KR200161326Y1 - Rice cake moulding machine - Google Patents

Abstract

The present invention relates to a machine for making rice cakes molded automatically of various types of rice cakes, and in particular, it is possible to manufacture a large amount of rice cakes, such as slices, dumplings, and flower cakes, simply by exchanging molds. The gear part 11, the material supply part 5, and the shaping | molding part 20 are installed in the base 15 of (1), respectively, and it is driven by the motors 2 and 27, and the power of the motor 2 is a chain gear. (3) (3 ') and the chain (4) is supplied to the molding section 20 by supplying the material to the hopper (7) to the gear section 11 a pair of gears (9) and shaft (10) Molding is carried out continuously in the mold 30. (30 ') and according to the shape of the rice cake to be used to replace the mold 30. (30') and to be engaged in the corner portion of the molding groove 31. Cutting takes place in the molded state.

The present invention as described above is a useful design that can be supplied by activating the Korean traditional folk food can be easily maintained and managed to manufacture a variety of molded rice cake in a short time automatically.

Description

Rice Cake Molding Machine

The present invention relates to a machine for automatically making various types of mochi, especially slices and dumplings. It is to provide a rice cake making machine designed to produce a large amount of various types of rice cakes, which are traditional Korean sweets such as flower cakes, by simply changing molds.

Usually by mail. Cinnamon rice cake. Automatic manufacturing machines, such as glutinous rice cake, have been developed and used a lot, but slices and dumplings do not contain any contents. Machines for making rice cakes, such as flower cake, are made of a form that is simply extruded and cut into a predetermined form. In other words, the extruded material is manufactured by cutting the proper size using a machine, and when embossing the pattern, the extruded material is pressed and pressed into a plate shaped with a flower or letter engraved to form a molding process by cutting the embossed rice cake. Doing.

Therefore, the songpyeon even in the business of manufacturing rice cakes. dumpling. Glutinous rice cake. In the case of foods containing cinnamon rice cakes, the production is made by automation, but it is a traditional Korean slice. Dumpling. Flower cake. Since rice cakes for tteok-bokki are manufactured by traditional handicraft, except for the method of extruding or cutting automatically, a large number of people participate in the production if they are ordered for events that require a large amount in a short time. As the labor costs are excessive, the personnel cannot be hired for commercial use, and the rice cakes are easily decayed, so the storage period is short and many people love them. There is only one.

The present invention has been made in view of the conventional problems as described above to provide a rice cake maker that can mold several types of rice cakes in a short time.

The present invention is to provide a pair of molding rollers and to provide a pair of molding rollers in order to achieve the above object to replace the mold as needed to form a variety of rice cakes as described in detail below based on the accompanying drawings Is as follows.

2 is a cross-sectional view showing the configuration of the present invention, the gear unit 11, the material supply unit 5 and the molding unit 20 is installed on the base 15 of the rice cake maker body 1, respectively, the motor (2) (27), the power of the motor (2) is transmitted to the chain gear (3). (3 ') and the chain (4) to the gear unit 11 a pair of gears (9) and shaft (10) While rotating the screw (6) of the material supply unit 5 through the hopper (7) steamed the material supplied to the hopper (7) is transferred to the extrusion port 8 side is supplied to the molding section 20 Lose.

The frame 21 of the molding unit 20 is fixed to the extrusion opening 8 side of the material supply unit 5 and the molding frame 30 receives the material supplied to the material supply unit 5 through the material supply port 22. (30 '), the side plate (23') on one side of the frame 21 is the gear 25, 25 'and the shaft (26). 24 'is rotated by the power transmitted to the chain 29 by the motor 27.

In addition, the fixing grooves 28 are formed on the shafts 26 and 26 ', respectively, to form the fixing protrusions 28 so that the rotational forces of the shafts 26 and 26' are coupled to the forming molds 30 and 30 '. ), The side plate 23 is coupled with the shaft 26, 26 '. (26 ") while the coupling hole 32 is formed and fixed with the fixing protrusion 28 and the fixing groove 33. It is installed to rotate by fixing with a bolt (40).

Molding molds 30, 30 'can be formed in various manners (see Fig. 8 (a). (B). (C). (D). (E). (F)). The mold 30 having the desired shape of the molding groove 31, 30. (30 ') can be used to replace the cut and is cut in the state of being molded in the corner portion of the molding groove 31.

The upper portion of the frame 21 is formed with an oil filling port 41 and an oil supply passage 42 to supply edible oil to prevent rice cakes from adhering to the forming mold 30, thereby easily detaching and forming the lower mold 30 ' The roller 36 is detached from the mold 30 'by the rotation of the roller 36, and the separation roller 36 is engaged with the shaft 26 "and the shaft 26" is formed on the side of the chain gear 24'. It consists of a structure in which power is transmitted to the belt 37 by rotation of the gear 25 'by the 39 and the pulley 38, and is rotated.

1 is a perspective view of the present invention,

2 is a cross-sectional view showing the configuration of the present invention,

3 is a perspective view of main parts of the present invention,

Figure 4 is a cross-sectional view showing the separated state of the molding part of the present invention,

5 is a schematic view showing the driving of the present invention molded part,

Figure 6 (a). (B) is a cross-sectional view showing the installation frame of the present invention,

Figure 7 (a). (B) is a functional diagram showing the manufacturing form by the molding die of the present invention,

(A). (F) is a perspective view of the rice cake type shape | molded by the apparatus of this invention.

