KR200331074Y1 - A heating device using water mat - Google Patents

Abstract

The present invention operates the boiler controller connected to it by the operation of the indoor regulator, and the oil is injected into the burner from the oil tank to ignite the burner, and the hot water heated in the boiler is connected to each room by the operation of the first circulation pump. In the normal heating device which is heated by the supply pipe and is circulated in the second branch pipe provided with a ball valve for each branch pipe in the lower portion, the room heating,

A timer that is electrically connected to the indoor controller and the power supply, respectively, and is set to the same time, a first circulation pump installed in the first branch pipe, a solenoid valve installed in the lower part of the first and second branch pipes, and one side of the second branch pipe A relay connected electrically to a second circulation pump installed and connected to one side of the second branch pipe by a return pipe and cut off from a water pipe, and a supply pipe installed at a lower portion of the supply pipe directly connected to a boiler; A control valve formed on a hose embedded at an inlet side of the outlet, a discharge and supply hose branched from a hose embedded at an inlet side of room 1 so as to be located before and after the control valve, and having an on / off valve; It is characterized in that it comprises a water mat which is connected to the hose to supply and discharge hot water.

Description

Heating device using water mat {A heating device using water mat}

The present invention connects the separate supply hose and discharge hose from the hose installed in each room to supply the heated hot water from the boiler and connects it to the water mat, and the heated hot water from the boiler is supplied into the water mat through the hose. The present invention relates to a heating apparatus using a water mat which enables the heating of the room to be performed to sufficiently exert the heating effect even with low thermal efficiency.

In general, the indoor heating system of a home is usually made by a boiler, and in particular, an oil-fired oil boiler is most commonly used.

When heating the room using an oil boiler like this, when there is no person in the room or when you go out, stop the operation of the boiler or set the indoor controller with the out button so that the hot water supplied from the boiler to the floor is cooled for a long time. Since it takes a lot of time to heat the entire room by operating the boiler again, there is a problem that the economic burden is increased because of the large amount of oil consumption because the entire room is heated, not partial heating.

In addition, when considering the principle of indoor heating, the bed culture is rapidly growing because the hot water heated by the boiler is supplied to the hoses connected to each room, the floor of the room is heated first, and the entire room is gradually warmed by the convection phenomenon. When the bed is installed in each household, even if the boiler is operated and the room temperature is increased, the bed remains cold, and the user feels chilled when lying on the bed. Since the room is always in a dry state, there was a problem that harms the user's health.

Therefore, as a way to solve this problem, a method of using an auxiliary heating device that expects the heating effect of the bed by installing an electric mat using electric power in the bed is used, but in the case of heating using such an auxiliary heating device, the bed is heated There is a problem that it is difficult to adopt in general household because heating cost for heating and heating cost for heating the room are doubled each, and it is harmful to human body because electricity is used when heating using electric mat. There are problems such as electromagnetic waves may be generated to harm the user's health.

The present invention was devised to solve the above problems, the purpose of the present invention is to remove the separate branch hose from the hose installed in each room to supply the warm water from the existing boiler is connected to the water mat and heated in the boiler By allowing hot water to be supplied inside the water mat, the heating efficiency can be maximized and the heating cost can be greatly reduced, and the whole heating part and the water mat and the room simultaneously heating only the water mat or only the room as needed. The present invention provides a heating apparatus using a water mat that can selectively adopt heating.

1 is an overall configuration diagram of a conventional heating apparatus.

2 is an overall configuration diagram according to an embodiment of the present invention.

Figure 3 is an enlarged view of the main part according to an embodiment of the present invention.

Figure 4 is a connection state when the operation of the relay according to an embodiment of the present invention.

5 is an overall configuration diagram according to another embodiment of the present invention.

