KR20200131965A - SUNDAE Sausage Manufacturing Method - Google Patents

Abstract

The present invention relates to a method of preparing functional Korean sausage using Aurea helianthus and Korean sausage containing Aurea helianthus prepared by the same. More specifically, the present invention relates to a method of preparing functional Korean sausage using Aurea helianthus and Korean sausage containing Aurea helianthus prepared by the same, characterized in that Korean sausage is prepared by mixing Lithospermum erythrorhizon having antimicrobial and detoxifying functions with Aurea helianthus to eliminate odor thereof, and in that while the Korean sausage is being boiled, biotite that emits far-infrared rays is used to emit the far-infrared rays to the functional Korean sausage, thereby preparing a high-quality functional food product. According to the present invention, the method of preparing functional Korean sausage using Aurea helianthus comprises the steps of: aging washed pig and cattle intestine parts in leachate of a mulberry tree; soaking dried sweet potato noodles in the leachate of a mulberry tree; preparing seasoning by mixing beef powder seasoning, pepper, salt, garlic, sugar, chili powder, and ginger powder at a mixing weight ratio of 50 : 1 : 12 : 400 : 10 : 15 : 10; preparing vegetable stuffing by mixing cabbage, chives, mulberry leaf powder, Aurea helianthus powder, and Lithospermum erythrorhizon at a mixing weight ratio of 40 : 15 : 30 : 10 : 5; binding one end of the washed pig and cattle intestine parts, filling the washed pig and cattle intestine parts with Korean sausage stuffing prepared by mixing the prepared sweet potato noodles, seasoning, vegetable stuffing, and separately prepared clotted blood, and binding the other end of the washed pig and cattle intestine parts; boiling the prepared Korean sausage in the leachate of a mulberry tree, wherein the Korean sausage is boiled while biotite pieces are placed in a steamer; and vacuum-packing the boiled Korean sausage and storing the Korean sausage in a freezer.

Description

Functional sundae manufacturing method using Geumhwagyu and Geumhwagyu sundae manufactured through the above manufacturing method {SUNDAE Sausage Manufacturing Method}

The present invention relates to a method for manufacturing functional sundae using Geumhwagyu and to Geumhwagyu sundae produced through the above manufacturing method, and in particular, to prepare sundae by mixing a natural plant with antibacterial and detoxifying action and Geumhwagyu to eliminate odor. In addition, it relates to a functional sundae manufacturing method using Geumhwagyu and Geumhwagyu sundae manufactured through the above manufacturing method, characterized in that boiling using biotite that radiates far-infrared rays to radiate far-infrared rays to produce high-quality functional food. .

In Korea, the intestines of pigs have traditionally been used as a source of protein along with the intestines of cows. Conventionally, the intestines of animals that are edible as meat were called naepo. Among the intestines, the intestines used as meat were mainly used when combining small chang and large spear.

Also, in the past, the custom of baejang is that villagers catch pigs together and share lean meat, but the intestines of pigs are a breeze given to the elderly in the village, and from these breezes, it is known that the intestines of pigs were treated as good food. I can.

In addition, among the traditional foods of the northern regions, there are quite a few dishes made with the intestines of cows or pigs. For example,'Pignaepo-guk', a traditional food in the Pyeongan-do region, cleans the lungs, liver and daechang of pigs, boils them softly, adds kimchi, bean sprouts and green onions, and boils them again, then uses egg, ginkgo, dates, chestnuts or It is finished by boiling the soup with vermicelli so that the broth becomes self-made. It is a stew with lots of nutritional value, richness, taste, and taste.

In addition, there is a unique food that uses pork intestines, called Wissam, which is cut into finely chopped pork ears, ribs, and pork feet, seasoned with various seasonings, stitched with thread, boiled for about three hours, and pressed with stone. When it cools, it is cut into sliced meat. In the case of using the intestines instead of the pig's rice bowl, it is also called “jangjajim”.

Among the foods made with pork intestines, Sundae, the most popular food, is distributed across the country from Hamgyeong-do in the north to Jeju-do in the south, and it is the most easily accessible food to the general public.

Traditionally, the sundae is a food made by catching livestock, cleaning it neatly and applying bones to make it stubborn like dumplings, and filling it in the intestine, then putting it in a siru, and steaming it secretly.In the past, using cow intestines or pig intestines, Meat such as pork, beef, pheasant meat, or chicken are put in and manufactured, and in recent years, pig future has been established as the basic raw material of Sundae.

The sundae generally cleans the pig intestine to make a sundae shell, and the contents made by mixing pork, grains, vermicelli, tofu, or vegetables with seasoning are inserted into the shell of the sundae, tie both ends together, and hot It is prepared by boiling in water or steam.

The sundae can be classified into several types according to the type of material. For example, Eogyosundae, which is steamed with minced vegetables and meat and tofu, and steamed in flatfish, Sundae, Pyeongando, which is hung with a lot of vermicelli, and Sundae, Hamgyeongdo, which is large because it is mainly filled with cattle in Daechang, and Kaesongsundae, where pork is ground instead of glutinous rice. Byeongcheon Sundae, which is characterized by rich and fatty ingredients with many ingredients, Baekam Sundae, which looks like eating a sausage with a soft taste by grinding sundae beef, Sundae in Gyeonggi Province, where many meats and vegetables are used, and Jeju Sundae made with barley, buckwheat and leek. There are pollack sundae made by removing the intestines and drying it with stuffing inside, glutinous rice sundae mainly made of glutinous rice and vermicelli, and squid sundae with sundae stuffed into the body of squid.

The sundae is a high-protein calorie nutritional food, and the pig intestines, the main raw material of the sundae, are helpful in detoxifying poisons harmful to our body such as lead and mercury, and contain a large amount of linoleic acid called vitamin F and many kinds of vitamins. , Various vegetables and grains can be eaten together, and the manufacturing cost is low, so it was a food enjoyed by a wide variety of people from elementary school students to the elderly.

However, with the recent economic growth, protein sources are diversified, and children, adolescents, and young people who have westernized tastes due to various international exchanges and changed eating habits are not receiving the same favorable response as before.

However, the pork linen paper and pork intestines used in Sundae provide the unique color, flavor, and texture of Sundae, but they retain their unique odor, and so infants, teenagers, foreigners, and other eaters who have a reluctance to smell pigs are reluctant to consume it. Although is a high protein and functional nutritional food, there is a problem that the consumer group is not expanded anymore and is limited to some.

As a result, in recent years, unlike traditional sundae, chalsundae, which is mainly composed of vermicelli, vegetable sundae, which is mainly composed of vegetables, and assorted sundae, including vermicelli and vegetables as the main ingredient, have been developed to reduce the smell of pigs in Sundae. However, when the above sundaes are cut for eating, the sundaes cannot be aggregated and are separated from the shell of the sundae, causing the sundae shape to collapse.

Therefore, in order to make the sundaeso agglomerate with each other, pig grease is usually mixed with sundaeso, but the smell of pork grease contained in sundaeso may cause a feeling of rejection of eating. If frozen and then thawed, the texture becomes dull and taste It is difficult to freeze storage due to reduced flavor and flavor, which causes problems in long-term storage.

In order to solve the above problems, Korean Patent Publication No. 0453272 discloses a method of manufacturing vegetable sundae that removes the unique taste of the sundae, allows the contents filled in the sundae to coagulate well, and allows long-term storage. have.

The invention is the main contents of cabbage and pork; The side contents of vermicelli, garlic, ginger, onion, and leek; Pepper, miwon, perilla seeds, glutinous rice, soy sauce, salt, and salted shrimp, which are seasonings, are pulverized and mixed with seonji, and then filled in sochang, which is the outer shell of sundae, heated and steamed, cooled in cold water, dried, frozen and refrigerated, and supplied to the restaurant. It consists of a process that is cooked in a restaurant and provided to customers.

According to the above publication, 50% or more of cabbage is used to remove the peculiar taste of pork and increase the cohesiveness of other contents by adding sediment to prevent the contents from being separated from the sundae when cutting the sundae. It provides the effect of increasing the shelf life.

However, although a large amount of cabbage can be used to conceal the smell of pork sediment to some extent, it cannot be completely removed. In the process of freezing and thawing, the texture of the sediment is deteriorated and the nutrients of the sundae are destroyed, resulting in a problem that the quality of the sundae is deteriorated.

In addition, Korean Laid-Open Patent Publication No. 2002-0008304 discloses a method for manufacturing vegetable sundae to remove the smell of pigs and prevent texture deterioration. Pigs that make up the outer shell of the sundae by turning the pig small intestine, rubbing it with salt and flour, and massaging it. It was intended to remove the characteristic odor of sundae by removing the odor of sochang and adding a large amount of vegetables such as sesame leaves, sesame leaves, and bellflowers to the sundaeso to offset the smell of pork and seonji contained in sundaeso.

