KR20180002599U - Pipe support apparatus with vibroisolating function - Google Patents

Abstract

The present invention relates to a piping support apparatus having a dustproof function, and more particularly, to a piping support apparatus having a dustproof function capable of preventing fatigue caused by vibrations or shocks transmitted from an outside or a building.
The piping support device having the dust-proofing function of the present invention is advantageous in that cracking and fatigue can be prevented from occurring due to the reduction in impact or vibration of the piping due to the ability to move in the lateral or longitudinal direction in which vibration or impact is transmitted .

Description

[0001] PIPE SUPPORTING APPARATUS WITH VIBROSOLATING FUNCTION [0002]

The present invention relates to a piping support apparatus having a dustproof function, and more particularly, to a piping support apparatus having a dustproof function capable of preventing fatigue caused by vibrations or shocks transmitted from an outside or a building.

Generally, large buildings and apartments are provided with pipelines for moving wires and high-temperature and high-pressure fluids. These pipes are installed to be supported by an anchor bolt coupled to the ceiling and a bracket or tray coupled to the lower end of the anchor bolt.

However, in such brackets and trays, cracks may be generated in the piping due to the fluid flowing in the piping and shock or vibration transmitted from the outside through the building, or the anchor bolts may be broken due to the fatigue phenomenon. To prevent such damage, there is a risk of safety accidents such as leakage, short-circuit, explosion, fire, etc. In order to prevent this, an anti-vibration device for absorbing vibration and shock is required.

Korean Patent Laid-Open Publication No. 10-2010-0022881 discloses a pipe hanger for earthquake-proof and vibration-proof. The pipe hanger for earthquake-proof and vibration-proof is buffered in the vertical direction to absorb or reduce the vibration or shock generated in the vertical direction, but it has a disadvantage that it can not reduce vibration or impact transmitted in the lateral direction or longitudinal direction of the pipe.

Korean Patent Laid-Open Publication No. 10-2010-0022881: Tubular hanger for seismic and dustproof

It is an object of the present invention to provide a piping support apparatus having a dustproof function capable of buffering or reducing vibration or shock transmitted in a lateral direction and a longitudinal direction of a pipeline.

According to an aspect of the present invention, there is provided a piping support apparatus having a dustproof function, which is installed on a ceiling of a building to support a piping, wherein vibration or shock transmitted from a fluid flowing in the building or the piping, A piping support apparatus having a dustproof function for preventing occurrence of vibration fatigue, the piping support apparatus comprising: a first clamp unit for enclosing an outer surface of the pipe; an upper portion mounted on a ceiling of the building so as to be rotatable in a lateral direction of the pipe, And a transverse vibration unit provided with at least one transverse clamp supporting unit mounted on the outer circumferential surface of the first clamp unit so as to be rotatable in the transverse direction of the pipe to reduce vibration or impact transmitted in the lateral direction of the pipe .

A piping support apparatus having a dustproof function according to the present invention includes a second clamp unit for enclosing an outer surface of the pipe at a position spaced apart from the transverse dustproof unit by a predetermined distance, And at least one longitudinal clamp supporting unit mounted rotatably and having a lower portion rotatably mounted on the outer circumferential surface of the second clamping unit in the longitudinal direction of the pipe so that the vibration or shock transmitted in the longitudinal direction of the pipe Directional vibration-damping unit.

The first clamp unit includes a clamp main body for surrounding the pipe; And a plurality of first support unit engaging portions formed on an outer circumferential surface of the clamp main body portion so as to be spaced apart from each other by a predetermined length in the circumferential direction of the clamp main body portion and to which the lower portions of the transverse clamp supporting units are respectively engaged, The support unit coupling portions extend from the outer circumferential surface of the clamp body at mutually corresponding positions at one end and the other end in the width direction of the clamp main body, Wherein the transverse clamp support unit has a first and a second support ribs each having a joint hole formed therein, the transverse clamp support unit having a lower portion disposed between the first and second support ribs, It is preferable to penetrate the hinge shaft and be rotatably coupled in the transverse direction of the pipe

The plurality of first support unit engaging portions are spaced apart from each other in the circumferential direction of the clamp main body portion having the first and second support ribs respectively and are arranged in the horizontal direction of the pipe with reference to a vertical line crossing the center side of the pipe Wherein the first and second support ribs are formed symmetrically with respect to the first and second support ribs, wherein the first and second support ribs are formed symmetrically with respect to the first and second support ribs, A first transverse clamp support unit coupled to the left support unit connection unit and installed on the ceiling of the building so as to be further away from the vertical line of the pipe to the left, And a second transverse clamp supporting unit installed on the ceiling of the building so as to be further away from the vertical line of the pipe toward the right.

Wherein the plurality of first support unit engaging portions are provided at positions corresponding to the vertical line across the center of the pipe between the left support unit engaging portion and the right support unit engaging portion, Wherein the plurality of transverse clamp supporting units are rotatably coupled to the central side support unit engaging portion at a lower portion thereof, and the upper portion of the transverse clamp supporting unit is connected to the vertical support portion of the building corresponding to a vertical line crossing the center of the pipe, And a third transverse clamp supporting unit rotatably mounted on the ceiling.

The second clamp unit includes an upper clamp main body portion formed to surround an upper portion of the pipe, a second clamp main body portion extending in parallel to each other at upper and lower ends of the upper clamp main body portion in the circumferential direction, And a front and rear support unit engaging portions respectively having third and fourth support ribs respectively formed with third and fourth engagement holes and spaced apart from each other in the longitudinal direction of the upper clamp main body portion and respectively engaged with the longitudinal clamp support unit, A clamp member; And a lower clamp member having a width corresponding to the upper clamp member and formed so as to surround the lower portion of the pipe and coupled with the upper clamp member, The clamp support unit is installed to be rotatable through a second hinge shaft passing through the third and fourth engagement holes, the lower portion being positioned between the third and fourth support ribs of the front support unit engagement portion, A first vertical clamp support unit installed on a ceiling of the building so as to be distanced forward from a vertical line crossing the center of the width of the upper clamp body, and a lower portion rotatably installed on the rear support unit coupling unit , And is installed on the ceiling of the building so as to be spaced rearward with respect to a vertical line crossing the center of the width of the upper clamp body May be provided with a second longitudinal clamp support unit.

The first clamp unit includes upper and lower clamp main bodies each having first and second flange portions for respectively mutually engaging at respective opposite ends of the pipe, which are respectively disposed at upper and lower portions of the pipe and correspond to the lateral direction of the pipe; Wherein the first flange portion is formed to extend upward from both side ends of the first flange portion corresponding to the longitudinal direction of the pipe and extend in parallel to each other in the lateral direction of the pipe, And a plurality of third support unit engaging portions each having fifth and sixth support ribs for supporting both sides of the first hinge shaft passing through the unit.

The second clamp unit may include upper and lower clamp main bodies formed to have a longer width than the first clamp unit and formed to surround the upper and lower portions of the pipe, Fifth and sixth engaging holes projecting upward from an outer circumferential surface of the upper clamp main body portion, extending in parallel to the longitudinal direction of the pipe, spaced apart from each other in the transverse direction of the pipe and penetrating in the transverse direction of the pipe, A plurality of front and rear support unit engaging portions provided on the front and rear support unit engaging portions, respectively, each of the front and rear support unit engaging portions being spaced from each other in the longitudinal direction of the upper clamp main body, The longitudinal clamp support unit is rotatably installed through the third hinge shaft passing through the fifth and sixth engagement holes, the lower portion being positioned between the seventh and eighth support ribs of the front support unit engagement portion, , And is installed on the ceiling of the building so as to be distanced forward from the vertical line crossing the center of the width of the upper clamp main body A first vertical clamp supporting unit which is rotatably installed on the rear supporting unit engaging part and has a lower portion which is pivotally moved rearward relative to a vertical line crossing the center of the width of the upper clamp main body, And a second longitudinal clamp supporting unit installed on the ceiling.

