CN207377252U - A kind of municipal fire guardrail - Google Patents
A kind of municipal fire guardrail Download PDFInfo
- Publication number
- CN207377252U CN207377252U CN201721136841.0U CN201721136841U CN207377252U CN 207377252 U CN207377252 U CN 207377252U CN 201721136841 U CN201721136841 U CN 201721136841U CN 207377252 U CN207377252 U CN 207377252U
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- cavity
- guardrail
- feed pipe
- fire
- support rod
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Abstract
The utility model provides a kind of municipal fire guardrail, the guardrail body is internally provided with feed pipe, first fixed interface of the feed pipe is arranged inside the support base of guardrail body described in one, accommodating cavity is formed with inside the guardrail body, the tube body of the feed pipe is arranged inside the accommodating cavity, and the tube body is pressed to form banding；Firstth, play the role of to feed pipe one protection, avoid feed pipe in solarization, drench with rain when damage.Secondth, when fire occurs, can directly coordinate with outdoor fire hydrant, strength water source be provided, without waiting for fire fighter or other people bring feed pipe；3rd, convenient disassembly, and can guardrail be distributed according to the position of fire hydrant nearby, it is correspondingly arranged, improves municipal fire safety.
Description
Technical field
The utility model is related to urban operating mechanism, more specifically, being related to a kind of municipal fire guardrail and its dismounting, installation
Method.
Background technology
Fire hydrant, formal call are fire hydrant, and a kind of fixed fire fighting device, main function is control combustible, isolation
Oxidizer eliminates ignition source.Divide indoor fire hydrant and outdoor fire hydrant.
Fire-fighting system includes, outdoor fire hydrant system, indoor fire hydrant system, fire extinguisher system, and some also has automatically
Spray system, water cannon system, gas extinguishing system, fiery spy system, spraying system etc..Fire hydrant is given mainly for fire fighting truck from municipal administration
Fire extinguishing is implemented in grid or the water intaking of outdoor fire fighting water supply network, can also be directly connected to water band, hydraulic giant goes out above-water method.So room
Inside and outside hydrant system is also one of important fire fighting device to fight a fire.
With reference to shown in Fig. 1, fire hydrant includes with lower structure, the high-speed switch being arranged at the top of body, high-speed switch connection
Moving valve is used to open or closes fire hydrant, is arranged on the assembly mechanism and water outlet of side wall, and water outlet is connected through a screw thread
The fixation of feed pipe is implemented in, and pressure gauge is used to show hydraulic pressure.
And current municipal fire bolt is generally located on road surface, can so feed water to outdoor fire fighting supplies in time
Water solves fire behavior at the first time, and it is well known that the delay of fire behavior rescue, the delay of short time occurs, also result in non-in time
Often big loss or even personal safety and the life-threatening of influence conflagration area resident family, and the configuration of fire hydrant at present is
Meet water requirements, but feed pipe can not be corresponded in the case of outdoor, easily cause feed pipe because being exposed to the sun or drenching with rain
Body aging causes feed pipe to damage because of artificial destruction, causes financial loss, and so, it will be to the promptness of fire-fighting
It has an impact, can only bring feed pipe that could carry out the rescue of fire behavior by professional firefighters, and fire fighter is generally not
At the first time at the scene, so easily because delay causes the expansion of fire behavior.
Utility model content
In view of this, the first purpose of the utility model is to provide a kind of municipal fire guardrail, can protect feed pipe, and side
Just take out.
