Hon Hai Precision Industry Co., Ltd.

Huawei Technologies Co., Limited

Zte Corporation

Tencent Technology (shenzhen) Company Limited

Sz Dji Technology Co., Ltd.

Yi Ting Zhou

Xian-Kui Shi

Chung-Yen Yang

Xue-Nian Wang

Rong Li

Yi Guo

Ping-Sheng Su

Shu Wang

Yuan Liu

Hui Fu Jiang

Ming Gong

Guiming Shu

Hui Li

Nan Liu

Hui Zhong

Xin Wan Wu

Yi Xu

Heng Liu

De-Gang Zhang

Yong-Jun Chen

Yongsen Chen

Fengkai Wu

Zhun Ding

Ran Zhang

Xu Bin Lu

Ling Rui Cui

Sheng Fei Xia

Jinqian Li

Peiying Dong

Qing-Wen Zhang

A video production method and apparatus, a storage medium, and a computer device are disclosed. The method includes: receiving a follow-shot instruction in a case that reference video content is played on a video play interface, the follow-shot instruction including a reference video identifier; displaying a first video display region and a second video display region on a terminal screen; playing the reference video content in the first video display region, and recording displayed real-time video content in the second video display region; and generating a target video based on the recorded real-time video content and the reference video content. The first video display region and the second video display region are displayed on the terminal screen, the reference video content is played in the first video display region, and the displayed real-time video content is recorded in the second video display region.

Video production method, computer device, and storage medium

A method for establishing a data connection between a mobile terminal and a server includes sending a request for data connection to the server, generating a random password, transmitting the random password to the server for storing in the server, establishing the data connection between the mobile terminal and the server, and encrypting data to be transmitted through the communication connection using the random password.

Data communication connection, transmitting, receiving, and exchanging method and system, memory, and aerial vehicle

A method, client, cloud server, and system for realizing complex software services are provided. The method includes: after receiving software service information required by a user to be provided, a client sending a request to a cloud server, wherein, the request carries the software service information required by the user to be provided; and after receiving the request, the cloud server selecting a corresponding cloud-end functional module to interact with the client according to the software service information required by the user to be provided, and providing the software service for the user. The embodiment of the present document solves the contradiction between software user demand and software user purchasing power, and the user can enjoy more abundant, powerful, steady and secure software and hardware resource services.

Method, client and cloud server for realizing complex software service

A cable connector assembly () comprises: an insulative housing (); a number of first and second types of connectors () disposed in the insulative housing. Each of the first type connectors () is arranged in an upstanding manner. Two second type of connectors () are arranged along a vertical direction and perpendicular to each other to form two mating ports () for mating with two complementary connectors simultaneously. A metallic shell () surrounds and engages the insulative housing. And a number of cables () extend into the insulative housing and electrically connect with the first and second types of connectors.

Cable connector assembly

An electrical connector assembly () includes a case () defining a chamber therein; a connector () received in the chamber, the connector having a metallic shell (); a printed circuit board () enclosed in the case, the printed circuit board having main portion and side portion laterally projecting from the main portion, the side portion having a conductive layer () on a top surface thereof, and a hole () defined in the side portion through the conductive layer, the hole further aligning with a through hole defined in the case; and the metallic shell of the connector soldered to the main portion of the printed circuit board.

Electrical connector assembly with improved PCB engaging with a case

A cable connector assembly (), comprising a frame () have a plurality of passageways () and a plurality of openings () in a front wall () of the frame and in communication with the corresponding passageway (); a plurality of electrical connectors () received in the corresponding passageways (), each electrical connector () having a terminal seat (), a shell () enclosing the terminal seat () and a mating portion () exposed at the corresponding opening (); a grounding member () having a body portion (), at least two first contact arms () and at least one second contact arm () formed with the body portion (), each first contact arm () contacting the shell () of one of the electrical connectors (), said at least one second contact arm () extending out the frame () and disposed around the front wall () of the housing ().

Cable connector assembly having improved grounding member

A method for power management in handover between heterogeneous networks comprising: an MIH layer obtains power information and provides it for an MIH user layer; the MIH user layer determines the handover policy according to the power information. In various embodiments of the disclosure, the MIH layer triggers an event so that the MIH user layer can obtain power information, and select a lower-layer network connection automatically according to the current power status, thus implementing handover; the MIH user layer sends a query request to the MIH layer to obtain power consumption parameters from the network, and selects a lower-layer network connection according to the power consumption and the current power status, thus implementing handover and making more accurate and effective decisions in the handover.

