KR102550445B1 - Fire pipe installation structure - Google Patents

Abstract

The present invention relates to a firefighting pipe installation structure, which can easily mount a water supply means, comprising: a ceiling fixture; a fixed buffer formed of rubber or silicone; an internal fixture; a fixed frame formed with a support through hole; a horizontal support pipe in a square pipe shape; a water supply means; an upper connection plate; and a pipe support formed with a pipe support unit.

Description

Fire pipe installation structure

The present invention relates to a fire piping installation structure that allows a sprinkler to be easily and conveniently installed in an apartment house.

Although it is compulsory to install sprinkler devices in multi-unit dwellings of a certain size or larger, it is difficult to extinguish a fire in the event of a fire because no sprinkler devices are installed in the case of multi-unit dwellings built before the revision of related laws or in small scale.

As a prior art, Korean Patent Registration No. 10-0434984 (registered on May 28, 2004) "wet sprinkler device" has a basic configuration of a fire extinguishing tank, a water pump, a water transmission pipe, a sprinkler head, and a fire detector, and the fire extinguishing tank operates for a certain time The water supply pipe 20 is composed of a primary side pipe 22, a valve part 26, and a secondary side pipe 24, so that the water supply pump 14 A technology for forming a water supply path to the sprinkler head 12 is disclosed, and Korean Patent Registration No. 10-0500362 (registered on June 30, 2005) "Household piping installation structure of sprinkler fire extinguishing equipment in apartment houses" is The sprinkler piping for firefighting equipment is characterized by arranging the household piping branched from the riser pipe and connected to the sprinkler head within the ceiling slab. It is branched into a small-diameter pipe and piped inside the slab, but the sprinkler household pipe is inserted into the protective pipe, and the household pipe is connected to a sprinkler head with excellent fire extinguishing function through a box and connecting accessories. The technology for installing fire extinguishing equipment is disclosed.

However, since the fire piping installation structure of an apartment building for installing a conventional sprinkler device cannot be self-installed after construction, it cannot be additionally installed in the case of an apartment house such as an old apartment without a sprinkler device installed.

Therefore, there is a demand for the development of a technology for self-installing a sprinkler device in an apartment house such as an old apartment in which a sprinkler device is not installed.

Republic of Korea Patent Registration No. 10-0434984 (2004.05.28.) Republic of Korea Patent Registration No. 10-0500362 (2005.06.30.)

The present invention has been proposed in view of the above circumstances, and an object of the present invention is to provide a fire piping installation structure in which a sprinkler can be easily and conveniently installed in an apartment house in which a sprinkler device is not installed during construction.

The fire piping installation structure according to an embodiment of the present invention is disposed facing each other at intervals in the front and rear direction or in the left and right directions, and the ceiling horizontal surface fixed to the ceiling and the fixture vertical surface formed in the lower vertical direction at the end of the ceiling horizontal surface and the above A ceiling fixture in which a lower support surface formed in an inner horizontal direction at an end of a vertical surface of the fixture is bent in multiple stages; a fixing buffer which is disposed above the lower support surface of the ceiling fixture, has a horizontal buffer surface and a vertical buffer surface formed in a right angle shape, and is formed of rubber or silicon; Internal fixtures disposed inside the ceiling fixture and having a right angle shape with a horizontal surface of the support disposed above the fixing buffer and a vertical surface of the support coupled to a vertical surface of the fixture of the ceiling fixture through a fastener; A fixing frame mounted between upper portions of the inner fixture, having an open inner surface in a rectangular shape, a rectangular support groove formed at an inner corner portion, and a support hole passing through the inner space at the center of the upper surface; A square pipe-shaped horizontal support pipe disposed between the fixing frame and both ends of which are inserted into the support groove of the fixing frame; A vertical pipe disposed in the support hole of the fixing frame and having one end connected to the faucet, a horizontal pipe having both ends coupled to the vertical pipe through a connector, and a spring discharging water downward at intervals below the horizontal pipe. Water supply means consisting of a claw; An upper connection plate disposed at intervals on the top of two horizontal support tubes located above the fixing frame, both ends of which are fixed to the horizontal support tube, and a hollow plate connector having a spiral formed in the center thereof is mounted; A pipe that is selectively disposed on the upper connection plate 80, has an upper spiral body that is spirally coupled to the plate connector, and has a support groove formed at the lower portion of the upper spiral body to support the horizontal pipe. It includes; pipe support in which the support is formed.

