KR200320305Y1 - A boiler Device of A moving type - Google Patents

Abstract

The present invention relates to a portable boiler device that is easy to use even in a camping site or emergency, and is manufactured in a small size for easy portability, and can be used at any place regardless of the place, and is opened and closed by the water pressure according to the air pressure change and the amount of circulation. By installing a check valve, the circulating water is circulated very quickly, which minimizes external heat loss.

Description

A boiler device of a moving type

The present invention relates to a boiler that can be conveniently used in a mountain, river, or sea for climbing or fishing. More specifically, it can be used anywhere, regardless of location by making it compact. This function, and also installs a check valve that is opened and closed by the water pressure according to the change in air pressure and the amount of circulation water relates to a mobile boiler device that can minimize the external heat loss by circulating the water very quickly.

Generally, tents are used when you spend the night in mountains, rivers or the sea for hiking or fishing. If you go to bed in a tent without special heating, you may be injured by cold air from the ground. This is especially the case for children or the elderly.

In addition, if the boiler used in the home breaks down or is cut off, there is no proper heating device, and thus suffers from the cold. In this way, if it is necessary to go to bed temporarily in a place that is not heated due to circumstances, a stove using oil or gas may be used, but this may not be operated for a long time due to the smell of combustion gas and may be dangerous.

As a countermeasure for the above situation, in the related art, a portable or simple boiler has been developed in which a flexible pipe extending from a heating tank is disposed in an interior of a floor plate and then warmed through the pipe by circulating hot water.

However, the simple boiler of such a structure has a problem in that efficiency and heating effect are insignificant because the simple boiler is configured to circulate hot water by heating the water without considering heat loss.

Therefore, the present invention has developed a portable boiler apparatus consisting of a fast circulation of hot water and a dual structured storage tank to minimize heat loss.

Therefore, the present invention has been devised in view of the above problems, and the first object of the present invention is to use it when leaving the leisure outdoors such as mountain climbing or fishing to warm the body due to the low temperature, which is convenient to carry. By manufacturing, it is to provide a portable boiler apparatus that can be used anywhere regardless of the place.

The second object of the present invention is to provide a portable boiler device configured to minimize external heat loss by circulating the circulating water very quickly by installing a check valve that opens and closes with internal air pressure and water pressure according to the amount of circulation. .

The purpose of the present invention, the inlet 116 is provided at the top, and the water level control device 115 is formed on the upper wall to adjust the level of the circulating water 2000 introduced from the inlet 116, Replenishment tank 110 consisting of a check valve 113 is opened in accordance with the water pressure according to a predetermined water level; And

Is axially coupled to the bottom surface of the replenishment tank 110 is in communication with the check valve 113 so that the circulating water 2000 can be selectively introduced, the circulating water 2000 is heated from the heating means 140 is external A heating tank 120 to which the drain pipe 121 is connected so as to be discharged into the circulating tank; And

The replenishment tank 110 is more than the check valve 113 so that the circulating water 2000 discharged to the drain pipe 121 can be re-introduced into the heating tank 120 through the hot water plate 130. Including a water inlet pipe 112 is connected to a relatively high position;

The outlet 121b of the drain pipe 121 is installed on the wall surface selected from the heating tank 120 and the supplement tank 110, and the inlet 121a is installed close to the bottom surface of the heating tank 120. It is achieved by a mobile boiler characterized in that.

Here, the replenishment tank 110 has a circulating water check window 114 formed at a position relatively lower than the level control port 115 so as to check the level of the circulating water 2000 introduced from the inlet 116. It is preferable that it further comprises.

The circulating water check window 114 preferably further includes a scale 114a that is provided to check the amount of circulating water flowing from the inlet 116.

In addition, the check valve 113 is preferably opened and closed according to the water pressure according to the circulation water and the air pressure in the heating tank 120.

At this time, the replenishment tank 110 preferably further comprises a barrier plate 111 formed with at least one circulation port 111a so that the upper layer and the lower layer can be separated.

Other objects, specific advantages and novel features of the present invention will become more apparent from the following detailed description and the preferred embodiments associated with the accompanying drawings.

