Full-automatic air valve inserting machine

Abstract

The invention discloses a full-automatic air valve inserting machine, comprising a feeding system fixed on a frame, a grabbing system and a receiving system; the feeding system comprises an inclined chute, a distributing mechanism and a positioning mechanism; the inclined chute comprises two groups of slant upper and lower slide rods which are parallel with each other; the distance between two slide rods at the upper end is greater than the diameter of the rod part of an air valve and smaller than the diameter of the head part of the air valve; the slide rods have a transition from a slant condition to a horizontal condition; the distributing mechanism puts down the air valves at the forefront end, blocks the subsequent air valve and plays a role in distributing the air valves; the air valves sliding to the bottoms of the slide rods are fixed by the positioning mechanism, then the grabbing system clamps and grabs the air valves by adjustment and movement and finally, the air valves insert in the slots of a material bin in the receiving system; the moving of the air valves is regulated in the X-axis and Y-axis directions; the material bin can be regulated in the Y-axis direction and finally, the three-axis linkage adjustment is achieved; the inserting machine saves a large amount of manpower and is stable and reliable in working and capable of preventing the collision and scrapping of the air valves.

Description

technical field [0001] The invention belongs to the technical field of valve processing equipment, and in particular relates to a fully automatic valve inserting machine. Background technique [0002] The valve is one of the key components that affect the reliability and safety of the engine. It is mainly used to start and close the intake port and exhaust port during the working process of the engine, to control the entry of fuel mixture or air and the discharge of exhaust gas. After the production and processing, the valve needs to be placed separately in the groove of the material box to avoid collision and scratching between the valves during transportation and handling. At present, the process of putting the valve into the groove of the material box is all done by manual hand-held valves. Yes, hand-held valves will inevitably cause collisions and scratches between the valves, and sometimes the valves will fall and collide with the ground. This kind of work is not only l...

AI Technical Summary

Problems solved by technology

After the production and processing, the valve needs to be placed separately in the groove of the material box to avoid collision and scratching between the valves during transportation and handling. At present, the process of putting the valve into the groove of the material box is all done by manual hand-held valves. Yes, hand-held valves will inevitably cause collisions and scratches between the valves, and sometimes the valves will fall and collide with the ground. This kind of work is not only labor-intensive, it is easy to cause the loss of post personnel, and the efficiency is low

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