Household tap water and heating water composite distribution device and tap water and heating water distribution system using same

Abstract

The present invention provides a combined household tap water and heating water distribution device and a tap water and heating water distribution system using the same, the device comprising: a tap water distributor (200), one end of which is connected to a tap water pipe (10), which distributes tap water supplied from the tap water pipe (10) to a boiler (40) and each use location (20), and which is configured so as to be exposed to the ground; the hot water distributor (300) is connected with the boiler (40) to receive hot water and distribute the hot water to the use places (20), and the hot water distributor (300) is exposed to the ground; the heating water distributor (400) is connected with the boiler (40) so as to receive heating water and supply the heating water to the use places (20) for circulation; a heating water recovery device (500) for recovering the heating water that has been circulated at each of the use sites (20) and supplying the recovered heating water to the boiler (40) side; the supply hose (600) is used for connecting the tap water distributor (200) and the hot water distributor (300) with the use places (20) and conveying and supplying tap water and hot water to the use places (20); and a distribution frame (110) for coupling both ends of the tap water distributor (200), the hot water distributor (300), the heating water distributor (400), and the heating water collector (500).

Description

Technical Field

[0001] The invention relates to a combined household tap water and heating water distribution device and a tap water and heating water distribution system using the device. More specifically, it relates to a combined household tap water and heating water distribution device and a cold and hot water distributor that integrates a boiler hot water distributor with a tap water and hot water distributor that supply tap water and hot water, and sets the tap water supply distributor to be exposed on the ground. When the supplied tap water leaks, only the distribution pipeline supplying water to the leaking area is cut off, so that other areas can still be used normally. Background Technology

[0002] Typically, residential buildings or apartments must be equipped with water supply systems to deliver tap water or boiler water to bathrooms, balconies, and kitchen sinks.

[0003] The existing water supply system includes heating and hot water distributors that distribute heating water supplied from the boiler to various usage areas such as rooms, living rooms, and bathrooms, as well as cold and hot water distributors that distribute cold and hot water supplied by tap water and boiler to various usage areas.

[0004] At this time, existing heating and hot water distributors and hot and cold water distributors are usually buried or embedded in the ground, walls or ceiling, or installed under the kitchen sink, in the bathroom ceiling or bathroom floor, etc., and distribute hot or cold water to each place of use respectively.

[0005] In other words, existing hot water and cold water distributors for heating are usually installed in concealed locations within the indoor space, distributing water to various rooms, living rooms, and other spaces requiring heating, or to spaces and facilities requiring cold or hot water. However, when a leak occurs, if the hot water and cold water distributors are located in a confined space or are installed in a buried manner, it is difficult to select and disconnect the pipes at the point of leakage (the area where the leak occurs). Therefore, it is necessary to disconnect the main water supply line that supplies tap water to the boiler and the hot water and cold water distributors. As a result, users cannot use the boiler or hot and cold water until the area where the leak occurs is repaired, causing inconvenience.

[0006] In addition, replacing the leaking pipe in the area where the leak occurred requires demolition work in that area, which inevitably leads to longer repair times and higher costs.

[0007] On the other hand, the existing hot water distributors and hot and cold water distributors for heating are designed to supply, recycle, and circulate tap water through tap water supply pipelines. This means that even flushing water supplied to toilets and other places can only use tap water, resulting in a serious waste of water resources. Therefore, it is necessary to develop a solution to this problem. Summary of the Invention

[0008] Technical problems to be solved To address the aforementioned problems, this invention is proposed based on the aforementioned background technology. Its purpose is to provide a household tap water and heating water combined distribution device that integrates a boiler's hot water distributor with a hot and cold water distributor that supplies tap water and hot water, and sets the hot and cold water distributor to be exposed to the ground. When the supplied tap water leaks, only the distribution pipeline supplying water to the leaking area is cut off, so that other areas can still be used normally, as well as a tap water and heating water distribution system using the device.

[0009] Furthermore, another object of the present invention is to provide a household tap water and heating water combined distribution device and a tap water and heating water distribution system using the present invention, wherein cleaning lines are provided in the cold water distributor and the hot water distributor constituting the cold water and hot water distributor, the cleaning lines are coaxially arranged with the water supply hoses connected to the cold water and hot water distributor and the number of the cleaning lines are the same, so that each distribution line can be cleaned separately, thereby facilitating the removal and cleaning of impurities attached to the inside of the supply hoses.

