CN108571012A - Piping lane construction joint integrated installation mold construction technology - Google Patents
Piping lane construction joint integrated installation mold construction technology Download PDFInfo
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- CN108571012A CN108571012A CN201810558833.8A CN201810558833A CN108571012A CN 108571012 A CN108571012 A CN 108571012A CN 201810558833 A CN201810558833 A CN 201810558833A CN 108571012 A CN108571012 A CN 108571012A
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- E—FIXED CONSTRUCTIONS
- E02—HYDRAULIC ENGINEERING; FOUNDATIONS; SOIL SHIFTING
- E02D—FOUNDATIONS; EXCAVATIONS; EMBANKMENTS; UNDERGROUND OR UNDERWATER STRUCTURES
- E02D29/00—Independent underground or underwater structures; Retaining walls
- E02D29/10—Tunnels or galleries specially adapted to house conduits, e.g. oil pipe-lines, sewer pipes ; Making conduits in situ, e.g. of concrete ; Casings, i.e. manhole shafts, access or inspection chambers or coverings of boreholes or narrow wells
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Abstract
The invention discloses a kind of piping lane construction joint integrated installation mold construction technologies, are applied at the construction joint of continuous piping lane, follow the steps below construction：Step 1 assembles construction joint integrated installation mold；The construction joint integrated installation mold is sleeved in the internal model at the construction joint of continuous piping lane by step 2, and the construction joint integrated installation mold lateral surface is bonded with external mold；Step 3 installs sponge plate and leak-proof device on the construction joint integrated installation mold；Step 4, the casting concrete between the internal model and the external mold, the construction joint integrated installation mold stay in the concrete pipe gallery of solidification.High, fast piping lane construction joint integrated installation mold construction technology of constructing that the purpose of the present invention is to provide a kind of installation accuracies.
Description
Technical field
Type of the present invention is related to piping lane construction field more particularly to a kind of piping lane construction joint integrated installation mold construction technology.
Background technology
Piping lane is exactly underground urban duct synthesis corridor, i.e., builds a tunnel space in Urban Underground, by electric power, is led to
News, the various utilities pipelines such as combustion gas, heat supply, plumbing are integrated in one, and are equipped with special access hole, hoisting port and monitoring system,
Implement unified planning, Uniting, unified construction and management, is the important infrastructure and " lifeline " for ensureing city operations.
It is to implement unified planning, design, construction and maintenance, is built in Urban Underground and is set for being laid with the municipal public use of municipal public use pipeline
It applies.
Currently, the construction of piping lane is constructed using segmentation, at the construction joint of adjacent piping lane, expansion joint is installed
Sponge support plate, middle buried water stop, external labeling type rubber fastening band etc. are sealed anti-drain process, and piping lane construction in the country's is big now
Fabrication and installation at the scene by hand are mostly used, size is difficult to control, and causes installation accuracy low, construction efficiency is slow.
Invention content
Therefore the technical problem to be solved in the present invention is to overcome the defect that installation accuracy is low in the prior art.
For this purpose, the technical solution adopted is that, the present invention provides a kind of piping lane construction joint integrated installation mold construction technology, answers
At construction joint for continuous piping lane, construction is followed the steps below：
Step 1 assembles construction joint integrated installation mold；
The construction joint integrated installation mold is sleeved in the internal model at the construction joint of continuous piping lane by step 2, and will be described
Construction joint integrated installation mold lateral surface is bonded with external mold；
Step 3 installs sponge plate and leak-proof device on the construction joint integrated installation mold；
Step 4, the casting concrete between the internal model and the external mold, the construction joint integrated installation mold stay in solidifying
Solid concrete pipe gallery in.
In order to improve the efficiency of installation, accelerate construction progress, preferred technical solution is the construction joint integrated installation
Mold is applied at the construction joint of continuous piping lane, assembles according to the following steps：
A. middle buried water stop half is inserted into the locating slot of installation frame；
B. cushion block is placed respectively in the both sides of the locating slot of the installation frame, inside galvanized iron posting is passed through into positioning pin
It is fixed on the cushion block of inside, then outside galvanized iron posting is fixed using the trip bolt on installation frame,
And the inside galvanized iron posting is made to squeeze the middle buried water stop with the outside galvanized iron posting and be fixed；
C. the locating slot of steel bar framework is directed at the middle buried water stop the other half insertion, and by the bottom end of steel bar framework
Face is fixedly connected with the inside galvanized iron posting, the outside galvanized iron posting respectively；
D. the positioning pin is removed, come loose trip bolt so that the cushion block, the installation frame and the steel bar framework
Phase separation, and overturn 180 ° of placements of steel bar framework.