 The second clamp unit may include an upper clamp main body formed to surround an upper portion of the pipe and having a plurality of first and second engaging ribs spaced apart from each other in the longitudinal direction at both side ends corresponding to the lateral direction of the pipe, A lower clamp body portion formed to correspond to a width of the upper clamp body and formed to surround a lower portion of the pipe and having a plurality of third and fourth engagement ribs at positions corresponding to the first and second engagement ribs; A first mounting rod penetrating through the first and third coupling ribs on the front side of the upper clamp main body portion and extending upwardly of the upper clamp main body portion and a second mounting rod extending on the front side of the upper clamp main body portion, A second mounting rod extending upwardly from the upper clamp main body and extending in parallel to the first mounting rod, and a second mounting rod provided on the upper portion of the first and second mounting rods, A front support unit engaging portion having first and second support shaft engaging members formed to be penetrating therethrough; A third mounting rod penetrating through the first and third coupling ribs on the rear side of the upper clamp main body portion and extending upwardly of the upper clamp main body portion and a second mounting rod extending on the rear side of the upper clamp main body portion, And a fourth mounting bar extending upwardly from the upper clamp main body and extending in parallel to the third mounting bar, and a second mounting bar provided on the upper portion of the third and fourth mounting rods, And a rear support unit engaging portion including a third and a fourth support shaft engaging members formed on the first and second support shaft engaging portions, wherein a plurality of the longitudinal clamp supporting units are provided so as to correspond to the front and rear support unit engaging portions, And the second support shaft coupling member is inserted through the hinge shaft passing through the first and second support shaft coupling members on both sides thereof, A transverse first longitudinal clamp supporting unit that is installed in the roof of the building apart from the front side with respect to the vertical line and; And the lower portion is positioned between the third and fourth support shaft engagement members and is connected to a hinge shaft through which the both sides pass through the third and fourth support shaft engagement members and the center of the width of the upper clamp main body portion And a second longitudinal clamp supporting unit installed on the ceiling of the building so as to be spaced rearward from the vertical line.

The piping support device having the dust-proofing function of the present invention is advantageous in that cracking and fatigue can be prevented from occurring due to the reduction in impact or vibration of the piping due to the ability to move in the lateral or longitudinal direction in which vibration or impact is transmitted .

Further, in the piping support device having the dustproof function of the present invention, the lateral direction vibration unit supports the load of the pipe in a dispersed manner in the lateral direction of the pipe, and the longitudinal direction vibration unit supports the load of the pipe in the direction of the pipe, There is an advantage that the efficiency can be increased.

1 is a perspective view of a piping support apparatus having a dustproof function according to a first embodiment of the present invention,
Fig. 2 is a partial cross-sectional front view of the transverse dustproof unit of Fig. 1,
FIG. 3 is a side view of the longitudinal vibration isolating unit of FIG. 1,
Fig. 4 is a front view of the transversely-directional vibration-damping unit according to the second embodiment of the present invention,
FIG. 5 is a partial sectional view of the transverse dustproof unit according to the third embodiment of the present invention,
Figure 6 is an exploded perspective view of a transverse or longitudinal clamp support unit according to a fourth embodiment of the present invention,
Figure 7 is an exploded perspective view of a transverse or longitudinal clamp support unit according to a fifth embodiment of the present invention,
8 is a perspective view of the longitudinal vibration damping unit according to the sixth embodiment of the present invention,
9 is a perspective view of a piping support apparatus having a dustproof function according to a seventh embodiment of the present invention.
10 is a perspective view of a piping support apparatus having a dustproof function according to an eighth embodiment of the present invention,
11 is a perspective view of a piping support apparatus having a dustproof function according to a ninth embodiment of the present invention.
12 is a perspective view of a piping support apparatus having a dustproof function according to a tenth embodiment of the present invention.

Hereinafter, a piping support apparatus having a dustproof function according to a preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings.

1 to 3 show a piping support apparatus having a dustproof function according to a first embodiment of the present invention.

1 to 3, a piping support apparatus having a dustproof function according to a first embodiment of the present invention is installed in a ceiling 15 or a wall surface (not shown) of a building to support the piping 10, And is movable in a direction in which a vibration or an impact transmitted from a fluid flowing in a building or a piping 10 is transmitted to thereby support piping so as to prevent cracks and vibration fatigue from occurring in the piping 10. [

The pipe supporting apparatus having the dustproof function according to the first embodiment of the present invention includes a lateral direction vibration unit 100 and a longitudinal direction vibration unit 200.

The lateral vibration damping unit 100 reduces vibrations or impact transmitted in the lateral direction of the piping. The lateral damping unit 100 includes a first clamp unit 110 that encloses the outer surface of the pipe, a second clamp unit 110 that is disposed between the ceiling 15 of the building and the first clamp unit And a plurality of transverse clamp supporting units 150 rotatably mounted in the lateral direction of the pipe.

The first clamp unit 110 includes a clamp main body 120 surrounding the pipe and a plurality of lateral clamps 120 spaced apart from each other by a predetermined length in the circumferential direction of the clamp main body 120 on the outer circumferential surface of the clamp main body 120, And a plurality of first support unit engaging parts 130 coupled to the lower part of the support unit 150, respectively.

The clamp main body portion 120 includes a first clamp member 122 in the form of a half ring which can cover the upper portion of the pipe 10 and a second clamp member 125 in the form of a half ring which covers the lower portion of the pipe.

The first clamp member 122 and the second clamp member 125 are hinged at one end in the circumferential direction which are in contact with each other and the first flange 123 and the second flange 123 formed at the other end of the second flange 123 are bolted to each other. However, the first clamp member 122 and the second clamp member 125 may be bolted to the first flange 123 and the second flange 123, respectively, at opposite ends of the first clamp member 122 and the second clamp member 125 in the circumferential direction .

The plurality of first support unit engaging portions 130 are spaced apart from each other by a predetermined length in a circumferential direction of the first clamp member 122 and are disposed on a vertical line a crossing the center side of the pipe 15 And right and left support unit engaging portions 131 and 132 respectively formed at positions mutually symmetric with each other in the transverse direction (c)

The left support unit coupling part 131 and the right support unit coupling part 132 respectively have first and second support ribs 134 and 136 spaced from each other in the longitudinal direction of the pipe 10.

The first and second support ribs 134 and 136 are spaced apart from the outer circumferential surface of the first clamp member 122 at a position corresponding to one end in the width direction of the first clamp member 122, Protruding from the outer circumferential surface of the clamp member 122, and extending in parallel with each other.

The first and second support ribs 134 and 136 are formed with first and second coupling holes 135 and 137 formed in the longitudinal direction of the pipe 10, respectively. The first and second coupling holes are formed at the corresponding positions in the longitudinal direction of the pipe, and both sides of the first hinge shaft 138 passing through the lower portion of the laterally-described clamp supporting unit 150, Section.

5, the first and second supporting ribs 134 and 136 of the first supporting unit engaging portion are formed by lancing one side of the clamp main body 120 in a 'C' shape, The clamping portion 120 may be formed to be bent perpendicularly to the outer circumferential surface of the clamp main body 120.

The first hinge shaft 138 extends longer than the width of the first clamp member 122 and has a first engagement hole 135, a lower portion of the transverse clamp support unit 150, Shaped first hinge main body portion 138a passing through the first hinge main body portion 138a and a first head portion 138b formed at one end of the first hinge main body portion 138a to have a larger diameter than the first and second engagement holes . The other end of the first hinge shaft 138 passing through the first or second coupling hole is screwed to the nut 161.

The width direction of the first clamp member 122 is parallel to the longitudinal direction of the pipe 10, that is, the longitudinal direction of the pipe, and is a direction orthogonal to the circumferential direction of the first clamp member 122.

The plurality of transverse clamp supporting units 150 provided corresponding to the left and right supporting unit engaging parts 131 and 132 are each rotatably mounted on the ceiling of the building and the lower part is supported by the first and second supporting ribs 134 and 136 And is rotatably coupled through the first hinge shaft 138 passing through the first and second engagement holes 135 and 137 and in the lateral direction of the pipe 10. [

1, the first clamp unit 110 may be provided with a buffer member 12 for absorbing or buffering an impact between the clamp main body 120 and the pipe. The buffer member may be formed of a foamed resin, but is not limited as long as it is a material capable of absorbing shock or buffering shock.

The plurality of transverse clamp support units 150 includes a first transverse clamp support unit 151 coupled to the left support unit engagement portion 131 and a second transverse clamp support member 151 coupled to the right support unit engagement portion 132. [ And a support unit 152. The first transverse clamp support unit 151 is attached to the ceiling of the building so that the lower portion thereof is coupled to the left support unit engagement portion 131 and further away from the vertical line a of the pipe. The second transverse clamp support unit 152 is attached to the ceiling of the building so that the lower portion is coupled to the right support unit engaging portion 132 and further away from the vertical line a of the pipe toward the upper side.

As shown in FIG. 2, the first and second transverse clamp supporting units 151 and 152 are arranged such that the distance between the first and second horizontal clamp supporting units 151 and 152 increases from the lower part to the upper part, As shown in FIG.

