KR20130130672A - The separation heating control system for ondol bed by using a hot-water boiler - Google Patents

Abstract

The present invention relates to a device for separately heating beds with a floor heating system by using a hot water boiler and, more specifically, to a device for separately heating beds which is capable of separately controlling the heating of two sides formed at double style beds with the floor heating system and the heating of bottom by a boiler installed at general houses.

Description

The separation heating control system for ondol bed by using a hot-water boiler}

The present invention relates to a separate heating control device for a heated bed using a hot water boiler, in detail, separate heating control for separately controlling the heating of the floor and heating of two sides provided in the double-style ondol bed by a boiler installed in a general house. Relates to a device.

In general, hot water boilers installed in ordinary homes are used for heating the floor and at the same time heating the mat or on-bed bed. Finding the pipes and assembling them into the hot water inlet pipe and the hot water discharge pipe provided in the ondol bed is not simple.

In addition, instead of heating the entire floor, only the ondol bed placed on the part of the floor is limitedly heated, or only the floor except for the ondol bed, or when heating the floor and the bed at the same time, the pipeline from the floor to the pipe and the discharge pipe Each operation valve and the hot water pipe which flows into the floor, and the drainage pipe which drains to a boiler from a room, respectively, have the inconvenience that a control valve must be constructed and operated.

Exposing such a control valve to the floor or attaching a control valve to a wall is mostly, but the aesthetics are not good because of the exposed control valve, and the inconvenience of having to control the valve individually is accompanied.

In the prior art disclosed in Document 1, a pipe connector assembled at both ends of the heating pipe cut by exposing the heating pipe by cutting the floor of the location where the ondol bed is to be installed is formed at the heating water inlet and the heating water outlet of the ondol bed, respectively. The main idea is to connect the pipe connector.

In such a piping structure, the heating pipe of the floor is always passed through the ondol bed, so the heating of the floor is carried out while the ondol bed is used, so the energy waste is predicted.

In addition, in Document 2, after the outlet and inlet pipes connected to the boiler are separately installed, the shutoff valves are connected to connect the outlet and inlet pipes to the inlet and outlet holes installed between the cushion beds. Do.

However, in the case of installing a separate piping line up to the ondol bed and using only the hot bed, all the lines discharged from the boiler hot water distributor to each room are closed, and hot water is supplied only to the piping line separately installed to the ondol bed. The distance for each operation is far, and if only heating is performed on the floor, inconvenience is expected because it is possible only through the operation of a shutoff valve installed separately in the outlet and inlet pipes communicating with the boiler.

Next, Document 3 relates to a hot water mat using a boiler, and a flow control valve is connected to one end of a hot water pipe in which a T pipe is connected to each of the inlet and outlet pipes of the boiler's hot water pipe, and the nut type coupling is tightened, respectively. It is a technique to make the coupling coupling hose to the hot water mat which the type coupling is connected.

In Literature 3 technology, the floor and hot water mat can be heated at the same time, or the 3-way valve provided in the T pipe can selectively heat the hot water mat and the floor, but it is also possible to operate the flow control valve and two 3-way valves manually. You must accept the inconvenience.

Next, the literature 4 relates to a plurality of heating and poultry systems using a single regulator, comprising: a regulator connected to a heating source and a heating pad branched from the regulator and provided with a heating heat exchange means; The main point is that the control pad is branched from the controller and configured as a pad pad having a heat exchange means, and the controller is equipped with a three-way valve function, and a heating source or a pad pad can be selectively heated or heated at the same time. To be supplied.

The pad pad is a small pad to be locally steamed while using the heating pad, the connector is removable, the heating source is by hot water boiler or electric heat.

The heating source according to document 4 adopts a 3-way valve type regulator from a hot water supply pipe connected to a separately installed hot water boiler, not a heating source supplied to the floor of a general house, or a heating pad and a steam bath with one controller by one heat transfer. A burden of installing a separate heating source as a system for supplying a heat source to the pads; Complex construction performance that requires the installation of individual pipes from the heating source to the heating pad or the puncture pad; When the 3-way valve type regulator, the second connector, and the T connector are installed on the first connector attached to the heating pad, the efficiency of heat loss is large due to the large heat loss due to the return pipe disposed outside the heating pad even in the mode where only the steam pad is used. .

[Document 1] KR Patent 2000-0066234 (A) 2000.11.15 Document 2 KR Seal 2000-0019941 (U) 2000.11.25 Document 3 KR 10-2004-0084356 (A) 2004.10.06 Document 4 KR 10-1110671 (B1) 2012.01.20

In view of the above, the present invention relates to a separate heating control device for a heated bed using a hot water boiler, and more specifically, to heating a floor or heating two sides of a double style ondol bed with a boiler installed in a general house. It is an object of the present invention to provide a separate heating bed separate heating control device using a hot water boiler for the purpose of individually controlled control.

In particular, the ondol bed applied to the present invention uses only the heating source by the hot water boiler and at the same time by opening and closing the solenoid valve by the ondol bed controller installed in the ondol bed frame and the built-in charging battery, on each of the two beds including the floor Pipes are installed on the floor and ondol bed by branching the hot water supply boiler axle and hot water recovery boiler axle introduced into the room from the boiler to the one toutch fitting fasteners provided in the hot water distribution module that controls the individual heating supply. The connection work is provided by the on-touch fitting method, to provide a separate heating and heating bed control device using a hot water boiler for the purpose of improving the ease of installation and aesthetics.

In addition, in the present invention, by using only the selection button of the ondol bed controller installed in the ondol bed, a separate heating control device of various types of heating, or heating the floor at the same time, or heating the floor at the same time with either one of the bed on both sides of the bed, or on both sides of the bed The purpose is to provide a separate heating bed separate heating control device using a hot water boiler for the purpose of reducing unnecessary energy and providing efficient operation.

