KR20210155898A - Boiler piping distribution device - Google Patents

Abstract

The present invention relates to an integrated boiler piping distribution device which is able to form a single unified set of a series of pipe configurations built in a boiler such as a hot water supply unit engaged with a calorimeter and a water return control unit engaged with an opening/closing driver by an integrated holding unit, reduce the cost for parts needed for installing the boiler piping distribution device, simplify the configuration of the set, allow a worker to more rapidly and conveniently perform installation and maintenance even in a small space, and significantly improve economic efficiency, handling properties, and installation efficiency. Therefore, to this end, according to the present invention, the integrated boiler piping distribution device comprises: an integrated holding unit including a pair of installation and fixing plates on both sides, a hot water control valve engaged with a lower front outer side surface of one of the pair of installation and fixing plates, and a water return control valve engaged with an upper rear outer side surface of the installation and fixing plate with the hot water control valve; a hot water supply unit horizontally installed on an inner lower front surface of the integrated holding unit while being connected to the hot water control valve; and a water return supply unit horizontally installed on an inner upper rear surface of the integrated holding unit while being connected to the water return control valve.

Description

Integrated mounting type boiler piping distribution device {Boiler piping distribution device}

The present invention relates to a boiler distribution device, and more particularly, to a supply pipe for supplying hot water, a distribution pipe for distributing and delivering the supplied hot water to a plurality of indoor spaces, and a return water supply for circulating and delivering the distributed hot water to the boiler. In the boiler piping consisting of piping, the supply piping, the distribution piping, and the return piping are set as an integrated mounting type, so that a series of installation operations as well as maintenance operations can be performed quickly, conveniently, and efficiently It relates to an integrated mounting type boiler pipe distribution device that can do this.

In general, a boiler is a facility that generates high-temperature hot water by heating water or fruit by means of fire, combustion gas, or electric heat, and circulates and supplies the generated hot water to an indoor living space to perform a heating function. means

Such a boiler largely generates hot water by a thermal energy source and supplies a boiler body for supplying the generated hot water, and receives the hot water generated from the boiler body and distributes and transmits the hot water to each divided indoor space to perform a heating action. It consists of a distribution device.

In addition, as described above, the distribution device serves to supply hot water supplied from the boiler body to a plurality of indoor living spaces partitioned by use, for example, a room, a living room, a kitchen, and the like. The device includes a supply pipe for supplying hot water from the boiler body, a distribution pipe for distributing and delivering the supplied hot water to each indoor space partitioned by the valve opening and closing action, and a return water system for returning the heat-exchanged hot water back to the boiler through the distribution circulation process. It consists of piping.

On the other hand, in another alternative, the boiler having the above-described equipment configuration includes a series of piping configurations constructed with the boiler, for example, a supply pipe equipped with an on/off actuator, a distribution pipe fixed to the cradle, and a calorimeter mounted return water supply pipe. There is a problem in that the cost of piping materials is inevitably increased due to the component composition listed in each individual configuration, as the piping was connected in a separately arranged form, and in particular, according to the unsystematic individual connection configuration There are significant structural problems, such as requiring an excessive installation space, and making a series of installation and maintenance work difficult and inconvenient.

In addition, the boiler having the above-described equipment configuration maintains watertightness or airtightness while connecting a series of pipes forming the boiler, for example, a supply pipe, a distribution pipe, a return pipe, etc. in one line configuration. As a connecting means for easy pipe direction change, an accessory for pipe fastening is used as an essential component.

Accordingly, looking at an example of an accessory for fastening a pipe widely used in general, it is composed of a plurality of parts divided, for example, a new stock tank socket provided with a sealing ring, a new stock reducer for adjusting the difference in diameter of the pipe, and a change in the connection direction of the pipe It can be seen that elbows for

However, as described above, the conventional accessory for fastening the pipe is composed of individual parts divided into a plurality of parts, and as such, the divided parts are assembled in a sequential screw fastening method to connect the shorted pipe and the pipe. Therefore, in the process of storage or transport due to the component configuration divided into multiple parts, the risk of loss is very high, and, in addition, any of the components of the set configuration are very high. If one part is lost, there is a problem of considerable deterioration of handling that cannot perform pipe connection work.

