Industrial Technology Research Institute

Auo Corporation

Institute of Transportation, Ministry of Transportation and Communications Taiwan R.o.c.

Hui-Chuan Chen

Hong-Ming Kuo

Ching-Tsung Cheng

Chen-Jyh Fan

Ming-Li Wang

Chun-Te Yu

Chia-Hao Wu

Shu-Ju Hsieh

Pei-Chia Wu

Bo-Yuan Su

Yin-Ting Lee

Chen-Ying Kao

A backlight module includes a back plate, a conductive colloid disposed on a surface of the back plate, and a lighting board. The back plate includes a positioning portion. The lighting board includes a substrate and a plurality of light-emitting components. A first surface of the substrate is divided into a light-emitting region adjacent to a first side of the substrate and a peripheral region adjacent to a second side of the substrate. The peripheral region includes a slot penetrating through the first surface and a second surface of the substrate and extending to the second side. The substrate is sleeved on and positioned to the positioning portion by the slot. The positioning portion abuts against the peripheral region. The substrate faces toward the back plate and is adhered to the conductive colloid by the second surface. A position of the conductive colloid corresponds to the light-emitting region.

Backlight module and assembly method thereof

A light source module includes a circuit substrate, a plurality of light-emitting diodes, a cover layer and a plurality of first scattering particles. The plurality of light-emitting diodes is disposed on the circuit substrate. The cover layer covers the plurality of light-emitting diodes, and an upper surface of the cover layer has a plurality of recesses, wherein orthogonal projections of the plurality of recesses on the circuit substrate overlap the circuit substrate between the plurality of light-emitting diodes. The plurality of first scattering particles is located in the plurality of recesses.

Light source module

An automatic card dispenser is disclosed, which comprising: a base provided with a standby area, an output area, and a first track and second track parallel to each other; said standby area and output area are respectively provided on each end of the first track and second track, and each side of the dispensed card are respectively put in the first track and second track, and the first track is capable of separating from the standby area and output area; a vertical lifting unit connected to the base with a card box and a vertical driver; a horizontal pushing unit connected to the base for putting the card to contact card pressing wheel provided in the output area along the second track; and a recycling unit connected to the base and provided below the first track.

Automatic card dispenser

A data converter and its converting method having both the functions of barcode technology and RFID technology, and conforming with related regulations of international civil aviation are disclosed. The data converter includes a barcode reading module, a processing module, and a reading module. The converting method includes the following steps: (1) Reading an external barcode data Sby the barcode reading module; (2) Reading the external barcode data Sread by the barcode reading module by the barcode reading module from a memory; (3) Reading the date data (preset data S) from the RTC (Real Time Clock) by the processing module; (4) Reading the data arrangement format defined within the firmware by the processing module; (5) Combining the external barcode data Sand the preset data Sin accordance with the arranged format by the processing module; (6) Writing the combined data into a register memory by the processing module; (7) Starting the RFID module by the processing module; (8) Reading the combined data from the register memory by the processing module and writing into the RFID medium memory through the RFID module.

Data converter and its converting method

A temperature tracking and monitoring system used for commodities transportation comprises a deliver unit, a control computer and a monitor and control unit. The deliver unit comprises a transportation means, at least a glove compartment, a RFID tag and a RFID reader. The glove compartment is disposed in the transportation device the RFID tag is disposed in the glove compartment and has provision for transmitting an identification code. The control computer is adapted to communicate with the RFID reader to receive a temperature signal and the identification code. The control computer transmits a positioning request signal, receives real-time position data, transforms the real-time position data into a position signal and transmitting the position signal, the temperature signal and the identification code in a specific manner. The monitor and control portion comprises a positioning device and a logistics center. The positioning device transmits the real-time position data to the control computer in response to the positioning request signal. The logistics center receives the position signal, the temperature signal and the identification code so as to acquire information of a position and a temperature of the glove compartment reading content of a local message.

Temperature tracking and monitoring system used for commodities transportation

Growing community of inventors

Hsinchu, Taiwan

Hui-Chuan Chen