KR20110020550A - Device for producing laver rice roll - Google Patents

Abstract

PURPOSE: A dried laver roll producing device is provided to obtain desired shapes and numbers of dried laver rolls, and to successively produce unit dried laver rolls without exposing rice and inner ingredients to the outside. CONSTITUTION: A dried laver roll producing device comprises a molding device(10) and a molding frame(20). The molding device including the following: a first housing(12) including a bottom unit(122), a front unit(124), a rear unit(126), and two side units(128); and a second housing(14) including an upper unit(142), a front side unit(144), a rear side unit(146), and two side surface units(148). The molding frame includes a first molding member(22) and a second molding member(24).

Description

Gimbap manufacturing equipment {DEVICE FOR PRODUCING LAVER RICE ROLL}

The present invention relates to a gimbap manufacturing apparatus, and more particularly to a gimbap manufacturing apparatus that can be produced by molding a small amount or a large amount of gimbap of a new shape or various shapes.

In general, a variety of foods are cooked at home or a restaurant, and in recent years, interest in finished foods such as sushi, rice balls, or gimbap has increased in order to save convenience and time. Among them, gimbap mostly takes a form of seaweed and various ingredients, rolls it, cuts it, and eats it. However, recently, various forms of gimbap have been produced or made for the taste of gimbab, as well as visual effects or merchandising, and research and implementation of the gimbap have been actively conducted.

In recent years, warnings about the dangers of western foods such as fast foods or trans fats have been on the rise, and in response to this, there is a growing interest in gimbap as foods that can be eaten safely by the general public, especially children. Food manufacturers, as well as families, are also working on this.

However, there have been some problems in the conventional means or methods for forming gimbap. First, the gimbap molded in the conventional gimbap forming means has only the outside is wrapped in gimbap, there is a problem that the rice or ingredients are exposed or leaked to the outside.

And, in forming a variety of shapes gimbap there is a problem that the process is complicated and difficult to manufacture without skill.

In addition, the conventional gimbap forming means or gimbap manufactured by the molding method is produced in the form of initially elongated after cutting or eating or gimbap of a specific shape initially has a disadvantage that the selectivity of the eater is limited.

On the other hand, as an example of a conventional gimbap manufacturing apparatus, Korean Utility Model Model No. 20-0397652 discloses a molding mold in which a plurality of molding portions having a semicircular cross section protrude downward from the bottom of a receiving portion having an upper opening, and A gimbap production frame is known which consists of a crimping mold in which a plurality of semicircular compression portions protruding toward the inside of the insertion portion are known at the bottom of the insertion portion detachably inserted into the receiving portion. In the mold, three sides are separated from the demolding induction formed at the bottom of each molding part, and one side is connected to the bottom of each of the molding parts to be rotated in the demolding induction by a connecting hinge, and the rice balls compressed in the molding parts are A demoulding plate which is formed to be able to push out and horizontally outward from both sides of the flange formed at the upper end of the receiving part of the forming mold. Protrusion is formed has a configuration in which the support plates are formed on both sides.

However, there is a problem in that the gimbap forming mold of the Utility Model No. 20-0397652 also can not be produced by connecting the gimbap of various shapes continuously or repeatedly.

In addition, as another conventional example, the Utility Model Registration No. 20-0270866 cuts so that the middle of the body formed with a plurality of molding recesses that can hold sushi in the center is separable, and handles are formed on both sides of the cut body. On the cutting surface of one side of the body is formed a coupling protrusion, the other side of the body forming a coupling groove corresponding to the lower mold formed of a pair configured to enable separation and coupling, and the bottom of the molding molding of the lower mold A sushi molding machine having a configuration including an upper mold formed with a forming protrusion having a recess in the center thereof is known.

However, the sushi molding machine according to the Utility Model Registration No. 20-0270866 also has a problem that can not be manufactured by continuously or repeatedly connecting sushi of various shapes.

