KR0167636B1 - Rice cake maker - Google Patents

Abstract

No content.

Description

Rice cake maker

1 is a perspective view showing a partially cut and exploded rice cake maker of the present invention.

2 is an exploded perspective view of the main components of the present invention.

Figure 3 (a) (b) is an explanatory view of the operating state of the rice cake cutting blade.

Figure 4 is an explanatory diagram of the operating state of the cut material knife.

5 is an explanatory view of the mounting state of the rotary support plate of the present invention.

* Explanation of symbols for the main parts of the drawings

1: body case 4: rotary rod

5. 5a, 5b: Bevel gears 6, 7, 8: rotating shaft

8a: cam 8c: crank

9: belt 10: chain

12: fastener supply container 13: extruded tube

13a: left and right extrusion port 14: operating rod

15: cutting material knife 16: left and right support plate

17: upper roller 17a: left and right fusing part

18: lower roller 18a: left and right recess groove

19: drop roller 20: gear

20a: chain 21: dough dough supply container

22: left and right guide 23: mochi molding

25: Between operation 26: Rice cake cutting blade

27: support plate rotation axis 28: support plate rotation roller

29: support plate 30: support roller

The present invention relates to a rice cake maker for automatically forming round-shaped dumplings containing various kinds of fasteners, and in the process of kneading rice cakes being rolled and transported by upper and lower rollers, the rice cakes are continuously cut to a predetermined length and cut. The inside of the squid is introduced in turn, and the rice cake is rolled down in the guideway by a rotating roller to automatically form a round shape.

Conventionally, in manufacturing round rice cakes such as dumplings, the dough was pressed into a roll and pressed into a shell of a suitable size and thickness. . However, the manual manufacturing process as described above required a lot of manpower, time and effort, and there was a great concern for unsanitary manufacturing. In recent years, the automatic rice cake making machine that can effectively solve the labor shortage and labor cost burden has emerged. Expect the situation.

The present invention, as described above, the round-shaped rice cakes such as dumpling solved the problem that had to be manufactured by hand until now by automatic operation to enable automatic production by reducing the manpower and effort, as well as more hygienic and rapid production of large quantities It is for the purpose of providing a virtue making machine.

When described in detail based on the accompanying drawings the technical configuration for achieving the object of the present invention.

The rice cake manufacturing apparatus of the present invention is largely divided into a rice cake rolling forming apparatus for rolling and forming a rice cake dough, a crushed material extrusion cutting apparatus, a series of driving apparatuses for driving the apparatuses, and a supporting structure for receiving molded rice cakes. will be.

The above-described driving device includes a motor 2 and a transmission 3 inside the main body case 1, and a bevel gear mounted at a lower end thereof with a rotary bar 4 mounted upward in the center of the transmission 3. (5) The first rotary shaft 6 is engaged with and rotated by 5a, and the second rotary shaft 7 and the third rotary shaft 8 are arranged in front of the inner upper side and the rear side of the main body case 1, respectively. (6) (7) (8) Rotating shaft (6) (7) by belt (9) and chain (10) connecting pulleys (6a) (7a) and sprockets (6b) (8b) respectively installed in (8) These are configured to interlock.

In the fastener extrusion cutting device, a fastener feed cylinder 12 having a feed screw 11 connected to the rotary rod 4 at the bottom thereof is mounted on a vertical upper portion of the main body case 1, and an extrusion cylinder 12a at the bottom thereof. The fastener is configured to be extruded through the T-shaped pressure feeding pipe 13 which is squeezed to one side, and as shown in FIG. 4, one end of the crank 8c mounted at the end of the third rotating shaft 8 is provided with a working rod. (14) is arranged so that the cutting knife 15 of the upper end is rotated in a circle to cut the debris being extruded through the left and right extrusion port 13a of the T-shaped feed pipe 13 to a certain length have.

