CN208563381U - A kind of piping lane wall with mounting structure - Google Patents
A kind of piping lane wall with mounting structure Download PDFInfo
- Publication number
- CN208563381U CN208563381U CN201821082325.9U CN201821082325U CN208563381U CN 208563381 U CN208563381 U CN 208563381U CN 201821082325 U CN201821082325 U CN 201821082325U CN 208563381 U CN208563381 U CN 208563381U
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- piping lane
- side chute
- wall
- mounting structure
- trailing arm
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Abstract
The utility model provides a kind of piping lane wall with mounting structure, including piping lane side wall, further include to it is vertical it is pre- be embedded in inside piping lane side wall, and the side chute with piping lane side face of wall flush；Further include to it is vertical be installed on side chute, multiple trailing arms to support cable channel, multiple trailing arms are distributed along the extending direction of side chute；It further include the anchorage nail for being vertically located in the more extending directions along side chute of side chute medial surface and being arranged.Piping lane wall with mounting structure, eliminates bracket upright post in the prior art, when installing trailing arm, trailing arm is directly installed in side chute, it simplifies installation steps, improve installation effectiveness, the installation accuracy of trailing arm mores easily guarantee, and the shape of piping lane wall is more concise and beautiful.Therefore, the piping lane wall with mounting structure, shape simplifies clean and tidy, installation effectiveness height, and may insure that trailing arm has sufficiently high installation accuracy.
Description
Technical field
The utility model relates to civil construction technical fields, more specifically to a kind of piping lane with mounting structure
Wall.
Background technique
In traditional piping lane construction, it is typically employed in pre-buried iron plate before piping lane interior wall concreting, after wall molding,
Electromechanical cable support column is welded on pre-buried iron plate, bolt attachment bracket column and support are used after pre-buried iron plate preservative treatment
Arm, working procedure is various, and construction precision is low, and since number of holders is more, absolute altitude control it is bad, influence subsequent gantry box,
The installation precision of the components such as Wire casing boxes, pipeline.
Pre-buried iron plate is bolted to that the pre-buried amount of piping lane civil construction is larger, and built-in fitting is mostly pre-buried iron plate, warp
The problems such as pre-buried leakage is buried, pre-buried precision is not high and later period welding support heavy workload can be often encountered, construction quality is seriously affected
And construction speed.Piping lane has higher requirement for entity quality and waterproof quality as century-old underground engineering.Consider
To the factors such as embedded iron plate bulk is small, demand quantity is big, installation procedure is various, its matter of constructing of control is difficult in work progress
Amount increases the workload and difficulty of construction of subsequent handling if embedded iron parts leakage is buried, embedded part flatness and degree control are poor.
Therefore, the installation precision for how improving built-in fitting, improves the installation effectiveness of subsequent suspension and support, is art technology
The technical issues of personnel's urgent need to resolve.
Utility model content
The purpose of the utility model is to provide a kind of piping lane wall with mounting structure, improves the peace of subsequent piping lane trailing arm
Efficiency is filled, solves the problems, such as that installation of embedded parts precision is low.
The utility model provides a kind of piping lane wall with mounting structure, including piping lane side wall, further includes to vertical
It is embedded in inside the piping lane side wall in advance, and the side chute with the piping lane side face of wall flush；It further include to vertical
Be installed on the side chute, multiple trailing arms to support cable channel, multiple trailing arms are distributed along the vertical direction；
Further include the left side for being vertically located in the side chute, to when the concrete poured air-dry after can be with coagulation
Soil is combined into active force straight down to prevent the side chute from being followed closely by the inclined anchorage of external force, and the anchorage nail is more,
The more anchorage nails are distributed along the extending direction of the side chute.
Preferably, the inside of the side chute be equipped with along the longitudinally through rectangle inner hole of the extending direction of the side chute with
And it is longitudinally through in the sideslip groove sidewall and the opening that is opened up towards wall outer side.