Therefore, the present invention has been made to solve the above problems, an object of the present invention can take a variety of shapes and numbers desired by the user or eater, forming a rice and the ingredients are not exposed to almost outside It is possible to produce, and in particular to provide a gimbap manufacturing apparatus that is produced by connecting unit gimbap of various shapes continuously or repeatedly.

In order to achieve the above object, a gimbap manufacturing apparatus according to the present invention includes a bottom part, a front part and a rear part which are formed vertically around the bottom part, and face each other, and form two inner parts that face each other. A first housing configured to; An upper part corresponding to a bottom part of the first housing, a front part and a rear part which are formed vertically around the upper part and oppose each other, and two side parts which are mutually opposite to each other and connected to the first housing; Molding apparatus having a second housing consisting of: and the first molding member is formed in the first housing of the molding apparatus is formed with a molding groove is inserted into the basic gimbap to form a molded gimbap of a predetermined shape, and the first A molding groove corresponding to the molding groove is formed to contact the molding member to complete the molding gimbap, and pressurizes the basic gimbap and consists of a second molding member installed in the second housing of the molding apparatus. Forming grooves are formed between the forming grooves of the gimbab itself to compress the seaweeds so that they can be connected continuously without cutting each other. It characterized in that it comprises a.

According to the gimbap manufacturing apparatus according to the present invention, it is possible to take a variety of shapes and numbers desired, can be molded and produced by connecting the unit gimbap that is almost exposed to the outside of the rice and the material material, productivity, productability, Diversity and economics are effective.

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

1 is a perspective view showing a first embodiment of a gimbap manufacturing apparatus according to the present invention, Figure 2 is a perspective view showing in detail various molds of the gimbap manufacturing apparatus of Figure 1, Figure 3 is a gimbap manufacturing apparatus according to the present invention 4 is a perspective view showing a second embodiment, Figure 4 is a perspective view showing a third embodiment of the gimbap manufacturing apparatus according to the present invention, Figure 5 is a perspective view showing a fourth embodiment of the kimbap manufacturing apparatus according to the present invention, Figure 6a to 6c is a process chart showing a process for manufacturing gimbap using the gimbap manufacturing apparatus according to the present invention.

1 and 2, the gimbap manufacturing apparatus according to the present invention is basically provided with a molding apparatus (10). The molding apparatus 10 is formed in the form of an open or folding bag, it is preferably formed of a metal or synthetic resin having rigidity and cleanliness.

The molding apparatus 10 has a first housing 12 which is supported on the floor or table during the production of gimbap. The first housing 12 has a space of sufficient or predetermined size so that the respective molds to be described later can be inserted and fixed therein. In more detail, the first housing 12 is formed vertically around the bottom 122 and the slope of the bottom 122 and also mutually opposed to the front part 124 and the rear part 126 which face each other. It is provided with two opposing sides 128, each of which forms a space. Optionally, a handle 1242 may be integrally provided at the center of the front portion 124 of the first housing 12 for ease of carrying or manufacturing.

In particular, a plurality of fixing grooves 1282 are formed on the inner surface of each side portion 128 of the first housing 12 to face each other so that each end of each forming mold to be described later is inserted and stably fixed. do. Each fixing groove 1282 is preferably formed to correspond to the shape of both ends of the mold to be described later. In this embodiment, each of the fixing grooves 1282 is formed in a semi-circular shape, it will be obvious that it can be formed in a variety of other shapes that can be fixed or maintained in each mold.

The molding apparatus 10 also includes a second housing 14 that corresponds to the first housing 12 and is foldable or openable with respect to the first housing 12. The second housing 14 is similarly formed to correspond to the first housing 12, that is, the second housing 14 has an upper portion 142 corresponding to the bottom 122 of the first housing 12. And two sides 148, which are formed perpendicularly around the slope of the upper portion 142, and which face each other, are also opposed to the front portion 144 and the rear portion 146, respectively. Is formed. Of course, in the center of the front portion 144 of the second housing 14, in order to apply pressure to the gimbap during manufacturing or for ease of portability, the handle 1442 which can be in contact with the handle 1242 of the first housing 12 ) Is integrally provided.