The first and second transverse clamp supporting units 151 and 152 are respectively provided with a plurality of first anchor bolts 153 and first and second anchor bolts 153 fixed to the first anchor bolts 153, A first anchor bolt coupling nut 154 screwed to the lower end of the first anchor bolt 153 passing through the first support bracket 155 and a second anchor bolt coupling nut 154 screwed to the lower end of the first anchor bolt 153, A second hinge shaft 159 passing through the first support bracket 155 and supported by the first support bracket 155 and a second hinge shaft 159 passing through the first support bracket 155 in the longitudinal direction of the pipe, A first rotating bracket 163 which is rotatably mounted on the first supporting bracket 155 through the second hinge shaft 159 and a second rotating bracket 163 which is rotatably mounted on the first supporting bracket 155, A first rotation bar 167 attached to the lower portion of the rotation bracket 163 and extending downward together with the first rotation bracket 163 and rotatable in a lateral direction of the pipe 10 with respect to the first support bracket 155; , The first turning bar ( And a second rotation bracket 169 which is coupled with the lower end of the first hinge shaft 167 and penetrates the first hinge shaft 138 and is rotatably mounted between the first and second support ribs 134 and 136 in the lateral direction of the pipe 10 ).

The first anchor bolt 153 is vertically installed so that its lower end protrudes downward with respect to the ceiling of the building.

The first support bracket 155 has a rectangular plate-like fixing portion 156 coupled to the first anchor bolt 153 and fixed to the ceiling of the building and a fixing portion 156 fixed at both ends of the fixing portion 156 corresponding to the longitudinal direction of the pipe And first and second pivotal supporting portions 157 and 158 extending downward and mutually side by side so that both sides corresponding to the lateral direction of the pipe are opened. The first and second pivotal support portions 157 and 158 include third and fourth engagement holes 157a and 158a formed in the piping 10 to correspond to each other in the longitudinal direction so as to penetrate the second hinge shaft 159 Respectively.

The second hinge shaft 159 is extended longer than the width of the first support bracket 155 in the longitudinal direction of the pipe to form the third engagement hole 157a, the first rotation bracket 163, the fourth engagement hole 158a And a second head portion 159b formed at one end of the second hinge main body portion 159a and having a diameter greater than that of the third and fourth engagement holes. The second hinge main body portion 159a has a bar- . The other end of the second hinge shaft 159 passing through the third or fourth coupling hole is screwed to the nut 161.

The length of the first rotation bracket 163 corresponding to the longitudinal direction of the pipe 10 is shorter than the distance between the first and second rotation support portions 157 and 158 so as to be inserted between the first and second rotation support portions 157 and 158 .

The first rotation bracket 163 is formed parallel to the first and second rotation support portions 157 and 158 and is disposed between the first and second rotation support portions 157 and 158 in the spacing direction of the first and second rotation support portions 157 and 158 A first rotating bar upper engaging portion 164 that engages with the upper portion of the first rotating bar 167 and connects the lower ends of the third and fourth rotating supporting portions 164 and 165, 166). The third and fourth rotation supporting portions 164 and 165 are respectively formed so as to pass through the inner side corresponding to each other so that the second hinge shaft passing through the third coupling hole can be penetrated and penetrated by the fourth coupling hole.

The second rotating bracket 169 has a shape in which the first rotating bracket 163 is inverted in the vertical direction and is spaced apart from each other in the longitudinal direction of the pipe and is provided between the first and second supporting ribs 134, And a first rotating coupling part 173 for coupling the supporting parts 170 and 171 and the upper ends of the fifth and sixth rotation supporting parts 171 and 172.

The first rotating bar 167 has an upper portion that passes through the first rotating bar upper engaging portion 166 and is coupled to the upper and lower nuts 139 with the first rotating bar upper engaging portion 166 therebetween, And the lower portion of the first rotating bar coupling portion 173 passes through the first rotating bar coupling portion 173 and is coupled to the upper and lower nuts 139 via the first rotating bar coupling portion 173, And is fixed to the rotating bail fastening portion 173.

The longitudinal vibration damping unit 200 reduces vibrations or impact transmitted in the longitudinal direction of the piping 10 and prevents the vibration from the piping 10 at a position spaced apart from the lateral vibration damping unit 100 by a predetermined distance in the longitudinal direction of the piping 10. [ A second clamp unit 210 which surrounds the outer surface of the pipe 10, and a second clamp unit 210, one side of which is rotatably mounted on the ceiling of the building in the longitudinal direction of the pipe, And a plurality of longitudinal clamp support units (260).

The second clamp unit 210 includes an upper clamp member 220 covering the upper surface of the pipe 10 and a lower clamp member 250 covering the lower portion of the pipe 10. [

The upper clamp member 220 includes an upper clamp main body 221, a plurality of third and fourth flanges 222 and 223, and a plurality of second support unit engaging portions.

The upper clamp main body 221 is formed in a semi-annular shape so as to cover the upper portion of the pipe. The third and fourth flanges are respectively formed at both side ends in the circumferential direction of the upper clamp main body 221, and a plurality of the flanges are formed at the opposite end portions at a predetermined distance in the longitudinal direction of the pipe.

The plurality of second support unit engaging portions 225 are spaced apart from each other in the longitudinal direction of the upper clamp main body 221. The plurality of second support unit engaging portions 225 are spaced apart from each other along the vertical line d across the center of the width of the upper clamp main body, And front and rear support unit engaging portions 231 and 232 respectively formed at positions mutually symmetric with respect to the direction of the front and rear support units 231 and 232, respectively.

1 and 3, the front support unit engaging portion 231 is formed on the front side of both circumferential end portions of the upper clamp main body portion 221, and the rear support unit engaging portion 232 is formed on the front side of the upper clamp main body portion 221, And is formed on the rear side of both circumferential end portions of the portion 221.

The front and rear support unit engaging portions 231 and 232 are respectively formed at both side ends of the up-and-down clamp main body portion 221 in the circumferential direction, and the third flanges 222 and the fourth flanges 222, And a third support rib 233 and a fourth support rib 235 which are formed in a plate shape extending in the vertical direction of the pipe and extending upward between the first and second support ribs 223. The third and fourth supporting ribs 233 and 235 are respectively formed with fifth and sixth fitting holes 233a and 235a penetrating in the transverse direction of the pipe 10 and are respectively provided with a longitudinal clamp supporting unit 260, It is preferable to extend upward to a longer length than the radius of the upper clamp main body 221 so as to facilitate coupling.

The lower clamp member 250 has a width corresponding to the upper clamp member 220 and is formed to surround the lower portion of the pipe 10 and is coupled to the upper clamp member 220.

The lower clamp member 250 includes a lower clamp main body portion 251 formed in a semicircular shape so as to cover the lower portion of the pipe and a fifth and a sixth flange 252 protruded along both circumferential ends of the lower clamp main body portion 251 252, 253). The fifth and sixth flanges 252 and 253 are formed with a plurality of through holes (not shown) formed to penetrate through the third flange and the fourth flange in the vertical direction so as to be coupled with the bolts (b).

The plurality of longitudinal clamp support units 260 includes a first longitudinal clamp support unit 261 coupled with a front support unit engagement portion 231 spaced apart from one another in the longitudinal direction of the pipe 10, And a second longitudinal clamp support unit 262 coupled with the second longitudinal clamp support unit 232.

The first longitudinal clamp supporting unit 261 is coupled to the front supporting unit engaging portion 231 at its lower portion and is moved forward toward the vertical line d across the center of the width of the upper clamp main body 221 It is installed on the ceiling of the building distantly. The second vertical clamp supporting unit 262 is coupled to the rear supporting unit engaging part 232 at its lower part and is moved rearward relative to the vertical line "d" crossing the center of the width of the upper clamp main body part 221 It is installed on the ceiling of the building distantly.

As shown in FIG. 3, the first vertical clamp support unit 261 and the second vertical clamp support unit 262 have a longer distance from the lower to the upper, Symmetrically with respect to the vertical line (d).

The first and second longitudinal clamp support units 261 and 262 are of a type in which the first and second transverse clamp support units are installed so as to be spaced apart from each other in the longitudinal direction of the pipe.

The first and second longitudinal clamp supporting units 261 and 262 include a second anchor bolt 263 installed at the lower end of the ceiling to protrude downward and a second anchor bolt 263 fixed to the second anchor bolt A second anchor bolt coupling nut (not shown) screwed to the lower end of the second anchor bolt 263 passing through the second support bracket 265, and a second anchor bolt coupling nut A fourth hinge shaft 269 passing through the second support bracket 265 and supported by the second support bracket 265 and a fourth hinge shaft 269 passing through the second support bracket 265 in the lateral direction of the pipe A third rotating bracket 273 which is rotatably mounted to the second supporting bracket 265 through the fourth hinge shaft so as to be rotatable in the longitudinal direction of the pipe, The first support bracket 273 and the third support bracket 273 are mounted on the lower portion of the third support bracket 273 and extend downward to connect the third support bracket 273 and the second support bracket 265, A second rotating bar 277 rotatable about the third rotating bar 277 and a second rotating bar 277 connected to the lower end of the second rotating bar 277 and positioned between the third and fourth supporting ribs 233 and 235, And a fourth rotating bracket 279 through which the three-hinge shaft 278 penetrates and rotatably mounted in the longitudinal direction of the pipe.

