A supporting equipment for core pressing process and its control method

Abstract

The invention discloses support equipment for a mortise pressing process and a control method for the support equipment. The support equipment comprises a pressing mechanism, a pressure detecting mechanism, a displacement detecting mechanism and a control device, wherein the pressure detecting mechanism is arranged below the pressing mechanism and is used for detecting press-in force of the pressing mechanism through a pressure sensor arranged on the pressure detecting mechanism; the displacement detecting mechanism is arranged below a tool and detects the press-in depth of the mortise in the tool through a displacement sensor arranged on the displacement detecting mechanism; and the control device is used for controlling the pressing mechanism, the displacement detecting mechanism and the pressure detecting mechanism and is respectively connected with the pressing mechanism, the pressure detecting mechanism and the displacement detecting mechanism. By the support equipment, full inspection for product sizes and disconnection force is omitted, so that labor intensity is reduced, qualified rate of products is increased, production efficiency is improved, and breakage of end surfaces of mortises is avoided.

Description

technical field [0001] The invention relates to the field of ferrule pressing, in particular to a supporting equipment for a ferrule pressing process and a control method thereof. Background technique [0002] The traditional process of ferrule pressing adopts the method of manual pressing, specifically as figure 1 as shown, figure 1 It is a structural schematic diagram of the ferrule pressing equipment before ferrule pressing in the prior art; first, the ceramic ferrule 104 is manually inserted into the metal briquetting block 103, because a transition guide section is provided inside the briquetting block, so that the ferrule 104 and the briquetting block 103 is closed inside, and the process is simple, which can be easily realized manually. Then, the metal pressing block 103 is put into the tooling 105 , and the tooling 105 is fixed on the rigid bottom plate 106 . The schematic diagram of the structure during the ferrule pressing process is as follows figure 2 As sho...

AI Technical Summary

Problems solved by technology

[0003] When adopting traditional technology, tooling 105 must be specially made for each product. The size of tooling 105 is designed as the depth of ferrule 104 pressed into metal parts. Because it is manual pressing, it is impossible to grasp the pressing force and judge whether it is pressed in place; when the pressing force is relatively large When the ferrule is small, it is easy to press the ferrule to the end, and the size is guaranteed, but the rigid impact between the ferrule and the metal platform at the bottom will cause cracks and dirt on the end face of the ferrule; when the pressing force is large, manual pressing is labor-intensive, and many products Can not be completely pressed to the end, resulting in poor product size

Therefore, when using traditional technology to suppress products, two processes must be set up at the back end: full size inspection and full force inspection. Using two processes will result in low production efficiency and cannot meet the manufacturer's requirements for efficiency.

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