Compression structure for compression forming machine

Abstract

The invention discloses a compression structure for a compression forming machine. The compression structure comprises a rack, a controller, a main motor, a reducing mechanism and a compression mechanism. The main motor is fixedly mounted on one side of the rack. The reducing mechanism is fixedly mounted on the rack and fixedly connected with the main motor. The compression mechanism is fixedly mounted on the side, back to the reducing mechanism, of the rack and fixedly connected with the reducing mechanism. The compression structure is characterized in that the reducing mechanism comprises a driving gear, a driven gear and a connecting rod mechanism; the compression mechanism comprises a compression sleeve, a compression die and a compression sliding block; and the compression die comprises a feeding part and a forming part, and a feeding opening is formed in the top of the compression sleeve. According to the compression structure for the compression forming machine, the connecting rod mechanism drives the compression sliding block to conduct compression forming on garden stuff residues, the period of storage of the garden stuff residues can be prolonged, the storage space is saved, long-distance transportation is facilitated, and good conditions are created for following deep machining such as active constituent extraction and feedstuff utilization.

Description

technical field [0001] The invention relates to a compression structure of a compression molding machine, in particular to a compression structure of a compression molding machine used for compressing fruit and vegetable peels. Background technique [0002] my country is a major producer of fruit and vegetable products. The planting area and output of fruits and vegetables rank first in the world, and it is the second largest crop group after food crops. Due to the backward production and processing methods, a large number of by-products will be produced in the harvesting, transportation, and processing links of the fruit and vegetable crop industry chain, and they will not be effectively used, resulting in serious resource waste, economic losses, and environmental pollution. According to the special survey on the comprehensive utilization of agricultural product production and processing by-products carried out by the Agricultural Products Processing Bureau of the Ministry ...

AI Technical Summary

Problems solved by technology

Due to the backward production and processing methods, a large number of by-products will be produced in the harvesting, transportation, and processing links of the fruit and vegetable crop industry chain, and they cannot be effectively used, resulting in serious waste of resources, economic losses, and environmental pollution.

According to the special survey on the comprehensive utilization of agricultural product production and processing by-products carried out by the Agricultural Products Processing Bureau of the Ministry of Agriculture in 2014, the number of agricultural product production and processing by-products in my country is increasing year by year. The comprehensive utilization rate is less than 5%, and most of the fruit and vegetable residues are thrown away as garbage

Because the screw extrusion type is mostly used for the processing of expandable agricultural materials, it is not suitable for the molding of materials with high fiber content; the structure of the grinding roller compression molding equipment is complicated, and the processing and manufacturing are difficult, and the material straw is easy to be blocked when it is extruded, and it is not easy to block after being blocked. Cleaning, when cleaning, the upper mold needs to be disassembled, and then the middle module is cleaned, which is time-consuming and laborious; secondly, the ring mode straw briquetting machine mainly relies on the rotating pressure wheel to squeeze the straw out of the die hole, and when the pressure wheel rotates , due to the existence of materials, it will generate a lot of force on the modules around the die hole, which consumes a lot of power, has low efficiency, and the die life is short and the maintenance cost is high

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