The second anchor bolt 263 is vertically installed so that its lower end protrudes downward with respect to the ceiling of the building.

The second support bracket 265 has the same structure as the first support bracket 155. The second support bracket 265 has a structure in which the first and second rotation support portions 157 and 159 are rotated 90 degrees in the left- The second anchor bolt 263 is engaged with the second anchor bolt 263. The fourth hinge shaft 269 has the same structure as the second hinge shaft 159 and passes through the second support bracket 265 in the transverse direction of the pipe 10 and has an end joined to the nut. The third rotating bracket 273 has the same structure as the first rotating bracket 163 and the third and fourth rotating supporting parts 164 and 165 are rotated 90 degrees in the left- Is coupled to support bracket 265

The fourth rotating bracket 279 is formed in parallel with the third and fourth supporting ribs 233 and 235 and is rotatably supported by the third supporting rib 233 and the fourth supporting rib 233 between the third supporting rib 233 and the fourth supporting rib 235, The fifth and sixth rotation supporting portions 281 and 282 which are spaced apart from each other in the direction of separation of the supporting rib 235 and the upper end portions of the fifth and sixth rotation supporting portions 281 and 282, And the second rotating bail fastening portion 283 is formed. The fifth and sixth rotation supporting portions 281 and 282 are formed so that their inner sides corresponding to each other are formed so that the third hinge shaft 278 passing through the fifth coupling hole can be penetrated by the sixth coupling hole.

The second rotating bar 277 is formed so as to correspond to the first rotating bar 167. The upper portion is coupled to the third rotating bracket 273 and the lower portion is coupled to the second rotating bar coupling portion 283. [

The transverse dustproof unit of the piping device having the preventive function according to the embodiment of the present invention can be installed every 12 m on the pipe, and the longitudinal directional vibration unit can be installed every 24 m.

The piping support apparatus having a dustproof function according to the present invention having the above-described structure is characterized in that the horizontal or vertical clamp supporting units 150 and 260 are hinged to the ceiling 15 and the first or second clamp units 110 and 210, The first or second clamp unit 110 or 210 that surrounds the pipe 10 can move in the lateral direction or the longitudinal direction in which vibration or impact is transmitted to reduce impact or vibration of the pipe 10, And the occurrence of fatigue can be prevented.

Further, in the piping support apparatus having the dustproof function according to the present invention, the lateral vibration damping unit supports the load of the piping so as to be dispersed in the lateral direction of the piping, and the longitudinal vibration damping unit supports the load of the piping in a dispersed manner in the direction of the piping There is an advantage that the dustproof efficiency against vibration or shock transmitted from the building can be enhanced.

Unlike the illustrated embodiment, the piping support apparatus having the dustproof function according to the present invention may be applied to only the transverse dustproof unit 100 or only the longitudinal dustproof unit 200.

Meanwhile, FIG. 4 shows a piping support apparatus having a dustproof function according to a second embodiment of the present invention. The same reference numerals denote the same elements as those in the drawings.

The piping support apparatus having the dustproof function according to the second embodiment of the present invention supports the piping so as to be rotatable in three directions with respect to vibrations or shocks transmitted in the lateral direction and includes a plurality of first support unit coupling portions 130 Further comprises a central side support unit engaging portion 133 and the plurality of transverse clamp supporting units 150 further comprise a third transverse clamp supporting unit 180. [

The center side support unit engaging portion 133 is made of the same components as the left and right support unit engaging portions 131 and 132 and the lower portion of the third transverse clamp supporting unit 180 is rotatably mounted do.

The third transverse clamp support unit 180 is made of the same components as the first and second transverse clamp support units 151 and 152 so that the lower part is coupled to the center side support unit engagement part 133 and the upper part is connected to the pipe 10 And is rotatably installed on the ceiling of the building corresponding to the vertical line (a) across the center of the building.

As shown in Fig. 4, the first pivoting bar installed on the third transverse clamp supporting unit 180 is formed to be shorter than the first pivoting bar installed on the first and second transverse clamp supporting units 151 and 152 .

6 shows a lateral clamp support unit of a piping support apparatus having a dustproof function according to a fourth embodiment of the present invention. Components that perform the same functions as those shown in the drawings are denoted by the same reference numerals do.

The first and second transverse clamp support units 351 and 352 according to the fourth embodiment of the present invention each have a first anchor bolt 153, a first support bracket 155, and a first support bracket 155 A first hinge engaging portion 364 which is positioned between the first and second rotation supporting portions 157 and 158 and through which the second hinge shaft 159 passes is connected to a lower portion of the first hinge engaging portion 364, A first tiltable member 363 having a first female thread engagement portion 365 formed with a predetermined length and formed with a thread on an inner peripheral surface thereof and a second female threaded portion 365 having an upper portion coupled with the first female threaded engagement portion 365 of the first tiltable member 363, A first extension bar 367 coupled to the first extension bar 367 and extending downward and a second female screw connection part 370 formed by vertically inverting the first rotation member 363 and screwed to the lower part of the first extension bar 367 And a second hinge coupling portion 371 connected to the lower portion of the second female thread coupling portion 370 and positioned between the first and second support ribs 134 and 136 and through which the first hinge shaft 138 passes Second And a re-ET 369.

Although not shown, the structure in which the first and second tiltable members 363 and 369 are coupled to the upper and lower portions of the first extension bar 367 is similar to that of the second support bracket 265 of the longitudinal clamp support unit 260, And the third and fourth support ribs 233 and 235 of the unit coupling portion, respectively.

7 shows a lateral clamp support unit of a piping support apparatus having a dustproof function according to a fifth embodiment of the present invention. Components that perform the same functions as those shown in the drawings are denoted by the same reference numerals do.

The first and second transverse clamp supporting units 451 and 452 according to the fifth embodiment of the present invention are provided with first anchor bolts 153, first support brackets 155, and first and second support brackets 155, A first rotating unit 463 which is positioned between the first and second rotation supporting units 157 and 158 and through which the second hinge shaft 159 penetrates and a second rotating unit 463 which is coupled to the first rotating unit 463 and extends downward, A second extension bar 467 and a second extension bar 467. The second extension bar 467 is coupled to a lower portion of the second extension bar 467 and is disposed between the first and second support ribs 134, And a rotating unit 469.

The first rotating unit 463 has a rectangular pillar shape and has a first rotating support portion 157 and a second rotation supporting portion 158 that are inserted between the first rotating supporting portion 157 and the second rotating supporting portion 158, The distance is equal to or smaller than the separation distance. The first rotating unit 463 is formed with a second hinge shaft passage hole 464 through which the second hinge shaft 159 passes through from the first rotation supporting part 157 toward the second rotation supporting part 158 A first penetrating portion 465 is formed below the second hinge shaft tube penetrating hole 464 in a direction intersecting the penetration direction of the second hinge shaft tube penetrating hole 464 and the first penetrating portion 465 is formed at the center of the bottom surface of the first penetrating portion 465 And a second extending bar upper through hole (not shown) formed through the lower end of the second extending bar 467 and penetrating the upper portion of the second extending bar 467.

The second rotating unit 469 includes a first rotating unit 463 having a vertically inverted rectangular pillar shape and having a first supporting rib 134 for being inserted between the first supporting rib 134 and the second supporting rib 136 And the second support rib 136. The width of the second support rib 136 is set to be equal to or smaller than the distance between the first support rib 136 and the second support rib 136. [ The second rotation unit 463 has a first hinge shaft passage hole 470 through which the first hinge shaft 138 passes through from the first support rib 134 toward the second support rib 136, A second penetrating portion 471 is formed above the first hinge shaft tube penetrating hole 470 in a direction intersecting the penetrating direction of the first hinge shaft tube penetrating hole 470 and the second penetrating portion 471 is formed at the center of the upper surface of the second penetrating portion 471 (Not shown) through which the lower portion of the second extending bar 467 is passed.

The direction intersecting the through direction of the second hinge shaft hole 464 and the direction intersecting the through direction of the first hinge shaft hole 470 is a direction corresponding to the lateral direction of the pipe 10.

The upper and lower portions of the second extension bar 467 pass through the second through-hole and the second through-hole, respectively, and pass through the upper and lower walls of the second through- (473).

Although not shown, the structure in which the first and second pivoting units 463 and 469 are coupled to the second extending bar 467 is similar to that of the second supporting bracket 265 of the longitudinal clamp supporting unit 260, Third and fourth support ribs 233 and 235, respectively.

