Hon Hai Precision Industry Co., Ltd.

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

Shenzhen Grandsun Electronic Co., Ltd.

Hong Fu Jin Precision Ind. (shenzhen) Co., Ltd.

Intel Corporation

Shenzhen China Star Optoelectronics Semiconductor Display Technology Co., Ltd.

Wei Shao

Haiquan Wu

Ruiwen Shi

Enqin Zhang

Zhanming Lu

Jiugao Peng

Zhihui Wang

Zejun Dai

Xiaobing Gao

ShengZhong Yi

Jing Zhu

Jun Tang

Le Zhang

Wen-Chong Tu

Jin-Song Li

Wen-Chih Hsu

Kuo Jung Huang

Chung-Shan Cheng

Yongxiang Han

Jin Song Li

Jian Dou

Hang Yuan

Shao-Rong Lin

Gao-Hui Dai

A gate-driver-on-array type display panel having a display area includes a plurality of pixel units and a GOA circuit, wherein the pixel units and the GOA circuit are disposed in the display area. The GOA unit set and the GOA trace set are respectively disposed in the pixel units that are in two adjacent rows, and the GOA trace set is electrically connected to two ends of the GOA unit set through a plurality of first signal connecting traces.

Gate-driver-on-array type display panel

Host for audio and video control

Remote controller

Virtual reality headset

A electronic device includes a bus, two electronic elements connected to the bus, and a controller. Each of the two electronic element is designated a logic unit number (LUN) and a first temporary buffer identified by the LUN for storing messages transmitted from or to the corresponding electronic element by the bus. The controller for obtaining the LUN of the message transmitted from/to the at least two electronic element, determining the temporary buffer which the message is stored according to the obtained LUN, storing the message to the determined temporary buffer, and transmitting the message stored in the temporary buffer to the corresponding electronic element or processing the message stored in the temporary buffer.

Electronic device with bus sharing function

In a system error detection method of a computing device, the computing device includes a graphics controller and a display screen. A frame of an image that is currently displayed on the display screen is obtained from a video memory of the graphics controller at regular intervals. The obtained image is compared with abnormal images of the display screen prestored in a storage system, to detect whether the computing device works abnormally. Characters of the obtained image are extracted when the computing device works abnormally. System errors of the computing device are detected by comparing the extracted characters with system error codes of the computing device that are stored in the storage system.

Computing device and system error detection method

A time synchronization system includes a host system, a BIOS module, a BMC module, and a RTC module. The BIOS module is embedded in the host system. The BMC module is connected with the BIOS module and communicates with the BIOS module. The RTC module communicates with the BMC module and provides time signals to the BMC module. The host system acquires the time signals from the BMC module through the BIOS module.

Time synchronization system and server using a baseboard management controller acquiring time signals to record occurrence time of system logs before than host system

A firmware recovery system includes a baseboard management controller (BMC) module, a south bridge, a basic input and output system (BIOS) module, a multiplexer and a storage module. The BIOS module is connected to the BMC module by the south bridge and determines whether a firmware file of the BMC module is corrupt. The multiplexer selectively connects the BIOS module or the BMC module to the south bridge. The storage module stores a new firmware file. When the firmware file of the BMC module is corrupt, the BIOS module controls the multiplexer to select the BMC module to connect to the south bridge. The BIOS module reads the new firmware file from the storage module to recover the corrupt firmware file from the BMC module.

Firmware recovery system and method

Provided are a method, system, and program for processing multicast packets. A multicast packet is received to transmit to destination addresses. A payload of the multicast packet is written to at least one packet entry in a packet memory. Headers are generated for the destination addresses and at least one descriptor is generated addressing the at least one packet entry in the packet memory including the payload to transmit to the destination addresses. For each destination address, at least one indicator is generated including information on the generated header for the destination address and the at least one descriptor, wherein indicators for the destination addresses address the at least one descriptor.

Method and system for processing multicast packets

A computer-based method for testing an input/output functional board is provided. The method includes the steps of: obtaining control information of the computer; testing devices coupled with the input/output functional board by using the control information; and determining whether the devices work normally according to test results. A related system is also disclosed.

Method for testing an input/output functional board

A computer-aided manufacturing system for sheet-metal punching includes client computers (), a server (), and a database (). The client computers are used for transmitting client drawings to the server, and obtaining machining drawings from the server. The database is used for storing the client drawings, punching tool information, turret information, punching tool layout information, relevant production management information, machining drawings of workpieces, and statements for control of machining processes. The server is connected to a production management system () through a network (), and is used for automatically selecting, mounting and laying out punching tools, optimizing turrets, simulating machining of workpieces, and exporting CNC (computer numerical control) code files, types of machines, machining information on workpieces and materials of the workpieces to the production management system in order to have statements for control of relevant machining processes generated. A related computer-aided manufacturing method for sheet-metal punching is also provided.

Computer-aided manufacturing system and method for sheet-metal punching

An apparatus () for automatically laying out punching tools on a turret is used in a computer-aided manufacturing system for sheet-metal punching. The system includes a server (), a database (), and client computers (). The apparatus resides in the server, and is used for receiving drawings from the client computers to obtain information on workpieces, selecting punching tools in accordance with sizes and shapes of each type of drawing entity of the workpieces and in accordance with materials of the workpieces and machining allowances set by users, selecting a corresponding tool station on the turret for each of the selected punching tools in accordance with a type of the turret and specifications of the selected punching tool, mounting each punching tool on the corresponding tool station, selecting an optimum manufacturing path for each punching tool, and recording punching tool layout information. A related method is also provided.

Automatic tool layout apparatus and method

Growing community of inventors

Shenzhen, China

Wei Shao