[0010] Furthermore, the present invention aims to provide a household tap water and heating water combined distribution device and a tap water and heating water distribution system that provides a double-layer pipe structure for delivering cold and hot water supplied by a hot and cold water distributor to the place of use, supplying cold and hot water through an internal supply pipe, and in the event of a leak, simply pulling out the damaged internal supply pipe from the external supply pipe for replacement, thereby making maintenance and replacement work simple and quick.

[0011] Technical solution To achieve the aforementioned objective, according to one embodiment of the present invention, the system includes: a tap water distributor 200, one end of which is connected to a tap water pipe 10, distributing tap water supplied by the tap water pipe 10 to a boiler 40 and various usage locations 20, and configured to be exposed to the ground; a hot water distributor 300, connected to the boiler 40 to receive hot water, distributing the hot water to the various usage locations 20, and configured to be exposed to the ground; and a heating water distributor 400, connected to the boiler 40 to receive heating water and supplying the heating water to the various usage locations 20. The water is circulated at the point of use 20; the heating water recovery unit 500 is used to recover the heating water after circulation at each point of use 20 and supply it to the boiler 40; the supply hose 600 is used to connect the tap water distributor 200 and the hot water distributor 300 to each point of use 20, and to transport and supply tap water and hot water to each point of use 20; the distribution frame 110 is used to connect the two ends of the tap water distributor 200, the hot water distributor 300, the heating water distributor 400 and the heating water recovery unit 500.

[0012] According to an embodiment of the present invention, the tap water distributor 200 and the hot water distributor 300 are exposed on the ground.

[0013] According to an embodiment of the present invention, the distribution frame 110 is further provided with a sealing cover 130 for sealing the other end of the tap water distributor 200, the hot water distributor 300, the heating water distributor 400, and the heating water recovery device 500.

[0014] According to an embodiment of the present invention, the tap water distributor 200 comprises: a tap water distribution housing 210, which is coupled to the distribution frame 110 and receives tap water from the tap water pipe 10; a boiler-side tap water supply unit 220, which supplies the tap water to the boiler 40 side; a tap water supply distribution unit 230, which is arranged at intervals from the boiler-side tap water supply unit 220, and is configured as a plurality of such units, and is connected to the supply hose 600 to supply tap water to each of the usage locations 20; and a toilet connection unit 280, which is connected to the toilet and is used to supply tap water to the toilet side. A first cleaning unit 250 is disposed on the upper part of the tap water distribution housing 210, and multiple units are configured such that they are coaxial with the boiler-side tap water supply unit 220 and multiple tap water supply distribution units 230, and are respectively connected to the boiler-side tap water supply unit 220 and multiple tap water supply distribution units 230; and a toilet-side water supply cut-off unit 270 is disposed between the toilet connection unit 280 for supplying tap water to the toilet side and the outermost tap water supply distribution unit 230 among the multiple tap water supply distribution units 230, for cutting off the tap water supplied to the toilet connection unit 280 side.

[0015] According to an embodiment of the present invention, the first cleaning unit 250 includes: a first cleaning pipe 252, connected to and disposed on the upper part of the tap water distribution housing 210, and located on the same axis as the respective axial centers of the boiler-side tap water supply unit 220 and the plurality of tap water supply distribution units 230; and The first sealing cap 254 is detachably attached to the upper part of the first cleaning pipe 252 and is used to seal the first cleaning pipe 252 to prevent water leakage.

[0016] According to an embodiment of the present invention, the water distributor 200 further includes: a first supply cut-off valve 240 for opening or closing the boiler-side water supply section 220 and the plurality of water supply distribution sections 230; and a toilet-side supply cut-off valve 282 for opening or closing the toilet connection section 280.

[0017] According to an embodiment of the present invention, the hot water distributor 300 includes: a hot water distribution housing 310, with a hot water supply section 320 provided on the lower part of one side to introduce hot water received from the boiler 40; a plurality of hot water supply distribution sections 330 for supplying hot water flowing into the hot water distribution housing 310 to each usage point 20; and a second cleaning section 350 configured to allow cleaning tools to pass through the hot water supply section 320 and the hot water supply distribution section 330, and to clean the supply hose 600 connected to the hot water supply section 320 and the hot water supply distribution section 330.