8 shows a longitudinal vibration damping unit 500 of a piping support apparatus having a dustproof function according to a sixth embodiment of the present invention. The same reference numerals denote the same elements as those in the drawings.

The second clamp unit 510 is preferably formed to be longer than the first clamp unit 110 according to the first embodiment of the present invention. The second clamp unit 510 includes an upper clamp main body 520, a lower clamp main body 530, and a second support unit engaging portion.

The upper clamp main body 520 is in the form of a half-ring formed to surround the upper portion of the pipe. The upper clamp main body 520 is formed with a plurality of first and second engaging ribs 521 and 523, respectively, which are longitudinally spaced at opposite ends of the pipe corresponding to the lateral direction.

The lower clamp main body 530 is formed to correspond to the width of the upper clamp main body and is formed so as to surround the lower portion of the pipe. The lower clamp main body 530 is formed with a plurality of third and fourth engagement ribs 531 and 533 at positions corresponding to the first and second engagement ribs 521 and 523, respectively.

The first engaging rib 521 and the third engaging rib 531 are provided with a first rib through hole and a second rib through which the first and third mounting rods 541 and 551, which will be described later, A hole (not shown) is formed. The second engaging rib 523 and the fourth engaging rib 533 are provided with second rib through-holes formed through the second engaging ribs 523 and the fourth engaging ribs 533 at positions corresponding to each other in the vertical direction and through which the second and fourth mounting rods 542, A through-hole (not shown) is formed.

The second support unit engaging portion includes a front support unit engaging portion 540 coupled to a lower portion of the first longitudinal clamp supporting unit 261 and a rear support unit engaging portion 540 engaged with a lower portion of the second longitudinal clamp supporting unit 262. [ (550).

The front support unit engaging portion 540 passes through the first and third engaging ribs 521 and 531 on the front side of the upper clamp main body and is engaged with the upper and lower nuts of the first and third engaging ribs 521 and 531, And the second and fourth coupling ribs 523 and 533 penetrate through the second and fourth coupling ribs 523 and 533 on the front side of the upper clamp main body and are fixed to the upper and lower nuts of the second and fourth coupling ribs 523 and 533, And supports both sides of the third hinge shaft 278 which are respectively provided on the upper portions of the first and second mounting rods 541 and 542 and penetrate the lower portion of the first longitudinal clamp supporting unit 261 The first and second support shaft engagement members 544 and 546 are formed so that the inner side is penetratingly formed in the lateral direction of the pipe 10. [

The first support joining member 544 is formed by being drawn upward from the lower surface and having a thread on the inner circumferential surface to form a first installation rod engaging portion 545 screwed to the upper portion of the first installation rod, And the inner side is formed so as to penetrate through the third hinge shaft.

The second support joining member 546 is formed by being pulled upward from the lower surface and having a thread on the inner circumferential surface to form a second mounting rod engaging portion 547 screwed to the upper portion of the second mounting rod, So that the third hinge shaft 278 can be inserted through.

The rear support unit engaging portion 550 is engaged with upper and lower nuts of the first and third engaging ribs 521 and 531 through the first and third engaging ribs 521 and 531 on the rear side of the upper clamp main body portion, A third mounting rod 551 and a second fixing rod 553 which is coupled with the upper and lower nuts of the second and fourth fitting ribs 523 and 533 through the second and fourth fitting ribs 523 and 533 on the rear side of the upper clamp body, 4 mounting rods 552 and third and fourth mounting rods 551 and 552 and can support both sides of a third hinge shaft 278 passing through the lower portion of the second longitudinal clamp supporting unit 269 And third and fourth support shaft engaging members 554 and 556 whose inner sides are penetratingly formed in the lateral direction of the pipe 10.

The third support joining member 554 is formed by being drawn upward from the lower surface and having a thread on the inner circumferential surface to form a third installation rod engaging portion 555 screwed to the upper portion of the third installation rod, So that the third hinge shaft 278 can be inserted through.

The fourth support joining member 556 is formed to extend upward from the lower surface and has a thread on the inner circumferential surface to form a fourth fitting rod engaging portion 557 screwed to the upper portion of the fourth fitting rod. So that the third hinge shaft 278 can be inserted through.

9 shows a piping support apparatus having a dustproof function according to a seventh embodiment of the present invention. The same reference numerals denote the same elements as those in the drawings.

 A piping support apparatus having a dustproof function according to the seventh embodiment of the present invention includes a lateral vibration damping unit 700 and a longitudinal vibration damping unit 800.

The transverse vibration damping unit 700 reduces the vibration or impact transmitted in the lateral direction of the pipe and includes a first clamp unit 710 that encloses the outer surface of the pipe and a ceiling 15 and a first clamp unit 710 And a plurality of transverse clamp support units 150 mounted between the transverse clamp support units.

The first clamp unit 710 includes upper and lower clamp main bodies 720 and 730 and a plurality of third support unit engaging portions 740.

The upper and lower clamp main body portions 720 and 730 are formed in a symmetrical convex shape so as to cover the upper and lower portions of the pipe 10, respectively. The upper and lower clamp main body portions 720 and 730 are provided at both ends of the pipe 10, First and second flange portions 721 and 731 are respectively formed. The first and second flange portions 721 and 731 are respectively formed with first and second bolt holes (not shown) through which the bolts 751 are vertically penetrated, respectively. The plurality of bolts 751 pass through the first and second bolt coupling holes, respectively, and then are engaged with a nut (not shown).

The plurality of third support unit engaging portions 740 are formed in the first flange portion 721 formed at both end portions of the upper clamp main body portion 720 corresponding to the lateral direction of the pipe.

The third support unit engaging portion 740 is provided with a plurality of third support unit protrusions 730 protruding upward from both side ends of the first flange portion 720 corresponding to the longitudinal direction of the pipe 10, 5 and sixth support ribs 741, 743.

The fifth and sixth support ribs 741 and 743 are provided at the positions corresponding to each other in the longitudinal direction of the pipe 10 so as to support the first hinge shaft 138, And sixth support rib balls are formed. The fifth and sixth support rib holes are portions through which the first hinge shaft 138 passing through both sides of the first or second transverse clamp supporting units 151 and 152 passes.

The longitudinal vibration damping unit 800 reduces vibration or shock transmitted in the longitudinal direction of the pipe 10 and includes a second clamp unit 810 and a plurality of longitudinal clamp supporting units 260.

The second clamp unit 810 includes upper and lower clamp main bodies 820 and 850 formed to have a longer width than the first clamp unit 710 and formed to surround the upper and lower portions of the pipe 10, And front and rear support unit engaging portions 831 and 832 formed on the upper portion of the clamp main body portion 820 and spaced apart from each other in the longitudinal direction of the upper clamp main body portion 820.

The front and rear support unit engaging portions 831 and 832 project upward from the upper end of the outer peripheral surface of the upper clamp main body portion 820 and extend in parallel to the longitudinal direction of the pipe and are mutually spaced apart from each other in the lateral direction of the pipe 10, And seventh and eighth support ribs 833 and 835 respectively formed with fifth and sixth engagement holes (not shown) penetrating in the lateral direction of the pipe.

9, the front and rear support unit engaging portions 831 and 832 are formed on a joining member 830 of a rectangular plate shape welded or bolted to the upper surface of the upper clamp main body portion 820, And a plurality of seventh and eighth support ribs 833 and 835, which are respectively projected to be spaced apart from each other in the longitudinal direction of the pipe, are bent upward.

It is preferable that the bottom surface of the coupling member 830 is formed in a curved surface corresponding to the curvature of the upper surface arc of the upper clamp main body 820 so as to be tightly coupled to the upper clamp main body 820. [ However, unlike the illustrated, the front and rear support unit engaging portions 831 and 832 may be formed by welding the lower ends of the respective second and eighth support ribs 833 and 835 to the upper surface of the upper clamp main body portion 820 will be.

The plurality of longitudinal clamp support units 260 includes a first longitudinal clamp support unit 261 coupled to a front support unit engagement portion 831 spaced apart from one another in the longitudinal direction of the pipe 10, And a second longitudinal clamp support unit 262 coupled with the second longitudinal clamp support member 832.

The first longitudinal clamp support unit 261 is disposed between the seventh and eighth support ribs 833 and 835 of the front support unit engagement portion 831 and has a third hinge shaft And is disposed on the ceiling of the building so as to be distant from the vertical line (d) crossing the center of the width of the upper clamp main body 820 toward the upper side.

The second vertical clamp support unit 262 is rotatably installed between the seventh and eighth support ribs 833 and 835 of the rear support unit engaging part 832 and the upper clamp main body unit 820 as it goes up. (D) across the center of the width of the width of the building.

