KR200395231Y1 - Box to distribute hot or cold water - Google Patents

Abstract

The present invention is to open and close the enclosure and the upper portion of the enclosure having a predetermined size of the receiving space is installed inside the cold and hot water distribution headers are arranged to branch to the place where the cold and hot water is buried and supplied to the floor of the room, respectively It relates to a distributor box for cold and hot water fastened by the first fixing screw to open and close the opening and closing plate, and more particularly, the supply pipe is formed on either side of the front and rear of the housing to supply cold and hot water At least one joining hole to be penetrated; At least one or more bolts are fixed to the second fixing screw at any one of the inner side and the bottom side of the housing facing the one side of the front and rear surfaces where the coupling hole is formed, and the distribution port corresponds to the outer shape of the header formed in one direction. A fixing bracket having a plurality of seating grooves formed therein; A clamp which is partially wound on a header seated in a seating groove of the fixing bracket, and fastening holes of the through holes formed in the flanges at both ends and the fixing holes of the fixing bracket are fastened with a third fixing screw; It includes a coupling groove which is protruded to form stepped from the outside of both sides of the enclosure is inserted into the fixing piece installed in the embedding position to fix the enclosure.

Therefore, the header embedded in the accommodation space of the enclosure is concentrated to one side to be coupled up and down, but the distribution port of the header is arranged to cross zigzag cross each other up and down, so that the assembly operation is made easy at the top It can be disassembled and reassembled by cutting open / closed board of parts requiring repair by partially cutting open / close board during maintenance and repair, thus providing distributor box for cold and hot water which is very useful for maintenance.

Description

Box for distribute hot or cold water {Box to distribute hot or cold water}

The present invention is a housing having a predetermined size accommodating space in which a header for distributing cold and hot water, which is branched to a place for scavenging cold and hot water, which is buried on a floor, a wall, or a ceiling of a room, is provided inside. It relates to a distributor box for cold and hot water fastened and fixed by the first fixing screw to open and close the upper part, in particular, a supply pipe for supplying cold and hot water is formed on either side of the front and rear of the housing At least one coupling hole for allowing the to penetrate; At least one or more bolts are fixed to the second fixing screw at any one of the inner side and the bottom side of the housing facing the one side of the front and rear surfaces where the coupling hole is formed, and the distribution port corresponds to the outer shape of the header formed in one direction. A fixing bracket having a plurality of seating grooves formed therein; A clamp which is partially wound on a header seated in a seating groove of the fixing bracket, and fastening holes of the through holes formed in the flanges at both ends and the fixing holes of the fixing bracket are fastened with a third fixing screw; By including a coupling groove which is protruding to form stepped from the outside of both sides of the enclosure is inserted into the fixing piece installed in the buried position to fix the enclosure, the header embedded in the receiving space of the enclosure is concentrated to one side to be coupled up, down By arranging the distribution ports of the header to cross each other zigzag up and down, the assembling work can be made easily from the top, and the opening and closing of the part requiring repair by partially cutting the opening and closing plate during maintenance and repair. The present invention relates to a distributor box for cold and hot water, which can be cut and partially disassembled and reassembled so that maintenance is very useful.

In general, the hot water heated to a predetermined temperature by the cold water and the boiler is selectively supplied to the circulatory pipe (not shown) disposed in each room, or branched to each bathroom, toilet, washing machine, balcony, etc. As shown, a plurality of supply pipes 2 are connected to the header 1, respectively, and a distributor box incorporating the header 1 may be buried under a sink or a floor, and in some cases, installed on a wall or a ceiling. Sometimes.

In addition, the valve 3 is selectively coupled between the supply pipe 2 and the header 1 for supplying cold water or hot water to a desired place connected to the header 1 according to the intention of the contractor when constructing the supply pipe 1. It is possible to block or open the water supplied to the supply pipe (2).

As described above, the conventional header distributor box is formed to be embedded in the floor or under the sink, the wall, the ceiling, and the like, and the cold water header 1 and the hot water header 1 are divided into upper and lower portions inside the enclosure 4. Side by side of the cold water header (1) and the hot water header (1) is connected to the supply pipe (2) for guiding / supplying cold water or hot water to the desired place.

