KR100347692B1 - Heating container of home double boiler - Google Patents

Abstract

The present invention relates to a heating vessel of a domestic water bath, wherein the heating vessel includes a glass bottle in which food is accommodated, a lid formed with a steam hole detachably installed at an opening of the glass bottle, and a handle attached to the outer circumference of the glass bottle. In the heating vessel of the domestic water bath, the pressing means installed on the lid, the support cylinder seated on the upper end of the glass bottle and the through-hole is formed in the center, the outer cylinder is assembled to the support cylinder, the support shaft is installed perpendicular to the inner lower surface, The seesaw member rotatably installed inside the support cylinder and having one end connected to the pressing means and having an elastic locking piece formed at the other end bent, and a guide tube into which the supporting shaft is inserted and detached and the elastic locking piece is installed at the center, and the elastic It includes a transfer plate which is lowered in accordance with the separation of the engaging piece.

Accordingly, since the steaming operation and the boiling water operation can be performed together in the inside of the heating container, the red ginseng extract containing several phenolic compounds and maltol components, which are anti-aging substances, is obtained.

Description

Heating container for home water heater {HEATING CONTAINER OF HOME DOUBLE BOILER}

The present invention relates to a heating vessel of a domestic water bath, and in particular, steamed ginseng or white ginseng (hereinafter referred to as food) for a predetermined time, and then immersed in water and heated in a water bath for a predetermined time to extract a component that is not present in the food. It relates to a heating vessel of a domestic water heater.

In general, ginseng is a product that has been approved by the herbal medicine or clinical experience and can be divided into ginseng, white ginseng and red ginseng according to processing. Ginseng is a natural ginseng that is not processed after harvesting in the field. White ginseng refers to ginseng dried by removing the skin without steaming ginseng. Finally, red ginseng refers to ginseng prepared by steaming washed ginseng with steam and drying it.

The red ginseng thus produced contains various components beneficial to the human body. Among them, the maltol component known as an anti-aging substance is a substance that does not exist in the food.

BACKGROUND OF THE INVENTION In recent years, a popular home water heater is a device for boiling water into a concentrated liquid. In other words, the food is placed in the inner barrel and the inner barrel is immersed in a glass bottle containing a certain amount of water, and then the water is heated for a long time (12 hours to 24 hours) to obtain a concentrate.

However, such a home bath does not have a device or function to steam food, it is not possible to extract several phenolic compounds and maltol components known as anti-aging substances.

It is an object of the present invention to provide a heating container for a domestic water bath in which foods can be steamed for a predetermined time, soaked in water, heated for a predetermined time, and then extracted with maltol which is not present in fresh ginseng and white ginseng.

The heating containers proposed to achieve the above object are as follows.

The heating container includes a glass bottle in which food is accommodated, a lid in which a steam hole is detachably installed at an opening of the glass bottle, and a handle attached to an outer circumference of the glass bottle. Pushing means, a support cylinder seated on the upper end of the glass bottle and a through-hole is formed in the center, the outer cylinder is assembled to the support cylinder and the support shaft is installed vertically on the inner bottom, rotatably installed inside the support cylinder The seesaw member is connected to the pressing means and is bent at the other end of the elastic engaging piece is formed, and the support shaft is inserted and the guide tube is installed in the center of the elastic locking piece is installed in the center and comprises a transport plate which is lowered according to the separation of the elastic locking piece .

A variety of pressing means for contacting the seesaw member may be used, but a solenoid having a rod or an operating rod installed at both ends through the lid and protrudes from the upper and lower sides of the lid is used.

Here, the electric wire connected to the solenoid valve is preferably drawn out to the lower side of the handle via one side of the lid and the inside of the handle.

One end of the seesaw member is preferably provided with a compression spring for holding the seesaw member.

Figure 1 is an exploded perspective view showing the entire water bath in which the heating vessel is seated according to preferred embodiments of the present invention,

Figure 2 is a cross-sectional view showing a heating vessel according to a first embodiment of the present invention,

3 is an operation view showing a heating vessel according to a first embodiment of the present invention,

Figure 4 is a state diagram after the operation of the heating vessel according to the first embodiment of the present invention,

Figure 5 is a cross-sectional view showing the structure and operation of the heating vessel according to a second embodiment of the present invention.

