Directed conveying mechanism for electronic insulating parts

Abstract

The invention discloses a directed conveying mechanism for electronic insulating parts. The directed conveying mechanism comprises a feeding conveying track and the stepped electronic insulating partsconveyed on the feeding conveying track; the tail end of the feeding conveying track is connected with a horizontal pushing groove; a pushing plate is glidingly arranged inside the horizontal pushinggroove; one end of the pushing plate is fixedly connected with a cylinder rod of an air cylinder; a pushing chamber is arranged at the other end of the pushing plate; a directed chamber is verticallyarranged on one side of the pushing chamber; and an inlet of the directed chamber is located on the pushing stroke of the pushing chamber and the pushing plate, so that the electronic insulating parts in the pushing chamber are pushed into the inlet of the directed chamber through the pushing plate, and the electronic insulating parts entering the pushing chamber slide down along the side wall ofthe directed chamber under the effect of gravity. By the aid of the directed conveying mechanism, directed conveyance can be performed on the stepped electronic insulating part structures, overturning and directing of the electronic insulating parts can be realized by the aid of the gravity and the conveying structure, no complex control system is required, the structure is simple, the cost is low, and the reliability is high.

Description

technical field [0001] The invention relates to the technical field of electronic equipment, in particular to a directional conveying mechanism for electronic insulating parts. Background technique [0002] Electronic insulating parts in the electronics industry, including packaging materials for electronic devices, circuit board materials, insulating silicone grease and insulating rubber drilling agents, etc. Electronic insulating parts must not only have good electrical insulation properties, but due to different purposes, objects or occasions, there are specific requirements for electronic insulating parts, materials, dielectric constant, dielectric loss, thermal expansion coefficient, etc., which form a variety of Shaped electronic insulating parts, which brings troubles to the production and directional delivery of electronic insulating parts, which requires the design of complex directional delivery mechanisms and corresponding control devices, and the cost is very hig...

AI Technical Summary

Problems solved by technology

Electronic insulating parts must not only have good electrical insulation properties, but due to different purposes, objects or occasions, there are specific requirements for electronic insulating parts, materials, dielectric constant, dielectric loss, thermal expansion coefficient, etc., which form a variety of Shaped electronic insulating parts, which brings troubles to the production and directional delivery of electronic insulating parts, which requires the design of complex directional delivery mechanisms and corresponding control devices, and the cost is very high

Images