E. it fixes horse one end with the reinforcing bar of horizontal direction in the upper end of the middle buried water stop to be fixedly connected, vertical side
To external labeling type waterstop one end and the reinforcing bar fix the horse other end and be connected by screw, the external labeling type waterstop is another
End is connect with the side end face of the steel bar framework, just completes the assembling of construction joint integrated installation mold.
In order to improve the sealing effect at construction joint, and temperature change is buffered, caused deformation of expanding with heat and contract with cold, preferred skill
Art scheme is to install the sponge plate, the anti-neglected loading respectively in the inside galvanized iron posting, the outside galvanized iron posting
It sets including inside leakproof rubber strip and outside Antileaking plate, in the inside galvanized iron posting far from described middle buried water stop one end
The inside leakproof rubber strip is installed, it is described outer far from middle buried water stop one end installation in the outside galvanized iron posting
Side Antileaking plate.
A kind of piping lane construction joint integrated installation mold construction technology is applied at the construction joint of piping lane construction end face, presses
It constructs according to following steps：
Step 1 assembles construction joint integrated installation mold；
The construction joint integrated installation mold is sleeved in the internal model of piping lane construction end face by step 2, and by the construction joint
Integrated installation mold lateral surface is bonded with external mold；
Step 3 installs sponge plate and leak-proof device on the construction joint integrated installation mold；
Step 4, the internal model and it is described it is outer between casting concrete；
Step 5 carries out demoulding to construction joint integrated installation mold.
In order to save cost, simplifies process, improve construction efficiency, preferred technical solution is the integrated peace of the construction joint
The assembling of die-filling tool is applied to the construction joint of piping lane construction endface, comprises the steps of：
A. middle buried water stop half is inserted into the locating slot of installation frame, and is fixed respectively in the both sides of locating slot
Square tube is installed；
B. inside galvanized iron posting is mounted in the square tube of inside, installation outside galvanized iron positioning in square tube on the outside
Frame, after being fastened by frame transverse shifting clamp device so that outside galvanized iron posting is squeezed with inside galvanized iron posting,
So that middle buried water stop is fixed, then the square tube in outside galvanized iron posting and outside is connected by screw；
C. it fixes horse one end with the reinforcing bar of horizontal direction in the upper end of the middle buried water stop to be fixedly connected, vertical side
To external labeling type waterstop one end and the reinforcing bar fix the horse other end and be connected by screw, the external labeling type waterstop is another
End is connect with the side end face of installation frame, just completes the assembling of construction joint integrated installation mold.
In order to by mold Fast Installation, improve installation effectiveness, preferred technical solution is that one kind being used for piping lane construction joint
The construction joint integrated installation mold of integrated installation mold construction technology, the construction joint integrated installation mold are applied to piping lane end face
Construction joint at, including：Steel bar framework, middle buried water stop, reinforcing bar fix horse, external labeling type waterstop, the steel bar framework
It is the cuboid framework made of reinforcement welding, the upper end of the steel bar framework is provided with circular orientation card slot, buried in described
Waterstop one end is mounted in the circular orientation card slot, and is fixedly connected with the steel bar framework, and the reinforcing bar fixes horse
Above the middle buried water stop, the external labeling type waterstop of vertical direction is mounted on the side of the steel bar framework
End, the upper end of the middle buried water stop and the reinforcing bar of horizontal direction are fixed horse one end and are connected, the reinforcing bar fixinig plate
The frame other end is connect with the upper end of the external labeling type waterstop, the lower end of the external labeling type waterstop and the steel bar framework side
Connection.
In order to enable external labeling type waterstop combined with piping lane mold more securely, preferred technical solution is the outer patch
Formula waterstop is provided with several evenly spaced grooves on the one side far from the steel bar framework, the opening of the groove is outwardly
Setting.