In order to achieve the above object, in the present invention, the heating is separated into bed 1 (B1), bed 2 (B2) in the ondol bed frame 120 in the form of maintenance, piece assembly type ondol bed headboard 130 ondol Bed controller (CB) is disposed and the inside of the hot water distribution module (DM) onboard bed (100), and cut the boundary portion of the floor 300 to be installed on the bed (100), the hot water supply axle of the floor ( 210b) of the hot water distribution module (DM) consisting of a boiler 200 branched by a hot water recovery axle (220b), a hot water supply boiler axle (210a) and a hot water recovery boiler axle (220a) is recovered from the boiler. Piping circuit is clockwise in the direction of the right side of the hot water distribution module (DM1) of the hot water distribution module (DM1) of which the rectangular slopes (DM1, DM2, DM3, DM4) and the upper and lower surfaces (DM5, DM6) are square. The first on-touch fitting fastening hole (P1) and the second on-touch fitting fastening hole (P2) from the right to the left on the top The third on-touch fitting fastening hole (P3) and the fourth on-touch fitting fastening hole (P4) are respectively provided at predetermined intervals from the right side to the left side of the lower left side, and the hot water distribution module first surface (DM1) P2 conduit 103 is formed through the second on-touch fitting fastening hole P2 toward the third surface DM3 of the opposite hot water distribution module, and the terminal conduit is closed by the P2 conduit cap 103a, and the formed P2 conduit 103 P5 pipeline 104, which is a through passage perpendicular to the line, is opened in the first column on the left upper side of the hot water distribution module second surface DM2 in the direction shown in the drawing, and a fifth on-touch fitting fastening hole P5 is provided at the distal end thereof. And to form a fourth solenoid valve (V4) orthogonally installed toward the hot water distribution module upper surface (DM5) in the opened P5 pipeline (104),

The P1P2 bypass pipe passage 102, which is a through passage orthogonal to the P2 pipe passage 103, is formed at the upper left of the city direction of the fourth surface DM4 of the hot water distribution module, and the entrance thereof is closed by the P1P2 bypass pipe passage cap 102a. In addition, a P1 pipeline 101 orthogonal to the P1P2 bypass pipe line 102 is opened from the first on-touch fitting fastening hole P1, and a third solenoid valve is provided on the P1 pipe 101 toward the upper surface of the hot water distribution module DM5. (V3); The fourth solenoid valve V4 is orthogonally installed in the P5 pipeline 104 to the upper surface of the hot water distribution module DM5, and the hot water is installed in the P5 pipeline 104 between the installed fourth solenoid valve V4 and the P2 pipeline 103. The P5P7 bypass pipe line 111 orthogonal to the distribution module surface (DM6) is opened, and the outlet is closed by the P5P7 pipe line cap 111a, and the hot water distribution module 2 is a direction perpendicular to the formed P5P7 bypass pipe line 111. Hot water in the direction perpendicular to the formed P5P7 bypass pipe line 111 is formed by opening the P7 pipe line 112 toward the bottom left first column in the urban direction of the surface DM2 and forming the seventh on-touch fastening hole P7. A fifth solenoid valve V5 is formed on the third side DM3 of the distribution module.

P3 pipeline 105 which is a through passage toward the third hot water distribution module third surface DM3 opposite to the third on-touch fitting fastening hole P3 formed in the lower left column on the left side of the hot water distribution module first surface DM1. The end of each of the end portion is closed by the P3 pipe cap 105a, and the first solenoid valve V1 is orthogonally installed toward the upper surface of the hot water distribution module DM5 in the middle of the opened P3 pipe 105, and the P3 pipe cap ( In the P3 pipeline 105 between 105a) and the first solenoid valve V1, the outlet of the through-hole P6 pipeline 108 formed at right angles to the second row of the lower left side of the hot water distribution module second surface DM2 in the second direction is shown as the sixth. Open the touch pitching fastening hole (P6), and after passing the P6 pipeline 108 orthogonally from the hot water distribution module (DM6) to the top surface of the hot water distribution module (DM5), the left side of the city direction of the second surface of the hot water distribution module (DM2) After opening the P6P8 bypass pipe 109 to the height of the top two rows, the inlet of the P6P8 bypass pipe 109 is closed by the P6P8 bypass pipe cap 108a. , And to form a water distribution module second surface 8 on the touch fitting coupling holes in the outlet opening 2 into the open top of the left side showing the direction (DM2) (P8),

At the same time, a P3P4 bypass pipe 106 is formed orthogonally to the second surface DM2 of the hot water distribution module on the P3 pipe line 105 between the first solenoid valve V1 and the third on-touch fitting fastening hole P3. After opening, the exit is closed by the P3P4 bypass pipe cap 106a, and the P4 pipe 107 orthogonal to the P3P4 bypass pipe 106 is directed to the lower left column of the city in the first direction DM1 of the hot water distribution module. The fourth on-touch fitting fastening hole (p4) is formed at the opened inlet, and the solenoid valve (V2) is orthogonally installed toward the upper surface of the hot water distribution module (DM5) in the formed P4 pipeline 107, using the ondol using the hot water boiler. It is to provide a separate bed heating control device.

Heated bed separate heating control device using a hot water boiler according to the present invention to reduce the unnecessary energy and efficient operation by separately controlling the heating of the floor or heating the heated bed separated into two sides by a boiler installed in a general house It is useful to provide.

On the other hand, the ondol bed applied to the present invention is separated into the floor, the bed 1, the bed 2 or heated at the same time with only one heating supply source by a separately installed hot water boiler, and at the same time to perform the function of the entire heating and operation stop In order to facilitate the installation of the ondol bed and axle pipes by cutting the floor, the complex hot water distribution circuits of the bed 1, the bed, the floor, and the boiler are provided in a single hot water distribution module. It is modularized to proceed with this one toutch fitting work to provide a separate heating bed separate heating control device using a hot water boiler with improved ease of transfer and construction, aesthetics and functions.

