KR101029216B1 - Controlling method for each room with heat linked using answer signal and time control - Google Patents

Abstract

The present invention relates to a method for controlling each side of a heat source linkage using a response signal and time control. In particular, in a known method of controlling a room of a boiler, valve drivers for driving a heating valve installed in a heating water return line of each room in a controller are response signals. Determining whether the valve drivers are capable of output; In the case where the valve drivers are valve drivers capable of outputting a response signal, and a general valve driver capable of outputting a response signal, a heating valve “open” request signal for heating is input in any specific room cone among the room cones in each room. Continuing determination of whether or not there is; As a result of determining whether a heating valve "open" request signal for heating in a particular room cone is output, when a heating valve "open" request signal is output in a specific room cone, there is a heating request in any one of the room cones previously installed in different rooms. Determining whether there is an open heating valve; Opening a heating valve in a room having an "open" request because the heat source is already in operation when there is a heating valve open due to a heating request in any one of the room cones installed in the other rooms; In the above, it is determined whether there is a heating valve open due to a heating request in any one of the room cones previously installed in each other room, and if there is no heating request in any one of the room cones installed in the other rooms, there is no heating valve. "Opening" the valve; Then waiting for a waiting time entered into the controller; And outputting a combustion request signal to a heat source when the waiting time has elapsed.

Therefore, troubles that may occur during operation between the heat sources (boilers) can be eliminated, and the stability of the system can be secured in the interlocking system between each control system and the heat sources (boilers), and a valve that drives the heating valve. It can eliminate unnecessary waste of energy depending on the type of driver, and can prevent the increase of installation cost due to the additional installation and implementation of mechanical and programmable bypass system. The installation cost can be greatly reduced because no additional implementation of the program is required, and the problem of noise generated due to the lack of opening of the heating valve can be solved, thereby significantly improving the reliability and the commercialization of the product.

Heating valve, response signal, time control, heat source interlock control

Description

Controlling method for each room with heat linked using answer signal and time control}

The present invention relates to a method for controlling each source of heat source interworking using a response signal and time control, and more particularly, using a response signal and time control of a valve driver for driving a room cone and a heating valve for controlling each room, including a main remote control. Trouble that can occur when operating between heat sources (boilers) by implementing a sequential and systematic interlocking system with each room control system and assigning the most appropriate signal system to each room control system and heat source (boiler). To solve the problem, to ensure the stability of the system in the interlocking system between each control system and the heat source (boiler), and to eliminate the unnecessary waste of energy depending on the type of valve actuator, Increased installation costs due to additional installation and implementation of a custom bypass system And the invention is not required to add the implementation of the program.

In general, a boiler uses oil, coal, and gas as fuel to burn water or heat water using combustion heat and heat generated by supplying electricity to a heater to supply hot water to various heating facilities. It refers to a facility for boiling water. In the case of a residential boiler, it is used to supply hot water to a pipe installed in the floor of a room to heat it, or to supply hot water through a water pipe.

Recently, a system capable of performing differentiated heating temperature control for several rooms using a single boiler (hereinafter referred to as "each room control system") has been developed and widely used. The main remote control (hereinafter referred to as the "central room cone") and at least one wired or wireless sub remote control (hereinafter, abbreviated to each room room cone) are controlled.

In this case, the central room cone is configured to enable various functions such as heating and heating temperature and display of the result, and each room room cone, which is a sub-remote control unit installed in the kitchen or the other room, is used for heating of the corresponding indoor space. It is configured to be able to display the operation and setting and the result accordingly.

Therefore, the user can control the heating and heating temperature of the entire room and the other room through the central room cone, and control the heating and heating temperature of the corresponding room through each room cone.

On the other hand, some boilers have a function to check the status of the boiler through the central and each room room to exchange various information between the remote controller and the controller through the two-way communication at all times.

As a conventional individual heating control device (or system) having one central room cone and several room rooms, and opening / closing operations of the valves of each room and driving control of the boiler, as described above, Korean Patent Publication No. 10-0196744 And 10-0438313 have been proposed in large quantities.