It preferably, further include that the bottom surface that the trailing arm is installed on to one end, one end are installed on the outside of the side chute
The support frame of wall.
It preferably, further include that the bottom surface that the trailing arm is installed on to one end, one end are installed on the outside of the side chute
The load bearing spring of wall.
Preferably, further include to be vertically located in the movable end of the trailing arm, the gear to prevent cable channel from falling
Plate.
Preferably, it is fixed between the side chute and the trailing arm by T-bolt and flange nut, the T-bolt
Including parallelogram nut and it is vertically located in the parallelogram nut and is equipped with externally threaded screw rod, the flange
Nut check is on the screw rod；The width of the opening is greater than the width of the parallelogram nut and is less than described parallel
The length of quadrangle nut.
Preferably, the trailing arm is an integral structure, including to fit in side chute installation mounting portion and
To support cable channel and constitute T-type perpendicular to the support portion of mounting portion setting, the mounting portion and the support portion
Structure.
Preferably, the support portion is hollow structure.
It preferably, further include dustproof cover of the lid loaded on the support portion side end.
It preferably, further include being fitted closely be embedded in inside piping lane top plate in advance, and with the outer surface of the piping lane top plate
Top sliding slot, and be fixedly arranged on the top sliding slot, the sliding rail to install crusing robot to vertical.
Compared with above-mentioned background technique, the utility model provides a kind of piping lane wall with mounting structure, by piping lane
Pre-buried side chute inside side wall, and ensure that the side chute fits closely along the vertical direction and be arranged in piping lane side face of wall, and
And multiple trailing arms of side chute setting are mounted perpendicular in side chute, multiple trailing arms are distributed along the extension of side chute, many institute's weeks
Know, number of parts is more, and installation accuracy is more difficult to guarantee, and the utility model is multiple by what is be arranged along the vertical direction in the prior art
Pre-buried iron plate is substituted for a side chute, can install multiple trailing arms simultaneously, and the setting of side chute not only will be reduced significantly
Number of parts, can and improve installation accuracy；In addition, the utility model eliminates bracket upright post in the prior art, in this way
One, when installing trailing arm, trailing arm is directly installed in side chute, is simplified installation steps, is improved installation effectiveness, trailing arm
Installation accuracy mores easily guarantee, and the shape of piping lane wall is more concise and beautiful.
In conclusion this has the piping lane wall of mounting structure, shape simplifies clean and tidy, installation effectiveness height, and may insure
Trailing arm has sufficiently high installation accuracy.
Detailed description of the invention
In order to illustrate the embodiment of the utility model or the technical proposal in the existing technology more clearly, below will be to embodiment
Or attached drawing needed to be used in the description of the prior art is briefly described, it should be apparent that, the accompanying drawings in the following description is only
It is the embodiments of the present invention, for those of ordinary skill in the art, without creative efforts, also
Other attached drawings can be obtained according to the attached drawing of offer.
Fig. 1 is the structural schematic diagram of the piping lane wall provided by the utility model with mounting structure；
Fig. 2 is the enlarged drawing of piping lane side wall mounting structure in Fig. 1；
Fig. 3 is the simplified schematic diagram of mounting structure in Fig. 1；
Fig. 4 is the sectional view of side chute in Fig. 1；
Fig. 5 is the structural schematic diagram of T-bolt in Fig. 1.
Wherein, 1- piping lane side wall, 2- side chute, 21- rectangle inner hole, 22- opening, 3- trailing arm, 4- anchorage nail, 5- support
Frame, 6- baffle, 7-T type bolt, 71- parallelogram nut, 72- screw rod, 8- flange nut, 9- plank sheathing, 10- template back
Rib.
Specific embodiment
The core of the utility model is to provide a kind of piping lane wall with mounting structure, and shape simplifies clean and tidy, installation effect
Rate is high, and may insure that trailing arm has sufficiently high installation accuracy.
In order to make those skilled in the art more fully understand the utility model, with reference to the accompanying drawing and specifically
The utility model is described in further detail for embodiment.