In order to fill the gap between external labeling type waterstop and piping lane mold, leakproofness is improved, and external labeling type is stopped
Water band is bonded closer with piping lane mold, and preferred technical solution is, the construction joint integrated installation mold further includes sealing
Filling device, the sealing filling device include woven hose, several connecting tubes, and infusion is provided in the external labeling type waterstop
Pipe, each described connecting tube one end are connected to each groove bottom wall, and the connecting tube other end is connected to the woven hose, described
Extend except the external labeling type waterstop woven hose one end.
Foreign matter is entered out of woven hose in external labeling type waterstop in order to prevent, influences service life, preferred technical side
Case is that one end that the external labeling type waterstop is extended in described woven hose one end is provided with lid, the lid and the infusion
Pipe screw thread connects.
The advantage of the invention is that：A kind of piping lane construction joint integrated installation mold construction technology of the present invention is applied to connect
At the construction joint of continuous piping lane, construction is followed the steps below：
Step 1 assembles construction joint integrated installation mold；
The construction joint integrated installation mold is sleeved in the internal model at the construction joint of continuous piping lane by step 2, and will be described
Construction joint integrated installation mold lateral surface is bonded with external mold；
Step 3 installs sponge plate and leak-proof device on the construction joint integrated installation mold；
Step 4, the casting concrete between the internal model and the external mold, the construction joint integrated installation mold stay in solidifying
Solid concrete pipe gallery in.
Piping lane construction joint integrated installation mold, can according to piping lane drawing requirement, shop assembled be integrated into one have it is vertical
Directly, height, width, longitudinally, laterally equally accurate error criterion, there is correction the combination of antiseep can be made on the frame of work(
Body assembly installation mold, is then installed at construction joint, and casting concrete, entire mold as a whole, can guarantee
Very high installation accuracy.
Description of the drawings
Fig. 1 is the schematic diagram that waterstop of the present invention is inserted into installation frame locating slot.
Fig. 2 is the structural schematic diagram of installation frame in the present invention.
Fig. 3 is the scheme of installation of galvanized iron posting in the present invention.
Fig. 4 is the partial enlarged view that galvanized iron posting is installed in the present invention.
Fig. 5 is the structural schematic diagram that steel bar framework is installed in the present invention.
Fig. 6 is the structural schematic diagram of outside galvanized iron posting in the present invention.
Fig. 7 is the A-A sectional views in the present invention.
Fig. 8 is the structural schematic diagram of the inside galvanized iron posting in the present invention.
Fig. 9 is the B-B sectional views in the present invention
Figure 10 is the structural schematic diagram that installation frame is removed in the present invention.
Figure 11 is the upright state figure for the steel bar framework that waterstop is mounted in the present invention.
Figure 12 is the schematic diagram installed reinforcing bar in the present invention and fix horse.
Figure 13 is to be mounted with that reinforcing bar fixes the upright state figure of horse in the present invention.
Figure 14 is the structural schematic diagram that reinforcing bar fixes horse in the present invention.
Figure 15 is the assembling schematic diagram of China and foreign countries' pasting type waterstop of the present invention.
Figure 16 is schematic diagram of the construction joint integrated installation mold in the present invention mounted on construction surface.
Figure 17 is the sectional view that construction joint integrated installation mold is mounted on construction surface in the present invention.
Figure 18 is the schematic diagram that sponge plate and inside leakproof rubber strip are installed in the present invention.
Figure 19 is the partial enlarged view at A in the present invention.
Figure 20 is that schematic diagram is completed in the construction in the present invention at continuous piping lane construction joint.
Figure 21 is that waterstop is inserted into the schematic diagram in installation frame locating slot in the present invention.
Figure 22 is that inside galvanized iron posting is mounted on the schematic diagram in the square tube of inside in the present invention.
Figure 23 is that outside galvanized iron posting is mounted on the schematic diagram in the square tube of inside in the present invention.
Figure 24 is the structural schematic diagram of transverse shifting clamp device in the present invention.
Figure 25 is the assembling completion schematic diagram of construction joint integrated installation mold in piping lane endface in the present invention.
Figure 26 is the sectional view that construction joint integrated installation mold in piping lane endface is mounted on construction surface in the present invention.
Figure 27 is piping lane endface construction joint integrated installation mold installation sponge plate and inside leakproof rubber strip in the present invention
Schematic diagram.
Figure 28 is piping lane endface construction joint integrated installation mold demoulding schematic diagram in the present invention.