1 is a perspective view of a mobile boiler device according to the present invention,

Figure 2 is an exploded perspective view of the purified tank according to Figure 1,

Figure 3 is a first configuration of the circulation tank according to Figure 1,

4 is a conceptual diagram showing an operating state of the circulation tank according to FIG.

Figure 5 is a state of use of the mobile boiler device according to the present invention,

6 is a second configuration of the circulation tank according to the present invention.

<Description of the code | symbol about the principal part of drawing>

100: circulating tank 110: replenishment tank

111: blocking plate 111a: circulation port

112: inlet pipe 113: check valve

114: circulating water confirmation window 114a: graduation

115: water level regulator 116: inlet

120: heating tank 121: drain pipe

121a: entrance 121b: exit

130: hot water plate 131: circulation pipe

140: heating means 1000: mobile boiler device

2000: circulating water

Hereinafter, with reference to the accompanying drawings for a mobile boiler device according to the present invention will be described in detail.

1 is a perspective view of a mobile boiler apparatus according to the present invention, Figure 2 is an exploded perspective view of the purified tank according to Figure 1, Figure 3 is a first configuration of the circulation tank according to Figure 1.

As shown in Figures 1, 2 and 3, the mobile boiler 1000 is a device that can be conveniently used in simple places such as mountains, rivers or the sea for mountain climbing or fishing.

The boiler apparatus 1000 is largely divided into two parts as shown in FIG. 1, which is divided into a circulating tank 100 and a hot water heater plate 130. In this case, the hot water plate 130 is formed by circulating pipes 131 disposed throughout, and the temperature of the hot water plate 130 is increased while the circulating water 2000 heated in the circulation tank 100 is circulated. will be.

Here, the circulation tank 100, when viewed as a whole, has a cylindrical shape of about 14 to 15 cm in diameter and about 24 to 25 cm in height. At this time, the shape of the circulation tank 100 can be modified in the shape of square, pentagon, hexagonal.

The circulating tank 100 is two tanks are separated and coupled, the upper portion is the supplement tank 110, the lower portion is the heating tank 120. At this time, the replenishment tank 110 has a relatively high height than the heating tank 120 located at the bottom to store the circulating water 2000 of a predetermined weight%. This is because the replenishment tank 110 serves as a storage means for supplying the circulating water 2000 into which the replenishment tank 110 flows.

In addition, since the heating tank 120 receives the circulating water 2000 from the replenishment tank 110 and thermally expands, the heating tank 120 serves as a supply means for supplying the heated circulating water 2000 to the hot water plate 130. It has a relatively lower height than the replenishment tank 110.

In the replenishment tank 110, the inlet 116 through which the circulating water 2000 can be introduced is formed at the top thereof, and the circulating water check window for determining the initial inflow amount of the circulating water 2000 introduced on the upper wall. 114 is formed, and the water level control opening 115 that can adjust the maximum water level of the introduced circulating water (2000) is formed at a position relatively higher than the circulating water check window (114).

Therefore, the inflow of the circulating water 2000 flowing into the replenishment tank 110 may be visually confirmed. In addition, the circulating water check window 114 has a scale 114a for controlling the inflow of the circulating water 2000 by adjusting the inflow to low / medium / high, so that the inflow of the circulating water can be confirmed numerically.

In addition, a check valve 113 is opened and closed on the bottom surface of the replenishment tank 110 according to the water pressure according to a predetermined level of the replenishment tank 110 so that the circulation water 2000 may be supplied to the heating tank 120. It is installed in close proximity. The check valve 113 is configured to open when the circulating water 2000 first introduced into the replenishment tank 110 reaches a predetermined level (maximum level). Accordingly, the check valve injects the circulating water 2000 into the heating tank 120 according to the inflow amount of the circulating water 2000 introduced into the replenishment tank, after which the level of the replenishment tank 110 reaches a predetermined level (lowest level). When the water level is lowered to block, it serves to block the inflow of the circulating water (2000).

Meanwhile, a drain pipe 121 is installed in the heating tank 120. The drain pipe 121 is bent vertically to about 90 degrees. Wherein the horizontal portion of the drain pipe 121 is the outlet 121b is installed on the wall surface of the replenishment tank 110, the bent vertical portion is inlet installed to be located close to the bottom surface of the heating tank 120 ( 121a).

