CN206800454U - It is complete to split dry type connection piping lane - Google Patents
It is complete to split dry type connection piping lane Download PDFInfo
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- CN206800454U CN206800454U CN201720588793.2U CN201720588793U CN206800454U CN 206800454 U CN206800454 U CN 206800454U CN 201720588793 U CN201720588793 U CN 201720588793U CN 206800454 U CN206800454 U CN 206800454U
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- China
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- piping lane
- top plate
- side fascia
- bottom plate
- hole
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Abstract
The utility model discloses a kind of full dry type that splits to connect piping lane, including：Multiple piping lane sections, each piping lane section are to be spliced each other by a top plate, a bottom plate, two Side fascias and at least one lining；Wherein, socket joint connects between the top plate and the Side fascia, and is connected to become entirety by the first some arch screw bolts；Socket joint connects between the bottom plate and the Side fascia, and is connected to become entirety by the second some arch screw bolts；The top plate and the lining bolt connection, the bottom plate and the lining bolt connection；Socket joint connects between the adjacent piping lane section of each two, and is connected to become entirety by the 3rd some arch screw bolts.Multiple piping lane section assemblings are turned into an entirety by the utility model using dry type connection completely, and work progress is convenient, and efficiency of construction is high, short construction period, and standardization level is high, and durability is high, and cost is low, and environmental pressure is small.
Description
Technical field
Piping lane design and construction technique field is the utility model is related to, more particularly to a kind of full dry type that splits connects piping lane.
Background technology
Pipe gallery is to be built in Urban Underground to be used to accommodate the structures of two classes and above municipal engineering pipeline and attached set
Apply.The municipal engineering pipeline of storage includes feedwater, recycled water, rainwater, sewage, natural gas, heating power, electric power, communication etc..
Pipe gallery is that two or more underground utilities are concentrated into embedded be placed in formed in same space-artifact
A kind of modern intensive urban infrastructure.Pipe gallery is usually infrequently servant's trench, when pipeline goes wrong, dimension
The personnel of repairing can be directly entered piping lane inspection by special manhole and hoisting port, be repaired, time saving, conveniently, avoid because burying or
The trouble repaired pipeline and cause road repeatedly to excavate.Pipe gallery is city intensivization development inevitable outcome, as city
The important content and ensure that the infrastructure of urban sustainable development is progressively put on agenda that lower space development utilizes.
In China's city integrated piping lane construction starting evening, there is very big gap compared with developed countries at present.The Party Central Committee and
State Council pays much attention to pipe gallery construction, practises the General Secretary, premier Li Keqiang and repeatedly proposes after being distinctly claimed, the intensive appearance of country
The opinion and associated specifications of the urban infrastructure constructions such as piping lane of strengthening comprehension, this is turning for urban infrastructure construction
Break.City integrated piping lane construction is in the starting stage of high speed development.
Pipe gallery is divided into integral cast-in-situ and the major class of prefabrication and assembly construction two by the difference of agent structure engineering method.Integral cast-in-situ shows
Field construction operation amount is big, and long construction period, construction precision is low, and environmental pressure is big.Prefabrication and assembly construction pipe gallery is divided into complete prefabricated again
Assembled pipe gallery and assembled integral mix the prefabricated class of pipe gallery two.Existing prefabrication and assembly construction technology mainly tears piping lane open
It is prefabricated to be divided into several parts progress such as top plate, bottom plate, wall, the prefabricated component made is transported to job site afterwards, utilizes coagulation
Each prefabricated component is assembled into piping lane by soil and the reinforcing bar being reserved in prefabricated component.Due to the process still must by concreting, because
This assembling mode is referred to as wet method connection by this again.It follows that existing prefabrication and assembly construction technology remains efficiency of construction
It is low, the defects of long construction period, construction precision is low, and environmental pressure is big.
Utility model content
For above-mentioned technical problem, the utility model has designed and developed a kind of efficiency of construction height, short construction period, standardization
Degree is high, and cost is low, the small full fractionation dry type connection piping lane of environmental pressure.
Technical scheme provided by the utility model is：
A kind of full dry type that splits connects piping lane, including：
Multiple piping lane sections, each piping lane section are by a top plate, a bottom plate, two Side fascias and at least one interior
Wallboard is spliced each other；
Wherein, socket joint connects between the top plate and the Side fascia, and is connected into by the first some arch screw bolts
For entirety；Socket joint connects between the bottom plate and the Side fascia, and is connected to become entirety by the second some arch screw bolts；
The top plate and the lining bolt connection, the bottom plate and the lining bolt connection；
Socket joint connects between the adjacent piping lane section of each two, and is connected to become entirety by the 3rd some arch screw bolts.