[0018] According to an embodiment of the present invention, the supply hose 600 comprises: an external supply pipe 620, which is embedded in the wall or ground of a building, and its two ends protrude from the wall or ground by a predetermined length; and an internal supply pipe 610, which is inserted into and passes through the external supply pipe 620, connects the boiler 40 to each distributor 200 to distributor 500, and supplies and circulates or recycles tap water, hot water and heating water to each place of use 20.

[0019] According to an embodiment of the present invention, the internal supply pipe 610 is capable of positional movement along the inner circumferential surface of the external supply pipe 620.

[0020] Beneficial effects According to an embodiment of the present invention, the hot water distributor of the boiler is integrated with the hot and cold water distributor that supplies tap water and hot water. When the tap water supply distributor is set to an exposed above-ground structure, resulting in a leak in the tap water supply, only the distribution pipeline supplying water to the leaking area is cut off, so that other areas can still be used normally except for the leaking area.

[0021] Furthermore, according to an embodiment of the present invention, a cleaning pipeline is provided in the cold water distributor and the hot water distributor constituting the hot and cold water distributor. The cleaning pipeline and the water supply hose connected to the hot and cold water distributor are arranged on the same axis and are the same in number, so that each distribution pipeline can be cleaned separately, thereby facilitating the removal and cleaning of the contents of the supply hose.

[0022] Furthermore, according to embodiments of the present invention, not only can the water leakage problem be completely solved, but pipes can also be easily replaced, contaminated scale can be thoroughly cleaned, household water consumption can be reduced, and leaking pipes can be quickly identified without the need for a detector. Attached Figure Description

[0023] Figure 1 This is a perspective view of a household tap water and heating water combined distribution device according to an embodiment of the present invention.

[0024] Figure 2This is a front view of a household tap water and heating water combined distribution device according to an embodiment of the present invention.

[0025] Figure 3 A side view of a household tap water and heating water combined distribution device according to an embodiment of the present invention is shown.

[0026] Figure 4 This is a schematic diagram illustrating the frame, distributor, and edge-sealing structure of a household tap water and heating water combined distribution device according to an embodiment of the present invention.

[0027] Figure 5 This is a schematic diagram illustrating the connection status of the supply hose in a household tap water and heating water combined distribution device according to an embodiment of the present invention. Detailed Implementation

[0028] Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings.

[0029] like Figures 1 to 5 As shown, the household tap water and heating water combined distribution device 100 of the present invention includes: a tap water distributor 200, which connects the tap water pipe 10, the boiler 40 and various usage points 20 in the household, for supplying tap water to the boiler 40 and the usage points 20; a hot water distributor 300, for supplying hot water heated in the boiler 40 to the usage points 20; a heating water distributor 400, for receiving heating water provided by the boiler 40 and circulating it to the usage points 20; a heating water recovery device 500, for recovering the circulated heating water back to the boiler 40; and a supply hose 600, which is connected to each distributor 200 to distributor 500, for supplying and recovering tap water, hot water and heating water.

[0030] At this point, "domestic use area" refers to areas that use tap water, such as the kitchen, sink, and bathroom, or related facilities or spaces.

[0031] The composite distribution device 100 is configured as a distribution frame 110 for fixing each distributor 200 to distributor 500, including the aforementioned tap water distributor 200, hot water distributor 300, heating water distributor 400 and heating water recovery device 500.

[0032] The distribution frame 110 is provided with through holes 120 for inserting and fixing the two ends of each distributor 200 to distributor 500.

[0033] At this time, multiple through holes 120 are set at predetermined intervals from the lower part to the upper part of the distribution frame 110, and their axes are formed by a predetermined inclination from the front to the rear of the distribution frame 110.

[0034] That is, the supply hoses 600 connected to each of the above-mentioned distributors 200 to 500 are spaced apart from each other, and in each of the distributors 200 to 500, the first cleaning section 250 and the second cleaning section 350 respectively provided in the tap water distributor 200 and the hot water distributor 300 are spaced apart from each other, so that the replacement operation of the supply hoses 600 and the piping cleaning operation can be conveniently carried out.

