Abstract: In a rotary dynamic simulation device and an audiovisual apparatus using the same, the rotary dynamic simulation device includes a fixed table (1), a motion mechanism (4), a carrying seat (3), and a rotation mechanism (4). The motion mechanism (2) having multiple degrees of freedom is disposed between the fixed table (1) and the carrying seat (3). The rotation mechanism (4) is disposed on the rack (5) to drive the fixed table (1) to rotate, so that the carrying seat (3) is rotatable between an entering position and a watch position of the rack (5).

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.

Abstract: A lateral dynamic simulation device includes a positioning platform (1), a motor mechanism (2) and a carriage (3). The positioning platform (1) has an upright positioned arm (10). The motor mechanism (2) has multiple degrees of freedom and comprises a base (20), a platform (21) and a plurality of stretchable bars (22) to join the base (20) and the platform (21) by the universal joints (220). The carriage (3) has a space (30) at the frontal portion for carrying passengers and a back portion (31) at the rear portion. The base (20) of the motor mechanism (2) is fixed to the arm (10) of the positioning platform (1) and the platform (21) of the motor mechanism (2) is fixed to the back portion (31) of the carriage (3).

Abstract: A lateral dynamic simulation device includes a positioning platform (1), a motor mechanism (2) and a carriage (3). The positioning platform (1) has an upright positioned arm (10). The motor mechanism (2) has multiple degrees of freedom and comprises a base (20), a platform (21) and a plurality of stretchable bars (22) to join the base (20) and the platform (21) by the universal joints (220). The carriage (3) has a space (30) at the frontal portion for carrying passengers and a back portion (31) at the rear portion. The base (20) of the motor mechanism (2) is fixed to the arm (10) of the positioning platform (1) and the platform (21) of the motor mechanism (2) is fixed to the back portion (31) of the carriage (3).

Abstract: A motion simulator has a motive device suspended in midair and having a base, a moving panel, twelve universal joints mounted on the base and the moving panel and six actuators connected to the universal joints and being retractable. A seat assembly is hung on the moving panel. Therefore, as the actuators retract, the seat assembly is moved in six degrees of freedom such as heave, sway, surge, pitch, roll and yaw. Audiences sitting on the seat assembly are hung with their feet hanging in the air and therefore feel excited and experience vivid virtual reality. Moreover, the actuators bear axial force such as drag force and thrust force and are endurable and safety.

Abstract: A motion simulator has a motive device having a base, a moving panel, twelve universal joints mounted on the base and the moving panel and six actuators connected to the universal joints and retractable. A seat assembly is mounted on the moving panel. Therefore, as the actuators retract, the seat assembly is moved in six degrees of freedom such as heave, sway, surge, pitch, roll and yaw. Audiences sitting on the seat assembly feel excited and experience a real virtual reality. Moreover, the actuators bear axial force such as drag force and thrust force and are endurable and safety.