In addition, a fixing groove 1462 corresponding to each fixing groove 1282 formed in each side 128 of the first housing 12 is also formed on an inner side surface of each side 148 of the second housing 14. Is formed. Of course, each fixing groove (1482) is preferably formed corresponding to the shape of both ends of the mold to be described later, in the present embodiment, although each of the fixing grooves (1282) is formed in a semi-circular shape, each of the forming mold is stable It can be formed in a variety of other shapes that can be fixed or maintained.

In particular, in the proper position of each of the fixing grooves (1482) of the second housing 14, when the second housing (14) is lowered during the production of gimbap, each forming mold inserted into the fixing grooves (1482) is separated or shaken. It is preferable that the fixing piece 1462a is integrally formed so as to prevent it from being made. Each fixing piece (1482a) is preferably formed to have a certain elasticity or to protrude in a limited range to facilitate the entry and exit by the user while stably fixing each mold.

Of course, the first housing 12 and the second housing 14 can be mutually opened and closed by a pivoting means or a folding means such as a hinge 16 installed at one side or both sides of each rear portion 126; 146. It is preferable that the connection is made.

Kimbap manufacturing apparatus according to the present invention is provided with a molding die 20 that is detachably disposed or installed in the above-described molding apparatus 10. Molding die 20 is formed in a variety of shapes, it is preferable that both ends are fixed to the fixing grooves (1282; 1482) of each housing (12; 14) of the molding apparatus 10.

In more detail, the forming mold 20 is formed of a semi-cylinder and consists of a first molding member 22 and a second molding member 24 which form a completely circular shape when producing gimbap. That is, the first molding member 22 and the second molding member 22 installed in the first housing 12 and the second molding member 24 paired with each other corresponding to the first molding member 22 are installed. It is composed. Each of these forming molds 20 or each forming member (22; 24) is formed with a variety of unit forming grooves (222; 242), respectively. As shown in Fig. 2, each of these unit shaping grooves 222 and 242 is, for example, a round or corrugated shape (a), a long stick shape (b) of a single shape, and an intermediate stick shape (c) continuously connected continuously. ), Continuous repetitive ball type (d), continuous repetitive peanut type (e), short stick type and peanut type continuously mixed first type (f), short stick type and ball type and peanut type continuously repetitive The second mixed type (g) leading to the third, the third mixed type (h), which is continuously connected to the peanut type and the ball type (h), the short stick type (i) continuously connected to the continuous repeat, the fourth mixed type (continuously repeated the continuous stick type ( j), it will be apparent to those skilled in the art that the shape can be variously made without departing from the scope of the present application.

In particular, between the unit forming grooves (222; 242) formed in each shape, in order to maintain a unique shape of each unit gimbap forming portion formed by each of the unit forming grooves (222; 242) during gimbap molding Partition walls 224 and 244 are formed. In addition, it is preferable that each of the gimbap forming part maintains its own shape as well as connecting grooves (224a; 244a) for compressing the laver to be connected continuously without cutting each other.

Of course, both ends of each forming member (22; 24) is provided with a closing wall (226; 246) formed in the same manner as the partition wall (224; 244), each of the closing wall (226; 246) a connecting groove ( End grooves 226a and 246a, which are similar to 224a; 244a and for finishing both ends of the gimbap, are preferably formed.

Optionally, each mold 20 may be integrally formed in the interior of each housing 12; 14 according to the demand or supply of the gamma rice to be manufactured, and the user may also be in accordance with the demand or popularity of a particular shape of gimbap. Accordingly, by providing a plurality of molds of a specific shape can produce only a large amount of gimbap of a specific shape.

3 shows a molding apparatus 40 of a gimbap manufacturing apparatus according to a second embodiment of the present invention. The molding apparatus 40 according to the present embodiment is provided with a molding die 50 integrally, but those skilled in the art will be apparent that the molding apparatus 50 is separated from the molding apparatus 40. It is to be understood.