[0035] In addition, a connecting flange 140 is provided on the distribution frame 110 for fixing the distributors 200 to 500 inserted into the through hole 120 to the inner surface of the distribution frame 110.

[0036] In addition, a sealing cap 130 is provided on the distribution frame 110 to seal the two ends of each distributor 200 to distributor 500 inserted into and fixed to the through hole 120, so as to prevent leakage of media such as tap water, hot water and heating water.

[0037] When the sealing cap 130 is inserted into the two ends of each distributor 200 to distributor 500, its outer peripheral surface is in close contact with the inner peripheral surface of the through hole 120, and its inner peripheral surface is in close contact with the two ends of each distributor 200 to distributor 500, thereby forming a double sealing method with a double sealing structure, but it is not limited to this.

[0038] The water distributor 200 is attached to the uppermost end of the distribution frame 110 and is configured to be exposed to the ground. It is connected to the water pipe 10 to receive tap water and supply tap water to the boiler 40 and various usage locations 20. It includes a water distribution housing 210, a boiler-side water supply section 220, a water supply distribution section 230, a first cleaning section 250, a toilet-side water supply cut-off section 270, and a toilet connection section 280.

[0039] The water distribution housing 210 is formed with open ends on both sides, and its outer peripheral surface is fixed to the through hole 120 of the distribution frame 110 by the connecting flange 140.

[0040] One end of the water distribution housing 210 is connected to the water pipe 10 to receive tap water, and the other end is sealed by the sealing cap 130.

[0041] In addition, the tap water distribution housing 210 includes: a boiler-side tap water supply section 220 connected to the boiler 40 and delivering the received tap water to the boiler 40 side on one side of the lower part; a plurality of tap water supply distribution sections 230 spaced apart from the boiler-side tap water supply section 220 for supplying tap water to each use area 20 in the home; and a toilet connection section 280 connected to the toilet in the bathroom of the use area 20 and supplying tap water to the toilet side.

[0042] The boiler-side tap water supply unit 220 is connected to the first water supply pipeline 710 of the tap water and heating water distribution system described later, so as to supply tap water to the boiler 40 side.

[0043] At this time, a first supply shut-off valve 240 is provided on the boiler-side tap water supply unit 220, which allows the user to arbitrarily cut off the tap water supplied to the boiler 40 side.

[0044] The tap water supply and distribution unit 230 is connected to each user location 20 via the internal supply pipe 610 of the supply hose 600, and delivers tap water supplied to the tap water distribution housing 210 to the connected user location 20 via the internal supply pipe 610.

[0045] The tap water supply distribution unit 230 is also equipped with a first supply cut-off valve 240 so that the tap water supply can be cut off for each user 20.

[0046] That is, the composite distribution device 100 of the present invention, through the first supply shut-off valve 240 for independently opening and closing the boiler-side tap water supply section 220 and the plurality of tap water supply distribution sections 230 respectively provided in the tap water distributor 200, enables only the boiler 40 or the use area 20 that is leaking to be shut off among the plurality of boilers 40 or use areas 20, while tap water can be continuously supplied to the boilers 40 or use areas 20 that are not leaking.

[0047] Multiple first cleaning units 250 are provided and are located on the upper part of the water distributor 200. They are coaxial with the boiler-side water supply unit 220 and multiple water supply distribution units 230, and are respectively connected to the boiler-side water supply unit 220 and multiple water supply distribution units 230. They are configured to allow the insertion of cleaning tools, so that the inserted cleaning tools can clean the supply hose 600, especially the inner circumferential surface of the internal supply pipe 610 of the supply hose 600, while penetrating the boiler-side water supply unit 220 and multiple water supply distribution units 230.

[0048] That is, the first cleaning unit 250 is configured to allow cleaning tools to be inserted from above, and the inserted cleaning tools can penetrate the boiler-side tap water supply unit 220 or any one of the multiple tap water supply distribution units 230, thereby entering the internal supply pipe 610.

[0049] The first cleaning unit 250 described above includes: a first cleaning pipe 252 attached to the upper part of the tap water distribution housing 210, particularly coaxial with the axis of the boiler-side tap water supply unit 220 and the plurality of tap water supply distribution units 230; and a first sealing cap 254 detachably attached to the upper part of the first cleaning pipe 252 for sealing the first cleaning pipe 252 to prevent tap water leakage.

