Abstract: Each of slide duct devices which are attached to actuators (38A and 38B) constituting each vibration device includes a cableveyor (42A) through which a wire/ductwork material group (WH) is inserted, a guide duct (40A), and a slide rail unit (SLU) slidably supporting the guide duct (40A). A swinging base (12) connected to the actuators (38A and 38B) has a wire/ductwork material alignment mechanism (50) enabling alignment of the wire/ductwork material group (WH) passing through the guide duct (40A) without damaging the same.

Abstract: A test device includes a base plate configured to move on a slipping floor in X-Y directions substantially parallel to the slipping floor by an air bearing, and rotate around an axis substantially perpendicular to the slipping floor, and a platform connected to the base plate by a movement connecting mechanism. The base plate is between the slipping floor and the platform. The movement mechanism connected pivotally with the base plate is configured to move on the slipping floor in the X-Y directions, and rotate around the axis. When the base plate is at substantially a center of the slipping floor's upper surface, the tips of the movement mechanism are directed to points on a circle C or points close to C, and a central angle between a line from C's center to one of the tips and a line from C's center to another tip is 120°.

Abstract: Each of slide duct devices which are attached to actuators (38A and 38B) constituting each vibration device includes a cableveyor (42A) through which a wire/ductwork material group (WH) is inserted, a guide duct (40A), and a slide rail unit (SLU) slidably supporting the guide duct (40A). A swinging base (12) connected to the actuators (38A and 38B) has a wire/ductwork material alignment mechanism (50) enabling alignment of the wire/ductwork material group (WH) passing through the guide duct (40A) without damaging the same.

Abstract: [Problem] The invention is to provide a test device, that the simulation is possible, in which the angle and the range of the velocity in the direction of Yaw are large, and in which the torque in the direction of Yaw is large, and the range of the accelerated velocity is large, and moreover, in which necessary space is small and in which the test up to a high frequency is possible by small power and in a small space.