng Zhang

Hongyuan Xu

Min Yan

Hao Wang

Baosheng Lai

Jie Chen

Hongbin Luo

Lin Wang

Jian He

Tao Liu

Yi Chen

Guozeng Zheng

Jianhua Zhang

Yin Yan Li

Xia Li

Hui Zhang

Wei Mao

Xudong Zhang

Weifeng Wu

Tao Zhou

Yu Pan

Zheng Li

Ding Zhong

Chaoyong Bie

Li Liao

Meng Cai

Zhanhui Sun

You Shi

Huawei Liu

Jun Yu

Jia Xu

Jiayin Lu

Huaping Qing

Yanxing Luo

Bo Chen

Maoxia Zhu

Xiaofeng Shen

Kun Li

Rui Lyu

Qiao Liu

Hanqu Wu

Xiaoke Ni

Chunjun Ma

Bo Huang

Lili Zuo

Zuliang Wang

Hongli Jiang

Shulin Liang

Zhenzhi Wu

Jin Ma

Haiqiang Tian

Dan Luo

Linhui Niu

Jinghong Chen

Zhuo Zeng

Zhixiao Xu

Qiang Zhan

Guangmiao Wan

Peilong Tan

Xuanzhong Li

Shangyun Wang

Xiancai Li

Zhongbin Wang

Feng Zhao

Mingpu Xie

Yuehua Hu

Wenlong Lv

Xu Zhu

Chong Xing

Feifei Yin

Luqi Zhang

Changjian Gao

Gangchao Wang

Ping Cao

Cheng Hong

Yong Sun

Liping Liu

Bing Ye

BoWen Chen

Yucao Tao

Jinfeng Meng

Jingcui Teng

Presented are systems, methods, apparatuses, or computer-readable media for performing positioning procedures. A wireless communication device may receive, from a wireless communication node, information to facilitate positioning of the wireless communication device. The wireless communication device may determine to initiate a positioning procedure while in radio resource control (RRC) inactive state. The wireless communication device may perform, while in RRC inactive state, the positioning procedure.

Positioning procedures for user equipments in inactive state

Electronic atomizing device assembly

Electronic atomizing device

A subscriber identification module (SIM) card detection failure recovery method for an electronic device includes that the electronic device identifies a card recovery scenario, where card recovery includes whether to power on a SIM card. A configurable timer is started based on the card recovery scenario. The electronic device periodically obtains, based on a time set by the timer, power-on information for powering on the SIM card. The electronic device determines a power-on condition of the SIM card based on the power-on information. If the power-on condition is met, the electronic device powers on the SIM card.

SIM card detection failure recovery method for electronic device and electronic device

Atomizer

Bedside lamp

Atomizer for electronic atomizing device

An energy conversion device is provided, including a motor coil (), a bridge arm converter (), and a bidirectional bridge arm (). The bridge arm converter () is connected to the motor coil () and the bidirectional bridge arm (). The motor coil (), the bridge arm converter (), and the bidirectional bridge arm () are all connected to an external charging port (). Both the bridge arm converter () and the bidirectional bridge arm () are connected to an external battery. The motor coil (), the bridge arm converter (), and the external charging port () form a DC charging circuit for charging the external battery. The motor coil (), the bridge arm converter (), the bidirectional bridge arm (), and the external charging port () form an AC charging circuit for charging the external battery (). The motor coil (), the bridge arm converter (), and the external battery () form a motor drive circuit.

Vehicle and energy conversion device and power system thereof

Growing community of inventors

Shenzhen, China

Yu Liu