TH9897A3 - Sliding mechanism for battery processing - Google Patents

Abstract

DC60 (23/06/57) The sliding mechanism for battery processing includes a base; a first sliding seat that moves in the first direction and is movable mounted on the base; a second sliding seat that moves in a second direction perpendicular to the first direction and is movable mounted on the first sliding seat; a first drive mechanism for driving the first sliding seat; a second sliding seat for driving the second sliding seat; and a linkage assembly with one end fixed to the second sliding seat and the other end moving along the first sliding seat and the base and connecting to the processing unit, which can move in the first and second directions in relation to the first and second drive mechanisms. Thus, the processing unit can move in two different directions in relation to the first and second sliding mechanisms. The sliding mechanism for battery processing includes a base; a first sliding seat that moves in the first direction and is movable mounted on the base; and a second movable sliding seat. In the second direction, perpendicular to the first direction and mounted movably on the first sliding seat, the first drive mechanism propels the first sliding seat, the second sliding seat propels the second sliding seat, and a linkage assembly with one end fixed to the second sliding seat and the other end moving along the first sliding seat and base and connecting to the processing unit, which can move in the first and second directions in relation to the first and second drive mechanisms. Thus, the processing unit can move in two different directions in relation to the first and second sliding mechanisms.

Claims (1)

1. Sliding mechanism, which consists of a base, which is a combination of one sliding seat with a first propeller and a combination of a sliding seat. The second with the second thrusters was placed on it. Where the slider mechanism is intended to drive the processor unit that transforms the battery in motion. Which has the characteristics that One of the sliding seats will be placed for movable installation. It is a straight line on the base with one sliding seat movement direction being the first. The second slide-out seat will be installed in a movable manner. It is a straight line on the first sliding seat, with the second sliding seat in combination with the first sliding seat may move in the first direction, the second sliding seat may move in two directions. It is independent of the first sliding seat, and the second direction is perpendicular to the first direction. The first propulsion mechanism is positioned on the base and connected to the first propulsion seat, where the first propulsion mechanism propels the first sliding seat and the second sliding seat in a straight motion. in Direction one The second propulsion mechanism is positioned over one sliding seat and is connected to the second sliding seat where the second propulsion mechanism drives the second sliding seat in a straight line. In the second direction and the sliding mechanism is also equipped with a link rod assembly with one end fixed to the seat. The second sliding And the other end will pass through the one sliding seat and the base and It is connected to the processing unit where the first slide seat base and the second sliding seat are stacked in the overlapping state, and the processor unit can be operated in connection with the first thrusters and the mechanism Thrust at Two, which provides for the thrusters operation And work in connection with the movement of the sliding seats at one And a second sliding seat To provide a linear travel distance in the first and second directions on the in The same horizontal line was created.