<Description of the code used in the main part of the drawing>

A: Heating device 10: Timer

11: Indoor regulator 12: Boiler controller

13: Oil tank 14: Burner

15: 1st circulation pump 16: relay

17, 17a: solenoid valve 18: second circulation pump

20: hose 21: room 1

21a: control valve 21b: supply hose

21c: discharge hose 21e: water mat

22: Room 2, 3, 4 23: Return pipe

24: Refill water bottle 24a: Ball Float

25: supply pipe 26: hot water pipe for the bath

27: water pipe 27a: valve

30: first branch engine 40: second branch engine

40a: ball valve

In order to solve the technical problem as described above of the present invention, the operation of the boiler controller connected to it by the operation of the indoor regulator, the oil is injected into the burner from the oil tank, the burner is ignited, and the hot water heated in the boiler is operated in the first circulation pump. In the general heating device connected to each room by the hose, the supplementary water tank and the supply pipe, the room heating is performed while circulating the second branch pipe provided with a ball valve for each branch pipe in the lower portion, A timer electrically connected to each other and set to the same time, a timer directly connected to the power source, a first circulation pump installed in the first branch pipe, a solenoid valve installed in the lower part of the first and second branch pipes, and the second branch pipe. A relay electrically connected to a second circulation pump installed at one side, and one side of the second branch pipe and a return pipe Connected to the boiler, a supply pipe connected directly to the boiler, a control valve formed in a hose embedded in the inlet of the room 1, and an inlet of the room 1 so as to be located before and after the control valve. It is characterized in that it comprises a discharge and supply hose branched from the hose buried at the side and provided with an on-off valve, and a water mat connected to the supply hose and the discharge hose to supply and discharge hot water.

According to the present invention, it is preferable to directly connect the timer attached to the indoor controller with the relay.

According to the present invention, it is preferable to remove the supply hose and the discharge hose from the hose installed in the room 1 and connect with the water mat to supply hot water.

According to the present invention, it is preferable to install the ball float of the replenishing can to be connected to the return side so that the water volume can be controlled by the hot water discharged from the return tube by the opening and closing operation of the ball float.

According to the present invention, it is preferable to install the supply hose and the discharge hose connected to the water mat side by side in one place to facilitate the supply and discharge of hot water.

According to the present invention, it is preferable to cover the burn prevention cover on the water mat.

According to the present invention, the return pipe connected to the replenishing water bottle is connected to the water pipe by a pipe, it is preferable to install a valve in the pipe portion is connected to the water pipe and the return pipe.

1 is an overall configuration diagram of a conventional heating device, Figure 2 is an overall configuration diagram according to an embodiment of the present invention, Figure 3 is an enlarged view of the main portion according to an embodiment of the present invention, Figure 4 5 is a diagram illustrating a connection state during operation of a relay according to an embodiment, and FIG. 5 is a diagram illustrating an entire configuration diagram according to another embodiment of the present invention. Referring to the accompanying drawings, the configuration will be described below.

1 is an overall configuration diagram of a conventional heating device, as shown in the conventional heating device (A) is a burner in the oil tank 13 while the boiler controller 12 connected thereto is operated by the operation of the indoor controller (11). Oil is injected into (14), the burner (14) is ignited, and the hot water heated in the boiler is operated by the first circulation pump (15) and the first branch pipe (30) and each room 1, 2, 3, 4 The first through the second branch pipe 40, which is connected to the hose (20) connected by the (21, 22), the supplementary water tank (24) and the supply pipe (25) and the ball valve (40a) is installed in the lower branch pipe. Room heating is performed while circulating the branch pipe (30).

And the replenishing can 24 is connected to the water pipe 27 so that if the water stored in the replenishing can 24 is lost when the water level is lowered by the operation of the ball float 24a installed inside the water of the water pipe 27 This supplemented water is exhausted to the first branch pipe 30 so as to be supplied again.

In addition, the hot water pipe 26 for the bath is directly connected to the water pipe 27 is installed separately from the heating of the room.

However, as shown in FIGS. 2 and 3, the heating device A according to the present invention is provided with two timers 10 that are electrically connected to the indoor controller 11 and a power source and set to the same time.

That is, the timer 10 connected to the indoor controller 11 is connected to the boiler controller 12, and the timer 10 directly connected to the power source is connected to the relay 16.

