CN110332376A - A kind of vertical para-seismic support in water pipe side - Google Patents
A kind of vertical para-seismic support in water pipe side Download PDFInfo
- Publication number
- CN110332376A CN110332376A CN201910643783.8A CN201910643783A CN110332376A CN 110332376 A CN110332376 A CN 110332376A CN 201910643783 A CN201910643783 A CN 201910643783A CN 110332376 A CN110332376 A CN 110332376A
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- support
- bracket
- frame
- shock
- intermediate support
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Classifications
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F16—ENGINEERING ELEMENTS AND UNITS; GENERAL MEASURES FOR PRODUCING AND MAINTAINING EFFECTIVE FUNCTIONING OF MACHINES OR INSTALLATIONS; THERMAL INSULATION IN GENERAL
- F16L—PIPES; JOINTS OR FITTINGS FOR PIPES; SUPPORTS FOR PIPES, CABLES OR PROTECTIVE TUBING; MEANS FOR THERMAL INSULATION IN GENERAL
- F16L3/00—Supports for pipes, cables or protective tubing, e.g. hangers, holders, clamps, cleats, clips, brackets
- F16L3/22—Supports for pipes, cables or protective tubing, e.g. hangers, holders, clamps, cleats, clips, brackets specially adapted for supporting a number of parallel pipes at intervals
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F16—ENGINEERING ELEMENTS AND UNITS; GENERAL MEASURES FOR PRODUCING AND MAINTAINING EFFECTIVE FUNCTIONING OF MACHINES OR INSTALLATIONS; THERMAL INSULATION IN GENERAL
- F16L—PIPES; JOINTS OR FITTINGS FOR PIPES; SUPPORTS FOR PIPES, CABLES OR PROTECTIVE TUBING; MEANS FOR THERMAL INSULATION IN GENERAL
- F16L55/00—Devices or appurtenances for use in, or in connection with, pipes or pipe systems
- F16L55/02—Energy absorbers; Noise absorbers
- F16L55/033—Noise absorbers
- F16L55/035—Noise absorbers in the form of specially adapted hangers or supports
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- Engineering & Computer Science (AREA)
- General Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Supports For Pipes And Cables (AREA)
Abstract
The invention discloses a kind of water pipe sides to indulge para-seismic support, is related to para-seismic support technical field, including embrace ring, horizontal shock-absorbing frame and support frame, and multiple armfuls of rings are equidistantly provided on horizontal shock-absorbing frame, and the both ends far from armful ring are connected with support frame on horizontal shock-absorbing frame；Horizontal shock-absorbing frame includes two end brackets and at least one intermediate support, at least one intermediate support is located at the middle position of end bracket, holds and is attached between bracket and intermediate support by displacement connector；Support frame includes vertical supports and horizontal inclined support.The present invention has setting displacement connector, change the length of horizontal shock-absorbing frame, so that entire shock bracket can adjust its length according to the actual situation, be able to satisfy it is more multi-environment under installation, the distance between pipeline and pipeline can be adjusted according to the actual situation simultaneously, more different actual conditions are adapted to, the effect of the use scope of shock bracket is largely expanded.
Description
Technical field
The present invention relates to para-seismic support technical fields, more specifically, it relates to which para-seismic support is indulged in a kind of water pipe side.
Background technique
Fire protection pipeline refers to for connecting fire-fighting equipment, equipment in terms of fire-fighting, conveys fire-fighting fire extinguishing water, gas or
The pipeline material of other media.Due to specific demand, the thickness and material of fire protection pipeline have particular/special requirement, and conveying fire-fighting is used
Water, fire protection pipeline according to material point, can be divided into spheroidal graphite water supply cast iron pipe, copper pipe, stainless steel tube, compo pipe and compound tubing,
Plastic pipe.