However, since the sundae of the present invention also contains pig oil, it only obtains an effect of reducing the characteristic odor of pigs, but cannot be removed.

As described above, several methods have been proposed to remove the characteristic odor of sundae, but satisfactory results have not yet been obtained, and a method of removing the smell of pigs from sundae to reduce the feeling of rejection of consumption is still required.

An object of the present invention is to solve the above problem, and to provide a sundae in which the characteristic odor of sundae caused by pig blood is removed, thereby removing the feeling of rejection due to the smell of pigs when ingested.

As a means to achieve the above object,

The present invention and the step of aging the washed pig cow intestine in the leachate of the mulberry tree; Calling the dried vermicelli into the leachate of a mulberry tree; Preparing a seasoning seasoning prepared by mixing beef powder seasoning, pepper, salt, garlic, sugar, red pepper powder, and ginger powder in a weight ratio of 50: 1: 12: 400: 10: 15: 10; Preparing a vegetable inside of cabbage, leek, mulberry leaf powder, Geumhwagyu powder, and self-grass in a mixture ratio of 40: 15: 30: 10: 5 by weight; Tying one end of the pig cow intestine, and tying the prepared vermicelli, seasoned seasoning, vegetables, and sundae in which the separately prepared sundae is mixed; Boiling the sundae in the leachate of mulberry trees, but putting the biotite in a steamer; And vacuum-packing the boiled sundae and then freezing it; The steamer includes a steam generating unit 10, a steam providing unit 20 installed above the steam generating unit, a cover 30 installed above the steam providing unit, and a side surface of the steam generating unit to supply biotite The steamer is composed of a biotite supply device 60, but the steam providing unit 20 forms a space for storing gold hwagyu sundae inside, and a plurality of holes 21 are formed on the bottom surface to form a steam generator 10 ) And configured to be easily provided to the sundae (1) through the steam providing unit 20; The steam generator 10 includes a heating means 11 installed through a side surface of the container body and formed of a heating wire and configured to receive electricity from the outside to emit heat energy; A water level measuring means (12) installed on one side of the container body to check the level of water present in the container body, and to output an alarm signal to the outside when the water level is lower than the standard; It comprises a far-infrared ray providing means (13) installed on the bottom surface of the container body, made of biotite, and configured to emit far-infrared rays upward to provide far-infrared rays to Geumhwagyu Sundae; The biotite supply device 60 is installed on the side of the steam generator, but is vertically installed and installed in a first biotite reservoir 61 for supplying biotite through the inner space portion thereof, and a lower portion of the first biotite reservoir However, it is installed obliquely and consists of a second biotite reservoir 62 that passes through the body of the steam generator so that the biotite supplied through the first biotite reservoir is supplied to the bottom of the steam generator; A temperature sensing unit 51 electrically connected to the heating means 11 to check a temperature state of the heating means; A control unit 50 receiving and analyzing temperature data from the temperature sensing unit; And an error signal automatic output unit 100 configured to receive a control signal from the control unit and display an error signal when the heating means fails or the temperature does not rise; A mulberry leachate supply device (1100) installed at one end of the steam generator to supply mulberry leachate to the sundae; It is configured to further include an ionized water supply means (2100) for supplying ionized water connected to the steam generator through a pipe; The mulberry leachate supply device 1100 includes a housing 1110; A battery 1120 installed inside the housing 1110 and receiving power from the outside to charge electricity and then supply electricity to the device; A rotary motor (1130) electrically connected to the battery to receive power from the battery and convert it into a mechanical rotary motion; A motor shaft (1131) installed on the central axis of the rotary motor to rotate in response to the rotation of the rotary motor, but having a bottom surface in a waveform shape and continuously rotating in a curved waveform shape; A vertical drive cylinder (1140) located at the lower end of the rotary motor and flowing while moving up and down by converting the rotation of the rotary motor into a reciprocating vertical motion; It is located above the vertical drive cylinder 1140, but is located on the central axis, and is mechanically contacted while being in contact with the motor shaft 1131 of the rotary motor 1130, and is coupled with the motor shaft 1131 of the rotary motor 1130. And a rotation shaft 1141 for elevating and descending while repeating the separation. Installed on the outer periphery of the vertical driving cylinder 1140, one side is fixed to the locking jaw inside the housing and the other side is fixed to the locking jaw of the vertical driving cylinder to elastically support the vertical driving cylinder to maintain the vertical driving cylinder An elastic spring 1150 for supporting elevating and descending to enable it to be; It is inserted and coupled to the inner side of the up and down drive cylinder 1140, the whole cylinder shape is made by installing a plurality of holes 1161 for passage of mulberry leachate on the bottom, and flows up and down according to the movement of the up and down drive cylinders, while the mulberry leachate is A mulberry leachate applicator 1160 to supply; One side is coupled to the mulberry leachate applicator 1160 and the other side is coupled to one end of the housing 1110, and the upper and lower driving cylinder and the mulberry leachate applicator 1160 are simultaneously fixed based on the housing to temporarily fix the mulberry leachate applicator 1160 ) It is characterized by consisting of consisting of a mulberry leachate applicator temporary fixing means (1180) to prevent falling down by the action of gravity.

In addition, the mulberry leachate applicator temporary fixing means (1180) is made of a wedge shape with a sharp end and is forcibly fitted through the coupling hole of the vertical driving cylinder and the coupling hole of the mulberry leachate applicator, so that the mulberry leachate applicator is vertically driven cylinder A hook for holding (1181) for maintaining a state coupled to the inner periphery of the; A connecting piece 1182 which is integrally connected to the hook for hook 1181 in a diagonal direction and guides the hook for hook 1181 to move in a clockwise or counterclockwise direction by a rotational motion; A hinge for supporting rotation (1183) installed between the connecting piece (182) and the hook for hooking (1181) and supporting rotation of the connecting piece; It is installed between the connecting piece 1182 and the vertical driving cylinder 1140 to push the connecting piece outward so that the hook for locking 1181 flows in a counterclockwise direction, so that the mulberry leachate applicator maintains a coupled state with the vertical driving cylinder. And, when the connecting piece is pressed by an external force and pressed in the vertical driving cylinder direction, the hook for locking (1181) is separated from the vertical driving cylinder (1140) and the mulberry leachate applicator (1160), and the mulberry leachate applicator (1160) is A support spring (1184) for guiding it to be removed from the vertical drive cylinder (1140); A sliding flow piece (1185) installed at the end of the connecting piece (1182) and moving at the same time when the hook (1181) and the connecting piece (1182) move up and down according to the vertical flow of the vertical drive cylinder (1140); It is slidably coupled with the sliding flow piece 1185 to support the vertical movement of the sliding flow piece 1185, and when replacing the mulberry leachate applicator 1160, the connecting piece 1182 is pushed in the direction of the vertical driving cylinder 1140. As the connecting piece 1182 rotates around the hinge pin 1183 for rotation support by pressing, the hook for hook 1181 is separated from the vertical driving cylinder 1140 and the mulberry leachate applicator 1160, while the mulberry leachate applicator ( It is characterized in that it comprises a push button (1186) for guiding the 1160 to be removed from the vertical drive cylinder (1140).

The ionized water supply means 2100 is provided in a pipe to increase the ion energy of water by attaching a device for generating an electromagnetic field to a water current, and when the power receiving valve is opened, a moving magnet moves by water pressure to selectively select a reed switch. A reed switch operating means having a power switching circuit to generate an electromagnetic field by switching; A bobbin through which water passes through a pipe and a coil is wound; A coil wound on the outer circumferential surface of the bobbin, generating magnetic flux when current flows, and promoting an electromagnetic induction or an action of an electromagnetic force; At least one diode connected to the coil and generating half-wave DC current while generating an electromagnetic field and induced electromotive force; A reed switch connected to a coil and opening and closing an electric circuit and a power supply for supplying AC electricity; Doedoe consisting of a mixing means that is installed inside the pipe and serves to evenly mix the ionized water; The mixing means includes a first partition having a hole formed at the edge to induce water passing through the pipe to pass through the edge hole, and the first partition being installed at a certain distance apart from the first partition, but having a hole formed in the center. It is made with a second partition for inducing the ion water to be mixed while passing water passing through the central hole, characterized in that a plurality of the first partition and the second partition are arranged.