As shown in FIG. 1 and FIG. 2, the rolling forming apparatus installs the left and right support plates 16 on one side of the body case 1 so as to face each other at regular intervals, and the upper roller 17 having a small diameter therebetween. And the lower roller 18 having a large diameter was installed close to each other, and the outer periphery fusion part 17a was formed in a semicircular shape on both left and right sides of the upper roller 17. It is configured to have a cross section, and semicircular recesses 18a corresponding to the fusing portions 17a are formed on the left and right sides of the outer roller 18, respectively. By having a mold cross section so that the gap T corresponding to the thickness of the rice cake roll is formed between the fusing portion 17a and the recessed groove 18a, the rice cake passing therethrough is rolled to a constant thickness, and the upper and lower rollers 17 ( The gears 17c and 18c fitted to the shafts 17b and 18b of the 18 and the gears 20 fitted to the second rotary shaft 7 are connected by a chain 20a so that the upper and lower rollers 17 and 18 are mutually connected. It is configured to interlock in the opposite direction, one side of the lower roller (18) by installing a dropping roller (19) close to the yaw hop (18a) is attached to the recess groove (18a) when the rice cake comes up while falling apart It is configured to

On one side of the upper and lower rollers (17) and (18), the dough dough supply container 21 is installed in close proximity and fixed to both support plates 16, and as shown in FIG. 3, a part of the upper and lower rollers 17 and 18 is supplied to the supply container. (21) was installed in the state entered into the upper and lower rollers (17, 18) is rotated by directly biting the dough dough in the feed container (21) when it is rotated, and the left and right grooves of the lower roller (18) ( The left and right guide paths 22 formed of recesses having the same size as 18a are fixed to the main body case 1 so as to be close to the ocean in the left and right recesses 18a of the lower roller 18, and at the upper end thereof, a rice cake piece ( 23) is fixed.

In addition, as shown in (a) and (b) of FIG. 2 and FIG. 3, a cam 8a is attached to the third rotary shaft 8, and the cam 8a rotates together with the rotary shaft 8. While repeatedly pressing the operation section 25 elastically installed by the spring 24 once per rotation, the rice cake cutting blades 26 at the upper end of the operation section 25 have a predetermined distance from the rice cake moldings 23 and the guideway ( 22) while cutting the rice cake rolled by the upper and lower rollers (17) and (18) to a certain length while continuously advancing through the space between the cut ends of the rice cake, which continues to descend, the curved portion of the rice cake piece (23) Momentum will act to block the yom hop (18a) momentarily to ride up inside.

In addition, as shown in FIG. 5, another bevel gear 5b is engaged with the lower bevel gear 5 of the rotary rod 4 placed in the center of the transmission 3 so as to engage the tip of the rotary shaft 27. The support plate rotary roller 28 which is pulled out of the case 1 and installed in a mandrel is configured to rotate the support plate 29 while abutting against the top of the support plate 29, and lowering the support plate 29. The support plate 29 is supported by the left and right support rollers 30 to support the support plate 29 up and down with only the rotary roller 28 and the left and right support rollers 30 without a separate support device, so that the installation state of the support plate 29 is stable. It is configured to maintain a smooth rotation state.

In the accompanying drawings, reference numeral 31 denotes an auxiliary gear, 31a a small gear for rotating the falling roller 19, 32 denotes a left and right outer cover, and 33 denotes a fixing bolt.

Referring to the operation state and the effect of the present invention configured as described in detail as follows.

First, supplying the dough kneaded in the dough dough supply container 21, and the selected fasteners such as adzuki beans, beans, etc. are supplied to the inside of the inside of the inside of the inside of the inside of the inside of the inside of the inside of the kneading dough supplying power, and simultaneously with the driving of the motor 2 The mochi roll forming apparatus, the mochi extrusion cutting device, and all the driving devices for driving them are interlocked at once.