The reason why the inlet 121a of the drain pipe 121 is installed to be located close to the bottom surface of the heating tank 120 is that when the circulating water 2000 heated in the heating tank 120 is discharged, the heating tank This is because the internal water level of the 120 is lowered, so that the inlet 121a of the drain pipe 121 may be exposed above the surface of the circulating water 2000. In this case, since the inlet 121a of the circulating water 2000 is exposed to the surface of the water, only the circulated water 2000 in the vaporized gas state can be discharged. Detailed description thereof will be described below with reference to FIG. 3.

The outlet 121b of the drain pipe 121 is installed on the wall surface of the replenishment tank 110 at a predetermined height due to the discharge pressure of the heating tank 120. At this time, the outlet of the drain pipe 121 is discharged. 121b may be installed on an upper wall surface of the heating tank 120.

In addition, the circulating water 2000 discharged to the outlet 121b through the inlet 121a of the drainage pipe 121 is cooled through the circulating pipe 131 disposed on the hot water plate 130, and thus, the supplement tank 110. It is introduced into, for this purpose the inlet pipe 112 is installed on the wall surface of the replenishment tank (110).

Figure 3 is a conceptual diagram showing the operating state of the circulation tank according to Figure 2, Figure 4 is a state diagram of the use of the mobile boiler apparatus according to the present invention.

As shown in FIG. 4, the mobile boiler apparatus 1000 is a device capable of raising the temperature of the hot water plate 130 by placing the circulating tank 100 on a portable heating means 140 and heating it.

As shown in the conceptual diagram of FIG. 3, ΔH is the maximum level of the circulating water 2000 first introduced into the inlet 116 of the replenishment tank 110 and the minimum level after discharged to the heating tank 120. Height changed. Δh is the changed height of the maximum water level initially introduced into the heating tank 120 from the replenishment tank 110 and the lowest water level h1 discharged through the drain pipe 121 after being heated.

The check valve 113 built into the replenishment tank 110 is configured to be opened only above the reference level (H1). At this time, the amount of ΔH circulating water of the replenishment tank is equal to the total volume of the heating tank 120. Therefore, when the circulating water 2000 is introduced to the maximum level of the replenishment tank 110, the check valve 113 is opened by the water pressure of the circulating water 2000 of the replenishment tank 110 by the weight of the refill tank 110 to the heating tank 120. Is moved.

When the circulating water 2000 flows into the heating tank 120 as a whole, the level of the circulating water 2000 of the replenishment tank 110 reaches the minimum level and the check valve 113 is blocked. This is because, as mentioned above, the ΔH circulating water amount of the replenishment tank is the same as the total volume of the heating tank 120 (2000).

In this structure, when the circulating water 2000 discharged from the heating tank 120 is re-introduced into the replenishment tank 110 through the inlet pipe 112, the internal water level of the replenishment tank 110 rises to H1 again. As the hydraulic pressure is generated, the circulating water 2000 is re-introduced into the heating tank 120 again by opening the internal check valve 113.

Therefore, the boiler apparatus 1000 is a circulating type, and the level of the circulating water 2000 is adjusted within the range of ΔH of the replenishment tank 110.

Hereinafter, the circulation of the circulating water will be described.

First, the internal temperature of the heating tank 120 heated by the heating means 140 is increased, and the circulation water 2000 stored therein is thermally expanded. The heat-expanded circulating water 2000 generates an internal pressure and generates a force to be discharged outward. At this time, since the check valve 113 is opened only in one direction, the circulating water 2000 is discharged to the outside through only the drain pipe 121. In this case, the inlet 121a of the drain pipe 121 should be located within at least h1 level so as to be located in the circulation water 2000 of the heating tank 120.

The discharged circulating water 2000 is circulated through the circulation pipe 131 of the hot water plate 130 to increase the temperature of the hot water plate 130, and is cooled to refill the supplement tank 110 through the inlet pipe 112. Is reflowed (H1).