In addition, a buffer member made of rubber, silicone, sponge, or synthetic resin may be mounted to support the vertical pipe and the horizontal pipe in the inner space formed between the support groove and the support groove of the fixing frame.

Next, intermediate support means for supporting the water supply means and the horizontal support pipe are mounted at intervals between the ceiling fixture and the ceiling fixture,

The intermediate support means is disposed at intervals between the ceiling fixtures, and the ceiling horizontal plane fixed to the ceiling and the fixture vertical plane formed in the vertical direction from the end of the ceiling horizontal plane and the lower part formed in the horizontal direction from the end of the fixture vertical plane An intermediate fixture in which the support surface is formed in multi-stage bending; an intermediate fixture buffer which is disposed above the lower support surface of the intermediate fixture, has a vertical buffer surface and a horizontal buffer surface formed in a right angle shape, and is formed of rubber or silicone; and an intermediate fixing frame mounted between the upper portion of the intermediate fixture buffer, through which side surfaces are penetrated in a rectangular shape, a rectangular support hole is formed at an inner corner portion, and an internal space is formed therein.

In addition, a clutch support means is mounted to the top of the horizontal support pipe located at the bottom of the fixing frame to prevent flow when the sprinkler is operated,

The claw support means includes a claw fixture fixed to the upper portion of the horizontal support pipe and equipped with a support having a spiral coupling groove formed in the center of the upper portion; a spiral body having a lower portion coupled to the support of the claw fixture and having a spiral formed on an outer surface; and a claw support having a hollow end coupling part having a spiral formed therein coupled to the spiral body, and a claw support part having a buffer member mounted on an inner surface of the opposite side thereof.

The fire piping installation structure according to the present invention has an effect of easily installing a water supply means equipped with a sprinkler in an apartment house where a sprinkler device is not installed during construction through a simple configuration and assembly structure.

1 is a plan view showing an embodiment of a fire piping installation structure according to the present invention.
2 and 3 are enlarged plan views and side views showing a fire piping installation structure according to the present invention.
4 and 5 is an enlarged exploded perspective view and an assembled perspective view showing a fire piping installation structure according to the present invention.
Figure 6 is a front cross-sectional view of Figure 5 according to the present invention;
Figure 7 is an exploded perspective view showing the upper connecting plate and the pipe support constituting the fire piping installation structure according to the present invention.
8 to 10 are views showing intermediate support means constituting the fire piping installation structure according to the present invention.
11 and 12 are views showing the claw support means constituting the fire piping installation structure according to the present invention.

Advantages and features of the present invention, and methods of achieving them, will become clear with reference to the detailed description of the following embodiments taken in conjunction with the accompanying drawings. However, the present invention is not limited to the embodiments disclosed below, but will be implemented in various different forms, only these embodiments make the disclosure of the present invention complete, and common knowledge in the art to which the present invention belongs. It is provided to fully inform the holder of the scope of the invention, and the present invention is defined by the description of the claims. Meanwhile, terms used in this specification are for describing the embodiments and are not intended to limit the present invention. In this specification, singular forms also include plural forms unless specifically stated otherwise in a phrase. As used herein, "comprises" or "comprising" means the presence or absence of one or more other elements, steps, operations and/or elements other than the recited elements, steps, operations and/or elements; do not rule out additions.

