KR101446863B1 - Device for making the cake - Google Patents

Abstract

The present invention relates to a glaze-flavoring molding apparatus, comprising: a device body (110) having a cover (111) detachably coupled to an upper portion thereof; A rice cake cutter (130) rotatably disposed in the apparatus body (110) and cutting a rice cake passing through the inside of the apparatus body (110); A cutter driving motor 135 connected to one side of the apparatus body 110 to drive the rice cake cutter 130; A rotation table 140 rotatably connected to one side of the apparatus main body 110; A conveyor 145 coupled to the rotary table 140 and to which the rice cake cut by the rice cake cutter 130 is fed; A sensor 150 connected to one side of the rotary table 140 and sensing the tip position of the rice cake to be conveyed along the conveyor 145; A table rotating unit 160 connected to the apparatus main body 110 and the rotating table 140 to rotate the rotating table 140; And a controller (120) for driving the cutter driving motor (135) based on information from the sensor (150).

Description

Device for making the cake

More particularly, the present invention relates to a glaze-flavoring device for molding a glaze-flavored rice cake, which can be housed in a receptacle after being cut uniformly, thereby improving working efficiency. Which can be applied to a microwave oven.

Generally, in the rice cake molding machine, the cooked rice flour fed through the hopper is forcibly transferred by a pair of feed screws in the feed tube, and the kneaded product is formed by the pressing force. And is molded and discharged in a desired shape.

Since the initial rotary kneading machine is made up of one stage of the transfer screw, since the kneading section is short and the kneading section can not be made sufficiently, the molded karakatk has a low value of the product due to lack of tenacity. .

In recent years, there has been provided a karaoke molding machine in which a conveying screw is provided in two stages so that a first kneading product kneaded by a first conveying screw can be sufficiently kneaded by a second kneading by a secondary conveying screw, Examples of the prior art include Patent No. 320041 and Registration Practice No. 2, No. 34882.

However, in the related art, the first and second feed screw are transmitted to the gear box by gear engagement or chain belt connection, so that the lubricating action can not be performed independently. Thus, the life span Resulting in shortening and also producing severe noise during operation.

Particularly, the primary transfer pipe and the secondary transfer pipe of the housing accommodating the transfer part of the first and second transfer screw are separated and manufactured so that the kneaded product passing through the first transfer pipe is dropped into the second transfer pipe through the auxiliary hopper, Even if the supplied rice flour is normally supplied, when the kneaded product in which the volume is significantly reduced due to the kneading by the primary feed screw is dropped into the secondary feed pipe and fed by the pressing force by the secondary feed screw, the pressing force equivalent to that of the primary feed screw The second dough can not be made properly. Therefore, the dough which is obtained from the dough is not only lacking in tenacity due to defective dough, but also having a small thickness, which reduces the value of the product.

In addition, if the amount of cooked rice flour to be fed is not constant, and the amount of the kneaded water supplied into the second conveyance pipe from the first conveyance pipe is large, the kneaded water overflows from the auxiliary hopper of the second conveyance pipe due to overfeed, The amount of the kneading water supplied to the secondary conveying pipe from the first conveying pipe is small, and thus the obtained rice cake is not thin and sticky, and the value as a commodity is reduced.

Furthermore, in the case of Patent No. 320041, the lower case of the gear box is constituted by two left and right sides, and the 1-way transmission pipe and the 2-way transmission pipe of the housing are separately manufactured and assembled and fixed so that the manufacturing cost is increased at the time of manufacturing, 34882 also has a complicated structure in which the gear box is separated from the upper, middle, and lower cases, and is assembled and fixed. In addition, in the case of a two-piece transmission pipe, a differential transmission pipe and a two- The manufacturing cost is raised at the time of manufacture, and the first and second conveying screws, which are formed by protruding from the gear box for a long time, fail to smoothly rotate the first and second conveying screws due to self- There are many problems, and efforts are being made to solve these problems.

On the other hand, in the case of the recently introduced karaoke molding device, the focus is on cutting the malt cakes that are formed rather than molding the karaoke cakes. The techniques are described in Korean Patent Registration No. 10-0822884 (prior art 1) Korean Patent Registration No. 10-0831381 (Prior Art 2).

However, in the case of the techniques disclosed in the above-mentioned prior arts 1 and 2, there is a problem that since the molded product has a structural limit, the molded garlic cake may not be uniform, and may be tapered or thickened to deteriorate the merchantability. Therefore, And the restructuring of

Korea Patent Office Registration No. 10-0822884 Korean Intellectual Property Office Registration No. 10-0831381

It is an object of the present invention to provide a glaze-flavoring device which can be housed in a receptacle after the glaze-flavored rice cake has been cut uniformly, thereby improving the working efficiency, and also being able to increase the commerciality because the molded glaze rice cake is not tapered or thickened.