Preferably, in described full fractionation dry type connection piping lane, by some between the top plate and the Side fascia
The first arch screw bolt be connected to become entirety, its specific attachment structure is：The inboard portion of the top plate and the Side fascia
The first connecting seat is not provided with, and each first connecting seat is provided with the first connecting hole, and the linking of the top plate and the Side fascia
The inside at position offers the first arc hole of two the first connecting holes of an insertion, and first arch screw bolt penetrates described
One arc hole, both ends are anchored on two the first connecting seats；Pass through the second some arcs between the bottom plate and the Side fascia
Shape bolt connection is integrally formed, and its specific attachment structure is：The inside portion of the top plate and the Side fascia is respectively arranged with
Second connecting seat, each second connecting seat is provided with the second connecting hole, and the junction of the top plate and the Side fascia is interior
Portion offers the second arc hole of two the second connecting holes of an insertion, and second arch screw bolt penetrates second arcuate socket
Hole, both ends are anchored on two the second connecting seats.
Preferably, in described full fractionation dry type connection piping lane, the top plate includes the first horizontal-extending main part
It is divided to and is vertically connected at two the first convergence parts of the first main part both sides, each first convergence part and a Side fascia
Upper end form the junction of the top plate and the Side fascia；The bottom plate includes the second horizontal-extending main part
And it is vertically connected at two the second convergence parts of the second main part both sides, each second convergence part and Side fascia
Upper end forms the junction of the bottom plate and the Side fascia.
Preferably, in described full fractionation dry type connection piping lane, the adjacent piping lane section of each two passes through some the 3rd
Arch screw bolt is connected to become entirety, and its specific attachment structure is：The inside portion of two neighboring piping lane section is respectively arranged with
Three connecting seats, each 3rd connecting seat is provided with the 3rd connecting hole, and the inside of the junction of two neighboring piping lane section opens up
There is a 3rd arc hole of two the 3rd connecting holes of insertion, the 3rd arch screw bolt penetrates the 3rd arc hole, and two
End is anchored on two the 3rd connecting seats.
Preferably, in described full fractionation dry type connection piping lane, the junction of the top plate and the Side fascia, institute
The junction of bottom plate and the Side fascia is stated, the junction of two neighboring piping lane section is sequentially filled polysulfide from inside to outside
Sealing compound, the first composite waterproof rubber strip, buffer pad, the second composite waterproof rubber strip and waterproof mortar.
Preferably, in described full fractionation dry type connection piping lane, first composite waterproof rubber strip is included in being located at
The hydro-expansive rubber bar in portion and the elastic packing rubber for being distributed in both sides；Second composite waterproof rubber strip includes being located at
The hydro-expansive rubber bar at middle part and the EPDM elastic caoutchouc for being distributed in both sides.
Preferably, in described full fractionation dry type connection piping lane, the top plate and the lining bolt connection, it has
The attachment structure of body is：The upper end of the lining caves inward formed with the first gathering hole, and the lining is upper
End has first connecting portion in the upside of first gathering hole, and the first connecting portion offers first through hole, the top
Plate enters to the first through hole formed with the first screw, the first straight bolt by first gathering hole, and is tightened in described
In one screw, so as to which the first connecting portion is connected into the top plate；The bottom plate and the lining bolt connection, it has
The attachment structure of body is：The bottom of the lining caves inward formed with the second gathering hole, and under the lining
End has second connecting portion in the downside of second gathering hole, and the second connecting portion offers the second through hole, the bottom
Plate enters to second through hole formed with the second screw, the second straight bolt by second gathering hole, and is tightened in described
In two screws, so as to which the second connecting portion is connected into the bottom plate.
Preferably, in described full fractionation dry type connection piping lane, between two neighboring piping lane section, the top plate and institute
The seam for stating the junction of Side fascia offsets one from another, and the seam of the bottom plate and the junction of the Side fascia is wrong each other
Open.
Preferably, in described full fractionation dry type connection piping lane, between two neighboring piping lane section, each piping lane section
Each rib at be provided with the 4th connecting seat, each 4th connecting seat is provided with the 4th connecting hole, and the 3rd straight bolt is along two neighboring
The rib extension of piping lane section, both ends are anchored on two the 4th connecting seats.
Preferably, in described full fractionation dry type connection piping lane, the length of each piping lane section is 2~4m.