In order to solve the above-mentioned technical problem, the technical solution of the utility model is：In order to realize the first of the utility model
Purpose, a kind of municipal fire guardrail include several guardrail bodies that can be interconnected and fixed, and each guardrail body includes supporting rod
Body, cross tube, sheer pole and several fence bodies of rod being arranged between cross tube and sheer pole, the support rod body include
There is support base, the support rod body is placed vertically by support base in ground, and the cross tube and sheer pole are mutually flat
It is arranged at capablely between the support rod body, which is characterized in that
The guardrail body is internally provided with feed pipe, and the first fixed interface of the feed pipe is arranged at guardrail described in one
Inside the support base of body, accommodating cavity is formed with inside the guardrail body, the tube body of the feed pipe is arranged at the appearance
Intracavitary portion is put, the tube body is pressed to form banding；
The support rod body inner hollow forms the first cavity, and the inside of the cross tube forms the second cavity, the grid
Railing body inner hollow forms the 3rd cavity, and first cavity, the second cavity and the 3rd cavity are interconnected to be formed
State accommodating cavity；
Using the extending direction of the support rod body as short transverse, using the extending direction of the cross tube as length direction,
Arbitrary first cavity, the second cavity, the width value of the 3rd cavity are more than the width value of the tube body；
When the feed pipe is arranged inside the guardrail body, the tube body is at first fixed interface to described
Accommodating cavity extends, and first passes through the first cavity and extends upward into the second cavity, in an alternating fashion by the second cavity and often
One the 3rd cavity, and extend in a folded fashion in the 3rd cavity and return to the second cavity；
The support base is provided with the access aperture connected with the accommodating cavity, by pulling first fixed interface
The tube body can be extracted out from the accommodating cavity；
One end away from first fixed interface of the feed pipe is provided with flexible openings, the support of the guardrail body
Base interior is additionally provided with second interface structure, and the second interface structure is detachably connected with the flexible openings；
First fixed interface of the feed pipe is adapted to the water outlet of fire hydrant.
Set in this way, first, play the role of to feed pipe one protection, avoid feed pipe in solarization, drench with rain
In the case of damage.Secondth, when fire occurs, it can directly coordinate with outdoor fire hydrant, strength water source is provided, without
Wait fire fighter or other people bring feed pipe；3rd, convenient disassembly, and can shield be distributed according to the position of fire hydrant nearby
Column is correspondingly arranged, and improves municipal fire safety.
Further, cooperation jacking block is provided at the top of the support rod body, the cooperation jacking block is removably connected to institute
Support rod body is stated, the lower end of the cooperation jacking block is provided with the fit structure with the cooperation of the high-speed switch of fire hydrant, the cooperation
The side wall of jacking block is provided with through hole.
The utility model has the technical effect that following aspect：It sets in this way, first, one is played to feed pipe
The effect of a protection, avoid feed pipe in solarization, drench with rain when damage.It secondth, can be direct when fire occurs
Coordinate with outdoor fire hydrant, strength water source be provided, without waiting for fire fighter or other people bring feed pipe；3rd, dismantle
It is convenient, and can guardrail be distributed according to the position of fire hydrant nearby, it is correspondingly arranged, improves municipal fire safety.
Description of the drawings
Fig. 1：The fire hydrant schematic diagram of the utility model prior art；
Fig. 2：The utility model guardrail body front view；
Fig. 3：The utility model guardrail body shaft side figure；
Fig. 4：The utility model guardrail body sectional view；
Fig. 5：The utility model guardrail body phantom；
Fig. 6：The utility model feed pipe schematic diagram；
Fig. 7：The second interface structure scheme of installation of the utility model feed pipe；
Fig. 8：The utility model pressing structure operation chart；
Fig. 9：The utility model briquetting structure diagram；
Figure 10：The utility model mandril jacks up the first cover principle schematic；
Figure 11：The utility model briquetting is attracted sheer pole structure diagram；
Figure 12：The utility model coordinates the positive schematic diagram of jacking block；
Figure 13：The utility model coordinates jacking block and sheer pole cooperation schematic diagram；
Figure 14, the utility model cooperation jacking block bottom view.