However, in the conventional individual heating control system, many troubles are caused by exchanging unilateral signals to perform each purpose without sufficiently considering the mutual state to be considered in interlocking with each control system and the heat source (boiler). In the case of the actuator actuator, the valve closing time is too fast, resulting in noise due to the opening or closing of the valve during the post operation of the boiler. The long closing time prevents the flow of heating water in the pipe due to the slow reaction speed during operation, causing problems such as overheating of the heat source with noise.

In order to overcome this problem, conventionally, a system is implemented to force the interlocking regardless of the characteristics of the valve driver of the product, or a mechanical or programmatic bypass system is used, but each operation of the heat source and the valve driver is performed. Even though the downtime is different and the uniform time and signal system is applied, efficient system operation was not achieved, and in case of the mechanical bypass system, additional cost was incurred, especially the program using the thermal expansion valve driver. In the case of using the bypass system, it is necessary to continuously supply power to the valve driver in order to secure a flow path, which causes unnecessary energy consumption.

The present invention has been made in order to solve the above-mentioned conventional problems, and the sequential with the heat source by using the response signal and the time control of the valve driver for driving the heating valve for the room control and the room control installed in each room By implementing a systematic and interlocking system and assigning the most appropriate signal system to each room control system and the heat source (boiler), it is possible to solve the troubles that may occur during operation between the heat sources (boilers), and to control each room control system and the heat source ( It is possible to secure the stability of the system in the interlocking system between boilers, and to eliminate unnecessary waste of energy depending on the type of valve actuator, and to improve the mechanical and programmatic bypass system. Control of each room excluding increase in installation cost and additional implementation of program by additional installation and implementation The purpose of the present invention is to provide a control method for interlocking heat sources using the response signal and time control between the system and the heat source.

The present invention for achieving the above object is a heat source (boiler) having a controller in itself; Several heating valves installed in a heating water return line for returning heating water to each heating pipe; Several room cones for setting temperature and driving time of hot water and heating water; A controller installed between the heat source, the heating valve, and the room cones to control a valve driver for opening and closing a heating valve of each room, including driving control of the heat source in response to a control signal transmitted through the heat source and the room cones through a bidirectional communication line; In the control method for each room of the boiler to control the heating of each room, the step of determining whether the valve drivers for driving the heating valve installed in the heating water return line of each room in the controller are valve drivers capable of outputting a response signal; ; As a result of determining whether the valve drivers are valve drivers capable of outputting a response signal, when the valve drivers are a general valve driver capable of outputting a response signal, a heating valve “open” for heating at a specific room cone among the room cones in each room. Continuously determining whether a request signal has been input; As a result of determining whether a heating valve “open” request signal for heating is input from a specific room cone among the room cones of each room, when the heating valve “open” request signal is output from a specific room cone, among the room cones previously installed in other rooms Determining whether there is a heating valve open due to any heating request; In the above, it is determined whether there is a heating valve open due to a heating request in any one of the room cones previously installed in each other room. Opening the heating valve of the room in which the request is "open" since it is in operation; In the above, it is determined whether there is a heating valve open due to a heating request in any one of the room cones previously installed in each other room. "Opening" the valve; Then waiting for a waiting time entered into the controller; And outputting a combustion request signal to a heat source when the waiting time has elapsed.

In addition, as described above, the heat source continues to determine whether a heating valve " close " request signal of the corresponding room is input from any specific room cone among the room cones during the heating operation; As a result of determining which heating valve "close" request signal of the room is input from the specific room cone, when the heating valve "close" request signal is output from the specific room cone, the heating valve of each room is opened even when the requested heating valve is closed. Determining whether there is a valve; Judging whether there is an open valve among the heating valves of the respective rooms, if there are other heating valves opened, "closing" the heating valve of the corresponding room and ending; Outputting a fire extinguishing request signal to a heat source when there is no heating valve opened in another room as a result of determining whether there is an open valve among the heating valves in each room; Then waiting for a waiting time entered into the controller; After the waiting time has elapsed, "closing" the heating valve of the room and ending.

