KR0144319B1 - Nurungji manufacturing method and device - Google Patents

Abstract

The present invention relates to a manufacturing apparatus for manufacturing nurungji, and in particular to produce the nurungji by using a mechanical device to continuously and automatically mass production of nurungji, and also to press the nuungji to both sides to taste the taste of nurungji The steam is steamed and then heated to a high temperature in a heating furnace while it is put into the upper and lower heating plates, which are transferred to the chain conveyor, so that the nurungji is pressed into the upper and lower heating plates. By making the production continuously and automatically, the Nurungji is made.

Description

Nurungji Manufacturing Equipment

1 is a flow chart according to the manufacturing of Nurungji.

2 is a block diagram showing the overall configuration of the present invention.

3 is a plan view showing a part of the present invention.

Figure 4 is an exploded perspective view showing a part of the present invention.

5 is a cross-sectional view taken along line C-C of FIG. 1 of the present invention.

6 is a cross-sectional view taken along the line D-D of FIG. 1 of the present invention.

* Explanation of symbols for main parts of the drawings

100: body 110: support frame

120, 121: Chain gear 122, 123: Rotating shaft

130: Chain 131: Bracket

140: guide 150: bottom heating plate

151: hinge shaft 160: upper heating plate

161: support interval 162: guide roller

170: guide rail 180,181: opening and closing guide rail

190: heating furnace 191: exhaust vent

200,210: heating burner

The present invention relates to a manufacturing apparatus for manufacturing nurungji, and in particular to produce the nurungji by using a mechanical device to continuously and automatically mass production of nurungji, and also to press the nuungji to both sides to taste the taste of nurungji It is to improve.

Nurungji refers to the rice sticking to the bottom of the rice cooker when the rice heat is heated when cooking in the rice cooker, this kind of nurungji almost occurs when cooking.

Nurungji is not only savory and unique, but also nutritious as the rice sticks to it, so it is scraped separately from rice and eaten as a snack. It boiled again and was eating as a meal.

By the way, the amount of nurungji such that the amount of rice sticks to the sea side of the rice cooker when cooked once, that is, a small amount of nurunge is produced each time it is eaten as a snack or meal substitute. There was too little problem.

In particular, boiled porridge cooked with nurungji is a food substitute that is very suitable for patients or people without appetite, but the reality is that it is not widely used as a problem in producing large quantities.

Moreover, in our food culture based on rice, many kinds of confectionary or snack foods based on rice have been developed, but Nurungji, which has been used most frequently in our diet for many years, has been produced. It was not widely spread because of.

Therefore, in recent years, such nurungji has been used as a substitute for snacks or meals, but this nurungji was not enough to achieve the expected effect of adopting a method of pressing rice in the rice cooker.

For example, in the conventional manufacturing process of nurungji, this is a method in which a large amount of rice is cooked as a rice cooker, and then the rice is placed on an iron plate heated by an appropriate amount and pressed for a predetermined time. There was a problem that only by the fact that his life was limited, but the heat loss during the manufacturing process was not enough to stick the rice completely, there was a problem that can not produce the unique taste of Nurungji.

Accordingly, the present invention has been made in consideration of the above circumstances, and an object thereof is to provide a nurungji manufacturing apparatus for commercializing nurungji by making it possible to continuously and automatically produce nurungji using a mechanical device.

Another object of the present invention is to provide a nurungji production apparatus to improve the marketability, such as to improve the taste of the nurungji by pressing the nurungji on both sides, as well as to completely remove the moisture.

This object is achieved by providing a device capable of manufacturing Nurungji exclusively, and the preferred embodiment according to the present invention will be described in detail with reference to the accompanying drawings. 1 of the accompanying drawings shows a process diagram according to the manufacture of Nurungji.

[Step 1]

First, before manufacturing the nurungji, rice corresponding to the nurungji ingredients is put in water for a certain period of time.

That is, the rice is placed in a predetermined container, and the rice is soaked in water for about 7-8 hours with sufficient amount of water.

This is a preliminary process for steaming the rice to steam so that the hard rice is soaked in water so that the rice can cook well.

[Step 2]

Once the rice has been soaked enough, wash its rice.

That is, by placing rice in a container provided with a strainer on the bottom and spraying water with a spray nozzle with a strong hydraulic pressure to remove various foreign matter clinging to the surface of the rice.

By performing this process 2-3 times, the rice is sufficiently washed and then sent to the next process.

[Step 3]

When the so-called rice is washed and supplied, the rice is put in a container and put in a steam furnace to steam the rice at a temperature of 100 ° C. or more.

This process is the same as the principle of rice as rice, the steam furnace and the like is to use a known device.

[Step 4]

Steamed steam is completely recovered from the steam furnace of the previous process and washed secondly.

This is to remove the inherent tenacity generated in the rice during the steaming process, because it remains on the surface of the rice, and if the tenacity remains on the surface of the rice, the rice is added to the heating plate during heating in the heating plate, which will be described later. It is to prevent this by being completely pressed.