However, in the housing 4 of the conventional header fixing box, the cold water header 1a and the hot water header 1b are spaced apart from each other in a state where they are separated from each other, as well as being formed on both sides. Since the lower header 1a may be assembled first during assembly, the upper header 1b may be assembled at the time of assembly, but during maintenance (leakage and valve replacement), the operator's hand or tool may be attached to the lower header (1). There is a problem that the work is not made smoothly because it does not go easily into 1a).

In addition, since the opening and closing plate 6 must be dismantled irrespective of the position of the distribution port 5 to be worked on, frequent opening and closing of the opening and closing plate 6 may cause a loose structure of the opening and closing plate 6 made of synthetic resin. As a result, the clamping force may eventually be reduced.

That is, when the enclosure 4 is buried in the sink and the ceiling or the wall, and the opening and closing plate 6 is to be opened for maintenance, the entire opening and closing plate 6 must be disassembled so that the large header 1 is built-in. In the case of the large housing 4, it is not easy to open the opening and closing plate 6, the enclosure 4 is embedded in the bottom surface only if the height of the bottom and the height of the opening and closing plate 6 is the same. Since an object is placed or stacked on the upper part of the upper part), an excessive load acts on the opening / closing plate 6 to deform the model of the opening / closing plate 6. When dismantling 6), the assembly structure is damaged, which causes difficulty in dismantling.

In particular, since the cold and hot water header 1 is installed in the center and the plurality of supply pipes 2 are connected to the cold and hot water header 1, the receiving space inside the enclosure 4 is relatively large, Accordingly, the overall size of the enclosure 4 also has to be large, resulting in a problem that the installation area must be large.

The present invention devised to solve the above problems is to simplify the installation of the cold and hot water header inside the housing, and to concentrate the header in the enclosure to one side, but the arrangement of the distribution sphere is zigzag At the same time, mutual interference by the supply pipe is excluded, and even if the size of the enclosure is reduced as a whole, there is no difficulty in installing a plurality of supply pipes, such as when the size of the enclosure is not reduced. The purpose of the present invention is to prevent deformation of the open / close board and to open only a necessary portion during maintenance, thereby saving time required to open the entire open / close board.

The above object is the housing 101 having a predetermined size of receiving space in which the cold and hot water distribution headers 102, which are branched to the place for scavenging the cold and hot water buried and supplied to the floor, are arranged in the interior. In the distributor box for cold and hot water fastened and fixed by the first fixing screw 104 in the screw hole 105 of the housing 101 so that the opening and closing plate 103 for opening and closing the upper portion of the enclosure 101, At least one or more coupling holes 107 formed on any one of the front and rear surfaces of the enclosure 101 to allow the supply pipe 106 to supply cold and hot water to pass therethrough; At least one or more bolts are fixed to the second fixing screw 108 on any one of the inner surface and the bottom surface of the housing 101 opposite to any one of the front and rear surfaces of the coupling hole 107 and the distribution hole. A fixing bracket 110 having a plurality of seating grooves 110a formed so as to correspond to the outer shape of the header 102 having one side 109 formed thereon; Partial outer periphery of the header 102 seated in the seating recess 110a of the fixing bracket 110, the through hole 111b formed in the flange 111a at both ends and the fastening hole 110b of the fixing bracket 110 are the third. A clamp 111 fastened by a fixing screw 111c; Cold groove, characterized in that it comprises a coupling groove 112 is inserted into the fixing piece (not shown) installed in the buried position to secure the enclosure 101 so as to form a stepped on both sides of the outer side of the enclosure 101. Achieved by a distributor box for hot water.

Here, the cut line 113 having a groove shape of a predetermined size is formed to extend from one predetermined position to the other end so that the predetermined position of the opening and closing plate 103 is cut, and both sides of the cut line 113 of the opening and closing plate 103 are predetermined. It is preferable that the position is fastened to the enclosure 101 with the first fixing screw 104.