The fourth pivot bracket 279 of the first and second longitudinal clamp supporting units 261 and 262 is formed to have a width equal to or narrower than the mutual spacing distance between the seventh and eighth supporting ribs 833 and 835. [

9, it is needless to say that the pipe supporting apparatus having the dustproof function according to the present invention may be provided with only the lateral direction dustproof unit 700 or only the longitudinal dustproof unit 800. [

On the other hand, Fig. 10 shows a piping support apparatus having a dustproof function according to an eighth embodiment of the present invention. The same reference numerals denote the same elements as those in the drawings. The pipe supporting apparatus having the dustproof function according to the eighth embodiment of the present invention includes a lateral direction vibration unit 910 and a longitudinal direction vibration unit 950.

The transverse vibration damping unit 910 reduces the vibration or shock transmitted to the pipe in the lateral direction. The transverse vibration damping unit 910 includes a first clamp unit 920 that encloses the outer surface of the pipe, and a second clamp unit 920 that has one side mounted to the first clamp unit, And a transverse clamp supporting unit 940 which is rotatably mounted on the ceiling (not shown) in the lateral direction of the pipe.

The first clamp unit 920 includes first and second clamp main bodies 921 and 925 formed in a semicircular shape so as to be coupled to each other to wrap the pipe and a first clamp main body 921 corresponding to a side portion of the pipe 10 And a first support unit engaging portion 930 protruding in the lateral direction of the pipe from the outer circumferential surface and engaged with the lower portion of the transverse clamp supporting unit 940.

The first and second clamp main bodies 921 and 925 are formed with first flanges 922 and second flanges 926 which are engaged with bolts 928 at one side ends of the first and second clamp main bodies 921 and 925, And the other end is hinged. However, the first and second clamp main bodies 921 and 925 may also be formed with first flanges and second flanges, which are mutually bolt-coupled.

The first support unit coupling portion 930 projects from the outer peripheral surface of the first clamp main body portion 921 corresponding to the side portion of the pipe in the direction away from the central portion of the pipe and is formed to be parallel to each other in the lateral direction of the pipe, The first and second phage ribs 931 and 935 are spaced apart from each other in the direction of the first and second phage ribs 931 and 935, respectively.

The first and second gripping ribs 931 and 935 have first and second convex portions 932 and 932 which have arcuate curvatures corresponding to the lower outer circumferential surface of the first extension bar 367 of the transverse clamp support unit 940, And a third flange 933 and a fourth flange 937 extending in the direction away from the center of the pipe in the first and second gripping portions 932 and 933 and bolted to each other.

The horizontal clamp support unit 940 includes a first anchor bolt 153 fixed to the ceiling, a first support bracket 155 opened in the lateral direction of the pipe, a first support bracket 155, The first hinge engaging portion 364 and the second hinge engaging portion 364 are located between the two rotation supporting portions 157 and 158 and are connected to the lower portion of the first hinge engaging portion 364, A first tiltable member 363 having a first female thread engagement portion 365 having a thread on the inner circumferential surface thereof and an upper portion threadably engaged with the first female threaded engagement portion 365 of the first tiltable member 363, And a first extension bar 367 extending downwardly from the first and second gripper portions 931 and 935 and passing through the first and second gripper portions.

The longitudinal vibration damping unit 950 reduces the vibration or shock transmitted to the pipe in the horizontal direction. The longitudinal vibration damping unit 950 includes a second clamp unit 960 that encloses the outer surface of the pipe, And a longitudinal clamp supporting unit 980 rotatably mounted on the side wall (not shown) in the longitudinal direction of the pipe.

The second clamp unit 960 includes a third clamp unit 960 and a second clamp unit 960. The second clamp unit 960 is rotated counterclockwise with the first support unit coupling portion of the first clamp unit facing upward. And a third clamp main body portion 961 projecting upward from the outer peripheral surface of the third clamp main body portion 961 corresponding to the upper surface of the pipe 10 and extending in the transverse direction of the pipe, 2 support unit coupling portion 970. [

A fifth flange 962 and a sixth flange 966 are formed at one side of each of the third and fourth clamp main body portions 961 and 965 so as to be mutually engaged with each other by bolts 968. Although not shown, And the other end is hinged. However, the other end portions of the third and fourth clamp main body portions 961 and 965 may be formed with fifth flanges and sixth flanges that are mutually bolt-fastened.

The second support unit engaging portion 970 is formed to extend upward from the upper surface of the third clamp main body portion 961 corresponding to the side portion of the pipe and to be spaced apart from each other in the longitudinal direction of the pipe, 3 and fourth phage ribs 971, 975, respectively.

The third and fourth fingers ribs 971 and 975 have third and fourth protrusions 971 and 975, respectively, which have an arc curvature corresponding to the lower outer circumferential surface of the first extension bar 367 of the longitudinal clamp support unit 940, And a seventh flange 973 and an eighth flange 977 which are upwardly extended in the direction away from the center of the pipe at the upper ends of the third and fourth gripping portions 972, do.

The longitudinal clamp support unit 980 includes a second anchor bolt 263 fixed to the side wall of the building, a second support bracket 265 fixed to the second anchor bolt to open both sides in the longitudinal direction of the pipe, The first hinge engaging portion 364 and the second hinge engaging portion 364 are located between the first and second swing supporting portions 157 and 159 of the first supporting bracket 265 and the fourth hinge shaft 269, A first tiltable member 363 connected to the first tiltable member 363 and having a predetermined length from the bottom to the top surface and having a first female threaded portion 365 having a thread on the inner circumferential surface thereof, And a first extension bar 367 which is threadedly engaged with the engaging portion 365 and extends laterally so that the end portion penetrates between the third and fourth grip portions and is gripped by the third and fourth grip portions 971 and 975.

On the other hand, Fig. 11 shows a piping support apparatus having a dustproof function according to the ninth embodiment of the present invention. The same reference numerals denote the same elements as those in the drawings.

 The piping support apparatus having the dustproof function according to the ninth embodiment of the present invention includes a tray 861 for supporting a plurality of pipes, a support bar 865 extending in the lateral direction of the pipe to support the tray 861, First and second clamps 871 and 872 mounted on both ends of the support bar 865 and a second clamp 872 attached to the first clamp 871 to support the support bar 865 in such a manner as to be rotatable in the longitudinal and longitudinal directions of the pipe One horizontal clamp supporting unit 881 and first and second longitudinal clamp supporting units 891 and 892 and a supporting bar 865 mounted on the second clamp 872 are rotatable in the horizontal direction and the vertical direction of the pipe A second transverse clamp support unit 882, and a third and fourth longitudinal clamp support units 893, 894.

The tray 861 is formed by extending a predetermined length in the longitudinal direction of the pipe, and a space capable of accommodating a plurality of pipes is formed therein, and the upper side is opened. The support bars 865 extend in the direction transverse to the longitudinal direction of the tray 861, that is, the pipe 10 extends in the transverse direction, and the cross sections are formed in a rectangular or "C" shape, .

The first and second clamps 871 and 872 have the same structure. The lower portion of the first or second horizontal clamp support unit 881, 882, which will be described later, spaced from each other in the longitudinal direction of the pipe 10, First and second engagement ribs 873 and 874 which are rotatably coupled to each other in the horizontal direction and extend in a direction away from each other in the longitudinal direction of the pipe at the lower end portions of the first and second engagement ribs to form an outer peripheral surface of the support bar Third and fourth engagement ribs 876 and 877 projecting forward from one side of the clamp body 875 facing forward and the pipes being spaced from each other in the transverse direction, And fifth and sixth engagement ribs 878 and 879 projecting rearward from the other side of the main body 875 and spaced from each other in the transverse direction of the pipe.

The first and second coupling ribs 873 and 874 are respectively formed with a first hinge coupling hole 873a and a second hinge coupling hole 874a, respectively, which are penetrated in the longitudinal direction of the pipe. The third and fourth coupling ribs 876 and 877 are respectively formed with a third hinge coupling hole (not shown) and a fourth hinge coupling hole (not shown), respectively, penetrating through the piping in the lateral direction. The fifth and sixth engaging ribs 878 and 879 are respectively formed with a fifth hinge engaging hole (not shown) and a sixth hinge engaging hole (not shown) penetrating in the transverse direction of the pipe, respectively.

Each of the first and second transverse clamp support units 881 and 882 is hinged to the first and second coupling ribs of the first and second clamps, respectively, and mounted on the ceiling of the building so as to be spaced apart from each other .

The first and second transverse clamp support units 881 and 882 have the same structure as the first and second transverse clamp support units 351 and 352 according to the fourth embodiment of the present invention. The first and second transverse clamp support units 881 and 882 include a first anchor bolt 153, A first support bracket 155, a second hinge shaft 159, a first tiltable member 363, a first extension bar 367, and a second tiltable member 369. The second tiltable member is positioned between the first and second engagement ribs and engaged with the first hinge axis 138.