*** Explanation of symbols for the main parts of the drawing ***

w: Wire S: Cooking

100: water heater 120: body

140: heating container 141: glass bottle

142: lid 143: handle

144: support cylinder 145: outer cylinder

146: compression spring 147: solenoid valve

147a: Rod of solenoid valve 148: Cover side connecting pin

149: seesaw member 149a: elastic catching piece

150: support shaft 151: guide tube

152: Transfer Board

170: working rod

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. 1 is an exploded perspective view showing the entire bath container seated in the heating vessel according to the preferred embodiments of the present invention, Figure 2 is a cross-sectional view showing a heating vessel according to the first embodiment, Figure 3 is a first embodiment 4 is an operation diagram showing a heating vessel according to the present invention, and FIG. 4 is a state diagram showing the after operation of the heating vessel according to the first embodiment.

The water bath 100 shown in FIG. 1 includes a main body 120 in which various electric parts are embedded, a heating plate 121 installed under the main body 120 to generate heat, and a heating plate 121. Removably seated on the upper side of the heating vessel (加熱 用器) 140 made of glass, and is installed on the upper side of the main body 120 that is the upper portion of the heating vessel 140 to generate steam generated from the heating vessel 140 Condensation is composed of a steam condenser (蒸氣 凝結 器) 160 to be recovered to the heating container 140.

The lower body 120 of the steam condenser 160 is provided with a condensation water recovery unit (not shown), the center is formed with a steam guide tube through which the heated steam and the condensed bath liquid can pass, the steam guide The tube is selectively opened and closed by a stopper and rubber packing.

2 shows a heating vessel proposed as the first embodiment.

The heating vessel 140 has a lid 142 having a steam hole 142a in the opening of the glass bottle 141 to be detachably attached, and a handle 143 is attached to the outer circumference of the glass bottle 141.

The inside of the glass bottle 141 is provided with a support cylinder 144 having an upper end seated on the upper side of the glass bottle 141, and an outer cylinder 145 detachably coupled to the support cylinder 144.

The through hole 144a is formed in the center of the lower surface of the support cylinder 144, and a plurality of holes 144b are formed in the whole of the lower surface to allow steam to pass through. A support 144c is formed inside the support cylinder 144 so that a seesaw member, which will be described later, is hinged, and a compression spring 146 is installed at one side.

An outer cylinder side support ring 145b having a bush 145a is installed at the center of the inner lower surface of the outer cylinder 145, and a support shaft is inserted into and fixed to the bush 145a toward the through hole 144a of the support cylinder 144. It is erected vertically.

The solenoid valve 147 operated according to the application of power is installed in the lid 142, and the rod 147 a built in the solenoid valve 147 protrudes downward through the lid 142.

One side of the lid 142 is provided with a lid side connecting pin 148 and the wire (w) connected to the solenoid valve 147 is connected to the lid side connecting pin 148.

The upper side of the handle 143 is provided with a connecting groove 143a connected to the lid side connecting pin 148, and the lower side of the handle 143 is provided with a handle side connecting pin 143b, and the connecting groove 143a and the handle. The side connecting pins 143b are connected by electric wires.

As the handle side connection pin 143b is connected to the main body side connection groove (not described), the solenoid valve 147 is operated by an electric signal applied from the water heater 100.

One end of the seesaw member 149 is in contact with the rod 147a of the solenoid valve 147 and the other end is bent elastic engaging piece 149a is formed. The seesaw member 149 is rotatable around the hinge according to the operation of the solenoid valve 147 so that the elastic engaging piece 149a is directed toward the center of the through hole 144a, and one end of the seesaw member 149 is compressed. When the solenoid valve 147 is released from contact with the spring 146, the seesaw member 149 returns to its original position.

On the other hand, the guide tube 151 is inserted into the support shaft 150, because the inner diameter of the guide tube 151 is slightly larger than the outer diameter of the support shaft 150, the guide tube 151 is smooth in the support shaft 150 It is possible to descend.

The upper end of the guide tube 151 is inserted into the through hole 144a of the above-described support cylinder 144 and is coupled to the elastic engaging piece 149a of the seesaw member 149 located above the through hole 144a. That is, the elastic engaging piece 149a is elastically deformed and coupled while being inserted into the center of the guide tube 151. The transfer plate 152 is coupled to the lower outer circumference of the guide tube 151.