Figure 29 is that schematic diagram is completed in the construction of piping lane endface construction joint in the present invention.
Figure 30 is the structural schematic diagram that filling device is sealed in the present invention
Figure 31 is the enlarged drawing at B in the present invention.
Wherein, 1- construction joints integrated installation mold；Buried water stop in 101-；102- installation frames；103- cushion blocks；104-
Inside galvanized iron posting；Galvanized iron posting on the outside of 105-；106- steel bar frameworks；107- reinforcing bars fix horse；108- external labeling types stop
Water band；109- height adjusting screws；110- sponge plates；Leakproof rubber strip on the inside of 111-；112- square tubes；113- frame transverse shiftings
Clamp device；114- grooves；115- woven hoses；116- connecting tubes；117- lids；Antileaking plate on the outside of 118-；1131- pedestals；
1132- fixed plates；1133- bolts；1134- iron blocks；2- internal models；3- external molds.
Specific implementation mode
Technical scheme of the present invention is clearly and completely described below in conjunction with attached drawing, it is clear that described implementation
Example is a part of the embodiment of the present invention, instead of all the embodiments.Based on the embodiments of the present invention, ordinary skill
The every other embodiment that personnel are obtained without making creative work, shall fall within the protection scope of the present invention.
Embodiment 1
A kind of piping lane construction joint integrated installation mold construction technology of the present invention is applied at the construction joint of continuous piping lane,
It follows the steps below construction：
One, 101 half of middle buried water stop is inserted into the locating slot of installation frame 102, as shown in Figure 1.Installing frame
The cuboid framework that frame 102 is made of steel pipe, and it is provided with the annular positioning groove of certain depth, as shown in Fig. 2, installation frame
102 vertical view.101 middle section of middle buried water stop is made of rubber material, and sheet metal is connected with for connecting at both ends
Support.
Two, cushion block 103 is placed respectively in the both sides of the locating slot of the installation frame 102, by inside galvanized iron posting 104
It is fixed on by positioning pin on the cushion block 103 of inside, then uses outside galvanized iron posting 105 on installation frame 102
Trip bolt be fixed, and it is described so that the inside galvanized iron posting 104 and the outside galvanized iron posting 105 squeeze
Middle buried water stop 101 is fixed, and galvanized iron posting is by the frame plate of galvanized iron plate bending forming, as shown in Figure 3-4.
Three, the locating slot of steel bar framework 106 is directed at the middle buried water stop 101 the other half insertion, and by reinforcing steel bar frame
The bottom face of frame 106 is fixedly connected with the inside galvanized iron posting 104, the outside galvanized iron posting 105 respectively, such as Fig. 5
It is shown, the structural schematic diagram and cross-sectional view of inside galvanized iron posting 104, as shown in fig. 6-7, outside galvanized iron posting 105
Structural schematic diagram and cross-sectional view, as Figure 8-9.
Four, remove the positioning pin, come loose trip bolt so that the cushion block 103, the installation frame 102 with it is described
Steel bar framework 106 is separated, and it is 180 ° of placements to overturn steel bar framework 106, as shown in Figure 10.In the bottom end of steel bar framework 106
Mounting height adjusting screw 109 is mounted with that the steel bar framework 106 of waterstop is erect for installing the adjustment height of steel bar framework 106
The view of state, as shown in figure 11.
Five, it fixes 107 one end of horse in the reinforcing bar of the upper end of the middle buried water stop 101 and horizontal direction and fixes and connect
It connects, 108 one end of external labeling type waterstop and the reinforcing bar of vertical direction are fixed 107 other end of horse and be connected by screw, described
108 other end of external labeling type waterstop is connect with the side end face of the steel bar framework 106, just completes construction joint integrated installation mold
1 assembling, as illustrated by figs. 12-13, it is the frame made of steel-pipe welding to state reinforcing bar and fix horse 107, as shown in figure 14, described
108 waterstop made of rubber of external labeling type waterstop, is connected by screw positioning strip at the both ends of waterstop and is reinforced, such as
The assembly structure diagram of Figure 15.
