KR200173570Y1 - A pipkin for preparing decoctions - Google Patents

Abstract

In the present invention, at least in the medicine bath 100 including a cylindrical weak glass 110 for storing water to be boiled with the medicine placed on the heater 10, the lower portion of the weak glass 110 is opened by cutting The opening 112 and the high temperature heat supplied from the heater 10 are closely attached to the opening 112 of the weakly visible layer 110 so as to directly conduct heat with water to be boiled with the medicine. The heat transfer medium 113 having a high heat conductivity and the outer periphery of the heat transfer medium 113 and the lower periphery of the lower part of the weak base 110 are closely wrapped to integrate each other and prevent water from flowing out to the outside. A circular steel forcibly fitted to the outer circumference of the compression packing 114 so as to firmly support the compression packing 114 for sealing and the heat transfer medium 113 integrated in the lower part of the weakly visible layer 110. (115) Characterized in that obtained by box. Accordingly, the compression packing 114 of the glass ceramic plate 113a which is a heat transfer medium 113 having a very good thermal conductivity in the opening 112 provided by cutting the lower surface of the apothecary 110 storing water boiled with the herbal medicine. And closely adhered through the circular steel 115 to directly heat the water stored in the weakly visible layer 110 without attenuating the high-temperature heat supplied from the heater 10, thereby achieving high efficiency of heat conduction. have.

Description

Potioner {A PIPKIN FOR PREPARING DECOCTIONS}

The present invention relates to a medicine bath, and more particularly, a glass ceramic plate having a very high thermal conductivity is closely attached to the opening provided by cutting the lower surface of the weak glass, through the compression packing and the circular steel to heat the high temperature heat supplied from the heater. The present invention relates to a weak water heater capable of realizing high-efficiency heat conduction by directly heating water stored in the weak axle.

In general, medicines used in oriental medicine, that is, herbal medicines are health supplements that are taken in harmony with yin and yang according to the health and physiological conditions of the human body, and the constitution, pathological, pathological, and pathological conditions of patients. It is roughly classified into a prescription medicine for treatment to be taken in a specific prescription due to conditions.

There are about 400 kinds of herbal medicines, such as herbaceous bark, animal, and mineral, which are mainly used for medicinal purposes, and 150 kinds of them are commonly used. The ratio is mostly 76% vegetable, 14% animal, and the remaining minerals. About 10%.

In addition, one type of herbal medicine is rarely used, and many kinds of herbal medicines are usually used in combination.

The reason why the various types of medicines are used in combination is to polymerize at an appropriate ratio in order to improve the main action and reduce side effects depending on the health condition of the user and the reaction with the medicines.

The herbal medicines prepared by the combination of various medicinal herbs are granulated pills made by adding a decoction to water, a powdered powder, a powdered powder to the powdered powder, At room temperature, various types of solids, semi-solids and semi-fluid solids, pills, powders, and alcohols are used.

Here, the description will be made of a medicine bath that can be used as a decoction by decoction with a variety of herbal medicines with water.

Figure 1 is a perspective view showing a medicinal shaker of the prior design, Figure 2 is a cross-sectional view including a heater showing a medicinal shaker of the prior design, Figure 3 is an exploded perspective view showing the main part of the weakly visible base applied to the medicinal shaker of the original design. Figure 4 is an exploded perspective view showing the main part of the cooling tube applied to the drug dispenser of the prior application design.

The medicine bath 100 of the present application, that is, the medicine bath 100 filed under the name of the same applicant as the application number of 20-1999-0019965 dated September 16, 1999, is filled with the medicine with water heated by the heater 10. After the excitation, it vaporizes and evaporates again to condense the components of the drug contained in the steam.

In other words, the previous medicinal herb was designed to take only the sweetened water together with the medicinal herbs without maximizing the medicinal effect as the main ingredient of the medicinal herb vaporized and evaporated into the air during the mixing and mixing of the medicinal herbs and water. The previous application devised not only the water hung with the medicine but also the active ingredients contained in the steam. It is configured to be taken and taken.

In the embodiment described in the invention of the bath device 100 of the invention, the cylindrical weak-looking column 110, which is placed on the heater 10 for providing a high temperature heat, as shown in Figures 1 and 2 is prepared.

