An automatic flywheel into shaft machine

Abstract

The invention relates to the technical field of flywheel shaft inserting equipment, in particular to an automatic flywheel shaft inserting machine. The automatic flywheel shaft inserting machine comprises a rack, a flywheel feeding mechanism, a shaft feeding mechanism, a lower flywheel mechanism, a lower shaft mechanism and a shaft clamping mechanism. The flywheel feeding mechanism and the shaft feeding mechanism are arranged on the two sides of the position above the rack. The lower flywheel mechanism comprises flywheel dies, and the flywheel dies are connected with the output end of the flywheel feeding mechanism. The lower shaft mechanism comprises shaft dies. The shaft dies are connected with the output end of the shaft feeding mechanism. The shaft clamping mechanism is located above the flywheel dies and the shaft dies. The automatic flywheel shaft inserting machine has the advantages that fully-automated production is achieved, labor force is lowered, and the production cost is saved; the action respond speed is high, production efficiency can reach 2 s / pcs, and compared with manual shaft inserting, the time spent in single piece operation is reduced by 3 s; action motion accuracy is high, production is safe, and the product yield is high.

Description

technical field [0001] The invention relates to the technical field of flywheel shafting equipment, in particular to an automatic flywheel shafting machine. Background technique [0002] In non-electric toys, a flywheel is often used to store kinetic energy as rotational potential energy and then release it as kinetic energy. Toys using this flywheel tooth box are generally called inertia tooth box toys. It is characterized by simple structure and low cost; the toy has the function of self-movement through instant promotion, so it is very popular among children. When manufacturing the tooth box, the shaft is generally inserted into the flywheel first, and then the flywheel connected with the shaft is put into the box body of the tooth box. The existing equipment used to process the flywheel into the shaft is a manual flywheel into the shaft machine. The operation process is as follows: first place the flywheel in the mold → one hand puts the shaft on the flywheel in the mo...

AI Technical Summary

Problems solved by technology

This kind of manually operated manual flywheel shafting machine has the following disadvantages: first, it takes about 5 seconds to complete a flywheel shafting, and the production efficiency is low; second, mass production requires a lot of manpower, which consumes a lot of human resources. The production cost is high; third, when the operation is wrong, the punch may press the fingers, requiring the workers to fully concentrate on the operation, the labor intensity is extremely high, and there is a risk of safety accidents

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