The conveying plate 152 is formed in a disc shape and inserted into the outer cylinder 145, and a plurality of holes 152a are formed in the whole thereof, and the guide tube 151 described above is coupled to the center. When the food (S) is placed on the upper surface of the transfer plate 152 and the elastic catching piece 149a is removed from the guide tube 151, it is lowered by its own weight.

The heating container 140 configured as described above has the following operation and effects.

Fill the glass bottle with the correct amount of water.

The food (S) is placed on the upper surface of the transfer plate 152 and the guide tube 151 is inserted into the through hole 144a of the support cylinder 144 so that the center of the guide tube 151 is the seesaw member 149. It is to be inserted and coupled to the elastic locking piece (149a).

Subsequently, when the support cylinder 144 and the outer cylinder 145 are combined, the guide tube 151 is inserted into the support shaft 150, and the transfer plate 152 is not in contact with the water, so the food S is water. Do not get wet.

In this state, the support cylinder 144 and the outer cylinder 145 are seated inside the vial 141, and then the opening of the vial 141 is closed with a lid, and the lid side connecting pin 148 is the handle 143. Of the solenoid valve 147 is in contact with one end of the seesaw member 149.

When the heating container 140 is seated on the heating plate 121 of the main body 120, the handle side connecting pin 148 is connected to the connection groove of the main body.

Next, when power is applied to the water heater 100, the heating plate 121 is operated to heat the water in the glass bottle 141, the steam generated while the water is heated to steam the food (S) gradually, in this process Maltol component, which is an anti-aging substance, is generated.

When the steaming operation is completed, apply power to the solenoid valve (147). Then, the rod 147a of the solenoid valve 147 is operated downward and the compression spring 146 is compressed so that the seesaw member 149 is rotated about the hinge.

Accordingly, the elastic catching piece 149a is separated from the guide tube 151 and the transfer plate 152 is lowered by its own weight to dive into the water filled in the outer cylinder 145 so that the food S is all submerged in the water. .

When the bath operation continues in this state, the generated steam sequentially passes through the holes 144b of the support cylinder 144, the steam holes 142a of the lid 142, and the steam guide tube, and thus the steam condenser of the main body 120. 160 is collected inside. The collected steam is cooled in the steam condenser 160 and dropped downward by its own weight to be recovered back into the heating vessel 140.

The red ginseng extract is generated inside the heating vessel 140 while repeatedly undergoing such a circulation process.

5 is a cross-sectional view showing the structure and operation of a heating vessel according to a second embodiment of the present invention. For reference, a part of the description code used in the above-described first embodiment will be used repeatedly for a smooth description of the present invention.

The heating vessel 140 has a lid 142 having a steam hole 142a in the opening of the glass bottle 141 to be detachably attached, and a handle 143 is attached to the outer circumference of the glass bottle 141.

The inside of the glass bottle 141 is provided with a support cylinder 144 having an upper end seated on the upper side of the glass bottle 141, and an outer cylinder 145 detachably coupled to the support cylinder 144.

The through hole 144a is formed in the center of the lower surface of the support cylinder 144, and a plurality of holes 144b are formed in the whole of the lower surface to allow steam to pass through. A support 144c is formed inside the support cylinder 144 so that a seesaw member, which will be described later, is hinged, and a compression spring 146 is installed at one side.

The outer cylinder side support ring 145b having the bush 145a is installed at the center of the inner bottom surface of the outer cylinder 145, and the support shaft 150 is inserted into and fixed to the bush 145a so that the through hole 144a of the support cylinder 144 is provided. Erect vertically

The lid 142 is provided with an operating rod 170 that vertically penetrates the lid 142, and both ends of the operating rod 170 protrude upward and downward from the lid 142. The lower end of the operation rod 170 is in contact with the seesaw member described later.

One end of the seesaw member 149 is in contact with the operation rod 170 described above and the other end is bent elastic engaging piece 149a is formed. The seesaw member 149 is rotatable about the hinge according to the vertical operation of the operating rod 170, the elastic engaging piece 149a is directed toward the center of the through hole 144a, one end of the seesaw member 149 When the contact force applied to the compression spring 146 and the actuation rod 170 is released, the actuation rod 170 and the seesaw member 149 are returned to their original state.

