JP2016022579A - Soft solid matter cutting/molding set - Google Patents

Abstract

PROBLEM TO BE SOLVED: To satisfy the ardent request for a new cutting tool which can cut and mold easily various cooked matters into various shapes and sizes and has a simple structure and excellent handleability, unlike a conventional cutting tool which requires the other tool which is restricted in a cooked matter and a use method, and further, when performing special cutting processing, requires another cutting tool, which have to be connected thereto.SOLUTION: The present invention relates to a cutting/molding processing method, which allows even a household to cut and mold a soybean curd, an agar, a Yokan (an azuki-bean jelly) and the like into even and beautiful shapes by easy handling, by using a rectangular and small-sized cooking plate whose width is within a width of a frame, in which four sets of thin-wire sets for cutting are fitted to a frame main body that opposes to two sides and has reinforced parts at both corners thereof, drop preventing tools as many as the sets are fitted to the main body, the thin wire sets for cutting can be replaced, cutting/molding widths can be freely adjusted using an interval gauge as a measuring tool, a work-piece can be cut by even one thin wire, and a side face or the like of the work-piece is traced by making the thin wires after the first thin wire as guides so that the work-piece can be evenly cut and molded; and a soft solid matter cutting/molding set constituted of auxiliary tools described above.SELECTED DRAWING: Figure 1

Description

    The present invention is a U-shaped frame made of metal or synthetic resin, such as tofu, agar, and yokan, with a plurality of cutting thin wire sets mounted on the frame, and the width of the cutting is indicated by a scale gauge display. Along with the thin wire for cutting, the thin wire set for cutting uses a fixed gold wire inserted and attached to the tip of the frame body, which is cut and formed by moving the small cooking plate vertically and horizontally with the thin wire for cutting. Insert and remove the fixing wire to increase / decrease the set for increase / decrease and store it in the case. To obtain the strength of the frame, attach a reinforcing device of the same material as the frame and reinforce it by deforming it into a square shape. A soft solid material cutting and molding set comprising these auxiliary tools.

  The cutting tool / container currently in use can be used to cut the thread without opening the product in the container, use a mesh wire attached to the container, etc. It is fixed, and a different cutting tool is attached to change the process, and a groove with a width to be cut is fixed, such as using a mesh container and an extruding tool, and the shape and size cannot be changed freely. Uniform and clean processing is difficult.

  JP 2011-157126 A   JP 09-275925 A   Utility Model Registration No. 3178411   Utility Model Registration No. 3043260

The container shown in the above-mentioned Patent Document 1 is difficult to perform a uniform cutting process by pulling the equipped yarn without opening it, or by drawing the yarn, and the processed product and application are limited, and arbitrary processing cannot be performed.
The cutting instrument shown in Patent Document 2 is only equipped with another cutting and fixing instrument for changing the standard, cutting on the palm is uneven, and no new standard changing / adjusting function has been set. However, the special and uniform processing that is desired is not possible and is limited.
In the container shown in Patent Document 3, the processing is extruding together with the mesh container, and the mesh wire device is moved and cut. This is also a standard product, the size is changed, the method of use is limited, and storage is difficult.
The tool shown in Patent Document 4 uses a knife or a cutter to cut the molded groove, or attaches another cutter blade device, extruding, the processing method is limited, and the shape and size are not adjusted. It can't be done, there is danger and storage is difficult.

  In the present invention, each of the conventional problems is solved, and a plurality of thin wire sets for cutting are mounted with a U-shaped frame, and the cutting thin wire is aligned with the cutting width of the interval display on the interval gauge, and cutting processing is performed according to preference. The number of thin wire sets for cutting can be increased / decreased by inserting / removing gold wires for fixing, and by using a small cooking plate, cutting and forming can be easily performed in any shape and number. Storage is more than the length of the set. When you want to obtain the strength of the frame, use a case of a possible size, attach a reinforcing device of the same material as the frame with a fixing wire, and reinforce it by deforming it into a square shape. It is a soft solid material cutting molding set.