Fig. 1, Fig. 2 and Fig. 3 are please referred to, Fig. 1 is the structure of the piping lane wall provided by the utility model with mounting structure
Schematic diagram, Fig. 2 are the enlarged drawing of piping lane side wall mounting structure in Fig. 1, and Fig. 3 is the simplified schematic diagram of mounting structure in Fig. 1.
The utility model provides a kind of piping lane wall with mounting structure, including piping lane side wall 1, and 1 inside of piping lane side wall is pre-
It is embedded with side chute 2, the vertical pre- inside for being embedded in piping lane side wall 1 of 2 overall structure of side chute, also, side chute 2 fits closely
In the outer surface of piping lane side wall 1, that is, composition side chute 2 is embedded in inside piping lane side wall 1, the metope on surface and piping lane side wall 1
Structure in concordant and exposed environment, it piping lane side wall body 1 surface and the mounting structure that is vertically arranged that side chute 2, which is close to, can be true
Protect the installation accuracy of subsequent multiple trailing arms 3；In addition, piping lane wall provided by the utility model further includes to place cable channel
Multiple trailing arms 3, multiple trailing arms 3 along side chute 2 extending direction be arranged, and with 2 right angle setting of side chute, due to side chute
2 are guaranteed that therefore, the installation accuracy of multiple trailing arms 3 is easy to get guarantee relative to the verticality on ground；Along side chute 2
Left side is fixedly provided with more anchorage nail 4, is preferably welded to connect with side chute 2, more anchorage nails 4 along side chute 2 a left side
Side vertical setting, the setting of anchorage nail 4, after the concrete poured air-dries, concrete can follow closely 4 with anchorage and be combined into application
4 downward active forces are followed closely in anchorage, when trailing arm 3 is by the weight of cable channel and pipeline inner cable, concrete and anchorage nail 4
Binding force offset with extraneous load, prevent side chute 2 from shifting and deforming due to by outer load with this, so that it is guaranteed that side chute 2
Mounting stability.
When pre-buried side chute 2, following steps are specifically executed:
Step 1: elevation line is finished on 1 reinforcing bar of piping lane side wall by operating personnel, in this, as the control of pre-buried side chute 2
Line processed；
Step 2: electric welder welds spreading fixed lateral bar dowel and our the pre-buried holdfast ends of side chute 2
Operation accurately carries out absolute altitude control；
Step 3: 9 aperture of plank sheathing is passed through with iron wire, pre-buried side chute 2 is fixed on plank sheathing 9, iron wire constant spacing
For 300mm-400mm, in addition pre-buried side chute 2 is fixed on plank sheathing 9 using iron nail, is close to metope installation template back rib
10, the longitudinal span tolerance≤+ -20mm of pre-buried side chute 2.It is little that pre-buried side chute 2 is embedded in concrete depth tolerance
In 3mm/m.Verticality tolerance≤4mm/m of the pre-buried side chute 2 in concrete；
Step 4: formwork, casting concrete during concrete vibrating, forbid oscillating column pump directly to contact pre-buried side chute
2；
It, will be pre-buried using iron nail after side chute 2, plank sheathing 9 and the template back rib 10 inside piping lane side wall 1 firmly install
Side chute 2 be fixed on plank sheathing 9, accurately positioned, this process needs 9 verticality of strict control plank sheathing and pre-buried side
Sliding slot 2 and 9 surface compactness of plank sheathing；
Step 5: after the concrete curing phase, plank sheathing 9 and template back rib 10 are dismantled；
Step 6: quickly whole filling sealing strip is pulled out from notch.It clears up 2 surface of side chute and inner concrete is residual
It stays；
Step 7: the components such as cable channel are installed in pre-buried side chute 2；
Step 8: the exposed slot-open-section of pre-buried side chute 2 is blocked with dry cement mortar as needed.
