[LIN WEI-GANG, LIN JR-YI, TZUO SHR-YOU, LIN SHENG-FU] TW;TW;TW;TW

[LIN WEI-GANG, TZUO SHR-YOU, LIN JR-YI, LIN SHENG-FU] TW;TW;TW;TW A wireless supervision control system for medical treatment including: a modem, a central processing unit connecting to the modem for digital data transmission to the modem, a read-only memory connecting to the central processing unit, a memory connecting to the central processing unit; one or plural digital medical detective sensors connecting to the central processing unit for transmitting signals detected from the specimen to the central processing unit; a radio receiver connecting to the modem for receiving radio waves and transmitting analog signals with the modem. The supervision system is characteristic for having the function of group call code and sort code, and after affirming the group call code, it automatically reports according to the order of sort code if necessary. This invention also discloses a wireless supervision control method for medical treatment.

[XIE JIAN-XING, LIN ZHI-YI, LIN SHENG-FU, LIN YI-XING] TW Provided is a method for controlling the working time of orthopedic gypsum composition, comprising: mixing bassanite, water-based solution and hyaluronic acid and evenly stirring to form a semisolid form which can be used as injection type orthopedic gypsum, wherein the substantial weight ratio of the bassanite and such water-based solution is from 40:11 to 40:13 and the substantial weight ratio of the bassanite and the hyaluronic acid is from 500:1 to 200:3.

[ZENG QING-YING, LIN SHENG-FU, WU YU-CHIEN, ZHANG WEN-HUA, LIU XIN-YU, HUANG SHI-ZHENG, ZHENG MING-QING, CHEN ZHI-WEI, CHEN SHI-KUAN, SONG JU-YING, ZENG LIANG-YI, CHEN FANG-PING, ZHANG KUN-XIANG, LIN SHIH-HUNG, LU SHIH-CHUN, LIN SHIH-PING] TW;TW A multi-use super-critical fluid (SCF) apparatus includes: a raw material feeding assembly including a raw material storage tank and a feeding pump; a SCF control assembly including a carbon dioxide storage tank, a normal pressure pump, a booster pump, a first SCF connecting assembly, a second SCF connecting assembly, a third SCF connecting assembly, a fourth SCF connecting assembly, and a fifth SCF connecting assembly, wherein the carbon dioxide storage tank, the normal pressure pump, and the booster pump are sequentially connected in series; a temperature keeping controlling assembly including a temperature keeping fluid storage tank, a pump, a first temperature keeping connecting assembly, a second temperature keeping connecting assembly, a third temperature keeping connecting assembly, a fourth temperature keeping connecting assembly, and a five temperature keeping connecting assembly, wherein the temperature keeping fluid storage tank and the pump are sequentially connected in series; a SCF tank assembly comprising at least five sets of SCF tanks respectively includes an upper cover, a lower cover, a tank body, and a temperature keeping sleeve; and a product collecting assembly including one or a plurality of product storage tanks for collecting the products from the first SCF tank, the second SCF tank, the third SCF tank, the fourth SCF tank, and the fifth SCF tank. The upper cover of each SCF tank assembly and the upper portion of the SCF tank body thereof adopts a quick-release combination manner. The lower cover of each SCF tank assembly and the lower portion of the SCF tank body thereof adopts a quick-release combination manner.

[Wei-Kang Lin, Chih-I Lin, Shih-Yu Tsou, Sheng Fu Lin] TW Taipei An electronic frame lock includes an electronic lock and an electronic key. The electronic lock is formed of a controller, a motor, and an insertion pin. The motor receives a control signal from the controller, so as to pull or push the insertion pin to bring about the unlocking or locking effect. The electronic key transmits a signal to the controller of the electronic lock. As the signal is compared and verified by the controller, the motor is started to pull the insertion pin, so as to unlock the electronic lock.

[RAN XIAO-WEN, MENG XIN-FEI, LU JIA-RONG, LU MING-FENG, HONG SHENG-FU, ZHUANG MING-YAN, ZHANG LIANG-YOU, CHEN JIAN-NAN, GUO ZHENG-EN, LI YANG-ZHE, LIN TING-RU, GU WEN-SHENG, LIN HUAN-TENG] TW;TW;TW

[LU SHIH CHUN, LIN SHIH HUNG, LIN SHENG FU] SG

[LIN SHENG-FU, YU CHIU-LIN, HAN KAI-LUN, CHANG JENQ-YANG, WU MAO -JEN] TW

[Sheng-Fu LIN, Chiu-Lin YU, Kai-Lun HAN, Po-Kuan SHEN, Chun-Chiang YEN, Yu-Chun WANG, Jenq-Yang CHANG, Mao-Jen WU] TW Hsinchu County An image capturing system is disclosed. The image capturing system includes a mainboard, a laser device, an image sensing device, and a data processing device. The laser device is electrically connected to the mainboard, and the laser device includes a laser source. The laser source is configured to emit a laser light. The image sensing device is electrically connected to the mainboard, and the image detecting device includes an aperture and an image sensor. The reflected or scattered light of the laser light passes through the aperture to form an image. The image sensor is configured to generate an image signal according to the image. The data processing device is electrically connected to the mainboard, and the data processing device is configured to generate a liveness detection signal according to the image signal.

[LIN, Sheng-Fu, YU, Chiu-Lin, HAN, Kai-Lun, CHANG, Jenq-Yang, WU, Mao-Jen] TW,Taiwan,No. 213, Fuxing 2nd Rd., Zhubei City Hsinchu County 302; The present invention provides a liveness detection apparatus and a related authentication method. The liveness detection apparatus comprises a light emitting unit, an image sensing unit, and a data processing module. A substrate of the light emitting unit has a first inclined surface, and emitted light is reflected light of the first inclined surface. The present invention triggers an authentication process by means of an application to authenticate a user. The light emitting unit emits light of a specific pattern in a specific period, to produce a plurality of image signals. The present invention produces a plurality of liveness detection signals for determining a living body, wherein the present invention calculates each optical interference pattern from at least one sequential image signal to produce the plurality of liveness detection signals. When a liveness score of the plurality of liveness detection signals reaches a liveness threshold, the present invention further produces feature recognition data for matching, wherein the feature recognition data is produced by calculating each optical interference pattern from at least one sequential image signal. The present invention then compares the feature recognition data with previously registered data to lock or unlock the liveness detection apparatus and/or a system coupled thereto.