  In order to solve the above-mentioned problems, the present invention is for cutting a U-shaped frame made of metal or synthetic resin, a pipe having a caliber and a shape larger than that of the frame, and a thin cutting wire stretched between both frames. Thin wire set, multiple pieces of this can be attached to the frame, and the cutting width can be cut and formed into any shape by moving and cutting the small cooking plate vertically and horizontally according to the scale of the interval gauge It is a soft solid material cutting molding set characterized by these.

    In the cutting thin wire set, one thin cutting wire is stretched over two pipes having a diameter and shape larger than that of the frame with the length opposite to the frame, and the pipe is movably fitted between both frames. A thin wire set for cutting used as a member, an increase / decrease of the thin wire set for cutting is performed by inserting / removing a fixing gold wire, and the increase / decrease set is stored and stored in a case. .

  The spacing gauge is a measuring instrument that is a metal or synthetic resin triangle, with a scale indicating the width to be measured and cut on the two sides, and cutting is determined by aligning the cutting thin line with the scale display. In addition, it is a soft solid material cutting and forming set characterized in that arbitrary cutting and forming can be performed.

  Use a metal or synthetic resin U-shaped frame and a pipe with a diameter and shape larger than that of the frame as a member that can be movably fitted between the two opposing frames. Then, the cutting width of the cutting fine wire is determined by the interval gauge, and cutting can be performed with one cutting thin wire as a guideline, and arbitrary equal cutting using a small cooking plate can be easily performed at home. This cutting thin wire set is increased or decreased by inserting and removing the fixing wire, and it is desired to obtain the strength of the frame that is stored in a case that is longer than the cutting thin wire set and can accommodate multiple sets. It is a soft solid material cutting and molding set that is sometimes reinforced by attaching a reinforcing tool with a fixing gold wire and changing it into a square shape.

    The cutting thin wire set consists of two pipes with a caliber and shape larger than the frame, and one metal cutting wire or synthetic resin cutting thin wire stretched across the length of the frame, and this pipe is U-shaped. The increase and decrease of the cutting thin wire set used as a member to be movably fitted between both frames of the frame is a soft solid material cutting and forming set which is performed by inserting / removing a fixing gold wire.

    A measuring instrument that is a metal or synthetic resin plate triangle and measures the cutting width on the two sides and displays the scale, align the fine line for cutting with the scale of this gauge, and the desired size required by the cook It is a soft solid material cutting and molding set that can be cut and molded into a shape.

  In the present invention, a plurality of thin wire sets for cutting are attached to a tofu, agar, sheep mushroom, etc. with a metal or synthetic resin U-shaped frame, and the mounted pipe can be moved between both frames of the U-shaped frame. Used as a member to be fitted, and with a fine line for cutting, the cutting width can be cut to the desired square, triangle, rectangle, etc. using the interval gauge scale as a guide, made of synthetic resin and cooked within the frame width of the frame Using a plate, it is possible to easily cut even a single thin wire for cutting with a uniform and clean cut. The cutting thin wire set is larger than the diameter of the frame, and the tip is rounded to curve the gold wire. The thin wire set for cutting can be stored and stored hygienically in the case, and when you want to obtain the strength of the frame, use a reinforcing device of the same type of material as the frame, and open the U-shaped frame. Attached to the frame with a fixing gold wire according to the width of the part It performs a reinforcement of the frame body at that, fun and free cutting molding even at home can also easily with children, consists of organizing easy to aid such after use, soft solid form product cut molding set is provided.

  The figure which is a U-shaped frame used as the present invention   (A) is an inclined view showing a form of a cutting thin wire set in which a thin cutting wire is connected to a pipe, and (B) is an inclined view showing a form in which a pipe is attached to a frame and the cutting thin wire is connected.   A plan view showing the scale by measuring the width of the cut on the two sides with a spacing gauge and a triangular plate.   Machining examples A to E are slant diagrams for cutting with two cutting thin wire sets Machining example F is a sloping diagram for cutting with six additional thin wire sets for cutting   Inclination diagram that uses the distance gauge to determine the width between the first thin cutting line and the cooking plate

      FIG. 1 shows a pair of thin lines 4 for cutting a pipe 2 with a U-shaped frame 1 and a length of the U-shaped frame 1 aligned between both frames, and a tip of the U-shaped frame 1 for preventing falling off. The top view which inserted gold wire 6 for fixation. This is a soft solid material cutting / molding set in which the pipe 2 of the frame body is used as a member for movably fitting between both frames of the U-shaped frame 1 and can be arbitrarily cut and molded.