The disasters such as earthquake are encountered and badly broken to prevent the pipeline after installation, it, usually all can benefit in existing installation
Pipeline and building are attached with shock bracket.It, can be with when suffering from the anti-earthquake for setting earthquake intensity of this area antidetonation and occurring
Reach mitigation eaerthquake damage, reduce and prevent the generation of secondary disaster as far as possible, to reduce casualties and property loss
Purpose, but there are still certain shortcomings when in use for shock bracket in the prior art.
If license notification number is the Chinese patent that 208348682U is, a kind of antidetonation being easily installed is disclosed
Bracket, including rack body, rack body include two vertical racks, and vertical rack upper end is equipped with the first mounting base, and two perpendicular
Be connected with the lower connecting rod and upper connecting rod being parallel to each other between straight bracket, the lower end of vertical rack be hinged with horizontal inclined support and
The upper end of vertical inclined support, horizontal inclined support and vertical inclined support is hinged with the second mounting base, horizontal inclined support, vertical rack
In approximately the same plane；Lower connecting rod upper end is equipped with multiple pipeline hoops at equal intervals, and upper connecting rod is fixed equipped with cable box
Device.In the technical solution, horizontal inclined support and being used cooperatively for vertical inclined support can improve anti seismic efficiency；In addition, the antidetonation
Bolt connection piece is less between each component of bracket, and lower connecting rod and upper connecting rod are connected on vertical rack, installation
It is convenient, it improves work efficiency.
But in the technical solution, shock bracket during installation, since upper connecting rod and lower connecting rod are respectively one independent
Entirety, length in the horizontal direction cannot change, difficult when encountering the lesser installation situation in space when actual installation
To meet the installation of entire shock bracket length direction, so that the fitting limit between damping is very restricted, while into
When row multi-pipeline is installed, the distance between pipeline and pipeline can not be adjusted according to the actual situation, when installing and using very
It is limited, it is inconvenient for use.
Summary of the invention
For this problem in practice, present invention aims at a kind of vertical para-seismic support in water pipe side is proposed, by setting
Displacement connector is set, the length of horizontal shock-absorbing frame is changed, so that entire shock bracket can adjust its length according to the actual situation
Degree, be able to satisfy it is more multi-environment under installation, while the distance between pipeline and pipeline can be adjusted according to the actual situation, can fit
More different actual conditions are answered, largely expand the use scope of shock bracket, concrete scheme is as follows:
A kind of vertical para-seismic support in water pipe side, including ring, horizontal shock-absorbing frame and support frame are embraced, it is equidistant on the horizontal shock-absorbing frame
Multiple armfuls of rings are provided with, described armful of ring is used for fixed -piping, is connected on the horizontal shock-absorbing frame far from the both ends for embracing ring
Support frame, support frame as described above are used to connect with the building for installing the tube circumference；
Described armful of ring includes upper anchor ear and lower anchor ear, is connected between the upper anchor ear and the lower anchor ear by the first bolt
It connects；
The horizontal shock-absorbing frame includes two end brackets and at least one intermediate support, at least one described intermediate branch
Frame is located at the middle position of the end bracket, is attached between the end bracket and intermediate support by displacement connector,
For the displacement connector for changing the distance between the end bracket and the intermediate support, the displacement connector includes sliding
Bar and fixing bolt are moved, one end of the sliding bar is fixedly connected on the intermediate support, and the other end extends into the end bracket
Inside and with the end bracket slide connect, the intermediate support close to it is described sliding bar one end be rotatably connected to fixation
The other end of bolt, the fixing bolt is slidably connected by the second bolt and the sliding bar, is offered on the sliding bar multiple
The corresponding threaded hole of second bolt；
When changing the distance between the end bracket and the intermediate support, the mobile sliding bar is to change the spiral shell
Relative position between trepanning and the fixing bolt, so that the entirety for the part that the sliding bar extends into the intermediate support is long
Degree changes, to change the distance between the end bracket and the intermediate support；
Support frame as described above includes vertical supports and horizontal inclined support, and the vertical supports are by third bolt along perpendicular to institute
The direction for stating horizontal shock-absorbing frame is set on the horizontal shock-absorbing frame, described to be favoured crosswise to support frame by the 4th bolt edge
The direction of the horizontal shock-absorbing frame is set on the horizontal shock-absorbing frame, and support frame as described above is used to play the side longitudinal direction to pipeline
Play cushioning effect.
