Beijing Xiaomi Mobile Software Co., Ltd.

Nuctech Company Limited

Tsinghua University

International Business Machines Corporation

Peking University

Boe Technology Group Co., Ltd.

Beijing Boe Display Technology Co., Ltd.

Beihang University

Beijing Founder Electronics Co., Ltd.

Yan Zheng

Zongbao Yang

Zhiqiang Chen

Yuanjing Li

Ziran Zhao

Yinong Liu

Qingjun Zhang

Jianping Chang

Shiping Cao

Hui Wang

Xiang Zou

Shaoji Mao

Wei Liu

Xue Ping Liu

Zhi Yang

Yonghua Chen

Shuqiang Dong

Jane Li

Bin Yu

Tao Liu

Gang Liu

Michael Starkey

Zhidong Yin

Yanchun Wang

Bin Cao

Jianwu Yang

Chihyi Cheng

Xianghua Li

Liangming Zhang

Hao Zong Qi

Lingling Fan

Xiaoming Yu

Weixing Yuan

Xiaogang Liu

Haisheng Liu

Yucong Yang

Jinxing Wang

Jianye Song

Sunggon Hong

Zhongming He

Liyong Zhao

Cun Xiang Zhang

Sergio H Dasilva

The disclosure provides an adapter. The adapter includes a first connection structure and a second connection structure, wherein the first connection structure is capable of being assembled and matched with an external lens, such that an access plane of the external lens matches with a preset end surface of a light passing channel, and the second connection structure is capable of being assembled and matched with a mobile terminal, such that a distance between the preset end surface and a photosensitive plane is equal to a flange focal length of the external lens.

Adapter and mobile device

The disclosure provides a mobile terminal. A device housing of the mobile terminal includes a light-permeable portion and an external connection portion whereby an external lens assembly is able to positioned and mounted on an external connection region of the mobile terminal, and can cooperate with an image sensor assembly arranged inside a first assembly space in the device housing to achieve a shooting function.

Mobile terminal and mobile device

A camera unit includes a liquid lens, a motor and a solid lens. The liquid lens includes a fixed body and a support body spaced apart from the fixed body. The liquid lens has a first optical axis. The motor includes a mover assembly and a stator assembly. The mover assembly has a first end fixedly connected to the support body and is movable along the first optical axis relative to the stator assembly to adjust curvature of the liquid lens. The stator assembly has a second end fixedly connected to the fixed body. The solid lens is fixed to the stator assembly and has a second optical axis coinciding with the first optical axis.

Camera unit and electronic device

A color filter structure includes multiple color filter groups. Each color filter group includes multiple color filters. For each color filter group, the multiple color filters transmit light of preset wavelength bands, and each color filter corresponding to a respective preset wavelength band. At least two of the preset wavelength bands correspond to a common color channel.

Color filter structure, related photographing method, device, terminal, and storage medium

A telephoto imaging system includes: a solid lens assembly and a tunable lens assembly. The solid lens assembly includes a first group, a second group, and a third group of solid lenses along the optical axis from the object plane to the image plane. The tunable lens assembly is configured for zooming under the effect of a driving mechanism to achieve focusing on objects at different distances. The following condition is satisfied by the tunable lens assembly when at least an in-focus state exists in the focusing process: 0<|delta(f/ft)|<0.9.

Telephoto imaging system, lens, and camera module

A display module includes: an image capturing area, and a plurality of pixel units disposed in the image capturing area, wherein each of the pixel units comprises one anode unit which includes at least three anodes; wherein anode units of the pixel units are periodically arranged with one anode group as a basic unit to form a plurality of anode groups, each of the anode groups comprises at least two of the anode units, and arrangements of anodes of at least two of the anode units in each of the anode groups are different.

Arrangement of anodes in display module, display panel and electronic device

Disclosed herein are a driving mechanism, a camera module and an electronic device. The driving mechanism includes: a driving component, a movable assembly, and a fixed assembly, wherein the driving component includes an elastic conductor element, a closed circuit, and a magnetic element; wherein the closed circuit is located in a magnetic field generated by the magnetic element, and is configured to communicate with the elastic conductor element to generate an electromagnetic force for overcoming an elastic force of the elastic conductor element; and wherein the elastic conductor element is fixedly connected with the fixed assembly, and is abutted against the movable assembly; and the elastic conductor element is configured to drive the movable assembly to move relative to the fixed assembly during a focusing function in response to determining that the electromagnetic force is greater than the elastic force of the elastic conductor element.

Driving mechanism, camera module and electronic device

The present disclosure discloses an electronic equipment. The electronic equipment includes a transmission component, a reception component, and a functional component. The transmission component is configured to transmit signals of a specific type into a surrounding environment of the electronic equipment. The reception component is configured to receive signals of the specific type from the surrounding environment of the electronic equipment. The functional component is located between the transmission component and the reception component to reduce a size of the electronic equipment. Further, the transmission component and the reception component are located with a distance in a first direction. The transmission component, the functional component, and the reception component are arranged along the first direction.