In addition, in the present invention, by using only the selection button of the ondol bed controller installed in the ondol bed, a separate heating control device of various types of heating, or heating the floor at the same time, or heating the floor at the same time with either one of the bed on both sides of the bed, or on both sides of the bed It was easy to use.

1 is a reference perspective view of the use state of the present invention
Figure 2 is a reference piping of the hot water boiler and ondol bed according to the present invention
3 is a reference perspective view of a hot water distribution module according to the present invention;
Figure 4 is a reference plan view of the hot water distribution module according to the present invention

In order to achieve the above object, it will be described below one embodiment configuration and operation of the present invention by the accompanying drawings.

1 is a reference perspective view of the use state of the present invention, Figure 2 is a reference piping diagram of the hot water boiler and ondol bed according to the present invention, as shown in the present invention is a bed 1 (B1) in the ondol bed frame 120 of the complementary form ), Bed 2 (B2) is separated and heated, the piece assembly type ondol bed headboard 130 is an ondol bed controller (CB) is disposed inside the ondol bed (100) with a hot water distribution module (DM) By cutting the boundary of the room 300 on which the ondol bed 100 is to be installed, the hot water supply axle 210b and the hot water recovery axle 220b are installed, and the hot water supply boiler axle 210a and hot water recovered from the boiler. The boiler 200 is branched and exposed to the recovery boiler axle 220a.

 The ondol bed controller (CB) of the piece-assembled ondol bed headboard 130 includes a room, a bed 1 (B1), a bed 2 (B2), a bed 1, a bed 2 (B1, B2), a room, a bed It is equipped with selector such as 1 (Room, B1), 2 floors, 2 bed (Room, B2), 1 bed, 2 bed (Room, B1, B2), stop operation, battery status display and charging jack.

Inside the ondol bed head plate 130, an external rechargeable battery (BT) for the ondol bed controller (CB), the fifth on-touch fitting fastener (P5) for the hot water supply of the bed 1 (B1) and the sixth for hot water recovery On-touch fitting fastening hole (P6), the seventh on-touch fitting fastening hole (P7) for hot water supply of bed 2 (B2) and the eighth on-touch fitting fastening hole (P8) for warm water recovery and the hot water supply of the floor 300 The first on-touch fitting fastening hole (P1) and the fourth on-touch fitting fastening hole (P4) for hot water recovery and the second on-touch fitting fastening hole (P2) fitted with the hot water supply boiler axle 210a of the boiler 200. And a hot water distribution module (DM) provided with a piping circuit between the third on-touch fitting fastening hole (P3) fitted to the hot water recovery boiler axle (220a) and the ondol bed headboard (130). On one side of the bed frame 120, the first on-touch fitting socket (S1), the second on-touch fitting socket (S2), the third on-touch fitting socket (S3), the fourth on-touch fitting socket (S4) respectively protrude Installed, separated and heated The ondol bed 100 side has a fifth on-touch fitting socket S5 for the hot water supply axle of bed 1 (B1), a sixth on-touch fitting socket S6 for the hot water recovery axle, and a hot water supply axle of bed 2 (B2). The seventh on-touch fitting socket P7 and the eighth on-touch fitting socket P8 for hot water recovery axle are respectively installed.

As described above, the piping circuit between the ondol bed 100, which is separated and heated by the bed 1 (B1), the bed 2 (B2), the floor 300 on which the ondol bed is placed, and the hot water boiler 200 supplying hot water to the ondol bed and the floor. Referring to FIG. 3 and FIG. 4, which is a reference perspective view, of a piping circuit of a hot water distribution module DM formed in a single block, is as follows.

Clockwise rectangular right side (DM1, DM2, DM3, DM4) and upper and lower sides (DM5, DM6) of the hot water distribution module (DM) with a square on the right side of the city The first on-touch fitting fastening hole (P1) and the second on-touch fitting fastening hole (P2) are provided at the left side, and the third on-touch fitting fastening hole (P3) and the fourth on-touch are connected from the right to the left at the lower left. Each of the fitting fastening holes P4 is provided at a predetermined interval, and the second on-touch fitting fastening hole P2 penetrates from the first surface DM1 of the hot water distribution module to the third surface DM3 of the hot water distribution module. P2 pipeline 103 is formed to close the end pipeline with P2 pipeline cap 103a, and the P5 pipeline 104, which is a through passage perpendicular to the same line as the formed P2 pipeline 103, is disposed on the second surface of the hot water distribution module (DM2). In the first row of the upper left of the city direction, a fifth on-touch fitting fastening hole (P5) is provided at the distal end thereof, and is orthogonally installed toward the upper surface of the hot water distribution module (DM5) in the opened P5 pipe (104). And forming a fourth solenoid valve (V4),

The P1P2 bypass pipe passage 102, which is a through passage orthogonal to the P2 pipe passage 103, is formed at the upper left of the city direction of the fourth surface DM4 of the hot water distribution module, and the entrance thereof is closed by the P1P2 bypass pipe passage cap 102a. In addition, a P1 pipeline 101 orthogonal to the P1P2 bypass pipe line 102 is opened from the first on-touch fitting fastening hole P1, and a third solenoid valve is provided on the P1 pipe 101 toward the upper surface of the hot water distribution module DM5. (V3); The fourth solenoid valve V4 is orthogonally installed in the P5 pipeline 104 to the upper surface of the hot water distribution module DM5, and the hot water is installed in the P5 pipeline 104 between the installed fourth solenoid valve V4 and the P2 pipeline 103. The P5P7 bypass pipe line 111 orthogonal to the distribution module surface (DM6) is opened, and the outlet is closed by the P5P7 pipe line cap 111a, and the hot water distribution module 2 is a direction perpendicular to the formed P5P7 bypass pipe line 111. Hot water in the direction perpendicular to the formed P5P7 bypass pipe line 111 is formed by opening the P7 pipe line 112 toward the bottom left first column in the urban direction of the surface DM2 and forming the seventh on-touch fastening hole P7. A fifth solenoid valve V5 is formed on the third side DM3 of the distribution module.