The first and second longitudinal clamp support units 891 and 892 are hinged to the lower and third and fourth engagement ribs 876 and 877 of the first and second clamps 871 and 872 respectively, And mounted on the ceiling of the building located in front of the clamps 871 and 872. [

The third and fourth longitudinal clamp support units 893 and 894 are hinged to the fifth and sixth engagement ribs 878 and 879 of the first and second clamps 871 and 872 respectively and each upper portion is hinged to the first and second Buildings located behind the clamps are mounted on the ceiling, respectively.

The first to fourth longitudinal clamp support units 891, 892, 893, and 894 include a second anchor bolt 263, a second support bracket 265 fixed to the second anchor bolt so as to open on both sides in the longitudinal direction of the pipe, A second anchor bolt coupling nut (not shown) screwed to the lower end of a second anchor 263 passing through the second support bracket 265 and a second anchor bolt coupling nut (not shown) through the second support bracket 265 in the lateral direction of the pipe, A fourth hinge shaft 269 supported by the support bracket 265 and a fourth hinge shaft 269 located between the first and second rotation support portions 157 and 159 of the second support bracket 265 and passing through the fourth hinge shaft 269 And a first female screw engagement portion (365) connected to a lower portion of the first hinge engagement portion (364) and the first hinge engagement portion (364) A first extension bar 367 whose upper portion is screwed with the first female thread engagement portion 365 of the first tiltable member 363 and extends downward, 63 are vertically inverted and connected to the lower portions of the second female screw engagement portion 370 and the second female screw engagement portion 370 that are screwed to the lower portion of the first extension bar 367, And a second tiltable member 369 disposed between the support ribs 134 and 136 and having a second hinge coupling portion 371 through which the first hinge shaft 138 passes.

11, the second tiltable member 369 of the first longitudinal clamp support unit 891 is positioned between the third engagement rib 876 and the fourth engagement rib 877 of the first clamp 871, And is coupled with the third hinge shaft 278. The second tiltable member 369 of the third longitudinal clamp support unit 893 is positioned between the third engagement rib 876 and the fourth engagement rib 877 of the second clamp 872 to engage the third hinge axis 278). The second tiltable member 369 of the second longitudinal clamp support unit 892 is positioned between the fifth engagement rib 878 and the sixth engagement rib 879 of the first clamp 871 to engage the third hinge axis 278). The second tiltable member 369 of the fourth longitudinal clamp support unit is positioned between the fifth engagement rib 878 and the sixth engagement rib 879 of the second clamp 872 to engage with the third hinge axis 278 Be combined

On the other hand, Fig. 12 shows a piping support apparatus having a dustproof function according to a tenth embodiment of the present invention. The same reference numerals denote the same elements as those in the drawings.

The piping support apparatus having the dustproof function according to the tenth embodiment of the present invention has the first clamp unit 920 and the second clamp unit 960 of the piping support apparatus having the dustproof function according to the eighth embodiment of the present invention And have the same structure.

The first clamp unit 1020 includes a pipe clamp unit composed of first and second clamps 1021 and 1026 formed in a semicircular shape so as to be coupled to each other to wrap the pipe, And third and fourth clamps 1031 and 1036, which are formed in a semicircular shape so as to be able to hold the first and second clamps 367 and 367, respectively, and one side thereof is positioned between the inner circumferential surface of the first clamp and the pipe, ) Of the first extension bar clamp unit.

The first clamp 1021 includes a first clamp body portion 1022 having an arcuate curvature corresponding to the outer circumferential surface of the pipe and a first flange portion 1024 formed at one end of the first clamp body portion 1022 And a first hinge coupling part (not shown) formed at the other end of the first clamp main part 1022 and hinged to the other end of a second clamp 1026 described later.

The first clamp main body portion 1022 is formed so as to protrude in a convex direction on one side so that when the inner circumferential surface is in close contact with the pipe, the other side of the first elongated bar clamp unit, which will be described later, A mounting portion 1023 forming a mounting space s that can be formed is formed.

The second clamp 1026 includes a second clamp main body portion 1027 having an arc curvature corresponding to the outer peripheral surface of the pipe in a semicircular shape and a second clamp main body portion 1027 formed at one end of the second clamp main body portion 1027, And a second hinge coupling part (not shown) formed at the other end of the second clamp main body part 1027 and hinged to the first hinge coupling part.

The first and second clamps 1021 and 1026 may be applied to the other end portions of the first and second flange portions instead of the first and second hinge coupling portions, respectively. Also, the first and second clamps 1021 and 1026 can be coupled to each other to hold the pipe, and the first and second clamps 1021 and 1026 can open / And is not limited to the example given above. A buffer member may be installed between the pipe 10 and the first and second clamp main bodies.

The third clamp 1031 of the first elongated bar clamp unit has a third clamp main body portion 1032 having an arcuate curvature corresponding to the outer peripheral surface of the first elongated bar 136 in a semicircular shape, A third flange portion 1034 formed at one end of the third clamp main body portion 1032 and coupled to the other end of the fourth clamp 1036 which will be described later in the mounting portion 1023, And a fourth clamp coupling portion 1035. [

The fourth clamp 1036 of the first elongated bar clamp unit has a fourth clamp main body 1037 having an arc curvature corresponding to the outer peripheral surface of the first elongated bar 136 in a semicircular shape and a fourth clamp main body 1037 A fourth flange portion 1039 formed at one end of the fourth clamp main body portion 1037 and coupled to the other end of the third clamp 1031 which will be described later in the mounting portion 1023 and extended to the other end portion of the fourth clamp main body portion 1037 And a third clamp coupling portion (not shown).

The third and fourth clamp main body portions 1032 and 1037 are each formed so as to have a convex arcuate curvature which is respectively extended in the lateral direction of the pipe and spaced apart from each other in a direction parallel to the longitudinal direction of the pipe. Referring to Fig. 12, the third and fourth clamp main bodies 1032 and 1037 of the first clamp unit are mounted so that their extending directions are parallel to the horizontal direction.

The third and fourth clamp connecting portions 1035 (not shown) extend in parallel to each other in the pipe direction at one side end of each of the third and fourth clamp main body portions 1032 and 1037, So that they can be coupled with each other. However, the third and fourth clamp connecting portions may be curved so as to have arc-like curvatures so that the respective ends of the third and fourth clamp main bodies 1032 and 1037 are drawn into the mounting portion as they are adjacent to the pipe in the third and fourth clamp main portions 1032 and 1037.

Although not shown, the ends of the third and fourth clamping portions may be hinged to each other or may be bent in mutually opposite directions so as to be engaged with each other. In addition, the third and fourth clamps 1031 and 1036 are not limited to the examples shown so far as they are mutually separated or mutually tangent so as to be capable of opening and closing the pipe so as to grasp and release the pipe.

The second clamp unit 1060 has the same structure as that of the first clamp unit 1020, in which the first clamp unit 1020 is rotated 90 degrees counterclockwise. 12, the third and fourth clamp main bodies 1032 and 1037 of the second clamp unit are mounted so that their extending directions are parallel to the vertical direction. The first extension bar 367 of the longitudinal clamp support unit 980 is horizontally penetrated between the third clamp main body 1032 and the fourth clamp main body 1037 of the second clamp unit 1060.

According to the tenth embodiment of the present invention, the piping support apparatus having the dustproof function has an advantage that the longitudinal vibration damping unit and the lateral vibration damping unit have the same structure and are easily manufactured.

According to the present invention, a piping support device having a dustproof function can support a pipe in a transverse direction or a longitudinal direction in which vibrations or impacts are transmitted, thereby reducing shock or vibration to the piping, There is an advantage that it can be prevented.

The piping support apparatus having the dust-proofing function according to the present invention described above has been described with reference to the example shown in the drawings, but it is merely an example, and those skilled in the art will understand that various modifications and equivalents It will be appreciated that other embodiments are possible. Accordingly, the scope of the true technical protection of the present invention should be determined by the technical idea of the appended claims.

