JP5496062B2 - Nagato's random cutting machine - Google Patents

Description

The present invention relates to a long-severed cutting machine, and more particularly to a long-severed cutting machine capable of obtaining a long-sliced cutting machine having the same shape with substantially the same weight by simply putting the peeled-off machine into the apparatus.

The long rod-shaped cocoon (hereinafter simply referred to as “the long cocoon”), which is the most commonly used edible root pod in the genus Dioscorea, is about 6 cm in diameter and 40 to 70 cm in length. These are grated and made into trolley juice, shredded into vinegared foods or salads, or striped into wasabi soy sauce, but they can be eaten deliciously even when boiled. In order to cut the long plate into a narrow rectangular shape, first cut off the slippery long plate after peeling to a predetermined length, and then stack multiple sheets into a predetermined width. Since there is a limit in manpower when making a tanzania shape, the applicant has applied for the development of a device.

JP2004-195597

In production factories that mass-produce slippery strips after peeling, many are made manually, and the shape of the strips after the cutting process is subject to manual variation, etc. It is difficult. Furthermore, the only way to find a long-cut long-sleeved paddle that can enjoy the texture unique to a long-span pad is by hand.

The present invention has been made in order to solve these problems, and by simply putting the peeled strip into the apparatus without slipping and messy cutting work that is easy to slip and troublesome by hand, it has a predetermined size. It is an object of the present invention to provide a long-sliced cutting machine capable of obtaining a long-cut long cut.

In other words, the long-cut random cutting machine according to the first means of the present invention is provided with two pairs of rotatable rollers, each having a conical apex that is slidable along the axis. A positioning feed roller in which a conical roller slides following the size of a long, substantially circular shape while holding the center of the four taper surfaces of each roller, and a rear side of the roller. It has a blade part configured in a substantially regular octagon, and a cutting part that divides the long cut product that has passed through the blade part behind or in the blade part, and is placed in an inverted form on the mounting table. It is characterized in that it has long kamaboko shape by a feeding means for intermittently feeding the long gutter placed in the longitudinal direction so that it can be moved in and out, and has a random cutting cutting means for cutting the kamaboko shaped long knot into a random cut shape. By using such a means, it is possible to obtain a long plate formed by the long plate efficiently, so that workability can be improved.

Further, the second means of the present invention is the first means, wherein the kamaboko-shaped long rod is positioned in the random cut cutting means, and is provided with a continuous WW blade adsorption preventing bar, and is designed to have a constant size and a constant weight. The long fistula described in the above, which can be formed into a random cut by providing a continuous WW-shaped cutting blade that cuts the long cut piece with a WW blade into a cut shape with a pressing means. Can be provided.

According to the third means of the present invention, in addition to the first and second means, in the random cut cutting means, the placing plate for placing the kamaboko-shaped long rod is opened and the continuous WW blade is raised. Thus, the work efficiency can be further improved by allowing the long cut pieces having irregular shapes to be collected in the storage container.

Further, according to the fourth means of the present invention, the substantially octagonal blade portion is a tapered blade having a regular octagonal tip, and is located behind or within the blade portion. The cutting section that divides the long cut piece that has passed through the halves can provide a long cut cutting machine that can perform more stable operation by incorporating a halved blade perpendicular to the upper and lower parallel surfaces.

Since the position can be reliably held by the four taper rollers that are used in the feeding means of the present invention in the left-right and up-down directions, the outer shape is formed into a regular octagon by pushing the strip after peeling in the longitudinal direction. In this case, a half-shaped kamaboko-shaped long kite can be obtained by halving during the molding process.
By pressing a half-shaped kamaboko-shaped long rod with a continuous WW blade, a constant-size / quantitative random-cut long rod can be obtained. Adhesion to the blade is taken to prevent adsorption, and the press plate is raised. Because it can be stored in the container by sliding the mounting plate to the left and right, the cutting ability is improved and the long cut with a uniform shape with a fixed size is obtained, so even if you eat raw, the texture is shredded In contrast, even a boiled food provides a texture, so a new menu proposal can be provided at a low cost.

FIG. 1 is an explanatory view of an extruder showing an example of a blade part of a long cutter and a taper roller of a positioning means and a pushing means of the present invention. FIG. 2 is an explanatory view showing the operation of the conical tapered roller. (A) of FIG. 3 shows the entrance side of a blade part, (b) is explanatory drawing which shows an exit side. FIG. 4 is an explanatory view showing the movement of the mounting table of the cutting machine and the continuous WW blade. FIG. 5 is an explanatory view showing a continuous WW blade. (A) of FIG. 6 shows the long cut of the random cut by the long cut cutting machine of this invention, (b) is explanatory drawing explaining the random cut cutting location of the regular octagonal long hook and the kamaboko-shaped long hook.

Hereinafter, the present invention will be described in detail with reference to embodiments shown in the drawings.

The extrusion machine shown in FIG. 1 is a device that performs the first half of the long-cut cutting machine for long cuts. The center is maintained by the taper roller (positioning means) 3 and the periphery is scraped off by the regular octagonal cutting edge 6 of the blade portion 5 so that the cross section is shaped into a regular octagonal eaves.
Even the blades arranged in a ring shape can always maintain the position because the center of the long rod N is held. The ring-shaped regular octagonal cutting edge 6 is provided with halving means (cutting portion) 7 perpendicular to the upper and lower parallel surfaces, and can be halved after molding. In the embodiment, a method is adopted in which a piano wire is installed on an octagonal blade and cut in half. The positioning means 3 and the blade part 5 are continuously integrated with the pushing means 15, and can be obtained as a molded long rod N in which two kamaboko-shaped long rods 2 described later overlap. The pushing means 15 used was Teflon (registered trademark) having a depression at the tip of the linear cylinder with a thickness similar to that of the long rod.