Through the above technical solutions, when actual installation environment needs to reduce the length of entire shock bracket, the is unclamped
Two bolts, mobile sliding bar, and towards mobile close to the direction of intermediate support, reduce intermediate support and hold between centre away from
From, when position change to it is required apart from when, the one end for rotating fixing bolt is corresponding with threaded hole, using the second bolt will slide
Bar and intermediate support are fixed, to realize the reduction of entire shock bracket length, when actual installation environment need to increase it is whole
When the length of a shock bracket, the second bolt, mobile sliding bar, and, increase mobile away from the direction of intermediate support are unclamped
Intermediate support and end the distance between bracket, when position change to it is required apart from when, rotate one end and the threaded hole of fixing bolt
It is corresponding, bar will be slid using the second bolt and intermediate support is fixed, so that the increase of entire shock bracket length is realized, it is comprehensive
Above, it can be achieved that the change of the distance of entire shock bracket length direction, is suitable for the use of the installation environment of different spaces size,
The mounting distance between pipeline and pipeline can be changed by changing the distance between intermediate support and end bracket simultaneously, so as to
It is installed according to the actual situation, largely expands the scope of application of shock bracket.
Further, first is provided at the position of first bolt between the upper anchor ear and the lower anchor ear
Damping spring.
Through the above technical solutions, the setting of the first damping spring can help to when using ring installation fixed -piping is embraced
In the case where avoiding external shock, pipeline and embrace ring between direct collision, help to play one on the vertical direction of pipeline
Fixed cushioning effect helps to play the role of protection to pipeline.
Further, described armful of ring is connect by the shock absorber part with the horizontal shock-absorbing frame, and the shock absorber part is used for pair
The vertical direction of the pipeline plays the role of damping；
The shock absorber part includes telescopic rod, and one end of the telescopic rod is fixed on the horizontal shock-absorbing frame, and the other end is solid
Due on the lower anchor ear.
Through the above technical solutions, the setting of shock absorber part can be played on vertical direction between ring and horizontal shock-absorbing frame to embracing
Certain cushioning effect avoids the direct transmitting for embracing power between ring and horizontal shock-absorbing frame, to help to play one to the two
Fixed protective effect.
Further, the telescopic rod is set as two-part umbrella frame stretching structure, lesser one end of diameter on the telescopic rod
Outside is provided with the second damping spring.
Through the above technical solutions, the elastic effect of the second damping spring, facilitate enhancing embrace ring and horizontal shock-absorbing frame it
Between damping effect.
Further, the section of the fixing bolt is set as L-type structure, the one of the close intermediate support on the fixing bolt
End is set as rod-like structure, and one end of the close end bracket is set as plate structure on the fixing bolt.
Through the above technical solutions, one end structure setting of fixing bolt rod-like structure, facilitates the rotation of fixing bolt, fixing bolt
One end structure setting of plate structure helps so that fixing bolt is matched with sliding bar, facilitates fixation between the two, convenient
It uses.
Further, rubber pad is provided on the inner sidewall of the upper anchor ear and lower anchor ear.
Through the above technical solutions, the setting of rubber pad can not only be made to certain buffering is played between pipeline and armful ring
With facilitating the damping effect that ring is embraced in enhancing, while the setting of rubber pad can enhance the frictional force between pipeline and armful ring, help
Stability after enhancing Pipe installing.
Further, the inside of the intermediate support and the end bracket is provided with reinforcing rib.
