Foxconn Technology Co., Ltd.

Fu Zhun Precision Industry (shen Zhen) Co., Ltd.

Hon Hai Precision Industry Co., Ltd.

Foxconn Precision Components Co., Ltd.

Mediatek Corporation

Champ Tech Optical (foshan) Corporation

Dongguan Apac Biotechnology Co., Ltd.

Foxcomm Technology Co., Ltd.

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

Goldtek Technology Co., Ltd.

Fu Zhun Precision Industry Co., Ltd.

Fu Zhun Industry (shen Zhen) Co., Ltd.

Fu Zhun Prexision Industry (shan Zhen) Co., Ltd.

Chun-Chi Chen

Shi-Wen Zhou

Meng Fu

Shih-Hsun Wung

Guang Yu

Yi-Qiang Wu

Hsieh-Kun Lee

Guo Chen

Dong-Bo Zheng

Yong-Dong Chen

Peng Liu

Zhan Wu

Gen-Ping Deng

Hong-Cheng Yang

Jin-Biao Liu

Da-Yuan Zhou

Hsieh Kun Lee

Bo-Yong Yang

Shin-Hsuu Wung

Shou-Biao Xu

Xu-Xin Min

Wei Li

Jun Cao

Hui-Lin Lai

Cheng-Yen Lin

Tzu-Hui Wu

Ya-Shan Cheng

Jian-Wen Huang

Rey-Ting Guo

Zhi-Sheng Lian

Ping-An Yang

Chi Liang

Chin Hsien Lan

Yi-Jiun Li

He-Ping Liu

Yu Huang

Lei Cao

Jianjun Zhang

Bao-Chun Chen

Ting-Yung Huang

Liang-Hui Zhao

Wei-Le Wu

Zhao Jin

Chin-Che Hung

I-Hsuan Lin

Cheng-Bin Zheng

Xin-Lei Liu

Pin-Qun Zhao

Bang-Jie Xie

Xu Li

Cheng-Tien Lai

Li He

Min Li

Zhi-Yong Zhou

Lei Jiang

Xue-Wen Peng

Chun-Ming Kuo

Zhigang Liu

Sheng-Fu Hsu

Feng Hu

Yen-Ching Lee

Keng-Jan Hsiao

Song-Yu Yang

Yi Wu

Wen-Chi Chao

Wei Yuan

Wu Li

Wei-Cheng Nie

Tsung-Yu Ko

Qiao-Long Chen

Cheng Kong

Feng Jin

Qing-Song Xu

Xing-Hua He

Po-Sheng Wang

Chih-Yung Chang

Wen-Huei Yang

Er-Wei Ruan

Yong-Xin Chen

Zheng-Wen Lv

Zi-Fu Yang

Bing-Wen Zhou

Hong-Wei Du

Cheng-Bin Feng

Jian-Hong Hu

Winsan Peng

JianJun Zhang

Ai-Hua Li

A method for exchanging data among several enterprise management systems includes receiving and processing data sent by a first system, and recording a task of writing data to a second system in a database of an electronic device, and setting the recorded task as unfinished task. A list of unfinished tasks is acquired from the database in predetermined time period, and a result of query can be generated by searching or interrogating the second system as to the list of unfinished tasks. When the second system has finished the task, the task for writing data in the second system is set as finished.

Electronic device and method for exchanging data among enterprise management systems

A lighting device which is controllable in respect of color temperature as well as brightness has a control circuit electrically coupled to AC voltage source. The control circuit includes first and second control circuits, the first control circuit turns the light emitting device on and off and adjusts brightness of the light emitting device. The second control circuit determines whether the AC voltage source is on during a predetermined period, and if determined to be on, adjusts color temperature of the light emitting device.

Control circuit and lighting device with control circuit

A xylosidase having improved enzymatic activity is disclosed. The amino acid sequence of the xylosidase is a modified amino acid sequence of SEQ ID NO: 2, wherein the modification is a substitution of phenylalanine at position 35 with glutamate, and/or a substitution of glutamine at position 41 with histidine.

Xylosidase having improved enzymatic activity

A glucose oxidase having improved thermostability is disclosed. The amino acid sequence of the glucose oxidase is a modified amino acid sequence of SEQ ID NO: 2, wherein the modification is a substitution of glutamate at position 129 with proline, and/or a substitution of glutamine at position 243 with valine.

Glucose oxidase having improved thermostability

A cellulase having improved enzymatic activity is disclosed. The cellulase comprises a modified amino acid sequence of SEQ ID NO: 2, wherein the modification is a substitution of Tyrosine at position 161 with Histidine.

Cellulase having improved enzymatic activity

A light emitting diode (LED) street lamp control system includes a control module and an LED street lamp unit coupled with the control module. The control module includes a dimmer module, a driving module, and a light source module coupled with the driving module. The dimmer module is coupled with the control module and receives a signal from the control module. The dimmer module also can transmit a signal to the control module. The dimmer module is coupled to the driving module by an access module to control the driving module to control the light source module.

