JPS6011801Y2 - Processing tools for Hanasaki squid - Google Patents

Description

[Detailed Description of the Invention] The present invention relates to a processing tool for Hanasaki squid that can easily make mesh-like incisions in the squid without requiring any skill when manufacturing Hanasaki squid.

Traditionally, the process of making mesh-like cuts in squid to produce Hanasaki squid was done by making diagonal cuts into each squid using a membrane-processing knife.As a result, the cut depth, cut width, The parallelism of the cuts was uneven, reducing the value of the product, and the work was extremely troublesome and extremely inefficient, requiring time and skill.

The inventors of the present invention have conducted various studies to improve the conventional inefficient work of making mesh-like cuts when producing Hanasaki squid, and as a result, they have worked hard to develop the processing tool for Hanasaki squid according to the present invention. be.

That is, in the present invention, the material holding parts at the lower end are located on the same plane, are arranged diagonally in parallel with a predetermined gap with respect to the plane, and are fixed at both ends, and the material is released on the lower surface side continuous with the material holding part. A plurality of cutting blades that are inserted between the guide plates of the guide tool and the guide plates of the guide tool and protrude in parallel downwardly from the material holding part are sandwiched. The present invention relates to a tool for cutting Hanasaki squid, which is characterized by a blade holder that can be slid along a guide plate of the guide tool, and which is more powerful.

Hereinafter, one embodiment of the Hanasaki squid processing tool according to the present invention will be described in detail with reference to the drawings.

Fig. 1 is a partially cutaway perspective view for explaining one embodiment of the processing tool for Hanasaki squid according to the present invention, Fig. 2 is a sectional view taken along line A-A in Fig. 1, and Fig. 3 is a Hanasaki squid processing tool according to the present invention. It is a perspective view of the squid in which a cut was made by the processing tool for squid.

In the drawing, 1 is a guide tool, and the guide tool 1 has a material holding part 2a located on the same plane at the lower end, and is arranged in parallel with a predetermined gap provided obliquely to the plane on which the material holding part 2a is located. It is secured by a large number of guide plates 2 which are fixed at both ends by frames 3 and have material release recesses 2b on the lower surface side continuous with the material holding part 2a.

Reference numeral 4 denotes a blade holder, and this blade holder 4 holds a plurality of cutting blades 6 which are inserted between the guide plates 2 of the guide tool 1 and project downward from the material holding part 2a of the guide plate 2. The blade gripping plate 5 is slid along the guide plate 2 of the precept guide 1, and the blade gripping plate 5 is fixed with a fixture 7 such as a bolt or nut.

The cutting depth of the squid by the cutting blade 6 of this blade holder 4 is:
After loosening the fixture 7 and adjusting the protruding length of the cutting blade 6 with respect to the blade clamping plate 5, the cutting blade 6 may be fixed to the blade clamping plate 5 via the blade clamping plate 5 using the fixture 7.

Note that the lower end of the blade holding plate 5 of the blade holder 4 has an inclined surface 5 cut out diagonally with respect to its longitudinal direction, as in the illustrated embodiment.
It is preferable that the structure is such that when the inclined surface 5a is moved along the upper surface of the guide plate 2 of the guide tool 1 by force a, the cutting edge angle of the cutting blade 6 relative to the squid becomes an acute angle.

The operation of making an incision in a squid using the Hanasaki squid processing tool according to the present invention, which includes the guide tool 1 and the blade holder 4 having such a structure, will now be described.

First, a predetermined number (three in the illustrated embodiment) of the cutting blades 6 are protruded in accordance with the desired depth of cut into the squid, and the blade clamping plate 5 holding the cutting blades 6 is attached to a fixture. 7 to prepare the blade holder 4, and then place the guide 1 on top of the squid material.

After that, while holding down the guide tool 1, insert the cutting blade 6 of the blade holder 4 through the gap between the guide plates 2 of the guide tool 1, push the cutting blade 6 into the squid, and then guide the blade holder 4 as it is. When the tool 1 is slid along the guide plate 2 while in contact with the guide plate 2, parallel cuts are simultaneously made in the squid by the cutting blades 6 equal to the number of cutting blades 6.