Reference numeral：1st, high-speed switch；2nd, pressure gauge；3rd, assembly mechanism；4th, water outlet；5th, body；110th, support base；
120th, support rod body；130th, cross tube；131st, the first cover；132nd, first shell；140th, sheer pole；150th, the fence body of rod；
160th, jacking block is coordinated；161st, through hole；162nd, hexagonal groove；170th, accommodating cavity；171st, the first cavity；172nd, the second cavity；173、
3rd cavity；210th, feed pipe；211st, the first fixed interface；212nd, tube body；213rd, flexible openings；214th, second interface structure；
310th, pressing structure；311st, briquetting；312nd, mandril；313rd, sliding slot；410th, fixed magnetic patch.
Specific embodiment
Below in conjunction with attached drawing, specific embodiment of the present utility model is described in further detail, so that the utility model skill
Art scheme is more readily understood and grasps.
Embodiment 1 with reference to shown in Fig. 2 and Fig. 3, is introduced municipal fire guardrail, a kind of municipal fire guardrail, including
There are several guardrail bodies that can be interconnected and fixed, each guardrail body includes support rod body 120, cross tube 130, sheer pole 140
And several fence bodies of rod 150 being arranged between cross tube 130 and sheer pole 140, the support rod body 120 include branch
Support group seat 110, the support rod body 120 are placed vertically by support base 110 in ground, the cross tube 130 and lower horizontal stroke
Bar 140 is arranged in parallel to each other between the support rod body 120, and general municipal administration guardrail all includes these structures, and municipal
Guardrail is typically all to be interfixed to form by several guardrail bodies, and the utility model only selects one of guardrail body to set feedwater
Pipe 210 makes introduction firstly, for 210 structure of feed pipe, and general feed pipe 210 has been required for solid with water outlet of fire hydrant 4
Fixed structure that fixed fixed interface and the other end are set is, it is necessary to ensure that water outlet direction facilitates fixation, and if will the side of realization
Just take out, the fixed structure at both ends certainly will need to dismantle entire guardrail body, very inconvenient.And one of which embodiment is used as,
It is 0.7 meter that the utility model, which selects 120 height of support rod body, and the fence body of rod 150 is 0.5 meter, and 130 length of cross tube is 1.2 meters,
140 length of sheer pole is 1.2 meters of guardrail body, and the width of all bodies of rod is 0.8 meter（0.6 meter of housing width）, and this practicality
It is new to have passed through following set-up mode：
With reference to shown in Figure 4 and 5, the guardrail body is internally provided with feed pipe 210, and the first of the feed pipe 210 fixes
Interface 211 is arranged inside the support base 110 of guardrail body described in one, and accommodating cavity is formed with inside the guardrail body
170,
The tube body 212 of the feed pipe 210 is arranged inside the accommodating cavity 170, and the tube body 212 is pressed to form band
Shape；120 inner hollow of support rod body forms the first cavity 171, and the inside of the cross tube 130 forms the second cavity 172,
150 inner hollow of the fence body of rod forms the 3rd cavity 173, and first cavity 171, the second cavity 172 and the 3rd are empty
Chamber 173 is interconnected to form the accommodating cavity 170；In order to facilitate the placement of feed pipe 210, so being formed inside guardrail body
Accommodating cavity 170, by the first cavity 171, the second cavity 172, the 3rd cavity 173, so 210 general width of feed pipe is small
In 0.5 meter,（After being pressed to banding）, it is possible to it is placed or is removed in cavity, and will not be reduced because of folding
Volume.
Using the extending direction of the support rod body 120 as short transverse, using the extending direction of the cross tube 130 as length
Direction, arbitrary first cavity 171, the second cavity 172, the width value of the 3rd cavity 173 are more than the width of the tube body 212
Value；Herein, in the signal of this embodiment, it is assumed that feed pipe 210 is placed only in a guardrail body, feed pipe can be placed
The length of 210 maximum tube body 212 makes calculating, since it is upwardly extended from the bottom of support rod body 120, so its length
For 0.8*2+1.2+0.5*2*12=14.8 meter, and if placed at feed pipe 210 is set in two guardrail bodies, length can reach
To nearly 30 meters, so length can be set according to demand, the quantity for increasing guardrail body, and such setting side are only used
Formula can utilize inner space, while facilitate taking-up to the greatest extent.