Hereinafter, a preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings, FIG. 1 is a plan view showing an embodiment of a fire piping installation structure according to the present invention, and FIGS. 2 and 3 are fire piping installations according to the present invention. Figures 4 and 5 are enlarged exploded perspective views and assembled perspective views showing the fire piping installation structure according to the present invention, Figure 6 is a front cross-sectional view of Figure 5 according to the present invention, Figure 7 is an exploded perspective view showing the upper connection plate and the pipe support constituting the fire piping installation structure according to the present invention.

The fire piping installation structure 10 of the present invention includes a pair of ceiling fixtures 20, a fixed buffer 30, an internal fixture 40, a fixing frame 50, a horizontal support pipe 60, and a water supply means 70 , an upper connecting plate 80, and a pipe support 90.

The ceiling fixture 20 is mounted on the ceiling W at intervals in the front-rear direction or left-right direction.

In addition, the ceiling fixture 20 includes a ceiling horizontal surface 21 fixed to the ceiling W, a fixture vertical surface 22 formed in a lower vertical direction from an end of the ceiling horizontal surface 21, and an end of the fixture vertical surface 22 The lower support surface 23 formed in the inner horizontal direction is formed by multi-stage bending.

"으로 형성되어, 상부에 위치하는 천장 수평면(21)이 천장(W)에 체결구를 고정되고, 하부에 위치하는 하부 지지면(23)이 내부 고정구(30) 및 고정틀(50)을 지지하게 된다. That is, the ceiling fixture 20 is "on the side cross section"

", so that the ceiling horizontal surface 21 located at the top fixes the fastener to the ceiling W, and the lower support surface 23 located at the bottom supports the internal fixture 30 and the fixing frame 50. do.

At this time, it is revealed that the width and length of the ceiling horizontal surface 21 and the lower support surface 23 constituting the ceiling fixture 20 and the width and height of the vertical surface 22 of the fixture may vary depending on the environment and purpose.

The fixing buffer 30 is mounted on the lower support surface 23 of the ceiling fixture 20 .

And, the fixing buffer 30 is formed of rubber or silicone, and the horizontal buffer surface 31 and the vertical buffer surface 32 are formed in a right angle shape.

That is, in the fixed buffer 30, the horizontal buffer surface 31 and the vertical buffer surface 32 are formed in a right angle shape to the lower support surface 23 of the ceiling fixture 20 and the vertical surface 22 of the fixture. It adheres closely and absorbs the shock transmitted from the outside.

The inner fixtures 40 are each coupled to the inside of the ceiling fixtures 20.

In addition, the internal fixture 40 is a support vertical surface 42 coupled to the support horizontal surface 41 disposed on the upper portion of the fixing buffer 30 and the fixture vertical surface 22 of the ceiling fixture 41 through fasteners. ) is formed in a rectangular shape.

That is, in the internal fixture 40, after forming the support fixture horizontal surface 41 and the support fixture vertical surface 42 in a right angle shape, after the fixing buffer 30 is positioned, the fixture vertical surface of the ceiling fixture 41 The fixture vertical surface 22 is fixed to (22) through a fastener.

At this time, the fixing buffer 30 and the inner fixture 40 may be configured to be position-adjustable through a known sliding structure.

The fixing frame 50 is mounted on top of the inner fixing member 40 .

In addition, the fixing frame 50 has an open inner surface in a rectangular shape, a rectangular support groove 52 is formed at an inner corner portion, and a support hole 53 passing through the inner space 51 in the center of the upper surface. ) is formed.

That is, the fixing frame 50 is disposed on the upper part of the inner fixture 40 disposed at intervals and is fixed to the inner fixture 40 through a known fastener or clamp, and the water supply means 70 is provided inside and on the top. The inner space 51 and the support hole 53 are formed to accommodate, and a support groove 52 is formed at the edge corner to support the end portion of the horizontal support pipe 60.