The taper roller (positioning means) 3 has a structure in which the tips of the triangular pyramids are brought into contact with each other as shown in FIG. 2 and slides according to the size. Since the same distance as the triangular pyramid slide can be operated in the vertical direction, each taper roller can be moved left and right and up and down by adjusting the center of the four taper rollers to the thickness of the long wall. Is responsible for guiding the blade to the center of the blade portion 5.

As illustrated in FIG. 3, the blade portion 5 is composed of a regular octagonal cutting blade 6 for molding the outer periphery and a halving means (cutting portion) 7 for dividing the outer periphery into half after molding. When the outer periphery is molded, a stable operation can be performed by halving substantially at the same time.
The octagonal outer shape has a corner in the final shape of the random cut long rod 1 described later, and is the result of taking into account the presence of the corner when the half is divided into a nearly circular shape without waste. It is a shape that overlaps the shape of the kamaboko as it was as much as possible.

When the above-described kamaboko shaped long rod 2 is inserted into the mounting plate 20 of the cutting machine B having the structure shown in FIG. 4, the kamaboko shaped long rod 2 is cut by the continuous WW blade 8 described with reference to FIG. The yam is very sticky and has a problem of sticking to the blade. Therefore, the yam has a structure including a bar 12 for preventing the lifting of the long cut 1 after cutting. Further, after the cutting, the mounting plate 20 on which the kamaboko shaped long rod 2 is mounted slides to the left and right so that it can be collected in a storage container prepared under the apparatus. Even if the irregularly cut long rod 1 sandwiched and adhered to the WW blade 8 is generated, it is dropped from the WW blade 8 by the lifting prevention bar 12 and is surely dropped. Although the mounting plate 20 is configured to slide to the left and right, a method of rotating around one side of the mounting plate 20 is also possible.

Since the shapes are uniformly arranged in the previous process, the preparation is completed only by setting the kamaboko-shaped long rod 2 on the mounting plate 20 at the mounting position. At this time, even if the lifting prevention bar 12 is fixedly disposed on the upper part of the kamaboko-shaped long rod 2, it is not required to have a complicated structure because it is installed in the groove portion of the WW blade 8. Next, the WW blade 8 is lowered by the up-and-down means 15 when the kamaboko-shaped long rod 2 is set on the mounting plate 20 at the same time, and cuts the kamaboko-shaped long rod 2. When it is lowered and the cutting is completed, the WW blade 8 is raised, and the mounting plate 20 is slid to be repeatedly cut into a long cut 1 and collected in the storage container.

The explanation was divided into the previous process and the cutting process, but Nagatoro is very sticky and may not slide well when thrown in. Use stainless steel embossed steel plates (steel plates called runner stainless steel are commercialized). It is preferable. Furthermore, for the purpose of assisting the slip, the slipperiness can be improved by regularly injecting air to the location where the long pass passes through the stainless embossed steel plate.
Therefore, when using pneumatic equipment such as an air cylinder, it is economical to use exhaust air that has passed through a filter.

1 Random cut length 2 Kamaboko shaped length 3 Tapered roller (positioning means)
5 Blade part 6 Regular octagonal cutting edge 7 Half split means (cutting part)
8 Continuous WW blade 10 Cutting means 12 Lifting prevention bar 13 Holding side 14 Up-and-down means 15 Feeding means 20 Placement plate 21 Placement table N Long bar A Extruder B Cut machine

Claims (4)

Two pairs of rotatable rollers with conical apexes slidable along the axis are arranged up and down, and the conical tapered surfaces maintain the centers of the four tapered surfaces of each roller. A positioning feed roller in which a conical roller slides up and down, right and left following a substantially circular size, a blade portion formed in a substantially regular octagon behind the roller, and a rear portion of the blade portion or By means of a feeding means that has a cutting part that halves a long-sheathed cut product that has passed through the blade part and that is placed in an inverted manner on the mounting table so that it can be freely moved in and out along its longitudinal direction. A long-cutting and cutting machine characterized by comprising a long-cut kamaboko shape and a random-cut cutting means for cutting the long-shaped kamaboko shape into a random cut. After the kamaboko shaped long rod is positioned by the random cutting means, the continuous WW blade is provided with an adsorption prevention bar, and the kamaboko shaped long rod is pressed by the continuous WW blade designed to have a constant size and constant weight. 2. The long cut cutter for continuous cutting according to claim 1, further comprising a continuous WW-shaped cutting blade for cutting the long cut into a cut shape. 3. The long cut random cutting according to claim 1 or 2, wherein, in the random cut cutting means, the mounting plate on which the kamaboko shaped long punch is placed is opened and the continuous WW blade is raised to collect the random cut long punch in a storage container. Machine. The blade portion configured in a substantially regular octagon is a taper blade having a regular octagonal tip, and cuts in half a long cut product that is behind or within the blade portion and has passed through the blade portion. The long cutting cutter according to any one of claims 1 to 3, wherein the part includes a half-cutting blade perpendicular to the vertical parallel plane.

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