When the feed pipe 210 is arranged inside the guardrail body, the tube body 212 is from first fixed interface
Extend at 211 to the accommodating cavity 170, first pass through the first cavity 171 and extend upward into the second cavity 172, with alternate side
Formula passes through the second cavity 172 and every one the 3rd cavity 173, and extends return in a folded fashion in the 3rd cavity 173
Second cavity 172；Due to being to be arranged on the second cavity 172 in a folded fashion, so, it is necessary in each point of intersection when taking out
Feed pipe 210 is tensioned, so as to achieve the effect that taking-up.
The support base 110 is provided with the access aperture connected with the accommodating cavity 170, is consolidated by pulling described first
Stationary interface 211 can extract the tube body 212 out from the accommodating cavity 170；Access aperture can pass through the first fixed interface 211
It realizes to take out from accommodating cavity 170 and can be obtained by feed pipe 210.Thus the water outlet by the first fixed interface 211 and fire hydrant
Mouth 4 is fixed, and realizes output.
It is set with reference to Fig. 6 and 7, the setting of one end away from first fixed interface 211 of the feed pipe 210 is flexible
Opening 213 is additionally provided with second interface structure 214, the second interface structure inside the support base 110 of the guardrail body
214 are detachably connected with the flexible openings 213；
First fixed interface 211 of the feed pipe 210 is adapted to the water outlet 4 of fire hydrant.Since if both ends are all set
Interface structure is put, may result in and be difficult to take out by pull, with reference to shown in Fig. 6, the material phase of flexible openings 213 and tube body 212
It together and is wholely set, only increases design area in the end of tube body 212, expand outwardly the end of tube body 212, be supplied to
214 fixed position of second interface structure, and second interface structure 214 can be by two magnet, magnet passes through into annular shape
213 sandwiched of flexible openings is realized second interface structure 214 and the fixation of flexible openings 213 by two circular magnet, and the
Two interface structures 214 can be arranged in another support base 110, and this will not be repeated here.And since support base 110 can deposit
In larger mode space, so the first fixed interface 211 and second interface structure 214 may be located on support base 110
Inside, the first fixed interface 211 are adapted to nearest fire hydrant, and 214 type of second interface structure can be set according to demand, no
It does and limits to.
With reference to shown in Fig. 8, since tube body 212 needs to be folded inside the second cavity 172, so in order to ensure to fold
Consistent level, each fence body of rod 150 is provided with pressing structure 310, and the pressing structure 310 includes briquetting
311st, sliding slot 313, the sliding slot 313 extend along the extending direction of the fence body of rod 150, and the briquetting 311 passes through sliding slot
313 are flexibly connected with the fence body of rod 150, and one end of the briquetting 311 is extended to inside the 3rd cavity 173, separately
One end is exposed to the outside of the fence body of rod 150.So, such as the action of Fig. 8, by moving up and down briquetting 311, just
When can promote tube body 212 in 172 folded inside of the second cavity, and take out, first need to move the briquetting 311 of correspondence position
To the top of sliding slot 313, tube body 212 is then taken out by pull.
The sliding slot 313 is provided at both ends with fixed cell, when the briquetting 311 is located at the fixed cell, institute
It states fixed cell and the retentivity that the briquetting 311 is maintained at current location is provided.Fixed cell can by way of magnetic,
Or the position of briquetting 311 is kept by way of spring jumping bean, this will not be repeated here.