P3 pipeline 105 which is a through passage toward the third hot water distribution module third surface DM3 opposite to the third on-touch fitting fastening hole P3 formed in the lower left column on the left side of the hot water distribution module first surface DM1. The end of each of the end portion is closed by the P3 pipe cap 105a, and the first solenoid valve V1 is orthogonally installed toward the upper surface of the hot water distribution module DM5 in the middle of the opened P3 pipe 105, and the P3 pipe cap ( In the P3 pipeline 105 between 105a) and the first solenoid valve V1, the outlet of the through-hole P6 pipeline 108 formed at right angles to the second row of the lower left side of the hot water distribution module second surface DM2 in the second direction is shown as the sixth. Open the touch pitching fastening hole (P6), and after passing the P6 pipeline 108 orthogonally from the hot water distribution module (DM6) to the top surface of the hot water distribution module (DM5), the left side of the city direction of the second surface of the hot water distribution module (DM2) After opening the P6P8 bypass pipeline 109 to the top two rows, the inlet of the P6P8 bypass pipeline 109 is closed by the P6P8 bypass pipeline cap 108a. The eighth on-touch fitting fastening hole (P8) is formed at the outlet opened toward the second column on the left side of the city toward the second surface (DM2) of the hot water distribution module.

At the same time, a P3P4 bypass pipe 106 is formed orthogonally to the second surface DM2 of the hot water distribution module on the P3 pipe line 105 between the first solenoid valve V1 and the third on-touch fitting fastening hole P3. After opening, the exit is closed by the P3P4 bypass pipe cap 106a, and the P4 pipe 107 orthogonal to the P3P4 bypass pipe 106 is directed to the lower left column of the city in the first direction DM1 of the hot water distribution module. The fourth on-touch fitting fastening hole (p4) is formed in the opened inlet, and the solenoid valve (V2) is orthogonally installed toward the upper surface of the hot water distribution module (DM5) in the formed P4 pipeline (107).

The fifth on-touch fitting fastening hole P5 of the hot water distribution module DM built in the ondol bed head plate 130 configured as described above is the fifth on-touch fitting socket for hot water supply axle of the bed 1 (B1). Assembled in (S5), the sixth on-touch fitting fastening hole (P6) is assembled to the sixth on-touch fitting socket (S6) for the hot water recovery axle of the bed 1 (B1), respectively, and the seventh on-touch fitting fastening ( P7) is assembled to the seventh on-touch fitting socket P7 for hot water supply axle of bed 2 (B2), and the eighth on-touch fitting fastener P8 is the eighth temperature for hot water recovery axle of bed 2 (B2). It is assembled to the touch fitting socket P8, respectively.

On the other hand, the first on-touch fitting socket (S1), the second on-touch fitting socket (S2), the third on-touch provided on one side of the ondol bed frame 120 of the ondol bed head plate 130 of the ondol bed frame 120 Fitting socket (S3), the fourth on-touch fitting socket (S4) is the first on-touch fitting fastening hole (P1), the second on-touch fitting fastening hole (P2), the third on-touch fitting of the hot water distribution module (DM) The corresponding fastening holes (P3) and the fourth on-touch fitting fastening holes (P4) are respectively fastened,

The floor warm water supply axle 210b, the floor warm water recovery axle 220b, the hot water supply boiler axle 210a and the hot water recovery boiler axle 220a each have a boundary 300 on which the ondol bed 100 is introduced and installed. By exposing exposed, the first on-touch fitting socket (S1) is the warm water supply axle (210b); The second on-touch fitting socket S2 includes a hot water supply boiler axle 210a; The third on-touch fitting socket S3 is a hot water recovery boiler axle 220a; the fourth on-touch fitting socket S4 is assembled to the floor hot water recovery axle 220b, respectively.

For reference, a regulator for controlling the operation and temperature of the conventional boiler 200 is installed on the wall of the floor 300, but is not shown.

In addition, the battery status display unit of the Ondol bed controller (CB) is installed in the discharge status display lamp of the rechargeable battery (BT) built in the inside of the ondol bed head plate 130, but not shown in detail, the battery (BT) Charging port to be provided for charging of is not shown separately.

In addition, the solenoid valve used in the present invention adopts a 2-way operation type of power consumption 8W, DC 12V type.

As described above, the piping circuit between the ondol bed 100, which is separated and heated by the bed 1 (B1), the bed 2 (B2), the floor 300 on which the ondol bed is placed, and the hot water boiler 200 supplying hot water to the ondol bed and the floor. Operation of the solenoid valves V1 to V5 respectively installed in the hot water distribution module DM formed in one block is provided with a room, bed 1 (B1), bed 2 (B2), Bed 1, Bed 2 (B1, B2), Floor, Bed 1 (Room, B1), Room, Bed 2 (Room, B2), Room, Bed 1, Bed 2 (Room, B1, B2) The solenoid valve control program is controlled by a circuit board and a battery BT in which each solenoid valve control program is installed in the ondol bed head plate 130 by a selection button.

The electrical wiring between the solenoid valves V1 to V5, the ondol bed controller CB, and the battery BT is omitted, and the battery BT is externally charged and a separate charging port is installed on one side of the temperature bed controller CB. Detailed illustration is omitted.

As described above, the heating floor is separated between the bed 1 (B1) and the bed 2 (B2) and the heating floor (Room), bed 1 (B1), bed 2 (B2), Bed 1, Bed 2 (B1, B2), Floor, Bed 1 (Room, B1), Room, Bed 2 (Room, B2), Room, Bed 1, Bed 2 (Room, B1, B2) The opening and closing operations of the respective solenoid valves V1 to V5 according to the selected portion of the ondol bed controller CB are shown in Table 1 below.

