Abstract: A slingshot simulator includes a housing, a trigger mechanism and an elastic band. A window is defined on the housing, a switch is arranged at one side of the window, and a connector electrically connected to the switch is disposed in the housing. The trigger mechanism is arranged on a side outer surface of the housing and at one side of the window corresponding to the switch. The trigger mechanism is able to move relative to the switch to alter an electrical status of the switch. The elastic band is connected to the trigger mechanism and able to actuate the trigger mechanism to move relative to the switch. The electrical status of the switch is altered while a user pulls the elastic band to simulate a bow-shooting operation, and a corresponding signal is delivered via the connector.

Abstract: Immersive interactive glasses include a frame body, a display host, a connecting module and at least one adjustable light-transmitting screen. The frame body includes a hollow frame, and the hollow frame has a front opening, a rear opening and a plurality of side profiles. The display host in the front opening includes a microcontroller unit (MCU). The connecting module includes a connector electrically connected with the MCU. The adjustable light-transmitting screen is electrically connected with the connector and disposed in one of the side profiles. The immersive interactive glasses controls transmission of light through the adjustable light-transmitting screen by the MCU in order to increase interactivity and ensure safety in use.

Abstract: A slingshot simulator includes a housing, a trigger mechanism and an elastic band. A window is defined on the housing, a switch is arranged at one side of the window, and a connector electrically connected to the switch is disposed in the housing. The trigger mechanism is arranged to upright on an outer surface of the housing and at one side of the window corresponding to the switch. The trigger mechanism is able to move relative to the switch to alter an electrical status of the switch. The elastic band is connected to the trigger mechanism and able to actuate the trigger mechanism to move relative to the switch. The electrical status of the switch is altered while a user pulls the elastic band to simulate a bow-shooting operation, and a corresponding signal is delivered via the connector.

Abstract: A synchronized playing system for virtual reality (VR) image adopted by a ride system includes a track and a car running along the track. The system includes a controller system, a synchronization system and a visualization system. The visualization system includes multiple VR apparatuses respectively worn by the passengers of the car. The synchronization system includes a barcode arranged on top face of the track and a proximity sensor arranged on bottom face of the car. The controller system includes a calculation unit and a wireless communication unit communicated wirelessly with the visualization system. The calculation unit generates and transmits a control signal to the visualization system based on barcode content when the car is moving and the barcode is sensed by the proximity sensor. Therefore, each VR apparatus may perform synchronizing process to current played VR video based on current position of the car.