On the other hand, as a result of determining whether the valve drivers for driving the heating valves installed in the heating water return line of each room are valve drivers capable of outputting a response signal, if the valve drivers are valve drivers for outputting a response signal, any of the room cones in each room is determined. Continuously determining whether a heating valve " open " request signal for heating at a particular room cone has been input; As a result of determining whether a heating valve "open" request signal for heating is input from a specific room cone among the room cones of the respective rooms, when a heating valve "open" request signal is output from the specific room cone, any one of the room cones previously installed in the other rooms is output. Determining whether there is a heating valve open due to a heating request; In the above, it is determined whether there is a heating valve open due to a heating request in any one of the room cones previously installed in each other room. As a result, if there is a heating valve open in any one of the room cones installed in the other rooms, an "open" request is made. Opening the heating valve of the corresponding room; In the above, it is determined whether there is a heating valve open due to a heating request in any one of the room cones previously installed in each other room, and if there is no heating request in any one of the room cones installed in the other rooms, there is no heating valve. "Opening" the valve; Subsequently detecting whether an “open” completion response signal is input from the valve driver for the corresponding heating valve; And outputting a combustion request signal to a heat source when the “open” completion response signal of the corresponding heating valve is input to perform a heating operation.

In addition, as described above, the heat source continuously responds to the valve response signal to determine which of the room cones in each room during the heating operation whether the heating valve "close" request signal of the room is input; As a result of determining which heating valve "close" request signal of the specific room is input from the specific room cone, if there is a heating valve "close" request signal from the specific room cone, there is an open valve among the heating valves in each room even when the requested heating valve is closed. Determining; "Closing" the heating valve of the room and ending if there is another heating valve opened; Outputting a fire extinguishing request signal to a heat source when there is no heating valve opened in another room as a result of determining whether there is an open valve among the heating valves in each room; Continually detecting whether a response signal from the heat source is inputted that the digestion is completed; The method may further include: closing and closing the heating valve of the corresponding room when the response signal corresponding to the completion of extinguishing is input from the heat source as a result of detecting whether the response signal from the heat source is completed.

As described above, according to the method of the present invention, a sequential and systematic interlocking system with a heat source is provided by using a room control system using a response signal and time control of the valve drivers for driving the room cones installed in each room and the heating valve for controlling the room. By implementing and assigning the most appropriate signal system to each control system and the heat source (boiler), it is possible to solve the trouble that may occur during the operation between the first heat source (boiler), and secondly between the room control system and the heat source (boiler). In the interlocking system, the stability of the system can be secured. Third, the unnecessary waste of energy can be eliminated according to the type of valve driver that drives the heating valve, and the fourth mechanical and programmatic bypass (by- pass) It is possible to prevent the increase of installation cost due to the additional installation and implementation of the system. Not only the sound, but also the additional implementation of the program is not required, which greatly reduces the installation cost.Fifth, it is possible to solve the problem of noise caused by the failure of opening the heating valve. It is a useful invention.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

Figure 1 shows a block diagram of a square room control system to which the present invention is applied, Figures 2a-2d show a flow chart for explaining the method of the present invention.

According to this, the method of the present invention comprises: a heat source (boiler) 1; Several heating valves 4 installed in the heating water return line 3 for returning the heating water through the heating pipes 2 of each room; Several room cones 5 for setting the temperature and the driving time of the hot water and the heating water; It is installed between the heat source (1) and the heating valve (4) and the room cone (5) in response to the control signal transmitted through the heat source and the room cone through a two-way communication line, including the heating control of the heating source in each room ( In the control method for each room of the boiler which has the controller 11 which controls the valve driver 6 which opens and closes 4), and performs heating control of each room,

A step (S11) of determining whether the heating valves (4) installed in the heating water return lines (3) in the controller (11) are valve drivers (6) capable of outputting a response signal related to the opening and closing operation;

As a result of determining whether the heating valves 4 installed in the heating water return lines 3 in each room are the valve drivers 6 capable of outputting the response signal related to the opening and closing operation, the valve drivers 6 output the response signals related to the opening and closing operation. In the case of the general valve driver that can not output the step of continuing to determine whether the heating valve " open " request signal for heating in the specific room cone of the room cone (5) of each room (S12);

