JP2011000068A - Method for producing boiled fish paste, sheet-like boiled fish paste and spiral boiled fish paste - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a method for producing boiled fish paste which is separated by color, for example, red and white, in boiled fish paste formed by extrusion formation, colorful sheet-like boiled fish paste and spiral boiled fish paste produced by the production method.SOLUTION: The method for producing boiled fish paste includes using a production apparatus in which a pair of front and rear delivery rollers for delivering ground fish meat as a raw material to a center is installed, which is mainly composed of a forming hopper equipped with a forming nozzle for extruding the raw material in a belt-like state at the bottom, in which the inside of the forming hopper is divided by a divider plate into at least two chambers longitudinally; wherein pieces of ground fish meat different in quality of material such as color are fed to the chambers, respectively, integrally joined by the forming nozzle to give an intermediate product having a sequence different in quality of material in the width direction.

Description

  The present invention relates to a method for manufacturing a kite, and a sheet-like kite and a spiral kite using the same.

  The salmon is made from raw fish meat and shaped into a certain shape, and then hardened by heating. Are manufactured in various forms. Spiral rice cake is mainly known as a special product of Toyama Prefecture. A sheet-like wrinkle is rolled up so as to be outside, and then heat-treated to obtain a product (Patent Document 1).

  A sheet-like ridge is used in the manufacture of a spiral ridge in this way. Conventionally, in its manufacture, a pair of front and rear winding rollers are internally housed in a hopper (see FIG. 1), and the sheet-like ridge is formed at the lower end outlet. The manufacturing apparatus which attached the nozzle | cap | die was used, and the method of taking in the sliding body from between both feeding rollers and pushing out from the nozzle | cap | die was taken. The sheet-like bag can be provided as a bag product as it is. Moreover, a proposal is also seen as a cocoon product in which a sheet-like cocoon is rolled up thickly and a seasoning such as mayonnaise is engulfed in the meantime (Patent Document 2).

JP 60-67094 A JP-A-8-228724

  Since the conventional sheet-like rice cake is a molded product of the same material from the above-described manufacturing method, since the material elements such as color and flavor are the same, if you want a colorful taste that makes the table fun, There was something unsatisfactory. In addition, when looking at the spiral folds, the sheet folds are made red with a colorant (in some cases, blue, green, etc.), and a red spiral pattern appears on the side and cross section, but the entire outer surface is a sheet fold. Because it is a form that is entirely covered with a red hull, it was still poor in color.

  In view of the above circumstances, the present invention provides a method for producing a cocoon that can be color-coded, for example, red and white, and a sheet-like cocoon and swirl rich in food color by this production method. The challenge was to provide firewood.

  In order to solve the above-described problems, the present invention provides a molding hopper in which a pair of front and rear feeding rollers are provided so as to feed a sliding body as a raw material in the middle, and a molding die for extruding the raw material in a strip shape is provided at the bottom. The interior of the molding hopper is divided into at least two chambers by a partition plate at the front and rear, and slides of different materials such as colors are put into each chamber, and are integrally joined by a molding die, and the materials in the width direction are The present invention provides a method for producing a cocoon characterized by molding intermediate products having different arrangements.

  Since the manufacturing method of the bag is configured as described above, when a sliding body having a different color or the like is put into each chamber of the molding hopper divided by the partition plate, it is pushed out in a state where it is joined from the molding die and has a different color. Since an intermediate product is produced in which strips are arranged in strips or streaks, it can be heated and cut into various forms of ridges and can be provided as sheet-like ridges (Claim 2). When a sheet-like cocoon is used as a skin, a glossy spiral cocoon (Claim 3) can be made in which the color appears on the outer surface almost in half.

  As described above, according to the method of the present invention, it is possible to use an existing bag making machine, which is suitable for mass production, as well as two or more colors only by attaching a partition plate to the molding hopper. The excellent effect of being able to produce semi-finished products that are blended in the form of strips or streaks in the form of strips or tastes, and that can produce rich or tasteful koji simply by heat-treating and cutting it. There is.

  In addition, according to the invention of claim 2, since the sheet-like ridges are arranged in different colors, the color is not only rich as it is, but it is also possible to make a product by stacking it or making it a product by rolling it thickly. And you can make it even richer.

  Furthermore, according to the invention of claim 3, since the outer periphery of the spiral basket has almost a different color, it can be provided as a red-and-white spiral basket which is monotonous and difficult to sing.

It is sectional drawing which shows the outline of the apparatus used for the manufacturing method of the bag of this invention. It is a top view which expands and shows the principal part of the apparatus. Z It is a front view of the partition plate used for the apparatus. It is a top view of the original form (strip | belt shape) of the sheet-like bag extruded by the same apparatus. It is an expanded sectional view of the AA arrow of FIG. It is a perspective view of the spiral wrinkle which used the sheet-like wrinkle manufactured by extrusion molding with the same apparatus as a skin. It is a top view of the sheet-like ridge used in order to manufacture the spiral fold.

  Next, the manufacturing method of the kite of this invention, a sheet-like kite, and a spiral kite are explained based on a drawing. By feeding different raw materials 1 to the molding hopper 3 by the partition plate P, a composite color sheet-like ridge S is formed. Although the color coding is the white background portion 2a and the coloring portion 2b, there are cases where other color coding is used, and there are cases where the color is divided according to the type of material or seasoning (for example, sweet, dry, etc.).

  Moreover, although it does not restrict | limit in particular about the raw material 1, For example, protein, starch, wheat flour, meat storage, thickening, fish meat, etc. are used.

  FIG. 1 shows an improvement in which an existing apparatus for producing a sheet-like ridge is used to produce a color-coded sheet-like ridge S of the present invention, and a partition plate P is used for this.