In addition, it is preferable to further include a support 115 installed on the bottom of the opening and closing plate 103 to be supported on the bottom surface of the housing 101 at the bottom of the opening and closing plate 103.

Hereinafter, the configuration and operation of the present invention will be described with reference to FIGS. 2 to 4.

First, as shown in FIG. 3, the fixing box according to the present invention is equipment for fixing and accommodating a header 102 for distributing cold and hot water supplied to a place requiring water supply such as a kitchen, a bathroom, and a multipurpose room.

In this case, the fixed box is buried in the floor to minimize the installation area of the fixed box, and the purpose is to smoothly manage the maintenance, even in the state buried in the floor. .

As shown in FIG. 3, a plurality of coupling holes 107 are formed at one inner surface of the housing 101, and the coupling holes 107 are formed in the coupling hole 107 at the stage in which the housing 101 is molded. When the enclosure 101 is buried on the floor depending on whether it is used, several places are integrally formed on the inner surface of the coupling hole 107 so that the blocking plate 114 can be used by opening the coupling hole 107. When the blocking plate 114 is pressed with a predetermined force, the coupling hole 107 may be opened by being detached while breaking a portion integrally formed with the coupling hole 107.

In addition, the fixing bracket 110 is bolted to the other side of the housing 101 facing the coupling hole 107 by the second fixing screw 108, as shown in Figs. 3 illustrates a state in which the bolt is fixed to the bottom surface of the enclosure 101, but may be bolted to at least one of the side and the bottom surface.

The fixing bracket 110 is formed with a plurality of seating grooves (110a) of the shape corresponding to the outer shape of the head, as shown in the seating groove (110a) is formed in accordance with the header 102 having a circular outer shape Optionally, if the header 102 has a quadrangular shape, the fixing bracket 110 having the rectangular seating groove 110a may be bolted to the housing 101 to enable its use.

On the other hand, the distribution port 109 of the header 102 is coupled to the supply pipe 106 through the coupling hole 107, any one of which is to supply any one of the cold, hot water to the header 102 The remaining supply pipe 106 is used as one of the cold and hot water supplied from the header 102 is distributed and supplied with cold and hot water to a predetermined position.

Here, a line of the supply pipe 106 is formed on the side of the enclosure to form a separate coupling hole 107a for directly supplying cold and hot water to the header 102 as shown in FIGS. 2 and 3. And the line of supply pipe 106 distributed and supplied from the header 102 may be set and used separately.

And, the clamp 111 is partially outer peripheral to the outer diameter surface of the header 102 so that the header 102 seated in the seating groove 110a can be fixedly coupled to the fixing bracket 110 is shown in FIG. Like the seating groove 110a, the clamp 111 may be variously adopted according to the shape of the header 102. Flanges 111a are formed at both ends of the clamp 111, and through-holes are formed in the flanges 111a. (111b) is formed so that the third fixing screw (111c) is penetrated through the through hole (111b) is fastened to the fastening hole (110b) formed in the fixing bracket 110 and the clamp (111) is fixedly fixed to the fixing bracket (110) and At the same time, this clamp 111 allows the header 102 to be fixedly coupled to the fixing bracket 110.

In addition, the coupling groove 112 is protruded so that the stepped protrusion is formed on both sides of the enclosure 101, and the coupling groove 112 is buried in the bottom surface when the enclosure 101 is buried. The fixing piece (not shown) to be installed is to be inserted to prevent the enclosure 101 from flowing even in the state of being buried on the bottom surface and to maintain a solid buried state.

Meanwhile, the opening and closing plate 103 coupled to the upper portion of the housing 101 by the first fixing screw 104 has a rib as shown in FIG. 4 in order to prevent deformation due to the bending phenomenon of the opening and closing plate 103. The cutting line 113 is formed so as to cross the both ends at a predetermined position of the opening and closing plate 103 in a groove shape having a predetermined size, and the cut line 113 has a housing 101 on the bottom surface thereof. After being buried, the opening and closing plate 103 is partially opened to open and close the opening and closing plate 103 for maintenance such as leakage of the header 102 and the supply pipe 106 coupled to the fixing bracket 110. In order to open the opening, when the operator applies a force of a certain size or more to fold the opening and closing plate 103, the incision line 113 is broken while the integral opening and closing plate 103 is separated, thereby to the unnecessary portion Maintenance by opening only necessary parts without opening It will give you the convenience of doing things.