"으로 형성하여, 상기 물공급수단(70)과 수평 지지관(60)을 지지할 수 있도록 한 것이다. More supplementally, the fixing frame 50 has the inner space 51, the support groove 52, and the support hole 53 on the side cross section "

", so that the water supply means 70 and the horizontal support pipe 60 can be supported.

Here, rubber or silicone or sponge is used to support the vertical pipe 71 and the horizontal pipe 72 in the inner space 51 formed between the support groove 52 of the fixing frame 50 and the support groove 52. Alternatively, the buffer member 100 formed of any one of synthetic resins may be mounted.

That is, the buffer member 100 is mounted in the inner space 51 formed between the support grooves 52 and the support grooves 52, and the impact transmitted to the vertical pipe 71 and the horizontal pipe 72 and will reduce noise.

The horizontal support pipe 60 is disposed between the fixing frame 50 and the fixing frame 50 .

And the horizontal support pipe 60 is formed in a known square pipe shape, and the length and diameter may vary depending on the environment and purpose.

That is, while the horizontal support pipe 60 is disposed between the fixing frame 50 and the fixing frame 50, both ends are inserted into the support groove 52 of the fixing frame 50 to be fixed.

At this time, it is revealed that a known packing can be mounted at the end of the horizontal support pipe 60 so that it can be tightly fixed to the support groove 52 of the fixing frame 50.

The water supply unit 70 is disposed between the fixing frame 50 and the fixing frame 50 and the fixing frame 50 .

In addition, the water supply means 70 is disposed in the support through-hole 53 of the fixing frame 50 and connects a vertical pipe 71 having one end connected to the faucet and a connector 73 to the vertical pipe 71 at both ends. It consists of a horizontal pipe 72 coupled through and a sprinkler 74 discharging water downward at intervals at the bottom of the horizontal pipe 72.

That is, the water supply means 70 connects one end of the vertical pipe 71 and one end of the horizontal pipe 72 in the inner space 51 of the fixing frame 50 through the connector 73, and the horizontal pipe ( 72) is equipped with sprinklers 74 at intervals so that, in case of fire, the fire extinguishing water supplied through the vertical pipe 71 and the horizontal pipe 72 can be sprayed through the sprinkler 74 to the lower part. it did

Here, the vertical pipe 71, the horizontal pipe 72, and the sprinkler 74 are constructed by alternatively known configurations, and a separate description thereof will be omitted.

The upper connection plate 80 is mounted on top of two horizontal support pipes 60 located on top of the fixing frame 50 at intervals.

Both ends 81 of the upper connection plate 80 are fixed to the horizontal support pipe 60, and a hollow plate connector 82 having a spiral 83 formed on the inner surface is mounted in the center.

That is, the upper connection plate 80 is formed in the shape of a plate having a predetermined thickness and size, the end portion is coupled to the horizontal support pipe 60, and the horizontal pipe 72 constituting the water supply means 70 is centered. ) It is a fixed coupling of the plate connector 82 coupled with the pipe support 90 for supporting.

At this time, it is revealed that the upper connection plate 80 and the plate connector 82 may be integrally formed.

The pipe support 90 is selectively disposed under the upper connecting plate 80 .

In addition, the pipe support 90 has an upper spiral body 91 that is spirally coupled to the plate connector 80, and supports the horizontal pipe 72 at the lower portion of the upper spiral body 91. A pipe support portion 92 having a support groove 93 is formed so as to be able to do so.

That is, the pipe support 90 is spirally coupled to the upper spiral body 91 formed on the upper side and the plate connector 82 of the upper connecting plate 80, and then the spiral body according to the height of the horizontal pipe 72. 91 is rotated so that the horizontal pipe 72 can be supported through the pipe support part 92 in which the support groove 93 is formed.

At this time, the upper spiral body 91 and the pipe support part 92 constituting the pipe support 90 are separated, so that the height can be easily adjusted according to the horizontal pipe 72.

Next, the fire piping installation structure 10 may be configured as follows.

