Mgi Tech Co., Ltd.

Huawei Technologies Co., Limited

Choton Excellent Technology (Shen Zhen) Co., Ltd

Shenzhen Leaflife Tech. Co., Ltd.

Byd Company Limited

Honor Device Co., Ltd.

Hybio Pharmaceutical Co., Ltd.

Jian Liu

Dong Wang

Guangming Yang

Chao Ma

Xiaohua Tang

Zhiyong Du

Chen Zhu

Zhengwei Wang

Min Hu

Xinxin Zhang

Jiancheng Yuan

Le Wang

Meihua Gong

Yilong Yu

Wei Cui

Yaping Ma

Jingjing Wang

Pengcheng Mi

Shuang Zhou

Fu Tang

Zheqing Tang

Junfeng Pan

Bin Meng

Haibin Zhou

Hongxia Hao

Yihua Zeng

Chongjun Xu

Weijie Wang

Joon Mo Yang

Chutian Xing

Heming Jiang

Shisheng Wu

Xiaohui Zhang

Qing Xiao

Xiangkun Sui

Zhonghai Wang

Shengmao Liu

Craig Edward Uhrich

Simon Robert Adams

Dehui Jiang

Shaohui Pan

Youjin Chen

Guotao Li

Feng Mu

Xing-ye Cui

Zi-hua Niu

Chu-tian Xing

Weiliang Duan

Jianping Chen

Hui Jiang

Pin Kao

Sicheng Wen

Mark Frederick Senko

Xingye Cui

Razvan Chirita

Shuncai Zhong

Hongling Li

Huixing Yuan

Xiaofang Wei

Jiguang Li

Zihua Niu

Joonmo Yang

Jiafeng Zhu

Mobile phone case

Disclosed is a semiconductor light source hair removal device with optimized heat dissipation, comprising a housing (), a hair removal assembly () fixed to the housing (), a fan (), a circuit board (), and a control power board (). The housing () is provided with an accommodating cavity for accommodating the fan (), the circuit board () and the control power board (). The hair removal assembly (), the fan () and the control power board () are electrically connected to the circuit board (). The housing () is provided with at least one heat dissipation port. The hair removal assembly () comprises a treatment head (), a thermoelectric cooler (), a light source chip () and a heat dissipation component (). The heat dissipation component () comprises heat sink fins () and at least one heat pipe.

Semiconductor light source hair removal device with optimized heat dissipation

A call processing method comprises: a network device receives a call request message sent by an originating UE, determines, according to the call request message, that the originating UE supports a resource reservation procedure, and further transmits, to a media server, indication information indicating that use of the resource reservation procedure for negotiation about first media is not supported and use of the resource reservation procedure for negotiation about second media is supported, so that negotiation about the second media is implemented by using the resource reservation procedure.

Call processing method and system and related apparatus

A portable sample loading device () include a base () and a fixing device () connected to the base (). The base () can support a chip () and a sample loading connector (). The fixing device () can detachably retain the chip () and the sample loading connector () on the base (). The base () includes a front surface () and a back surface () opposite to the front surface (). The front surface () includes a supporting surface for supporting the chip (). A region of the supporting surface () corresponds to a sample inlet of the chip () is recessed toward the back surface () to form a receiving space () for receiving the sample loading connector (). The receiving space () further defines a sample injection hole () corresponding to the sample inlet of the chip ().

Portable sample loading device

A biochemical substance analysis system () is used to detect biological characteristics of a sample in a flow cell (), and includes a detection system (), a scheduling system (), a biochemical reaction system (), and a control system (). The scheduling system () is used to schedule the flow cell () at different sites, including sites in the detection system () and sites in the biochemical reaction system (). The biochemical reaction system () is used to allow the sample to react in the flow cell (). The detection system () is used to detect a signal from the reacted sample to obtain a signal representing the biological characteristics of the sample. The control system () is used to control the detection system (), the scheduling system (), and the biochemical reaction system () to cooperate. The disclosure improves automation degree and flux of the biochemical substance analysis.

Biochemical substance analysis system, method, and device

Wallmounted shelf

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Shenzhen, China

Jian Liu