The water to be boiled with the medicine is stored in the apothecary root 110 and the upper opening is provided with a bent jaw 111 to support the mounting jaw 121 of the herb container 120 containing the medicine. Make sure The herb container 120 is provided with a plurality of micro holes 122 on the lower outer periphery so that the water stored in the apothecary 110 is mixed as shown in FIG.

In addition, a soft packing 190 is provided between the support jaw 111 of the apocrypha 110 and the mounting jaw 121 of the herb container 120 to further enhance the airtightness thereof.

In addition, the cover plate 130 is sealed on the herb container 120, the cover plate 130 is provided with a trumpet hole 131 that extends upward from the center portion to support the cooling tube 140 to be described later. While being able to communicate with the communication hole 142 of the cooling tube 140.

The above-mentioned cooling cylinder 140 has a support jaw 141 bent in the upper opening and has a communication hole 142 communicating with the trumpet hole 131 of the cover plate 130 mentioned above, The suction hole 143 is drilled to one side to allow the external cooling wind or cooling water to flow in, and the other side of the upper side to discharge the cooling wind or cooling water introduced from the suction hole 143 to the outside. 144 is provided.

In addition, on the support jaw 141 of the cooling tube 140, a concave collecting plate 150 is provided. In the center of the collecting plate 150, a collecting hole 151 opened downward is opened.

In addition, an airtight plate 160 is disposed on the water collecting plate 150, and a central portion of the airtight plate 160 includes a steam hole 161 opened upward, and the steam hole 161 is formed again. The opening 170 is formed in communication with the sealed structure.

On the other hand, between the communication hole 142 of the cooling tube 140 and the collecting hole 151 of the collecting plate 150 is provided with a condensation tube 180 to communicate with each other, the condensation tube 180 As shown in FIGS. 2 and 4, the outer mold is formed into a shape in which a spiral is rotated and rotated a plurality of times from the communication hole 142 of the cooling tube 140 to the collecting hole 151 of the collecting plate 150. The area in contact with is configured to be the maximum.

In addition, between the trumpet hole 131 of the cover plate 130 and the communication hole 142 of the cooling tube 140, and between the communication hole 142 and the condensation tube 180 of the cooling tube 140, Between the condensation tube 180 and the collecting hole 151 of the collecting plate 150, between the steam hole 161 and the stopper tube 170 of the sealing plate 160, each of the soft packing 190 is tightly fitted It is possible to suppress the vapor rising from the 110 or the herb container 120 to evaporate to the outside and to closely support each other.

When the boiling process and the recovery process of the steam containing the medicinal ingredients of the medicinal herbs using the medicine bath 100 according to the design of the previous application made with the above configuration is described as follows.

First, put the medicinal herbs prepared in the herb container 120, and then put the herb container 120 in the apothecary column 110, the appropriate water is stored using a heater 10, the boiling temperature of the liquid, that is Under constant pressure, saturated steam and its liquid are in equilibrium with each other, and the temperature of the apothecary (110) is boiled with the medicine through the micropores (122) of the herb container (120). Done.

Everyone knows that this vaporized and rising steam contains very useful ingredients from general Chinese medicine as well as red ginseng dried red ginseng.

Here, if you outline the manufacturing process of red ginseng, wash the ginseng of the product among the ginseng six years old clean and put it in the Yaksiru 110 to make steamed steam for 1 to 2 hours or less at 130 ℃ or less, 30 After cooling for about a minute, heat it to a temperature inside and outside of 70 ℃ for 7 to 10 hours, and then remove the beard root.

Then, dry it in the sun until the moisture reaches 12.5 ~ 13.5%, and select and commercialize it by grade (1st grade; Cheonsam, 2nd grade; Jisam (地 蔘), 3rd grade; Yangsam (良 蔘)). .

At this time, the main component of red ginseng is similar to ginseng and contains saponin glycoside, panacene, polyacetylene compound, nitrogen-containing component, flavonoid, vitamin B group, enzyme, antioxidant, etc. Its efficacy is widely used in tonic, gangsim, and health correction (健胃 補 精), and when the metabolic function is reduced by gastrointestinal dysfunction, it is also used as a promotion drug (振興 藥).