Piping lane is divided into multiple piping lane sections, each piping lane section by the full dry type connection piping lane that splits described in the utility model
According to top plate, bottom plate, Side fascia and lining piecemeal, socket joint connects between top plate and Side fascia, then passes through the first arch screw bolt
Connection, also socket joint connects between bottom plate and Side fascia, is connected by the second arch screw bolt, top plate, bottom plate and the equal bolt of lining
Connect, also connected between the adjacent piping lane section of each two using socket joint, and entirety is connected to become with the 3rd arch screw bolt.This reality
Multiple piping lane section assemblings are turned into by an entirety using dry type connection completely with new, work progress is convenient, and efficiency of construction is high,
Short construction period, standardization level is high, and durability is high, and cost is low, and environmental pressure is small.
Brief description of the drawings
Fig. 1 is the full sectional schematic diagram for splitting dry type and connecting piping lane described in the utility model；
Fig. 2 is the side schematic view of piping lane section described in the utility model；
Fig. 3 is the full side schematic view for splitting dry type and connecting piping lane described in the utility model；
The schematic diagram of attachment structures of the Fig. 4 between top plate described in the utility model and Side fascia；
The schematic diagram of attachment structures of the Fig. 5 between top plate described in the utility model, bottom plate and lining；
Fig. 6 is Fig. 5 A partial enlarged drawings；
Fig. 7 is the structural representation of the 3rd straight bolt described in the utility model.
Embodiment
The utility model is described in further detail below in conjunction with the accompanying drawings, to make those skilled in the art with reference to explanation
Book word can be implemented according to this.
As shown in Figure 1 to Figure 3, the utility model provides a kind of full dry type that splits and connects piping lane, including：Multiple piping lane sections
1, each piping lane section 1 to be spliced each other by 2, one, a top plate Side fascia 4 of bottom plate 3, two and at least one lining 5 and
Into；Wherein, socket joint connects between the top plate 2 and the Side fascia 4, and is connected to become by the first some arch screw bolts 6
It is overall；Socket joint connects between the bottom plate 3 and the Side fascia 4, and is connected to become by the second some arch screw bolts 7 whole
Body；The top plate 2 and the bolt connection of lining 5, the bottom plate 3 and the bolt connection of lining 5；Each two adjacent tubes
Socket joint connects between corridor section 1, and is connected to become entirety by the 3rd some arch screw bolts 18.
Whole piping lane is decomposed into multiple piping lane sections 1 by the utility model；Again by each piping lane section 1 according to its function point
Solve as top plate 2, bottom plate 3, Side fascia 4 and lining 5；By top plate 2, bottom plate 3, Side fascia 4 and lining 5 in factory for prefabrication
Carry out it is prefabricated, so as to obtain each prefabricated components；Afterwards, prefabricated components are delivered to job site by vehicle, assembled.Group
During dress, equal socket joint connection between top plate 2, bottom plate 3 and Side fascia 4, the first arch screw bolt 6 is respectively adopted and the second arc spiral shell connects
Connect, top plate 2, bottom plate 3 and the bolt connection of lining 5, the adjacent socket joint of piping lane section 1 connection of each two, then pass through the 3rd arc spiral shell
Bolt 18 connects, and the whole all dry type connections of assembling process, does not use concreting, and work progress is convenient, and efficiency of construction is high,
Short construction period, standardization level is high, and durability is high, and cost is low, and environmental pressure is small.
Piping lane described in the utility model can be pipe gallery or other kinds of piping lane.
Specifically, each piping lane section 1 has bellmouth 15 and a socket 14, between two neighboring piping lane section 1, one of them
The socket of piping lane section 1 is inserted into the bellmouth of another piping lane section 1, so as to realize that the socket joint of the two connects.
Fig. 1 to Fig. 4 is refer to, in a preferred embodiment, in described full fractionation dry type connection piping lane, the top
Entirety is connected to become by the first some arch screw bolts 6 between plate 2 and the Side fascia 4, its specific attachment structure is：Institute
The inside portion for stating top plate 2 and the Side fascia 4 is respectively arranged with the first connecting seat 19,20, and each first connecting seat 19,20 is provided with
First connecting hole, and the inside of the junction of the top plate 2 and the Side fascia 4 offers two the first connecting holes of an insertion
The first arc hole 21, first arch screw bolt 6 penetrates the first arc hole 21, and both ends are anchored on two first companies
Joint chair 19,20；Entirety is connected to become by the second some arch screw bolts 7 between the bottom plate 3 and the Side fascia 4, it has
The attachment structure of body is：The inside portion of the top plate 2 and the Side fascia 4 is respectively arranged with the second connecting seat, each second connection
Seat is provided with the second connecting hole, and the inside of the junction of the top plate 2 and the Side fascia 4 offers an insertion two the
Second arc hole of two connecting holes, second arch screw bolt 7 penetrate the second arc hole, and both ends are anchored on two
Two connecting seats.