Further, a dust measuring means (1000a) installed at an outer end of the steamer to measure dust and output an alarm signal if it is above a standard; An alarm signal output unit (1100) electrically connected to the dust measuring means and outputting an alarm signal to the outside according to a control signal of the dust measuring means; The dust measuring means includes a housing for collecting dust, a wire mesh 10a installed inside the housing 4, which removes moisture from the input dust and guides only the correct dust to pass through, and the wire mesh is inserted and coupled. A wire mesh rotary motor (10b) for accelerating the removal of moisture existing in the air by rotating the wire mesh, and a heater heat providing heater heat to evaporate moisture in contact with the wire mesh at a high speed by supplying heat to the wire mesh. An electric means (10c), an infrared transmission means (A) for emitting infrared rays to detect the dust from which the moisture has been removed, and the infrared transmission means (A) is positioned to face the infrared transmission means and receives the light emitted from the infrared transmission means. Thus, the infrared receiving means (B) for determining the inflow of dust according to the degree of the received amount, and if the output voltage of the infrared receiving means (B) is less than a set value, the input voltage of the infrared transmitting means (A) is It is characterized by including a dust measurement control unit (C) for controlling so as to increase.

In addition, a humidity sensor 7 is further installed on one side of the housing so that the dust measurement control unit C controls the rotational speed of the wire mesh rotary motor 10b according to the humidity. When the humidity is high, the rotational speed of the wire mesh rotary motor 10b The characteristic is that the heater heat is higher than the standard and the heater heat higher than the standard is supplied, and when the humidity is low, the rotational speed of the wire mesh rotary motor 10b is lower than the standard and the heater heat lower than the standard is supplied.

In addition, the wire mesh (10a) is a horizontal guide rod (10a-1) and a vertical guide rod (10a-2) that is coupled to the vertical groove (5) of the housing so as to be detachably attached to the axis of the wire mesh rotary motor (10b). When necessary, the horizontal guide rod (10a-1) is separated from the wire mesh rotary motor (10b) and the vertical guide rod (10a-2) is separated from the housing (4) to remove contaminants present in the wire mesh. to be.

As described above, the present invention has the effect of providing a sundae that eliminates the reluctance due to the smell of pigs when ingested by removing the peculiar smell of sundae caused by pig blood.

1 is a configuration diagram of a sundae jjimgi of the present invention.
Figure 2 is an exploded perspective view of the sundae jjimgi of the present invention.
Figure 3 is a cross-sectional view of the sundae jjimgi of the present invention.
Figure 4 is a block diagram of the circuit configuration of the sundae steamer of the present invention.
5 is a circuit diagram of an error signal output unit for a sundae steamer of the present invention.
Figure 6 is an exploded perspective view of the mulberry leachate supply device of the present invention.
Figure 7 is a cross-sectional view and a cross-sectional view of the main portion of the mulberry leachate supply device of the present invention.
Figure 8 is an enlarged cross-sectional view of the main part of the mulberry leachate supply device of the present invention.
Figure 9 is a configuration diagram of a rotary motor and a vertical drive cylinder of the mulberry leachate supply device of the present invention.
Figure 10 is an enlarged view of the main part of the rotary motor and the vertical drive cylinder of the mulberry leachate supply device of the present invention.
11 is a block diagram of a temporary fixing means of the mulberry leachate supply device of the present invention.
12 is another angular configuration of the temporary fixing means of the mulberry leachate supply device of the present invention.
13 is a block diagram of a hole for passage of mulberry leachate of the present invention.
14 is a block diagram of ion water supply means of the present invention.
Figure 15 is a block diagram of the ion water supply means of the present invention.
Figure 16 is a block diagram of the ion water supply means according to the present invention is another configuration.
17 is a conceptual diagram of dust measurement and alarm output of the present invention.
18 is a conceptual diagram of dust measurement of the present invention.
Figure 19 is a perspective view of the dust measuring device of the present invention.
Figure 20 is an exploded perspective view of the dust measuring device of the present invention.
Figure 21 is a plan view of the dust measuring device of the present invention.
22 is a conceptual diagram illustrating the operation of the dust measuring device of the present invention.
23 is a detailed view of the concave lens condensing original plate of the present invention.
Figure 24 is a concave lens embodiment of the present invention.

Hereinafter, the operating principle of a preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings and description. However, the drawings and the description to be described below are for a preferred implementation method among various methods for effectively describing the features of the present invention, and the present invention is not limited to the following drawings and description.

In addition, in the following description of the present invention, if it is determined that a detailed description of a related known function or configuration may unnecessarily obscure the subject matter of the present invention, the detailed description thereof will be omitted. In addition, terms to be described later are terms defined in consideration of functions in the present invention, which may vary according to the intention or custom of users or operators. Therefore, the definition should be made based on the contents throughout the present invention.

In addition, a preferred embodiment of the present invention to be implemented below is already provided in each system function configuration in order to efficiently describe the technical components constituting the present invention, or system functions commonly provided in the technical field to which the present invention belongs. The configuration will be omitted as much as possible, and a functional configuration that should be additionally provided for the present invention will be mainly described.

If one of ordinary skill in the art to which the present invention pertains, among the functional configurations not shown below and omitted, the functions of the components already used in the past will be easily understood, and the configurations omitted as described above. The relationship between the elements and the elements added for the present invention will also be clearly understood.

In addition, in the following embodiments, terms will be appropriately modified and used so that those of ordinary skill in the art can clearly understand the key technical features of the present invention in order to efficiently describe the core technical features of the present invention. It is by no means limited.

As a result, the technical idea of the present invention is determined by the claims, and the following embodiments are one means for efficiently explaining the technical idea of the present invention to those of ordinary skill in the art to which the present invention belongs. It is only.

1 is a configuration diagram of a sundae jjimgi of the present invention.

Figure 2 is an exploded perspective view of the sundae jjimgi of the present invention.

Figure 3 is a cross-sectional view of the sundae jjimgi of the present invention.

Figure 4 is a block diagram of the circuit configuration of the sundae steamer of the present invention.

5 is a circuit diagram of an error signal output unit for a sundae steamer of the present invention.

Figure 6 is an exploded perspective view of the mulberry leachate supply device of the present invention.

Figure 7 is a cross-sectional view and a cross-sectional view of the main portion of the mulberry leachate supply device of the present invention.

Figure 8 is an enlarged cross-sectional view of the main part of the mulberry leachate supply device of the present invention.

Figure 9 is a configuration diagram of a rotary motor and a vertical drive cylinder of the mulberry leachate supply device of the present invention.

Figure 10 is an enlarged view of the main part of the rotary motor and the vertical drive cylinder of the mulberry leachate supply device of the present invention.

11 is a block diagram of a temporary fixing means of the mulberry leachate supply device of the present invention.

12 is another angular configuration of the temporary fixing means of the mulberry leachate supply device of the present invention.

13 is a block diagram of a hole for passage of mulberry leachate of the present invention.

14 is a block diagram of ion water supply means of the present invention.

Figure 15 is a block diagram of the ion water supply means of the present invention.

Figure 16 is a block diagram of the ion water supply means according to the present invention is another configuration.

17 is a conceptual diagram of dust measurement and alarm output of the present invention.

18 is a conceptual diagram of dust measurement of the present invention.

Figure 19 is a perspective view of the dust measuring device of the present invention.

Figure 20 is an exploded perspective view of the dust measuring device of the present invention.

Figure 21 is a plan view of the dust measuring device of the present invention.

22 is a conceptual diagram illustrating the operation of the dust measuring device of the present invention.

23 is a detailed view of the concave lens condensing original plate of the present invention.

24 is an embodiment diagram of a concave lens according to the present invention,

In the present invention, in the process of preparing the vegetable inside, self-plantation and Geumhwagyu are applied, and also biotite is applied in the process of boiling sundae.

That is, in the present invention, a far-infrared radiator manufactured by kneading biotite known to emit far-infrared rays that is beneficial to the human body in water, molding it into a spherical shape having a diameter of 1 to 2 cm, and then firing it was applied.

In the case of a pot with a small capacity, it is desirable to add at least 10 biotite, and in the case of a pot with a relatively large capacity, it is preferable to add a maximum of 50 biotite, depending on the capacity of the pot applied, in the range of 10 to 50 You can adjust the number of biotite to be added.

For reference, biotica is a mineral belonging to the monoclinic system, forming a plate or impression, and often represents a hexagonal or rhombohedral. The cleavage is complete on the bottom and the flakes have elasticity, but are smaller than the gold mica. It has black, brown black, green black, etc., and the split side has pearl luster, sometimes with metallic luster. The biotite distribution is very wide and occurs in many igneous and metamorphic rocks, and is not uncommon in sedimentary rocks.

The chemical composition of biotite is K(Mg,Fe) ₃ AlSi ₃ O ₁₀ (OH) ₂ and has a high far-infrared emissivity. Biotite is known to have characteristics such as generation of far-infrared rays, heat effect, and natural treatment effect, but it is difficult to find a technology that can utilize biotite in beverages or functional products while maintaining these characteristics.

