Bivalve processing device

A processing device and technology for bivalve mollusks, which are applied in the field of bivalve mollusk processing devices, can solve the problems of deterioration of accuracy, time-consuming cleaning of rooms, and obstruction of opening, and achieve the effect of excellent performance.

Active Publication Date: 2014-09-17
佐藤 厚
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  • Abstract
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Problems solved by technology

[0008] For example, since the two shells of the unprocessed shellfish are adsorbed by a pair of suction pads, the heated one shell of the pair of suction pads is separated from the edible part by a pad drive unit driven by an air cylinder. One side of the shell is forcibly opened, so when foreign matter such as parasites adheres to the surface of the shell, a gap is generated between the adsorption pad and the shell, the adsorption force decreases, and the opening of the other side of the shell is hindered, that is, the opening accuracy deteriorates, and it may not be possible. Reliably open (open the mouth of raw shellfish) one side of the shell, and even if one side of the shell can be opened, it takes time to open one side of the shell, resulting in decreased productivity
[0009] In addition, with respect to the forced opening mechanism for forcibly opening one shell, the first separation unit that sucks and separates the non-edible

Method used

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Embodiment Construction

[0045] Hereinafter, the present invention will be described based on the embodiments shown in the drawings.

[0046] The bivalve shell processing device 1 of the present embodiment is an example in which unprocessed shellfish made of bivalve shells are natural raw scallops 2, and an unillustrated shell made of dried shellfish and small sticks as the edible part for raw food is used. The adductor muscle is effectively removed from the scallop 2 in a state where the adductor muscle is integrated.

[0047] Such as Figure 1 to Figure 3 As shown, the bivalve shellfish processing device 1 of this embodiment is provided with a conveying mechanism 4, a raw shellfish positioning mechanism 5, a foreign matter removing mechanism 6, a first heating mechanism 7 as a heating mechanism, a forced opening mechanism 8, The shell separating mechanism 9, the non-edible part separating mechanism 10, the second heating mechanism 11, the edible part taking-out mechanism 12, the collecting mechanis...

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Abstract

The invention provides a bivalve processing device which can easily realize high functionalization. The bivalve processing device can utilize a forcedly-opening mechanism (8) to open an unprocessed bivalve (2), then takes out the edible part which can be eaten uncooked from the lower shell (2b) under the forcedly-opening mechanism (8), and is provided with a foreign body removing mechanism (6) which is arranged on the upstream side of the forcedly-opening mechanism (8) along the shell transportation direction and is used to remove the foreign bodies, which is attached on the surface of the upper shell (2a) and abut on an upper absorbing lining (61).

Description

technical field [0001] The present invention relates to bivalve processing capable of efficiently extracting the edible portion of raw bivalve shellfish for raw food, such as the adductor muscle composed of scallops and columella, from shells in a raw state device. Background technique [0002] In general, in order to extract (separate) the edible part of raw bivalve shellfish from the shell in a raw state (separate), such as the adductor muscle composed of scallops and columella, a so-called scallop muscle is used. It is a thin knife-shaped tool used as a shellfish screwdriver, which is cut by hand at the joint between the adductor muscle and the shell that closes the two shells of the scallop. [0003] However, in the operation of manually cutting and separating the adductor muscle of the scallop from the shell, the efficiency is poor, and a lot of labor and time are required. At this time, the freshness of the scallops decreases. [0004] Therefore, in the past, in ord...

Claims

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Application Information

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IPC IPC(8): A22C29/04
Inventor 佐藤厚
Owner 佐藤 厚
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