Republic of Korea Patent Registration No. 1754029 Korean Patent Registration No. 1541968

The present invention was devised to solve the general problems of the conventional boiler pipe connection means;

An object of the present invention is to form a series of piping structures constructed as boilers, for example, a hot water supply unit coupled with a calorimeter and a return water control unit coupled with an on/off actuator, into one unified set configuration by an integrated mounting unit, By reducing the cost of parts necessary for installing the boiler distribution device, and also by making it possible to perform a series of installation work and maintenance work more quickly and conveniently even in a narrow space by a simplified set configuration, economic performance, handling, and And, to provide an integrated mounting type boiler pipe distribution device so as to greatly improve the installation efficiency.

Another object of the present invention is to form a hot water supply unit for supplying hot water and a return water control unit for circulating and transmitting heat-exchanged hot water to a boiler in one unified set configuration, hot water supply formed in the set configuration The distribution pipe and the inflow distribution pipe of the unit, and the return pipe and the discharge distribution pipe of the return water control unit are connected by an elastic ratchet fastening member having a one-touch fastening method, and a series of pipe connection work that is formed integrally is also quick, An object of the present invention is to provide an integrated mounting type boiler pipe distribution device for convenient and efficient operation.

Therefore, as a specific means of the integrated mounting type boiler pipe distribution device according to the present invention for achieving the above object;

A pair of left and right installation fixing plates, a hot water regulating valve coupled to the front outer surface of the lower front of any one of the pair of installation fixing plates, and a return regulating valve coupled to the upper rear outer surface of the installation fixing plate where the hot water regulating valve is installed Formed integrated holding unit;

a hot water supply unit installed horizontally when connected to a hot water shut-off valve on the inner lower front surface of the integrated holding unit;

And, when it is connected to the return control valve on the inner upper rear surface of the integrated holding unit, it is achieved by forming a return water supply unit that is installed horizontally.

As described above, in the integrated mounting type boiler pipe distribution device according to the present invention, the hot water supply unit and the return water control unit are formed into a single set configuration by the integrated mounting unit, thereby reducing the cost of parts required for installing the boiler distribution device, In addition, a series of installation work and maintenance work can be performed quickly and conveniently even in a narrow space by a simplified set configuration, which provides the effect of improving economic performance, handling, and installation efficiency do.

Alternatively, in the integrated mounting type boiler pipe distribution device according to the present invention, when the hot water supply unit and the return water supply unit are installed and formed in one unified set configuration, the distribution pipe and the inflow distribution of the hot water supply unit formed in the set configuration The pipe, and the return pipe and the discharge distribution pipe of the water return control unit are connected by an elastic ratchet fastening member having a one-touch fastening method, so that a series of pipe connection work that is formed integrally can be performed quickly, conveniently, and efficiently. As such, it provides a very useful expected effect.

1 is a perspective view of an integrated mounting type boiler pipe distribution device according to the present invention;
2 is a front configuration view of an integrated mounting type boiler pipe distribution device according to the present invention;
3 is an enlarged cross-sectional view of the coupling state of the elastic ratchet fastening member applied to the present invention;
4 is a partially exploded perspective view of a hot water supply unit and a return water supply unit applied to the present invention;

Hereinafter, the configuration of a preferred embodiment of the integrated mounting type boiler pipe distribution device according to the present invention will be described in detail based on the accompanying drawings.

Looking at the schematic configuration of the integrated mounting type boiler pipe distribution device according to the present invention with reference to the accompanying drawings;

It is composed of a combination of an integrated holding unit (1), a hot water supply unit (2), a return water supply unit (3), and an elastic ratchet fastening member (4).

Here, first, the integrated mounting unit 1 is a kind of basic supporting means for installing and fixing the hot water supply unit 2 and the return water supply unit 3 to be described later in one unified set configuration. As shown in FIG. 1 or 2, the unit 1 takes a symmetrical spaced structure on both sides of the left and right sides and forms a pair of installation fixing plates 11 installed upright, and among the pair of installation fixing plates 11, The hot water shutoff valve 12 is coupled to the lower front outer surface of any one of the installation fixing plates 11 and, again, a return control valve 13 is formed on the upper rear outer surface of the installation fixing plate 1 where the hot water control valve 12 is installed. ) to form a bond.

