Material clamping resistant mechanism of aquatic product glazing machine

Abstract

The invention provides a material clamping resistant mechanism of an aquatic product glazing machine. Through the adoption of the material clamping resistant mechanism disclosed by the invention, thesituation that when aquatic products pass through a joint of a glazing section and a material taking section, material clamping is generated can be avoided, and high uniformity of the aquatic productsin subsequent working procedures is guaranteed. The material clamping resistant mechanism comprises a water tank for accommodating ice water, wherein a transporting mesh belt is arranged in the watertank in the length direction of the water tank; spina plates which are perpendicular to the length direction of the transporting mesh belt are arranged on the transporting mesh belt; the transportingmesh belt comprises a feeding section, the glazing section and the material taking section; and the feeding section and the material taking section are obliquely connected upwards to two ends of theglazing section. The material clamping resistant mechanism is characterized in that a ratchet wheel roller is arranged directly over a joint of the glazing section and the material taking section; andthe ratchet wheel roller is perpendicular to the feeding direction of the transporting mesh belt.

Description

Technical field [0001] The invention relates to the technical field of aquatic product processing equipment, in particular to an anti-jamming mechanism of aquatic product ice packer. Background technique [0002] In the cold chain of aquatic products, ice packers are commonly used processing equipment. The ice packer generally includes a water tank for holding ice water. A conveyor mesh belt is arranged in the water tank along the length of the water tank, and the conveyor mesh belt is provided with a spur plate perpendicular to the length of the conveyor mesh belt. Wherein, the conveyor mesh belt includes a feeding section, an ice-packing section, and a material-lifting section, and the feeding ends are respectively connected to the two ends of the ice-packing section inclined upward. The function of the feed section is to send the aquatic products down into the water tank, so as to be soaked in ice by the ice water in the tank, and the function of the feed section is to lift t...

AI Technical Summary

Problems solved by technology

At present, the main problem found in the ice packer with this structure is that the ratchet plate of the conveying mesh belt needs to consider the uniform ice pack of aquatic products, so it cannot be set too high

The ratchet plate of this height is enough to drive the aquatic products evenly on the straight ice-packing section of the conveyor belt. The aquatic products in the upper layer are almost powerless to lift, so the aquatic products often slide and stay at the junction of the ice-packing section and the feeding section, resulting in material jams, which greatly affects the uniformity of the height of the aquatic products in subsequent production, affects subsequent quantification, and slides and stays in the ice-packing section. The aquatic product at the junction of the section and the feeding section, the ice on the surface will be damaged by mutual sliding friction, and it needs to be reworked, which is very troublesome

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