Full-automatic polypropylene (PP) ribbon automatic compression packer

Abstract

The invention relates to a full-automatic polypropylene (PP) ribbon automatic compression packer which comprises a stand, a feeding mechanism, a pressing mechanism, a discharge mechanism, a pushing mechanism and a banding mechanism, wherein the pressing mechanism, the feeding mechanism, the pushing mechanism and the discharge mechanism are sequentially distributed on the stand; the pressing mechanism and the feeding mechanism are positioned on the same plane; the pushing mechanism and the discharge mechanism are positioned on the same plane; the two planes are vertical to each other; the banding mechanism is arranged beside the discharge mechanism. The full-automatic PP ribbon automatic compression packer has the advantages that the pressing mechanism, the feeding mechanism, the pushing mechanism and the discharge mechanism are reasonably distributed; during packaging, a material is extruded by the pressing mechanism; the pressed material is pushed out of the discharge mechanism by the pushing mechanism; finally, the banding mechanism is used for PP ribbon packaging; a way of packaging for once while pressing is carried out for once is utilized, so that the loose phenomenon of the material is well avoided, and the volume is reduced.

Description

technical field [0001] The invention relates to a baler, in particular to a fully automatic PP belt automatic compression baler. Background technique [0002] The advantages of the automatic baler are many, the material is beautiful and firm, and the speed is very fast, which improves the packing efficiency of the workers. While reducing waste, it saves costs. Various types of fully automatic balers are suitable for compression baling of regular objects, compression baling of bulky and heavy objects, packing of powdery falling objects, extra wide objects, and pressurized packing. The fully automatic baler has the following advantages: no manual feeding is required, high work efficiency and low labor intensity; automatic compression and packing, the feeding port can be connected to the air duct to feed and transport the material, and can also be used directly with wiring, using PP straps to reduce the The cost of auxiliary materials is low, there are few failures, and t...

AI Technical Summary

Problems solved by technology

[0003] At present, the common automatic balers used in the market have the following disadvantages: In the process of pushing and packing materials, the traditional packing method is: after all the materials to be packed are pressed by the main cylinder , and then gradually push outwards, and then use PP belts for packaging, and this method is prone to loosening of the first pressed materials during packaging, which is not conducive to packaging, and the volume of the materials after packaging is also relatively large; In the process of PP belt packaging, it is necessary to wait until all the materials are discharged from the outlet end of the outlet before using PP belt for packaging. It is easy to bundle the PP belt on the outlet end of the outlet through this packaging method. , and the material is prone to loosening after being discharged from the discharge port; in addition, when the packed material passes through the discharge port, it is easy to appear that the discharge port is squeezed by the material and deformed, which is not conducive to the subsequent The process is carried out using PP belts for packing and fixing

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