As shown in FIG. 4, the first circulation pump 15 electrically connected to the boiler controller 12 is electrically connected to the relay 16, and the relay 16 includes first and second branch pipes ( 30, 40 is electrically connected to the solenoid valve (17, 17a) and the second circulation pump 18 installed in the lower portion, when the first circulation pump 15 is operated, the terminal of the relay 16 is connected to the A side And the valve installed on the hose 20 connected to the rooms 2, 3, and 4 (22), that is, the solenoid valve 17a installed under the first branch pipe 30, is opened, and the first circulation pump 15 is opened. In the operating state, the timer 10 directly connected to the power source is operated, and the terminal of the relay 16 is connected to the B side, and the valve installed on the hose 20 side connected to the room 1 21, that is, the first and second branch pipes. The solenoid valve 17 installed in the lower part of 30 and 40 is opened, and the 2nd circulation pump 18 provided in the 2nd branch pipe 40 is also operated simultaneously.

A first circulation pump 15 is installed in the first branch pipe 30, and solenoid valves 17 and 17a are installed at each branch.

In addition, a second circulation pump 18 is installed at one side of the second branch pipe 40, and a return pipe 23 is installed at the front of the second circulation pump 18 and connected to the side surface of the refill bottle 24. And the hot water returned to the second branch pipe 40 is introduced into the refill bottle 24 through the return pipe 23, and the hot water returned to the refill bottle 24 is supplied through a supply pipe 25 connected to the inside of the boiler. It is circulated and fed back into the boiler.

A ball valve 40a is installed at each branch at a lower portion of the second branch pipe 40, and a solenoid valve 17 is installed at a lower portion of the one ball valve 40a.

Meanwhile, the solenoid valve 17 corresponding to the hose 20 side solenoid valve 17 connected to the room 1 21 installed at the lower side of the second branch pipe 40 also at one branch of the first branch pipe 30. ) Is installed.

As shown in FIG. 3, the hose 20 installed in the room 1 21 is provided with a supply hose 21b and a discharge hose 21c connected to the control valve 21a and the water mat 21e.

The control valve 21a may be installed at a portion of the hose 20 embedded at the inlet of the room 1 21. The discharge hose 21c and the supply hose 21b may be provided at the front of the control valve 21a. It is preferable to branch from the hose 20 embedded in the room 1 (21) to be located later.

An open / close valve 21d is attached to the supply hose 21b and the discharge hose 21c to block hot water supplied to the water mat 21e.

In addition, the supply hose 21b is installed to be inserted into the water mat 21e deeply with a relatively long length so that hot water is filled from the upper side of the water mat 21e.

The water mat 21e may be installed in each room one by one according to the needs of the user, or may be installed in one room.

The replenishing can 24 is connected to the second branch pipe 40 by the return pipe 23 and the return pipe 23 is connected to the water pipe 27 by a pipe.

A valve 27a is installed at a pipe portion to which the water pipe 27 and the return pipe 23 are connected.

The ball float 24a installed in the refilling can 24 is installed to be connected to the return pipe 23 to maintain the closed state, but when the water level of the water stored in the refilling can 24 falls, The float 24a is opened so that hot water in the return pipe 23 can be supplied into the refill bottle 24.

The supply pipe 25 installed below the replenishing water tank 24 is cut off from the second branch pipe 40 and connected to the inside of the boiler.

5 is an overall configuration diagram according to another embodiment of the present invention, and as shown, the timer 10 connected to the indoor controller 11 is electrically connected directly to the relay 16 and the indoor controller 11. The relay 16 is activated by the operation of the connected timer 10.

In addition, the supply hose 21b and the discharge hose 21c which are connected to the water mat 21e may be installed side by side at a predetermined portion of the water mat 21e, and the water mat 21e is entirely provided for the user's safety. It is preferable to cover the burn prevention cover covering the cover. The burn prevention cover prevents burns by preventing the user's body from being in direct contact with the mat 21e, and is the same as a bed mat cover generally used. It is recommended to use a cotton material with excellent moisture absorption and breathability, and a thick one is recommended.

As described in detail above, the present invention removes the supply hose (21b) and the discharge hose (21c) branched from the hose 20 installed in the room 1 (21) for supplying warm water from the boiler to remove the water mat (21e) ) So that the hot water heated in the boiler is supplied into the water mat 21e through the supply hose 21b to be heated, and the operation will be described with reference to the accompanying drawings.

1 is an overall configuration diagram of a conventional heating apparatus, when explaining the operation process as shown, first, when operating the indoor controller 11 is connected to the boiler controller 12 is connected to the burner (burner in the oil tank 13) As the oil is injected into 14, the burner 14 is ignited, and the water filled in the boiler is heated to become hot water.

