Opto Tech Corporation

Oriental System Technology Inc.

Metrodyne Co., Ltd.

Asda Technology Co., Ltd.

Kai-Feng Huang

San-Bao Lin

Jin-Shown Shie

Ming-Der Lin

Simon Tsao

James Huang

Clark Liang

Jerry You

Ping-Kuo Weng

Mang Ou-Yang

Kuochou Tai

Shuenn-Tsong Young

Pao-Ting Lin

Gwo-Dawn Chang

Chein-Hsun Wang

A light device with multiple LED light sources includes a metal conductive plate and a plurality of LED elements. The metal conductive plate consists of plural plate members, and a slot is defined between every two adjacent plate members for physically separating the two adjacent plate members. Each LED element is electrically connected to the plate members disposed at two sides of the slot. The LED elements are electrically connected in series or in parallel through the plate members disposed at the two sides of the slot.

Light device with multiple LED light sources

The present invention provides an indicating device for menstruation that is easy to utilize, fast and accurate in measuring temperatures. It comprises: a temperature measuring sensor to measure basal body temperatures of a user and output the measured values; a parameter-inputting means for inputting user-inputting parameters; a microprocessor for storing the basal body temperatures from the temperature measuring sensor, and storing the user-inputting parameters from the parameter-inputting means, then using a mathematical method to estimate the user's monthly gynecophysiological factors in accordance with the basal body temperatures and the user-inputting parameters; and a display means to display the user's monthly gynecophysiological factors estimated by the microprocessor. The indicating device for menstruation uses a mathematical method including weighting coefficients to estimate a user's monthly gynecophysiological factors more accurately.

Indicating method for menstruation

A vertical cavity surface-emitting laser package comprising: a first lead frame and a second lead frame, wherein the signal is inputted from the first lead frame and connected to ground through the second lead frame, and the two lead frames are approximately parallel to each other; a vertical cavity surface-emitting laser diode, disposed above the front portion of the first lead frame and connected to the front portion of the second lead frame via a bonding wire; and epoxy resin packing the space around the front portions of the first and second lead frames, the vertical cavity surface-emitting laser diode, and the bonding wire for fixing and protecting them from damages. Besides, the optical fiber can be connected to interior of the package via top surface of the epoxy resin to guide signals in or out; or grating is utilized to reflect the light emitted from the vertical cavity surface-emitting laser diode, and a light detector is utilized to receive the reflected light such that automatic power control can be performed according to the reflected light received.

Vertical cavity surface-emitting laser package

An absolute radiation thermometer capable of evaluating the absolute value of infrared radiation power emitted from a target and received by a radiation sensor by means of electrical calibration, and calculating the temperature of the target basing on the responsive signal generated in the radiation sensor. To solve 'Microphonic' problem, two identical sensors connected in parallel with the polarized orientations of their pyroelectric layers being in opposite directions so as to cancel the piezoelectric signals generated in the two sensors are used. Further, by using a floating power supply, which is isolated from the system power supply of the thermometer, for performing electrical heating, power supply noise can be greatly reduced.

Absolute radiation thermometer

A structure for pyroelectric IR heat-sensing elements having a wide angle field of view is made by forming the essential heat-sensing elements and the related electronic elements into a planarized-packing configuration suitable for surface bonding. The heat-sensing elements are caused to be inclined and facing each other in a suspended structure so as to increase the sensing viewing angle.

Wide-view-angle and planarized-packing structure for IR heat sensing

Growing community of inventors

Chung Li, Taiwan

San-Bao Lin