In addition, the hot water supply unit 2 is a means for initially supplying hot water, whose temperature is increased by operation of the boiler, to an indoor space requiring heating, such a hot water supply unit 2, As shown in 2, an automatic opening/closing control means for supplying hot water to the indoor space, for example, an opening/closing actuator 21 is installed, a supply pipe 22 having a predetermined length is formed, and the supply pipe 22 is It is preferable to connect the inlet distribution pipe 23 to the side.

A means for measuring the temperature of the supplied hot water, for example, forming a supply pipe 22 of a predetermined length installed with a calorimeter 21, and connecting an inflow distribution pipe 23 to one side of the supply pipe 22 desirable.

At this time, in the hot water supply unit 2 described above, the inflow distribution pipe 23 is formed by coupling the insertion connection member 231 to one end in an integrated configuration, as shown in FIG. 1 or FIG. 4 , The air discharge nozzle 232 and the temperature sensor 233 are installed and formed in an arrangement structure spaced apart from each other by a predetermined distance on the upper surface of the outer diameter of the inlet distribution pipe 23 in which the insertion connection member 231 is formed, and again, the inlet distribution pipe ( 23) The auxiliary distribution port 234 is further connected to the lower surface of the outer diameter.

Furthermore, in the above configuration, in particular, the insertion connecting member 231 is, as shown in FIG. 4 , a fastening guide plate 231-1 taking a thin plate structure, and a front central portion of the fastening guide plate 231-1. A fastening guide pipe 231-2 of a cylindrical structure protruding in a horizontally extended structure, and a band-shaped elastic fixing groove (H) formed around the front outer diameter of the coupling guide pipe 231-2, 331-2 ) is made of

In addition, the return water supply unit 3 is a heat exchange action, for example, a means for circulating and supplying hot water whose temperature has been lowered by a heating action to the boiler by returning it back to the boiler. Or, as shown in FIG. 3, a means for measuring the temperature of the hot water lowered by the heat exchange action according to circulation heating, for example, a calorimeter 31 is installed, the return pipe 32 is installed, and the return pipe 32 It is preferable to connect the discharge distribution pipe 33 to one side.

At this time, in the aforementioned return water supply unit 3, the discharge distribution pipe 33 is formed by coupling the insertion connection member 331 to one end in an integrated configuration, as shown in FIG. 1 or FIG. The air discharge nozzle 332 and the temperature sensor 333 are installed on the upper surface of the outer diameter of the discharge distribution pipe 323 on which the insertion connection member 331 is formed in a spaced apart arrangement structure, and again, the discharge distribution pipe ( 23) The auxiliary distribution port 334 is further connected to the lower surface of the outer diameter.

Furthermore, in the above configuration, in particular, the insertion connecting member 331 is, as shown in FIG. 4, a fastening guide plate 331-1 taking a thin plate structure, and a front central portion of the fastening guide plate 331-1. It consists of a coupling guide pipe 331-2 of a cylindrical structure protruding in a horizontally extending structure, and a band-shaped elastic fixing groove H formed around the front outer diameter of the coupling guide pipe 331-2.

(For reference, in the return water supply unit 3, the discharge distribution pipe 33 performs the same configuration and function without any difference from the inflow distribution pipe 23 of the hot water supply unit 2 described above. Invar, therefore, for convenience of explanation, the same name is used for the components of the same function, and only the symbols are marked differently.)

Finally, the elastic ratchet fastening member 4 is, in the hot water supply unit 2 described above, the supply pipe 22 and the inflow distribution pipe 23 , and in the return water supply unit 3, the return pipe As a means for connecting the 32 and the discharge distribution pipe 33 in a one-touch fastening method, the elastic ratchet fastening member 4 is, as shown in FIG. 2 or FIG. 4, a male thread 411 on the outer diameter surface. A fixed pressure ring 42 for receiving and coupling in a sequential insertion structure to the member installation hole 412 in a configuration including a fastening assembly part 41 having a member installation hole 412 formed on the inner surface thereof. And, the elastic ratchet ring 43 and the sealing ring 44 are formed, and again, the fixed pressure ring 42 coupled to the member installation hole 412, the elastic ratchet ring 43, and the sealing ring ( 44) is received and fixed, and it is preferable to form a closing cap 45 that is coupled to the outer diameter surface of the fastening assembly 41 by a screw fastening method.

