Shell and meat separating device

Abstract

The present invention relates to a mussel shell and meat separating device. The mussel shell and meat separating device comprises two sets of separating roller shafts outside vertical extending ends of curved material guiding rods; the two sets of the separating roller shafts are arranged vertically in an alternative arrangement; the length directions of the two sets of the separating roller shafts are both horizontal; the two sets of the separating roller shafts are vertical to the length directions of channels formed between the adjacent curved material guiding rods; the two sets of the separating roller shafts are provided with separating rollers in an equidistant alternative arrangement; the separating rollers are arranged in the middle of the channels formed between the two adjacent curved material guiding rods; the roller surfaces of the separating rollers are provided with brush hairs which protrude between two material baffle bar rods of the adjacent curved material guiding rods; and the shaft body rotating tangential directions of the two sets of the separating roller shafts close to the curved material guiding rods are vertically upward. When opened and shaped mussels pass through the shell and meat separating device, the separating rollers are activated, so that the brush hairs of the separating rollers are against the opened mussel shells and the brush hairs of therotating separating rollers can conveniently brush out mussel meat in the opened mussel shells.

Description

technical field [0001] The invention relates to the technical field of seafood processing, in particular to a mussel shell meat separation device. Background technique [0002] Mussels, also known as mussels, are bivalve molluscs with dark brown shells that live on seashore rocks and are widely distributed along the coasts of the Yellow Sea and Bohai Sea in my country; mussel shells are wedge-shaped, with a tapered front end and a The end is wide and round; mussels generally have a shell length of 6-8 cm, the shell length is less than twice the shell height, the shell is thin, the top of the shell is close to the front end of the shell, the two shells are equal, left and right symmetrical, the shell surface is purple black, with luster, The growth lines are dense and obvious, and grow in a ring form from the top. [0003] Mussels use silk, which contains bio-adhesives, so that they can firmly adhere to rocks or farming ropes on the seashore. After mussels are harvested from t...

AI Technical Summary

Problems solved by technology

In the prior art, in the actual production of dried mussels, the mussels are usually placed in the frame, then introduced into the domestic steamer for cooking, and then the opened mussels are placed in the drying field to dry, so that the moisture in the mussel meat Evaporation disappears, and the mussel meat is still in the mussel shell. Generally, the mussel shell is broken by using a beating board manually, and then the scattered mussel meat is sorted out from the broken shell by manual means. The method of picking meat is extremely inefficient and requires a lot of manual participation. When it is in the peak harvest season of mussels, the processing efficiency of dried mussels is often low due to the shortage of labor, and the farmers lose a lot; in order to solve the above problems of low efficiency , there is a mechanical screening device in the prior art, the above-mentioned screening device includes a feeding mechanism, the dried mussel shells are introduced into the feeding mechanism, the feeding mechanism is connected with the crushing mechanism, and the mussel shells are crushed by the crushing mechanism. Crushed, the crushed mussel shells are mixed with the mussel meat and then introduced into the separation drum. The separation drum is provided with a gap that facilitates the removal of the shells. During the rotation of the separation drum, the mussel shells are thrown out from the gap. The mussel meat remains in the separation drum, thereby realizing the separation of the mussel meat and mussel shells. Although the processing efficiency of the above-mentioned screening equipment is much higher than that of the manual method, the above-mentioned crushing mechanism can easily remove the dried mussels. The meat is broken, so it is difficult to ensure the integrity of the mussel meat, and the crushing mechanism is also easy to break the dried mussel meat too small, so that it is exported from the gap of the separation drum, so that the amount of mussel meat obtained is relatively There is a lower problem in the manual way, so the mussel processing in the prior art also has the problem of low efficiency and the inability to ensure the integrity of the dried mussel

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