Clamp assembling machine

Abstract

The invention discloses a clamp assembling machine. The clamp assembling machine comprises a rotary table provided with four stations. At the first station, a standing inner clamp body provided with movable overlapping lap joint openings is pushed down, then conveyed into a clamping base on the rotary table in a flat lying mode and compressed through a movable side pressing block so that the diameter of the inner clamp body can be smaller than that of an outer clamp body; at the second station, the outer clamp body lying flat is clamped by a manipulator to be placed on the inner clamp body in the clamping base, and the outer clamp body is partially arranged outside the inner clamp body in a sleeving mode; at the third station, a pressing plate is arranged to exert vertically downward pressure on the outer clamp body so that the outer clamp body half arranged outside the inner clamp body in the sleeving mode can be completely pressed outside the inner clamp body, and the assembled clamp is formed; at the fourth station, a discharging manipulator is arranged, and the assembled clamp is clamped out of the clamping base through the discharging manipulator. According to the clamp assembling machine, automatic assembling of the inner clamp body and the outer clamp body are achieved; the multiple stations work at the same time, and accordingly working efficiency is improved, and production cost is reduced; it can be guaranteed that the lap joint openings of the assembled inner clamp body face the same direction, and mistakes caused by manual operation are avoided.

Description

technical field [0001] The invention relates to an assembly device, in particular to a clip assembly machine. Background technique [0002] For two clamps that are nested together, because the inner hoop has a non-fixed diameter and has a stacked and movable joint, the operator usually pre-tightens the inner hoop manually during assembly to make the diameter less than Then the inner hoop can be placed in the outer hoop. After the pre-compression force is removed, the inner hoop expands outwards and is stuck in the outer hoop to realize assembly. However, this manual assembly method has low work efficiency and increases labor and production costs. On the other hand, when assembling the clamp, it is required that the direction of the lap joint of the inner clamp is consistent with the direction of the screw head of the outer clamp. Therefore, the operator needs to keep the same direction when assembling, which further reduces the work efficiency of the operator, and the manua...

AI Technical Summary

Problems solved by technology

However, this manual assembly method has low work efficiency and increases labor and production costs.

On the other hand, when assembling the clamp, it is required that the direction of the lap joint of the inner clamp is consistent with the direction of the screw head of the outer clamp. Therefore, the operator needs to keep the same direction when assembling, which further reduces the work efficiency of the operator, and the manual Unavoidable when operating will lead to wrong direction

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