Packing opening structure adopted in machining process

Abstract

The invention provides a packing opening structure adopted in the machining process. The packing opening structure comprises a filter seat and a pull rod. A mounting ring in a circle is welded to thebottom end of a feeding opening, wherein the mounting ring is provided with mounting holes and used for being fixedly connected to the feeing position of mechanical equipment. Packing troughs are connected to the right side of the top of the feeding opening in an inclined and welded manner, wherein each packing trough is of a carrying bucket structure. The packing opening structure is provided with two rotating plates. The feeding opening is divided into two parts, namely the left side part and the right side part. The main structure is located on the right side part. The left side part is a feeding opening body of a common welding plate structure. The packing troughs are mounted at the right side of the left side structure, wherein the packing troughs can be removed, are of an inclined carrying bucket type and are provided with leakage groove structures. Each packing trough is internally provided with a rotatable baffle structure. The bottom side is supported by a rectangular pipe; after a baffle rotates downwards, blockage can be formed between the packing troughs and the feeding opening; materials can be chopped in the packing troughs, and functionality is improved; and for example, when the materials such as seafood or those washed through water are chopped, waste water can flow downwards into a collection device in the support pipe at the bottom side, and falling materialresidues can be collected.

Description

technical field [0001] The invention belongs to the technical field of filling port structure of mechanical equipment, and more specifically relates to a filling port structure during mechanical processing. Background technique [0002] The feed position of the mechanical processing equipment is equipped with a feed port with a welded plate structure. Functions, such as a control valve body installed at the material inlet to automatically open and close the material inlet, an environmental protection treatment structure for dust reduction and smoke removal functions, etc. [0003] Based on the above description, it is found that the structure of the feed port in the existing mechanical equipment is single, and its functionality is poor. Especially when some pulverizing mechanical equipment crushes some materials, it is necessary to artificially remove the larger pieces of material from the feed port. The chopping operation is to facilitate the pulverizer to pulverize better...

AI Technical Summary

Problems solved by technology

[0004] In order to solve the above-mentioned technical problems, the present invention provides a filling port structure in the process of mechanical processing to solve the problem of single structure and poor functionality of the feed port in existing mechanical equipment, especially when some pulverizing mechanical equipment pulverizes some materials. At the same time, it is necessary to artificially chop and cut the larger pieces of material at the material inlet, so that the pulverizer can crush better and reduce the frequency of the pulverizer's jamming phenomenon, but the existing material inlet does not have Such a structure, especially when cutting some materials containing water, the inlet of this structure is more pale and weak

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