The above object is achieved by an apparatus comprising: a main body (110) having a cover (111) detachably coupled thereto;

A rice cake cutter (130) rotatably disposed in the apparatus body (110) and cutting a rice cake passing through the inside of the apparatus body (110);

A cutter driving motor 135 connected to one side of the apparatus body 110 to drive the rice cake cutter 130;

A rotation table 140 rotatably connected to one side of the apparatus main body 110;

A conveyor 145 coupled to the rotary table 140 and to which the rice cake cut by the rice cake cutter 130 is fed;

A sensor 150 connected to one side of the rotary table 140 and sensing the tip position of the rice cake to be conveyed along the conveyor 145;

A table rotating unit 160 connected to the apparatus main body 110 and the rotating table 140 to rotate the rotating table 140; And

And a controller (120) for driving the cutter driving motor (135) based on the information from the sensor (150).

The table rotating unit 160 includes:

A drive rotating member 161 connected to the other side of the apparatus main body 110 and axially coupled to the motor shaft of the cutter driving motor 135 and rotated in the rotation of the rice cake cutter 130;

An eccentric protrusion 162 eccentrically protruding to one side of the driving rotational member 161;

A rotating hanger 163 disposed adjacent to the driving rotational member 161 and being pressed and moved by the eccentric protruding portion 162 when the driving rotational member 161 rotates;

A table connecting portion 164 connected to the rotary table 140; And

The table hanger 163 is connected to the rotary hanger 163 and the table connecting portion 164 so that the rotary table 140 is rotated by pushing the table connecting portion 164 when the rotary hanger 163 is rotated. ).

A first water spraying unit 171 provided at one side of the apparatus main body 110 for spraying water toward the rice cake which passes through the inside of the apparatus main body 110;

A second water jetting unit 172 disposed around the rotary table 140 for jetting water toward the rice cakes conveyed along the conveyor 145 on the rotary table 140;

A rice cake guide plate 173 provided in the apparatus body 110 to guide the rice cake passing through the inside of the apparatus body 110 to the conveyor 145 on the rotary table 140;

A rice cake supporting bar 174 disposed around the rice cake guide plate 173 to support the rice cake passing through the inside of the apparatus main body 110;

A conveyor drive motor 175 connected to the rotary table 140 to drive the conveyor 145; And

And a storage box 180 disposed at a peripheral lower portion of the rotary table 140 for storing the cut rice cake.

At this time, the first water supply line L1 connected to the first water spraying unit 171 and the second water supply line L2 connected to the second water spraying unit 172 are branched from one line .

A table support 190 for supporting the rotary table 140 from below;

A rotary shaft center bar 191 connecting the table support 190 and the rotary table 140 and forming a rotary shaft of the rotary table 140; And

And a sliding box 195 which is disposed on the table supporting portion 190 and is capable of accommodating the storage box 180 and is slidably moved on the table supporting portion 190.

According to the present invention, after the karat cake is uniformly cut, it can be housed in a storage box, so that the working efficiency can be improved. In addition, the molded karat cake is not tapered or thickened and the merchantability can be improved.

1 to 3 are operational perspective views of an apparatus for forming a rice cake shape according to an embodiment of the present invention.

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

1 to 3 are operational perspective views of an apparatus for forming a rice cake shape according to an embodiment of the present invention.

Referring to these figures, the rice gulm cake molding apparatus of the present embodiment can cut the gulley cake to be housed in a storage box, thereby improving the working efficiency. In addition, A rotary table 140, a conveyor 145, a sensor 150, a table rotation unit 160, and a controller 120, as shown in FIG. .

The apparatus main body 110 forms the appearance of the rice cake shape molding apparatus of the present embodiment and supports the respective components. A cover 111 may be detachably coupled to an upper portion of the apparatus main body 110. The controller (120) may be disposed and fixed to the cover (111).

The rice cake cutter 130 is rotatably disposed in the apparatus main body 110 and serves to cut a rice cake passing through the inside of the apparatus main body 110. The rice cutter 130 is a kind of blade and is cut by a desired length while being rotated by the operation of the cutter driving motor 135.

The cutter drive motor 135 is connected to one side of the apparatus main body 110 to drive the rice cake cutter 130. The motor shaft of the cutter driving motor 135 is connected to the rice cake cutter 130.