      FIG. 2 (A) shows a pipe 2 having a caliber and a shape larger than the U-shaped frame 1, and a cutting wire 4 having a length in which two cutting wires 4 are aligned between the two frames of the U-shaped frame 1. It is a perspective view of the fine wire set 5 for an object. FIG. 2B is a perspective view in which the pipe 2 is attached to a part of the U-shaped frame 1 and the cutting thin wire 4 is coupled.

      FIG. 3 shows a triangular spacing gauge 8 made of a metal or synthetic resin plate, a scale 3 for measuring cutting width on two sides, and a scale 3 for cutting and forming, and a thin wire 4 for cutting is aligned with the scale 3 It is a top view of the measuring instrument which determines a cutting width.

      FIG. 4 is an example of cut molding processing, (A) to (F). Examples of cutting and forming processing FIGS. (A) to (E) are only one set of the thin wire set 5 for cutting, and the cutting width is adjusted by moving with the interval gauge 8 to change the cutting method, and arbitrary cutting and forming processing is possible. Example of cutting forming process As shown in Fig. (F), to cut a cooked product into a dice shape, a thin wire set 5 for cutting is added, and an interval can be adjusted with an interval gauge 8 to enable arbitrary cutting. explain.

      Example of cutting and forming process (A) is a U-shaped frame 1, and the width of the cutting thin wire 4 is moved using a distance gauge 8, and the U-shaped frame 1 is laid down on a cooked product to mark the second one. Is a perspective view of vertical cutting to the bottom of the cooking plate 8 with one of the thin wires 4 for cutting and cutting in half.

      Example of cutting and forming (B): In the same manner as in (A), the U-shaped frame 1 is laid down horizontally on the cooked product, and the second line is used as a mark to vertically cut to the bottom of the cooking plate 7 FIG. 4 is a perspective view of quadruple cutting by cutting, rotating 90 degrees, and vertically cutting to the bottom of the cooking plate 7 with one of the thin cutting wires 4 as a second mark.

      Cutting (C) is an example of a cut-shaped frame 1. The U-shaped frame 1 moves the width of the fine cutting wire 4 with a distance gauge 8, and the U-shaped frame 1 is placed sideways on a cooked product so that the cutting fine wire 4 is centered. Cut to the bottom of the cooking plate 7, and then fold the U-shaped frame 1 sideways and divide the first and second thin wires 4 into three equal parts and cut the same into 6 parts to the bottom of the cooking plate 7 with the thin wire 4 for cutting. It is a perspective view of cutting forming.

      Example of cutting and forming process (D) is a U-shaped frame 1, the first thin wire 4 on the cooking plate 7 is aligned with the cut thin wire 4 at a position equal to the horizontal surface of the cooked product, and the second one. The thin wire 4 for cutting is moved with a distance gauge 8 and cut horizontally on the cooking plate 7. Subsequently, the U-shaped frame 1 is moved horizontally on the cooked product and cut as a second mark. Vertically cut to the bottom of the cooking plate 7 with one of the thin wires 4 and rotated 90 degrees, and the second piece is marked as a mark to the bottom of the cooking plate 7 with one of the thin wires 4 for cutting, and divided into eight equal parts. It is a perspective view.

      Example of cutting and forming process (E) is the same as (D), and the width of the thin wire 4 for cutting is moved by the distance gauge 8, and the top of the cooking plate 7 is horizontally cut horizontally, and then the U-shaped frame 1 is formed. Tilt sideways on the cooked product and mark the second one as a mark, then cut vertically to the bottom of the cooking plate 7 with one of the fine cutting wires 4, and rotate 90 degrees to make the second one as a mark. FIG. 4 is a perspective view of a triangular 16-piece cut formed by vertical cutting to the bottom of the cooking plate 7 and further crossing the diagonal line of the cooked product at the center point cut by the thin wire 4 for cutting.