The self-cultivation used in the present invention is a perennial herb called "chichi" or "jageun", and has been prized as a dye for obtaining paints since ancient times, but its use as a medicine is much better than as a dye. Thick purple roots grow as they dig into the ground like screws, but the longer they are, the darker the purple color.

According to Lee Si-jin's [Bonchogangmok], "because its nature is full, it has an excellent effect of lowering heat, releasing poison, removing inflammation, and sprouting new flesh. It clears blood and helps intestinal activity to relieve constipation." It is effective in various gynecological diseases such as inflammation, skin disease, constipation, liver disease, arteriosclerosis, and menstrual irregularities. In China and North Korea, it is also used for the treatment of various cancers, especially snow cancer, stomach cancer, thyroid cancer, and uterine cancer.

It has been reported that self-priming removes damaged tissues and creates new tissues, has anti-inflammatory and sterilizing effects, and has excellent detoxification effects, so it is effective against various poisonings (drugs, antibiotics, heavy metals, pesticides, alcohol, etc.).

In the method of manufacturing the self-cultivation used in the present invention, the self-cultivation was extracted with 70% ethanol and then concentrated to dryness.

The components of the plant itself are acetylshikonin, shikonin, alkannan, isobutyryl-shikonin, isobutyryl-shikonin, β-dimethyl acryloylshikonin (beta-dimethyl acryloylsyconin), It is composed of β-hycroxy isovaloryl shikonin (beta-hycroxy isovaloryl shikonin), teracryl shikonin (teracryl shikonin), and the like.

In addition, it is known to be effective against diseases such as measles, constipation, burns, frostbite, and skin diseases including acne.

On the other hand, Geumhwagyu is an annual herbaceous plant belonging to the genus Hibiscus. Geumhwagyu, also known as wild bouillon, is a medicinal plant contained in the herbaceous plant, and has been restored and cultivated in China. It has been introduced and cultivated in Korea.

Geumhwagyu grows beyond the height of a person in July-August. The flower blossoms are usually 16-18cm in diameter, the petals are yellow, thin, and scarlet. The leaves are dark blue, and the leaves are very beautiful. Geumhwagyu is said to be harvested in a timely manner because the flowering time is only about six hours.

Geumhwagyu flowers are picked from the end of July, shredded, dried, and powdered. Raw materials for cosmetics and tea are used, and the leaves of Geumhwagyu also contain various physiologically active substances and are used for various purposes.

The manufacturing apparatus of the present invention will be described as follows.

The manufacturing apparatus of the present invention comprises a steam generating unit 10, a steam providing unit 20, and a cover 30, wherein the steam generating unit 10 includes a heating unit 11 and a water level measuring unit 12. ), and a far-infrared ray providing means 13, and the steam providing unit 20 forms a space in which the sundae can be stored, and a plurality of holes 21 are formed on the bottom surface to form a steam generating unit 10 ) Is configured to be easily provided to the sundae (1) through the steam providing unit (20).

The heating means 11 is installed through the side of the container body, but is made of a heating wire and is configured to receive electricity from the outside to emit heat energy.

The water level measuring means 12 is installed on one side of the container body to check the level of water present in the container body, and is configured to output an alarm signal to the outside when the water level is lower than the standard.

The far-infrared ray providing means 13 is installed on the bottom surface of the container body, is made of biotite, and is configured to emit far-infrared rays upward to provide far-infrared rays to the mulberry leaf sundae.

In the present invention configured as described above, by inducing steam to be generated in the steam generating unit 10, steam is provided to the steam providing unit 20 containing the mulberry leaf sundae to cook the sundae.

In more detail, water is put in the steam generator 10 and heated using the heating means 11 to generate steam. At this time, the water level is checked by the water level measuring means 12 and the water decreases below a certain level. An alarm signal is output to prevent the heating means from operating at abnormal water levels. In addition, the far-infrared ray providing means 13 is installed in the steam generating unit 10 so that the far-infrared ray is provided in order to deodorize the odor from the sundae itself.

In addition, the present invention is provided with a separate supply device 60 for supplying biotite, which is installed on one side of the steam generator, and specifically, a first biotite reservoir and the first biotite reservoir 61 vertically installed. ), which is installed at an angle and is provided with a second biotite reservoir 62 that penetrates the body of the steam generator, and when the biotite is supplied through the first biotite reservoir 61, a second biotite reservoir 62 It falls on the steam generator through

Accordingly, if the biotite supply device 60 is used, it is possible to more conveniently insert biotite into the steam generator and use it, and if necessary, biotite can be provided to the bottom surface of the steam generator in real time.

That is, if biotite is used for a long time, far-infrared emission may be insignificant, and in the present invention, biotite can be more easily supplied to the steam generator by using the biotite supply device, so if it is determined that it is necessary, biotite can be injected into the steam generator at any time. There will be.

In other words, without the biotite supply device 60, if you want to put biotite in the middle of heating the sundae (1), it is a very inconvenient problem because it is necessary to put biotite in the state where all of the steam supply unit 10 is lifted. If the invention is used, since biotite can be supplied at any time through a biotite supply device installed on one side of the steam generating unit, there is no need to lift the steam supply unit during heating.

In addition, it is very convenient because it is possible to supply biotite at any time even if it is not in the middle of heating. In the present invention, it is only necessary to put biotite in the first biotite storage container 61.

On the other hand, the present invention includes a temperature sensing unit 51 that checks the temperature state of the heating means 11, a control unit 50 that receives and analyzes temperature data from the temperature sensing unit, and the heating means fails or the temperature rises. Otherwise, an error signal automatic output unit 100 that receives a control signal from the control unit and displays an error signal is further included.

That is, in the present invention, the temperature state of the heating means 11 is checked and transmitted to the control unit, and the control unit 50 continuously outputs an alarm signal through the error signal automatic output unit 100 if the heating unit fails or the temperature does not rise. Output to induce the user to be sure to check the heating means 11.

The configuration of the automatic error signal output unit 100 of the present invention is as follows.

The circuit power supply unit 101, the heating means error output unit 102, the oscillation transformer 103, the relay operation switching unit 108, the relay switch 107, the first circuit connection switch (sw1), , A communication terminal power switch (sw2), and a switching unit for maintaining power (118).

When the power supply unit 101 operates, a power signal is applied by a power control unit.

The heating means error output unit 102 switches the power circuit when the temperature of the heating means is not detected in the sundae manufacturing apparatus.

When the power switch is turned on, the oscillation transformer 103 is supplied with electricity and outputs a boosted AC current.

The relay operation switching unit 108 is connected to the output terminal of the oscillation transformer 103 and is turned on by electrical supply.

The relay switch 107 is installed at the output terminal of the switching unit 108 for relay operation and generates a magnetic force.

The first circuit connection switch sw1 performs a function of energizing a circuit while the iron piece is pulled by the relay switch 107.

The error signal output power switch sw2 serves to induce an error signal to be displayed by supplying power to the error signal output control unit 140 while the iron piece is pulled by the relay switch 107.

The power maintenance switching unit 118 is connected to the first circuit connection switch and the base end, the emitter end and the collector end are connected to the oscillation transformer 103 and the relay operation switching unit 108, the relay operation switching unit As the iron piece is pulled by the operation of 108, switching is turned on while forming a closed circuit, thereby stopping the operation of the relay switch 107. And, at this time, when the first circuit connection switch (sw1) and the power switch (sw2) for outputting an error signal are forcibly turned off, the closed circuit is broken and the switching is turned off, and the relay operation switching unit (108) is turned on and the relay switch is turned on. The first circuit connection switch sw1 and the power switch sw2 for outputting an error signal are turned on to induce an error signal to be continuously output.

Hereinafter, the operation of the automatic error signal output unit 100 will be described.

First, when the heating means error output unit 102 is turned on, a DC power supply is connected to supply power to the oscillation transformer, and a high voltage is applied to the secondary side of the oscillation transformer.

The power induced on the secondary side becomes a half-wave DC power supply through a rectifier diode, and this half-wave DC power supply becomes a more stable DC power supply due to the charging/discharging action of the capacitor.

This DC power is applied to the anode end of the thyristor via the coil of the relay switch 107, while the DC power is charged to the capacitor through a resistor. The increased voltage passes through the diak and triggers the relay operation switching unit 108 so that the anode end and the cathode end are switched to enable the operation of the relay switch, and accordingly, the first operation of the relay switch 107 As the circuit connection switch sw1 and the power switch sw2 for outputting an error signal are turned on, power is applied to the error signal output control unit 140 to display an error signal.

When the first circuit connection switch (sw1) is operated, the base end of the switching unit 118 for maintaining power is activated, and a closed circuit is induced at the emitter end and the collector end of the switching unit 118 for maintaining power to supply power to the transformer. It is turned off.