And with reference to shown in Fig. 9, the structure of the briquetting 311 is described in detail, is provided with mandril 312, the mandril 312
It being upwardly extended along the direction of the fence body of rod 150, the cross tube 130 includes the first cover 131 and first shell 132,
First cover 131 is connected in the top of the first shell 132, when the briquetting 311 is located at 313 top of sliding slot
Fixed cell at when, the mandril 312 jacks first cover 131 so that at the mandril 312, first cover
131 depart from the fixed of the first shell 132, and the fixed cell provides the mandril 312 and jacks first cover 131
Retentivity, so, the first cover 131 and first shell 132 can be set more securely, improve reliability and peace
Quan Xing jacks up housing by mandril 312 and realizes final fixation, and as shown in Figure 10, Figure 10 is to jack up the first lid by mandril 312
The schematic diagram of body 131, so, it is possible in the first cover of drawing and pulling type separation 131 and first shell 132, ensure accommodating cavity
170 is exposed, avoids other article clampings that pull is caused to be affected, can the object of removing obstacles in time.
With reference to shown in Figure 11, the fixed cell positioned at 313 lower section of sliding slot is arranged to fixed magnetic patch 410, the fixation
Magnetic patch 410 is arranged on 140 body of sheer pole, and 140 body of sheer pole passes through the fixed magnetic patch 410 and the briquetting
311 magnetic attractions generated are fixed with the fence body of rod 150.By the setting of fixed magnetic patch 410, can play one it is separated
Effect, and fixed magnetic patch 410 is held so as to fixed sheer pole 140 by the slip of briquetting 311, so during installation, it is necessary to
All briquettings 311 are moved to the lower section of sliding slot 313, then sheer pole 140 and the fence body of rod 150 are fixed, so dismounting
When, depart from each briquetting 311 respectively, it is possible to dismantle sheer pole 140, relatively simple facility.
With reference to shown in Figure 12 and 13, the top of the support rod body 120 is provided with cooperation jacking block 160, the cooperation jacking block
160 are removably connected to the support rod body 120, and the lower end of the cooperation jacking block 160 is provided with and the high-speed switch of fire hydrant 1
The fit structure of cooperation, the side wall of the cooperation jacking block 160 are provided with through hole 161.140 body of sheer pole and the rack stake
Body 150 is detachably connected, and the shape adaptation of the shape of the through hole 161 and 140 body of sheer pole is so that the sheer pole 140
Body may be inserted into the through hole 161.Shown in Figure 14 be coordinate jacking block 160 bottom view, cooperation jacking block 160 lower section have with soon
On speed switch 1（Hexagonal double-ended bolt）The hexagonal groove 162 of adaptation, so can be by way of groove cooperation in sheer pole
It completes to rotate under 140 drive, opens or closes high-speed switch 1.
And for more specific description, the processing method of this guardrail body is disclosed, first, chooses the tube body of corresponding length
212（Do not include the first fixed interface 211）, and secondly by the guardrail body of split, by one end of tube body 212 from support rod body 120
It penetrates to bottom and exposes, the first fixed interface 211 is then installed in one end of exposing, then by the first fixed interface 211 with supporting
Pedestal 110 is fixed, and then fixes first shell 132 and the fence body of rod 150 with support rod body 120 in a manner of splicing, and
Exposed tube body 212 is placed on the second cavity 172, then ensures each point of intersection, tube body 212 is located under briquetting 311
Side, then by the way that briquetting 311 is pulled to enter the Tibetan that tube body 212 folds in the 3rd cavity 173, covers the first cover 131, simultaneously
Sheer pole 140 is installed, then completes once mounting content.