In addition, it promotes the secretion of glucocorticoids, one of the adrenal cortex hormones, and has been shown to be effective in lowering blood pressure, promoting respiration, inhibiting experimental hyperglycemia, enhancing insulin action, increasing red blood cell count and hemoglobin, and promoting digestive tract exercise.

Such active ingredients, such as saponin glycosides, panacene, polyacetylene compounds, nitrogen-containing compounds, flavonoids, vitamin B group, enzymes and antioxidants, which are effective for the human body, are, for example, boiling water. If it evaporates and evaporates together, it is very unfortunate.

Therefore, the design of the prior application is to make it possible to recover the vapor containing the active ingredient that is easily evaporated with water to be liquefied through the cooling tube 140 or the condensation tube 180, and then recovered.

That is, the spiral from the weak hole 110 and the herb container 120, the vapor containing the active ingredient from the communication hole 142 of the cooling tube 140 to the collecting hole 151 of the collecting plate 150 Through the condensation pipe 180 having a shape that is rotated up and rotated a plurality of times, the steam containing the medicinal ingredients is liquefied again through a condensation process of lowering the temperature of the steam to a saturation temperature or less under a constant pressure, and gathered in the herbal container 120 It is to be able to lose.

At this time, in the condensation process of lowering the temperature of the steam to a saturation temperature under a constant pressure, the cooling air is injected into the suction hole 143 of the cooling tube 140 or the cooling water is forcibly injected so that the cooling air or the cooling water is separated from the outside area. It refers to a process of allowing the vapor in the interior to be liquefied by the surface contact to the condensation tube 180 formed to be in contact with the maximum value, and the medium of the cooling water or cooling wind used in this condensation process is again By allowing the discharge hole 144 to be discharged to the outside, it is possible to maintain the same condensation temperature of the medium at all times.

Meanwhile, the vapor liquefied through the condensation pipe 180 is finally liquefied again through a stopper pipe 170 which is in surface contact with external air through the collecting hole 151 of the collecting plate 150. Through the 151 and the condensation tube 180 flows down to the herbal container 120 is to be able to take full advantage of the active ingredient does not evaporate to the outside.

By using the steam containing the effective medicinal ingredients in such a way to maximize the use again through the liquefaction process, the Chinese medicine using the tangtang 100 according to the original design is to be able to maximize the medicinal ingredients.

On the other hand, the improved state of the medicine bath according to the design of the prior application will be described with reference to FIG.

Figure 5 is a cross-sectional view showing an improved state of the herbal bath according to the design of the prior application, further comprising a seating jaw 123 bent in a shape that the diameter is reduced inward to the inner circumference of the herbal container 120, this seating The disc-shaped lid 124 is seated on the jaw 123. In addition, it is preferable that a plurality of protrusions 124a are protruded and formed on the outer circumferential lower surface of the lid 124 so as to be spaced apart from the seating jaw 123 by a minute interval.

Here, the lid 124 is a bubble (which may be generated while mixing with the medicine through the micro-holes 122 of the herbal medicine 120 when the water stored in the Yaksiru 110 is boiled by the heater 10) Air swells into the liquid) It acts to suppress the spouting to the outside along the condensation tube 180 even when the medicine is heated at a high temperature by inhibiting.

Then, the plurality of protrusions 124 protrudingly formed on the outer circumferential lower surface of the lid 124 may be maintained in the interior of the weakly visible layer 110 so as to maintain a minute gap from the seating jaw 123 of the herb container 120. It provides a space of a fine upward passage so that the steam generated as the water is boiled up, while the medicinal components that are liquefied by the condensation tube 180 can be gathered again in the herbal cylinder 120 as Provide space.

Since the lid 124 and the plurality of protrusions 124 use a heater 10 at a high temperature, a lot of bubbles are generated, so that the lid 124 and the plurality of protrusions 124 can be used very advantageously when they are applied to the water bath 100 of the invention.

If you further improve the beneficial bath 100 is proposed in the present invention is as follows.

