TH9896Y - Sliding mechanism for battery processing unit. - Google Patents

Abstract

DC60 (23/06/57) The sliding mechanism for the battery processing unit includes a base; a first sliding seat, movable on the base; a second sliding seat, movable on the first sliding seat; a first drive mechanism, connected to the first sliding seat and powered to move it; a second drive mechanism, connected to the second sliding seat and powered to move it; and a third drive mechanism, mounted on the second sliding seat, with one end connected to the processing unit, and powered to move the processing unit. Thus, the processing unit can work in conjunction with the first, second, and third drive mechanisms to achieve three sliding movements in different directions, resulting in simple operation, precise positioning, and maximum overall usable space. The sliding mechanism for the battery processing unit includes a base; a first sliding seat, movable on the base; a second sliding seat, movable on the first sliding seat; The first drive mechanism is connected to the first sliding seat and is powered to move it. The second drive mechanism is connected to the second sliding seat and is powered to move it. The third drive mechanism is mounted on the second sliding seat, with one end connected to the processing unit, and is powered to move the processing unit. Thus, the processing unit can work in conjunction with the first, second, and third drive mechanisms to achieve three slides in different directions, resulting in simple operation, precise positioning, and maximizing the overall usable space.

Claims (3)

1. A sliding mechanism, assembled on a base, is constructed with combinations of the first sliding seat and the first drive mechanism; a combination of the second sliding seat and the second drive mechanism; and a combination of the third sliding seat and the third drive mechanism. The sliding mechanism drives the forming unit, with the following specific characteristics: the first sliding seat is mounted in a linear movable position on the base, with its movement direction being directional one; the second sliding seat is mounted in a linear movable position on the first sliding seat, where the second seat, along with the first, may move in directional one, and the second seat may move independently in directional two, with directional two perpendicular to directional one; the first drive mechanism is mounted on the base and connected to the first sliding seat; the second drive mechanism is mounted on the first sliding seat and connected to the second sliding seat; and the third drive mechanism is mounted on the second sliding seat and connected to the forming unit. With the base, the first sliding seat, and the second sliding seat stacked together, the first drive mechanism is used to drive the first sliding seat, the second sliding seat, the second drive mechanism, the third drive mechanism, and the transforming unit to move in sync and in a straight line in the first direction; the second drive mechanism is used to drive the second sliding seat, the third drive mechanism, and the transforming unit to move in sync and in a straight line in the second direction; and the third drive mechanism is used to drive the transforming unit to move in a straight line in the third direction; where the first, second, and third directions are perpendicular to each other, and the transforming unit has three displacement values to adjust the transforming position. 2. The sliding mechanism pursuant to claim 1, which also comprises two sets of first rails and two sets of second rails, where the first set of rails is connected to the first sliding seat and the base, and the second set of rails is connected to the first sliding seat and the second sliding seat. 3. Sliding mechanism pursuant to claim 1, whereby the first drive mechanism is integrated with a motor.