Method and apparatus for power management in handover between heterogeneous networks

A cable assembly () comprises a cover () having a plurality of retaining slots () arranged in a row along a transversal direction; a number of connectors () mounted to the retaining slots, respectively; and a switch device () mounted to the cover, the switch including a base portion (), a pushing portion () and an operating portion () assembled together in serial manner.

Cable assembly with switch device

A cable connector assembly includes an insulative housing, a number of connectors retained in the insulative housing and a number of cables retained at a rear side of the insulative housing to electrically connect with the connectors. The insulative housing defines a plurality of first cavities and a second cavity arranged in a row along a transverse direction thereof, and a third cavity at an upper side of the second cavity. The second cavity defines a height which is larger than a width thereof. The connectors include a number of standard USB connectors retained in the first cavities, a lower Audio jack uprightly retained in the second cavity and an upper Audio jack horizontally retained in the third cavity.

A cable assembly comprises a mating member, a print circuit board having two conductive traces, an LED attached to the print circuit board, a cable having a positive wire and a negative wire connected with the mating member, and a pair of contacts respectively corresponding with the positive wire and negative wire. Said positive wire and negative wire respectively has an inner conductor. Each of said contacts defines a catch part connecting the inner conductor and a retaining part locks the print circuit board for electrically connecting said conductive trace.

Cable assembly with conductive wires neatly arranged therein

A power connector () has a mating plug () having a number of contacts (), an internal printed circuit board () mounted to the mating plug and located in one transverse direction perpendicular to the pluggable direction, a cable () connected to the internal circuit board, and outer barrel () enclosing the mating plug and the cable. The internal printed circuit board defines a conductive area (). The cable provides a connecting section () connecting with the conductive area of the internal printed circuit board and extending through the internal printed circuit board to connect with the contact of the mating plug.

Power connector having an improved internal printed circuit board

A cable assembly () comprises a mating member (), a print circuit board (), an LED () attached to the print circuit board () and a cable () having a positive wire () and a negative wire () connected with the mating member (). Said positive wire and negative wire are placed on one surface of the print circuit board (), with the LED () set on another surface, the positive wire and negative wire each respectively has a inner conductor () soldered to a corresponding soldering pad on the one surface of the print circuit board, conductive traces () are defined on the other surface of the print circuit board and connected with the LED, the soldering pads electrically connects with corresponding conductive traces by vias () through the print circuit board.

A cable assembly () comprises a mating member (), a printed circuit board (), a cable () and a pair of hooked contacts (). The printed circuit board () has an LED () attached thereon and a pair of vias (), the cable () has a positive wire () and a negative wire () connected with the mating member (). The hooked contacts () are assembled in the vias, each contact () defines a holding portion () and a pair of legs () retained in the vias, the holding portion () has a plurality of barbs () and encloses the corresponding wire, the barbs pierces outer jackets () of the wires () to electrically connect the contacts with inner conductors of the wires.

Cable assembly with hooked contact

An electrical connector assembly () includes a connector holder () defining a plurality of positioning cavities () therein, and at least a slot () located in a front portion of each of the positioning cavities; a plurality of grounding members () respectively mounted to the positioning cavities, each of the grounding members () having a body portion (), a first contacting portion () connected to a front edge of the body portion, a second contacting portion () connected to a back edge of the body portion and at least an arm () connected to a lateral edge of the body portion, said at least an arm received in the at least a slot, and the first contacting portion disposed out of the connector holder; a plurality of connectors respectively mounted to the positioning cavities, each of the connectors having a metallic shell contacting the second contacting portion; and a metallic cage () enclosing the connector holder and the connectors, with the first contacting portion contacting inner surface of the metallic cage.

Electrical connector assembly

An electrical connector comprising: a base having a front port and a rear end; a number of contacts received in the base and exposed to the front port; a number of cable wires each connected through the rear portion to a corresponding contact; a latching element being integrally formed with the base and extending rearwardly; and a block disposed rearwardly of the latching element on the rear end of the base. Additionally, the block can assist in conveniently connecting/disconnecting the connector to/from a mating connector.

Growing community of inventors

Shenzhen, China

Yi Ting Zhou