10: Plumbing 15: Ceiling
100: transverse vibration unit 110: first clamp unit
120: clamp body part 131: left support unit coupling part
132: right side support unit engagement portion 133: center side support unit engagement portion
134: first support rib 136: second support rib
151: first transverse clamp support unit 152: second transverse clamp support unit
200: longitudinal direction vibration unit 210: second clamp unit
220: upper clamp member 231: front supporting unit engaging portion
232: rear support unit engaging portion 233: third support rib
235: fourth supporting rib 250: lower clamp member
261: first longitudinal clamp support unit 262: second longitudinal clamp support unit

Claims (10)

A piping support apparatus provided on a ceiling of a building for supporting a piping and having a dustproof function for preventing occurrence of vibration fatigue in the piping due to vibration or impact transmitted from the building or a fluid flowing in the piping,
A first clamp unit surrounding the outer surface of the pipe,
At least one transverse clamp supporting unit is mounted on the ceiling of the building so as to be rotatable in the transverse direction of the pipe, and the lower part is rotatably mounted on the outer circumferential surface of the first clamp unit in the transverse direction of the pipe And a lateral vibration preventing unit for reducing vibrations or shock transmitted in the lateral direction of the pipe. The method according to claim 1,
A second clamp unit that surrounds the outer surface of the pipe at a position spaced apart from the transverse vibration preventing unit by a predetermined distance; an upper portion of the second clamp unit is mounted on the ceiling of the building so as to be rotatable in the longitudinal direction of the pipe; Further comprising a longitudinal vibration-damping unit having at least one longitudinal clamp supporting unit mounted on the outer circumferential surface of the unit so as to be rotatable in the longitudinal direction of the pipe, so as to reduce vibration or impact transmitted in the longitudinal direction of the pipe Features a piping support with anti-vibration function. 3. The apparatus according to claim 1 or 2, wherein the first clamp unit
A clamp main body portion surrounding the pipe;
And a plurality of first support unit engaging portions formed on an outer circumferential surface of the clamp main body portion and spaced apart from each other by a predetermined length in the circumferential direction of the clamp main body portion,
The plurality of first support unit engaging portions
First and second engaging holes formed in the inner side of the clamp body to extend in the longitudinal direction of the clamp body from the outer circumferential surface of the clamp body at mutually corresponding positions of one end and the other end in the width direction of the clamp body, Each of which has first and second support ribs,
The transverse clamp support unit
Wherein the first and second support ribs are rotatably coupled through a first hinge shaft passing through the first and second engagement holes so that a lower portion thereof is positioned between the first and second support ribs. . 4. The apparatus according to claim 3, wherein the plurality of first support unit engaging portions
Wherein the first and second support ribs are spaced apart from each other in the circumferential direction of the clamp main body portion, the first and second support ribs being disposed at positions mutually symmetrical in the lateral direction of the pipe with respect to a vertical line crossing the center side of the pipe, And left and right support unit engaging portions on which the second support ribs are formed,
Wherein the horizontal clamp support unit includes a plurality of horizontal clamp support units corresponding to the first support unit connection unit, the lower support unit being coupled to the left support unit connection unit, and being vertically separated from the vertical line of the pipe, A second transverse clamp support unit mounted on the ceiling of the building so that its lower portion is coupled to the right support unit engagement portion and is further away from the vertical line of the pipe to the upper side, Wherein the piping system is provided with a unit. 5. The apparatus of claim 4, wherein the plurality of first support unit engaging portions
Further comprising a center side support unit engaging portion provided with the first and second support ribs at positions corresponding to a vertical line across the center of the pipe between the left support unit engagement portion and the right support unit engagement portion,
A plurality of said transverse clamp support units
And a third transverse clamp supporting unit rotatably coupled to the ceiling of the building corresponding to a vertical line of which the upper portion crosses the center of the pipe, Wherein the piping support device has a dustproof function. A piping support apparatus provided on a ceiling of a building for supporting a piping and having a dustproof function for preventing occurrence of vibration fatigue in the piping due to vibration or impact transmitted from the building or a fluid flowing in the piping,
A second clamp unit surrounding the outer surface of the pipe,
And at least one longitudinal clamp supporting unit mounted on the ceiling of the building so as to be rotatable in the longitudinal direction of the pipe, the lower part being rotatably mounted on the outer circumferential surface of the second clamp unit in the longitudinal direction of the pipe And a longitudinal vibration preventing unit for reducing vibrations or shock transmitted in the longitudinal direction of the pipe. The apparatus according to claim 2 or 6, wherein the second clamp unit
A first clamp main body portion formed to surround an upper portion of the pipe and a third and a fourth engagement hole extending in parallel to each other at upper and lower end portions in the circumferential direction of the upper clamp main body portion and extending in the lateral direction of the pipe, An upper clamp member having front and rear support unit engaging portions, which are respectively provided with third and fourth support ribs formed respectively and spaced apart from each other in the longitudinal direction of the upper clamp main body portion and respectively engaged with the longitudinal clamp support unit;
And a lower clamp member having a width corresponding to the upper clamp member and formed to enclose the lower portion of the pipe and coupled with the upper clamp member,
A plurality of longitudinal clamp support units provided respectively in the front and rear support unit engaging portions,
And a lower portion disposed between the third and fourth support ribs of the front support unit coupling portion to be rotatable through a second hinge shaft passing through the third and fourth engagement holes, A first longitudinal clamp supporting unit installed on the ceiling of the building so as to be distant from the front side on a vertical line crossing the center of the width of the main body,
And a second vertical clamp support member installed on a ceiling of the building so as to be spaced rearward from a vertical line crossing the center of the width of the upper clamp body toward the upper portion, Wherein the piping system is provided with a unit. The apparatus of claim 1, wherein the first clamp unit
An upper and a lower clamp main body which respectively surround upper and lower portions of the pipe and have first and second flange portions for mutual coupling respectively at opposite ends of the pipe corresponding to the lateral direction of the pipe;
Wherein the first flange portion is formed to extend upward from both side ends of the first flange portion corresponding to the longitudinal direction of the pipe and extend in parallel to each other in the lateral direction of the pipe, And a plurality of third support unit engaging portions each having fifth and sixth support ribs for supporting both sides of the first hinge shaft passing through the unit. The apparatus according to claim 2 or 6, wherein the second clamp unit
An upper and a lower clamp main body formed to have a width greater than that of the first clamp unit and formed to surround the upper and lower portions of the pipe,
Fifth and sixth engaging holes projecting upward from an outer circumferential surface of the upper clamp main body portion, extending in parallel to the longitudinal direction of the pipe, spaced apart from each other in the transverse direction of the pipe and penetrating in the transverse direction of the pipe, And a front and a rear support unit engaging portion having a seventh and an eighth support ribs respectively formed thereon and spaced apart from each other in a longitudinal direction of the upper clamp body,
And a plurality of said longitudinal clamp supporting units provided respectively in said front and rear supporting unit engaging portions
And a lower portion is disposed between the seventh and eighth support ribs of the front support unit coupling portion and is rotatably installed through a third hinge shaft passing through the fifth and sixth engagement holes, A first longitudinal clamp supporting unit installed on the ceiling of the building so as to be distant from the vertical direction on the vertical line crossing the center of the width of the clamp main body,
And a second vertical clamp support member installed on a ceiling of the building so as to be spaced rearward from a vertical line crossing the center of the width of the upper clamp main body, Wherein the piping system is provided with a unit. The clamping device according to claim 2 or 6, wherein the second clamp unit
An upper clamp main body formed to surround an upper portion of the pipe and having a plurality of first and second engaging ribs spaced apart from each other in the longitudinal direction at opposite end portions corresponding to the lateral direction of the pipe;
A lower clamp body portion formed to correspond to a width of the upper clamp body and formed to surround a lower portion of the pipe and having a plurality of third and fourth engagement ribs at positions corresponding to the first and second engagement ribs;
A first mounting rod penetrating through the first and third coupling ribs on the front side of the upper clamp main body portion and extending upwardly of the upper clamp main body portion and a second mounting rod extending on the front side of the upper clamp main body portion, A second mounting rod extending upwardly from the upper clamp main body and extending in parallel to the first mounting rod, and a second mounting rod provided on the upper portion of the first and second mounting rods, A front support unit engaging portion having first and second support shaft engaging members formed to be penetrating therethrough;
A third mounting rod penetrating through the first and third coupling ribs on the rear side of the upper clamp main body portion and extending upwardly of the upper clamp main body portion and a second mounting rod extending on the rear side of the upper clamp main body portion, And a fourth mounting bar extending upwardly from the upper clamp main body and extending in parallel to the third mounting bar, and a second mounting bar provided on the upper portion of the third and fourth mounting rods, And a rear support unit engaging portion having third and fourth support shaft engaging members formed thereon,
A plurality of longitudinal clamp support units corresponding to the front and rear support unit engaging portions,
A lower portion of the upper clamp main body is positioned between the first and second support shaft engaging members and is inserted through a hinge shaft on both sides of the first and second support shaft engaging members, A first longitudinal clamp supporting unit installed on a ceiling of the building so as to be distant from a front side in a vertical direction;
And the lower portion is positioned between the third and fourth support shaft engagement members and is connected to a hinge shaft through which the both sides pass through the third and fourth support shaft engagement members and the center of the width of the upper clamp main body portion And a second longitudinal clamp supporting unit installed on the ceiling of the building so as to be spaced rearward from the vertical line on the horizontal line.

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