Through the above technical solutions, the setting of reinforcing rib can enhance intermediate support and hold the rigidity and intensity between bracket,
Help to reduce a possibility that horizontal shock-absorbing frame is broken itself, enhances the shockproof effect of horizontal shock-absorbing frame.
Further, the side of the intermediate support and the end bracket offers through slot, and the section of the through slot is set as
Rectangular configuration.
Through the above technical solutions, the setting of through slot can help to reduce intermediate support and hold the self weight of bracket itself, side
Just the installation of operator.
Further, the vertical supports are connect by connecting plate with the end bracket, close to described on the end bracket
The side of connecting plate offers the sliding slot being used in combination with the connecting plate.
Through the above technical solutions, can change vertical supports relative to the position between the bracket of end, so as to according to reality
Border situation is adjusted position between the two, is easy to use.
Further, the connecting plate is evenly arranged with multiple balls close to one end of the end bracket.
It rubs through the above technical solutions, the sliding friction between connecting plate and end bracket is changed into rolling by the setting of ball
It wipes, helps to reduce friction, be moved easily.
Compared with prior art, beneficial effects of the present invention are as follows:
(1) by the way that displacement connector is arranged between intermediate support and end bracket, can be subtracted according to actual installation situation
Length that is small or increasing entire shock bracket, to be suitable for the use of the installation environment of different spaces size, while can pass through
Change the distance between end bracket and intermediate support to change the distance between pipeline and pipeline, pipe can be met according to the actual situation
The installation requirements in road and pipeline enclosure largely expand the scope of application of shock bracket；
(2) by shock absorber part connecting the two vertical on the vertical direction for embracing ring and horizontal shock-absorbing frame, can to embrace ring with
Certain cushioning effect is played on vertical direction between horizontal shock-absorbing frame, avoid embrace between ring and horizontal shock-absorbing frame power it is straight
Transmitting is connect, the two is helped avoid and generates direct collision, facilitates the fracture for preventing the two, plays the role of both protections；
(3) by being provided with the first damping spring at the position of bolt between upper anchor ear and lower anchor ear, work as utilization
When embracing ring installation fixed -piping, the setting of the first damping spring be can help in the case where avoiding external shock, pipeline and an armful ring
Between direct collision, help to play certain cushioning effect in the vertical direction of pipeline, help to play pipeline protection
Effect.
Detailed description of the invention
Fig. 1 is the overall schematic of the embodiment of the present invention；
Fig. 2 is status diagram when length shortens in the present invention；
Fig. 3 is side view of the invention；
Fig. 4 is the schematic diagram of internal structure in the present invention；
Fig. 5 is the partial enlarged view in Fig. 4 of the present invention at A；
Fig. 6 is the structural schematic diagram in the present invention；
Fig. 7 be the present invention in longitudinal carrier and between attachment structure schematic diagram；
Fig. 8 is the partial enlarged view in Fig. 8 of the present invention at B.
Appended drawing reference: 1, ring is embraced；11, upper anchor ear；12, lower anchor ear；13, the first bolt；2, horizontal shock-absorbing frame；21, end branch
Frame；22, intermediate support；23, displacement connector；231, bar is slid；232, fixing bolt；233, the second bolt；234, threaded hole；3,
Support frame；31, vertical supports；32, horizontal inclined support；33, third bolt；34, the 4th bolt；4, the first damping spring；5, subtract
Shake part；51, telescopic rod；52, the second damping spring；6, rubber pad；7, reinforcing rib；8, through slot；9, connecting plate；91, ball；10,
Sliding slot.
Specific embodiment
Below with reference to examples and drawings, the present invention is described in further detail, but embodiments of the present invention are not only
It is limited to this.
