O-shaped ring assembling equipment

Abstract

The invention discloses O-shaped ring assembling equipment. By means of a button feeding module, buttons on trays in a button tray containing area are placed in various product positioning carriers on the surface of a rotary disc to be positioned one by one, and the buttons rotate along with the rotary disc; by means of an O-shaped ring mylar positioning device, after O-shaped ring mylars are fixed and positioned, an O-shaped ring picking and assembling mechanism takes the O-shaped rings one by one and rotate and assemble the O-shaped rings into annular inner grooves in the button circumferential outer side at the assigned positions; finished products are subjected to main viewing and overlooking detection through a horizontal detection mechanism and a vertical detection mechanism; meanwhile, an empty tray conveying mechanism conveys empty trays to an empty tray positioning mechanism to be positioned, a controller controls a discharging module to take products detected to be qualified from positioning in the product positioning carriers and place the products detected to be qualified into the empty trays on the empty tray positioning mechanism; and disqualified products are placed in a waste product recycling box, and the trays which are fully loaded with the products finally are conveyed out through a finished product conveying mechanism. According to the O-shaped ring assembling equipment, full-automatic assembling on the O-shaped rings on the buttons is achieved, the production efficiency is high, the yield is high, and the production cost is low.

Description

technical field [0001] The invention relates to an automatic equipment, in particular to an O-ring assembly equipment. Background technique [0002] In the production process of the mobile phone, an O-ring needs to be assembled on the button of the mobile phone button, and an annular groove is formed on the outer wall of the button circumference. The fixed positioning of the ring is currently installed manually. The O-ring is removed from the Mylar by hand, and then it is stretched and put on the button product. Due to the small size of the O-ring, it is very inconvenient to remove it. In the process of opening the O-ring, it is easy to break or deform the O-ring. During assembly, it is easier to miss the assembly, the assembly is not in place, etc., which makes the yield rate of the finished product low, the subsequent use of the finished product is not stable enough, and the assembly efficiency is low. The production of finished products remains high. Contents of the in...

AI Technical Summary

Problems solved by technology

[0002] In the production process of the mobile phone, an O-ring needs to be assembled on the button of the mobile phone button, and an annular groove is formed on the outer wall of the button circumference. The fixed positioning of the ring is currently installed manually. The O-ring is removed from the Mylar by hand, and then it is stretched and put on the button product. Due to the small size of the O-ring, it is very inconvenient to remove it. In the process of opening the O-ring, it is easy to break or deform the O-ring. During assembly, it is easier to miss the assembly, the assembly is not in place, etc., which makes the yield rate of the finished product low, the subsequent use of the finished product is not stable enough, and the assembly efficiency is low. Finished products remain high

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