Automatic special label coating machine for balance shaft idle wheel assembly

Abstract

The invention relates to an automatic special label coating machine for a balance shaft idle wheel assembly. The automatic special label coating machine is characterized by comprising a rack and a workbench, a rotation base is rotationally arranged on the workbench, a first pneumatic claw is arranged on the rotation base, three clamping heads are connected with the first pneumatic claw, and a pair of first sensors are arranged on one side of the rotation base; a detection mechanism and a label coating mechanism are arranged on the part, on the front side of the rotation base, of the workbench; a feeding mechanism and a discharging mechanism are arranged above the workbench; and a feeding rotation mechanism and a discharging rotation mechanism are arranged on the two sides of the workbench. The automatic special label coating machine automatically recognizes gear and chain wheel mark holes and achieve the label coating and label coating inspection effects, the structure is novel, automatic operation is achieved, manual operation is replaced, and operation is simple and reliable; the labor intensity of operators is relieved, the production efficiency is improved, and the production cost is reduced; and meanwhile press-fitting height and relative angle of the balance shaft idle wheel assembly are checked, and the production cost is further reduced.

Description

Technical field [0001] The invention relates to a special equipment, in particular to a special automatic coating machine for a balance shaft idler assembly. Background technique [0002] Such as Picture 12 As shown, the balance shaft idler assembly is formed by press-fitting the sprocket 1'and the gear 2'. The sprocket 1'is provided with a marking hole 11', and the gear 2'is provided with a marking hole 22' for the convenience of assembly workers. To identify, it is necessary to use a white marker pen to color the tooth top corresponding to the marking hole 11' of the sprocket 1', and use a white marker pen to color the tooth top corresponding to the marking hole 22' of the gear 2' As a mark. At present, this process is done by manual marking. Operators use their eyes to identify the marking hole 11' on the sprocket 1'and the marking hole 22' on the gear 2', and then use a white marker to mark the sprocket. Paint the tooth top at the marking hole 11′ on 1′ and the tooth top at...

AI Technical Summary

Problems solved by technology

At present, this process is completed by manual marking. The operator identifies the marking hole 11' on the sprocket 1' and the marking hole 22' on the gear 2' with his eyes, and then uses a white marker to mark the sprocket. The tooth tip at the mark hole 11' on the 1' and the tooth top at the mark hole 22' on the gear 2' are painted. Due to the influence of human error and eye fatigue on this process, many wrong coatings and missing coatings will occur phenomenon, which greatly reduces the pass rate of products, and at the same time, the labor intensity of workers is high and the production cost is high

In addition, human eyes cannot judge whether the press-fitting height of the balance shaft idler assembly and the relative angle between the sprocket 1' and the gear 2' are qualified, and another process needs to be set up for inspection, which will increase the production cost

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