  First, the existing mechanical structure will be described. The molding hopper 3 is configured to be fed and extruded as the raw material 1 for the salmon. The primary heating device 5 immediately after feeding is followed by the secondary heating device. A heating device 7, a subsequent cooling device 9, and a subsequent receiving table 11 are provided.

  The molding hopper 3 is internally provided with a pair of front and rear feeding rollers 13 and 13 at the bottom, an outlet is provided at the front end of the bottom, and a molding die 15 (detailed illustration is omitted) is attached thereto in a replaceable manner. Therefore, when the raw material 1 is put into the molding hopper 3, it is pushed into the bottom from between the feeding rollers 13 and 13 and is pushed out onto the feed belt 17 of the primary heating device 5 by the pressure, and the burner is being conveyed. 19 is heated and dried at the tip of the feed belt 17 and pulled up to the feed belt 21 of the secondary heating device 7, and while being fed by the belt 21, it is also heated and dried by the burner 19 and further pulled up to the cooling device 9. After being cooled by the fan 23 there, it is folded on the receiving table 11. The cooling device 9 is constituted by an array of a large number of conveying rollers 20, 20,.

  Since it has already been heat-treated when it is folded onto the storage table 11, a sheet-like bowl S that can be eaten at this point is completed. Therefore, it can be cut into short pieces to obtain a product, or thickly wound to obtain a product. This point is the same as the conventional one, but the sheet-like ridge S is different in that it is not monochromatic.

  The sheet-like ridge S was a color-coded composite color. For this purpose, a partition plate P is incorporated in the molding hopper 3 so as to be orthogonal to the feeding rollers 13, 13, thereby dividing the interior of the molding hopper 3 into two chambers 8, 8, and raw materials 1 of different colors, respectively. 1 is inserted. The molding hopper 3 can be partitioned by a plurality of partition plates P.

  Since the partition plate P divides the inside of the molding hopper 3 into left and right in this way, a pair of front and rear cutouts 25 and 25 into which the feeding rollers 13 and 13 are fitted are provided. The left and right raw materials 1 and 1 are joined together by adhesive force at the lacking portion, and are extruded from the molding die 15 as they are. The extruded strip-shaped intermediate product Sa is color-coded at the position of the partition plate P. In the case of this embodiment, the strip-shaped intermediate product Sa includes a white background portion 2a of the ground color of the sliding body and red. The colored portions 2b are color-coded. Note that the boundary of the color coding can be changed by adjusting the position of the partition plate P.

  In order to adjust the position of the partition plate P, male screw mounting shafts 31 and 31 are installed on the front and rear ends of the mouth portion of the molding hopper 3, and the mounting shafts 31 and 31 are mounted on the front and rear ends of the partition plate P. Through holes 33 and 33 are provided, and are fixed by being sandwiched between a pair of nuts 35 and 35, respectively.

  FIG. 6 shows a case where the sheet-like ridge S color-coded into the white background portion 2a and the colored portion 2b as described above is used as the enveloping skin of the spiral fold 10, and the sliding of the white body 12 as a fabric is shown. It is rolled up with the body and rolled up. In this case, in a state where the sliding body 12a of the body main body 12 is coated on the sheet-shaped ridge S, the sheet-shaped ridge S is wound from one end so as to be on the outside. Since the sliding body 12a is raw only by this, it is set as the spiral bowl 10 which can be eaten through heat processing.

  The spiral fold 10 can be seen on the side surface (cross section) where the sheet fold S is wound around the red colored portion 2b. This is almost the same as the ordinary spiral bowl 10. However, on the outer peripheral surface, it is divided into white and red in half a half. In other words, a colorful pattern of red and white is displayed. In order to make it into such a form, it is necessary to take only the part 37 into which the colored part 2b is wound longer than the white background part 2a.

  Incidentally, the white background portion 2a covers the entire outer peripheral surface of the spiral cage 10 together with the colored portion 2b, but even if it is covered, it is the ground color of the white line of the same body as the body body 12 below. In addition, since it is indistinguishable from that by being adhered when thickly wound, the presence of the white background portion 2a is not noticed at all. Therefore, the sheet-like ridge S is also formed on the outer peripheral surface other than the colored portion 2b. Regardless, it appears that the body 12 is exposed in this area. Thus, since the sheet-like ridges S are visually recognized as if they do not exist in the white background portion 2a (see the chain line in FIG. 6), the appearance is divided into red and white with a good appearance while being a spiral fold.

P Partition plate S Sheet-like bowl Sa Strip-like intermediate product 1 Raw material as sliding body 2a White background part 2b Colored part 3 Molding hopper 8 Chamber 10 Spiral bowl 12 Body 13 Feed roller 15 Molding base

Claims (3)

  A pair of front and rear feeding rollers are installed so as to feed the sliding body as a raw material in the middle, and a molding hopper with a molding base that is provided with a molding die for extruding the raw material in a strip shape at the bottom is used in the molding hopper. Is divided into at least two chambers by a partition plate, and sliding bodies having different materials such as colors are put into the respective chambers, and are integrally joined with a molding die to form an intermediate product having an array having different materials in the width direction. The manufacturing method of the candy characterized by the above-mentioned.   According to the method for manufacturing a ridge according to claim 1, it is composed of a strip-like intermediate product obtained by integrally joining sliding bodies of different colors in extrusion molding, and is a composite color in which colors are arranged differently in the width direction by the joining. Sheet-like candy to be used. According to the manufacturing method of the bag according to claim 1, the white background part is separated from the white body same as the body of the body and the other colors such as red and blue by the partition plate, Create a composite-colored sheet-shaped bowl with colored parts, paint the body of the body on one side, roll it thickly so that the sheet-like bowl is on the outside, and heat the outer periphery to a white background A spiral cocoon characterized by the fact that the colored part is represented in half.

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