Operation status 0N OFF      Room V2, V3 V1, V4, V5   Bed    B1 V1, V4 V2, V3, V5    B2 V1, V5 V2, V3, V4   B1 & B2 V1, V4, V5 V2, V3      Room & B1 V1, V2, V3, V4 V5      Room & B2 V1, V2, V3, V5 V4    Room & B1, B2 V1, V2, V3, V4, V5 0      Stop driving V1, V2 V3, V4, V5

According to the reference piping diagram of the hot water boiler and the ondol bed according to the present invention shown in Table 1 and 2, 3, 4 will be described the operation of the on-bed bed separate heating control device using the hot water boiler according to the present invention As follows.

Example 1.

In the case of heating only the floor 300, as shown in Table 1, when the selected part of the ROOM of the ondol bed controller CB is quenched, the second solenoid valve V2 and the third solenoid valve installed in the hot water distribution module DM are installed. Only V3 is opened, and the remaining solenoid valves V1, V4, and V5 are closed, and the hot water flow circulated to the floor in the boiler referring to FIGS. 2, 3, and 4 is as follows.

The hot water introduced into the hot water supply boiler axle 210a of the boiler 200 is closed by the solenoid valves V1, V4, and V5, and is not circulated to the bed 1 (B1) and the bed 2 (B2). A first solenoid fitting fastening hole (3) is discharged to the third solenoid valve V3 on the P1P2 pipeline 102 branched from the P2 pipeline 103 through the socket S2 and the second on-touch fitting fastening hole P2. P1) is supplied to the floor hot water supply axle 210b through the first on-touch fastening socket S1 to heat the floor 300, and then flows out to the floor warm water recovery axle 220b, and the fourth on-touch fastening. Through the socket (P4) and the fourth on-touch fitting fastening hole (P4) through the second solenoid valve (V2) on the P4 pipe line 107 pipe line through the P3P4 bypass pipe 106 to the P3 pipe line 105 Through the third on-touch fitting fastening hole (P3) and the third on-touch fitting fastening socket (S3) is returned to the hot water recovery boiler axle (220a) of the boiler (200).

Therefore, because only the hot water distribution module (DM) in the ondol bed headboard 130 comes out through the hot water is supplied only to the bed 300, the bed 2 (B1, B2) is the heating state is maintained only. .

As such, in the case of adjusting the temperature of the floor in the state in which only the floor 300 is maintained in heating, the hot water temperature of the boiler is controlled by adjusting the conventional hot water boiler temperature controller installed on the wall.

Example 2.

On the way of heating only the bed 1 (B1) of the ondol bed 100, as shown in Table 1, when the selection of the bed 1 (B1) of the ondol bed controller (CB) is quenched, the first solenoid installed in the hot water distribution module (DM) Only the valve V1 and the fourth solenoid valve V4 are opened, and the remaining solenoid valves V2, V3, and V5 are closed, and the hot water flow circulated to the floor in the boiler referring to FIGS. 2, 3, and 4. Is as follows.

The hot water introduced into the hot water supply boiler axle 210a of the boiler 200 has solenoid valves V2, V3, and V5 closed and only the first solenoid valve V1 and the fourth solenoid valve V4 are opened. The supplied hot water is passed through the P5 pipe 104 having the P2 pipe 103 and the fourth solenoid valve V4 installed through the second on-touch fastening socket S2 and the second on-touch fitting fastening hole P2. The on-touch fitting fastening hole (P5) and the fifth on-touch fastening socket (S5) maintain the heating state with the hot water axle in the bed 1 (B1), and the hot water discharged from the bed 1 (B1) is the sixth on-touch fastening Through the socket (S6) and the sixth touch fitting fastening hole (P6) is discharged to the P3 pipe 105, the first solenoid valve (V1) is installed through the P6 pipe 108 and the third on-touch fitting fastening hole (P3) ), And discharged through the third on-touch fastening socket (S3) is recovered to the boiler 200 again through the hot water recovery boiler axle (220a) to maintain the heating of only the bed 1 (B1).

In order to adjust the temperature of the bed 1 (B1), the conventional hot water boiler temperature controller installed on the wall is operated to adjust the temperature of the hot water of the boiler.

Example 3.

When only bed 2 (B2) is supplied with heating, as shown in Table 1, when the selection part of bed 2 (B2) of the ondol bed controller (CB) is quenched, the first solenoid valve (V1) installed in the hot water distribution module (DM) And the fifth solenoid valve V5 is opened, and the remaining solenoid valves V2, V3, and V4 are closed, and the hot water flow circulated to the floor in the boiler referring to FIGS. 2, 3, and 4 is as follows. .

The hot water introduced into the hot water supply boiler axle 210a of the boiler 200 passes through a second on-touch fastening socket S2, a second on-touch fitting fastening hole P2, and a P5 pipe communicating with the P2 pipe 103. Through the fifth solenoid valve (V5) on the P5P7 bypass pipeline 111 branched from 104) through the seventh on-touch fitting hole (P7) of the P7 pipeline 112 to the seventh on-touch fastening socket (S7) The hot water is discharged and supplied to bed 2 (B2), and the hot water recovered through the eighth on-touch fastening socket (S8) and the eighth on-touch fitting fastening hole (P8) is a P6P8 bypass pipe line (109) and P6 pipe ( 108 through the P3 pipeline 105, the first solenoid valve (V1) is installed through the third on-touch fitting fastening hole (P3) and the third on-touch fastening socket (S3), the hot water recovery boiler axle (220a) The hot water is recovered through), only the bed 2 (B1) heating is maintained without the hot water is circulated to the floor 300.

Example 4.

When Bed 1 (B1) and Bed 2 (B2) are simultaneously heated, the solenoid valves (V1, V4, V5) are quenched when the selection part of Bed 1, 2 (B1, B2) of the Ondol Bed Control Unit (CB) is quenched. Is open, and solenoid valves V2 and V3 are closed.

