Electric flexible adjustable fish scale scraper

Abstract

The invention relates to the technical field of processing of aquatic products, and particularly to an electric flexible adjustable scaler. The electric flexible adjustable scaler comprises a left expansion plate, scaling wheels, rotary sleeves, rotary columns, motor frames, a right expansion plate, a support pillar, a shaft sleeve, a fastening screw, a rubber strip, a regulating wheel, a wheel groove, an expansion groove, a lock screw and an insertion strip. A plurality of transition sleeves which are bonded with the rubber strip to form a whole body are sleeved on the rubber strip, one scaling wheel is sleeved on each transition sleeve, the rotary columns are vertically arranged in the two rotary sleeves at the left ends of two electric scaling strips in a penetrating manner, the motor frame of one electric scaling strip is combined with the upper end of the support pillar to form a whole body, the motor frame of the other electric scaling strip is combined with the upper end of a wheel pillar to form a whole body, a wheel shaft is arranged in a wheel sleeve, the regulating wheel is sleeved on the wheel shaft, and the bottom of the regulating wheel is arranged in the wheel groove.

Description

technical field [0001] The invention relates to the technical field of aquatic product processing, in particular to an electric flexible and adjustable fish scale scraper. Background technique [0002] During the processing of fish, workers usually hold the fish body directly with one hand, and scrape off the fish scales with a knife with the other hand. The removal of scales is a very cumbersome thing, because the body of the fish itself is soft and curved. During the process of scraping the scales, the movement direction of the scraper can only be a curve that matches the body of the fish, not a straight line. , which requires the worker to constantly change the direction of force during each fish scraping process, or to ensure that the cutting edge and the fish body always maintain the same angle with multiple straight lines tangent to the curved surface of the fish body. Such processing technology has low efficiency and relatively difficult operation. [0003] In the p...

AI Technical Summary

Problems solved by technology

[0005] 1. Since the hand-held electric descaler determines that one hand should be used to hold the descaler, only one hand can be used to fix the fish. The body surface of the fish secretes a lot of mucus. It is very difficult to fix it;

[0006] 2. Since the hand-held electric descaler can only operate on one side of the fish body, it has to be turned over to the other side to continue scraping after scraping one side, which is less efficient;

[0007] 3. Due to the limited contact area between the knife edge of the hand-held electric descaler and the fish body, this determines that the descaler must perform row by row or column by row during the scaling process, which is very inefficient;

[0008] 4. Since the contact area between the knife edge of the existing hand-held electric descaler and the fish body is not adjustable, when encountering fish with large differences in body size, it is necessary to constantly replace the descaler or replace the blade of the corresponding size. The operation is very cumbersome

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