It should be noted that above-mentioned side chute 2 is preferably zinc-plated sliding slot.
Through the above steps, that is, can guarantee that vertical pre- of side chute 2 is embedded in inside piping lane side wall 1, and with piping lane side wall 1
Metope flush, after the installation accuracy of side chute 2 guarantees, the installation accuracy of subsequent trailing arm 3 is just guaranteed.Since this is practical
It is novel to be embedded in advance multiple short iron plates inside piping lane side wall 1 in the prior art, it is changed to side chute, reduces number of parts,
Installation steps are simplified, so that the contour structures of piping lane side wall 1 are more concise and beautiful, in addition, by above-mentioned steps, it can be ensured that
The installation accuracy with higher of side chute 2.
Referring to FIG. 4, Fig. 4 is the sectional view of side chute in Fig. 1.
Above-mentioned side chute 2 is the hollow structure that inside offers rectangle inner hole 21, and rectangle inner hole 21 is prolonging along side chute 2
The longitudinally through through-hole in direction is stretched, hollow structure can mitigate the weight of side chute 2, facilitate installation, and save the cost.In addition,
Be also provided with opening 22 on the side wall of side chute 2, opening 22 for along the side wall of side chute 2 perforative port from top to bottom, and
And opening 22 is opened up towards wall outer side, 21 structure of rectangle inner hole can further mitigate the weight of side chute 2, also, open
22 structures of mouth facilitate the installation of following T-bolts 7.
Referring to FIG. 5, Fig. 5 is the structural schematic diagram of T-bolt in Fig. 1.
Specifically, fixed by T-bolt 7 and flange nut 8 between side chute 2 and trailing arm 3, T-bolt 7 includes flat
Row quadrangle nut 71 and screw rod 72, wherein parallelogram nut 71 is block structure, has parallelogram section, spiral shell
Bar 72 is equipped with external screw thread and is vertically located in the medial surface of parallelogram nut 71, in addition, the width of parallelogram nut 71
Degree size should be less than the opening width of side chute 2, and the opening that the length dimension of parallelogram nut 71 should be greater than side chute 2 is wide
Degree, that is, opening width circle of side chute 2 is between 72 length of 71 width of parallelogram nut and screw rod, parallelogram
Structure, so that four angles of parallelogram nut 71 will not interference with the inner sidewall of side chute 2 during being rotated by 90 °,
So, when installing the T-bolt 7, the first width along parallelogram nut 71 is parallel with the opening of side chute 2 to be put
It sets, then, parallelogram nut 71 is passed through to the opening of side chute 2, at this point, parallelogram nut 71 is placed in side chute 2
Inside, screw rod 72 are placed in outside side chute 2, then turn screw rod 72 is so that parallelogram nut 71 is rotated by 90 °, at this point, in parallel
71 strut rail of quadrangle nut is inside opening 22, finally, locking flange nut 8 on screw rod 22, realizing trailing arm 3 with this and breakking away
The fixation of slot 2.
It, can be in parallelogram spiral shell in order to improve the locking fastness of above-mentioned parallelogram nut 71 and side chute 2
Multiple bulge-structures or striated structure is arranged in the side that cap 71 is in contact with side chute 2, to increase parallelogram nut 71
With the frictional force of side chute 2, to realize the secured locking of parallelogram nut 71 Yu side chute 2.
It can be seen that 22 structure of hollow opening of above-mentioned side chute 2, so that when carrying out the installation of trailing arm 3, T-bolt 7
Position it is adjustable, can arbitrarily slide along 22 structures of opening and carry out adjusting position, with contour with elevation location, installation and dismantle
Process is extremely easy, and it is secured to lock.
Above-mentioned trailing arm 3 is an integral structure, including mounting portion 3 and the support portion being installed vertically on mounting portion, installation
Portion is installed to fit in the lateral wall of side chute 2, and for support portion to support cable channel, mounting portion and support portion constitute T-type
Structure.It offers bolt hole on mounting portion, when installation, first T-bolt 7 is mounted in side chute 2, is then aligned on mounting portion
Bolt hole screw rod 72 is pierced by from the bolt hole on trailing arm 3, finally lock flange nut 8, trailing arm 3 is locked in side
On sliding slot 2.