      Example of cutting and forming process (F). For this cutting and forming, six fixing wire sets 6 are pulled out from the U-shaped frame 1 and the cutting thin wire set 5 is attached, and the cutting width is adjusted by the interval gauge 8 and the cutting width is adjusted. The frame 1 is moved horizontally on the cooking plate 7 and cut into three parts. Next, the U-shaped frame 1 is turned sideways, the edge of the cooked product is aligned with the thin wire 4 for cutting, and rotated 90 degrees. It is the perspective view of 135 cut | judging by cutting the edge of a cooked product vertically to the bottom of the cooking board 7 according to the thin wire 4 for cutting.

      FIG. 5 shows that the cutting plate 7 is sandwiched between the U-shaped frames 1 in order to perform arbitrary cutting on the cooking plate 7, and the cutting width between the first cutting thin wire 4 and the upper surface of the cooking plate 7 is set at this interval. It is a perspective view which determines the width | variety to cut and process by aligning the fine wire 4 for cutting to the scale 3 of the gauge 8. FIG.

    The product of the present invention is equipped with a plurality of thin wire sets for cutting on a U-shaped frame body, and by adjusting the arrangement interval of the thin wire for cutting with a distance gauge, the desired cooking product is cut and processed to obtain the accuracy of JIS standards. Rather than using it as a guideline, the shape and number of cooked items can be changed freely, making it convenient for various dishes, and it can be easily cut and formed even at home. By cutting diagonally with the chef's ingenuity and ingenuity, decorative processing is possible, using a small cooking plate, there are no irregularities such as palm wrinkles, and for fine processing, a thin wire set for cutting is desired Fixing by inserting and removing gold wire for fixing and fixing, if it is a metal frame, it can be fixed by magnetic force, and more than 240 uniform and beautiful small cutting processes are possible. In order to obtain the strength of the frame body, fit the U-shaped opening width, insert and attach a reinforcing device of the same material as the frame body with a fixing gold wire, and change the shape into a square shape, the strength reinforcement is taken, A soft solid material cutting / molding set comprising these auxiliary tools is provided.

DESCRIPTION OF SYMBOLS 1 U-shaped frame 2 Pipe 3 Scale 4 Fine wire for cutting 5 Thin wire set for cutting 6 Fixing wire 7 Cooking plate 8 Space gauge (A) 2 equally (B) 4 equally (C) 6 equally (D) 8 Equal section (E) Triangle 16 sections (F) 135 sections

The present invention is for cutting fitted with metal or synthetic resin two sides opposed to cutting a thin wire set to the frame body having the reinforcing portions both corners four sets attached to not increase or decrease the falling-off prevention device tofu agar jelly like even one without fine lines set interval width cut made replacement cutting small-gage wire set is moved over a small cooking plate in the cutting small-gage wire together with the cutting small-gage wire and scale display interval gauge in the vertical and horizontal directions and the like is increased or decreased Cutting process that can be cut, but can be cut into a uniform and irregular shape by sliding the edge of the cooked product using the second and subsequent thin wires as a guide, and cut into shapes and numbers that match the cook's cooking And soft solid material cutting molding set consisting of these auxiliary tools

The cutting tool container that is currently used does not open the product contained in the container, pulls the thread and uses a wire such as a mesh wire attached to the cutting container. A separate cutting device is attached, and the width of the groove to be further cut is fixed, such as using a mesh container and an extrusion device, and the shape size cannot be changed freely. Uniform and clean processing is difficult due to unevenness of the hand etc. U-shaped cutting The core rod is fixed inside the frame of the tool, a wire introduction groove is provided, the piece can be attached and detached with a fixed overhead wire support member, and an O-shaped cutter must be connected to perform dicing, etc. Although it is possible, it is an instrument that processes a tofu with a complicated process for cutting the tofu into 8 equal parts.

  JP 2011-157126 A   JP 09-275925 A   Utility Model Registration No. 3178411   Utility Model Registration No. 3043260   Japanese Patent Laid-Open No. 06-079691

