KR20120114734A - A manufacturing device of sagol gomtang - Google Patents

Abstract

PURPOSE: A producing apparatus for thick beef bone soup capable of easily installing in a narrow space is provided to decompose and emulsify fat inside the bone soup using micro bubbles. CONSTITUTION: A producing apparatus for thick beef bone soup comprises the following: a tank(11) for storing beef bones and water; a combustion chamber(31) for heating the tank; a lid(23) sealing the tank in the high pressure; an edible water inlet pipe(32) for inflowing edible water through the upper side of the tank; a heating plate(19) installed on a gas burner(17) located under the bottom of the tank; a bubble generator(12) generating micro bubbles; a mesh net(14) mounted on the bubble generator; two supporters(13) with an air-binding hole(16) on one supporter, installed on the edge of the bubble generator; and an air insertion pipe(15) installed on the outside of the tank.

Description

A manufacturing device of Sagol gomtang}

The present invention provides a tank for holding a bone and water, a combustion chamber for heating the tank, a mesh network for receiving a bone in the tank, a bubble generator for mounting the mesh network, and a support supported by the bubble generator. In the apparatus for producing a bone bone soup consisting of air inlet pipe coupled to form air to the bubble generator, a lid for sealing the tank at high pressure, and drinking water inlet pipe into which drinking water flows in the upper part of the tank, It is configured to have a heating plate built in the bottom of the tank, and a gas burner is installed under the bottom of the tank to install a double heating mechanism, and the heating plate and the burner can be selected and heated depending on the place. Form a mesh network to the bubble generator and bubbles generated in the bubble generator is a mesh network of 100 ~ 400 mesh The bubbles are more finely dispersed, and the bubbles are applied to the dead bones accommodated in the mesh net to wash and penetrate the dead bones to soften the dead bones, and to break down the fat of the bone bones to soften the taste of the bone bones. It relates to a device capable of changing the softness of water and the taste of water by the received elvan or tourmaline.

The present invention is an improvement of the " Method of manufacturing bone bone gomtang " filed by the present application, and the conventional apparatus has limited use in a restaurant that is narrow due to its size. There was a problem that could not be used in the place, and in a place where gas delivery was not easy, there was a problem that the used gas could not be used after being used up. There is no problem, and the bubbles in the tank are applied to the bone bones accommodated in the tank so that the grease of the bone bones extracted from the bone bones is dispersed and accommodated in the bone bones, but the bubbles generated in the conventional bubble generator are largely formed to bundle oil. There was a problem that can not be dispersed in a small particle state.

The present invention is composed of a heating plate for heating the tank, a mesh network for accommodating a bone bone inside the body, and a mesh network for accommodating tourmaline or ganban stone, the mesh network is mounted on the bubble generator for generating bubbles generated in the bubble generator It is an object of the present invention to provide an apparatus for producing a bone bone gomtang, which forms a fine bubble while passing through a mesh network and decomposes and emulsifies the fat of the bath by the fine bubble.

The present invention is configured to be detachable bubble generator in the tank of the conventional bone bone Gomtang manufacturing apparatus.

The air inlet of the bubble generator can be used by mounting an external compressor or a small air generator.

Bubbles are generated through the mesh network of 100 ~ 400 mesh stainless steel material to the bubble generator so that the bubbles are finely dispersed while passing through the mesh network.

The mesh network is formed in two stages to form a tourmaline or ganban stone of 5 ~ 10 mesh in the first stage to a thickness of 50 ~ 100㎜, the second stage of the mesh network is configured to accommodate the bone bone.

 In the above configuration, the bubble generator and the mesh network are configured to be detachable, and the bubble generator and the mesh network can be separated together in the tank, and the mesh network and the bubble generator can be separately separated so that the tourmaline or elvan can be formed in the mesh network. It is easy to exchange.

At the bottom of the tank, a heating plate by heat transfer and a heating plate by gas are installed in parallel.

The tank wall consists of a hot wall to reduce the volume of the body and increase the capacity in the tank.

The bone bone gomtang manufacturing apparatus according to the present invention is easy to install in a narrow place by reducing the volume and weight, and is convenient to move because the weight and volume are small, and the heating method is formed to be parallel to the electricity and gas. There is no limiting effect on the installation place, and it is formed to detach the bubble generator, so it is easy to clean in the tank, and because it can accommodate tourmaline or ganban stone, it is far infrared rays emitted from the tourmaline or ganban stone by the high temperature formed in the bath. Negative ions soften the properties of the bath and have an alkali-like property, and the oily oil of the bone bone is emulsified to provide a high quality bath.