First, the fire piping installation structure 10 of FIGS. 8 to 10 shown is a middle for supporting the water supply means 70 and the horizontal support pipe 60 between the ceiling fixture 20 and the ceiling fixture 20 It shows an example in which the support means 200 are mounted at intervals.

That is, the firefighting pipe installation structure 10 mounts the intermediate support means 200 with a gap between the ceiling fixture 20 and the ceiling fixture 20, and the horizontal support pipe 60 and the water supply means ( 70) to support it.

In addition, the intermediate support means 200 includes an intermediate fixture 210 disposed at intervals in the front-back direction or left-right direction, an intermediate fixture buffer 220 disposed on top of the intermediate fixture 210, and the intermediate fixture buffer. It consists of an intermediate fixing frame 230 disposed between the spheres 220.

The intermediate fixture 210 has a ceiling horizontal surface 211 fixed to the ceiling W, a fixture vertical surface 212 formed in a vertical direction at the end of the ceiling horizontal surface 211, and a horizontal surface at the end of the fixture vertical surface 212. The lower support surface 213 formed in the direction is formed by multi-stage bending.

And the intermediate fixture buffer 220 is disposed on the upper portion of the lower support surface 213 of the intermediate fixture 210, the vertical buffer surface 221 and the horizontal buffer surface 222 are formed in a right angle shape, rubber or made of silicon.

Next, the middle fixing frame 230 has a rectangular side surface, a rectangular support hole 232 is formed at an inner corner portion, and an inner space 231 is formed therein.

That is, the intermediate fixture 210 and the intermediate fixture buffer 220 are formed to correspond to the ceiling fixture 20 and the fixed buffer 30, and the intermediate fixture 230 is formed similarly to the fixture 50. It will be.

Next, the firefighting pipe installation structure 10 of FIGS. 11 and 12 shown in FIGS. 11 and 12 is to prevent the flow of the sprinkler 74 to the upper part of the horizontal support pipe 60 located below the fixing frame 50 when the sprinkler 74 is operated. It shows an example in which the claw support means 300 is mounted.

And the claw support means 300 is fixed to the upper part of the horizontal support pipe 60 and includes a claw fixture 310 to which a support 311 having a spiral coupling groove 312 formed in the upper center is mounted, and the claw fixture A spiral body 320 having a lower portion coupled to the support 311 of the 310 and having a spiral formed on the outer surface and a hollow end coupling portion 331 having a spiral formed inside the spiral body 320 are coupled , On the opposite side, it is composed of a clasp support 330 in which a clasp support 332 to which a buffer member 333 is mounted is formed on the inner surface.

That is, the claw support means 300 adjusts the position of the claw support part 332 to correspond to the sprinkler 74 while arranging the horizontal support pipe 60 located at the bottom of the fixing frame 50, so that the spring This is to prevent the claw 74 from escaping to the surroundings during operation.

Referring to an embodiment of the fire piping installation structure configured as described above is as follows.

First, the ceiling horizontal surface 21 fixed to the ceiling W facing each other at intervals in the front-back direction or the left-right direction of the ceiling W and the fixture vertical surface 22 formed in the lower vertical direction at the end of the ceiling horizontal surface 21 ) and a ceiling fixture 20 in which the lower support surface 23 formed in the inner horizontal direction at the end of the fixture vertical surface 22 is multi-stage bent.

And the horizontal buffer surface 31 and the vertical buffer surface 32 are formed in a right angle shape on the upper part of the lower support surface 23 of the ceiling fixture 20, and the fixed buffer 30 formed of rubber or silicon install each

Next, the support horizontal surface 41 disposed on the upper portion of the fixing buffer 30 inside the ceiling fixture 20 and the fixture vertical surface 22 of the ceiling fixture 41 are coupled through fasteners Each of the internal fixtures 40 in which the vertical surface 42 of the support is formed in a right angle shape is mounted.

