Stepping feeding mechanism

Abstract

The invention discloses a stepping type feeding mechanism. The stepping type feeding mechanism comprises a hopper component and is characterized in that the hopper component is mounted on an upper plate; the upper plate is arranged on a frame in a way of sliding forwards and backwards and is driven by a main motor in order to perform stepping conveying; the upper plate is provided with a passing hole and a poking hole in the front and rear direction; the passing hole faces to a hopper discharging hole of the hopper component; a poking head is arranged above the poking hole; the poking head is movably arranged in the vertical direction and is pushed by a poking cylinder; the upper plate is fixedly connected with a lower plate; a pushing plate is arranged between the upper plate and the lower plate; the pushing plate is movably arranged in the front and rear direction and is pushed by a pushing cylinder; the pushing plate is provided with a metering hole; the metering hole faces to the passing hole before the pushing plate moves and faces to the poking hole and a discharging hole formed in the lower plate after the pushing plate moves. The stepping type feeding mechanism disclosed by the invention is capable of realizing multi-station stepping type automatic feeding, mainly applied to water-soluble film packaging equipment, simple in structure, accurate and rapid in feeding, good in feeding quality and also capable of guaranteeing the packaging quality of water-soluble films.

Description

technical field [0001] The invention relates to a stepping feeding mechanism mainly used for automatic feeding of water-soluble film packaging equipment. Background technique [0002] Some existing packaging equipment needs multi-station feeding, such as water-soluble film packaging equipment, which is a new generation of packaging equipment developed on the basis of ordinary packaging machines. It uses water-soluble film as packaging material, forms blisters on the water-soluble film, and then adds the packaged materials in the blisters, then attaches it with a layer of water-soluble film and seals it, and finally divides it into independent Packed in small pieces. The blisters formed on the water-soluble film are generally in the unit of plate, and one plate has multiple rows (equivalent to multi-station) of blisters. For the above-mentioned multi-station feeding, it is generally completed by manual feeding at present, and the production speed is slow. , low work efficie...

AI Technical Summary

Problems solved by technology

The blisters formed on the water-soluble film are generally in units of plates, and one plate has multiple rows (equivalent to multi-station) of blisters. For the above-mentioned multi-station feeding, it is generally completed by manual feeding at present, and the production speed is slow. , low work efficiency; in addition, when feeding, the moisture of the material is easy to drip onto the water-soluble film in the area other than the bubble eye, which will affect the heat sealing of the upper and lower water-soluble films, and the packaging quality is poor

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