On-line turn-over mechanism and production line

Abstract

The invention discloses an on-line turn-over mechanism and a production line. The on-line turn-over mechanism comprises a material carrying table, a material feeding piece, an overturning jig and a driving device. An arc-shaped groove is formed in the side edge of the material carrying table, and material clamping openings are formed in the side edge of the material feeding piece. The overturning jig is a circular rotating shaft which rotates around the axis of the overturning jig, and a material containing opening which passes through the axis is formed in the front end of the circular rotating shaft. The front end of the circular rotating shaft extends into the arc-shaped groove. When the material feeding piece feeds materials, the inner side wall of the lower portion of the material containing opening is flush with the material carrying table. The materials are placed in the material clamping openings, the material feeding piece pushes the materials to move along the side edge of the material carrying table, and the material feeding piece penetrates through the material containing opening. When the material clamping openings coincide with an opening of the arc-shaped groove, the materials are pushed into the material containing opening, and the driving device drives the overturning jig to rotate so as to overturn the materials. After turn-over is completed, the material feeding piece continuously moves forwards to push the materials out of the material containing opening, the materials are fed into processing equipment, material overturning is accurate, and the equipment structure is simple.

Description

technical field [0001] The invention relates to the field of production equipment, in particular to an online turning mechanism and production line. Background technique [0002] In the process of industrial production, in order to improve production efficiency, a large area is produced by assembly line, so that materials can quickly enter each processing equipment to complete the production process. [0003] However, many materials need to adjust the processing surface and processing direction before entering the processing equipment. The current scheme of adjusting the processing direction is relatively mature, but the first method of adjusting the processing surface is to use manual placement, and the second is to use physical vibration. The screening is completed, and the third is to use the mechanical arm to adjust on the conveyor belt of the assembly line. The first solution has low efficiency and high labor costs; the second method has a high error rate, unsmooth fee...

AI Technical Summary

Problems solved by technology

The first solution has low efficiency and high labor cost; the second method has high error rate, unsmooth feeding, low efficiency and poor versatility; the third solution has high equipment cost

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