A mold bar guide anti-collision machine device

Abstract

The invention discloses a mold bar guiding anti-collision machine device. The mold bar guiding anti-collision machine device is arranged on a circulating type mold plate conveying rail inlet of a hollow capsule demolding device. The mold bar guiding anti-collision device comprises an upper guiding block and a lower guiding block. The upper guiding block is a U-shaped component and is fixedly installed over the circulating type mold plate conveying rail inlet of the demolding device. The concave face of the upper guiding block faces downwards. The bottom face of the concave face is flush with the upper end of the inlet. The lower guiding block is T-shaped component and is fixedly installed in the circulating type mold plate conveying rail inlet of the demolding device. The lower guiding block is connected with a circulating type mold plate conveying rail in a butt joint manner. The convex face of the lower guiding block faces upwards. The bottom face of the convex face is flush with the lower end of the inlet. A guiding groove with an inverted-U-shaped cross section is formed between the upper guiding block and the lower guiding block. The mold bar guiding anti-collision machine device has the beneficial effects that the defect that a small mold shifting bar in an existing hollow capsule preparing device is prone to a machine collision jam is overcome, the structure is simple, stable and reliable, and the running efficiency of the device is improved.

Description

technical field [0001] The invention relates to the technical field of biopharmaceutical equipment, in particular to a hollow capsule preparation device. Background technique [0002] Existing hollow capsule production line devices generally include equipment devices such as a dipping machine, a circulating template conveying track, a drying and cooling room, a static removal reaction chamber, a demoulding device, and a small dial; Glue→drying and cooling→static removal→demoulding. The glue dipping machine, drying and cooling chamber, static removal reaction chamber and demoulding device are connected in series to form an automatic circulation system; , due to the poor synchronization between the push claw and the main machine, and the lack of positioning function on the guide rail, if there is a slight deviation in the orientation of the front and rear mold strips entering the guide rail, it will cause the front and rear mold strips to collide with the machine, causing the ...

AI Technical Summary

Problems solved by technology

[0002] Existing hollow capsule production line devices generally include equipment devices such as a dipping machine, a circulating template conveying track, a drying and cooling room, a static removal reaction chamber, a demoulding device, and a small dial; Glue→drying and cooling→static removal→demoulding. The glue dipping machine, drying and cooling chamber, static removal reaction chamber and demoulding device are connected in series to form an automatic circulation system; , due to the poor synchronization between the push claw and the main machine, and the lack of positioning function on the guide rail, if there is a slight deviation in the orientation of the front and rear mold strips entering the guide rail, it will cause the front and rear mold strips to collide with the machine, causing the track to be stuck, seriously affecting the use of equipment and mold strips rate and service life

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