That is, the voltage between the resistor 109 and the capacitor 110 flows through the diode 120 through the emitter terminal and the collector terminal of the switching unit 118 for maintaining power and is bypassed, and is bypassed between the resistor and the capacitor by this bypass. When the voltage of is lowered, and the voltage between the resistor and the capacitor is lowered in this way, the trigger signal to the relay operation switching unit 108 is stopped, and the anode terminal and the casing terminal are turned off, so that current does not flow through the relay switch 107. So it stops supplying power continuously for switching.

On the other hand, if the operator turns off the first circuit connection switch and the power switch for outputting the error signal while the error signal is being output, there is no current flow in the closed circuit. Accordingly, the bias voltage flowing between the emitter end and the base end of the switching unit for power maintenance Disappears, and the power supply maintenance switching unit 118 is turned off.

As the power supply switching unit 118 is turned off, the bypass voltage between the resistor and the capacitor through the diode 120 disappears, and this voltage is charged in the capacitor 110.

This charged voltage leads to a break-over phenomenon of the diak 111, and the diac outputs a trigger signal to the auxiliary switch operation switching unit 108 to move the iron piece to maintain a closed circuit, and at the same time, the error signal control unit 140 ), it is possible to continuously operate the error signal display unit 150 by returning the power output.

That is, according to the present invention, if the error factor is not cured, a warning sound is continuously output, so that after the error factor is cured, the sundae device can be operated.

Hereinafter, a method of manufacturing Geumhwagyu sundae of the present invention will be described.

Aging the washed pig cow intestine in the leachate of the mulberry tree;

The dried vermicelli is called mulberry leachate;

Preparing a seasoning seasoning prepared by mixing beef powder seasoning, pepper, salt, garlic, sugar, red pepper powder, and ginger powder in a weight ratio of 50: 1: 12: 400: 10: 15: 10;

Preparing a vegetable inside of cabbage, leek, mulberry leaf powder, Geumhwagyu powder, and self-grass in a mixture ratio of 40: 15: 30: 10: 5 by weight;

Tying one end of the pig cow intestine, and tying the prepared vermicelli, seasoned seasoning, vegetables, and sundae in which the separately prepared sundae is mixed;

Boiling the sundae in the leachate of mulberry trees, but putting the biotite in a steamer; And

After vacuum packaging the boiled sundae, it provides a method of manufacturing sundae comprising the step of freezing.

In the present invention, the vegetable inside can be prepared in the following steps.

For vegetables, prepare cabbage and leek first, wash them thoroughly under running water, and then take them out and drain them. Each of the dried vegetables is finely chopped so that it becomes a sundae inside.

And, to prepare mulberry leaf powder, Geumhwagyu powder and own plant.

Sundae (1) of the present invention is cabbage, leek, mulberry leaf powder, Geumhwagyu powder, and vegetable genus mixed in a mixing ratio of 40: 15: 30: 10: 5 weight ratio; Beef powder seasoning, pepper, salt, garlic, sugar, red pepper powder, and ginger powder are mixed in a weight ratio of 50: 1: 12: 400: 10: 15: 10.

And, in the present invention, the mulberry tree leachate is characterized in that it is a leachate from a mixture of the bark, root, and stem of the mulberry tree.

More specifically, the leachate of the mulberry tree is a state in which the mixture of the bark, root, and stem of the mulberry tree is sufficiently immersed in a molar at room temperature in a ratio of water to a mixture of the bark, root, and stem of a mulberry tree in a volume ratio of about 1: 3 to 10. It is immersed for 2 to 6 hours at this time, taking care not to enter foreign substances. Various components are extracted through the immersion during this time.

The vermicelli, seasoned seasonings, vegetables, and seonji prepared separately are mixed slowly and evenly with a stirrer or hand to prepare the sundae.

The sundae may be mixed with vermicelli, seasoned seasoning, vegetable and seonji in a mixing ratio of 3: 1: 1: 1.5 by weight, and the mixing ratio is in consideration of the color, aroma, taste, and texture of the sundae.

In the mixing process in the sundae, it is preferable to stir the mixture slowly and evenly because the taste may change while crushing the inside of the sundae.

When the sundae inside is prepared as above, the pig intestines to put the sundae inside must be prepared, so prepare and wash the pig cow intestines. To prepare the sundae with the pig cow intestine, the conventional sundae material is used as the pig cow intestine. In particular, the pig cow intestine is suitable as the sundae material because it is thin and long.

Therefore, turn the pig small intestine over and wash it in running water, drain the water, add coarse salt, rub evenly 5 to 6 times to remove the oil, and wash it cleanly, then turn it over so that it returns, and wash the outer surface again.

When the washed pig cow intestine is immersed in the mulberry extract prepared by the above method for 2 to 5 hours, the residual oil is completely removed and the smell disappears, and the meat quality is hardened to have a chewy taste.

In the present invention, the mulberry leachate is a leachate from a mixture of the bark, root, and stem of a mulberry tree, and the leachate of the mulberry tree is sundae by adding 0.1 to 4% by weight of an organic acid to the weight of the mixture of the bark, root, and stem of the mulberry tree. The peculiar smell can be removed efficiently.

On the other hand, in the present invention, a mulberry leachate supply device 1100 is further installed in the steam generator to further supply the mulberry leachate to the sundae in a steam form. That is, the mulberry leachate is continuously supplied to the water supplied to the inside of the steam generator to evaporate in a steam form so that the mulberry leachate is applied to the sundae, and accordingly, the fishiness of the sundae is removed once again to add the flavor of the sundae. .

The mulberry leachate supply device 1100 includes a housing 1110, a battery 1120, a rotary motor 1130, an up and down drive cylinder 1140, an elastic spring 1150 for lifting and lowering support, and a mulberry leachate applicator It consists of (1160), a mulberry leachate storage means (1170), and an applicator temporary fixing means (1180).

The housing 1110 has a space therein, and is formed by embedding various devices. That is, the housing is configured by bonding two cases with one side open to each other, and various devices are installed in a space portion generated in the process of bonding the cases. Such a housing is generally of a structure similar to the means having a space therein.

The battery 1120 is installed inside the housing 1110 and serves to supply electricity to the device after charging electricity by receiving power from the outside. That is, the battery is installed on the upper part of the housing and is electrically connected to an external power supply to receive electricity, and temporarily stores the supplied power to supply electricity to various devices that require power.

The rotary motor 1130 is electrically connected to a battery and receives power from the battery and converts it into a mechanical rotational motion to freely rotate the motor shaft. At this time, the motor shaft 1131 has a shape in which a bottom surface is formed in a waveform shape in a vertical direction so that a curved waveform shape continuously rotates. That is, the rotary motor rotates by receiving power from a battery, and the bottom surface of the motor shaft is formed in a curved waveform to rotate.

The vertical drive cylinder 1140 is mechanically connected to the rotary motor, but is moved while moving up and down by converting the rotation of the rotary motor into a reciprocating vertical motion. At this time, the rotation shaft 1141 of the vertical drive cylinder 1140 has an upper surface in a shape of a waveform in a vertical direction, and moves up and down while repeating mutual coupling and separation with the waveform of the motor shaft of the rotary motor. In other words, the vertical drive cylinder is formed in the form of a curved waveform in the same way as the motor shaft of the rotary motor so that the lifting motion is performed according to the rotation of the rotary motor, and the vertical drive cylinder moves up and down when the rotary motor rotates Will do.

The lifting and lowering support elastic spring 1150 is installed on the outer periphery of the vertical driving cylinder 1140, but one side is fixed to the locking jaw inside the housing 1110 and the other side is fixed to the locking jaw of the vertical driving cylinder 1140 The vertical driving cylinder 1140 is elastically supported so that the vertical driving cylinder 1140 can maintain the lifting operation. That is, since the elastic spring 1150 for elevating and descending supports the elasticity of continuously pushing the vertical driving cylinder 1140 upward, the waveform of the motor shaft 1131 of the rotating motor and the The vertical drive cylinder descends as the waveforms of the rotation shaft 1141 of the vertical drive cylinder 1140 are staggered, and after the staggering is over, the vertical drive cylinder 1140 rises by the elastic spring 1150 for lifting and lowering support. The waveform of 1141 and the waveform of the motor shaft 1131 of the rotary motor 1130 are in close contact. Accordingly, the vertical driving cylinder 1140 is repeatedly close to and spaced apart from the rotary motor 1130, so that the vertical driving cylinder 1140 continuously moves vertically around the rotary motor 1130.