In more detail, the forming apparatus 40 has a first housing 42, the first housing 42 having a bottom portion 422, a front portion 424, a rear portion 426 and both side portions. 428 and a space is formed by each of them. A handle 4242 may be integrally provided at the center of the front portion 424 of the first housing 42.

The molding apparatus 40 includes a second housing 44 which is provided in the first housing 42 so as to be foldable or openable. The second housing 44 has an upper portion 442, a front portion 444, a rear portion 446 and two side portions 448 so as to correspond to the first housing 42, thereby forming an internal space. do. Of course, in the center of the front portion 444 of the second housing 44, the handle 4444 that can contact the handle 4242 of the first housing 42 to apply pressure to the gimbap during manufacturing or for ease of carrying ) Is integrally provided.

In addition, the molding housing 50 is provided in the first housing 42 and the second housing 44 of the molding apparatus 40. The forming mold 50 is formed in a semi-cylinder to form a complete circle in the production of gimbap, the first molding member 52 provided in the first housing 42 and the second molding member 44 provided in the second housing 44. ) Each of the molding die 50 or each of the molding members 52 and 54 is formed with unit molding grooves 522 and 542 of various shapes.

In addition, between the unit forming grooves 522 and 542 formed in the respective shapes, each unit gimbap forming portion formed by each unit forming grooves 522 and 542 at the time of gimbap molding has a unique shape, that is, a large ball. Partitions 524 and 544 are formed to maintain shape. In addition, it is preferable that each of the gimbap forming parts to maintain their shape as well as connecting grooves (524a; 544a) for compressing the laver to be connected continuously without cutting each other.

Of course, both ends of each forming member (52; 54) is provided with a closing wall (526; 546) formed in the same manner as the partition wall (524; 544), each closing wall (526; 546) of the gimbap to be molded End grooves 526a and 546a for finishing both ends are preferably formed.

On the other hand, Figure 4 is a bar rice production apparatus according to a third embodiment of the present invention is shown, except that the forming groove is formed in various shapes, that is, triangular, square, pentagonal, hexagonal, heart-shaped second embodiment Similar to the example, detailed description thereof is omitted for clarity of explanation, and the same reference numerals are attached to the same components.

In addition, as shown in Figure 5, the gimbap manufacturing apparatus according to the fourth embodiment of the present invention, each of the various forming grooves 222 are integrally formed in the first housing 12, the second housing the same Also in 14, the forming groove 242 corresponding to the forming groove 222 of the first housing 12 is integrally formed. Here, the same reference numerals are attached to the same components using the same reference numerals as in the first embodiment for clarity of explanation.

Hereinafter, a process of manufacturing gimbap using the gimbap manufacturing apparatus configured as described above will be described in detail with reference to FIGS. 6A to 6C.

First, the gimbap manufacturer or the user prepares the main material of the rice (70) and the seaweed (80) and prepares the molding apparatus 10 and the molding die (20). Here, the rice 70 may be processed or matched according to food or taste, and it is preferable to keep the adhesion between the rice grains to be appropriate or minimum for easy molding of gimbap. In addition, the seaweed 80 is preferably arranged to be arranged in a lamination so that the portion to be placed the rice 70 is exposed to the top by setting a predetermined number to be used. In particular, in the preparation of the molding apparatus 10 and the mold 20, a manufacturer or user prepares one or more molds 20, desired or set, to form the first molding member of each mold 20 (22) is arranged in the first housing 12 and the second molding member 24 is arranged in the second housing 14 to prepare.

When the rice 70 and the seaweed 80 are prepared, the user uses a spatula or spreads the rice 70 by hand and rolls the seaweed 80 to form a basic gimbap 90 having a round shape.