In this operation state, the hot water introduced through the hot water supply boiler axle 210a is supplied to the P2 pipeline 103 through the second on-touch fastening socket S2 and the second on-touch fitting fastening hole P2. The hot water of the hot water is passed through the fifth on-touch fastening socket (S5) of the bed 1 (B1) connected to the fifth on-touch fitting fastening hole (P5) through the fourth solenoid valve (V4) on the P5 pipe (104). The supplied hot water from the bed 1 (B1) is introduced into the P6 pipeline 108 through the sixth on-touch fastening socket (S6) and the sixth on-touch fastening socket (P6) to supply the first solenoid valve (V1). Through the P3 pipeline 105 is returned to the hot water recovery boiler axle 220a of the boiler connected to the third on-touch fitting fastening hole (P3), the third on-touch fastening socket (S3).

On the other hand, the bed 2 (B2) is the seventh on-touch fitting fastening hole (P7) of the P7 pipeline 112 in communication with the P5P7 pipeline 111 branched from the P5 pipeline 104 before the fourth solenoid valve (V4) The hot water flows through the heating and the hot water recovered from the bed 2 (B2) is passed through the P6P8 bypass pipe 109 through the eighth on-touch fastening socket (S8) and the eighth on-touch fastening hole (P8). Through the P6 pipe 108, the P3 pipe 105 through the first Solo Raid valve (V1) installed through the third on-touch fitting fastening hole (P3) and the third on-touch fastening socket (S5) of the boiler The hot water recovery boiler axle (220a) is recovered and is heated to the entire bed 1 (B1) and the bed 2 (B2).

Example 5.

When heating room (300) and bed 1 (B1) of the ondol bed controller (CB) and the selection of the room (300) and only the bed 1 (B1) of the ondol bed (100) heating proceeds, solenoid valve ( V1, V2, V3, and V4 are open and solenoid valve V5 is closed.

Referring to the operation state of the first, the hot water supply system for heating the floor 300, the hot water introduced through the hot water supply boiler axle (210a), the second on-touch fastening socket (S2), the second on-touch fitting fastening The hot water of the boiler supplied to the P2 pipe line 103 through the ball P2 is the first on-touch fitting fastening hole through the P1 pipe line 101 in which the third solenoid valve V3 is installed through the P1P2 bypass pipe line 102. The hot water is supplied to the entire floor 300 through the floor hot water supply axle 210b through P1 and the first on-touch fastening socket S1, and the hot water recovered through the floor hot water recovery axle 220b is the fourth temperature. Through the touch fastening socket (S4) and the fourth on-touch fitting fastening hole (P4), through the P4 pipe (107) where the second solenoid valve (V2) is installed, through the P3P4 bypass pipe (106) to the P3 pipe (105). Inflowed into the hot water recovery boiler axle (220a) through the third on-touch fitting fastening hole (P3) and the third on-touch fastening socket (S3) and the heating of the floor 300 is in progress All.

On the other hand, the simultaneous heating of the bed 1 (B1) is the hot water introduced through the hot water supply boiler axle (210a) P2 pipeline 103 through the second on-touch fastening socket (S2), the second on-touch fitting fastening hole (P2) A part of the hot water of the boiler supplied to the circulating is circulated only to the P5 pipe 104 in which the fourth solenoid valve V5 is installed and the fifth solenoid valve V5 is closed, so that the fifth on-touch fitting fastening hole (P5) And the hot water circulates through the fifth on-touch fastening socket (S5) to bed 1 (B1) to proceed with heating, and flows out through the sixth on-touch fastening socket (S6) and the sixth on-touch fitting fastening hole (P6). Hot water is introduced into the P3 pipe line 105 is installed with the first solenoid valve (V1) and at the same time the hot water flows out through the room 300 and the P4 pipe 107 is installed with the second solenoid valve (V2) Join the hot water and recover the hot water through the hot water recovery boiler axle (220a) through the third on-touch fitting fastening hole (P3) and the third on-touch fastening socket (S3) while the floor 300 and the needle To proceed with heating for 1 (B1) at the same time.

Example 6.

In order to heat only the floor 300 and bed 2 (B2) of the ondol bed 100 by heating the room ROOM and bed 2 (B2) of the ondol bed controller (CB), the solenoid valve ( V1, V2, V3 and V5 are open and solenoid valve V4 is closed.

Referring to the operation state of the first, the hot water supply system for heating the floor 300 is the same as the hot water supply system according to the fifth embodiment and omitted, the simultaneous heating of bed 2 (B2) hot water supply boiler axle (210a) The hot water introduced through the second on-touch fastening socket (S2), a part of the hot water of the boiler supplied to the P2 pipeline 103 through the second on-touch fitting fastening hole (P2) is the fourth solenoid valve (V4) In the closed state, only the P5P7 bypass line 111 installed with the fifth solenoid valve V5 is circulated, and the bed 2 (through the seventh on-touch fitting fastening hole P7 and the seventh on-touch fastening socket S7). B2) while circulating the hot water proceeds heating, and the hot water flowing out through the eighth on-touch fastening socket (S8) and the eighth on-touch fitting fastening hole (P8) is a P6 pipe (108) in the P6P8 bypass pipe line (109) ) And the hot water and the second solenoid that flows through the floor 300 and flows into the P3 pipeline 105 in which the first solenoid valve V1 is installed. The hot water introduced through the P4 pipe 107 installed with the valve (V2) is joined and passed through the third on-touch fitting fastening hole (P3) and the third on-touch fastening socket (S3) through the hot water recovery boiler axle (220a). While recovering the hot water, the heating of the floor 300 and the bed 2 (B2) is simultaneously performed.

Example 7.

The room (300) of the Ondol bed controller (CB), the bed 1 (B1) and the bed 2 (B2) are simultaneously selected so that the floor 300 and the bed 1 (B1) and bed 2 (B2) In the case of heating at the same time, the solenoid valve (V1, V2, V3, V4, V5) is opened in the hot water supply system of the floor 300 is the same as in Example 6, the ondol bed The hot water supply system for bed 1 (B1) and bed 2 (B2) of 100 also proceeds in the same manner as the hot water supply system for bed 1 (B1) and bed 2 (B2) of each embodiment. Omit.