Light emitting diode street lamp control system

An output circuit is provided and includes first and second output stage elements, a detection circuit, a control circuit, and a first pre-driver. The first and second output stage elements are coupled in series between a power terminal and the ground terminal. The detection circuit detect whether an electrostatic discharge event occurs at an output terminal between the two output stage elements to generate a control signal. The control circuit controls a state of the first output stage element when the control circuit is enabled according to the control signal. The first pre-driver controls the state of the first output stage element when the first per-driver is enabled according to the control signal. When the detection circuit detects that the electrostatic discharge event occurs at the output terminal, the control circuit is enabled to turn on the first output stage element, and the first pre-driver is disabled.

Output circuits with electrostatic discharge protection

An exemplary method for manufacturing a heat sink includes steps: providing a base with a plurality of spaced protrusions formed thereon; providing a plurality of fins and bending a distal end of each fin to form a connecting end; fitting each fin between two adjacent protrusions correspondingly and attaching the connecting end of each fin to the base; and deforming each protrusion to press the connecting ends of two adjacent fins.

Method for manufacturing a heat sink

A driving circuit is provided. The driving circuit is capable of driving a load coupled to an output node of the driving circuit. The driving circuit includes an output-stage element, a first N-type metal-oxide-semiconductor (NMOS) transistor, and a first P-type metal-oxide-semiconductor (PMOS) transistor. The output-stage element is coupled between an operation voltage source and the output node. The first NMOS transistor has a gate, a drain coupled to the output node, and a source coupled to a ground. The first PMOS transistor has a gate, a drain coupled to the ground, and a source coupled to the output node. When the first NMOS transistor begins to be turned off, the first PMOS transistor is turned on, and a voltage at the drain of the first NMOS transistor is clamped to be lower than a breakdown trigger voltage of the first NMOS transistor.

Driving circuits with power MOS breakdown protection and driving methods thereof

An exemplary heat dissipation apparatus includes a number of fins and a heat pipe. Each fin defines a through hole therein. A collar extends from each fin at an edge of the through hole. The collar inclines toward a center of the through hole. An inner diameter of the collar gradually decreases along a direction away form the fin. A diameter of the heat pipe is larger than a minimum inner diameter of the collar when the collar in a natural state. When the heat pipe extends through the through hole of the fin, the collar is pushed by the heat pipe to expand outwardly, so that the heat pipe intimately contacts an inner face of the collar.

Heat dissipation apparatus with heat pipe

A clock generator utilized for providing a clock signal includes: a first oscillator and a switching circuit. The switching circuit is coupled to the first oscillator and a second oscillator, and utilized for receiving a first oscillating signal generated from the first oscillator and a second oscillating signal generated from the second oscillator, and selecting one of the first oscillating signal and the second oscillating signal as the clock signal according to a status signal.

Clock generator and method of generating clock signal

An exemplary heat dissipation device includes a base plate, two fin groups, a core, a fan holder coupled to a top of the core, a fan located over the fin groups and secured by the fan holder, and two heat pipes. The two fin groups cooperate to define a central hole in a center thereof and have a plurality of fins extending radially and outwardly from the central hole. The core is placed on the base plate and received in the central hole. Each heat pipe comprises an evaporation section sandwiched between the core and the base plate, an arc-shaped condensation section sandwiched between the two fin groups and an adiabatic section connecting the evaporation section and the condensation section.

Heat dissipation device

An exemplary heat dissipation device dissipating heat generated by an electronic element mounted on a printed circuit board includes a supporter, a heat conducting base, a first fin assembly and a heat pipe. The heat conducting base is securely attached to a bottom side of the supporter and thermally contacting the electronic element. The first fin assembly is securely attached to a top side of the supporter. The heat pipe includes an evaporator sandwiched between the supporter and the heat conducting base, and a condenser extending through the supporter and extending in the first fin assembly.

Heat dissipation device with heat pipe

An exemplary heat dissipation device includes a connecting plate, a first heat sink, a second heat sink, and a second flattened heat pipe. The first heat sink includes a substrate mounted on a bottom of the connecting plate and a plurality of cylindrical pins inserted in the connecting plate and contacting the substrate. The second heat sink includes a heat spreader and a plurality of rectangular solid fins integrally extending from the heat spreader. The heat spreader engages in the connecting plate. The heat pipe thermally connects the substrate of the first heat sink and the second heat spreader of the second heat sink.

Heat dissipation device with multiple heat sinks

A heat dissipation device includes a plurality of fins, a plurality of heat pipes connected to the fins in a thermal conductive relationship and a plurality of electric conductors extending through the fins. The fins are stacked together and spaced from each other. The heat pipes are extended through the fins. The electric conductors are electrically connected to the fins to enable consistent metal oxide films to be formed all over surfaces of the fins when anodizing the fins.

Heat dissipation device and method for manufacturing the same

Growing community of inventors

Taipei Hsien, Taiwan

Chun-Chi Chen