At this time, since the upper and lower rollers 17 and 18 are installed in a state where a part thereof enters the supply container 21, the upper and lower rollers 17 and 18 are rotated to directly bite the dough dough, and the upper and lower rollers. (17) The rice cakes are rolled in a U shape by the left and right fusion portions 17a and the left and right yaw hops 18a of the 18, and the rice cakes are rolled in the recesses 18a. When the position of 23 is reached, the cam 8a mounted on the third rotary shaft 8 presses the operation section 25 so that the rice cake cutting blade 26 at the upper end thereof is advanced and the recessed groove 18a is located. As it prevents the instantaneously, the tip of the rolled rice cake is rolled up on the curved inner surface of the rice cake molding (23).

On the other hand, the upper cutting knife 15 of the operating rod 14 arranged on the crank 8c attached to the front end of the third rotary shaft 8 is rotated while drawing a circle so that the left and right extrusion holes of the T-type feed pipe 13 are rotated. Since it is configured to cut the dried material being extruded through 13a to a certain length, the cut dried material thus cut is automatically introduced into the rolled rice cake, and the rice cake roundly rolled in the state in which the dried material is put in this way When going down the guideway 22, the cutting blade 26 enters again and cuts the rice cake, and thus the lower rice cake cut is rolled down by the guideway 22 and is formed in a round shape so as to fall on the support plate 29. will be.

At this time, the rice cake does not fall, but sticks up to the yaw groove 18a by its own viscosity, but is dropped while being immediately disconnected and separated by the falling roller 19, and the cut top of the rolled rice cake is After being cut and dried up on the curved inner surface of the rice cake molding piece 23 at the moment of being cut, it is cut by the fastener cutting knife 15 and then the next fastener is automatically introduced into the rice cake. When the rice cake rolled in the input state descends on the guideway 22, the cutting blade 26 enters again, and a series of automatic rice cake forming and cutting operations for cutting the rice cake is continuously performed.

As described above, the round rice cakes, such as dumplings, are automatically manufactured by machines, which have been inevitably manufactured by hand, so that the manpower and effort required for rice cake manufacturing are reduced, as well as more hygienic and quick. It is to provide a rice cake maker that can be manufactured in large quantities, it is configured to roll the kneaded rice cake while the upper and lower rollers directly bite in the feed container, so that a pressure-reducing component such as a screw for feeding the kneaded rice cake to the rolling roller is unnecessary. Since a series of manufacturing processes consisting of rolling transfer of rice cakes and input, cutting and molding of rice cakes are configured to be performed quickly at a short working distance, a large amount of rice cakes can be produced in a short time, and the structure of the entire rice cake machine is simple. Easy to install and handle due to miniaturization of machine Sense to be capable of providing a low cost.

In addition, there is little concern about failure due to the simplification of the structure, and in the event of a failure, the disassembly and repair are easily provided.

Claims (1)

The rice cake is rolled between the semi-circular ridge 17a of the upper roller 17 and the semi-circular recessed groove 18a of the lower roller 18, and a part of the upper and lower rollers 17, 18 is supplied with rice cake dough. It enters and installs into the cylinder 21, and forms a semi-circular groove, and the main body case closes to the left and right recessed grooves 18a of the lower roller 18 while the left and right guide paths 22, on which the rice cake moldings 23 are placed, are placed. 1) the operation roll 25 fixed to the side and the operation | movement 25 which reciprocally operates by the cam 8a attached to the 3rd rotating shaft 8 are elastically installed by the spring 24, and this operation | movement ( Rice cake cutting device 26 is attached to the left and right of the upper end of the rice cake cutting device 26 and the crank at the end of the third rotary shaft (8) The upper cutting knife 15 of the operating rod 14 attached to the one end and mounted on the one end 8c is used to cut the debris extruded from the left and right extrusion ports 13a of the feed pipe 13. The rotary roller 28 which pulled out the tip of the rotating shaft 27 of the bevel gear 5b which meshed with the cutting device and the lower bevel gear 5 of the rotating rod 4 out of the main body case 1, and installed the mandrel on the supporting plate ( 29) The rice cake maker characterized in that the upper and the rotation, and the support plate (29) consists of a support structure that supports the left and right support rollers (30).