[0050] In addition, the first cleaning unit 250 may further include a first cleaning pipe opening and closing valve 260, which is used to prevent tap water flowing into the tap water distribution housing 210 from flowing into the first cleaning pipe 252 side, or to open the first cleaning pipe 252 to discharge foreign matter adhering to the cleaning tool when the cleaning tool is pulled out after the cleaning operation and the foreign matter remains in the tap water distribution housing 210.

[0051] The toilet-side water supply cut-off section 270 is located on the other side of the tap water distribution housing 210, that is, opposite to the tap water supply section 212, and is used to deliver the received tap water to the toilet side or to cut off its water supply.

[0052] The toilet-side water supply cut-off section 270 can be disposed between the toilet connection section 280 for supplying tap water to the toilet side and the outermost tap water supply distribution section 230 among a plurality of tap water supply distribution sections 230.

[0053] In addition, the toilet-side water supply cut-off section 270 may have an electronic control valve so that, under the control of the control section 840 of the tap water and heating water distribution system described later, the tap water distribution housing 210 and the toilet connection section 280 can be connected to or cut off.

[0054] The toilet connection part 280 is connected to the water distribution housing 210 and is used to supply tap water to the toilet side.

[0055] At this point, the toilet connection part 280 may be further equipped with a toilet-side supply shut-off valve 282 to shut off the supplied tap water.

[0056] On the other hand, the water distributor 200 of the present invention supplies tap water to the boiler 40, the place of use 20 and the toilet side through a supply hose 600 composed of an internal supply pipe 610 and an external supply pipe 620.

[0057] The hot water distributor 300 is configured such that its two ends are attached to the distribution frame 110 so as to be arranged under the tap water distributor 200 and its open two ends are sealed by the sealing cover 130. It is connected to the supply hose 600 through the boiler 40, receives heated hot water and distributes it to each user 20, and is configured to be exposed to the ground, just like the tap water distributor 200.

[0058] The hot water distributor 300 is formed in a shape corresponding to the tap water distributor 200, and includes: a hot water distribution housing 310 for introducing hot water received by the boiler 40 and distributing the introduced hot water; a hot water supply section 320 connected to the boiler 40 via a supply hose 600 and supplying hot water to the side of the hot water distribution housing 310; a plurality of hot water supply and distribution sections 330 for supplying hot water flowing into the hot water distribution housing 310 to each usage point 20; and a second cleaning section 350 located on the same axis as the hot water supply section 320 and the hot water supply and distribution sections 330.

[0059] Among them, the hot water supply section 320 and the multiple hot water supply distribution sections 330 are provided with a second supply cut-off valve 340, which is similar to the first supply cut-off valve 240 provided in the aforementioned tap water distributor 200, for cutting off the supply of hot water.

[0060] Furthermore, the second cleaning unit 350 is configured in multiple ways, similar to the first cleaning unit 250 mentioned above, and is on the same axis as the hot water supply unit 320 and multiple hot water supply distribution units 330.

[0061] That is, the second cleaning unit 350 includes: a second cleaning pipe 352 disposed at a predetermined interval on the upper part of the hot water distribution housing 310 and coaxial with the axis of the hot water supply unit 320 and the plurality of hot water supply distribution units 330, a second sealing cover 354 for sealing the second cleaning pipe 352, and a second cleaning pipe opening and closing valve 360 ​​for opening and closing the second cleaning pipe 352.

[0062] The heating water distributor 400 is connected to the boiler 40 via a supply hose 600, receives heating water and supplies and circulates it to each user 20. It includes a heating water distribution housing 410 for receiving heating water, and multiple heating water distribution sections 420 provided at the lower part of the heating water distribution housing 410 for supplying heating water to each user 20.

[0063] The heating water recovery unit 500 includes: a recovery section 520 for recovering heating water that has circulated and completed heating at each point of use 20 and transporting it to the boiler 40 side, and connected to the end of a supply hose 600 connected to the heating water distribution section 420; and a heating water recovery housing 510 combined with the recovery section 520 to introduce the recovered heating water into the boiler 40 side.

[0064] On the other hand, the composite distribution device 100 of the present invention is configured such that the supply hose 600 for connecting each distributor 200 to each distributor 500 and each use point 20 has a double-layered tube shape, so as to supply and circulate tap water, hot water and heating water, and to recover the circulated heating water.