* Explanation of symbols for main parts of the drawings

1: body 2: motor

3. 3 ': Chain gear 4: Chain

5: material supply part 6: screw

7: Hopper 8: Extruder

9: gear 10: shaft

11: gear 15: expectation

20: molding 21: frame

22: material supply 23. 23 ': side plate

24. 24 ': chain gear 25. 25': gear

26. 26 '. 26 ": Axis 27: Motor

28: fixing protrusion 29: chain

30. 30 ': Molding mold 31: Molding groove

32: coupling hole 33: fixing groove

36: separation roller 37: belt

38: pulley 39: fleem home

40: bolt 41: oil hole

42: Euro

Referring to the operation and effects of the present invention configured as described above are as follows.

Power is transmitted to the chain gears 3, 3 'and the chain 4 by the power of the motor 2 installed in the main body 1, and the shaft 10 is rotated so that the gear unit 11 has a pair of gears ( 9 and the shaft 10 rotate the screw (6), the material supplied through the hopper (7) is extruded by the pair of screws (6) to the extrusion port (8) side together with the dough to form the molding portion 20 ) Is supplied to the forming mold (30). (30 ') through the material supply unit 22 to the frame (21).

At this time, as shown in FIG. 5, the gears 25 and 25 'interlocked with the motor 27, the chain gear 24, 24' and 24 'on the base 15 of the main body 1 are connected to the chain 29. ) And shaft (26). (26 ') and ply groove (39) and pulley (38) are separated by belt (37) and roller (36) and shaft (26 ") coupled to shaft (26). (26') (26 ") are rotated so that the mold 30, 30 'and the separation roller 36 are rotated, respectively.

Therefore, the material supplied to the mold 30. 30 'is shown in FIG. (b) and FIG. 7 (a). As shown in (b), the mold 30 is gradually pushed and filled in the indented or embossed molding groove 31 in various forms as the motor 27 is driven. ) Rotated to be joined to the edge of the molding groove 31 formed in the mold 30. (30 '), respectively, and the protruding portion with the molding is pushed into the molding groove 31 and only the engraved portion remains.

At this time, the edible oil is supplied to the filling port 41 in the upper mold 30 so that the edible oil is supplied to the oil supply passage 42 so as to be positioned in the state of being molded in the lower mold 30 '. The frame 21 and the molding frame 30. (30 ') is a separation roller 36 is formed using a mold (polymer polymer Teflon, PU) that does not adhere to the rice cake mold 30 (30'). It rotates more quickly and is easily detached from the forming groove 31 by the rotation of the separation roller 36.

And in order to manufacture a variety of types of rice cakes from time to time to replace the mold 30. (30 '), the molding part 20 in the mold 20 (30') exchange is shown in Figure 4 The side plate 23 'of one side is provided with various driving devices, and is kept fixed to the frame 21, and the bolts 40 of the other side are released to separate the side plate 23, respectively. 26 ') and shaft 26 " of separation roller 36 are detached from side plate 23. < Desc / Clms Page number 10 >

At this time, the shaft 26 is formed by separating the mold 30. 30 ′ from the shaft 26. 26 ″ and having the molding groove 31 having a desired shape. (26 ′) 26 ″ are fitted to the side plates 23 and fixed with bolts 40 so that replacement is possible to form and shape rice cakes of the desired shape.

The present invention as described above is easy to maintain and can manufacture a large amount of molded rice cake automatically in a short time, and can be manufactured quickly according to the demand such as order or general sales, while reducing manpower and manufacturing cost Because of its inexpensive value, it is a useful design that can remove the restrictions on manufacturing and storage, and activate and supply the Korean folklore.

Claims (4)

It is driven by the power of the motor (2) and molding the rice cake by a pair of molds (30). (30 '), and is extruded while kneading the introduced material by the power of the motor (2). A material supply part 5 having a screw 6; A frame 21 having a material supply port 22 for exposing the material pushed out by the screw 6 to a predetermined thin thickness and being extruded in one place; Located in front of the material supply port 22 of the frame 21 is rotatably installed, the molding die 30 formed with a plurality of molding grooves 31 for molding the material on the main surface. (30 '), and the molding A mold making machine comprising a molding part 20 having a separation roller 36 positioned below the mold 30. 30 'to separate the molded rice cake. The method according to claim 1, wherein the frame 21 of the molding unit 20 is fixedly coupled to the extrusion port 8 side of the material supply unit 5 is supplied to the material supply unit 5 and the material is supplied to the material supply port 22. Continuous supply is made to the mold 30 through 30 ', and the side plate 23' on one side of the frame 21 chains the gears 25, 25 'and the shafts 26, 26'. Mochi molding machine characterized in that the gear (24) (24 ') is transmitted to the chain 29 by the motor 27 by the motor 27 to rotate the molding die 30. (30') is configured to mold the rice cake. The shaping mold 30 according to claim 1, wherein a fixing protrusion 28 is formed on each of the shafts 26 and 26 'so that the rotational force of the shafts 26 and 26' is coupled thereto. Forming the groove 33, the coupling hole 32, the side plate 23, the shaft 23, the shaft 23, 26 (26 ') ( 26 "). Mochi molding machine characterized in that the molding unit 20 is configured to replace the mold 30 and 30 'by fixing with bolts. The mochi molding machine according to claim 1, wherein an oil filling port (41) and a flow path (42) are formed in the frame (21) and supplied to the forming mold (30) to prevent rice cakes from sticking to the forming mold (30).