Then, after a while, the first circulation pump 15 is operated and the warm water heated in the boiler is supplied into the hose 20 connected to the room by the operation of the first circulation pump 15. 1 circulation pump 15 is stopped in sequence.

As such, when the first circulation pump 15 stops operating, hot water remains inside the hose 20 connected to each room to perform indoor heating.

When the hot water cools and the room temperature drops, the indoor controller 11 senses the temperature to restart the boiler.

On the contrary, in the heating device A of the present invention, oil is injected from the oil tank 13 into the burner 14 so that the burner 14 is ignited and the water filled in the boiler is heated to become hot water. The hot water is supplied through the hoses 20 connected to each room by the operation of the pump 15, and the heating of the room is the same as in the conventional heating apparatus A, but by a timer 10 having a predetermined time set. The boiler is operated and the solenoid valves 17 and 17a and the second circulation pump 18 installed in the first and second branch pipes 30 and 40 are connected to the timer 10 and the first circulation pump 15 connected to the power source. ) Is supplied to the inside of the hot water provision mat 21e warmed from the relay 16 and the boiler to perform indoor heating, which has a separate configuration and effect from the conventional heating device A.

That is, as shown in Figure 2, the heating device (A) of the present invention, if the timer 10 connected to the indoor controller 11 and the timer 10 directly connected to the power is set to the same time, at a set time The two timers 10 are operated simultaneously and the boiler controller 12 is operated so that oil is supplied from the oil tank 13 to the burner 14 so that the burner 14 is ignited.

The ignited burner 14 then heats up the water that was in the boiler.

As shown in FIG. 4, after a while, when the first circulation pump 15 installed in the first branch pipe 30 is operated, the terminal of the relay 16 connected to the first circulation pump 15 is connected to the A side. The solenoid valve 17a installed in the lower part of the first branch pipe 30 connected to the relay 16 is opened, and the hot water heated in the boiler passes to the rooms 2, 3, and 4 (22) along the hoses 20. Supplied and heated.

At this time, the solenoid valve 17 installed below the first and second branch pipes 30 and 40 is in a closed state so that hot water is not supplied to the room 1 21 and the water mat 21e.

The above is the operation process of the heating device A when the first circulation pump 15 is operated. When the first circulation pump 15 is operated and the timer 10 connected to the power source is operated. Looking at the operation process of the heating device (A) as follows.

As described above, when the first circulation pump 15 is operated and the timer 10 directly connected to the power source is operated at a set time, the terminal of the relay 16 is inclined to the B side and electrically connected to the relay 16. The solenoid valve 17 below the connected first and second branch pipes 30 and 40 is opened, and the second circulation pump 18 installed in the second branch pipe 40 is also operated.

Therefore, the hot water heated in the boiler is supplied to the room 1 (22) and the water mat (21e) along the hose (20) via the first branch pipe (30) and the open solenoid valve (17), or the room 1 (21). And water mat 21e at the same time is heated.

That is, when opening and closing the valve 21d provided in the supply hose 21b and the discharge hose 21c connected to the water mat 21e and closing the control valve 21a, hot water is supplied only to the water mat 21e. When only the water mat 21e is heated, the closing valve 21d provided in the supply hose 21b and the discharge hose 21c is closed and the control valve 21a is opened, so that the water mat 21e is not heated. Only 1 (21) is heated, opening and closing the valve 21d provided in the supply hose (21b) and the discharge hose (21c) and open the control valve (21a) about half, water mat (21e) and room 1 ( 21) This is heated at the same time.

The hot water supplied into the water mat 21e through the supply hose 21e is discharged through the discharge hose 21c.

As described above, the hot water discharged from the water mat 21e is supplied to the second branch pipe 40 through the solenoid valve 17 installed in the second branch pipe 40.

At this time, when the water level of the water stored in the replenishing water tank 24a connected by the second branch pipe 40 and the return pipe 23 is dropped, and the ball float 24a is opened, the hot water supplied to the second branch pipe 40 is first By the operation of the two-circulation pump 18 is supplied to the refill bottle 24 along the return pipe 23, the hot water supplied to the replenishing bottle 24 is again supplied into the boiler along the lower supply pipe 25. .