Example 8.

In order to stop the entire operation of the bed 1 (B1) and the bed 2 (B2) of the floor 300 and the ondol bed 100, the operation stop selector of the ondol bed controller (CB) is quenched and the solenoid valve ( Hot water flows into or out of the hot water distribution module (DM) with V1, V2, V3, V4, and V5 closed, so hot water flows into bed 1 (B1), bed 2 (B2), and floor 300. It is not circulated and the operation stops.

In such an operation state, even when the hot water boiler 200 is operated, hot water is supplied only to another room in the same manner as to close the hot water supply and recovery line of the hot water distributor to the room 300 on which the ondol bed 100 is installed. something to do.

100 : ondol bed 120: ondol bed frame
130: Ondol bed headboard B1: Bed 1
B2: Bed 2 BT: Battery
CB: Ondol Bed Controller DM: Hot Water Distribution Module
DM1: Hot water distribution module, first side DM2: Hot water distribution module, second side
DM3: Hot water distribution module page 3 DM4: Hot water distribution module page 4
DM5: Hot water distribution module, page 5
101: p1 pipeline
102: p1p2 bypass duct 102a: p1p2 bypass duct cap
103: p2 pipeline 103a: p2 pipeline cap
104: p5 pipeline 105: p3 pipeline
105a: p3 pipeline cap 106: p3p4 bypass pipeline
106a: p3p4 bypass duct cap 107: p4 duct
108: p6 pipeline 109: p6p8 bypass pipeline
109a: p6p8 bypass duct cap 110: p8 duct
111: p5p7 pipeline 111a: p5p7 pipeline cap
112: p7 pipeline
V1: First solenoid valve V2: Second solenoid valve
V3: 3rd solenoid valve V4: 4th solenoid valve
V5: Fifth solenoid valve
P1: One touch fitting fastener
P2: Second on-touch fitting fastener P3: Third on-touch fitting fastener
P4: fourth on-touch fitting fastener P5: fifth on-touch fitting fastener
P6: 6th on-touch fitting fastener P7: 7th on-touch fitting fastener
P8: 8th On Touch Fittings
S1: First on touch tightening socket S2: Second on touch tightening socket
S3: Third On-Touch Fastening Socket S4: Fourth On-Touch Fastening Socket
S5: Fifth on-touch fastener S6: Sixth on-touch fastener
S7: Seventh on-touch tightening socket S8: Eighth on-touch tightening socket
200 : boiler
210a: hot water supply boiler axle 210b: floor hot water supply axle
220a: hot water recovery boiler axle 220b: room hot water recovery axle
300 : room bottom

Claims (6)