Referring to Fig.1-3, para-seismic support is indulged in a kind of water pipe side, including embraces ring 1, horizontal shock-absorbing frame 2 and support frame 3, and level subtracts
Multiple armfuls of rings 1 are equidistantly provided on shake frame 2, ring 1 is embraced and is used for fixed -piping, the both ends connection far from armful ring 1 on horizontal shock-absorbing frame 2
There is support frame 3, support frame 3 with the building on pipe laying periphery for connecting.In this way, being fixed pipeline using ring 1 is embraced, utilize
Support frame 3 by entire shock bracket and Pipe installing on surrounding building, to complete the installation of entire pipeline.
Referring to Fig. 4-5, horizontal shock-absorbing frame 2 includes two end brackets 21 and at least one intermediate support 22, at least one
Between bracket 22 be located at the middle position of end bracket 21, hold and carried out between bracket 21 and intermediate support 22 by displacement connector 23
Connection, for displacement connector 23 for changing end the distance between bracket 21 and intermediate support 22, displacement connector 23 includes sliding
One end of bar 231 and fixing bolt 232, sliding bar 231 is fixedly connected on intermediate support 22, and the other end extends inlet side bracket 21
Inside is simultaneously connected with the end sliding of bracket 21, and intermediate support 22 is rotatably connected to fixing bolt 232 close to the one end for sliding bar 231, Gu
The other end for determining bolt 232 is slidably connected by the second bolt 233 and sliding bar 231, is slid and is offered multiple second spiral shells on bar 231
The corresponding threaded hole 234 of bolt 233；When changing the distance between end bracket 21 and intermediate support 22, mobile sliding bar 231 with
Change the relative position between threaded hole 234 and fixing bolt 232, so that sliding bar 231 extends into the part of intermediate support 22
Entire length changes, to change the distance between end bracket 21 and intermediate support 22；Optionally, bracket 21 and intermediate support are held
22 section is set as rectangular configuration, while the section for sliding bar 231 is set as rectangular configuration, and centre is set as one, embraces ring 1 and pacifies respectively
Loaded on intermediate support 22 and end bracket 21.In this way, when actual installation environment needs to reduce the length of entire shock bracket,
Unclamp the second bolt 233, mobile sliding bar 231, and towards mobile close to the direction of intermediate support 22, reduce intermediate support 22 with
End is the distance between intermediate, when position change to it is required apart from when, one end and the threaded hole 234 for rotating fixing bolt 232 are opposite
It answers, bar 231 will be slid using the second bolt 233 and intermediate support 22 is fixed, to realize subtracting for entire shock bracket length
It is small, when actual installation environment needs to increase the length of entire shock bracket, unclamp the second bolt 233, mobile sliding bar
231, and it is mobile away from the direction of intermediate support 22, increase the distance between intermediate support 22 and end bracket 21, works as position
Change to it is required apart from when, the one end for rotating fixing bolt 232 is corresponding with threaded hole 234, will be slid using the second bolt 233
Bar 231 and intermediate support 22 are fixed, so that the increase of entire shock bracket length is realized, to sum up, it can be achieved that entire damping branch
The change of the distance of frame length direction is suitable for the use of the installation environment of different spaces size, while can be intermediate by changing
Bracket 22 and end the distance between bracket 21 change the mounting distance between pipeline and pipeline, so as to come according to the actual situation
It is installed, largely expands the scope of application of shock bracket.
Referring to Fig. 5, the section of fixing bolt 232 is set as L-type structure, sets on fixing bolt 232 close to one end of intermediate support 22
For rod-like structure, one end on fixing bolt 232 by proximal stent 21 is set as plate structure.In this way, 232 rod-like structure of fixing bolt
One end structure setting, facilitates the rotation of fixing bolt 232, and one end structure setting of 232 plate structure of fixing bolt helps so that solid
Determine bolt 232 to match with sliding bar 231, facilitates fixation between the two, be easy to use.