On the other hand, the guide tube 151 is inserted into the support shaft 150, because the inner diameter of the guide tube 151 is slightly larger than the outer diameter of the support shaft 150, the guide tube 151 is smooth in the support shaft 150 It is possible to descend.

The upper end of the guide tube 151 is inserted into the through hole 144a of the above-described support cylinder and is coupled to the elastic engaging piece 149a of the seesaw member 149 located above the through hole 144a. That is, the elastic engaging piece 149a is elastically deformed and coupled while being inserted into the center of the guide tube 151. The transfer plate 152 is coupled to the lower outer circumference of the guide tube 151.

The conveying plate 152 is formed in a disc shape and inserted into the outer cylinder 145, and a plurality of holes 152a are formed in the whole thereof, and the guide tube 151 described above is coupled to the center. When the food (S) is placed on the upper surface of the transfer plate 152 and the elastic catching piece 149a is removed from the guide tube 151, it is lowered by its own weight.

The heating vessel configured as described above has the following operation and effects.

The food (S) is placed on the upper surface of the transfer plate 152 and the guide tube 151 is inserted into the through hole 144a of the support cylinder 144 so that the center of the guide tube 151 is the seesaw member 149. It is to be inserted and coupled to the elastic locking piece (149a).

Subsequently, after filling the appropriate amount of water into the outer cylinder 145 and combining the support cylinder 144 and the outer cylinder 145, the guide tube 151 is inserted into the support shaft 150, the transfer plate 152 is The food S is not wetted with water because it is not in contact with water.

In this state, the outer cylinder 145 and the support cylinder 144 are seated inside the glass bottle 141, and then the opening of the glass bottle 141 is closed with a lid, and the lower end of the operation rod 170 is the seesaw member 149. ) Is in contact with one end.

When the heating vessel 140 is seated on the heating plate 121 of the main body 120 and the power is applied to the water bath 100, the heating plate 121 is operated to heat the water in the outer cylinder 145, and the water is heated. The steam generated steams the food (S) slowly, and in this process, maltol component, which is an anti-aging substance, is generated.

When the steaming operation is completed, the other end of the operation rod 170 is pressed. As a result, as the compression spring 146 compressively deforms, the seesaw member 149 is rotated about the hinge and the elastic catching piece 149a is separated from the guide tube 151.

Accordingly, the transfer plate 152 is lowered by its own weight and submerged into the water filled in the outer cylinder 145, and the food S is all submerged in the water.

If the bath operation continues in this state, the generated steam is sequentially passed through the hole 144a of the support container 144, the steam hole 142a of the lid 142, and the steam guide tube, and the steam condenser of the main body 120. 160 is collected inside. The collected steam is cooled in the steam condenser 160 and dropped downward by its own weight to be recovered back into the heating vessel 140.

While repeatedly undergoing such a circulation process, a concentrated liquid containing an aging inhibitor is generated inside the heating vessel 140.

As described above, according to the embodiment of the present invention, since the steaming operation and the boiling water operation can be performed together in the inside of the heating container, it is possible to obtain a concentrated liquid containing several phenolic compounds and maltol components as aging inhibitors. .

Claims (5)

In the heating vessel of the home water bath comprising a glass bottle containing food, a lid formed with a steam hole detachably installed in the opening of the glass bottle and a handle attached to the outer circumference of the glass bottle, Pressing means installed on the lid; A support cylinder seated at an upper end of the glass bottle and having a through hole formed at a center thereof; An outer cylinder which is assembled to the support cylinder and in which a support shaft is vertically installed on an inner bottom surface thereof; A seesaw member rotatably installed in the support cylinder and having one end connected to the pressing means and having an elastic engaging piece at the other end bent; And A guide tube for detaching the elastic catching piece is installed at the center, and the guide tube is inserted into the support shaft and comprises a transport plate which is lowered according to the separation of the elastic catching piece. The heating container of claim 1, wherein the pressing means is a solenoid having a rod in contact with the seesaw member. The heating container of claim 2, wherein the electric wire connected to the solenoid valve is drawn out to the lower side of the handle via one side of the lid and the inside of the handle. (Correction) The heating vessel of claim 1, wherein a compression spring for holding the seesaw member is further provided between one end of the seesaw member and the support cylinder. (Correction) The heating container of claim 1, wherein the pressing means is an actuating rod which penetrates the lid so that both ends protrude from the upper and lower surfaces of the lid.