Fully automatic curved crown retainer production equipment

Abstract

The invention discloses fully automatic curved crown type retainer production equipment, which comprises a control center, a motor, a speed reducer, a feeding mechanism, a horizontal automatic conveying mechanism and a vertical automatic material taking forming mechanism, wherein the horizontal automatic conveying mechanism comprises a cam and a lower mold, the vertical automatic material taking forming mechanism comprises a wheel shaft, a crankshaft and an upper mold, the control center is connected with the motor on one hand and is connected with the feeding mechanism on the other hand, the speed reducer is connected with the motor, is connected with the cam of the horizontal automatic conveying mechanism and is also connected with the wheel shaft of the vertical automatic material taking forming mechanisms, the cam is connected with the lower mold, one end of the crankshaft is connected with the wheel shaft, and the other end of the crankshaft is connected with the upper mold. The fully automatic curved crown type retainer production equipment has the advantages the automatic feeding of the whole production process is realized, the completion is realized through one-step punching, the automatic discharging is realized, the production efficiency is high, the production cost is greatly reduced, the production stability is good, the mass is high, the manual operation is no needed, and the safety is good.

Description

technical field [0001] The invention relates to a production equipment for a curved crown retainer, in particular to a fully automatic production equipment for a curved crown retainer. Background technique [0002] At present, the production process of the curved crown bearing cage is a single-process production process. The entire production process consists of four processes, namely blanking, flanging, punching the inner hole, and forming the side ball hole. Each process requires a separate mold , punching machine and operators, and except for the first step, which can be automatically fed, the other three processes require the operator to manually put the semi-finished product into the mold, and then manually operate the punching machine to complete. [0003] Moreover, the whole operation process has the following disadvantages: since the four production processes are independent stamping processes, four sets of molds are required, and the four sets of molds must be re-ad...

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Problems solved by technology

[0003] Moreover, the whole operation process has the following disadvantages: since the four production processes are independent stamping processes, four sets of molds are required, and the four sets of molds must be re-adjusted before the production of each batch of products. There are differences in the adjustment status of the mold, and it is difficult to control the stability and accuracy of the production process by manual feeding and operation, so the product quality stability is poor; because operators need to manually complete four operations, the production speed is slow and the production efficiency is low. The quality is unstable; the safety of production operation is poor. Manual operation needs to clamp the product into the mold with a manual fixture first, and then complete a stamping. Because many punching machines complete the stamping by stepping on the pedal, if the operator is negligent, the product will be sent to the After entering the mold, the hand has stepped on the pedal before it can be taken out in time. The risk of the hand being pressed into the mold is very high, and there is a great safety hazard; there are four processes in the production process, and the production energy consumption is large.

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