At this time, the heating tank 120 in the state where the circulating water 2000 is discharged has a low water level of the circulating water 2000 (h1), thereby forming a space portion. Due to the space portion, the heating tank 120 generates a low pressure to attract the material. This low pressure forcibly opens the check valve 113 to forcibly reintroduces water from the replenishment tank 110 into the heating tank 120.

Therefore, the check valve 113 is opened and closed according to the water pressure according to the circulating water of the replenishment tank 110 and the air pressure in the heating tank 120.

The boiler device 1000 operated in this way is configured to circulate the circulation water 2000 very quickly by opening and closing the water pressure according to the forced and circulating water amount of the check valve 113, thereby minimizing external heat loss.

5 is a second configuration of the circulation tank according to the present invention.

As shown in FIG. 5, a blocking plate 111 is installed inside the replenishment tank 110 so that the replenishment tank 110 may be divided into an upper layer and a lower layer.

The blocking plate 111 is positioned so that the volume of the upper layer occupies a relatively larger volume than the lower layer. At this time, at least one circulation port 111a is formed on the blocking plate 111. This is to introduce the circulating water 2000 introduced into the inlet 116 into the heating tank 120.

By installing the blocking plate 111, there is an effect of reducing the heat loss by connecting the inlet pipe 112 to the wall surface of the lower layer.

As described above, in addition to the check valve 113 installed to flow the circulation water 2000 in one direction in the mobile boiler apparatus 1000, a pressure reducing valve, a globe valve, a stop valve having the same function may be included in the present invention. have.

In addition, the drain pipe 121 and the inlet pipe 112 may be installed one by one, respectively, and a total of two may be installed.

In addition to the water level regulator 115 formed in the upper wall surface of the refill tank 110 may also be formed symmetrically two on both sides of the wall.

As described above, according to the mobile boiler device, by circulating the circulation water very quickly by the opening and closing of the hydraulic pressure according to the forced and circulating water amount of the check valve, there is a feature that can minimize the external heat loss.

In addition, the structure is very simple and easy to manufacture, there is a feature that can reduce labor costs and materials accordingly.

Although the present invention has been described in connection with the above-mentioned preferred embodiments, it is possible to make various modifications or variations without departing from the spirit and scope of the invention. Therefore, the scope of the utility model registration claims attached will include such modifications or variations that fall within the spirit of the present invention.

Claims (5)

In the boiler which can raise the temperature of the hot water plate 130 by circulating the heated circulating water 2000 through the circulation pipe 131 disposed throughout the hot water plate 130, An inlet 116 provided at an upper end, a water level control device 115 formed on an upper wall surface to adjust the water level of the circulating water 2000 introduced from the inlet 116, and according to a water pressure according to a predetermined water level Replenishment tank 110 consisting of a check valve 113 is opened; And Is axially coupled to the bottom surface of the replenishment tank 110 is in communication with the check valve 113 so that the circulating water 2000 can be selectively introduced, the circulating water 2000 is heated from the heating means 140 is external A heating tank 120 to which the drain pipe 121 is connected so as to be discharged into the circulating tank; And The replenishment tank 110 is more than the check valve 113 so that the circulating water 2000 discharged to the drain pipe 121 can be re-introduced into the heating tank 120 through the hot water plate 130. Including a water inlet pipe 112 is connected to a relatively high position; The outlet 121b of the drain pipe 121 is installed on the wall surface selected from the heating tank 120 and the supplement tank 110, and the inlet 121a is installed close to the bottom surface of the heating tank 120. Mobile boiler apparatus characterized in that; The method of claim 1, The replenishment tank 110 further includes a circulating water check window 114 formed at a position relatively lower than the level control port 115 so as to check the level of the circulating water 2000 introduced from the inlet 116. Mobile boiler apparatus comprising a. The method of claim 2, The circulation water check window 114 is a mobile boiler device further comprises a graduation (114a) is opened to check the amount of circulation water flowing from the inlet 116. The method of claim 1, The check valve 113 is a mobile boiler, characterized in that the opening and closing according to the water pressure and the air pressure in the heating tank 120 according to the circulating water. The method of claim 1, The replenishment tank 110 is a mobile boiler device further comprises a blocking plate 111 is formed with at least one circulation port (111a) so that the upper and lower layers can be separated.