As a result of continuously determining whether a heating valve " open " request signal for heating is input from a specific room cone among the room cones 5 of the rooms, if the heating valve " open " Determining whether there is a heating valve (4) opened by any one of the heating request (S13) and;

In the above, as a result of determining whether there is a heating valve 4 which is opened by any one of the room cones previously installed in the other rooms, the heating valve opened due to the heating request in any one of the room cones 5 installed in the other rooms. If 4) is present because the heat source is already in the combustion operation step of opening the heating valve of the room with the "open" request (S14);

In the above, as a result of determining whether there is a heating valve 4 that has been heated by any of the room cones previously installed in the other rooms, the heating valve which has been opened without any heating requests in any of the room cones 5 installed in the other rooms is determined. If not present, the step of "opening" the heating valve of the room (S15);

Next, waiting for the waiting time input into the controller 11 and determining whether the waiting time has elapsed (S16);

If the waiting time has elapsed, outputting a combustion request signal to the heat source 1 to perform a heating operation (S17); characterized in that consisting of.

In addition, as described above, the heat source 1 continuously determines whether any of the room cones 5 of the room cones 5 in each room during the heating operation is inputted by a heating valve " close " request signal of the corresponding room (S18);

As a result of determining which heating valve "close" request signal of the specific room is input from the specific room cone, when the heating valve "close" request signal is output from the specific room cone, the heating valve of each room is closed even when the requested heating valve is closed. Determining whether there is an open valve (S19);

Judging whether there is an open valve among the heating valves 4 in the room, and if there are other heating valves opened, "closing" the heating valve of the corresponding room and ending (S20);

A step of outputting a fire extinguishing request signal to the heat source 1 when there is no heating valve opened in another room as a result of determining whether there is an open valve among the heating valves 4 in each room (S21);

Next, waiting for the waiting time input into the controller 11 and determining whether the waiting time has elapsed (S22);

After the waiting time has elapsed, the step of closing the heating valve of the room and ending (S23); characterized in that the further implementation.

Meanwhile, as a result of determining whether the heating valves 4 installed in each heating water return line 3 in step S11 are valve drivers 6 capable of outputting a response signal related to the opening and closing operation, the valve driver 6 is determined. In the case of the valve driver for outputting a response signal related to the opening and closing operation, step S31 of continuing to determine whether a heating valve " open " request signal for heating is input from any specific room cone among the room cones 5 in each room;

As a result of continuously determining whether a heating valve " open " request signal for heating is input from a specific room cone among the room cones 5 of the rooms, if the heating valve " open " Determining whether there is a heating valve opened by any one of the heating request (S32);

In the above, when it is determined whether there is a heating valve open due to a heating request in any one of the room cones previously installed in the other rooms, if there is a heating valve open due to the heating request in any of the room cones 5 installed in the other rooms, Opening the heating valve of the corresponding room having the request of "open" (S33);

In the above, it is determined whether there is a heating valve open due to a heating request in any one of the room cones previously installed in each other room. As a result, when there is no heating request in any one of the room cones 5 installed in the other rooms, the heating valve does not exist. "Opening" the heating valve of the room (S34);

Subsequently detecting whether an "open" completion response signal is input from the valve driver 6 for the corresponding heating valve 4 (S35);

When the "open" completion response signal is input from the valve driver 6 corresponding to the corresponding heating valve 4, outputting a combustion request signal to the heat source 1 to perform a heating operation (S36); It is characterized by.

Further, as described above, in response to the response signal of the valve driver, the heat source continuously determines whether any of the room cones 5 of the room cones 5 in each room during the heating operation input the heating valve "close" request signal of the corresponding room (S37) and ;

As a result of continuously determining whether the heating valve "close" request signal of the room is input from the specific room cone among the room cones 5 of the rooms, even when the requested heating valve is closed when the heating valve "close" request signal is output from the specific room cone. Determining whether there is an open valve among the heating valves in each room (S38);

Judging whether there is an open valve among the heating valves of the respective rooms, if there are other heating valves opened, "closing" the heating valve of the corresponding room and ending (S39);

(S40) outputting a fire extinguishing request signal to the heat source (1) when there is no heating valve opened in another room as a result of determining whether there is an open valve among the heating valves in each room;

Continually detecting whether a response signal from the heat source 1 is inputted that the digestion is completed (S41);

As a result of continuously detecting whether a response signal indicating that fire extinguishing is completed from the heat source 1 is input, when the response signal corresponding to the completion of extinguishing is input from the heat source 1, "close" the heating valve of the corresponding room and end (S42). It is characterized by further implementing.