At this time, the elastic ratchet ring 43 in the configuration is, in the inlet distribution pipe 23 and the discharge distribution pipe 33 described above, the elastic formed by the outer diameter of the coupling guide pipes 231-2 and 331-2. It is coupled to the fixing groove (H) in a locking structure, and is a means for fixing and connecting the supply pipe 22 and the inflow distribution pipe 23, and the return pipe 32 and the discharge distribution pipe 33 in a one-touch manner, and The same, elastic ratchet ring 43, as shown in FIG. 4, with a circular band-shaped close contact fixing piece 431 made of a metal material as a base configuration, a sawtooth shape around the inner surface of the close contact fixing piece 431 A plurality of connection configurations extending by dividing and extending, for example, the shape and shape of the elastic locking collar 432 as shown in the partially enlarged view of FIG. 4 are formed in an integrated structure.

Therefore, looking at the mutual coupling relationship of the integrated mounting type boiler pipe distribution device according to the present invention consisting of a series of configurations as described above;

This is, as shown in FIG. 1 or FIG. 2, the hot water supply unit 2 in a horizontal configuration connected to the hot water control valve 12 and the pipe on the inner lower front surface of the integrated holding unit 1 installed in a pair of symmetrically spaced structures. ) is installed and fixed, and again, by installing and fixing the return water supply unit 3 in a horizontal configuration connected to the return control valve 13 and the pipe on the inner upper rear surface of the integrated holding unit 1 installed in a pair of symmetrical spaced structures. , to implement an integrated mounting type boiler pipe distribution device according to the present invention.

In addition, the elastic ratchet connecting the supply pipe 22 and the inflow distribution pipe 23 in the hot water supply unit 2, and the return pipe 32 and the discharge distribution pipe 33 in the return water supply unit 3 Looking at the coupling relationship of the fastening member 4 in more detail, this is, as shown in FIG. 3 or 4 , the fastening guide pipes 231-2 and 331 formed of the inlet distribution pipe 23 and the outlet distribution pipe 33 . -1) is pushed into the inner diameter of the elastic ratchet connecting member 4 in a one-touch method, for example, by applying a constant pressure without the need for a separate tightening operation such as rotation, and the coupling guide pipe 231-2 (331-) is inserted. As shown in FIG. 3, the elastic latching collar 432 formed of the elastic ratchet ring 43 by the insertion pressure of 1) is elastically deformed and caught in the elastic fixing groove (H), and the fastening guide pipe 231-2 ) (331-1), the insertion end is in close contact with the sealing ring 44, the assembly is completed.

Then, as a finishing process, when the closing cap 45 is manually tightened under the state in which the elastic ratchet ring 43 is coupled to the elastic process groove H in a one-touch gripping structure, as shown in FIG. , by the tightening force of the closing cap 45, sealing force and fixing force are given to the coupling part, and a series of assembly and connection relationships are completed.

Accordingly, as described above, the integrated mounting type boiler pipe distribution device according to the present invention having a series of combined configurations distributes and supplies hot water raised to a high temperature by boiler operation to the indoor living space through the hot water supply unit 2 to provide heating. After performing the heating action, the temperature is lowered and the process of circulating and delivering hot water to the boiler through the return water supply unit 3 is repeated, and thus has a use relationship.

At this time, as described above, in a series of use relationships, the calorimeter 21 formed of the return water supply unit 3 is a temperature sensor 233 , 333 formed of an inlet distribution pipe 23 and an outlet distribution pipe 33 . ), the temperature of the hot water supplied and returned is checked in real time, and when the checked temperature is higher or lower than the set temperature range, the checked signal is transmitted to the opening/closing actuator 31 to control the opening/closing actuator 31 By automatically intercepting the opening and closing, the supply amount of hot water is controlled, and the heating temperature is controlled accordingly.

