Abstract: A vehicle surveillance system for installation in a parking area includes an image capture device, a calculating unit and an alarm processing unit. The image capture device is provided for capturing image data from the parking area. The calculating unit is coupled to the image capture device for detecting whether an abnormal event of the vehicle occurs in the parking area or not. The alarm processing unit is coupled to the calculating unit and includes an alert notification module. The alert notification module is configured to be activated when the abnormal event of the vehicle is detected by the calculating unit.

Abstract: An assembly of a die ejecting device and an image capture device includes: an ejector main body; the die ejecting device provided on the ejector main body and configured for ejecting a die adhered to a tape; and the image capture device provided inside the die ejecting device and including: an image capture element for taking images of the ejected die; and an internal light source. Thus, not only can images be simultaneously taken of a die in a wafer and a waiting-to-be-bonded position, but also subsequent die testing and position calibration are made easy. The die can be directly bonded to a die bonding position on a substrate from below, thereby sparing the programs and mechanisms otherwise required for conveying the die with a pick-and-place arm. Consequently, the die transportation time and overall bonding cycle time are shortened, and the production capacity of the die bonding machine is enhanced.

Abstract: A surveillance system for monitoring mental concentration of a worker, capable of being installed in a control room, includes: an image capture device for capturing eye images of the worker; an inspection unit coupled to the image capture device for inspecting motion status of an eye of the worker and calculating positions of a screen where the eye stares; and an analysis unit coupled to the inspection unit and configured to analyze the calculated position information transferred from the inspection unit in order to identify the mental concentration and quality of the worker.

Abstract: A lighting control system for controlling a luminaire includes detection module and a control unit. The detection module is configured to detect traffic flow of a road and ambient light along the road. The control unit coupled with the detection module is configured to receive a detection result of the detection module and generate a control signal according to the detection result and a preset data stored therein for controlling illumination of the luminaire.

Abstract: A system and methodology that counts a number of moving objects including the pedestrians within predetermined areas. According to certain embodiments, a system comprises an image sensing device and a data processing device. The image sensing device is situated at a predetermined area. The image sensing device retrieves a series of images of the moving objects within the predetermined area. The data processing device is coupled to the image sensing device. The data processing device processes the retrieved image to generate a dynamic background of the first predetermined area and determine a flow of the moving objects thereon.

Abstract: A system and methodology that counts a number of moving objects including the pedestrians within predetermined areas. According to certain embodiments, a system comprises an image sensing device and a data processing device. The image sensing device is situated at a predetermined area. The image sensing device retrieves a series of images of the moving objects within the predetermined area. The data processing device is coupled to the image sensing device. The data processing device processes the retrieved image to generate a dynamic background of the first predetermined area and determine a flow of the moving objects thereon.

Abstract: A control module is used with a projector projecting an image frame having at least one icon from a computer onto a screen, and an optical pointer projecting an optical cursor onto the screen, and obtains a close-loop optical track of the optical cursor based on positions of the optical cursor in a series of images of the projected image frame and the optical cursor captured by an image capturing device, selects an image portion of one captured image based on the close-loop optical track of the optical cursor to serve as a standard sample image, compares the standard sample image with the image frame to determine an image block from the image frame most similar to the standard sample image, and generates a control signal based on the image block to control the computer to execute a command associated with at most one icon contained in the image block.

Abstract: A winding type flexible printed circuit board tape transferring system includes tape let-off wheel unit, a tape take-up wheel unit, two idle wheel units adapted to guide movement of the flexible printed circuit board tape from the tape let-off wheel unit to the tape take-up wheel unit, a tension control wheel unit adapted to control the tension of the flexible printed circuit board tape being transferred from the tape let-off wheel unit to the tape take-up wheel unit, and at least one work wheel unit adapted to rotate a respective rotary encoder upon movement of the flexible printed circuit board tape, enabling the rotary encoder to output a signal to a control unit indicative of the position of the flexible printed circuit board tape.