The container shown in the above-mentioned Patent Document 1 is difficult to perform a uniform cutting process by pulling the equipped yarn without opening it, or by drawing the yarn, and the processed product and application are limited, and arbitrary processing cannot be performed.
The cutting instrument shown in Patent Document 2 is only equipped with another cutting and fixing instrument for changing the standard, cutting on the palm is uneven, and no new standard changing / adjusting function has been set. However, the special and uniform processing that is desired is not possible and is limited.
In the container shown in Patent Document 3, the processing is extruding together with the mesh container, and the mesh wire device is moved and cut. This is also a standard product, the size is changed, the method of use is limited, and storage is difficult.
The tool shown in Patent Document 4 uses a knife or a cutter to cut the molded groove, or attaches another cutter blade device, extruding, the processing method is limited, and the shape and size are not adjusted. It can't be done, there is danger and storage is difficult.
In the instrument shown in Patent Document 4, a core rod is fixed to the inside of a U-shaped cutting tool frame, and a piece is attached to and detached from a fixed overhead wire support member provided with a wire introduction groove, and an O-shaped cutting tool is joined. It is possible to perform fine processing such as cutting of tofu, but to cut one tofu into 8 equal parts, remove the U-shaped cutting tool from the O-shaped cutting tool, and remove the piece from the fixed overhead wire support member with the line introduction groove It is an instrument that must be removed and attached to a large number of pieces and cannot be cut unless a complicated process such as adjusting the cutting width is taken and the U-shaped cutting tool is removed from the O-shaped cutting tool.

The present invention is cutting a thin wire for a set wearing the drop-off prevention device that are not attached only cut a thin wire for set 4 sets the frame body having the reinforcing portions facing the two sides each conventional problems are solved both corners decrease the a small cooking plate combined cutting thin wire for the cutting width of the scale display of the exchange can spacing gauge can be cut machining in one use but can cut molding a cutting small-gage wire after the two eyes as a guide cooking and number easily It is a soft solid material cutting and molding set consisting of a cutting and processing method that can be performed and these auxiliary tools.

The present invention is cutting a thin wire for set stretched the cutting small-gage wire facing the two sides of the metal or synthetic resin pipe to the frame of the frame body or the diameter and shape having the reinforcing portion to solve the above problems 4 sets are attached, and the thin wire set for cutting can be exchanged, and a fall prevention device is attached, and the cutting width can be cut and formed on the small cooking plate by moving and cutting in the vertical and horizontal directions according to the scale of the distance gauge. It is a soft solid cutting set

The thin wire set for cutting is attached to the frame body with a thin wire set for cutting one thin wire with the length opposite to the frame body on two pipes with a diameter and shape larger than the frame body with a reinforcing part. The cutting width is a cutting and forming method that cuts and shapes the first and second cuts to match the cooker's dishes, using the second and subsequent thin wires as a guide to the scale of the distance gauge. It is a soft solid material cutting molding set characterized by being

Distance gauge cut molded with metal or spacing gauge that displays the scale of the width to the two sides in the triangle of the synthetic resin plate to cut to measure the palm using a small cooking plate combined cutting thin wire for the scale display With a soft solid cutting set featuring these auxiliary tools that cut and shape cooked products into shapes and numbers suitable for various dishes.

Frame made of metal or synthetic resin that faces two sides and has reinforcements at both corners. Uses a pipe with a diameter and shape that is larger than the frame body , and attaches 4 sets of fine cutting wire sets facing the two sides so as not to increase or decrease The thin wire set for cutting can be exchanged by attaching a drop-off prevention device, and the cutting width of the thin wire for cutting is determined with an interval gauge, and a small cooking plate is used to cut and form the first thin wire using the second and subsequent thin wires as a guide. machining shape and cut molding the number is in the easy-to-cut molding method and the soft solid form product cutting molding set at home tailored to cook dishes cooked products Te

The cutting thin wire set faces two sides and has two pipes with a caliber and shape larger than the frame body with reinforcing parts on both corners. One metal thin wire or synthetic resin cutting thin wire faces the two sides of the frame. It is a soft solid cutting set that does not increase or decrease the cutting thin wire set.