[0065] The supply hose 600 includes: an external supply pipe 620, which is embedded in the wall or floor of a building and has both ends protruding from the wall or floor for a predetermined length; and an internal supply pipe 610, which is inserted into and passes through the external supply pipe 620, connecting the boiler 40 to each distributor 200 to distributor 500, for supplying and circulating tap water, hot water and heating water to each user 20, or for recycling.

[0066] Among them, such as Figure 5 As shown, preferably, one end of the internal supply pipe 610 is connected to the tap water supply distribution section 230 of the tap water distributor 200 and the hot water supply distribution section 330 of the hot water distributor 300, and the other end is connected to the use area 20 for tap water and hot water.

[0067] Furthermore, the internal supply pipe 610 is configured to move along the inner circumferential surface of the external supply pipe 620. Thus, when water leakage occurs due to damage to the internal supply pipe 610, it is only necessary to separate the leaking internal supply pipe 610 from the external supply pipe 620 and replace it, thereby making the replacement of the supply pipe easier.

[0068] On the other hand, although the composite distribution device 100 of the present invention is described as supplying and recycling tap water, hot water and heating water to the household use area 20 respectively, it is not limited thereto and can be installed in an office or other indoor space where a boiler and the aforementioned use area 20 are provided.

[0069] On the other hand, as shown in FIG6, the tap water and heating water distribution system constructed using the household tap water and heating water combined distribution device of the present invention includes: a first water supply pipeline 710, connecting the boiler 40 and the tap water distributor 200, for transporting and supplying tap water supplied by the tap water distributor 200 to the boiler 40 side; a hot water supply pipeline 730, for transporting and supplying hot water heated in the boiler 40 to the hot water distributor 300 side; a heating water supply pipeline 720, for connecting the boiler 40 and the heating water distributor 400, for transporting and supplying heating water to the heating water distributor 400 side; and a heating water recovery pipeline 740, for transporting and supplying heating water recovered by the heating water recovery device 500 to the boiler 40 side.

[0070] In addition, the tap water and heating water distribution system can also be equipped with a filter component 30 on the tap water pipe 10 to filter the tap water supplied to the tap water distributor 200 before supplying it.

[0071] The above description is merely an illustrative example of the technical concept of the present invention. Those skilled in the art can make various modifications and variations without departing from the essential characteristics of the invention. Therefore, the embodiments disclosed in this invention are not intended to limit the technical concept of the invention, but only to illustrate it. The scope of the technical concept of the invention is not limited by the above embodiments. The scope of protection of this invention should be determined by the appended claims, and all technical solutions within their equivalent scope should be interpreted as being included within the scope of protection of this invention.

[0072] In the picture: 10: Water pipe; 20: Location of use; 30: Filter components; 40: Boiler; 100: Composite dispensing device; 110: Dispensing frame; 120: Through hole; 130: Sealing cap; 132: Double sealing section; 140: Connecting flange; 200: Water distributor; 210: Water distributor housing; 212: Water supply department; 220: Boiler-side water supply department; 230: Water supply and distribution unit; 240: First supply shut-off valve; 250: First cleaning section; 252: First cleaning pipe; 254: First sealing cap; 260: First cleaning pipe on / off valve; 270: Toilet-side water supply shut-off section; 272: Toilet-side water supply shut-off valve; 280: Toilet connection part; 282: Toilet-side supply shut-off valve; 300: Hot water distributor; 310: Hot water distribution housing; 320: Hot water supply unit; 330: Hot water supply distribution unit; 340: Second supply shut-off valve; 350: Second cleaning section; 352: Second cleaning pipe; 354: Second sealing cap; 360: Second cleaning pipe on / off valve; 400: Heating water distributor; 410: Heating water distribution housing; 420: Heating water distribution unit; 500: Heating water recovery unit; 510: Heating water recovery shell; 520: Recovery unit; 600: Supply hose; 610: Internal supply hose; 620: External supply pipe; 710: First water supply line; 720: Heating water supply pipeline; 730: Hot water supply pipeline; 740: Heating water recovery pipeline; 750: Second water supply pipeline.