The ball float 24a is in a closed state unless the water level of the water stored in the refill bottle 24 drops.

When the timer 10 stops operating after the time set in the timer 10, the terminal of the relay 16 connected thereto is connected to the A side, and the second circulation pump 18 is stopped, and the first and second branch pipes are stopped. Solenoid valve 17 installed in (30, 40) is closed so that the hot water does not flow back to the water mat (21e).

As described above in detail, when the first circulation pump 15 is operated, the solenoid valve 17a installed in the first branch pipe 30 is opened to heat rooms 2, 3, and 4 (22), and When the timer 10 is connected to the operation of the solenoid valve 17 installed in the first, second branch pipes (30, 40) is opened to heat the room 1 (21) or the water mat (21e).

5 is an overall configuration diagram according to another embodiment of the present invention, as shown in the operation of the timer 10 by electrically connecting the timer 10 connected to the indoor controller 11 and the relay 16 directly; The solenoid valve 17 and the second circulation pump 18 connected to the relay 16 are operated by the same. The water mat 21e has a burn prevention cover, that is, the same surface type as that of the bed mat cover in general. By covering the cover of the role of preventing burns as well as water absorption and breathability smoothly, the user can take a good night's sleep.

As described in detail above, the present invention generally removes a separate branch hose from the hose installed in each room to supply the heated hot water from the boiler installed in the home and connects it with the water mat so that the heated hot water from the boiler is brought into the water mat. By supplying it, it is possible to selectively adopt partial heating for heating the room 1 and the water mat separately and total heating for heating the room 1 and the water mat at the same time, thereby contributing to overcoming the era of high oil prices. There is an effect that can reduce the economic burden of the family according to the savings.

In addition, direct heating by hot water supplied by the water mat is excellent in heating effect, when using the water mat provided in the present invention can obtain the same effect as the steaming has a great effect on the user's health.

Although the present invention has been described by the accompanying drawings, the present invention is not limited thereto, but many modifications and variations may be made within the following utility model registration claims.

For example, the present invention is limited to an oil boiler, but the present invention can be applied to various boilers such as gas boilers, electric boilers, instantaneous water heaters, and water mats may be installed in one room or several in one room as needed.

Claims (7)

The boiler controller connected to it by the operation of the indoor controller is operated to inject oil from the oil tank into the burner to ignite the burner, and the hot water heated in the boiler is connected to each room by the operation of the first circulation pump. In the normal heating device that is heated by circulating through the second branch pipe connected to the lower branch pipe is installed in each branch pipe in the lower, A timer electrically connected to the indoor controller and a power source, respectively, and set to a same time; A timer connected directly to the power source and a first circulation pump installed in a first branch pipe, a solenoid valve installed at a lower portion of the first branch pipe, and a second circulation pump installed at one side of the second branch pipe. With a relay; A supplementary water supply pipe connected to one side of the second branch pipe by a return pipe and cut off from the water pipe, and a supply pipe installed at a lower portion thereof directly connected to the boiler; A control valve formed on a hose embedded in the inlet side of the room 1; A discharge and supply hose branched from a hose embedded at an inlet side of the room 1 so as to be located before and after the control valve, and having an on / off valve; And a water mat connected to the supply hose and the discharge hose to supply and discharge hot water. The method of claim 1, Heating device using a water mat, characterized in that directly connected to the relay electrically connected to the timer attached to the indoor controller. The method of claim 1, Heating device using a water mat characterized in that the supply hose and the discharge hose is removed from the hose installed in the room 1 and connected to the water mat to supply hot water. The method of claim 1, Heating device using a water mat, characterized in that the ball float of the replenishing can is installed to be connected to the return side of the water supply can be controlled by the hot water discharged from the return pipe by opening and closing the ball float. The method of claim 1, A heating device using a water mat, characterized in that the supply hose and the discharge hose connected to the water mat side by side in one place to facilitate the supply and discharge of hot water. The method of claim 1, Heating device using a water mat, characterized in that the cover for preventing the burn on the water mat. The method of claim 1, The return pipe connected to the replenishing can is connected to the water pipe by a pipe, the heating device using a water mat, characterized in that the valve is installed in the pipe portion is connected to the water pipe and the return pipe.