Abstract: An interactive augmented reality system includes an interactive object and a portable communication device. The communication device includes a control module, an image capture module and a communication module. The control module controls and operates the portable communication device and the interactive object. The image capture module is connected with the control module to capture an image of the interactive object. The communication module is connected with the control module to exchange information with interactive object. The control module computes and rebuilds the image, and then overlays the image on a virtual scene generated by the control module. As a result, an augmented reality image is generated, and an action signal is transmitted to the interactive object by the portable communication device, such that the interactive object executes a preset action according to the action signal. The system attracts users, reduces the operation difficulty, and enhances the user experiences.

Abstract: A wireless communication system includes a first wireless communication module and a second wireless communication module. The first wireless communication module includes at least one wireless receiving/transmitting processing unit configured to receive, transmit and process a data flow including a multimedia data packet and a control data packet. The second wireless communication module includes at least one wireless receiving/transmitting processing unit and a multimedia data outputting unit. The control data packet of the data flow includes a first remote control data packet and a second remote control data packet. The second wireless communication module is remotely controlled by the first wireless communication module according to the first remote control data packet. The first wireless communication module is remotely controlled by the second wireless communication module according to the second remote control data packet.

Abstract: A human-machine interaction system is provided for executing a script. The human-machine interaction system includes a display device, a mechanical device, a sensing module and a processing module. The display device is used for showing an interactive image within an interactive zone. The mechanical device is movable within the interactive zone. The sensing module is used for receiving an input action within the interactive zone. The processing module is electrically connected with the display device, the sensing module and the mechanical device. According to the input action and the script, the processing module controls operations of the mechanical device and controls the display device to update the interactive image. By the inventive human-machine interaction system, the physical and virtual interactive elements can be integrated to provide the user with a new operating mode.

Abstract: A projection system includes an image projector, an invisible light transmitter and an invisible light sensor. The image projector is used for projecting a projection image on a physical plane. The invisible light transmitter is used for generating an invisible light plane, which is parallel with the physical plane. The invisible light sensor is in communication with the image projector. When a pointing object is placed on a touching point, an invisible light beam reflected from the pointing object is received by the invisible light sensor. According to the invisible light beam, a sensing signal indicative of a spatial coordinate position of the touching point is acquired and transmitted to the image projector. The image projector recognizes and calculates the spatial coordinate position of the touching point according to the sensing signal and performs a controlling action according to the spatial coordinate position.