Referring to the effects of the control method of the heat source interlocking each room using the response signal and the time control of the present invention made as described above are as follows.

First, each room control system to which the method of the present invention is applied, as shown in FIG. 1, is provided with a plurality of heat source (boiler) 1 and a heating water return line 3 installed to return the heating water from the heating pipe 2 of each room. It is installed between the heating valve (4), several room cones (5) for setting the temperature and driving time of the hot water and heating water, the heat source (1) and the heating valve (4) and the room cones (5) through a two-way communication line And a controller 11 for controlling the valve driver 6 for opening and closing the heating valve 4 in each room, including driving control of the heat source in response to a control signal transmitted through the heat source and the room cones.

At this time, in the controller 11, while the power supply voltage is normally supplied to each part, the response signal related to the opening and closing operation of the heating valves 4 installed in the heating water return line 3 in each room through the valve driver 6 It is determined whether the valve actuators 6 having a function of outputting S11. As a result, when the valve drivers 6 are general valve drivers capable of outputting a response signal, they are illustrated in FIGS. 2A and 2B. In the case where the valve driver 6 is a valve driver capable of outputting a response signal, the control operation (S12-S17) corresponding to the flowchart is performed. The control operation corresponding to the flowchart shown in FIGS. 2C and 2D is performed. (S31-S42).

That is, when it is determined that the controller 11 is a general valve driver capable of outputting a response signal as a result of determining the state of the valve drivers 6, in any particular room cone of the room cones 5 of FIG. It is determined whether the heating valve "open" request signal for heating is input (S12).

As a result of this determination, when a heating valve "open" request signal is output from a specific room cone, it is determined whether there is a heating valve (4) opened due to a heating request from any of the room cones previously installed in the other rooms (S13). If any of the room cones (5) has a heating request and an open heating valve (4) is present (Yes in S13), the heat source (1) is already in combustion operation for heating the room connected to the open heating valve (4). Since the case is to open the heating valve of the room with the "open" request is also made to heat the room (S14).

However, in the above, as a result of determining whether there is a heating valve (4) opened by any one of the room cones previously installed in the other rooms (S13), the heating request is generated in any one of the room cones (5) installed in the other rooms. If there is no open heating valve, the heating valve of the room is "opened" (S15), and the controller 11 then switches to the valve "off" input in the valve "open" and "close" time setting mode of the room cone at the time of installation. While waiting for the required waiting time it is determined whether the waiting time has elapsed (S16).

As a result of determining whether the waiting time has elapsed, if the waiting time has elapsed, the combustion request signal is output to the heat source 1 to cause the heating operation (S17). At this time, the waiting time stored in the controller 11 is stored in the valve driver. The time taken for the heating valve to fully open by means of the input time (for example, 20-30 seconds), and the heating valve of the room without any heating request in any one of the room cones 5 installed in the other rooms as described above. The reason for heating the heat source 1 after a predetermined waiting time is to open the heating valve. At the same time, the heating water is not circulated due to the incomplete opening of the valve when the heat source 1 is burned and heated. This is because the noise of the boiler and the heat exchanger may cause overheating.

Therefore, in the related art, by installing a bypass pipe around the heating valve to prevent this, in the present invention, the heating source 4 is opened after the predetermined waiting time by opening the heating valve 4 with the valve driver 6 which does not generate an acknowledgment signal. By heating the combustion by heating), it is possible to prevent the increase in installation cost due to the additional installation and implementation of the bypass system compared to the conventional method, and also does not require additional implementation of the program.

In particular, since the valve used as the heating valve 4 has no output of the response signal, the controller 11 actually opens the corresponding heating valve after the "open" signal is output from the heating valve. This is to provide a delay (i.e. wait time) for the time that the heating valve can be opened (the time it can be closed in reverse), since the information on whether or not it is known.