1 is an overall view of the present invention
2 is a bubble generator overall view
3 is a coupling diagram of the bubble generator and the mesh network
4 is a separation of the bubble generator and the mesh network
5 is an application of the present invention

The present invention is a tank 11 for receiving the bone 22 and the water, the burner 17 and the heat transfer plate 19 of the combustion chamber 31 for heating the tank 11, and detachable to the inside of the tank (11). The bubble generator 12 to be combined with the bubble generator 12, the mesh net 14 to accommodate the elbow and tourmaline 18, and accommodates the bone bone 22, and the support 13 of the bubble generator 12 It is composed of an air inlet pipe 15 that enters from the outside of the tank 11 to provide air to the).

A discharge port 24 through which the bone marrow in the tank 11 is discharged is formed under the tank 11.

As shown in FIG. 1, the lower part of the tank 11 is configured such that a gas burner 17 is formed to provide heat to the tank 11.

1 shows the entire tank 11 to which the present invention is applied.

2 shows the bubble generator 12 in detail.

3 illustrates a state in which the bubble generator 12 and the mesh network 14 are coupled to each other.

4 illustrates a detachable state of the mesh network 14 in the bubble generator 12.

5 shows a state in which the present invention is applied.

As illustrated in FIG. 1, an electric heat exchanger plate 19 is formed on the gas combustion chamber 31 under the tank 11 to be electrically heated.

As shown in FIG. 1, the bubble generator 12 is inserted into the tank 11 in close contact with the inside of the tank 11, and the support 13 is upwardly inserted into the bubble generator 12 in the tank 11. Advance to the top.

The air coupler 16 formed at one side of the support 13 is connected to the air inlet pipe 15 introduced from the outside so that air is introduced at a high pressure.

The air flowing into the coupler 16 of the support 13 is formed to flow into the bubble generator 12 supporting the support 13.

The bubble generator 12 has a plurality of holes 21 through which the bubbles 34 are discharged.

The bubble generator 12 is formed to be coupled to the mesh network 14 of 100 to 400 mesh formed in a circular shape, such as bubble generator 12.

The mesh network 14 is formed to accommodate the elvan or tourmaline 18.

The elbow or tourmaline 18 of the mesh network 14 is formed to accommodate the bone bone 22.

A lid 23 is formed at the upper end of the tank 11.

The lid 23 includes the air pressure of the bubble generator 12, the electricity of the leading edge plate 19, the gas control of the burner 17, the pressure control in the tank 11, the discharge of the bone bone, A power distribution plate 28 for controlling the control is formed, and a gauge 29 for checking the pressure in the tank 11 is formed, and when the pressure in the tank 11 increases, an exhaust port for discharging the pressure ( 33) is formed.

The lid 23 is provided with a viewing window 25 that can determine the state in the tank (11).

The bubble generator 12 is formed so that the lid 23 of the tank 11 can be opened and inserted or removed.

When the bubble generator 12 is separated from the tank 11 as described above, it is formed to separate the air inlet pipe 15 from the support 13.

On the contrary, after the bubble generator 12 is inserted into the tank 11, the air inlet pipe 15 is coupled to the support 13 so that external air is provided to the bubble generator 12.

The bubbles 34 generated by the bubble generator 12 are formed to be fine bubbles 34 while passing through 100 to 400 meshes of the mesh network 14.

The elvan or tourmaline 18 of the mesh network 14 forms far infrared rays and anions at a high temperature, so Sagoltang has quality properties under the influence of far infrared rays and anions.

The bone bone is composed of protein, fat, sugar, etc. by the juice coming from the bone bone 22, and the fat is low specific gravity is located on the upper portion of the bone bones while forming a separate layer is not easy to mix in the bone bones Therefore, the bubble 34 generated in the bubble generator 12 is decomposed by the microbubbles formed while passing through the 100-400 mesh, mixed in the bath, and continuously mixed with the bubble 34. Emulsified can be easily composed for the saketang is easy to eat and taste.

Example

In general, bone bone Gomtang is a general term for a kind of soup (tang) composed of beef bone, bone marrow is extracted from the bone bone and mixed with water by heating beef bone (leg bone of the cow) for a long time at high temperature.

Sagoltang, which is composed by extracting gravy and bone marrow from the bone bone as described above, is composed of protein, fat, sugar, and a small amount of minerals.

When the bone is heated for a long time as described above, when protein, fat, etc. are extracted and mixed with water to form a mixture, the fat always collects in the upper layer of the bath due to the difference in specific gravity and forms a separate layer. When the temperature of the bath is lowered, since the fat layer is formed in a solid state, most of them are separated and constitute a bone bone.

When the fat is separated from the bone bone as described above, there is a problem that the taste of the bone bone is significantly reduced, and also because the fat is removed, the nutrients are also lowered. As described above, there is a device for cooking without separating fat from the bone bones, and a device for emulsifying the bath by attempting to decompose fat by generating a bubble generator at the bottom of the tank and generating bubbles. If the hole is finely configured, the hole is frequently clogged, and if the hole is enlarged, bubbles are dropped and the function of decomposing fat is lost.