Six, the sponge plate is installed respectively in the inside galvanized iron posting 104, the outside galvanized iron posting 105
110, the leak-proof device includes inside leakproof rubber strip 111 and outside Antileaking plate 118, in the inside galvanized iron posting 104
The inside leakproof rubber strip 111 is installed far from described 101 one end of middle buried water stop, in the outside galvanized iron posting 105
The outside Antileaking plate 118 is installed far from described 101 one end of middle buried water stop.As depicted in figs. 18-19, sponge plate uses sponge
And plastic plate makes, and has flexibility well, can buffer caused deformation of expanding with heat and contract with cold, inside leakproof rubber strip and outside leakproof
Plate can play good sealing effect.
Seven, construction joint integrated installation mold 1 will be sleeved in the internal model 2 at the construction joint of continuous piping lane, is being set to internal model
After upper, by adjusting the connecting screw between external labeling type waterstop and reinforcing bar fixation horse 107 and steel bar framework 106, by external labeling type
Waterstop is stretched to both sides top, and external labeling type water band is made to be close to external mold 3, as Figure 16 installs construction working face shown in vertical view and Figure 17
Installation sectional view.
Eight, casting concrete, the construction joint integrated installation mold 1 stay in solidification between the internal model 2 and described outer 3
Concrete pipe gallery in, as shown in figure 20, play the role of reinforce piping lane made by the waterstop and seal member in mold
The case where being not in leak at gap between the construction surface of continuous adjacent.
It, can be according to piping lane drawing requirement, in shop assembled collection due to the piping lane construction joint integrated installation mold of the present invention
Close have at one vertical, height, width, longitudinally, laterally equally accurate error criterion, have correction that can be made one on the frame of work(
Then a antiseep assembly assembly installation mold is installed at construction joint, casting concrete, entire mold is as one
It is whole, it can guarantee that very high installation accuracy, entire mold are embedded in concrete in piping lane, therefore can guarantee the good knot of construction joint
It closes, effectively prevent leak at construction joint, can carry out Fast Installation using mold, improve construction efficiency.
Embodiment 2
A kind of piping lane construction joint integrated installation mold construction technology is applied at the construction joint of piping lane construction end face, presses
It constructs according to following steps：
One, 101 half of middle buried water stop is inserted into the locating slot of installation frame 102, and in the both sides of locating slot
Square tube 112 is fixedly mounted respectively, as shown in figure 21.
Two, inside galvanized iron posting 104 is mounted in the square tube 112 of inside, is connected by the square tube 112 of screw and inside
It connects, as shown in figure 22.
Three, installation outside galvanized iron posting 105 in square tube 112 on the outside, and, pass through frame transverse shifting clamp device
After 113 are fastened so that outside galvanized iron posting 105 is squeezed with inside galvanized iron posting 104 so that middle buried water stop
101 are fixed, and are then connect outside galvanized iron posting 105 with the square tube 112 in outside by screw, as shown in figure 23.It is described
Frame transverse shifting clamp device 113 include pedestal 1131, fixed plate 1132, bolt 1133, as shown in figure 24, vertical direction
1132 one end of fixed plate is fixedly connected with the side wall of pedestal 1131, and 1132 one end other end of fixed plate extends above pedestal
1131 top a distance is provided through threaded hole in fixed plate 1132, and bolt 1133 extends to pedestal across threaded hole
1131 top, in use, transverse shifting clamp device 113 to be placed on to the outside of installation frame 102, by a cuboid iron block
1134 are placed between bolt 1133 and outside galvanized iron posting 105, and iron block 1134, iron block 1134 are squeezed by rotating bolt 1133
105 centering buried water stop 101 of outside galvanized iron posting is squeezed again to be fixed, it is by screw that outside is white after fixing
Iron posting 105 is connect with the square tube 112 in outside, and then come loose bolt 1133, takes frame transverse shifting clamp device 113 away.
Four, it fixes 107 one end of horse in the reinforcing bar of the upper end of the middle buried water stop 101 and horizontal direction and fixes and connect
It connects, 108 one end of external labeling type waterstop and the reinforcing bar of vertical direction are fixed 107 other end of horse and be connected by screw, described
108 other end of external labeling type waterstop is connect with the side end face of installation frame 102, just completes construction joint integrated installation mold 1
Assembling, as shown in figure 25.