In addition, the inner surface is opened in a rectangular shape between the upper portions of the inner fixture 40, a rectangular support groove 52 is formed at the inner corner, and the support penetrating the inner space 51 in the center of the upper surface. The fixing frame 50 in which the through hole 53 is formed is mounted.

At this time, rubber or silicone or sponge is used to support the vertical pipe 71 and the horizontal pipe 72 in the inner space 51 formed between the support groove 52 of the fixing frame 50 and the support groove 52. Alternatively, the buffer member 100 formed of any one of synthetic resins may be mounted.

In addition, a vertical pipe 71 disposed in the support hole 53 of the fixing frame 50 and having one end connected to the faucet and a horizontal pipe 72 having both ends coupled to the vertical pipe 71 through a connector 73 ) and a water supply means 70 consisting of a sprinkler 74 discharging water downward at intervals at the bottom of the horizontal pipe 72 is mounted.

Next, between the fixing frame 50 and the fixing frame 50, both ends of the square pipe-shaped horizontal support tube 60 inserted into the support groove 52 of the fixing frame 50 are mounted, respectively.

In addition, both ends 81 are fixed to the horizontal support tube 60 at intervals on the top of the two horizontal support tubes 60 located on the upper part of the fixing frame 50, and a spiral 83 is spiraled into the inner surface in the center. An upper connection plate 80 to which the formed hollow plate connector 82 is mounted is mounted.

Next, an upper spiral body 91 spirally coupled to the plate connector 80 is formed on the upper portion of the upper connecting plate 80, and the horizontal pipe 72 is formed on the lower portion of the upper spiral body 91. When the pipe support 90 in which the pipe support portion 92 having the support groove 93 is formed to support is selectively mounted, the assembly of the firefighting pipe installation structure 10 is completed.

Here, it is revealed that the assembly of the fire piping installation structure may proceed differently from the above.

As described above, the fire piping installation structure of the present invention has the advantage of being able to easily mount a water supply means equipped with a sprinkler in an apartment house where a sprinkler device is not installed during construction through a simple configuration and assembly structure, as well as responding to a fire. there is

Therefore, the embodiments expressed in the present invention are not intended to limit the technical idea of the present invention, but to explain, and the scope of the present invention is not limited by these embodiments. The protection scope of the present invention should be construed according to the claims below, and all technical ideas that are equivalent or within the scope of equivalents should be construed as being included in the scope of the present invention.

10: fire piping installation structure
20: ceiling fixture 21: ceiling horizontal surface
22: fixture vertical surface 23: lower support surface
30: fixed buffer zone 31: horizontal buffer surface
32: vertical buffer surface
40: internal fixture 41: support horizontal surface
42: support vertical surface
50: fixing frame 51: inner space
52: support groove 53: support hole
60: horizontal support pipe
70: water supply means 71: vertical piping
72: horizontal pipe 73: connector
74 : Sprinkler
80: upper connecting plate 81: end
82: plate connector 83: spiral
90: pipe support 91: upper spiral body
92: pipe support 93: support groove
100: buffer member
200: intermediate support means
210: intermediate fixture 211: ceiling horizontal surface
212: fixture vertical surface 213: lower support surface
220: intermediate fixture buffer 221: vertical buffer surface
222: horizontal buffer surface 230: intermediate fixing frame
231: inner space 232: support hole
300: intermediate support means 310: claw fixture
311: support 312: spiral coupling groove
320: spiral body 330: claw support
331: end coupling part 332: claw support part
333: buffer member

Claims (4)

