Special pagoda spring assembling machine of sliding plate clamp plate and assembling method of assembling machine

Abstract

The invention discloses a special pagoda spring assembling machine of a sliding plate clamp plate and an assembling method of the assembling machine. The assembling machine comprises a base plate, positioning blocks, fixing seats, pushing blocks, sliders, air cylinders, springs and a mandrel. The assembling machine is suitable for being used to assemble pagoda springs into workpieces. Each sealed air cylinder and air guide pipes are fixed beside the corresponding fixing seat to allow the air cylinder to be in a sealed environment. A user slightly steps on a switch to control an air valve to inflate the air cylinders so as to allow pressure in the air cylinders to be increased, the pushing blocks and the sliders are driven to move forwards, and the pagoda springs can be assembled. The special pagoda spring assembling machine is simple in assembling method, low in technological level requirements of workers, high in production efficiency, simple in machining, low in cost, and applicable to pagoda spring assembling.

Description

technical field [0001] The invention relates to a special machine for assembling pagoda springs of sliding boards. Background technique [0002] There are often springs in mechanical assembly. When the mechanical device is assembled, it is usually assembled manually. When manually assembling the extension spring, first hang the end to be assembled on the first hook in the mechanical assembly, and then Use other tools to hook the other end of the spring to the second hook. Assembling the extension spring in this way is time-consuming and laborious. In the process of assembly, because the tension tool and the spring cannot be fixed, it is often Cause the spring to jump out of the stretching tool, easily causing casualties. In addition, manual assembly not only requires a lot of manpower, but also requires a large place to complete, and the efficiency of manual assembly is low, and it is easy to miss assembly parts, resulting in defective products. And the existing automatic ...

AI Technical Summary

Problems solved by technology

[0002] There are often springs in mechanical assembly. When the mechanical device is assembled, it is usually assembled manually. When manually assembling the tension spring, first hang the end to be assembled on the first hook in the mechanical assembly, and then Use other tools to hang the other end of the spring on the second hook. This way of assembling the extension spring is time-consuming and laborious. In the process of assembly, because the tension tool and the spring cannot be fixed, it is often Causing the spring to pop out of the stretching tool, which could easily cause personal injury or death

In addition, manual assembly not only requires a lot of manpower, but also requires a large place to complete, and the efficiency of manual assembly is low, and it is easy to miss assembly parts, resulting in defective products.

However, the existing automatic assembly machine is also likely to miss or install more springs due to some technical problems in this process.

Therefore, the defective rate is high, the production cost remains high, and it is difficult to cope with market competition

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