An Improved Automatic Opening Equipment for Poultry

Abstract

An improved automatic opening device for poultry, including a frame body, a turntable assembly, a cutter assembly assembly and a sliding assembly. The first rotating shaft in the middle of the turntable assembly is respectively connected with a cam fixing plate, a power source gear assembly, and a second rotating shaft from top to bottom. A cam, a cutter assembly mounting plate, a positioning mounting plate and a second cam, the first cam and the second cam are provided with sliding grooves, the cutting knife assembly mounting plate and the positioning mounting plate are provided with several slideways, and the positioning mounting plate The slideway is equipped with a sliding assembly, and the upper part of the sliding assembly is equipped with a cutter assembly assembly; the driving shaft of the cutter assembly assembly is threaded with a bearing, and the bearing is assembled in the slideway of the cutter assembly mounting plate, and the upper part of the cutter assembly assembly is connected with a guide bearing Assemblies, the lower part is connected with the sliding assembly, the lower part of the sliding assembly is connected with the guide bearing assembly, and the upper and lower two sets of guide bearing assemblies are assembled in the sliding groove of the cam. The improved automatic poultry opening equipment this time is more flexible to install, has less impact and has a longer service life.

Description

technical field [0001] The invention relates to the technical field of poultry automatic processing equipment, in particular to an improved automatic poultry opening equipment. Background technique [0002] The applicant has previously applied for an automatic poultry opening equipment and an assembly line using it. The patent number is 202010715472.0, which can realize the automatic opening of poultry and the automatic retraction of the knife after the opening. However, in subsequent tests, it was found that this equipment has some defects. The cutter assembly in this equipment is assembled on the first mounting base, and the sliding part is located on both sides of the first mounting base. The sliding part is in the form of a roller or a linear bearing. As a result, the cutter assembly has a large width and takes up a lot of space, so it can only be installed on the cutter assembly mounting plate and the positioning mounting plate in the way of one up and one down, and spa...

AI Technical Summary

Problems solved by technology

However, in subsequent tests, it was found that this equipment has some defects. The cutter assembly in this equipment is assembled on the first mounting base, and the sliding part is located on both sides of the first mounting base. The sliding part is in the form of a roller or a linear bearing. As a result, the cutter assembly has a large width and takes up a lot of space, so it can only be installed on the cutter assembly mounting plate and the positioning mounting plate in the way of one up and one down, and spaced arrangement, so as to arrange as many cutter assemblies as possible, resulting in the complexity of the structure

In addition, the cutter assembly is moved by rolling the rollers or linear bearings on both sides of the first mounting seat on the cutter assembly mounting plate or the positioning mounting plate. Sometimes the driving gear and the cylindrical gear are not completely meshed, and the cutter assembly Due to the phenomenon of pushing outward obliquely, due to the locking position of the rollers or linear bearings on both sides of the first mounting seat, the cutter assembly sometimes gets stuck in the sliding groove of the cutter assembly, which affects subsequent use

[0003] In addition, the contact between the cutter assembly and the cylindrical gear also has the problem of incomplete meshing of the drive gear and the cylindrical gear. Since the cutter assembly is always rotating, when it turns to the position where it starts to contact the cylindrical gear, the top of the cutter assembly The direction of the driving gear is uncertain. When it contacts with the cylindrical gear, if the tooth position difference is too large, the two will interfere with each other. Finally, the fixedly connected cylindrical gear will rigidly fix the driving gear to its meshing position, which is not only It will affect the service life of the two gears, and it will also affect the feed speed of the sawtooth cutter on the cutter assembly in the cutting action, thereby affecting the opening effect

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