Innocom Technology(shenzhen) Co., Ltd.

Chimei Innolux Corporation

Innolux Display Corporation

Chimel Innolux Corporation

Hon Hai Precision Industry Co., Ltd.

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

Huawei Technologies Co., Limited

Hauwei Technologies Co., Ltd.

Bgi-shenzhen Co., Limited

Shenzhen Yize Innovation Technology Co., Ltd.

Chimel Innolux Corpration

Chemei Innolux Corporation

Tong Zhou

Jian-Hui Lu

Kun Le

Hua Xiao

He-Kang Zhou

Jie-Jian Zheng

Jia-Hui Tu

Huai-Zhu Yan

Li-Jun Zhao

Yue-Qin Lu

Jin-Liang Xiong

Hong-Bo Zhou

Han-Tao Liu

Jie Ping Wu

Jian-Feng Wang

Mingxia Wang

Jie Wu

Meng Yang

Huaguo Xie

Qiang Tang

Xiang-Qing Kong

Guangming Pan

Fangmin Pan

Hongde Zhao

Hang Li

Huaping Li

A method for generating a digital identity is provided, including: extracting a first preset number of short tandem repeat STRs and relevant information of each STR from whole genome data; generating a single STR digital code corresponding to each STR according to the relevant information of each STR, to obtain a plurality of single STR digital codes; performing sequence transformation on each single STR digital code with a preset rule, and generating a target STR digital code according to the single STR digital code after the sequence transformation; generating summary information of the target STR digital code, and determining the summary information as summary information of the STR to which the target STR digital code belongs; and determining the summary information of the STR as the generated digital identity.

Method and apparatus for generating digital identity and storage medium

Adjustable angle mount for doorbell

Vacuum pump

An instance node management method is disclosed, which includes: creating a primary instance node for an application hosted on a cloud platform to run an instance of the application; determining, according to running start information of the primary instance node, a minimum resource configuration specification required by a secondary instance node of the application, where the secondary instance node is configured to replace the primary instance node when the primary instance node is faulty; and creating the secondary instance node according to the minimum resource configuration specification. The instance node management method as provided can reduce occupancy of a spare resource and increase an application hosting capability and scale on the cloud platform.

Instance node management method and management device

A TCP proxy insertion and uninstall method is provided, including: during establishment of a TCP connection, forwarding a TCP connection establishing packet between a TCP client and a TCP server through an L3, and recording option information and sequence number information of the TCP connection establishing packet; performing determination on a packet according to a proxy policy; forwarding the received packet if it is determined that no proxy process is required for the packet, and updating the recorded sequence number information according to sequence number information of the received packet; and generating a client pseudo socket and a server pseudo socket according to the option information and sequence number information if it is determined that a proxy process is required for the packet, terminating the received packet by adopting the client pseudo socket and server pseudo socket, processing the terminated packet through an L7 and forwarding the processed packet.

TCP proxy insertion and uninstall method, and service gateway device

An exemplary power supply circuit includes an output terminal configured for providing electric power to a load circuit, a direct current (DC) power supply, a first resistor, a second resistor, a first switch and a second switch. The first switch includes a control electrode is grounded via the first resistor, a first current conducting electrode is connected to the DC power supply, and a second current conducting electrode is connected to the output terminal. The second switch includes a control electrode is connected to the output terminal, a first current conducting electrode is connected to the DC power supply, and a second current conducting electrode is connected to the control electrode of the first switch. The second resistor is interconnected the first current conducting electrode of the first switch and the second current conducting electrode of the first switch.

Power supply circuit for liquid crystal display

A fluorescent lamp includes three transformers, a power supply, a converter, and four lamp tubes. The converter converts a direct current (DC) provided by the power supply into an alternating current (AC) generated in a first transformer and a second transformer for driving the four lamp tubes to emit light. The third transformer is connected to the four lamp tubes to balance working electric potentials of the four lamp tubes.