The present invention improves the above problems.

In the present invention, the hole 21 of the bubble generator 12 is configured to a size (0.5 to 1 mm) to the extent that air can have an injection speed.

Since the bubble 34 injected from the hole 21 formed as described above lacks a function capable of decomposing fat in a bone bone, in the present invention, the bubble 34 generated from the bubble generator 12 has a small hole 100 ˜. By passing through the mesh network 14 to form a 400 mesh) to form a fine bubble 34 is configured to decompose fat of the bone bone.

In addition, the mesh network 14 is configured to accommodate the elvan and tourmaline 18 that can form far-infrared rays and anions at a high temperature to emulsify the quality of the bone bone.

In addition, the device according to the present invention is configured to be used for moving, not fixed, so that the heating means can be selected and used to select the heat transfer plate 19 and the gas burner 17 so that it is always easy to use depending on the place. .

The mesh network 14 is mounted on the clean bubble generator 12, and the barbed rock or tourmaline of 5 to 20 mm in the mesh network 14 is received at a height of 30 to 70 mm and the bones 22 are placed thereon. To accept.

As described above, when the ganguerite 18 and the dead bone 22 are accommodated in the mesh network 14, the two supports 13 are held by two hands and inserted into the tank 11.

The outer diameter of the bubble generator 12 is configured to be inserted in close contact with the inner diameter of the tank (11).

When the bubble generator 12 is inserted into the tank 11 as described above, the air coupler 16 and the air inlet pipe 15 formed on the support 13 are coupled.

When the air coupling port 16 and the air inlet pipe 15 is coupled as described above, the drinking water inlet pipe 32 is opened to fill the tank 11 with water up to 70%.

When drinking water is filled in the tank 11 as described above, the burner 17 is operated to heat the tank 11.

As described above, when the tank 11 is heated to increase the temperature, far infrared rays and anions are generated in the elvan and tourmaline 18.

As described above, when the temperature of the tank 11 begins to boil the drinking water at 100 ° C., the air inlet 15 is opened, and when the high-pressure air flows into the bubble generator 12, the air has a higher pressure due to the higher temperature. While forming the bubble 34 is discharged to the hole 21 of the bubble generator 12, the bubble 34 passes through the 100 ~ 400 mesh of the mesh network 14 of the mesh network 14, the fine bubbles ( 34) to form a fine bubble (34) rises as the fat of extracted bone juice is decomposed repeatedly to form an emulsification and anionized the bone bones by far infrared rays and anions, which is beneficial to the body and delicious bone bones outlet (24) Will be discharged.

Since the air of high temperature and high pressure by heating is introduced into the tank 11 as described above, the pressure in the tank 11 is rapidly increased so that the pressure higher than the set pressure is quickly discharged to the exhaust port 33.

11: tank 12: bubble generator
13: Support 14: Mesh Network
15: air inlet pipe 16: air coupling port
17: Burner 18: Elvan and Tourmaline
19: electric plate 21: hole
22: bone bone 23: lid
24: exit 25: sight glass
28: power distribution and control panel 29: gauge
31: combustion chamber 32: drinking water inlet pipe
33: exhaust port 34: bubble

Claims (4)

An apparatus for manufacturing a bone bone soup comprising a tank for receiving a bone bone and water, a combustion chamber for heating the tank, a lid for sealing the tank at a high pressure, and a drinking water inlet pipe through which drinking water flows into the upper portion of the tank, An apparatus for manufacturing a bone bone gomtang, comprising: a heating plate additionally installed on a gas burner formed underneath, a bubble generator forming microbubbles in the tank, and a mesh network seated on the bubble generator. [Claim 2] The bubble generator of claim 1, wherein the bubble generator has the same size as the inner diameter of the tank, and a hole is formed in the upper surface of the bubble generator. Is formed so as to be coupled to the air inlet pipe installed outside the tank is the bone bone gomtang manufacturing apparatus characterized in that the air flowing into the air inlet pipe is configured to be discharged through the hole of the bubble generator. The method of claim 1, wherein the mesh network is formed in the size of the hole 100 ~ 400 mesh size and the same size as the outer periphery of the bubble generator is mounted inside the support of the bubble generator and in contact with the top of the bubble generator in the bubble generator The apparatus for producing a bone bone gomtang, characterized in that fine bubbles are formed while passing through the mesh network of 100 to 400 mesh to decompose fat in the bone bone and provide emulsification to the bone bone. According to claim 3, the ganganite and tourmaline is accommodated in the mesh network and the sand bone is accommodated on the ganbanseok and tourmaline to form a high temperature in the tank when the far infrared rays and anions are released in a large amount from the ganbanseok and tourmaline is weakly alkaline Beolgol Gomtang manufacturing apparatus characterized in that formed to constitute a high-quality bone bone.

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