Electronic equipment

A camera module includes a fixed bracket, a camera body and an anti-shake assembly. The camera body includes a lens and an imaging sensor corresponding to the lens. The camera body is provided with a movable connecting member on an external side surface thereof arranged along a circumferential direction of the lens, the fixed bracket is provided with a movable fitting member corresponding to the movable connecting member, and the movable fitting member is movably connected with the movable connecting member. The anti-shake assembly includes a space attitude sensor and a driving module electrically connected with the space attitude sensor. The driving module is configured to be fitted with the camera body and to drive the camera body to perform an anti-shake motion relative to the fixed bracket according to shaking information obtained by the space attitude sensor.

Electronic device and camera module with anti-shake assembly

Disclosed is an aircraft environmental control and fuel tank inerting coupling system based on a membrane separation method. The dehumidification of gas in an aircraft environmental control system and the separation of oxygen and nitrogen in a fuel tank inerting system are realized respectively, based on the selective permeability of a membrane to water vapour/air and oxygen/nitrogen. In the coupling system, part of drying gas passing through a membrane dehumidification heat exchanger () enters a membrane air separator (), and the other part thereof is cooled through a large expansion turbine () and then directed into a cockpit for refrigeration; and nitrogen-rich gas generated by the membrane air separator () is directed into a fuel tank for inerting. Oxygen-rich gas is mixed with gas supplied by the environmental control system, thus increasing the oxygen content of gas supplied by the aircraft cockpit.

Aircraft environmental control and fuel tank inerting coupling system based on membrane separation method

A method and system for generating a work breakdown structure (WBS) model data. Design model data is received. The design model data is parsed to extract WBS metadata from the design model data. A WBS template corresponding to the design model data is determined. The WBS model data is generated using the determined WBS template and the extracted WBS metadata. The WBS model data includes data entries. Each data entry is associated with a respective work task.

Generation of WBS model data

A method and system of discovering and analyzing structures of user groups in a microblog is provided in this invention. The method of discovering and analyzing structures of the user groups in a microblog comprises: acquiring information on behavior data of microblog users of a target group; constructing a microblog user association network based on the information on behavior data of the microblog users of the target group; acquiring at least one maximal clique from the microblog user association network; acquiring at least one core clique based on the maximal clique; and conducting behavior analysis on the user groups in the microblog based on the acquired maximal clique and/or the acquired core clique. Using the method and system of discovering and analyzing structures of user groups in a microblog provided in this invention, complicated relationships among microblog users may be sufficiently identified and the speed of discovering and analyzing structures of user groups in a microblog may be improved to meet the demand for large scaled data processing.

Method and system of discovering and analyzing structures of user groups in microblog

The present invention provides a detection device for a cassette comprising at least one supporting unit, each supporting unit comprising a plurality of supporting brackets which constitute a supporting plane, wherein the detection device comprises a sensing mechanism for detecting whether position of each of the supporting brackets in each supporting unit is within a predetermined range. In the present invention, through detecting positions of the supporting brackets in the cassette, and then judging whether the positions of the supporting brackets in each supporting unit are in a preset range, a supporting unit in which there is one or more bracket supporting brackets whose positions are not in the preset range can be maintained in time, and therefore, damage to the glass substrate due to large error in positions of the supporting brackets can be prevented.

Detection device

Embodiments of the present disclosure relate to substance detection technology, and to signal extraction circuits and methods for ion mobility tubes, and ion mobility detectors, which can solve the problem with the conventional technologies that it is difficult to design and manufacture the leadout circuit for the pulsed voltage on the Faraday plates. A signal extraction circuit for an ion mobility tube includes an DC-blocking module configured to remove a DC voltage contained in a voltage extracted, by a signal leadin terminal, from the Faraday plate, and to output, by a signal leadout terminal, a pulsed voltage contained in the voltage extracted from the Faraday plate. An ion mobility detector includes the signal extraction circuit for an ion mobility tube according to the present invention. A signal extraction method for an ion mobility tube includes extracting a voltage on a Faraday plate in the ion mobility tube, removing a DC voltage contained in the voltage extracted from the Faraday plate, and outputting a pulsed voltage contained in the voltage extracted from the Faraday plate. The present invention is used to extract a pulsed voltage from the Faraday plate.

Signal extraction circuits and methods for ion mobility tube, and ion mobility detectors

An ion mobility spectrometer system is disclosed. In one aspect, the system includes a gas chromatograph, first and second ion mobility spectrometers, and a sample feed device that feeds a sample from the gas chromatograph to the first and second ion mobility spectrometers. The sample feed device includes an inner chamber, first and second sample outlets for outputting the sample from the gas chromatograph to the first and second ion mobility spectrometers, respectively, and a gas inlet for inputting a gas into the sample feed device. The system detects and identifies molecules at improved resolution and enhanced molecule information. The system detects positive and negative ions, interrelates positive-mode and negative-mode spectrums, and separates substances.

Ion mobility spectrometer system

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Beijing, China

Yan Zheng