Referring to Fig.1 with Fig. 6, embracing ring 1 includes upper anchor ear 11 and lower anchor ear 12, by the between upper anchor ear 11 and lower anchor ear 12
The connection of one bolt 13.Optionally, the section of upper anchor ear 11 and lower anchor ear 12 is set as arcuate structure.In this way, by by Pipe installing
Between upper anchor ear 11 and lower anchor ear 12, using the fixed upper anchor ear 11 of the first bolt 13 and lower anchor ear 12, pipeline can be pacified
It installs.
The first damping spring 4 is provided at the position of the first bolt 13 between upper anchor ear 11 and lower anchor ear 12.In this way,
When using the installation fixed -piping of ring 1 is embraced, the setting of the first damping spring 4 be can help in the case where avoiding external shock, pipe
Direct collision between road and armful ring 1, helps to play certain cushioning effect on the vertical direction of pipeline, facilitate to pipe
Play the role of protection in road.
Rubber pad 6 is provided on upper anchor ear 11 and the inner sidewall of lower anchor ear 12.
It embraces ring 1 to connect by shock absorber part 5 with horizontal shock-absorbing frame 2, shock absorber part 5 is for playing damping to the vertical direction of pipeline
Effect；Shock absorber part 5 includes telescopic rod 51, and one end of telescopic rod 51 is fixed on horizontal shock-absorbing frame 2, and the other end is fixed on lower armful
On hoop 12.In this way, the setting of shock absorber part 5 can play certain damping on vertical direction between ring 1 and horizontal shock-absorbing frame 2 to embracing
Effect avoids the direct transmitting for embracing power between ring 1 and horizontal shock-absorbing frame 2, to help to play the two certain protection
Effect.
Telescopic rod 51 is set as two-part umbrella frame stretching structure, is provided with second outside the lesser one end of diameter on telescopic rod 51
Damping spring 52.Optionally, telescopic rod 51 is set as round bar type structure.In this way, the elastic effect of the second damping spring 52, facilitates
The damping effect between ring 1 and horizontal shock-absorbing frame 2 is embraced in enhancing.
The setting of rubber pad 6 can not only play certain buffer function between pipeline and armful ring 1, facilitate enhancing and embrace a ring
1 damping effect, while the setting of rubber pad 6 can enhance pipeline and embrace the frictional force between ring 1, help to enhance Pipe installing
Stability afterwards.
Referring to Fig. 3, support frame 3 includes vertical supports 31 and horizontal inclined support 32, and vertical supports 31 pass through third bolt 33
Be set on horizontal shock-absorbing frame 2 along perpendicular to the direction of horizontal shock-absorbing frame 2, crosswise to support frame 3 by the 4th bolt 34 along inclining
It is tiltedly set on horizontal shock-absorbing frame 2 in the direction of horizontal shock-absorbing frame 2, support frame 3 plays the side longitudinal direction of pipeline for playing
Cushioning effect.Optionally, the angle between horizontal inclined support 32 and horizontal shock-absorbing frame 2 is set as between 0-90 °.In this way, using perpendicular
To support and horizontal inclined support 32, the cushioning effect of side longitudinal direction can be played to pipeline.
Referring to Fig. 7-8, the inside of intermediate support 22 and end bracket 21 is provided with reinforcing rib 7.In this way, reinforcing rib 7 is set
Intermediate support 22 can be enhanced and hold the rigidity and intensity between bracket 21 by setting, and facilitated reduction horizontal shock-absorbing frame 2 itself and occurred to break
A possibility that splitting enhances the shockproof effect of horizontal shock-absorbing frame 2.
The side of intermediate support 22 and end bracket 21 offers through slot 8, and the section of through slot 8 is set as rectangular configuration.In this way, logical
The setting of slot 8 can help to reduce intermediate support 22 and hold the self weight of bracket 21 itself, facilitate the installation of operator.
Vertical supports 31 are connect by connecting plate 9 with end bracket 21, and the side on bracket 21 close to connecting plate 9 is held to offer
The sliding slot 10 being used in combination with connecting plate 9.In this way, thus it is possible to vary vertical supports 31 relative to end bracket 21 between position,
So as to be adjusted position between the two according to the actual situation, it is easy to use.
