Wistron Corporation

I Mosa Corp.

Yen-Ting Lin

Po-Liang Huang

Yu-Yen Chen

Wei-Kuo Kan

Chia-Chang Hou

A therapeutic bra structure includes a bra body having a bra layered member and a side bra layered member on both sides of the bra layered member separately, a fastener assembly or adhesive assembly combined with a distal edge of the side bra layered member and an elastic adjusting assembly having two elastic adjusting layers. Each elastic adjusting layer has an elastic and permeable layered member, and the two elastic adjusting layers are fixed to an inner side of the bra layered member, and an end adhesive assembly is provided at an outer edge of the elastic adjusting layers for the purpose of combining and positioning. This structure allows users to adjust the elasticity and has the effects of healing the wound stably, facilitating the use and installation of a drainage tube or an artificial blood vessel, and ensuring the safety of wearing bra after breast surgery.

Therapeutic bra structure

An optical touch system including an optical touch apparatus and an optical touch stylus is provided. The optical touch apparatus includes a curved operation surface and a plurality of optical sensors. The curved operation surface has a vertex. The optical touch stylus performs a touch operation on the curved operation surface, and has a tip portion for generating a light signal. The optical sensors are arranged on a side of the curved operation surface based on a reference line. The optical sensors are configured to receive the light signal to sense the touch operation of the optical touch stylus performed on the curved operation surface. A surface sag exists between each of the optical sensors and the vertex. A difference between a tip length of the optical touch stylus and a distance of two selected surface sags is not smaller than a region parameter of the optical touch system.

Optical touch system and optical touch apparatus thereof

An optical touch device and a touch detecting method using the same are provided. The optical touch device is suitable for use with a touch surface and includes a control unit and first to fourth optical capturing units. The first to fourth optical capturing units are disposed on a side of the optical touch device close to the touch surface. The first to fourth optical capturing units are respectively disposed at predetermined distances from the touch surface and are disposed based on predetermined angles. A touch covering area of each of the first to fourth optical capturing units is obtained respectively based on the predetermined distance and the predetermined angle. The touch covering area is positively correlated to the predetermined distance. At least one touch point on the touch surface is calculated by the control unit based on optical sensing information captured by the first to fourth optical capturing units.

Optical touch device and touch detecting method using the same

A calibration method suitable for calibrating a light transceiver module includes: disposing a plurality of reflective regions, a plurality of light-absorbing regions and a feature region beside the light transceiver module; making the light transceiver module emit light toward the reflective regions, the light-absorbing regions and the feature region and sensing the images of the reflective regions, the light-absorbing regions and the feature region; comparing the actual orientations of the reflective regions, the light-absorbing regions and the feature region with the positions of the images formed by the reflective regions, the light-absorbing regions and the feature region on an image sensing surface of the light transceiver module so as to calibrate the actual orientations corresponding to the positions on the image sensing surface.

Calibration method

A jig for calibrating a light transceiver module includes a disposition region for the light transceiver module on which the light transceiver module is suitably disposed and an arc structure, which takes the position of the disposition region for the light transceiver module as a circle center thereof and includes reflective regions, light-absorbing regions and a feature region. The reflective regions and light-absorbing regions are alternately arranged, and the feature region is a region for reflection or for absorbing light. When the feature region is the region for reflection, the width of the region for reflection is different from the width of each the reflective region, and when the feature region is the region for absorbing light, the width of the region for absorbing light is different from width of each of the light-absorbing regions. A calibration method is also provided.

Growing community of inventors

Taipei, Taiwan

Yen-Ting Lin