Thereafter, the molded basic gimbap 90 is disposed on each of the first molding members 22 of the corresponding mold 20 of the molding apparatus 10, and then the second housing 14 of the molding apparatus 10 is formed. ) Is lowered to close the first housing 12 and simultaneously pressurized to form a finished molded gimbap 92. Here, the user grasps the handle 1442 of the second housing 14 and presses in a manner of contacting the handle 1242 of the first housing 12 or presses the second housing 14 to complete the molded gimbap 92. . Of course, each connection portion 92b that continuously connects the unit gimbap portion 92a of each molded gimbap 92 and each unit gimbap portion 92a may include a first molding member 22 and a second molding member ( It can be seen that each of the unit forming grooves 222 and 242 and the partition walls 224 and 244 and the connecting grooves 224a and 244a of the corresponding 24 are formed. Of course, both ends of the molded gimbap 92 is closed in the center by the end grooves (226a; 246a) formed in the respective closing walls (226; 246) provided at both ends of the respective molding members (22; 24). do.

Then, after finally opening the second housing 14 of the molding apparatus 10, each of the molding gimbap 92 in each of the molding members 22 of the molding die 20 installed in the first housing 12. Remove, pack or eat. In the case of eating, the gimbap portion 92a is eaten while cutting the connection portion 92b of the molded gimbap 92 according to the user's preference, or each of the gimbap portions 92a is cut after cutting the connection portion 92b with a knife. You can eat.

Of course, if only a large number of gimbap of one shape is desired, by repeating the above-described process by placing only a plurality of molds 20 corresponding to the molding apparatus 10, it is possible to manufacture a large amount of gimbap of the same shape will be.

Therefore, by using a single molding apparatus it is possible to quickly and in large quantities to produce gimbap of various shapes desired by the user or manufacturer.

While a preferred embodiment according to the present invention has been described above, it will be understood by those skilled in the art that various modifications and changes can be made without departing from the scope of the appended claims.

1 is a perspective view showing a first embodiment of a gimbap manufacturing apparatus according to the present invention.

Figure 2 is a perspective view showing in detail the various forming molds of the gimbap manufacturing apparatus of FIG.

Figure 3 is a perspective view showing a second embodiment of the gimbap manufacturing apparatus according to the present invention.

Figure 4 is a perspective view showing a third embodiment of the gimbap manufacturing apparatus according to the present invention.

Figure 5 is a perspective view showing a fourth embodiment of the kimbap manufacturing apparatus according to the present invention.

6a to 6c is a process chart showing a process for producing gimbap using the gimbap manufacturing apparatus according to the present invention.

<Explanation of symbols for the main parts of the drawings>

10, 40: forming apparatus 20, 50: forming mold

Claims (10)