On the other hand, as an amplification, in the present invention consisting of the above-mentioned series of configurations, the supply pipe 22 and the inflow distribution pipe 23 of the hot water supply unit 2, and the return pipe of the return water supply unit 3 ( 32) and the discharge distribution pipe 33 are not limited to only being fastened in a one-touch manner by the elastic ratchet fastening member 4, and can be connected by a screw fastening method by a watertight nut (N) according to an option. , which also does not depart from the scope of the present invention.

Alternatively, in the present invention consisting of the above-described series of configurations, the inlet distribution pipe 23 of the hot water supply unit 2 and the outer diameter lower surface of the discharge distribution pipe 33 of the return water supply unit 3 are formed The auxiliary distribution ports 234 and 334 are not limited to a single configuration, and the number of auxiliary distribution ports 234 and 334 is also variably divided into a plurality according to the number of indoor spaces that require heating. It can be done, and this also does not depart from the scope of the present invention.

1: Integrated storage unit 2: Hot water supply unit
3: return water supply unit 4: elastic ratchet fastening member
11: installation fixing plate 12: hot water shut-off valve
13: return control valve 21: open/close actuator
22: supply pipe 23: inflow distribution pipe
31: calorimeter 32: return pipe
33: discharge distribution pipe 41: fastening assembly
42: fixed compression ring 43: elastic ratchet ring
44: sealing ring 45: closing cap

Claims (4)

A pair of installation fixing plates 11 installed upright in a symmetrical spaced-apart structure on both sides of the left and right sides, and a pair of installation fixing plates 11, any one of the installation fixing plates 11, which is coupled to the lower front outer surface of the hot water control valve 12 ) and an integrated mounting unit (1) formed of a return control valve (13) coupled to the upper rear outer surface of the installation fixing plate (1) on which the hot water shutoff valve (12) is installed;
a hot water supply unit (2) connected to the hot water shut-off valve (12) on the inner lower front surface of the integrated holding unit (1) and installed horizontally;
And, it is connected to the return control valve 13 on the inner upper rear surface of the integrated holding unit (1) and is formed of a return water supply unit (3) installed horizontally;
The hot water supply unit 2 includes a supply pipe 22 in which an opening/closing actuator 21 is installed, and an inflow distribution pipe connected in a one-touch fastening manner by an elastic ratchet fastening member 4 on one side of the supply pipe 22 ( 23);
The return water supply unit 3 includes a return pipe 32 provided with a calorimeter 31, and an elastic ratchet fastening member 4 on one side of the return pipe 32 in a one-touch fastening method connected to a discharge distribution pipe 33 ), an integrated mounting type boiler pipe distribution device, characterized in that it is formed of.
The method of claim 1 ;
The hot water supply unit (2), the supply pipe (22) and the inlet distribution pipe (23) are connected by a screw fastening method by a watertight nut (N);
The return water supply unit (3) is an integrated mounting type boiler pipe distribution device, characterized in that the return pipe (32) and the discharge distribution pipe (33) are connected by a screw fastening method by a watertight nut (N).
The method of claim 1 ;
The inlet distribution pipe 23 and the discharge distribution pipe 33 are formed in the same configuration in which the insertion connection members 231 and 331 are integrally coupled to one end, and the insertion connection members 231 and 331 are fastening induction. Plates 231-1 (331-1) and fastening guide pipes (231-2) (331-2) protruding in a horizontally extending structure in the front center of the fastening guide plates (231-1, 331-1) and an elastic fixing groove (H) formed around the front outer diameter of the coupling guide pipe (231-2) (331-2);
The inlet distribution pipe 23 and the discharge distribution pipe 33 taking the same configuration are provided with the air outlet nozzles 232 and 332 and the temperature sensor 233 and 333 spaced apart from each other on the outer diameter upper surface, and have the same configuration. An integrated mounting type boiler pipe distribution device, characterized in that the auxiliary distribution ports (234, 334) are further connected to the outer diameter lower surface of the inlet distribution pipe (23) and the outlet distribution pipe (33) of the.
4. The method of claim 3;
The auxiliary distribution ports (234, 334) formed by the outer diameter lower surface of the inlet distribution pipe (23) and the outlet distribution pipe (33) are variably divided into a plurality of configurations.

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