The mulberry leachate applicator 1160 has a body cylinder shape and a plurality of holes 1161 for passing the mulberry leachate are installed on the bottom surface, and is inserted and coupled to the inside of the upper and lower drive cylinder 1140, and supplies the mulberry leachate. Plays a role. That is, the mulberry leachate applicator 1160 allows the mulberry leachate stored therein to be discharged to the outside through the hole 1161 for passing the mulberry leachate, and at this time, the mulberry leachate applicator 1160 is installed inside the vertical driving cylinder. Therefore, during the vertical operation of the vertical drive cylinder 1140, the mulberry leachate applicator 1160 is hit to output the mulberry leachate to the outside according to the law of inertia.

The mulberry leachate storage means 1170 is in a state in which the mulberry leachate is housed, and is inserted into the mulberry leachate applicator 1160 and is output through the hole 1161 for passing the mulberry leachate of the mulberry leachate applicator 1160. . That is, the mulberry leachate storage means (1170) is in a state in which the mulberry leachate is stored, and the lower portion is coupled to the mulberry leachate applicator (1160) in an open form, and the upper and lower drive cylinders (1140) are driven by the mulberry tree leachate storage means. The mulberry leachate is output to the outside. In fact, since the hole 1161 for passing the mulberry leachate is finely formed, it is not easily discharged to the outside when the upper and lower drive cylinders 1140 are not operated.

The mulberry leachate applicator temporary fixing means (1180) is coupled to one side of the mulberry leachate applicator (1160) and the other side is coupled to one end of the housing (1110), the upper and lower drive cylinder (1140) and the housing (1110) By temporarily fixing the mulberry leachate applicator 1160 at the same time, the vertical drive cylinder 1140 and the mulberry leachate applicator 1160 flow up and down while preventing the mulberry leachate applicator 1160 from falling down due to gravity When replacing the mulberry leachate applicator 1160, press the button to release the fixation of the mulberry leachate applicator based on the housing so that the mulberry leachate applicator is separated from the vertical driving cylinder and removed to the bottom. That is, the temporary fixing means for the mulberry leachate applicator is to temporarily fix the vertical driving cylinder and the mulberry leachate applicator to prevent the mulberry leachate applicator from being removed during operation, and after using all the mulberry leachate present inside the mulberry leachate applicator Press the button to release the mulberry leachate applicator and induce the mulberry leachate storage means to be re-stored.

The temporary fixing means 1180 includes a hook for locking 1181, a connecting piece 1182, a hinge for rotation support 1183, a spring for support 1184, a sliding piece 1185, and a push button 1186).

The hook for hook 1181 is made in the shape of a wedge with a sharp end, and is forcibly fitted through the coupling hole 1140a of the vertical driving cylinder 1140 and the coupling hole 1160a of the mulberry leachate applicator 1160 to be combined with mulberry leachate. The applicator 1160 maintains a state coupled to the inner periphery of the vertical drive cylinder 1140.

The connecting piece 1182 is integrally connected to the locking hook 1181 in a diagonal direction, and induces the locking hook 1181 to move in a clockwise or counterclockwise direction by a rotational motion.

The rotation support hinge 1183 is installed between the connecting piece 1182 and the hook for locking 1181, and serves as a central axis through which the connecting piece is rotated.

The support spring 1184 is installed between the connecting piece 1182 and the vertical driving cylinder 1140 to push the connecting piece outward so that the locking hook 1181 flows in a counterclockwise direction, so that the mulberry leachate applicator is coupled to the vertical driving cylinder. When the connecting piece is pressed by an external force and compressed in the vertical driving cylinder direction, the hook for locking (1181) is separated from the vertical driving cylinder (1140) and the mulberry leachate applicator (1160). Induce the leachate applicator 1160 to be removed from the vertical drive cylinder 1140.

The sliding flow piece 1185 is installed at the end of the connecting piece 1182 and moves simultaneously when the hook for locking 1181 and the connecting piece 1182 move up and down according to the up and down flow of the up and down driving cylinder 1140.

The push button (1186) is slidingly coupled with the sliding flow piece (1185) to support the vertical movement of the sliding flow piece (1185), and when replacing the mulberry leachate applicator (1160) in the vertical drive cylinder (1140) direction. By pushing and pressing the connecting piece 1182, the connecting piece 1182 rotates around the hinge pin 1183 for rotation support, so that the hook for locking 1181 is moved up and down from the cylinder 1140 and the mulberry leachate applicator 1160. As it is separated, it serves to induce the mulberry leachate applicator 1160 to be removed from the vertical drive cylinder 1140.

On the other hand, the present invention may be configured to reduce the inside of the spout by supplying ionized water to the steam generator through the ionized water supply means 2100.

The ion water supply means is provided with the following technical configuration in order to increase the ion energy of water.

That is, the present invention is provided in the pipe 2101, and when the power receiving valve is opened, the moving magnet 2110 moves by water pressure to selectively switch the reed switch 2150 to generate an electromagnetic field, and supply ionized water having a power switching circuit. Means 2100 are provided.

In addition, the present invention is provided with a bobbin 2120 through which water passes through the pipe 2101 and the coil 2130 is wound.

In addition, the present invention is wound on the outer circumferential surface of the bobbin 2120, generates magnetic flux when current is passed, and a coil 2130 for promoting electromagnetic induction or an action of an electromagnetic force is provided.

In addition, the present invention is connected to the coil (Coil) (2130), and is provided with at least one diode (diode) 2170 for generating half-wave direct current while generating an electromagnetic field and induced electromotive force.

In addition, the present invention is connected to the coil (Coil) 2130, the water ion by a switching operation of the water pressure including a power supply 2160 that supplies AC (AC) electricity and a reed switch 2150 that opens and closes the electric circuit. It provides a device that increases energy.

In the above-described present invention, first, when a valve (not shown in the drawing) of a power receiving product is opened, the moving magnet 2110 provided in the pipe 2101 is moved forward by water pressure.

At this time, before the moving magnet 2110 moves forward, the reed switch 2150 does not operate because there is no action of the magnetic field.

That is, when the valve of the power receiving product is closed, the moving magnet 2110 is retracted by the repulsive force of the elastic ball 2115 and is moved away from the reed switch 2150, so that the reed switch 2150 has a joint portion open, so the coil 2130 The power 2160 applied to is cut off.

Then, when the moving magnet 2110 is moved forward by the hydraulic pressure as described above, the adjacent reed switches 2150 are operated by contacting each other by the magnetic field.

At this time, the water pressure moves the moving magnet 2110 forward and passes water through the hole or groove of the moving magnet 2110.

And by the movement of the moving magnet 2110, the elastic ball 2115 is compressed, and the moving magnet 2110 is moved between the front and rear locking jaws 2102 and 2103 respectively provided at the front and rear sides. Move.

As described above, by the operation of the reed switch 2150, the power 2160 is applied to the coil 2130 to generate a half-wave magnetic field.

Further, the diode 2170 connected to the coil 2130 creates a half-wave DC current for generating an electromagnetic field and induced electromotive force.

Particularly, the moving magnet 2110 applied to the present invention may be divided into an outer shape so that water flows while maintaining pressure, and the number may be composed of two or more.

In addition, the protective shell of the moving magnet 2110 may be formed of synthetic resin to protect it from corrosion and external substances.

In addition, the present invention is provided with a power display lamp 2190 for checking the presence or absence of an abnormality in the coil 2130 generating half-wave DC and the connection of power.

In addition, in the present invention, the operation of the reed switch 2150 can be confirmed by connecting the operation indicator lamp 2195 to the coil 2130.

On the other hand, the present invention can be configured by further installing a partition in order to evenly mix the ionized water.

That is, in the present invention, a bobbin and a coil exist on the outside of the pipe to provide magnetic force to the water passing through the pipe to induce ion water to be formed. The closer the part to the coil, the more ion water exists, and the part far from the coil There is a problem that there is little ion water.

In other words, since the coil surrounds the pipe, there is a lot of ion water at the edge of the pipe close to the coil, but the central axis of the pipe has relatively little ion water.

In order to solve this problem, the present invention induces a partition to be installed inside the pipe so that water is evenly mixed and ion water is evenly distributed while passing through the partition.

In other words, a first partition 2141 opened with a hole formed at the edge and a second partition 2142 opened with a hole formed at the center are arranged in order to prevent water from passing through the pipe. 1 Pass through the edge hole of the partition 2141, and the water that has passed through the first partition 2141 passes through the central hole of the second partition 2142 again, so that the water existing at the edge of the pipe and the center of the pipe The water present on the shaft was made to mix wildly, and accordingly, the distribution of ionized water was kept evenly.

When the present invention as described above is used, since the ionized water is output in an evenly mixed state, the advantage of using an evenly distributed ionized water is provided.

