Oblique-to-flat self-return feeding device

Abstract

The invention relates to an oblique-to-flat self-return feeding device which comprises a shock absorption bottom plate, a vibration discharging module, an external force module, a conveying module anda rotary module. The shock absorption bottom plate is connected with the external force module. The external force module is in contact with the rotary module. The shock absorption bottom plate is connected with the conveying module. The conveying module is connected with the rotary module. The shock absorption bottom plate is connected with the vibration discharging module. The vibration discharging module is connected with the conveying module. The rotary module comprises a rotary base, a locating rod, a rotary cavity and a parallel face limiting jig. One end of the conveying module is connected with the rotary base. The rotary base is connected with the locating rod. The locating rod is connected with the rotary cavity. The rotary cavity is connected with the parallel face limiting jig. According to the oblique-to-flat self-return feeding device, the problem that jamming is prone to happening to a vibration disc is overcome, materials are directly turned to be flat while being discharged, and work of clamping the materials later is facilitated.

Description

technical field [0001] The invention relates to an obliquely turning flat self-returning feeding device. Background technique [0002] The vibrating plate is a kind of feeding equipment for automatic orientation and sorting. Its working purpose is to automatically and orderly arrange the disordered workpieces in a neat and accurate manner through vibration to transport them to the next process. At present, the discharge design of the conventional vibrating plate is to directly turn the material in the track to discharge horizontally, and the track is equipped with a cover plate to prevent material stacking, but this method often causes material jamming, which affects production efficiency; or use inclined rail discharge , The rear end uses a split rotary module to turn the material flat. This method also needs to add a material flattening device, which increases equipment investment and increases the risk of material jams. [0003] CN201120117578.7 discloses a multi-track v...

AI Technical Summary

Problems solved by technology

The vibrating plate is prone to product stacking and discharging, which affects the next step of work. At the same time, the existence of the cover plate is prone to material jamming, which affects the production efficiency of the device

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