Embodiment 2 in order to illustrate dismounting content, is described in detail to implementing 2, provides a kind of municipal fire guardrail, include
Several guardrail bodies that can be interconnected and fixed, each guardrail body include support rod body 120, cross tube 130, sheer pole 140 with
And several fence bodies of rod 150 being arranged between cross tube 130 and sheer pole 140, the support rod body 120 include support
Pedestal 110, the support rod body 120 are placed vertically by support base 110 in ground, the cross tube 130 and sheer pole
140 are arranged in parallel to each other between the support rod body 120, and the guardrail body is internally provided with feed pipe 210, the feedwater
First fixed interface 211 of pipe 210 is arranged inside the support base 110 of guardrail body described in one, in the guardrail body
Portion is formed with accommodating cavity 170, and the tube body 212 of the feed pipe 210 is arranged inside the accommodating cavity 170,212 quilt of tube body
Pressing forms banding；120 inner hollow of support rod body forms the first cavity 171, and the inside of the cross tube 130 forms the
Two cavitys 172,150 inner hollow of the fence body of rod form the 3rd cavity 173, first cavity 171, the second cavity 172
And the 3rd cavity 173 be interconnected to form the accommodating cavity 170；Using the extending direction of the support rod body 120 as height
Direction, using the extending direction of the cross tube 130 as length direction, arbitrary first cavity 171, the second cavity the 172, the 3rd are empty
The width value of chamber 173 is more than the width value of the tube body 212；When the feed pipe 210 is arranged inside the guardrail body, institute
It states tube body 212 at first fixed interface 211 to the accommodating cavity 170 to extend, first passes through the first cavity 171 and upwardly extend
Into the second cavity 172, in an alternating fashion by the second cavity 172 and every one the 3rd cavity 173, and in the described 3rd sky
Chamber 173 extends in a folded fashion returns to the second cavity 172；The support base 110 is provided with to be connected with the accommodating cavity 170
Access aperture, by pulling first fixed interface 211 that can extract the tube body 212 from the accommodating cavity 170 out；Institute
The one end away from first fixed interface 211 for stating feed pipe 210 is provided with flexible openings 213, the support of the guardrail body
Second interface structure 214 is additionally provided with inside pedestal 110, the second interface structure 214 is detachable with the flexible openings 213
Connection；First fixed interface 211 of the feed pipe 210 is adapted to the water outlet 4 of fire hydrant；
Each fence body of rod 150 is provided with pressing structure 310, the pressing structure 310 include briquetting 311,
Sliding slot 313, the sliding slot 313 along the fence body of rod 150 extending direction extend, the briquetting 311 by sliding slot 313 with
The fence body of rod 150 is flexibly connected, and one end of the briquetting 311 is extended to inside the 3rd cavity 173, and the other end is naked
It is exposed to the outside of the fence body of rod 150；
Specific method is as follows：
Step A1 keeps flat the guardrail body so that first fixed interface 211 is exposed；
All pressing structures 310 are pushed into the top of the sliding slot 313 so that all tube bodies 212 are relaxed by step A2；
Step A3 pulls the first fixed interface 211 to extract tube body 212 out until at flexible openings 213；
Step A4, dismounting second interface structure 214 simultaneously coordinate second interface structure 214 and flexible openings 213.
Content is installed in order to illustrate fire-fighting, is described in detail to implementing 3, a kind of municipal fire guardrail is provided, is included several
The guardrail body that can be interconnected and fixed, if each guardrail body include support rod body 120, cross tube 130, sheer pole 140 and
The dry fence body of rod 150 being arranged between cross tube 130 and sheer pole 140, the support rod body 120 include support base
110, the support rod body 120 is placed vertically by support base 110 in ground, 140 phase of the cross tube 130 and sheer pole
It is mutually set in parallel between the support rod body 120, the guardrail body is internally provided with feed pipe 210, the feed pipe 210