Five, the sponge plate is installed respectively in the inside galvanized iron posting 104, the outside galvanized iron posting 105
110, the leak-proof device includes inside leakproof rubber strip 111 and outside Antileaking plate 118, in the inside galvanized iron posting 104
The inside leakproof rubber strip 111 is installed far from described 101 one end of middle buried water stop, in the outside galvanized iron posting 105
The outside Antileaking plate 118, as shown in figure 27, part of the structure with Figure 19 are installed far from described 101 one end of middle buried water stop
Enlarged drawing.
Six, construction joint integrated installation mold 1 is sleeved in the internal model 2 at the construction joint of continuous piping lane, on being set to internal model
Afterwards, by adjusting the connecting screw between external labeling type waterstop and reinforcing bar fixation horse 107 and steel bar framework 106, external labeling type is stopped
Water band is stretched to both sides top, so that external labeling type water band is close to external mold 3, as shown in figure 26.
Seven, the casting concrete between the internal model 2 and described outer 3, disassembles the attachment screw on installation frame 102,
Top screw 114 is stretched by demoulding to demould installation frame 102, it is as shown in figure 28, as shown in figure 29 after the completion of construction.
Due to the endface of piping lane need not be very high intensity, it is only necessary to improve leakproofness, prevent rainwater from construction joint
It penetrates into piping lane, in order to reduce cost, eliminates the process that construction joint integrated installation mold 1 installs steel bar framework 106, and
Demoulding is carried out to installation frame 102, so that installation frame 102 is reused, is reduced expenses, the reduction of process also improves construction
Efficiency accelerates construction speed.
In order to by mold Fast Installation, improve installation effectiveness, preferred technical solution is, as shown in figure 12, Yi Zhongyong
In the construction joint integrated installation mold of piping lane construction joint integrated installation mold construction technology, the construction joint integrated installation mold 1
At construction joint applied to piping lane end face, including：Steel bar framework 106, middle buried water stop 101, reinforcing bar fix horse 107, outer
Pasting type waterstop 108, the steel bar framework 106 are the cuboid frameworks made of reinforcement welding, the steel bar framework 106 it is upper
End is provided with circular orientation card slot, and described 101 one end of middle buried water stop is mounted in the circular orientation card slot, and with it is described
Steel bar framework 106 is fixedly connected, and the reinforcing bar fixes horse 107 and is mounted on 101 top of the middle buried water stop, vertical direction
The external labeling type waterstop 108 be mounted on the steel bar framework 106 side, the upper end of the middle buried water stop 101 with
The reinforcing bar of horizontal direction fixes the connection of 107 one end of horse, and the reinforcing bar is fixed 107 other end of horse and stopped with the external labeling type
The upper end of water band 108 connects, and the lower end of the external labeling type waterstop 108 is connect with 106 side of the steel bar framework.By construction joint
Construction joint integrated installation mold is transported at piping lane construction joint so that outer patch by integrated installation mold assembled formation in workshop
Formula waterstop 108 is bonded with external mold 3, and steel bar framework 106 is fixedly mounted in internal model 2, and it is mixed to be then rapidly performed by piping lane
Pouring for solidifying soil, mold as shown in figure 16, need to only be installed just in construction surface, substantially reduce the construction time, improve
Construction efficiency.
In order to enable external labeling type waterstop is combined closer with piping lane mold, preferred technical solution is such as Figure 30-31
It is shown, it is provided with several evenly spaced grooves on 108 one side far from the steel bar framework 106 of the external labeling type waterstop
114, the opening of the groove 114 is arranged outwardly.External labeling type waterstop is made of rubber, when being bonded with the extruding of piping lane mold,
Squeeze out the gas in groove 114, by atmospheric pressure so that external labeling type waterstop be bonded with mold it is more secured.It is outer in order to fill
Leakproofness is improved in gap between pasting type waterstop and piping lane mold, and makes what external labeling type waterstop was bonded with piping lane mold
Closer, preferred technical solution is that the construction joint integrated installation mold further includes sealing filling device, the sealing filling
Device includes woven hose 115, several connecting tubes 116, and woven hose 115, each company are provided in the external labeling type waterstop 108
116 one end of take over is connected to each 114 bottom wall of the groove, and 116 other end of the connecting tube is connected to the woven hose 115, institute
115 one end of woven hose is stated to extend except the external labeling type waterstop 108.Some water are inputted by woven hose 115 so that water is logical
It crosses connecting tube to be flowed into groove 114, then is flowed into external labeling type waterstop 108 in the gap of piping lane mold, water is made to be filled with
Small hole, improves leakproofness.Foreign matter is entered out of woven hose in external labeling type waterstop in order to prevent, influences to use the longevity
Life, preferred technical solution is that one end that the external labeling type waterstop 108 is extended in 115 one end of the woven hose is provided with lid
Son 117, the lid 117 is threadedly coupled with the woven hose 115.External labeling type waterstop is being installed, lid is being screwed on, is being prevented
Only foreign matter enters.