Fluorescent lamp with balanced lamp tube electric potentials

An exemplary liquid crystal display includes a liquid crystal panel having at least two pixel regions, a mode selector configured to provide a mode selection signal, and a timing controller configured to receive at least two video signal sets and in response to the mode selection signal, control the liquid crystal panel to display a picture corresponding to one of the at least two video signal sets using full-screen displaying or to simultaneously display at least two pictures, each of the at least two pictures corresponding to one of the at least two video signal sets using split-screen displaying. Each of the at least two pixel regions corresponds to one of the at least two pictures while using the split-screen displaying. A related computer system is also provided.

Liquid crystal display capable of split-screen displaying and computer system using same

An inverter includes a pulse width modulation (PWM) circuit, a direct current (DC) voltage input terminal, a storage capacitor, a first transformer, a soft start circuit, and a first transistor. The PWM circuit includes a first output terminal. The first transformer includes a first primary winding. The first primary winding includes a first terminal and a second terminal capable of being grounded via the storage capacitor. The soft start circuit includes an inductor and a first capacitor. A gate electrode of the first transistor is connected to the first output terminal. A source electrode of the first transistor is connected to the first terminal of the first transformer via the inductor. A drain electrode of the first transistor is connected to the DC voltage input terminal and connected to the source electrode via the capacitor.

Inverter for a liquid crystal display device with soft start circuit to overcome power loss in transistor switching

An exemplary liquid crystal display () includes a first camera () configured for capturing video from a first orientation, a second camera () configured for capturing video from a second orientation different from the first orientation, and a capture circuit () electrically connected to the first and the second cameras. The capture circuit is configured for controlling the first and the second cameras to capturing video asynchronously or simultaneously.

Liquid crystal display having two or more cameras that can capture a wide range of video

A power supply circuit includes a direct current (DC) voltage source, a protecting circuit having a first switching element, a pulse width modulation (PWM) circuit having a first terminal, a switching circuit, and a transformer. The DC voltage source is configured to provide a first DC voltage. The first terminal is configured to receive the first DC voltage via the first switching element to enable the PWM circuit. The PWM circuit is configured to switch on or switch off the switching circuit. The transformer is configured to convert the first DC voltage to an alternating current (AC) voltage in cooperation with the switching circuit.

Power supply circuit with protecting circuit having switch element for protecting pulse width modulation circuit

An exemplary switching power supply circuit includes a transformer, a switching control circuit, a DC-DC converter, and a signal selecting circuit. The transformer converts a DC voltage into a first DC voltage and a second DC voltage. The switching control circuit controls a current flowing on the transformer for generating the first DC voltage and the second DC voltage. The DC-DC converter converts the first DC voltage or the second DC voltage into a third DC voltage. The signal selecting circuit selects the first DC voltage or the second DC voltage for the DC-DC converter to generate the third DC voltage.

Switching power supply circuit

A DC voltage conversion circuit () of the present disclosure includes a power supply (), a first output (), a second output (), a transformer (), a first voltage-regulating circuit (), a second voltage regulating circuit (), and a step-up DC-DC converter (). The first voltage-regulating circuit includes a transistor () having drain and source electrodes, a first capacitor () connected between ground and the first output, and a first diode (). The first output is connected to ground via the anode and cathode of the first diode, the transformer, and the drain and source electrodes of the transistor in series. The power supply is configured to provide a second voltage to the second output via the transformer and the second voltage-regulating circuit in series. The step-up DC-DC converter is configured to regulate voltages of the first and second outputs according to feedback voltages from the first and second outputs.

Direct current voltage conversion circuit

An exemplary backlight control circuit includes a pulse width modulation integrated circuit (PWM IC) having a power input terminal, a power source capable of outputting an operation voltage, and a switching circuit connected between the power source and the PWM IC to control if the operation voltage is provided to the power input terminal.

Backlight control circuit

An electrical apparatus with an alarm includes an electrical device and an alarm system, the electrical device and the alarm system being both connected to an external power supply. The alarm system includes a wireless communication circuit and a control module. The control module is connected between the external power supply and the wireless communication circuit. The control module controls the wireless communication circuit to send an alarm notification when the electrical device is disconnected from the external power supply.

Electrical apparatus with an alarm system

Growing community of inventors

Shenzhen, China

Tong Zhou