Claims

1. A combined household tap water and heating water distribution device, characterized in that, include: A water distributor (200) has one end connected to a water pipe (10) to distribute the tap water supplied by the water pipe (10) to the boiler (40) and various places of use (20), and is configured to be exposed to the ground; A hot water distributor (300) is connected to the boiler (40) to receive hot water, distribute the hot water to the respective usage points (20), and is configured to be exposed to the ground; A heating water distributor (400) is connected to the boiler (40) to receive heating water and supply the heating water to the respective places of use (20) for circulation; A heating water recovery unit (500) is used to recover the heating water that has been circulated at each of the places of use (20) and supply it to the boiler (40) side; A supply hose (600) is used to connect the tap water distributor (200) and the hot water distributor (300) to each of the application points (20) to transport and supply tap water and hot water to each of the application points (20). A distribution frame (110) is used to connect the two ends of the tap water distributor (200), hot water distributor (300), heating water distributor (400), and heating water recovery unit (500). The water distributor (200) includes: The water supply distribution housing (210) is attached to the distribution frame (110) and receives tap water from the water supply pipe (10); A boiler-side tap water supply unit (220) is used to supply tap water to the boiler (40) side; Water supply distribution units (230) are provided at intervals from the water supply units (220) on the boiler side, and multiple units are provided, and are connected to the supply hoses (600) to supply water to each of the places of use (20); Toilet connection part (280) is connected to the toilet in the bathroom and is used to supply tap water to the toilet side; A first cleaning unit (250) is disposed on the upper part of the tap water distribution housing (210), and multiple units are configured such that they are coaxial with the boiler-side tap water supply unit (220) and multiple tap water supply distribution units (230), and are respectively connected to the boiler-side tap water supply unit (220) and multiple tap water supply distribution units (230); and A toilet-side water supply cut-off section (270) is disposed between the toilet connection section (280) for supplying tap water to the toilet side and the outermost tap water supply distribution section (230) among a plurality of tap water supply distribution sections (230), and is used to cut off the tap water supplied to the toilet connection section (280).

2. The household tap water and heating water combined distribution device according to claim 1, characterized in that, The distribution frame (110) is also provided with a sealing cover (130) for sealing the other end of the tap water distributor (200), the hot water distributor (300), the heating water distributor (400), and the heating water recovery unit (500).

3. The household tap water and heating water combined distribution device according to claim 1, characterized in that, The first cleaning unit (250) includes: A first cleaning pipe (252) is connected to the upper part of the tap water distribution housing (210) and is located on the same axis as the respective axis centers of the boiler-side tap water supply unit (220) and the plurality of tap water supply distribution units (230); and A first sealing cap (254) is detachably attached to the upper part of the first cleaning pipe (252) and is used to seal the first cleaning pipe (252) to prevent water leakage.

4. The household tap water and heating water combined distribution device according to claim 1, characterized in that, The water distributor (200) also includes: A first supply shut-off valve (240) is used to open or close the boiler-side tap water supply unit (220) and the plurality of tap water supply distribution units (230); and Toilet-side supply shut-off valve (282) is used to open or close the toilet connection (280).

5. The household tap water and heating water combined distribution device according to claim 1, characterized in that, The hot water distributor (300) includes: The hot water distribution housing (310) has a hot water supply section (320) provided on the lower side to allow the introduction of hot water received from the boiler (40); Multiple hot water supply distribution units (330) are used to supply hot water flowing into the hot water distribution housing (310) to each user (20); and The second cleaning unit (350) is configured to allow cleaning tools to pass through the hot water supply unit (320) and the hot water supply distribution unit (330), and to clean the supply hose (600) connected to the hot water supply unit (320) and the hot water supply distribution unit (330).

6. The household tap water and heating water combined distribution device according to claim 1, characterized in that, The supply hose (600) includes: An external supply pipe (620) is embedded in the wall or floor of a building, with both ends protruding from the wall or floor by a predetermined length; An internal supply pipe (610) is inserted into and passes through the external supply pipe (620), connecting the boiler (40) to each distributor (200) to the distributor (500), and supplying, circulating or recycling tap water, hot water and heating water to each user (20).

7. The household tap water and heating water combined distribution device according to claim 6, characterized in that, The internal supply pipe (610) is capable of moving along the inner circumferential surface of the external supply pipe (620).

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