Complementary heating is divided into bed 1 (B1), bed 2 (B2) in the ondol bed frame 120 of the complementary type, on-bed bed base plate 130 piece assembled ondol bed controller (CB) is disposed inside the hot water The hot water supply axle (210b) and the hot water recovery axle (220b) of the floor are cut by cutting the boundary of the ondol bed (100) having a distribution module (DM) and the floor 300 where the ondol bed 100 is to be installed. Separated heating control device using an on-bed bed using a hot water boiler, characterized in that consisting of a boiler 200 branched by hot water supply boiler axle (210a) and hot water recovery boiler axle (220a) that is recovered from the boiler. The ondol bed controller (CB) of the piece-assembled ondol bed headboard (130) has a room, a bed 1 (B1), a bed 2 (B2), a bed 1 and a bed 2 (B1, B2). Selector such as room, bed 1 (Room, B1), room, bed 2 (Room, B2), room, bed, 1 bed 2 (Room, B1, B2) Ondol bed separate heating control device using a hot water boiler, characterized in that provided. The method according to claim 1, Ondol bed head bottom plate 130, the internal rechargeable battery (BT) for the Ondol bed controller (CB), the fifth on-touch fitting fastening hole (P5) for the hot water supply of the bed 1 (B1) and hot water Sixth on-touch fitting fastener for recovery (P6), seventh on-touch fitting fastener (P7) for hot water supply of bed 2 (B2) and eighth on-touch fitting fastener (P8) and floor for water recovery (300) The first on-touch fitting fastening hole (P1) for the hot water supply and the fourth on-touch fitting fastening hole (P4) for the hot water recovery and the second on-touch fitting fitting with the hot water supply boiler axle 210a of the boiler 200 The hot water distribution module (DM) provided with a piping circuit between the fastening hole (P2) and the third on-touch fitting fastening hole (P3) to be fitted to the hot water recovery boiler axle (220a) is provided, the ondol bed head bottom Plate 130, one side of the ondol bed frame 120, the first on-touch fitting socket (S1), the second on-touch fitting socket (S2), the third on-touch fitting socket (S3), the fourth on-touch fitting socket (S4) ) Are each projected On the Ondol bed 100, which is separated and heated, the fifth on-touch fitting socket S5 for the hot water supply axle of bed 1 (B1), the sixth on-touch fitting socket S6 for the hot water recovery axle and bed 2 (B2) Separate heating control device for an on-bed bed using a hot water boiler, characterized in that the seventh on-touch fitting socket for hot water supply axle (P7) and the eighth on-touch fitting socket for hot water recovery axle (P8) are respectively installed. The hot water distribution module (DM) according to claim 1 or 2, wherein the piping circuit of the hot water distribution module (DM) has a square (DM1, DM2, DM3, DM4) and top and bottom surfaces (DM5, DM6) of a square in a clockwise direction. The first on-touch fitting fastening hole (P1) and the second on-touch fitting fastening hole (P2) are provided from the right side to the left side on the upper right side of the first direction DM1 of the warm water distribution module of the hot water distribution module. The third on-touch fitting fastening hole (P3) and the fourth on-touch fitting fastening hole (P4) are respectively provided at predetermined intervals from the left side to the left side, and the hot water dispensing module system opposite to the hot water dispensing module first surface (DM1). P2 pipeline 103 is formed through the second on-touch fitting fastening hole P2 toward three sides DM3, and the terminal pipeline is closed by the P2 pipeline cap 103a, perpendicular to the same line as the formed P2 pipeline 103. The P5 pipe 104, which is a through passage, is opened in the first row of the upper left corner of the hot water distribution module second surface DM2 in the direction shown in the drawing, and a fifth on-touch fitting fastening hole P5 is provided at the distal end thereof. And forming a fourth solenoid valve (V4) that is perpendicular to and installed into the upper surface of the hot water distribution module (DM5) in an established pipeline P5 104,
The P1P2 bypass pipe passage 102, which is a through passage orthogonal to the P2 pipe passage 103, is formed at the upper left of the city direction of the fourth surface DM4 of the hot water distribution module, and the entrance thereof is closed by the P1P2 bypass pipe passage cap 102a. In addition, a P1 pipeline 101 orthogonal to the P1P2 bypass pipe line 102 is opened from the first on-touch fitting fastening hole P1, and a third solenoid valve is provided on the P1 pipe 101 toward the upper surface of the hot water distribution module DM5. (V3); The fourth solenoid valve V4 is orthogonally installed in the P5 pipeline 104 to the upper surface of the hot water distribution module DM5, and the hot water is installed in the P5 pipeline 104 between the installed fourth solenoid valve V4 and the P2 pipeline 103. The P5P7 bypass pipe line 111 orthogonal to the distribution module surface (DM6) is opened, and the outlet is closed by the P5P7 pipe line cap 111a, and the hot water distribution module 2 is a direction perpendicular to the formed P5P7 bypass pipe line 111. Hot water in the direction perpendicular to the formed P5P7 bypass pipe line 111 is formed by opening the P7 pipe line 112 toward the bottom left first column in the urban direction of the surface DM2 and forming the seventh on-touch fastening hole P7. A fifth solenoid valve V5 is formed on the third side DM3 of the distribution module.
P3 pipeline 105 which is a through passage toward the third hot water distribution module third surface DM3 opposite to the third on-touch fitting fastening hole P3 formed in the lower left column on the left side of the hot water distribution module first surface DM1. The end of each of the end portion is closed by the P3 pipe cap 105a, and the first solenoid valve V1 is orthogonally installed toward the upper surface of the hot water distribution module DM5 in the middle of the opened P3 pipe 105, and the P3 pipe cap ( In the P3 pipeline 105 between 105a) and the first solenoid valve V1, the outlet of the through-hole P6 pipeline 108 formed at right angles to the second row of the lower left side of the hot water distribution module second surface DM2 in the second direction is shown as the sixth. Opening the on-touch pitching fastening hole (P6), and after direct traffic from the hot water distribution module (DM6) to the upper surface of the hot water distribution module (DM5), the P6 pipeline 108 is left on the left side of the city direction of the second surface of the hot water distribution module (DM2). After opening the P6P8 bypass pipe 109 to the height of the top two rows, the inlet of the P6P8 bypass pipe 109 is closed by the P6P8 bypass pipe cap 108a, The eighth on-touch fitting fastening hole (P8) is formed at the outlet opened toward the second column on the upper left side of the city toward the second surface (DM2) of the hot water distribution module.
At the same time, a P3P4 bypass pipe 106 is formed orthogonally to the second surface DM2 of the hot water distribution module on the P3 pipe line 105 between the first solenoid valve V1 and the third on-touch fitting fastening hole P3. After opening, the exit is closed by the P3P4 bypass pipe cap 106a, and the P4 pipe 107 orthogonal to the P3P4 bypass pipe 106 is directed to the lower left column of the city in the first direction DM1 of the hot water distribution module. The fourth on-touch fitting fastening hole (p4) is formed at the opened inlet, and the solenoid valve (V2) is orthogonally installed toward the upper surface of the hot water distribution module (DM5) in the formed P4 pipeline 107, using the ondol using the hot water boiler. Bed heating system. The fifth on-touch fitting fastening hole P5 of the hot water distribution module DM is assembled to the fifth on-touch fitting socket S5 for the hot water supply axle of the bed 1 B1, and the sixth on-touch touch. Fitting fastening hole (P6) is assembled to the sixth on-touch fitting socket (S6) for the hot water recovery axle of the bed 1 (B1), respectively, and the seventh on-touch fitting fastening hole (P7) is the hot water supply of the bed 2 (B2) Assembled in the seventh on-touch fitting socket for the axle (P7), the eighth on-touch fitting fastener (P8) is assembled in the eighth on-touch fitting socket for the hot water recovery axle (P8) of the bed 2 (B2), respectively. Ondol bed head plate 130 The first on-touch fitting socket (S1), the second on-touch fitting socket (S2), the third on-touch fitting socket (S3) provided on one side of the ondol bed frame 120, the fourth on Touch fitting socket (S4) is the first on-touch fitting fastening hole (P1), the second on-touch fitting fastening hole (P2), the third on-touch fitting fastening hole (P3), the fourth temperature of the hot water distribution module (DM) Ondol needle using hot water boiler, characterized in that each of the touch fitting fastening holes (P4) and the corresponding fastening Standoff heating control unit. The method of claim 1, wherein the first on-touch fitting socket (S1) incised exposing the boundary portion of the floor 300, the ondol bed 100 is to be introduced, the floor hot water supply axle (210b); The second on-touch fitting socket S2 includes a hot water supply boiler axle 210a; The third on-touch fitting socket S3 includes a hot water recovery boiler axle 220a; Fourth on-touch fitting socket (S4) on-bed bed heating control device using a hot water boiler, characterized in that each assembled on the floor hot water recovery axle (220b).

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