Chicony Electronics Co., Ltd.

Vivotek Inc.

Elite Semiconductor Memory Technology, Inc

Dell Products Inc.

Hon Hai Precision Industry Co., Ltd.

Tsinghua University

Wistron Corporation

Acer Inc.

Lite-on Semiconductor Corporation

Other

Mediatek Corporation

Zippy Technology Corporation

Moxa Inc.

Taidoc Technology Corporation

Lihpao Life Science Corp.

Chih-Hao Chen

Mitsuo Horiuchi

Wen-Pin Huang

Wei-Kai Tang

Nen-Fu Huang

Erh-Chieh Chang

Chin-Wen Chou

Timothy Carlyle Shaw

Geroncio Ong Tan

Chin-Chih Lin

Yu-Yuan Chang

Chin-Chung Wu

Jau-Yu Chen

Chao-Yen Lin

Chung-Shan Kuo

Yung-Hsin Huang

Chia-Chi Wu

Li-Chi Huang

Yong-Teng Lin

Maria Carmen Schlesener

Chun-Lung Su

Szu-Hsing Cheng

Chen-Hsuan Lee

Yu-Wei Liu

Chi-Chun Chiang

Keng-Ming Huang

Meng-Kun Chen

Chung-Jen Chen

Chia-Lan Chang

Meng-Ju Lee

Yu-Hsien Huang

Chia-Hsiung Hsueh

Yu-Tsun Nien

Chih-Hou Chien

Yi-Ning Shen

Wen-Chou Tsai

Ming-Hong Fang

Jen-Yen Wang

Guo-Jyun Chiou

Sheng-Hsiang Fu

No-Hua Chuang

Tien-Jung Tsai

Chia-Lin Wu

Kang Ming Chuang

Tzeng-Ju Hsue

He-Kai Zhang

Yung-Feng Chiu

Jia Hong Shih

Heng-Chang Pai

Surveillance camera

A keyboard device includes a substrate, a keycap on the substrate, a first link member connected between the substrate and the keycap and is adjacent to the first side portion of the keycap, and a second link member connected between the substrate and the keycap and is adjacent to the second side portion of the keycap. The two first short swing arms of the first link member are respectively connected to two ends of the first pivot arm of the first link member. A length of each first short swing arm is less than half of a length of the first pivot arm. The two second short swing arms of the second link member are respectively connected to two ends of the second pivot arm of the second link member. A length of each second short swing arm is less than half of a length of the second pivot arm.

Keyboard device

An adjustable wireless accessible point includes a base, a plurality of antenna modules and an antenna driving module. The plurality of antenna modules are movably disposed on the base and for emitting or receiving wireless signals. The antenna driving module is movably connected to the plurality of antenna modules and for driving the plurality of antenna modules to synchronously move relative to the base, so as to achieve a purpose of adjusting a radiation pattern of the adjustable wireless accessible point.

Adjustable wireless accessible point

A memory device includes a plurality of memory blocks and each memory block includes a plurality of columns of memory cells. Each column of memory cells is coupled to a corresponding bit line. Upon completion of a power-up sequence, detect if a current leakage of corresponding columns in a group of memory blocks is greater than a predetermined level. If the current leakage of the corresponding columns in the group of memory blocks is greater than the predetermined level, perform an over-erasure correction on the corresponding columns.

Power-on over-erasure correction method and memory device utilizing same

A wireless docking station is disclosed. The wireless docking station is used for arranging a stylus for signal transmission with an external electronic device. The stylus includes an image capturing module and a first connection port. The wireless docking station includes a placement, a second connection port, a wireless transmission module, a microphone, and a speaker. The placement is used for placing the stylus. The wireless transmission module is connected to the external electronic device, when the image capturing module captures an image, the wireless transmission module transmits the image to the external electronic device. The microphone is used for receiving an external sound signal and transmitting the external sound signal to the external electronic device via the wireless transmission module. The speaker is used for receiving and outputting an output sound signal from the external electronic device via the wireless transmission module.