To mitigate 3 weight of trailing arm, support portion can be arranged to hollow structure, that is, the inside of support portion is equipped with along it
The perforative through-hole of extending direction, preferably hollow channel steel, hollow structure not only saves material, but also the light of trailing arm 3 may be implemented
Installation is carried, it is more laborsaving.
Since support portion is hollow structure, to prevent from falling into dust in hole, can be installed in the side end of support portion dust-proof
Lid, to block to dust, avoids the entrance of the impurity such as dust.
Further, since the trailing arm 3 under being installed in place state is in cantilever position, receiving load is easily-deformable, holds in the palm in order to prevent
Arm 3 deforms, and support frame 5 can be installed below trailing arm 3, and 5 one end of support frame is installed on the bottom surface of trailing arm 3, other end installation
In the lateral wall of side chute 2, stable three-legged structure is formed, when 3 load-bearing of trailing arm, support frame 5 applies to support wall 3 with upward branch
Support force, to prevent trailing arm 3 from deforming, to improve the stability of trailing arm 3.
To support trailing arm 3 device can also for load bearing spring, when trailing arm 3 bears extraneous load, load bearing spring because by
It presses and deforms, at the same time, apply to trailing arm 3 with upward active force, the additional of trailing arm 3 is answered with offsetting or reducing
Power, to play the role of supporting trailing arm 3.Since the flexible deformation of load bearing spring is larger, thus have bigger than support frame 5
Carry range.
Cable channel is fallen in order to prevent, and baffle 6 can also be installed on trailing arm 3, which is vertically located in trailing arm 3
Movable end, can connect with welding, can also be detachably connected by Angle connection plate or two between baffle 6 and trailing arm 3
Person is sliding slot connection.
In order to realize the inspection management of piping lane internal resource, can also on piping lane top plate pre-buried top sliding slot, the top sliding slot
It is similarly the internal rectangle inner hole and hatch frame for being equipped with the extending direction perforation along top sliding slot, when pre-buried, rectangle inner hole top is sliding
The outer surface of slot and the outer surface flush of piping lane top plate are arranged, and the pre-buried position for pushing up sliding slot should be with specific reference to actual inspection road
Line is laid with.After pre-buried, sliding rail is installed on the sliding slot of top, it is preferred that slide using T-bolt 7 and flange nut 8 are mounted on top
Sliding rail is mounted on the sliding slot of top by the mounting means of the trough body structure of slot, hereafter, installs crusing robot, inspection on the sliding slot of top
Robot carries out information collection, manager's root to the geographical location of resource and association attributes by the sensor terminal that fuselage carries
Piping lane inner case is understood according to the movement position information of crusing robot, historical track and maintenance record.
It should be noted that the side chute 2 in the utility model, is not limited only to linear type, concrete shape should be according to reality
Border structure adjusts, no matter play fixed function using the side chute 2 of which kind of structure.In addition, side chute 2 be not limited only to it is pre-
It is embedded in armored concrete, can also be attached on masonry structure or steel construction.In addition, above-mentioned trailing arm 3 is not limited only to fix
Cable channel may further be used to the equipment such as fixed gantry, lamps and lanterns, fire extinguisher.
The piping lane wall provided by the utility model with mounting structure is described in detail above.It is used herein
Specific case is expounded the principles of the present invention and embodiment, and the explanation of above example is only intended to help
Understand the method and its core concept of the utility model.It should be pointed out that for those skilled in the art,
Under the premise of not departing from the utility model principle, several improvements and modifications can be made to this utility model, these improve and
Modification is also fallen into the protection scope of the utility model claims.