Various dishes on two sides in a triangle of metal or synthetic resin plate to obtain the cook using a small cooking plate combined cutting thin wire for the scale spacing gauge This gauge tick marks measured cutting widths It is a soft solid material cutting and molding set that can be cut to the size and shape of

The invention shredder thin line tofu agar jelly like install a metal or synthetic resin captive instrument not only four sets of cutting small-gage wire set to the frame body having the reinforcing portion is attached decrease is required both corner The cutting width is made of a synthetic resin that can be cut into the desired rectangular triangle rectangle etc. using the interval gauge scale as a guide, and is a single thin wire for cutting using a small cooking plate within the frame width of the frame. A soft solid material consisting of cutting and processing tools and auxiliary tools that allow uniform and clean cutting with the second and subsequent thin wires as a guideline , making it easy for children to easily and freely cut and mold at home. A cutting set is provided

Form of frame and cutting thin wire set according to the present invention Fig. (A) is an inclined view showing the configuration of a cutting thin wire set in which cutting thin wires are connected to a pipe. Fig. (B) is an inclined view showing a configuration in which a pipe is attached to a frame body and cutting thin wires are combined.   A plan view showing the scale by measuring the width of cutting on the two sides of the interval gauge triangle plate. Machining examples (A) to (E) are only two sets of thin wire sets for cutting, and therefore an inclination view of the cutting forming method . An example of processing (F) is an inclined view of the cutting and forming method using four sets of thin wire sets for cutting. Inclination diagram that uses a distance gauge to determine the width of the four fine cutting lines and the cooking plate on the scale

FIG. 1 is a plan view of four sets in which a thin wire 4 for cutting is stretched on a pipe 2 of a frame 1 having reinforcing portions 8 at both corners so as to fit between both frames of the frame 1 body . Two of the thin cutting wires 4 that are not used for cooking after adjusting the two cutting thin wires 4 to the cutting width are soft solid material cutting and molding sets that are attached to the frame end of the frame 1 and attached with the drop-off prevention device 9 .

Figure 2 (A) cutting the thin wire for set 5 is stretched in the pipe 2 length the cutting small-gage wire 4 This two were in time both the frame of one frame 1 body having the body more than the diameter and shape of the frame 1 FIG. 2B is a perspective view in which the pipe 2 is attached to the frame 1 and the cutting thin wire 4 is coupled.

FIG. 3 is a metal or synthetic resin plate that measures the width of cutting on the two sides of the triangular distance gauge 7 and displays a scale 3 for cutting, and aligns the cutting thin line 4 with the scale 3 to adjust the cutting width. The accuracy of the JIS standard, which is a plan view of the distance gauge 7 to be determined, is not calculated .

Figure 4 cutting molding Example view diagram (A) ~ cut molding example diagram in (F) (A) ~ ( E) is cut width by two pairs of cutting thin wire for set 5 is moved and adjusted at intervals gauge 7 cut Cutting method can be changed by changing the method. Cutting shape processing example As shown in figure (F), in order to cut the cooked food into small dice, only 4 sets of thin wire sets 5 for cutting are used, and the distance gauge 7 is not increased or decreased. The cutting forming method performed by adjusting the interval between the cutting thin wires 4 will be described below.

Figure (A) shows a cutting process. Figure (A) shows the frame 1 and the width of the thin wire 4 for cutting uses a distance gauge 7 to lay the alignment frame 1 horizontally on the cooked product and trace the edge of the cooked product with the second as a mark. It is a perspective view of a cutting molding method and vertical cutting by a single use thin wire 4 to the bottom of the cooking plate 6 for dividing two equal

Cut molding Example Figure (B) is a bottom of the cooking plate 6 to the edge of the cooking product in one continuous movement shredder nanowire 4 as a mark with two eyes Tilt lie on the frame 1 cooked similarly (A) FIG. 5 is a perspective view of a cutting and forming method in which the sheet is vertically cut and further rotated by 90 degrees, and the second piece is cut as a mark to the bottom of the cooking plate 6 with one of the thin wires 4 for cutting.

Cut molding Example diagram (C) the bottom of the cooking plate 6 in the first run of the cutting small-gage wire 4 and mark the two eyes Tilt the frame 1 fit the width of the cutting small-gage wire 4 in the frame 1 at intervals gauge 7 next to cut, further rotation of the cutting forming method of equally dividing the bottom to 6 of the cooking plate 6 two eyes eyes one cutting small-gage wire 4 at 3 knots cutting small-gage wire 4 and landmarks tailored to 3 equal parts of 90 degrees It is a perspective view

