Button arrangement platform for automatic button feeder

Abstract

The present invention relates to a button arrangement platform for an automatic button feeder, which linearly conveys a conveyor belt which is combined with a guiding groove formed at the central part of a fixing member. Furthermore a distance adjustment mechanism is used for simultaneously adjusting the distance between two side adjustment platforms combined with two sides of the fixing member. After one side guiding surface formed at the end of one side supporting surface of one side supporting platform and the other side guiding surface formed at the end of the other side supporting surface of the other side supporting platform cause consistency of the center of button conveyed by the conveyor belt along two side supporting surfaces and the center of a rotating rubber member combined with the body, a limit switch which causes the contact of a second conveyed button and a movable sheet and detects the state is used for stopping the conveyor belt when the first button is supplied forthe guiding surface. After the contact between a pressing platform between two side adjustment platforms and the upper surface of the button, an elastic force application mechanism of the pressing platform is used for supporting the pressing platform. Furthermore a projection is formed at the lower side of the front end of a guiding sheet combined with the pressing platform. An insertion hole is formed on the upper surface of the guiding sheet for the insertion of the rotating rubber member of the body.

Description

technical field [0001] The present invention relates to a button arranging table that arranges buttons sorted by a vibrator of a button sorting unit in a row and supplies them to a button supply table, and more particularly, relates to a button arranging table that has one side joined side by side on both sides The fixing body of the adjusting platform and the adjusting platform on the other side, the adjusting platform on one side is used to fix the supporting platform on one side formed with the supporting surface on one side, and the adjusting platform on the other side is used to fix the supporting platform formed on the other side On the other side of the support table, the conveyor belt combined with the guide groove formed in the central part of the fixed body is conveyed in a straight line by the driving mechanism of the conveyor belt, and the distance between the two sides of the fixed body through the conveyor belt and the fixed body is simultaneously adjusted by the ...

AI Technical Summary

Problems solved by technology

[0006] As mentioned above, the prior art is to make the button slide, so there is friction between the button and the guide groove of the fixed body, which makes it impossible to carry out flexible transmission, and there is also a phenomenon that one or two buttons stop

[0007] As mentioned above, if the button being transferred is stopped by sliding, it is necessary to take out the button to the outside, which is very troublesome and inconvenient.

[0008] Moreover, a support plate for adjusting the thickness of the button is combined on the guide groove of the above-mentioned fixed body, and the thickness of the long support plate can be adjusted by tightening or loosening the nuts combined on both sides, so precise adjustment cannot be performed. There is a problem of frequent failures such as buttons overlapping each other during transmission

[0009] In addition, according to the size of the button, the one-side adjustment table and the other-side adjustment table combined on both sides of the fixed body can be adjusted, and the two sides are adjusted separately by using the simple threaded combination of bolts and nuts, so due to the mutual adjustment The transmission of the button is not smooth due to the error, so there is also a problem that frequent adjustment operations are required

In addition, the above-mentioned prior art also includes many problems such as difficult operation and adjustment, and lower productivity due to lower button conveying efficiency and feeding efficiency.

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