Claims (10)
1. a kind of piping lane wall with mounting structure, including piping lane side wall (1), which is characterized in that further include to vertical pre-
It is internal to be embedded in the piping lane side wall (1), and the side chute (2) with the outer surface flush of the piping lane side wall (1)；It further include using
With it is vertical be installed on the side chute (2), multiple trailing arms (3) to support cable channel, multiple trailing arms (3) are along vertical
Directional spreding；
Further include the left side for being vertically located in the side chute (2), to when the concrete poured air-dry after can be with coagulation
Soil is combined into active force straight down to prevent the side chute (2) by the inclined anchorage nail (4) of external force, the anchorage nail
It (4) is more, the more anchorage nails (4) are distributed along the extending direction of the side chute (2).
2. the piping lane wall according to claim 1 with mounting structure, which is characterized in that the inside of the side chute (2)
Equipped with the longitudinally through rectangle inner hole (21) of the extending direction along the side chute (2) and longitudinally through in the side chute
(2) side wall and the opening opened up towards wall outer side (22).
3. the piping lane wall according to claim 1 with mounting structure, which is characterized in that further include being installed on to one end
The bottom surface of the trailing arm (3), one end are installed on the support frame (5) of the side chute (2) lateral wall.
4. the piping lane wall according to claim 1 with mounting structure, which is characterized in that further include being installed on to one end
The bottom surface of the trailing arm (3), one end are installed on the load bearing spring of the side chute (2) lateral wall.
5. the piping lane wall according to claim 1 with mounting structure, which is characterized in that further include to be vertically located in
The movable end of the trailing arm (3), the baffle (6) to prevent cable channel from falling.
6. the piping lane wall according to claim 2 with mounting structure, which is characterized in that the side chute (2) with it is described
Fixed by T-bolt (7) and flange nut (8) between trailing arm (3), the T-bolt (7) includes parallelogram nut
(71) it and is vertically located in the parallelogram nut (71) and is equipped with externally threaded screw rod (72), the flange nut
(8) it lock on the screw rod (72)；It is described opening (22) width be greater than the parallelogram nut (71) width and
Less than the length of the parallelogram nut (71).
7. the piping lane wall according to claim 2 with mounting structure, which is characterized in that the trailing arm (3) is integral type
Structure, including to the mounting portion for fitting in the side chute (2) installation and to support cable channel and perpendicular to described
The support portion of mounting portion setting, the mounting portion and the support portion constitute T-type structure.
8. the piping lane wall according to claim 7 with mounting structure, which is characterized in that the support portion is hollow knot
Structure.
9. the piping lane wall according to claim 8 with mounting structure, which is characterized in that further include lid loaded on the support
The dustproof cover of portion side end.
10. according to the described in any item piping lane walls with mounting structure of claim 2~9, which is characterized in that further include to
The top sliding slot for being embedded in inside piping lane top plate in advance, and being fitted closely with the outer surface of the piping lane top plate, and consolidate to vertical
Set on the top sliding slot, the sliding rail to install crusing robot.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821082325.9U CN208563381U (en) | 2018-07-09 | 2018-07-09 | A kind of piping lane wall with mounting structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821082325.9U CN208563381U (en) | 2018-07-09 | 2018-07-09 | A kind of piping lane wall with mounting structure |
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| Publication Number | Publication Date |
|---|---|
| CN208563381U true CN208563381U (en) | 2019-03-01 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201821082325.9U Active CN208563381U (en) | 2018-07-09 | 2018-07-09 | A kind of piping lane wall with mounting structure |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111119235A (en) * | 2019-12-24 | 2020-05-08 | 浙江省天正设计工程有限公司 | Novel protection construction method for maintenance-free public pipe gallery in chemical industry park |
-
2018
- 2018-07-09 CN CN201821082325.9U patent/CN208563381U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111119235A (en) * | 2019-12-24 | 2020-05-08 | 浙江省天正设计工程有限公司 | Novel protection construction method for maintenance-free public pipe gallery in chemical industry park |
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