[Step 5]

When the preparation process for manufacturing the nurungji is completed as described above is to supply the nurungji material to the heating plate by a predetermined amount to produce the nurungji by heating to a heating source.

The present invention is characterized in that the Nurungji manufacturing apparatus for manufacturing the fifth step is Nurukji dedicated even during the manufacturing process.

Hereinafter, described in detail by the accompanying drawings, the present invention nurungji manufacturing apparatus as follows.

2 of the accompanying drawings is a block diagram showing the overall configuration of the present invention, the reference numeral 100 in the drawing indicates the main body of the Nurungji manufacturing apparatus of the present invention.

Its main body 100 is injecting the raw material of the Nurungji and at the same time withdraw the manufactured Nurungji and the material inlet (A), and in conjunction with its material inlet (A) to heat the nurungji material to finally produce the Nurungji It is comprised by the heating plate B to make.

The main body 1000 is fixedly installed on the support frame 110, the drive chain gear 120 that is rotated by the power of the drive motor, and the chain drive chain 130 having a predetermined interval with the drive chain gear 120 thereof. It is composed of a driven chain gear 121 is connected and driven in an endless track.

In this case, the drive chain gear 120 and the driven chain gear 121 are supported by the main rotary shaft 122 and the driven rotary shaft 123, respectively, and are provided in pairs so that the chain 130 has a constant interval and has a double row. It is provided with, and is supported and driven by the guide 140 of the bottom.

Accordingly, the chain conveyor 130 is driven by being meshed with both chain gears 120 and 121 to perform a conveyor function.

In addition, the conveyor 130, which is both bodies, is provided with brackets 131 integrally at regular intervals, as shown in FIGS. 2 and 3 of the accompanying drawings, and both brackets 131 thereof are transversely across them. The lower heating plate 150 is fixed to the plurality in the direction.

In addition, the upper surface of the lower heating plate 150 is provided with a detachable upper heating plate 160 that is pivotally operated to the support point of the hinge shaft 151 of the rear.

The upper heating plate 160 is connected to the hinge shaft 151 as a support bar 161 provided on the upper surface thereof, and a guide roller 162 is provided at the front end of the support bar 161.

In addition, the upper and lower heating plates 150, 160 are provided in a rectangular shape to form a plate body, and the nurungji material is inserted therebetween, and thus the shape of the nurungji will be made.

In addition, the upper heating plate 160 is provided with a guide rail 170 for supporting the upper heating plate 160 along a line driven along the endless track of the chain conveyor 130.

The guide rail 170 is guided while the shear guide roller 162 of the upper heating plate 160 is folded, so that the upper heating plate 160 is in close contact with the lower heating plate 150 when the upper heating plate 160 is driven along the chain conveyor. Will be maintained.

In addition, a pair of opening and closing guide rails 180 and 181 for opening and closing the upper heating plate 160 from the lower heating plate 150 at a predetermined position thereof while the upper portion of the support frame 110 is opened in the material entry and exit portion A. It is provided.

That is, the opening and closing guide rails 180 and 181 are provided in association with the above-described guide rails 170, and they are guided by the guide rollers 162 of the upper heating plate 160 with a slight gap therebetween. To lose.

In addition, the opening and closing guide rails 180 and 181 are configured to have a predetermined height from the chain conveyor 130 while being bent inclined backward from the driving direction in which one side of the chain conveyor 130 is driven. In other words, the other end, that is, the opening and closing guide rails 180 and 181 are bent downwardly inclined downward again at the point where the section ends.

Therefore, when each upper heating plate 160 driven along the chain conveyor 130 enters the section of the opening and closing guide rails 180, 181, the amount of the guide roller 162 provided at the front end thereof is inclined upwardly backward. By being guided between the opening and closing guide rails 180 and 181, the upper heating plate 160 is opened from the lower heating plate 150 while pivoting the hinge shaft 151 at the rear of the sphere to the support point.

The upper heating plate 160 opened as described above is to be maintained in a completely open state while being driven in the horizontal section of the opening / closing 180 and 181 sections. At this time, the finished nurungji is withdrawn and the manufacturing is performed again. Hal Nurungji's ingredients will be injected.

The material injection as described above is performed by using a separate, not shown device or by hand, that is to be placed on the upper surface of the open lower heating plate 150 by steam steam in a certain amount.

Subsequently, the upper heating plate 160 passing through the horizontal section of the opening and closing guide rails 180 and 181 is gradually driven downward along the opening and closing guide rails 180 and 181 provided to be inclined downward toward the front of the end point of the section. The heating plate 150 is to be closed.

Therefore, when the upper heating plate 160 is in contact with the upper surface of the lower heating plate 150, the upper heating plate 160 is to squeeze the nurungji material injected into the upper surface of the lower heating plate 150.