Wireless docking station

Systems and methods for a hack-proof security keyboard are described. In some embodiments, a keyboard module may include a first circuit configured to detect activation of a plurality of keys and a second circuit configured to detect activation of a subset of the plurality of keys, where the second circuit overlies the first circuit. In other embodiments, a method may include detecting an electrical signal received from a secondary membrane of a keyboard, where the keyboard includes a primary membrane configured to detect individual activation of any of a plurality of keys, and where the secondary membrane is configured to output the electrical signal in response to concurrent activation of a subset of the plurality of keys. The method may also include performing a selected action in response to the detection.

Hack-proof security keyboard

A keyboard includes a first substrate, a second substrate, a keyswitch circuit, a connecting member, and a keyswitch assembly. The first substrate has a first through hole. The second substrate is disposed on the first substrate and has a second through hole. The second through hole is connected to the first through hole and located within an inner edge of the first through hole. The keyswitch circuit is disposed on one of the first substrate and the second substrate. The connecting member is engaged with the second through hole and extended onto a bottom surface of the second substrate facing toward the first substrate. The keyswitch assembly is located on a top surface of the second substrate facing away from the first substrate, connected to the connecting member, and configured to trigger the keyswitch circuit.

Keyboard

The present application discloses a keyboard, which includes a base plate and a thin film circuit board. The base plate includes a first part, a second part and an inclined part. The first part has a first limiting portion and a second limiting portion, the second part has a third limiting portion. The thin film circuit board includes a first region, a second region and at least one connecting portion. The first region is located on the first part, and the first region has at least one opening. The first limiting portion and the second limiting portion are disposed in said opening. The second region is located on the second part, and the second region has at least one opening. The connecting portion is located on the inclined part, and the third limiting portion is passed through the opening of the second part and propped against the connecting portion.

A keyboard is disclosed, which includes a base plate and a thin film circuit board. The base plate includes a first part, a second part, and an inclined part. Two edges of the inclined part are connected to the first part and the second part, respectively. The inclined part includes a hollow portion. The thin film circuit board is disposed on the base plate and includes a first region, a second region, and a connecting portion. The connecting portion has a first connecting end, a second connecting end, and an inclined segment. The first connecting end is connected to the first region; the second connecting end is connected to the second region. The first connecting end and the second connecting end correspond to different positions on an axial direction. Moreover, part of the inclined segment is located in the hollow portion.

An erasing method used in a flash memory having memory blocks is illustrated, each of the memory blocks is divided into a plurality of memory sectors, and steps of the erasing method is illustrated as follows. An erasing and verifying process is performed sequentially on the memory blocks or the memory sectors of the memory block according to a memory sector enable signal. An over-erased correcting and verifying process is performed sequentially on the memory blocks or the memory sectors of the memory block according to the memory sector enable signal, wherein the memory sector enable signal is set to be asserted if an over-erased correction is performed on at least one of the memory blocks or at least one of the memory sectors of the memory block.

Erasing method used in flash memory

An erasing method used in a flash memory comprising at least one memory block divided into a plurality of memory sectors is illustrated. Whether the memory block or the memory sector corresponding to an address has at least one under-erased transistor memory cell according to a sector enable signal is verified, wherein the sector enable signal is determined according to whether the memory block has at least one over-erased transistor memory cell. The transistor memory cells of the memory block or the memory sector will be erased according to the sector enable signal if the memory block or the memory sector corresponding to the address that has the under-erased transistor memory cell.

Erasing method for flash memory using a memory management apparatus

The present invention provides a primer set and a kit containing same for analyzing a sequence of an MLH1 DNA, an MLH1 mRNA, and/or a cDNA sequence derived from said MLH1 mRNA of a subject to identify a V384 alteration of an MLH1 gene encoded protein.

Kit for cancer detection

A surveillance system includes a ring-shaped track, a first support frame, at least one first roller, at least one second roller and a lens module. The ring-shaped track has an outside flanged portion and an inside flanged portion. The at least one first roller is disposed on the first support frame and leans against the outside flanged portion. The at least one second roller is disposed on the first support frame and leans against the inside flanged portion, such that the ring-shaped track is sandwiched in between the at least one first roller and the at least one second roller. The lens module is disposed on the first support frame.

Surveillance system and surveillance device

Power supply

Growing community of inventors

Taipei, Taiwan

Chih-Hao Chen