Lite-on Technology Corporation

Silitek Electronic (guangzhou) Co., Ltd.

Tien-Ho Hsu

Chen-Tsai Tsai

Hsueh-Chou Hsu

Yu-Jen Su

Hsuan-Yang Lin

Ming Te Hung

Chung-Lung Yu

Yu-Jen Tsao

Chang-Lung Yu

Shu-Yu Chiang

A de-skew mechanism, in an image forming device, with a correcting member disposed in a rotatable manner to the rotary shaft and turning with driving roller by a spring between them. A torque spring suppresses the turning of the correcting member to correct the skew of the medium. When conveyed, the medium will butt against the correcting member to be stopped and corrected. The medium conveying force and the force that the spring brings to the driving roller are sufficient for turning the correcting member and passing therethrough. At one time, the force that the correcting member brings to the medium will reduce to zero. As such, the medium will not be damaged by the correcting member while being conveyed.

De-skew mechanism

A paper pressing device for a scanning apparatus is provided, which include a scanning module and a paper track corresponding to the scanning module, wherein the paper track is provided for a paper sheet passing through. The paper pressing device includes a film and a pressing block. The film is disposed on one side of the paper track opposite to the scanning module. The pressing block is disposed on one side of the film opposite to the scanning module and presses against the film for reducing the height of the paper track above the scanning module. When the paper sheet is passes over the scanning module, the paper pressing device presses the paper sheet for maintaining the paper sheet flat while being scanned.

Paper pressing device for a scanning apparatus

An automatic document feeder for electric equipment includes an input tray, a driving mechanism, and a block mechanism. The input tray has a receiving end, a discharge end, and a first path extending from the receiving end to the discharge end. The driving mechanism includes a separating-roller shaft disposed above the input tray and in proximity to the discharge end, and a separating roller sleeved fixedly on the shaft. The blocking mechanism includes a blocking member pivotable between a blocking position whereat the blocking member is disposed on the first path, and a non-blocking position whereat the blocking member is removed from the first path. A driven arm is connected to and co-rotatable with the separating-roller shaft so as to pivot the blocking member between the blocking position and the non-blocking position.

Automatic document feeder and electric equipment having the same

An optical mechanism installed in an office machine, which has a machine base defining an internal space, and a paper-feeding mechanism arranged on the machine base, the paper-feeding mechanism having an inside receiving space and a bottom incident zone for the passing of light. The optical mechanism has an optical-path device formed of an image sensor and an optical module and mounted in the internal space inside the machine base, and a light-focusing structure mounted in the receiving space inside the paper-feeding mechanism above the incident zone for increasing optical path.

Optical mechanism for increasing optical path and office machine having said optical mechanism

An ergonomic mouse provides comfortable holding by user's palm and convenient operation by user's finger. The ergonomic mouse comprises a mouse body, a holding stick and a button member. The holding stick comprises an abutting section and a bottom pivotally assembled to a top portion of the mouse body to expose the abutting section out of the top portion. The button member is pivotally connected to a finger operation position at front end of the mouse body. The holding stick and the button member can be pivotally inclined to provide comfortable and convenient operation for user.

Growing community of inventors

Taipei, Taiwan

Tien-Ho Hsu