At this time, the upper portion of the upper heating plate 160, the upper and lower heating plates 150, 160, that is, the interval adjusting port 163 for setting the thickness of the nurungji is provided so that they can adjust the gap Will be.

And the heating part (B) is provided on one side of the material entry and exit (A), which is composed of a heating furnace 190 provided in such a way as to completely enclose the driven chain conveyor 130, the upper surface thereof is an exhaust port 191 is provided.

In addition, the upper portion of the chain conveyor 130 is driven along the driven chain gear 121, the upper heating burner 200 for heating the lower heating plate 150 is installed, the lower side of the chain conveyor 130 is changed Lower heating burners 210 for heating the upper heating plate 160 are respectively provided.

The upper and lower heating burners 200 and 210 are connected to the gas pipe 220 to be burned by receiving gas from a separate gas supply device, thereby heating the upper and lower heating bars 150 and 160, respectively.

In this case, the upper and lower heating burners 200 and 210 have substantially the same configuration, and the chain conveyor 130 is installed by a predetermined length in the longitudinal direction of the driving direction in which the chain conveyor 130 proceeds. Accordingly, the chain conveyor 130 The upper and lower heating plates (150, 160) driven by riding slowly will be heated.

Referring to the effect of the present invention configured in this way in detail as follows.

First, when the driving motor is not shown, the drive chain gear 120 is rotated by the power thereof, so that the chain 130 meshed with the driven chain gear 121, that is, the chain conveyor 130 is The upper and lower heating plates 150 and 160 which are provided at equal intervals across the chain conveyor 130 provided in two rows are also driven in an infinitely orbital manner.

When the upper and lower heating plates 150 and 160 driven as described above are positioned at the material entry and exit portion A of the present invention, the upper heating plate 160 is opened by a pair of opening and closing guide rails 180 and 181 provided therein. The hinge shaft of the lower heating plate 150 is rotated to a supporting point, and is opened as shown in FIG. 5 of the drawing.

At this time, the Nurungji is completed and manufactured in the upper and lower heating plates 150, 160 will be recovered, and again the material of the Nurungji will be put on the upper surface of the lower heating plate 150.

In other words, while manufacturing the finished nurungji while passing through the horizontal section of the opening and closing guide rails 180 and 181, the new nurungji material is input at the same time.

Subsequently, the upper heating plate 160 passing through the horizontal stations is closed by the lower heating plate 150, and accordingly, the nurungji material placed and placed on the upper surface of the lower heating plate 150 is compressed and transferred to the heating unit B. .

The heating plate entering the heating unit B is the lower heating plate 150 is heated by the upper heating burner 200 provided in the lower portion, and accordingly, the nurungji material introduced into the upper and lower heating plates 150 and 160. Is that one side will be pressed.

Thus, the heating plate that is primarily heated is positioned to the lower position centering on the driven chain gear 121 by the chain conveyor 130 which is continuously driven, and the heating plate while passing through the lower heating burner 210. As a result, the upper heating plate 160 is heated.

That is, the direction of travel is changed by the driven chain gear 121, the upper heating plate 160 is switched to the lower position, accordingly, the heating source of the lower heating burner 210 to intensively heat the upper heating plate 160 Will be.

Thus, the other side of the nurungji is heated and pressed.

The heating plate passed through the heating unit B is supported by the guide rail 170 and is transferred to the material entry and exit unit A as it is, so that the finished nurungji is recovered and the other materials are repeatedly supplied. .

Therefore, in the present invention, the production of Nurungji in the production of nurungji in the closest to the production of nurungji in the rice cooker in the closest manner by using a mechanical device continuously and automatically by using a mechanical device to produce the production of nurungji as well as its productivity It will have the effect of improving the.

In addition, the present invention is to have the effect of improving the taste of nurungji by pressing both sides of the nurungji.

Claims (1)

In manufacturing the nurungji, the chain conveyor 130 is connected to the drive chain gear 120 and the driven chain gear 121 which is rotated by the power of the drive motor in two rows and driven in an endless track; The upper heating plate 160 is provided to be opened and closed by pivoting the lower heating plate 150 and the hinge shaft 151 provided on the rear thereof at equal intervals across the two-in-one conveyor 130 and the support points. ; It is provided as a pair at the upper predetermined position of the endless track and guided by the guide roller 162 of the upper heating plate 160 and inclined toward the rear side from the front and the horizontal section connected to the horizontal section and from the horizontal section thereof Opening and closing is provided with a curved section that is curved to be sloped downward to the front surface (180) (181); The lower heating plate 150 provided in the furnace 190 and provided on the bottom surface of the upper line side of the chain conveyor 130 and transported along the chain conveyor 130 to the ground of the lower line side of the chain conveyor 130 to be heated. A lower heating burner 210 which is provided to heat the upper heating plate 160 transferred along the chain conveyor 130; Nurulungji manufacturing apparatus characterized in that consisting of; guide rails (170) supported by the guide roller 162 provided on the upper heating plate 160 while being provided over the transfer line of the chain conveyor (130).