The present invention is a high-temperature heat supply from the heater by closely attaching the glass ceramic plate, which is a heat transfer medium having a very good thermal conductivity, through the compression packing and the circular steel to the opening provided by cutting the lower surface of the apothecary that stores the water boiled with the herbal medicine. It is an object of the present invention to provide a water bath that can be directly heated to the water stored in the weakly heated floor without realizing heat to implement high efficiency heat conduction.

1 is a perspective view showing a bath of the invention design.

Figure 2 is a cross-sectional view of a heater showing a water bath of the prior application design.

Figure 3 is an exploded perspective view showing the main part of the yaksiru decomposition applied to the yaktanggi of the invention design.

Figure 4 is an exploded perspective view showing the main parts of the cooling container applied to the drug dispenser of the prior application design.

Figure 5 is a cross-sectional view showing an improved state of the shaker according to the invention design.

Figure 6 is a sectional view including a heater showing a water bath according to the present invention.

Figure 7 is an exploded perspective view showing the apothecary applied to the medicine bath according to the present invention.

Explanation of symbols on the main parts of the drawings

10: heater 100: weak water heater

110: amblyopia 111: base jaw

112: opening 113: heat transfer medium

113a: glass ceramic plate 114: compression packing

115: round steel 120: herbal medicine

121: mounting jaw 122: fine hole

123: seating jaw 124: lid

124a: projection 130: cover plate

131: trumpet hole 140: cooling tube

141: support jaw 142: communication hole

143: suction hole 144: discharge hole

150: collector plate 151: collector

160: sealing plate 161: steam ball

170: stopper pipe 180: condensation pipe

190: Packing

The present invention for achieving the above object is a medicine bath comprising a cylindrical yaksiru at least placed on the heater to store the water to be boiled with the medicinal herbs, the opening of the lower portion of the weak siru opening opening and the heater A heat transfer medium having a high heat conductivity and a heat transfer medium adhered to the opening of the weak base so as to directly conduct high temperature heat supplied from the water to be boiled with the medicine, and an outer circumference of the heat transfer medium And a compression packing that tightly surrounds the lower outer periphery of the weakly-viewed wire to seal and prevent water from flowing out to the outside, and the compression to firmly support the heat transfer medium integrated at the lower part of the weakly-looking pipe. Comprising circular steel forcibly fitted to the outer periphery of the packing The basic technological feature of the configuration.

Hereinafter, a preferred embodiment of the medicine bath according to the present invention with reference to Figures 6 and 7 as follows.

Figure 6 is a cross-sectional view including a heater showing a pilling machine according to the present invention, Figure 7 is an exploded perspective view showing a weak seeker applied to the pilling machine according to the present invention, the same name and the same for the configuration having the same operation as the conventional configuration in the figure The detailed description will be omitted for the sake of reference numerals, and to avoid complications in the description.

In the medicine bath 100 according to the present invention, as shown in FIG. 6, a cylindrical weak-looking pipe 110 disposed on a heater 10 providing high temperature heat is prepared.

The water to be boiled together with the medicine is stored in the inside of the apothecary 110 and a lower portion thereof is provided with an opening 112 that is cut and opened. In addition, the heat conduction medium having high heat conductivity in the opening 112 of the weakly visible layer 110 to directly conduct high temperature heat supplied from the heater 10 to the water to be boiled together with the medicine. 113 is attached, the outer periphery of the heat transfer medium 113 and the lower outer periphery of the weakly visible layer 110 by the compression packing 114 to prevent water stored in the weakly visible layer 110 from flowing out. Tightly sealed and integrated together.

In addition, on the outer circumference of the compression packing 114, a circular steel 115 is forcibly fit and coupled to support the heat transfer medium 113 integrated at the lower part of the weakly visible layer 110 more firmly. Make sure

On the other hand, the heat transfer medium 113 is preferably a glass ceramic plate 113a having a high thermal conductivity.

Glass ceramics (GLASS-CERAMICS) is a crystallized glass that is microcrystalline after forming a glass of a special composition and then re-heating it. Generally, the surface is smooth and glossy, but it is not homogeneous like glass and microcrystalline, so it does not crack from the surface, and the strength is incomparably greater than that of the original glass. In addition, if the coefficient of thermal expansion is set to zero or negative by selecting the precipitation crystal, it is not only possible to obtain a high thermal shock resistance that can overcome the sudden change in temperature, but also to produce a product having a very good thermal conductivity. And the comparative example of the main property of a glass ceramic is shown in Table 1 as follows.

