KR200263677Y1 - Warm water division system - Google Patents

Abstract

The present invention relates to a hot water distribution system, and to allow the complex operation to be performed as well as the construction work can be made easily.

The present invention is fixed in the horizontal direction in the hot water distributor body 1, the hot water distributor body 1 is circulated to heat the interior of the house and apartment, and the inside of the housing (2) of the hot water distributor body 1 and In addition, the first distribution header 3 and the first distribution header in which the stop valve 13 is integrally formed at the inlet with the strainer 4, the flow regulator 5, and the discharge valve 6 arranged in a line. (3) and the upper portion of the first distribution header (3) to be connected independently through each hot water pipe (7), flow meter (9), temperature control valve (10), discharge valve (11), automatic flow rate The control valve 12 and the constant flow valve 17 is composed of a second distribution header 8 is formed integrally.

Description

Hot Water Distribution System {WARM WATER DIVISION SYSTEM}

The present invention relates to a hot water distribution system.

As is generally known, houses and apartments use hot water for heating. The hot water is supplied to a hot water distributor through a pipe while heated in a boiler, and the hot water supplied to the hot water distributor is heated through a hot water pipe. It moves to the floor and heats the indoor floor, and the hot water heated to the indoor floor is returned to the hot water distributor and then moved to the boil through the pipe, and the hot water returned to the boiler is heated by the boiler and recycled as described above. Will be.

The hot water distributor is classified into a supply distributor and a return distributor, wherein the supply distributor integrally forms a distribution nozzle on the side of the distribution header, forms a valve handle on the distribution nozzle, and couples the hot water pipe to the distribution nozzle. will be. The water distribution distributor is to form a distribution nozzle integrally on the side of the distribution header and to couple the hot water pipe to the distribution nozzle.

The valve handle of the dispensing nozzle is to properly control the amount of hot water supplied to the hot water pipe. When the specific dispensing nozzle is shut off using the valve handle, the hot water is not supplied to the hot water pipe. Due to this particular room will not be heated.

The circulation of the hot water is performed by a temperature controller installed in a specific room, and the temperature of the room is preferentially set by operating the temperature controller. When the temperature is set, hot water is supplied by the operation of the boiler, and the supplied hot water is maintained at a specific temperature by heating the room.When the room is heated to the set temperature, the circulation of the hot water is automatically stopped, and the hot water circulation By stopping by the temperature of this specific room, the temperature of each room is not maintained uniformly in an appropriate state.

In addition, the hot water flowing into the distribution header is to include foreign matters during circulation through the boiler and the pipe, the hot water circulation is not properly made due to the generated foreign matter.

In order to solve the above problems, the temperature control valve is installed on the distribution header of the hot water distributor, and a strainer is installed on one side of the supply distributor to easily control the temperature of each room and remove foreign substances in the hot water.

However, the above-mentioned hot water dispenser is difficult to install in space because the operator selects individual specific parts and connects them directly to the distribution header to fix the installation. There was a problem accompanied by constraints.

The object of the present invention is to provide a hot water distribution system to correct the above problems, to allow the complex function to be exhibited and to facilitate the construction work.

In order to achieve the above object, the present invention is the first distribution that is fixed to the inner side of the hot water distributor body, the housing of the hot water distributor body, the strainer, the flow regulator and the discharge valve is integrally formed and the stop valve is formed at the inlet A header, which is installed above the first distribution header so as to be independently connected through the first distribution header and the hot water pipe, and is integrally formed with a flow meter, a temperature control valve, a discharge valve, an automatic flow control valve, and a constant flow valve. It consists of two distribution headers.

1 is a schematic diagram of an embodiment of the present invention,

2 is a plan sectional view showing main parts of an embodiment of the present invention;

3 is a front view showing a first distribution header of an embodiment of the present invention;

4 is a front view showing a second distribution header of an embodiment of the present invention,

Figure 5 is a block diagram schematically showing the temperature control of the embodiment of the present invention.

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

1: hot water distributor body 2: housing

3: first distribution header 4: strainer

7: hot water pipe 8: second distribution header

10: temperature control valve 12: automatic flow rate control valve

13: stop valve 17: constant flow valve

1 to 5, the hot water distributor body (1) and the housing of the hot water distributor body 1 is circulated with hot water supplied from the boiler for heating the interior of the house and apartment, etc. (2) A first distribution in which the stop valve 13 is integrally formed at the inlet in a state in which the strainer 4, the flow regulator 5, and the discharge valve 6 are arranged in a line and fixed in the horizontal direction at the inner lower portion thereof. It is installed above the first distribution header 3 so that the header 3, the first distribution header 3 and the respective hot water pipes 7 can be independently connected, and the flow meter 9 and the temperature control valve ( 10), the discharge valve 11, the automatic flow control valve 12 and the constant flow valve 17 is composed of a second distribution header (8) formed integrally.

The stop valve 13 formed at the inlet of the first distribution header 3 positions the strainer 4 at the rear side thereof, and installs a flow regulator 5 on the upper side of the first distribution header 3. 1 At the end of the distribution header 3, an air discharge part 14, a connection part 15, and a discharge valve 6 having a drain port 16 are provided.