In addition, the present invention can provide a partition having a different structure in order to evenly mix ion water, a third partition 2143 opened by forming a hole in the lower portion, and a fourth partition 2144 opened by forming a hole in the upper portion. ), and a plurality of the third partitions 2143 and the fourth partitions 2144 are sequentially arranged and configured.

Accordingly, when water passes through the third partition 2143, water passes through the hole formed at the bottom, and the water that has passed through the third partition 2143 passes through the upper hole of the fourth partition 2144.

At this time, a coil is wound on the outside of the pipe to provide magnetic force, and ion water is generated inside the pipe by the magnetic force provided from the coil, and the generated ion water is output in a state where the water passing through the partition is evenly mixed and the ionized water is evenly mixed. do.

Thus, the user can use water evenly mixed with ionized water.

On the other hand, the present invention is installed by adding a dust measuring means (1000a) to the outer end of the steamer, and when it is determined that there is dust above the standard as a result of the measurement by the dust measuring means (1000a), through the alarm signal output unit 1100 It induces to stop outdoor activities by outputting an alarm signal. That is, if there is a lot of dust around the steamer, the internal contents may be contaminated, so an alarm sound is output to induce the removal of the dust.

The dust measuring means (1000a) of the present invention includes a housing for collecting dust, a wire mesh 10a installed inside the housing 4, which removes moisture from the input dust and induces only accurate dust to pass, and the A wire mesh rotary motor (10b) for accelerating the removal of moisture existing in the air by inserting and bonding a wire mesh and rotating the wire mesh, and a heater heat to evaporate moisture in contact with the wire mesh at a high speed by supplying heat to the wire mesh. An electric means for providing heater heat (10c), an infrared transmitting means (A) for emitting infrared rays to detect the dust from which the moisture has been removed, and positioned so as to face the infrared transmitting means and emitting from the infrared transmitting means Infrared receiving means (B) for receiving the light and determining dust inflow according to the degree of the received light, and the infrared transmitting means (A) when the output voltage of the infrared receiving means (B) is less than a set value It comprises a dust measurement control unit (C) for controlling the input voltage to increase.

The wire mesh (10a) is required by combining a horizontal guide rod (10a-1) and a vertical guide rod (10a-2) coupled to the vertical groove (5) of the housing so as to be detachably attached to the shaft of the wire mesh rotary motor (10b). At the same time, the horizontal guide rod (10a-1) is separated from the wire mesh rotary motor (10b) and the vertical guide rod (10a-2) is separated from the housing (4) to remove contaminants.

In addition, a humidity sensor 7 is further installed at one side of the housing so that the dust measurement control unit C controls the rotation speed of the wire mesh rotary motor 10b according to the humidity, and when the humidity is high, the rotation speed of the wire mesh rotary motor 10b is increased. If the heater heat is higher than the standard and higher than the standard, and the humidity is low, the rotational speed of the wire mesh rotary motor 10b is lower than the standard and the heater heat lower than the standard is supplied.

Further, the infrared transmission means (A) receives the infrared transmission control signal from the dust measurement control unit (C), determines the infrared transmission amount, and outputs the changed infrared transmission amount.

That is, when the result value of the infrared receiving means (B) is transmitted to the dust measurement control unit (C), the dust measurement control unit (C) predicts the amount of dust generated based on the data of the infrared receiving unit (B), and By outputting a control signal to the infrared transmission means (A), the amount of infrared transmission is adjusted to induce output.

That is, the dust measurement control unit (C) reads the light amount data output from the infrared receiving unit (B), and based on this, automatically controls the amount of light from the infrared light emitting unit so that the sensitivity control is automatically kept constant, so that the contamination situation due to dust. Also, the dust detection can be measured by maintaining the optimum sensitivity.

In other words, if the amount of light received by the infrared receiver (B) is weak, the dust measurement control unit (C) determines that the degree of contamination is high, and outputs a control signal to increase the amount of light from the infrared transmitter (A) for more precise dust measurement. And, if the amount of received light of the infrared receiving means (C) is too much, the state without contamination or precise measurement becomes difficult, so that a control signal is output to reduce the amount of light of the infrared transmitting means (A). That is, it is necessary to maintain the amount of infrared light transmitted in an appropriate state. Only then can the amount of infrared rays measured through the infrared receiving means become accurate, so that the amount of dust generated can be more accurately predicted. Accordingly, the dust amount data measured by the dust measurement control unit of the present invention can output a dust measurement result with high reliability.

Infrared transmission means (A) of the present invention,

A disc 1 for mounting a concave lens that limits the output of infrared rays by mounting a plurality of concave lenses, and

An infrared transmission element (2) that is close to one of the plurality of concave lenses and outputs infrared rays;

A disc driving motor 3 coupled to the center of the concave lens mounting disc to move the concave lens mounting disc in a clockwise or counterclockwise direction to position a lens having a different depression angle on the infrared transmission element;

It is electrically coupled to the disk drive motor, and when the amount of dust is small, the disk is driven so that infrared rays pass through the lens with a low depression angle, so that the infrared transmitting element is positioned on the lens with a low depression angle. It includes a transmission control unit 6 for controlling the infrared transmission element to be positioned on the lens having a high depression angle by driving the original plate so that infrared rays pass through the lens having a high angle.

The present invention constituted as described above allows the disk for mounting the concave lens to flow so that the dust concentration can be more accurately determined.

Looking at the actual operation, first, light of the transmitting element is outputted through the third concave lens 1c installed at the center of the concave lens group 1 basically.

And, when the concentration of dust decreases, the second concave lens 1b is located on the right side of the third concave lens 1c and at the same time has a lower depression angle than the third concave lens 1c, and thus comes to the location of the transmitting element. It outputs by lowering the light output of the transmission element 2. In addition, when the concentration of dust increases, the first concave lens having a lower depression angle than the second concave lens comes to the location of the transmitting element, and accordingly, the light output of the transmitting element is much lowered to output.

In addition, when the concentration of dust increases, the fourth concave lens 1d is positioned to the left of the third concave lens 1c and at the same time has a higher depression angle than the third concave lens 1c, and comes to the location of the transmitting element 2 Accordingly, the light output of the transmission element 2 is increased and output is performed. In addition, as the concentration of Monji decreases further, the fifth concave lens is positioned to the left of the fourth concave lens and at the same time has a higher depression angle than the fourth concave lens. Will be printed.

In addition, the concave lens group is designed to vary the degree of output of infrared light according to the depression angle of the center, and the third concave lens 1c is basically installed at the center of the operating rod and has a depression angle of 25 degrees.

In addition, the second concave lens 1b is used when the infrared light is to be output by slightly reducing the infrared light, is installed on the right side of the third concave lens 1c, and has a depression angle of 15 degrees.

In addition, the first concave lens 1a is used when the infrared light is to be further reduced and output, and is installed on the right side of the second concave lens 1b, and has a depression angle of 5 degrees.

In addition, the fourth concave lens 1d is used when the infrared light is to be further increased to be output, is installed on the left side of the third concave lens 1c, and has a depression angle of 35 degrees.

In addition, the fifth concave lens 1e is used when it is necessary to increase the infrared light and output it, and is installed on the left side of the fourth concave lens 1d to form a depression angle of 45 degrees.

1: Sundae
10: steam generator
11: heating means
12: water level measuring means
13: Means of providing far-infrared rays
20: steam supply unit
21: hall
30: cover

Claims (6)

Aging the washed pig cow intestine in the leachate of the mulberry tree;
The dried vermicelli is called mulberry leachate;
Preparing a seasoning seasoning prepared by mixing beef powder seasoning, pepper, salt, garlic, sugar, red pepper powder, and ginger powder in a weight ratio of 50: 1: 12: 400: 10: 15: 10;
Preparing a vegetable inside of cabbage, leek, mulberry leaf powder, Geumhwagyu powder, and self-grass in a mixture ratio of 40: 15: 30: 10: 5 by weight;
Tying one end of the pig cow intestine, and tying the prepared vermicelli, seasoned seasoning, vegetables, and sundae in which the separately prepared sundae is mixed;
Boiling the sundae in the leachate of mulberry trees, but putting the biotite in a steamer; And
And vacuum-packing the boiled sundae and then freezing it;