In gimbap manufacturing apparatus, An inner space is formed by a bottom portion 122, a front portion 124 and a rear portion 126, which are vertically formed around the bottom portion 122, and face each other, and two side portions 128 that face each other. A first housing 12 formed; It is connected to the first housing 12 so as to be openable and close, the upper portion 142 corresponding to the bottom portion 122 of the first housing 12, and formed perpendicularly around the upper portion 142 and mutually Molding apparatus (10) having an opposing front portion (144) and a rear portion (146) and a second housing (14) consisting of two opposing side portions (148): and The first molding member is installed in the first housing 12 of the molding apparatus 10 and the first molding member in which molding grooves 222 into which the basic gimbap 90 is inserted are formed to form a molding gimbap 92 having a predetermined shape. 22 and a molding groove 242 corresponding to the molding groove 222 is formed to contact the first molding member 22 to complete the molding gimbap 92 and press the basic gimbap 90 while The second molding member 24 is installed in the second housing 14 of the apparatus 10, and the shape of the gimbap itself is formed between the molding grooves 222 and 242 of the respective molding members 22 and 24. Kimbap manufacturing apparatus characterized in that it comprises a forming mold 20 is formed for connecting grooves (224a; 244a) for compressing the steam so that it can be continuously connected without cutting each other. The inner surface of each side portion 128 of the first housing 12, so that each end of the first forming member 22 of the forming die 20 can be detachably fixed. A plurality of fixing grooves 1282 are formed to face each other; On the inner side surface of each side portion 148 of the second housing 14, a plurality of fixing grooves 1482 so that each end of the second forming member 24 of the forming die 20 can be detachably fixed. Gimbab manufacturing apparatus characterized in that is formed to face each other. 3. The fixing piece 1462a of claim 2, wherein the fixing grooves 1462 of the second housing 14 are formed to prevent separation of the second forming member 24 of the forming mold 20. Kimbap manufacturing apparatus characterized in that. According to claim 1, wherein each forming member (22; 24) of the forming die 20 is characterized in that one or two or more unit molding grooves (222; 242) of a predetermined form is formed repeatedly repeatedly. Gimbap manufacturing equipment. According to claim 1, wherein the forming grooves (222; 242) of each of the forming members (22; 24) are elongated corrugations (a), single elongated sticks (b), continuous intermediate sticks (c) ), Continuous ball type (d), continuous peanut type (e), short stick type and peanut type first mixed type (f) continuously connected repeatedly, short stick type and ball type and continuous peanut type The second mixed type (g), the third mixed type (h), which is continuously connected to the peanut type and the ball type, the short stick type (i) which is continuously and repeatedly, and the fourth mixed type which is continuously and repeatedly, the short stick type and the ball type ( j) gimbap manufacturing apparatus, characterized in that formed as one of. The method according to claim 4 or 5, wherein between the forming grooves (222; 242) of each of the forming members (22; 24), each formed by each unit forming grooves (222; 242) at the time of gimbap molding Kimbap manufacturing unit, characterized in that the partition (224; 244) for forming the unit gimbap molding unit to maintain its original shape. The method of claim 6, wherein both ends of each of the forming members (22; 24) are formed with closing walls (226; 246), and each of the closing walls (226; 246) to finish both ends of the gimbap to be molded Kimbap manufacturing apparatus characterized in that the end grooves (226a; 246a) for. In gimbap manufacturing apparatus, A first housing 42 having a bottom portion 422, a front portion 424, a rear portion 426, and both side portions 428, and a first housing 42 that can be folded or opened and closed. A molding apparatus 40 including a second housing 44 having an upper portion 442, a front portion 444, a rear portion 446, and two side portions 448 to correspond to the first housing 42; And A first molding member 52 installed in the first housing 42 of the molding apparatus 40 and having one or more unit molding grooves 522 formed therein, and installed in the second housing 44 and the first molding formed therein; The second molding member 54 in which molding grooves 542 corresponding to the respective molding grooves 522 of the first molding member 52 are formed to cooperate with the member 52 to form the finished molding gimbap. It includes a mold 50 having: Barrier ribs 524 and 544 are formed between molding grooves 522 and 542 of the respective molding members 52 and 54; Connection ribs 524a and 544a are formed in each of the partition walls 524 and 544; Closing walls 526 and 546 are formed at both ends of each of the forming members 52 and 54; Each of the closing walls (526; 546) is a gimbap manufacturing apparatus, characterized in that the longitudinal grooves (526a; 546a) for finishing both ends of the gimbap to be formed. The method of claim 8, wherein each of the forming grooves (522; 542) gimbab manufacturing apparatus, characterized in that formed in one or a combination of ball, triangle, square, pentagon, hexagon, heart, star. In gimbap manufacturing apparatus, Each unit forming groove 222 is continuously and repeatedly formed in the first housing 12, the unit is connected to open and close to the first housing, the unit corresponding to the forming groove 222 of the first housing 12 A shaping device 10 having a second housing 14 in which the shaping grooves 242 are integrally and repeatedly formed; Between each of the unit forming grooves (222; 242), each of the unit gimbap forming portion formed by each of the unit forming grooves (222; 242) when forming gimbap partitions (224; 244 for maintaining a unique shape) ) Is formed; Between each of the unit forming grooves (222; 242) gimbap forming a connection groove for compressing the seaweed (224a; 244a) is formed so that the gimbap forming part maintains its own shape and can be connected continuously without cutting each other Manufacturing equipment.

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