Connecting plate 9 is evenly arranged with multiple balls 91 by one end of proximal stent 21.In this way, the setting of ball 91 will connect
Sliding friction between plate 9 and end bracket 21 is changed into rolling friction, helps to reduce friction, be moved easily
Specific implementation principle of the invention are as follows: when actual installation environment needs to reduce the length of entire shock bracket,
Unclamp the second bolt 233, mobile sliding bar 231, and towards mobile close to the direction of intermediate support 22, reduce intermediate support 22 with
Hold the distance between bracket 21, when position change to it is required apart from when, rotate one end and 234 phase of threaded hole of fixing bolt 232
It is corresponding, bar 231 will be slid using the second bolt 233 and intermediate support 22 is fixed, to realize entire shock bracket length
Reduce, when actual installation environment needs to increase the length of entire shock bracket, unclamps the second bolt 233, mobile sliding bar
231, and it is mobile away from the direction of intermediate support 22, increase the distance between intermediate support 22 and end bracket 21, works as position
Change to it is required apart from when, the one end for rotating fixing bolt 232 is corresponding with threaded hole 234, will be slid using the second bolt 233
Bar 231 and intermediate support 22 are fixed, so that the increase of entire shock bracket length is realized, to sum up, it can be achieved that entire damping branch
The change of the distance of frame length direction is suitable for the use of the installation environment of different spaces size, while can be intermediate by changing
Bracket 22 and end the distance between bracket 21 change the mounting distance between pipeline and pipeline, so as to come according to the actual situation
It is installed, largely expands the scope of application of shock bracket, after adjusting, fixed pipeline using ring 1 is embraced, benefit
With support frame 3 by entire shock bracket and Pipe installing on surrounding building, to complete the installation of entire pipeline.
The above is only a preferred embodiment of the present invention, protection scope of the present invention is not limited merely to above-mentioned implementation
Example, all technical solutions belonged under thinking of the present invention all belong to the scope of protection of the present invention.It should be pointed out that for the art
Those of ordinary skill for, several improvements and modifications without departing from the principles of the present invention, these improvements and modifications
It should be regarded as protection scope of the present invention.
Claims (10)
1. para-seismic support is indulged in a kind of water pipe side, which is characterized in that including embracing ring (1), horizontal shock-absorbing frame (2) and support frame (3), institute
It states and is equidistantly provided with multiple armfuls of rings (1) on horizontal shock-absorbing frame (2), described armful of ring (1) is used for fixed -piping, the horizontal shock-absorbing frame
(2) it is connected with support frame (3) on far from the both ends for embracing ring (1), support frame as described above (3) is used for and installs the tube circumference
Building connection；
Described armful of ring (1) includes upper anchor ear (11) and lower anchor ear (12), between the upper anchor ear (11) and the lower anchor ear (12)
It is connected by the first bolt (13)；
The horizontal shock-absorbing frame (2) includes two end brackets (21) and at least one intermediate support (22), during at least one is described
Between bracket (22) be located at the middle position of the end bracket (21), pass through between the end bracket (21) and intermediate support (22)
Displacement connector (23) is attached, and the displacement connector (23) is for changing the end bracket (21) and the intermediate support
The distance between (22), the displacement connector (23) includes sliding bar (231) and fixing bolt (232), the sliding bar (231)
One end be fixedly connected on the intermediate support (22), the other end extend into the inside of the end bracket (21) and with the end
Bracket (21) sliding connection, the intermediate support (22) are rotatably connected to fixing bolt close to one end of sliding bar (231)
(232), the other end of the fixing bolt (232) is slidably connected by the second bolt (233) with the sliding bar (231), described
The corresponding threaded hole (234) of multiple second bolts (233) is offered in sliding bar (231)；
When changing the distance between the end bracket (21) and the intermediate support (22), move the sliding bar (231) with
Change the relative position between the threaded hole (234) and the fixing bolt (232), so that the sliding bar (231) extends into
The entire length of the part of the intermediate support (22) changes, to change the end bracket (21) and the intermediate support (22)
The distance between；
Support frame as described above (3) includes vertical supports (31) and horizontal inclined support (32), and the vertical supports (31) pass through third spiral shell
Bolt (33) is set on the horizontal shock-absorbing frame (2) along the direction perpendicular to the horizontal shock-absorbing frame (2), the horizontal skewed horizontal load
Frame (3) is set to the horizontal shock-absorbing frame (2) along the direction for favouring the horizontal shock-absorbing frame (2) by the 4th bolt (34)
On, support frame as described above (3) plays cushioning effect to the side longitudinal direction of pipeline for playing.