In addition, at the bottom of the opening and closing plate 103, the support 115 is laid as shown in FIG. 4 so that the opening and closing plate 103 can be sufficiently supported when the opening and closing plate 103 is loaded from the top, and the support 115 loads the opening and closing plate 103. It is desirable to be able to fully support from the.

Here, in order to be able to fix both the opening and closing plate 103 of both sides on the basis of the incision line 113 of the opening and closing plate 103 to the enclosure 101, both sides of the incision line 113 to the enclosure 101, respectively By fastening and fastening by the first fixing screw 104, even if one of the opening and closing plate 103 is opened in the state in which the incision line 113 is broken so that the other opening and closing plate 103 is maintained in a firm coupling state It is desirable to.

In addition, as shown in FIG. 3, the outer diameter of the header 102 is coated with a heat insulating material 116, and the header 102 in a state where the heat insulating material 116 is coated is fixed to the fixing bracket 110. Even if cold and hot water are supplied to the respective headers 102, it is preferable to prevent the generation of dew point by preventing the interference of temperature due to the temperature difference caused by the cold and hot water.

As described above, the present invention opens and closes by breaking of an incision when opening or closing the plate for maintenance, such as when leakage occurs in a valve installed between the header for the cold and hot water and the supply pipe or between the header and the supply pipe. By opening only the plate, the unnecessary opening and closing plate is opened to prevent the deterioration of the coupling force between the opening and closing plate and the enclosure by attaching and detaching the plate. By allowing the groove to be inserted, it is possible to make a solid buried work, and to maintain a solid buried state even after buried.

1 is an exploded perspective view showing the structure of a conventional header fixing box.

Figure 2 is an exploded perspective view showing the structure of a fixed box according to the present invention.

Figure 3 is an exploded perspective view showing the assembly structure of the fixed box and the header according to the present invention.

Figure 4 is a view showing the structure of the opening and closing plate according to the present invention.

<Description of the symbols for the main parts of the drawings>

101: enclosure 102: header

103: opening and closing plate 104: first fixing screw

105: screw hole 106: supply pipe

107: coupling hole 108: second fixing screw

109: distribution port 110: fixed bracket

111: clamp 112: coupling groove

113: incision 114: blocking plate

115: support 116: heat insulating material

Claims (2)

Cold and hot water distribution headers, which are branched to the floor and supply the cold and hot water, respectively, are branched to each other so that the enclosure having a predetermined size accommodating space therein and the opening and closing plate for opening and closing the upper part of the enclosure can be opened and closed. In the distributor box for cold and hot water fastened to the screw hole of the enclosure by a first fixing screw, At least one coupling hole formed in one of front and rear surfaces of the enclosure to allow a supply pipe for supplying cold and hot water to pass therethrough; At least one or more bolts are fixed to the second fixing screw at any one of the inner side and the bottom side of the housing facing the one side of the front and rear surfaces where the coupling hole is formed, and the distribution port corresponds to the outer shape of the header formed in one direction. A fixing bracket having a plurality of seating grooves formed therein; A clamp which is partially wound on a header seated in a seating groove of the fixing bracket, and fastening holes of the through holes formed in the flanges at both ends and the fixing holes of the fixing bracket are fastened with a third fixing screw; Distributing box for cold and hot water, characterized in that it comprises a coupling groove is inserted into the fixing piece which is installed in the buried position so as to protrude the stepped from the outer sides of the enclosure to fix the enclosure. The method of claim 1, An incision line having a groove shape of a predetermined size is formed to extend from one predetermined position to the other end so that a predetermined position of the opening and closing plate is cut, and predetermined positions of both sides of the cutting line of the opening and closing plate are fastened and fixed to the enclosure by a first fixing screw. Distributor box for cold and hot water.