Comparison of the main properties of glass ceramics Glass ceramic Glass High Alumina Magnetic Fracture Strength (㎏ / ㎠) 700 to 4000 600-700 2000-3500 Knoop hardness 100g (㎏ / ㎠) About 700 400-500 1880 Thermal expansion coefficient (10 ^-7 / ℃) 13-90 32-100 80-90

Since the glass ceramic plate 113a having such a property has a very good thermal conductivity, the glass ceramic plate 113a can be directly heated in the water stored in the weak glass 110 without degrading the high temperature heat supplied from the heater 10 to implement high efficiency thermal conductivity. In addition, the thermal power of the heater 10 is directly reflected to the water stored in the water stored in the inside of the weakly heated 110 so as to visually determine the temperature control of the heater 10 that is easily overheated. It will act as a control.

That is, high-temperature heat supplied from the heater 10 has a high thermal conductivity without any other obstacle (for example, a medium having a relatively low thermal conductivity) if it is already present in the weakly visible base 110 itself. Through the glass ceramic plate 113a can be directly heated to the water boiled with the medicinal herbs not only can be more effective to apply the medicinal herbs, the thermal power of the heater 10 is stored in the interior of the weak view 110 (110) The phenomenon reflected in the glass ceramic plate 113a can be visually confirmed, so that when the herbal medicine is boiled at a high temperature first and then defrosted as a mild heat, the temperature of the heater 10 can be easily adjusted. It will work to make it.

According to the medicine bath 100 according to the present invention as described above, the heat transfer medium 113 having a very good thermal conductivity in the opening 112 is provided by cutting the lower surface of the apothecary 110 to store the water boiled with the herbal medicine. Phosphorus glass ceramic plate 113a is attached closely through the compression packing 114 and the circular steel 115 so that the high temperature heat supplied from the heater 10 is not directly reduced to the water stored in the weak glass 110 without being heated. Heater 10 which can be easily heated by being heated not only to realize high efficiency heat conduction, but also to reflect the phenomenon that the thermal power of the heater 10 is directly reflected in the water stored in the weakly visible 110. Judging by the naked eye to determine the temperature control has an excellent effect.

That is, the high temperature heat supplied from the heater 10 can be directly heated to the water boiled together with the medicine through the glass ceramic plate 113a having a high thermal conductivity of high efficiency without a separate obstacle means more efficiently There is an excellent effect that can be a moon, and also the phenomenon that the thermal power of the heater 10 is reflected in the water stored in the interior of the weakly visible 110, the naked eye through the glass ceramic plate (113a) can be confirmed by the herbal medicine at a high temperature first If you want to sweeten again after boiling to boil, there is a useful effect that can easily control the temperature of the low temperature of the heater (10).

In addition, the heat shock resistance against the rapidly changing temperature is good, there is a useful effect that can be prevented in advance to rupture the weakly visible 110 by the heat supplied from the heater (10).

Claims (2)

In the medicine bath (100) comprising at least a cylindrical weak oak 110 which is placed on the heater 10 to store the water to be boiled with the medicine, An opening 112 formed by cutting a lower portion of the weakly visible layer 110, Heatconductivity is closely adhered to the opening 112 of the weakly visible layer 110 so as to directly conduct high temperature heat supplied from the heater 10 to the water to be boiled with the medicine. High heat transfer medium (113), Compression packing 114 for tightly enclosing the outer periphery of the heat transfer medium 113 and the lower outer periphery of the weakly visible layer 110 to be integrated with each other and at the same time to prevent water from flowing out to the outside; The circular steel 115 is forcibly fit and coupled to the outer circumference of the compression packing 114 so as to firmly support the heat transfer medium 113 integrated in the lower part of the weakly visible 110. Boiler 100, characterized in that comprises. The method of claim 1, The heat transfer medium 113 is a weak water heater (100), characterized in that the glass ceramic plate (113a) having a high thermal conductivity.