In addition, when the heat source 1 is in the heating operation as described above, as shown in FIG. 2B, the controller 11 in the heat source 1 closes the heating valve “Close” of the room at any specific room cone among the room cones 5 of each room. It is determined whether or not the request signal is input (S18).

As a result, when a heating valve "close" request signal is output from a specific room cone, it is determined whether there is already an open valve among the heating valves 4 in each room even when the requested heating valve is closed (S19). If it is determined that there is a valve "close" the heating valve of the room that has a "close" request through the room cone and ends (S20).

However, when it is determined in step S19 whether there are already open valves among the heating valves 4 of the respective rooms, when it is determined that the heating valves of the other open rooms do not exist, a fire request signal is output to the heat source 1 (S21). In order to secure the post purge time and prevent the occurrence of noise, wait for the heat source 1 stop waiting time input in the controller 11, and when the waiting time has elapsed (Yes in S22), close the heating valve of the room ( S23).

Meanwhile, as a result of determining whether the heating valves 4 installed in each heating water return line 3 in step S11 are valve drivers 6 capable of outputting a response signal related to the opening and closing operation, the valve driver 6 is determined. In the case of the valve driver outputting the response signal, as shown in FIG. 2C, which specific room cone among the room cones 5 in each room continues to determine whether a heating valve " open " request signal for heating is input (S31). When a heating valve "open" request signal is output from a specific room cone, it is determined whether there is a heating valve opened due to a heating request in any one of the room cones previously installed in different rooms (S32).

As described above, it is determined whether there is a heating valve open by any one of the room cones previously installed in the other rooms, and when there is a heating valve opened by any of the room cones 5 installed in the other rooms, Open the heating valve of the room that is requested "open" (S33) is also made to the heating of the room controlled by the heating valve (4).

However, in the above, as a result of determining whether there is a heating valve open due to a heating request in any one of the room cones previously installed in each other room, there is a heating valve opened without any heating request in any one of the room cones 5 installed in the other rooms. If not, the heating valve of the room is " opened " (S34), and then continuously detecting whether the " open " completion response signal is input from the heating valve 4 (S35), the heating valve is completely " opened " When the "open" completion response signal is input from the heating valve, the combustion request signal is output to the heat source 1 to heat the heat source (S36) and terminate.

In addition, in the state where the heat source is operated in the heating mode in response to the response signal of the valve driver 6 as described above, the controller 11 heats the room in any particular room cone among the room cones 5 in each room as shown in FIG. 2D. If it is determined that the valve "close" request signal is input (S37), and if the heating valve "close" request signal is output from a specific room cone, there is an open valve among the heating valves 4 in each room even when the requested heating valve is closed. It is determined (S38).

As a result, if there are other heating valves open, the heating valve of the room is "closed" (S39), and if there are no heating valves opened in another room, a fire request signal is output to the heat source (1) (S40), and the heat source ( It continues to detect whether the response signal that the digestion is completed from 1) (S41).

As a result, when the response signal according to the completion of extinguishing is input from the heat source 1, the heating valve of the corresponding room is "closed" (S42) and ends.

Although the above-described embodiments have been described with respect to the most preferred embodiments of the present invention, it is not limited to the above embodiments, and it will be apparent to those skilled in the art that various modifications can be made without departing from the technical spirit of the present invention.

1 is a block diagram of a room control system to which the present invention is applied.

2A-2D are flow charts for explaining the method of the present invention.

Explanation of symbols on the main parts of the drawings

1: heat source (boiler)

2: heating piping

3: heating water return line

4: heating valve

5: room cone

6: valve actuator

11: controller

Claims (5)