The rotary table 140 is rotatably connected to one side of the apparatus main body 110. 1 and 2, the rotary table 140 maintains the horizontal state, but when the rotary table 140 is rotated as shown in FIG. 3, the upper portion of the rice cake is dropped and housed in the cabinet 180.

And a table supporting portion 190 for supporting the rotary table 140 from the bottom is provided at a lower portion of the rotary table 140.

The table supporting portion 190 and the rotary table 140 are provided with a rotary shaft center bar 191 that connects the rotary table 140 and the rotary table 140 and forms a rotary shaft center of the rotary table 140. The rotation of the rotary table 140 can be realized by the rotation axis bar 191 as shown in FIG.

The sliding box 195 is further provided on the table supporting portion 190 and is capable of accommodating the storage box 180 and slidingly moved on the table supporting portion 190. The sliding box supporting sliding box 195 can slide between the working position and the storage accommodation position.

The conveyor 145 is coupled to the rotary table 140 and can be applied as a belt type conveyor 145 as a portion to which the rice cake cut by the rice cake cutter 130 is conveyed.

The conveyor 145 is connected to the rotary table 140 and is driven by a conveyor drive motor 175 that drives the conveyor 145.

The sensor 150 is connected to one side of the rotary table 140 and detects the position of the tip of the rice cake to be conveyed along the conveyor 145.

The table rotating unit 160 is connected to the apparatus main body 110 and the rotating table 140 to rotate the rotating table 140.

The table rotating unit 160 is connected to the other side of the apparatus main body 110 and axially coupled to the motor shaft of the cutter driving motor 135, And an eccentric protrusion 162 protruding eccentrically from the driving rotational member 161. The eccentric protruding portion 162 is disposed adjacent to the driving rotational member 161. When the driving rotational member 161 rotates, And a table connecting portion 164 connected to the rotary table 140. Both ends of the table hanger 163 are connected to the rotary hanger 163 and the table connecting portion 164, And a table pusher 165 for pushing the table connecting portion 164 when the rotary hanger 163 is rotated to rotate the rotary table 140.

The controller 120 is positioned on the cover 111 and drives the cutter driving motor 135 based on information from the sensor 150. Of course, unlike the drawing, the controller 120 is not necessarily positioned on the cover 111, but may be disposed in another position.

Meanwhile, in addition to the above-described configurations, the following embodiments are further provided in the present invention.

A first water jetting unit 171 provided at one side of the apparatus main body 110 for jetting water toward the rice cakes passing through the inside of the apparatus main body 110; And a second water jetting part 172 for jetting water toward the rice cake which is conveyed along the conveyor 145 on the rotary table 140.

The first water supply line L1 connected to the first water spraying unit 171 and the second water supply line L2 connected to the second water spraying unit 172 are branched from one line Only the first water supply line L1 and the second water supply line L2 are shown separately for the sake of convenience.

Particularly, since the water sprayed through the second water spraying part 172 is sprayed toward the rice cake on the conveyor 145, the rice cake is slipped on the conveyor 145 due to the water film phenomenon, so that the rice cake becomes thinner or thicker It is possible to maintain constant thickness and length. Therefore, the value of the product is much higher than the conventional one.

A rice cake guide plate 173 for guiding the rice cake passing through the inside of the apparatus main body 110 to the conveyor 145 on the rotary table 140 is disposed in an inclined manner in the apparatus main body 110. A rice cake supporting bar 174 for supporting a rice cake passing through the inside of the apparatus main body 110 is disposed around the rice cake guide plate 173.

Meanwhile, a storage box 180, which is disposed at a peripheral lower portion of the rotary table 140 and accommodates the cut rice cake, is provided. Actually, the place where the storage box 180 is disposed may be a water tank with water, but the water tank is omitted for convenience.

Hereinafter, the operation of the present invention will be described.

As shown in FIG. 1, the rice cake passing through the inside of the apparatus main body 110 is conveyed to the conveyor 145 on the rotary table 140 through the rice cake guide plate 173. At this time, as described above, water is injected continuously toward the hot melted rice cake through the first water jetting part 171 and the second water jetting part 172.

Particularly, since the water sprayed through the second water spraying part 172 is sprayed toward the rice cake on the conveyor 145, the rice cake is slipped on the conveyor 145 due to the water film phenomenon, so that the rice cake becomes thinner or thicker So as to maintain a constant thickness and length.

When the tip of the rice cake which has been conveyed to the conveyor 145 on the rotary table 140 reaches the sensor 150, the sensor 150 senses it and sends a signal to the controller 120. Then, the controller 120 controls the cutter driving motor 135 to be driven.

When the cutter driving motor 135 is operated, the rice cake cutter 130 is rotated as shown by an arrow in FIG. 2 to cut the rear end of the rice cake.

