Button receiving device for automatic button pressing machine

Abstract

The invention relates to button pressing machine material conveying techniques, in particular to a button receiving device for an automatic button pressing machine. The button receiving device comprises a button receiving plate, a turning plate and a turning plate torsional spring and is characterized by further comprising a button stabilizing mechanism which comprises a left clamping plate, a right clamping plate and a hook tension spring. The left clamping plate and the right clamping plate are arranged on upper left and right sides of a station area of the turning plate, rear ends of the left clamping plate and the right clamping plate are in rotational connection with the button receiving plate, the hook tension spring positioned between the left clamping plate and the right clamping plate pulls the same, and the button receiving plate is provided with left and right clamping plate moving grooves. The button receiving device for the automatic button pressing machine is designed forrealizing a function of binding and stabilizing materials on a station. Compared with the prior art, the button receiving device has advantages of convenience in switching between operation and material stable control, quickness in material conveying and isolation separation-reunion automatic link response, and the like; button riveting acceptability and operating efficiency of the button pressing machine can be greatly improved.

Description

technical field [0001] The invention relates to a material conveying technology for a button making machine, in particular to a button material receiving device for an automatic button making machine. Background technique [0002] When the automatic button making machine is making buttons, how to ensure the stability of the buttons and the non-interference between the buttons is the key to improving the working efficiency of the automatic button making machine and the riveting quality of the buttons. The working steps of the existing automatic buckle machine are: the material enters the station - the upper punch is lowered - the upper punch is on, which is a buckle cycle process. During this process, the following problems often occur: First, the material enters the station Finally, because there is no restraint, there will be overturning and dislocation (see figure 1 ), the stability of the button cannot be guaranteed, which affects the riveting quality of the button; seco...

AI Technical Summary

Problems solved by technology

The working steps of the existing automatic buckle machine are: the material enters the station - the upper punch is lowered - the upper punch is on, which is a buckle cycle process. During this process, the following problems often occur: First, the material enters the station Finally, because there is no restraint, there will be overturning and dislocation (see figure 1 ), the stability of the button cannot be guaranteed, which affects the riveting quality of the button; second, after some thin materials enter the station, the materials to be fed will also partially enter the station (see figure 2 ), so that the incoming material interferes with the material on the station, thus affecting the working efficiency of the automatic buckle machine

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