2. para-seismic support is indulged in water pipe side according to claim 1, which is characterized in that the upper anchor ear (11) and described lower armful
The first damping spring (4) are provided at the position of first bolt (13) between hoop (12).
3. para-seismic support is indulged in water pipe side according to claim 1, which is characterized in that described armful of ring (1) passes through shock absorber part (5)
It is connect with the horizontal shock-absorbing frame (2), the shock absorber part (5) is for playing the role of damping to the vertical direction of the pipeline；
The shock absorber part (5) includes telescopic rod (51), and the horizontal shock-absorbing frame (2) is fixed in one end of the telescopic rod (51)
On, the other end is fixed on the lower anchor ear (12).
4. para-seismic support is indulged in water pipe side according to claim 3, which is characterized in that the telescopic rod (51) is set as two-part
Umbrella frame stretching structure is provided with the second damping spring (52) outside the lesser one end of diameter on the telescopic rod (51).
5. para-seismic support is indulged in water pipe side according to claim 1, which is characterized in that the section of the fixing bolt (232) is set
For L-type structure, one end on the fixing bolt (232) close to the intermediate support (22) is set as rod-like structure, the fixing bolt
(232) one end on close to the end bracket (21) is set as plate structure.
6. para-seismic support is indulged in water pipe side according to claim 1, which is characterized in that the upper anchor ear (11) and lower anchor ear
(12) rubber pad (6) are provided on inner sidewall.
7. para-seismic support is indulged in water pipe side according to claim 1, which is characterized in that the intermediate support (22) and the end
The inside of bracket (21) is provided with reinforcing rib (7).
8. para-seismic support is indulged in water pipe side according to claim 1, which is characterized in that the intermediate support (22) and the end
The side of bracket (21) offers through slot (8), and the section of the through slot (8) is set as rectangular configuration.
9. para-seismic support is indulged in water pipe side according to claim 1, which is characterized in that the vertical supports (31) pass through connection
Plate (9) is connect with the end bracket (21), on the end bracket (21) close to the connecting plate (9) side offer with it is described
The sliding slot (10) that connecting plate (9) is used in combination.
10. para-seismic support is indulged in water pipe side according to claim 9, which is characterized in that the connecting plate (9) is close to the end
One end of bracket (21) is evenly arranged with multiple balls (91).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910643783.8A CN110332376B (en) | 2019-07-17 | 2019-07-17 | Anti-seismic support is indulged to water pipe side |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910643783.8A CN110332376B (en) | 2019-07-17 | 2019-07-17 | Anti-seismic support is indulged to water pipe side |
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| Publication Number | Publication Date |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114321509A (en) * | 2022-01-13 | 2022-04-12 | 湖南维尔消防工程有限公司 | Fire fighting pipeline fixing structure for fire fighting engineering |
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| CN114321509B (en) * | 2022-01-13 | 2023-08-11 | 湖南维尔消防工程有限公司 | A fire control pipeline fixed knot constructs for fire engineering |
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| CN110332376B (en) | 2021-05-14 |
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