At this time, the operation of the cutter driving motor 135 leads to the operation of the table rotating unit 160 to rotate the rotating table 140 as shown in FIG. That is, when the eccentric protrusion 162 connected to the driving rotary member 161 presses the rotary hanger 163 while being moved along the side of the rotary hanger 163, the table pusher 165 is moved downward And presses the table connecting portion 164 downward. Since the table connecting portion 164 is connected to one side of the rotary table 140, the rotary table 140 is rotated in the arrow direction of FIG. 3 by the pressing force as the table connecting portion 164 is pressed downward So that the carrot cake cut to a predetermined length and thickness disposed on the conveyor 145 is dropped downward and stored in the storage box 180.

According to the above-described structure and operation of the present invention, the glaze rice cake can be uniformly cut and stored in the storage box 180, thereby improving the working efficiency. In addition, the molded glaze rice cake is not tapered or thickened And the merchantability can be increased.

It will be apparent to those skilled in the art that various modifications and variations can be made in the present invention without departing from the spirit or scope of the invention. Accordingly, such modifications or variations are intended to fall within the scope of the appended claims.

110: main body of the apparatus 111: cover
120: controller 130: rice cake cutter
135: cutter drive motor 140: rotary table
145: Conveyor 150: Sensor
160: table rotating unit 161: driving rotating member
162: eccentric protrusion 163: rotating hanger
164: table connection 165: table pusher
171: first water jetting section 172: second water jetting section
173: Carrot cake sticker plate 174:
175: Conveyor drive motor 180: Housing
190: table support

Claims (4)

An apparatus main body 110 in which a cover 111 is detachably coupled to an upper portion;
A rice cake cutter (130) rotatably disposed in the apparatus body (110) and cutting a rice cake passing through the inside of the apparatus body (110);
A cutter driving motor 135 connected to one side of the apparatus body 110 to drive the rice cake cutter 130;
A rotation table 140 rotatably connected to one side of the apparatus main body 110;
A conveyor 145 coupled to the rotary table 140 and to which the rice cake cut by the rice cake cutter 130 is fed;
A sensor 150 connected to one side of the rotary table 140 and sensing the tip position of the rice cake to be conveyed along the conveyor 145;
A table rotating unit 160 connected to the apparatus main body 110 and the rotating table 140 to rotate the rotating table 140; And
And a controller (120) for driving the cutter driving motor (135) based on information from the sensor (150).
The method according to claim 1,
The table rotating unit 160 includes:
A drive rotating member 161 connected to the other side of the apparatus main body 110 and axially coupled to the motor shaft of the cutter driving motor 135 and rotated in the rotation of the rice cake cutter 130;
An eccentric protrusion 162 eccentrically protruding from the driving rotational member 161;
A rotating hanger 163 disposed adjacent to the driving rotational member 161 and being pressed and moved by the eccentric protruding portion 162 when the driving rotational member 161 rotates;
A table connecting portion 164 connected to the rotary table 140; And
The table hanger 163 is connected to the rotary hanger 163 and the table connecting portion 164 so that the rotary table 140 is rotated by pushing the table connecting portion 164 when the rotary hanger 163 is rotated. ) Of the molten metal (2).
The method according to claim 1,
A first water spraying unit 171 provided at one side of the apparatus main body 110 for spraying water toward the rice cake which passes through the inside of the apparatus main body 110;
A second water jetting unit 172 disposed around the rotary table 140 for jetting water toward the rice cakes conveyed along the conveyor 145 on the rotary table 140;
A rice cake guide plate 173 provided in the apparatus body 110 to guide the rice cake passing through the inside of the apparatus body 110 to the conveyor 145 on the rotary table 140;
A rice cake supporting bar 174 disposed around the rice cake guide plate 173 to support the rice cake passing through the inside of the apparatus main body 110;
A conveyor drive motor 175 connected to the rotary table 140 to drive the conveyor 145; And
Further comprising a storage box (180) disposed in a peripheral lower portion of the rotary table (140) for storing the cut rice cake,
The first water supply line L1 connected to the first water spraying unit 171 and the second water supply line L2 connected to the second water spraying unit 172 are branched from one line Wherein the glaze forming device comprises:
The method of claim 3,
A table support 190 for supporting the rotary table 140 from below;
A rotary shaft center bar 191 connecting the table support 190 and the rotary table 140 and forming a rotary shaft of the rotary table 140; And
Further comprising a sliding box support box (195) disposed on the table support part (190) for supporting the accommodation box (180) and capable of sliding on the table support part (190) .

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