If cutting in one direction is not completed with one movement of the blade holder 4, pull out the blade holder 4 from the guide 1 and insert it into the gap between the guide plates 2 corresponding to the part where no cuts have been made yet. The cutting blades 6 of the blade holder 4 are inserted and the blade holder 4 is slid along the guide plate 2 of the guide 1 to simultaneously make parallel cuts in the squid by the number of cutting blades 6.

By repeating this operation, the work of making parallel cuts in the squid is completed, so remove the guide tool 1 from the squid and insert the guide tool so that the cut made in the squid and the new cut made are at a predetermined angle. Change the direction of the guide plate 2 of 1 and place it on top of the squid with parallel cuts in one direction.
While holding the squid, repeat the same operation as above to make a mesh-like cut in the squid.

Thus, by making a complete mesh cut into the squid, the processing work using the Hanasaki squid processing tool according to the present invention is completed, but the number of guide plates 2 of the guide tool 1 and the cutting blade 6 of the blade holder 4 are By increasing the number of sheets, cutting in one direction can be performed in one operation.

Further, when making mesh-like cuts in the squid in this manner, it is preferable that the inclination directions of the cuts be in the same direction on one end surface of the squid, as shown in FIG.

The Hanasaki squid processing tool according to the Japanese invention described in detail above has various advantages as listed below, and its practical value is very great.

(1) The shape and structure of the guide tool 1 and the blade holder 4 are simple and can be manufactured easily and at low cost.

(2) It is possible to easily make cuts to a predetermined depth at predetermined intervals with a few operations.

(3) Since the material relief recess 2b is provided on the lower surface side of the lower end of the guide plate 2 of the guide tool 1, which is continuous with the material holding part 2a, the cutting blade 6 of the blade holder 4 can be inserted into the squid. Even if the squid rises by the thickness of the cutting blade 6, the squid escapes without being pressed down, so the cut made in the squid is maintained in a straight line, and a product with high commercial value can be obtained.

(4) By adopting a structure in which the protrusion length of the cutting blade 6 of the blade holder 4 relative to the blade holding plate 5 can be adjusted, the optimal cutting depth can be set for squid with different wall thicknesses. It is possible to obtain products with high commercial value.

(5) Since the width and depth of the cuts to be made into the squid can be set regardless of the operator's control, good mesh-like cuts can be made without the need for skill.

[Brief explanation of the drawing]

Fig. 1 is a partially cutaway perspective view for explaining one embodiment of the processing tool for Hanasaki squid according to the present invention, Fig. 2 is a sectional view taken along line A-A in Fig. 1, and Fig. 3 is a Hanasaki squid processing tool according to the present invention. It is a perspective view of the squid in which a cut was made by the processing tool for squid. 1... Guide tool, 2... Guide board, 2a.
...Material holding part, 2b...Material release recess, 3...Frame, 4...Blade holder, 5
...Blade grip plate, 5a, curved, inclined surface, 6...
...Incision blade, 7...Fixing tool.

Claims (1)

[Claims for Utility Model Registration] 1. The material holding parts 2a at the lower end are located on the same plane, are arranged diagonally in parallel with a predetermined gap with respect to the plane, and are fixed at both ends, and are continuous with the material holding parts 2a. A guide tool 1 consisting of a large number of guide plates 2 having material release recesses 2b provided on the lower surface side thereof, and guide plates 2 of the guide tool 1 are inserted between them and are arranged in parallel below the material holding part 2a. This processing tool for Hanasaki squid is characterized by a blade holder 4 that grips a plurality of protruding cutting blades 6 and slides along a guide plate 2 of the guide tool 1. 2. Scope of Utility Model Registration Claim 1, wherein the blade holder 4 is a blade holder 4 in which a plurality of cutting blades 6 are each held by a blade holder plate 5, and the blade holder plate 5 is fixed by a fixture 7. A processing tool for Hanasaki squid described in . 3. The processing tool for Hanasaki squid according to claim 2, wherein the lower end of the blade holding plate 5 has an inclined surface 5a cut out diagonally with respect to its longitudinal direction.