Example of cutting and forming process (D) shows the first cutting thin wire 4 on the cooking plate 7 with the frame 1 and the cutting thin wire 4 in the position of the horizontal surface of the cooked product divided into two equal parts. 4 is moved by a distance gauge 8 and cut horizontally on the cooking plate 6 and continuously divided into two equal parts, and the frame 1 is tilted horizontally on the cooked product to mark the first one as a mark and the second of the fine wires 4 for cutting. cutting forming method of equally dividing the cooking plate 6 a longitudinal cut further rotating the first run 90 degrees to the bottom of longitudinally to the bottom of the cooking plate 6 cut in one of the two first cutting small-gage wire 4 and a mark 8 at one It is a perspective view

Example of cutting forming process FIG. (E) is the same as (D), and the width of the cutting thin wire 4 is moved by the distance gauge 7 and horizontally cut on the cooking plate 6 to continue the frame 1 on the cooked product. Tilt it sideways and use the one of the fine cutting wires 4 as a mark to cut vertically to the bottom of the cooking plate 6 , rotate 90 degrees and use the second cutting wire as a mark to reach the bottom of the cooking plate 6 . FIG. 5 is a perspective view of a cutting and forming method in which a vertical cut is performed and a diagonal line of a cooked product is crossed at a center point cut by a thin cutting wire 4 to perform a vertical cut to divide the triangle into 16 equal parts.

Example of cutting and forming process (F) In this cutting and forming, the cutting width of the four fine wires 4 for cutting is adjusted with a distance gauge 7 and the frame 1 is moved laterally on the cooking plate 6 to be divided into three parts. Then, lay down the frame 1 sideways, align the cutting thin wire 4 with the end of the cooked food as a guide, rotate it vertically and rotate it 90 degrees , align the end of the cooked product with the cutting thin wire 4 and cut the vertical cutting to the bottom of the cooking plate 6 2 It is a perspective view of the cutting and forming process method of turning and dividing into 135 equal parts

Figure 5 is the scale of the distance gauge 7 for cutting width of the cooking plate 6 top cooking plate 6 and scissors stand four cutting small-gage wire 4 of the frame 1 for performing the cutting molded to fit the various dishes on the cooking plate 6 3 is a perspective view for determining an interval width for cutting by combining the cutting thin wire 4 with 3.

The present invention product is cooked taste can both corner cutting small-gage wire set mounted four sets only the captive instrument without the mounting increases or decreases the cutting small-gage wire set to the frame body having the reinforcing portions facing the two sides exchange It is not intended to obtain the accuracy of the JIS standard by adjusting the arrangement interval of the fine wire for cutting with the interval gauge, but as a guide, the thin wire for cutting after the second thin wire that can be cut and formed with only one thin wire for cutting is a guide. If you cut diagonally with the ingenuity of the cook, you can trace the side of the processed product, etc., and you can freely change the shape and number of processed items, make it convenient for various dishes, and easily cut and mold evenly at home. A soft solid material consisting of these auxiliary tools and cutting aids that can be processed in detail, use a small cooking plate, have no wrinkles such as palm wrinkles, and can produce more than 240 uniform and beautiful small cuts. Provided by cutting mold set It is

1 Frame 2 Pipe 3 Scale 4 Fine wire for cutting 5 Fine wire set for cutting 6 Cooking plate 7 Space gauge
8 Reinforcing part
9 Drop-off prevention device (A) 2 equal parts (B) 4 equal parts (C) 6 equal parts (D) 8 equal parts (E) Triangle 16 equal parts (F) 135 equal parts

Claims (3)

  A U-shaped frame made of metal or synthetic resin, a thin wire set for cutting in which thin wires for cutting are stretched using a member that can be movably fitted between the frames, and a plurality of thin wire sets for cutting on the frame A soft solid material cutting molding set characterized by being provided.   The thin wire set for cutting according to claim 1 is used as a member for movably fitting two pipes having a diameter and a shape larger than the frame, and one thin wire for cutting is stretched with a length between both frames of the frame. The soft solid material cutting / molding set according to claim 1, wherein the cut thin wire set and the cutting thin wire set are increased or decreased by a cutting molding process.   A measuring instrument that measures the cutting width on two sides and displays a scale with a triangle made of metal or synthetic resin, and adjusts the installation interval of multiple cutting thin wire sets to the scale display and cuts and forms it The soft solid material cut molding set according to claim 1, wherein

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