A ceiling horizontal surface 21 fixed to the ceiling W and a fixture vertical surface 22 formed in the lower vertical direction at the end of the ceiling horizontal surface 21 and the fixture arranged facing each other at intervals in the front-back direction or the left-right direction A ceiling fixture 20 in which the lower support surface 23 formed in the inner horizontal direction at the end of the vertical surface 22 is multi-stage bent;
A fixed buffer 30 disposed above the lower support surface 23 of the ceiling fixture 20, the horizontal buffer surface 31 and the vertical buffer surface 32 formed in a right angle shape, and formed of rubber or silicone. );
Each is disposed inside the ceiling fixture 20, and is coupled to the horizontal surface 41 of the fixture disposed above the buffer 30 and the vertical surface 22 of the fixture 20 of the ceiling fixture 20 through fasteners. An internal fixture 40 in which the support vertical surface 42 is formed in a right angle shape;
It is mounted between the upper portions of the inner fixture 40, the inner surface is open in a rectangular shape, a rectangular support groove 52 is formed at the inner corner, and the inner space 51 and the inner space 51 are formed in the center of the upper surface. A fixing frame 50 in which a support through hole 53 is formed;
A square pipe-shaped horizontal support tube 60 disposed between the fixing frame 50 and the fixing frame 50 and having both ends inserted into the support groove 52 of the fixing frame 50;
A vertical pipe 71 disposed in the support hole 53 of the fixing frame 50 and having one end connected to the faucet and a horizontal pipe 72 having both ends coupled to the vertical pipe 71 through a connector 73 and a water supply unit 70 comprising sprinklers 74 discharging water downward at intervals below the horizontal pipe 72;
It is disposed at intervals on the upper part of the two horizontal support tubes 60 located on the upper part of the fixing frame 50, both ends 81 are fixed to the horizontal support tube 60, and the center spirals 83 to the inner surface. ) An upper connection plate 80 to which a hollow plate connector 82 is mounted; and
It is selectively disposed on the upper connection plate 80, and an upper spiral body 91 spirally coupled to the plate connector 82 is formed on the upper portion, and the horizontal pipe ( 72) a pipe support 90 in which a pipe support portion 92 having a support groove 93 is formed to support the firefighting pipe installation structure including a.
The method of claim 1,
Rubber or silicone or sponge or synthetic resin to support the vertical pipe 71 and the horizontal pipe 72 with the inner space 51 formed between the support grooves 52 of the fixing frame 50 and the support grooves 52 Fire piping installation structure, characterized in that the buffer member 100 formed of any one is mounted.
The method of claim 1,
Intermediate support means 200 for supporting the water supply means 70 and the horizontal support pipe 60 are mounted at intervals between the ceiling fixture 20 and the ceiling fixture 20,
The intermediate support means 200,
A ceiling horizontal surface 211 fixed to the ceiling W, a fixture vertical surface 212 formed in a vertical direction at an end of the ceiling horizontal surface 211, and a lower support surface formed in a horizontal direction at an end of the fixture vertical surface 212 Intermediate fixture 210 in which 213 is multi-stage bent;
The intermediate fixture buffer (which is disposed above the lower support surface 213 of the intermediate fixture 210, has a vertical buffer surface 221 and a horizontal buffer surface 222 formed in a right angle shape, and is formed of rubber or silicone ( 220); and
It is mounted between the upper portions of the intermediate fixture buffer 220, has a rectangular side surface, a rectangular support hole 232 is formed at an inner corner portion, and an inner space 231 is formed in the middle portion. Fixed frame 230; fire piping installation structure, characterized in that consisting of.
The method of claim 1,
A clutch support means 300 is mounted to the top of the horizontal support pipe 60 located below the fixing frame 50 to prevent flow when the sprinkler 74 operates,
The claw support means 300,
A claw fixture 310 fixed to the upper portion of the horizontal support pipe 60 and equipped with a support 311 having a spiral coupling groove 312 formed in the center of the upper portion;
A spiral body 320 having a lower portion coupled to the support 311 of the claw fixture 310 and having a spiral formed on an outer surface thereof; and
The spiral body 320 is coupled with a hollow end coupling portion 331 formed with a spiral therein, and on the opposite side, a clasp support portion 332 on which a buffer member 333 is mounted on an inner surface is formed. ); Fire piping installation structure, characterized in that consisting of.

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