Claims (9)
1. a kind of piping lane construction joint integrated installation mold construction technology is applied at the construction joint of continuous piping lane, which is characterized in that
It follows the steps below construction：
Step 1 assembles construction joint integrated installation mold (1)；
In step 2, the internal model (2) that the construction joint integrated installation mold (1) is sleeved at the construction joint of continuous piping lane, and by institute
Construction joint integrated installation mold (1) lateral surface is stated to be bonded with external mold (3)；
Step 3 installs sponge plate (110) and leak-proof device on the construction joint integrated installation mold (1)；
Step 4, the casting concrete between the internal model (2) and the external mold (3), the construction joint integrated installation mold (1)
It stays in the concrete pipe gallery of solidification.
2. a kind of piping lane construction joint integrated installation mold construction technology according to claim 1, which is characterized in that step 1
In, the construction joint integrated installation mold (1) is applied at the construction joint of continuous piping lane, assembles according to the following steps：
A. middle buried water stop (101) half is inserted into the locating slot of installation frame (102)；
B. cushion block (103) is placed respectively in the both sides of the locating slot of the installation frame (102), by inside galvanized iron posting
(104) it is fixed on by positioning pin on the cushion block (103) of inside, outside galvanized iron posting (105) is then used into installation
Trip bolt on frame (102) is fixed, and the inside galvanized iron posting (104) is positioned with the outside galvanized iron
Frame (105) squeezes the middle buried water stop (101) and is fixed；
C. the locating slot of steel bar framework (106) is directed at the middle buried water stop (101) the other half insertion, and by steel bar framework
(106) bottom face is fixedly connected with the inside galvanized iron posting (104), the outside galvanized iron posting (105) respectively；
D. the positioning pin is removed, come loose trip bolt so that the cushion block (103), the installation frame (102) and the steel
Muscle frame (106) is separated, and overturns (106) 180 ° of placements of steel bar framework.
E. horse (107) one end is fixed with the reinforcing bar of horizontal direction in the upper end of the middle buried water stop (101) to be fixedly connected,
External labeling type waterstop (108) one end of vertical direction is fixed horse (107) other end with the reinforcing bar and is connected by screw, described
External labeling type waterstop (108) other end is connect with the side end face of the steel bar framework (106), just completes construction joint integrated installation
The assembling of mold (1).
3. according to a kind of piping lane construction joint integrated installation mold construction technology described in claim 2, which is characterized in that in step 3,
The sponge plate (110) is installed respectively in the inside galvanized iron posting (104), the outside galvanized iron posting (105), it is described
Leak-proof device includes inside leakproof rubber strip (111) and outside Antileaking plate (118), remote in the inside galvanized iron posting (104)
The inside leakproof rubber strip (111) is installed from described middle buried water stop (101) one end, in the outside galvanized iron posting
(105) the outside Antileaking plate (118) is installed far from described middle buried water stop (101) one end.
4. a kind of piping lane construction joint integrated installation mold construction technology is applied at the construction joint of piping lane construction end face, feature
It is, follows the steps below construction：
Step 1 assembles construction joint integrated installation mold (1)；
The construction joint integrated installation mold (1) is sleeved in the internal model (2) of piping lane construction end face by step 2, and by the construction
Seam integrated installation mold (1) lateral surface is bonded with external mold (3)；
Step 3 installs sponge plate (110) and leak-proof device on the construction joint integrated installation mold (1)；
Step 4, the casting concrete between the internal model (2) and outer (3)；
Step 5 carries out demoulding to construction joint integrated installation mold (1).