The stop valve 13 is to control the hot water flowing into the first distribution header 3 proportionally, the strainer 4 is to filter foreign matter in the hot water, the flow regulator 5 is the first It is to specify the flow of hot water from the distribution header (3) to the hot water pipe (7) connected to each room, and the discharge valve (6) automatically discharges the air inside the first distribution header (3) To drain. The air inside the first distribution header 3 is automatically discharged by the air discharge unit 14, and the hot water inside the first distribution header 3 is discharged through the drain 16.

In addition, the constant flow rate valve 17 formed at the outlet of the second distribution header 8 positions the automatic flow rate control valve 12 at the rear side thereof and the temperature control valve 10 at the upper side of the second distribution header 8. And a discharge valve 11 having an air discharge portion 14, a connection portion 15, and a drain port 16 formed at an end of the second distribution header 8. The constant flow valve 17 is a manual operation of the amount returned when the used hot water is returned to the piping line of the boiler, the automatic flow control valve 12 is a pipe in use (first, second distribution header (3, 8) and hot water pipe (7, etc.) When the flow rate change occurs due to the deposition of foreign matters due to the aging of the system is to elastically respond to a certain amount of flow to always flow, the temperature control valve 10 is in each room It is automatically operated according to the set temperature of to keep the room temperature constant. In addition, by installing the flow meter (9) at the hot water pipe (7) connection point of the lower side facing the temperature control valve 10 to ensure that the user is circulating the desired amount of hot water.

The temperature control valve 10 is to be electrically connected to the individual room temperature controller 19, the temperature control valves (first, 2, 3, 4, 5, 6, 7, n temperature control valve 20) ) 10 is installed corresponding to each hot water pipe (7), each of the room (first, second, third, fourth, so that the temperature control valve 10 can be connected and operated independently of each other) 5, 6, 7, n room 21) to install the individual room thermostat 19 is connected to the cable (22). The individual room temperature controller 19 is to control the temperature independently of the other room 21 by operating the corresponding temperature control valve 20 when the user set the desired temperature in the room (21).

In addition, the first and second distribution headers 3 and 8 are formed by casting and the like, and their shape is periodically rounded, and the rounded portions are installed in a state where the hot water pipe 7 is in contact with the rounded portion. Ref.) Due to the contact installation of the hot water pipe (7), the width in the width direction of the housing (2) is narrowed to induce an overall size reduction. After the housing 2 is constructed, the cover (not shown) is coupled to the housing 2.

Reference numeral 23 is a fixing pin that connects the first distribution header 3 and the second distribution header 8 to the housing 2, and 24 is a cap that blocks the drain 16 from the outside.

The present invention as described above is to facilitate the construction work as well as to exhibit a complex function, the first and second distribution headers (3, 8) inside the housing (2) of the hot water distributor body (1) In addition, the stop valve 13, the strainer 4, the flow regulator 5 and the discharge valve 6 are sequentially formed in the first distribution header 3, and the second distribution header 8 In the constant flow valve 17, the automatic flow control valve 12, the temperature control valve 10, the flow meter 9, the discharge valve 11 and the like is formed.

The respective parts are integrally formed with the first distribution header 3 and the second distribution header 8 so that the overall size of the first distribution header 3 and the second distribution header 8 is reduced, and the first As a single unitization is made with the dispensing header 3 and the second dispensing header 8 fixedly fixed inside the housing 2, the contractor has a first dispensing header 3 and a second distributing header 8. The hot water distributor body (1) formed is to be connected to the piping line and the hot water pipe (7).

The hot water pipes 7 corresponding to the respective rooms 21 are connected to the corresponding points of the flow regulator 5 and the flow meter 9 of the first distribution header 3 and the second distribution header 8. Circulation that is connected to the hot water pipe line supplied from the boiler, etc. in front of the stop valve 13 of the first distribution header (3), and returned to the boiler, etc. in front of the constant flow valve (17) of the second distribution header (8). Connected to the pipe line is to allow the circulation of hot water.

As described above, as the worker works without connecting and assembling each part, the construction work is simply made, and the construction space is not limited by the work.

As described above, the present invention fixes the first distribution header in which the stop valve and the strainer, the flow regulator, and the discharge valve are sequentially formed inside the housing of the hot water distributor body, as well as the constant flow valve, the automatic flow control valve, the temperature control valve, and the flow meter. As the discharge valve is formed by fixing the second distribution header formed integrally, the size of the hot water distributor body is reduced, and as the respective parts are integrally formed, the construction worker finishes by connecting only the hot water pipe and the piping line. Workability is remarkably improved.

As the first and second distribution headers are formed with a stop valve, a strainer, a flow regulator, a constant flow valve, an automatic flow control valve, a temperature control valve, a flow meter, and a discharge valve, a complex function is fully exhibited.

Claims (4)

Hot water distributor body (1); It is fixed to the inner lower portion of the housing 2 of the hot water distributor body 1, the strainer 4, the flow regulator 5 and the discharge valve 6 is formed integrally, and the stop valve 13 is formed at the inlet 1 distribution header 3; It is installed above the first distribution header 3 so that the first distribution header 3 and the hot water pipe 7 can be independently connected, the flow meter 9, the temperature control valve 10, and the discharge valve 11. Hot water distribution system, characterized in that composed of a second distribution header (8) in which the automatic flow rate control valve (12) and the constant flow rate valve (17) are integrally formed. delete delete The method of claim 1, The temperature control valve 10 is hot water distribution system, characterized in that electrically connected with the individual room temperature controller (19).