The first fixed interface 211 be arranged inside the support base 110 of guardrail body described in one, formed inside the guardrail body
There is accommodating cavity 170, the tube body 212 of the feed pipe 210 is arranged inside the accommodating cavity 170, and the tube body 212 is pressed shape
Become band；120 inner hollow of support rod body forms the first cavity 171, and the inside of the cross tube 130 forms the second cavity
172,150 inner hollow of the fence body of rod forms the 3rd cavity 173, first cavity 171, the second cavity 172 and the
Three cavitys 173 are interconnected to form the accommodating cavity 170；Using the extending direction of the support rod body 120 as short transverse, with
The extending direction of the cross tube 130 is length direction, arbitrary first cavity 171, second cavity 172, the 3rd cavity 173
Width value is more than the width value of the tube body 212；When the feed pipe 210 is arranged inside the guardrail body, the tube body
212 extend at first fixed interface 211 to the accommodating cavity 170, first pass through the first cavity 171 and extend upward into
Two cavitys 172, in an alternating fashion by the second cavity 172 and every one the 3rd cavity 173, and in the 3rd cavity 173
Extension returns to the second cavity 172 in a folded fashion；The support base 110 is provided with to be taken with what the accommodating cavity 170 connected
Object opening, by pulling first fixed interface 211 that can extract the tube body 212 from the accommodating cavity 170 out；It is described to give
One end away from first fixed interface 211 of water pipe 210 is provided with flexible openings 213, the support base of the guardrail body
Second interface structure 214 is additionally provided with inside 110, the second interface structure 214 detachably connects with the flexible openings 213
It connects；First fixed interface 211 of the feed pipe 210 is adapted to the water outlet 4 of fire hydrant；
Each fence body of rod 150 is provided with pressing structure 310, the pressing structure 310 include briquetting 311,
Sliding slot 313, the sliding slot 313 along the fence body of rod 150 extending direction extend, the briquetting 311 by sliding slot 313 with
The fence body of rod 150 is flexibly connected, and one end of the briquetting 311 is extended to inside the 3rd cavity 173, and the other end is naked
It is exposed to the outside of the fence body of rod 150；
It is as follows：
Step A1 keeps flat the guardrail body so that first fixed interface 211 is exposed；
All pressing structures 310 are pushed into the top of the sliding slot 313 so that all tube bodies 212 are relaxed by step A2；
Step A3 pulls the first fixed interface 211 to extract tube body 212 out until at flexible openings 213；
Step A4, dismounting second interface structure 214 simultaneously coordinate second interface structure 214 and flexible openings 213；
Step B5 fixes the water outlet 4 of first fixed interface 211 and fire hydrant；
The high-speed switch 1 of fire hydrant is opened to complete water outlet by step B6.
The top for also providing the support rod body 120 is provided with cooperation jacking block 160, and the cooperation jacking block 160 detachably connects
The support rod body 120 is connected to, the lower end of the cooperation jacking block 160 is provided with the cooperation coordinated with the high-speed switch of fire hydrant 1
Structure, the side wall of the cooperation jacking block 160 are provided with through hole 161.
140 body of sheer pole is detachably connected with the fence body of rod 150, the shape of the through hole 161 with it is described under
The shape adaptation of 140 body of cross bar is so that 140 body of the sheer pole may be inserted into the through hole 161；
In the step B6, including
Step B61 is dismantled from the support rod body 120 and is obtained the cooperation jacking block 160；
Step B62 is dismantled from the guardrail body and is obtained 140 body of sheer pole；
Cooperation jacking block 160 is plugged on high-speed switch 1 and 140 body of sheer pole is inserted into the through hole by step B63
161；
Step B64 rotates 140 body of sheer pole to open high-speed switch 1.
Certainly, it is the representative instance of the utility model more than, in addition, the utility model can also have other a variety of
Specific embodiment, all technical solutions formed using equivalent substitution or equivalent transformation all fall within the requires of the utility model protection
Within the scope of.