5. a kind of piping lane construction joint integrated installation mold construction technology according to claim 4, which is characterized in that step 1
In, the assembling of the construction joint integrated installation mold (1) is applied to the construction joint of piping lane construction endface, comprises the steps of：
A. middle buried water stop (101) half is inserted into the locating slot of installation frame (102), and in the both sides of locating slot point
It Gu Dinganzhuan not square tube (112)；
B. inside galvanized iron posting (104) is mounted in the square tube (112) of inside, is installed in square tube (112) on the outside outer
Side galvanized iron posting (105), after being fastened by frame transverse shifting clamp device (113) so that outside galvanized iron posting
(105) it is squeezed with inside galvanized iron posting (104) so that middle buried water stop (101) is fixed, then by screw by outside
Galvanized iron posting (105) is connect with the square tube (112) in outside；
C. horse (107) one end is fixed with the reinforcing bar of horizontal direction in the upper end of the middle buried water stop (101) to be fixedly connected,
External labeling type waterstop (108) one end of vertical direction is fixed horse (107) other end with the reinforcing bar and is connected by screw, described
External labeling type waterstop (108) other end is connect with the side end face of installation frame (102), just completes construction joint integrated installation mold
(1) assembling.
6. a kind of construction joint integrated installation mold for piping lane construction joint integrated installation mold construction technology, the construction joint collection
It is applied at installation mold (1) at the construction joint of piping lane end face, which is characterized in that including：Steel bar framework (106), in it is buried only
Water band (101), reinforcing bar fix horse (107), external labeling type waterstop (108), the steel bar framework (106) be by reinforcement welding and
At cuboid framework, the upper end of the steel bar framework (106) is provided with circular orientation card slot, the middle buried water stop
(101) one end is mounted in the circular orientation card slot, and is fixedly connected with the steel bar framework (106), and the reinforcing bar is fixed
Horse (107) is mounted on above the middle buried water stop (101), the external labeling type waterstop (108) installation of vertical direction
Side in the steel bar framework (106), the upper end of the middle buried water stop (101) and the reinforcing bar of horizontal direction are fixed
Horse (107) one end connects, and the reinforcing bar fixes horse (107) other end and the upper end of the external labeling type waterstop (108) connects
It connects, the lower end of the external labeling type waterstop (108) is connect with the steel bar framework (106) side.
7. a kind of construction joint integrated installation mold according to claim 1, which is characterized in that the external labeling type waterstop
(108) several evenly spaced grooves (114), the groove are provided on the one side far from the steel bar framework (106)
(114) opening is arranged outwardly.
8. a kind of construction joint integrated installation mold according to claim 7, which is characterized in that the construction joint integrated installation
Mold further includes sealing filling device, and the sealing filling device includes woven hose (115), several connecting tubes (116), it is described outside
Woven hose (115), each described connecting tube (116) one end and each groove (114) bottom wall are provided in pasting type waterstop (108)
Connection, connecting tube (116) other end are connected to the woven hose (115), and described woven hose (115) one end is extended described
Except external labeling type waterstop (108).
9. a kind of construction joint integrated installation mold according to claim 8, which is characterized in that the woven hose (115) one
One end that the external labeling type waterstop (108) is extended at end is provided with lid (117), the lid (117) and the woven hose
(115) it is threadedly coupled.
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| CN201810558833.8A CN108571012B (en) | 2018-06-01 | 2018-06-01 | Piping lane construction joint integrated installation mold construction technology |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810558833.8A CN108571012B (en) | 2018-06-01 | 2018-06-01 | Piping lane construction joint integrated installation mold construction technology |
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| CN108571012B CN108571012B (en) | 2019-11-08 |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN110468876A (en) * | 2019-09-12 | 2019-11-19 | 成都交投建筑工业化有限公司 | Sealing section shaped component and tube coupling preparation method under electric power piping lane tube coupling |
| CN110499781A (en) * | 2019-09-12 | 2019-11-26 | 成都交投建筑工业化有限公司 | Electric power piping lane tube coupling sealing section molding die and electric power piping lane tube coupling forming method |
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| CN110468876A (en) * | 2019-09-12 | 2019-11-19 | 成都交投建筑工业化有限公司 | Sealing section shaped component and tube coupling preparation method under electric power piping lane tube coupling |
| CN110499781A (en) * | 2019-09-12 | 2019-11-26 | 成都交投建筑工业化有限公司 | Electric power piping lane tube coupling sealing section molding die and electric power piping lane tube coupling forming method |
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| Publication number | Publication date |
|---|---|
| CN108571012B (en) | 2019-11-08 |
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