Abstract: A haptic feedback device for steering simulation comprises a base unit and a rolling unit. The base unit includes a base, a base supporting body, a first rolling component, and a second rolling component. A roll center line is formed by the first and the second rolling components. The rolling unit includes a rolling base and a rolling supporting body. One part of the rolling base is pivotally connected to the first rolling component, and one part of the rolling supporting body is pivotally connected to the second rolling component, so that the rolling base can rotate around the roll center line and a cone rotation can be performed. A length-adjustable actuator is disposed on the rolling supporting body, so that rectilinear motion with orthogonal direction can be performed by the rolling base on the radius tangent of cone rotation.

Abstract: A haptic feedback device with steering simulation comprises a base unit, a rolling unit, a carrying unit, and a power unit. The base unit includes a base platform. The rolling unit includes a rolling base pivotally connected to the base platform, so that the rolling base opposed to the base platform can swing in leftward or rightward direction. The carrying unit includes a horizontal carriage body, and a vertical supporting body. Bottom of the vertical supporting body is pivotally connected to the rolling base, and top of the vertical supporting body is connected to the horizontal carriage body. The power unit includes a first power component controlling movement of the horizontal carriage body, and a second power unit controlling the swing of the rolling unit.

Abstract: A haptic feedback device for steering simulation comprises a base unit and a rolling unit. The base unit includes a base, a base supporting body, a first rolling component, and a second rolling component. A roll center line is formed by the first and the second rolling components. The rolling unit includes a rolling base and a rolling supporting body. One part of the rolling base is pivotally connected to the first rolling component, and one part of the rolling supporting body is pivotally connected to the second rolling component, so that the rolling base can rotate around the roll center line and a cone rotation can be performed. A length-adjustable actuator is disposed on the rolling supporting body, so that rectilinear motion with orthogonal direction can be performed by the rolling base on the radius tangent of cone rotation.

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 dynamic simulator includes a carrying platform, a movable platform, a load carrying seat, a first actuator pivotally coupled to carrying platform, and a second actuator pivotally coupled to movable platform, and an included angle is formed between the first actuator and the carrying platform, and an included angle is formed between the second actuator and the load carrying seat, and an included angle is formed between the second actuator and the first actuator, so as to simplify the dynamic simulator.

Abstract: A dynamic simulator includes a carrying platform, a movable platform, a load carrying seat, a first actuator pivotally coupled to carrying platform, and a second actuator pivotally coupled to movable platform, and an included angle is formed between the first actuator and the carrying platform, and an included angle is formed between the second actuator and the load carrying seat, and an included angle is formed between the second actuator and the first actuator, so as to simplify the dynamic simulator.