Claims (2)
1. a kind of municipal fire guardrail, includes several guardrail bodies that can be interconnected and fixed, each guardrail body includes support
The body of rod, cross tube, sheer pole and several fence bodies of rod being arranged between cross tube and sheer pole, the support rod body bag
Support base is included, the support rod body is placed vertically by support base in ground, and the cross tube and sheer pole are mutual
It is set in parallel between the support rod body, which is characterized in that
The guardrail body is internally provided with feed pipe, and the first fixed interface of the feed pipe is arranged at guardrail body described in one
Inside the support base, accommodating cavity is formed with inside the guardrail body, the tube body of the feed pipe is arranged at the accommodating cavity
Inside, the tube body are pressed to form banding；
The support rod body inner hollow forms the first cavity, and the inside of the cross tube forms the second cavity, the rack stake
Body inner hollow forms the 3rd cavity, and first cavity, the second cavity and the 3rd cavity are interconnected to form the appearance
Put chamber；
Using the extending direction of the support rod body as short transverse, using the extending direction of the cross tube as length direction, arbitrarily
The first cavity, the second cavity, the 3rd cavity width value be more than the tube body width value；
When the feed pipe is arranged inside the guardrail body, the tube body is at first fixed interface to described accommodating
Chamber extends, and first passes through the first cavity and extends upward into the second cavity, in an alternating fashion by the second cavity and every 1 the
Three cavitys, and extend in a folded fashion in the 3rd cavity and return to the second cavity；
The support base is provided with the access aperture connected with the accommodating cavity, by pulling first fixed interface that can incite somebody to action
The tube body is extracted out from the accommodating cavity；
One end away from first fixed interface of the feed pipe is provided with flexible openings, the support base of the guardrail body
Inside is additionally provided with second interface structure, and the second interface structure is detachably connected with the flexible openings；
First fixed interface of the feed pipe is adapted to the water outlet of fire hydrant.
2. a kind of municipal fire guardrail as described in claim 1, which is characterized in that be provided with and match somebody with somebody at the top of the support rod body
Jacking block is closed, the cooperation jacking block is removably connected to the support rod body, and the lower end of the cooperation jacking block is provided with and fire hydrant
High-speed switch cooperation fit structure, it is described cooperation jacking block side wall be provided with through hole.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721136841.0U CN207377252U (en) | 2017-08-31 | 2017-08-31 | A kind of municipal fire guardrail |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721136841.0U CN207377252U (en) | 2017-08-31 | 2017-08-31 | A kind of municipal fire guardrail |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207377252U true CN207377252U (en) | 2018-05-18 |
Family
ID=62343489
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721136841.0U Expired - Fee Related CN207377252U (en) | 2017-08-31 | 2017-08-31 | A kind of municipal fire guardrail |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207377252U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110392237A (en) * | 2019-07-24 | 2019-10-29 | 温州博盈科技有限公司 | A kind of more office's comprehensive monitoring systems |
| CN113006394A (en) * | 2021-02-23 | 2021-06-22 | 宁波黑格贸易有限公司 | Fire-fighting guardrail for corridor of high-rise residence |
-
2017
- 2017-08-31 CN CN201721136841.0U patent/CN207377252U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN110392237A (en) * | 2019-07-24 | 2019-10-29 | 温州博盈科技有限公司 | A kind of more office's comprehensive monitoring systems |
| CN113006394A (en) * | 2021-02-23 | 2021-06-22 | 宁波黑格贸易有限公司 | Fire-fighting guardrail for corridor of high-rise residence |
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Effective date of registration: 20180726 Address after: 572000 510, room 5, Su Shang mansion, 416-3 Yingbin Road, Jiyang District, Sanya, Hainan. Patentee after: Hainan Zhonghui Engineering Co.,Ltd. Address before: 510000 B1B2, one, two, three and four floors of the podium building 231 and 233, science Avenue, Guangzhou, Guangdong. Patentee before: BOAO ZONGHENG NETWORK TECHNOLOGY Co.,Ltd. Effective date of registration: 20180726 Address after: 510000 B1B2, one, two, three and four floors of the podium building 231 and 233, science Avenue, Guangzhou, Guangdong. Patentee after: BOAO ZONGHENG NETWORK TECHNOLOGY Co.,Ltd. Address before: 325000 Hong Jing garden 701, Jinxiu Road, Lucheng District, Wenzhou, Zhejiang 6-302 Patentee before: Gu Qiongqiong |
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| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180518 Termination date: 20190831 |