A heat source (boiler); Several heating valves for returning heating water from each heating pipe; Several room cones for setting temperature and driving time of hot water and heating water; Installed between the heat source, the heating valve and the room cones to control the driving of the valve driver to open and close the heating valves of each room, including the drive control of the heat source in response to a control signal transmitted through the heat source and the room cones through a bidirectional communication line In the control method of each room of the boiler which has a controller and performs heating control of each room, Determining whether the valve drivers for driving the heating valves installed in the heating water return lines in the controllers are valve drivers capable of outputting a response signal; As a result of determining whether the valve drivers for driving the heating valves installed in the heating water return lines of each room are valve drivers capable of outputting a response signal, the valve drivers are general valve drivers capable of outputting a response signal. Continually determining which heating valve " open " request signal for heating at a particular room cone has been input; As a result of continuously determining whether the heating valve "open" request signal for heating is input from the specific room cone among the room cones of the respective rooms, when the heating valve "open" request signal is output from the specific room cone, which of the room cones previously installed in the other rooms is Determining whether there is a heating valve opened due to a heating request; In the above, it is determined whether there is a heating valve open due to a heating request in any one of the room cones previously installed in each other room. Opening the heating valve of the room in which the request is "open" since it is in operation; In the above, it is determined whether there is a heating valve opened by any one of the room cones previously installed in the other rooms. "Opening" the valve; Then waiting for a waiting time entered into the controller; And outputting a combustion request signal to a heat source when the waiting time has elapsed, thereby heating the heating source. The method according to claim 1, When the heat source is in heating operation, continuously determining which of the room cones in each room has a heating valve " close " request signal for the room; As a result of continuously determining which of the room cones among the room cones has received the heating valve "close" request signal of the room, if the heating valve "close" request signal is output from the specific room cone, even if the requested heating valve is closed, the heating of each room is closed. Determining whether there is an open valve among the valves; Judging whether there is an open valve among the heating valves of the respective rooms, and if there are other open heating valves, "closing" the heating valve of the corresponding room and ending; Outputting a fire extinguishing request signal to a heat source if there is no heating valve opened in another room as a result of determining whether there is an open valve among the heating valves in each room; Then waiting for a waiting time entered into the controller; And "closing" and closing the heating valve of the room when the waiting time has elapsed. The method according to claim 1 or 2, The standby time is 20-30 seconds, characterized in that the heat source interlocking control method using a response signal and time control. The method according to claim 1, If it is determined that the initial heating valves are valves capable of outputting a response signal, and the heating valves are valves that output a response signal, it is continued to determine which of the room cones in each room has a heating valve "open" request signal for heating. Judging; As a result of continuously determining whether the heating valve "open" request signal for heating is input from the specific room cone among the room cones of the respective rooms, when the heating valve "open" request signal is output from the specific room cone, which of the room cones previously installed in the other rooms is Determining whether there is a heating valve opened due to a heating request; In the above, it is determined whether there is a heating valve open due to a heating request in any of the room cones previously installed in each other room. As a result, if there is a heating valve open in any one of the room cones installed in the other rooms, an "open" request is made. Opening the heating valve of the corresponding room; In the above, it is determined whether there is a heating valve opened by any one of the room cones previously installed in the other rooms. "Opening" the valve; Subsequently detecting whether an “open” completion response signal is input from the valve driver for the heating valve; Continuously detecting whether the "open" response signal is input from the valve driver for the corresponding heating valve, and outputting a combustion request signal to the heat source when the "open" response signal is input from the valve driver, thereby heating the heating operation. Each source control method for interlocking the heat source using the response signal and time control, characterized in that further performing. The method according to claim 4, When the heat source is heating in response to the response signal of the valve driver, continuously determining which of the room cones in each room has a heating valve " close " request signal of the room; As a result of continuously determining which of the room cones among the room cones has received the heating valve "close" request signal of the room, if the heating valve "close" request signal is output from the specific room cone, even if the requested heating valve is closed, the heating of each room is closed. Determining whether there is an open valve among the valves; Determining whether there is an open valve among the heating valves of each room even when the heating valve is closed, and if there are other open heating valves, "closing" the heating valve of the corresponding room and ending; Outputting a fire extinguishing request signal to a heat source when there is no heating valve opened in another room as a result of determining whether there is an open valve among the heating valves in each room even when the heating valve is closed; Continually detecting whether a response signal from the heat source is inputted that the digestion is completed; And continuously closing the heating valve of the corresponding room when the response signal corresponding to the extinguishing completion is input from the heat source as a result of continuously detecting whether the response signal from the heat source is completed. Control method of interlocking heat source using response signal and time control.

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