The steamer,
A steam generating unit 10, a steam providing unit 20 installed above the steam generating unit, a cover 30 installed above the steam providing unit, and a biotite supply device installed on the side of the steam generating unit to supply biotite The steamer is composed of 60, but the steam providing unit 20 forms a space in which the gold hwagyu sundae can be stored, and a plurality of holes 21 are formed on the bottom surface to form the steam provided from the steam generator 10. It is configured to be easily provided to the sundae (1) through the steam providing unit (20); The steam generator 10 includes a heating means 11 installed through a side surface of the container body and formed of a heating wire and configured to receive electricity from the outside to emit heat energy; A water level measuring means (12) installed on one side of the container body to check the level of water present in the container body, and to output an alarm signal to the outside when the water level is lower than the standard; It comprises a far-infrared ray providing means (13) installed on the bottom surface of the container body, made of biotite, and configured to emit far-infrared rays upward to provide far-infrared rays to Geumhwagyu Sundae; The biotite supply device 60 is installed on the side of the steam generator, but is vertically installed and installed in a first biotite reservoir 61 for supplying biotite through the inner space portion thereof, and a lower portion of the first biotite reservoir However, it is installed obliquely and consists of a second biotite reservoir 62 that passes through the body of the steam generator so that the biotite supplied through the first biotite reservoir is supplied to the bottom of the steam generator; A temperature sensing unit 51 electrically connected to the heating means 11 to check a temperature state of the heating means; A control unit 50 receiving and analyzing temperature data from the temperature sensing unit; And an error signal automatic output unit 100 configured to receive a control signal from the control unit and display an error signal when the heating means fails or the temperature does not rise;
A mulberry leachate supply device (1100) installed at one end of the steam generator to supply mulberry leachate to the sundae;
It is configured to further include an ionized water supply means (2100) for supplying ionized water connected to the steam generator through a pipe;

The mulberry leachate supply device 1100,
A housing 1110;
A battery 1120 installed inside the housing 1110 and receiving power from the outside to charge electricity and then supply electricity to the device;
A rotary motor (1130) electrically connected to the battery to receive power from the battery and convert it into a mechanical rotary motion;
A motor shaft (1131) installed on the central axis of the rotary motor to rotate in response to the rotation of the rotary motor, but having a bottom surface in a waveform shape and continuously rotating in a curved waveform shape;
A vertical drive cylinder (1140) located at the lower end of the rotary motor and flowing while moving up and down by converting the rotation of the rotary motor into a reciprocating vertical motion;
It is located above the vertical drive cylinder 1140, but is located on the central axis, and is mechanically contacted while being in contact with the motor shaft 1131 of the rotary motor 1130, and is coupled with the motor shaft 1131 of the rotary motor 1130. And a rotation shaft 1141 for elevating and descending while repeating the separation.
Installed on the outer periphery of the vertical driving cylinder 1140, one side is fixed to the locking jaw inside the housing and the other side is fixed to the locking jaw of the vertical driving cylinder to elastically support the vertical driving cylinder to maintain the vertical driving cylinder An elastic spring 1150 for supporting elevating and descending to enable it to be;
It is inserted and coupled to the inner side of the up and down drive cylinder 1140, the whole cylinder shape is made by installing a plurality of holes 1161 for passage of mulberry leachate on the bottom, and flows up and down according to the movement of the up and down drive cylinders, while the mulberry leachate is A mulberry leachate applicator 1160 to supply;
One side is coupled to the mulberry leachate applicator 1160 and the other side is coupled to one end of the housing 1110, and the upper and lower driving cylinder and the mulberry leachate applicator 1160 are simultaneously fixed based on the housing to temporarily fix the mulberry leachate applicator 1160 ) Functional sundae manufacturing method using Geumhwagyu, characterized in that consisting of consisting of a mulberry leachate applicator temporary fixing means (1180) to prevent falling down by gravity action. The method of claim 1,
The mulberry leachate applicator temporary fixing means (1180),
The end is made in the shape of a sharp wedge and is forcibly fitted through the coupling hole of the vertical driving cylinder and the coupling hole of the mulberry leachate applicator, so that the mulberry leachate applicator is connected to the inner periphery of the vertical driving cylinder. )Wow;
A connecting piece 1182 which is integrally connected to the hook for hook 1181 in a diagonal direction and guides the hook for hook 1181 to move in a clockwise or counterclockwise direction by a rotational motion;
A hinge for supporting rotation (1183) installed between the connecting piece (182) and the hook for hooking (1181) and supporting rotation of the connecting piece;
It is installed between the connecting piece 1182 and the vertical driving cylinder 1140 to push the connecting piece outward so that the hook for locking 1181 flows in a counterclockwise direction, so that the mulberry leachate applicator maintains a coupled state with the vertical driving cylinder. And, when the connecting piece is pressed by an external force and pressed in the vertical driving cylinder direction, the hook for locking (1181) is separated from the vertical driving cylinder (1140) and the mulberry leachate applicator (1160), and the mulberry leachate applicator (1160) is A support spring (1184) for guiding it to be removed from the vertical drive cylinder (1140);
A sliding flow piece (1185) installed at the end of the connecting piece (1182) and moving at the same time when the hook (1181) and the connecting piece (1182) move up and down according to the vertical flow of the vertical drive cylinder (1140);
It is slidably coupled with the sliding flow piece 1185 to support the vertical movement of the sliding flow piece 1185, and when replacing the mulberry leachate applicator 1160, the connecting piece 1182 is pushed in the direction of the vertical driving cylinder 1140. As the connecting piece 1182 rotates around the hinge pin 1183 for rotation support by pressing, the hook for hook 1181 is separated from the vertical drive cylinder 1140 and the mulberry leachate applicator 1160, while the mulberry leachate applicator ( 1160) Functional sundae manufacturing method using Geumhwagyu, characterized in that it comprises a push button (1186) to induce removal from the vertical drive cylinder (1140). The method of claim 1,
The ionized water supply means 2100,
In order to increase the ion energy of water by attaching a device that generates an electromagnetic field to the water current,
A reed switch operating means provided in the pipe and having a power switching circuit to generate an electromagnetic field by selectively switching the reed switch by moving the moving magnet by water pressure when the power receiving valve is opened;
A bobbin through which water passes through a pipe and a coil is wound;
A coil wound on the outer circumferential surface of the bobbin, generating magnetic flux when current is passed, and promoting an action of electromagnetic induction or electromagnetic force;
At least one diode connected to the coil and generating half-wave DC current while generating an electromagnetic field and an induced electromotive force;
A reed switch connected to a coil and opening and closing a power supply and an electric circuit for supplying AC electricity;
Doedoe consisting of a mixing means that is installed inside the pipe and serves to evenly mix the ionized water;
The mixing means,
A first partition in which a hole is formed at the edge to induce water passing through the pipe to pass through the edge hole,
The first partition is installed at a certain distance apart, but a hole is formed in the center, and a second partition is provided to induce ion water to be mixed while passing through the center hole of the water passing through the first partition,
Functional sundae manufacturing method using Geumhwagyu, characterized in that a plurality of the first and second partitions are arranged. The method of claim 1,
A dust measuring means (1000a) installed at an outer end of the steamer to measure dust and output an alarm signal if it is above a standard;
And an alarm signal output unit (1100) electrically connected to the dust measuring means and outputting an alarm signal to the outside according to a control signal of the dust measuring means;
The dust measuring means,
A housing for collecting dust, and a wire mesh 10a installed inside the housing 4, which removes moisture from the input dust and guides only the correct dust to pass, and the wire mesh is inserted and coupled to the wire mesh to rotate the air A wire mesh rotary motor (10b) for accelerating the removal of moisture present in the wire mesh, and an electric means (10c) for providing heater heat to supply heat to the wire mesh to evaporate moisture in contact with the wire mesh at a high speed. And, an infrared transmitting means (A) for emitting infrared rays to detect the dust from which the moisture has been removed, and an infrared transmitting means (A) positioned to face the infrared transmitting means and receiving the light emitted from the infrared transmitting means, and the amount of the received Infrared receiving means (B) for determining the inflow of dust according to, and dust for controlling the input voltage of the infrared transmitting means (A) to increase when the output voltage of the infrared receiving means (B) is less than a set value Functional sundae manufacturing method using Geumhwagyu, characterized in that comprising a measurement control unit (C). The method of claim 4,
A humidity sensor 7 is further installed on one side of the housing so that the dust measurement control unit C controls the rotational speed of the wire mesh rotary motor 10b according to the humidity, and when the humidity is high, the rotation speed of the wire mesh rotary motor 10b is referenced. Functional sundae manufacturing using Geumhwa-gyu characterized by supplying heater heat higher than the standard and supplying heater heat lower than the standard while lowering the rotation speed of the wire mesh rotary motor (10b) when the humidity is low. Way. The method of claim 4,
The wire mesh (10a) is required by combining a horizontal guide rod (10a-1) and a vertical guide rod (10a-2) coupled to the vertical groove (5) of the housing so as to be detachably attached to the shaft of the wire mesh rotary motor (10b). It is characterized in that the horizontal guide rod (10a-1) is separated from the wire mesh rotary motor (10b) and at the same time the vertical guide rod (10a-2) is separated from the housing (4) to remove contaminants existing in the wire mesh. Functional sundae manufacturing method using Geumhwagyu.

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