During assembling, the socket 37 of top plate 2 is entered in the bellmouth 38 of Side fascia 4；First arch screw bolt 6 is passed to first
In arc hole 21, the both ends of the first arch screw bolt 6 are made to tighten two respectively exposed to the outside of two the first connecting seats 19,20
Side nut, apply appropriate precompression, that is, realize the fastening of the first arch screw bolt 6.The fastener cycle of second arch screw bolt 7 and
One arch screw bolt 6 is consistent.In another embodiment, it can also be processed on top plate 2 and form bellmouth, and added on Side fascia 4
Work forms socket.
First connecting seat 19,20 is to be reserved in the interior sidewall surface of top plate 2 and Side fascia 4；Second connecting seat is reserved
In the interior sidewall surface of bottom plate 3 and Side fascia 4.In assembling process, it can be operated from the inside of piping lane section 1, operation side
Just, in order to which later maintenance adjusts.
Preferably, the rectangular type of the connecting seat of the first connecting seat 19,20 and the second.First connecting seat 19,20 can be straight
The inside portion for being connected on top plate 2 or Side fascia 4 processes the perpendicular type pit to be formed, and can also be made up of procedure below, first exists
The inside portion of top plate 2 or Side fascia 4 processes the perpendicular type pit to be formed, then a perpendicular type hardware is positioned over into the perpendicular type
Pit, the perpendicular type hardware form first connecting seat 19,20.
The number of first arch screw bolt 6 can be selected according to the length of piping lane section 1, and top plate is stably connected with to reach
2 and Side fascia 4 for the purpose of, it is preferable that 2 can be selected.The number of second arch screw bolt 7 can be according to the length of piping lane section 1
Degree is selected, for the purpose of reaching and be stably connected with bottom plate 3 and Side fascia 4, it is preferable that can select 2.
Fig. 1 to Fig. 3 is refer to, in a preferred embodiment, in described full fractionation dry type connection piping lane, the top
Plate 2 includes the first horizontal-extending main part 8 and is vertically connected at two first ranks of the both sides of the first main part 8
The upper end of socket part 9, each first convergence part 9 and a Side fascia 4 forms the junction of the top plate 2 and the Side fascia 4；
The bottom plate 3 includes horizontal-extending the second main part 11 and is vertically connected at the two of the both sides of the second main part 11
The upper end of individual second convergence part 12, each second convergence part 12 and a Side fascia 4 forms the bottom plate 3 and the Side fascia 4
Junction.
Specifically, top plate 2 has two the first convergence parts 9 extended downwardly, the first convergence part 9 and the upper end of Side fascia 4
Portion is engaged togather, and is connected by the first arch screw bolt 6；Bottom plate 3 has two the second convergence parts 12 upwardly extending, and second
Convergence part 12 and the bottom of Side fascia 4 are engaged togather, and are connected by the second arch screw bolt 7.I.e., in this embodiment,
Top plate 2 is arranged at the medial surface of piping lane, assembling with the attachment structure and bottom plate 3 of Side fascia 4 and the attachment structure of Side fascia 4
When be easy to staff to operate.
Side fascia 4 can also be arranged to the 3rd main part and two the 3rd convergence parts extended laterally, and
Two the 3rd convergence parts are made to be connected respectively with top plate 2 and bottom plate 3, in this embodiment, when assembling top plate 2 and Side fascia 4, work
Personnel need new line to stretch out one's hand to be operated, and when assembling plate 3 and Side fascia 4, need to squat down to be operated again, add work
Make the working strength of personnel, an embodiment is also inferior in terms of efficiency of construction.
Fig. 3 is refer to, in a preferred embodiment, in described full fractionation dry type connection piping lane, each two is adjacent
Piping lane section 1 is connected to become entirety by the 3rd some arch screw bolts 18, and its specific attachment structure is：Two neighboring piping lane
The inside portion of section 1 is respectively arranged with the 3rd connecting seat, and each 3rd connecting seat is provided with the 3rd connecting hole, and two neighboring piping lane
The inside of the junction of section 1 offers the 3rd arc hole of two the 3rd connecting holes of insertion, the 3rd arc spiral shell
Bolt 18 penetrates the 3rd arc hole, and both ends are anchored on two the 3rd connecting seats.
The number and set-up mode of 3rd arch screw bolt 18 can be configured according to piping lane length, to realize to adjacent two
For the purpose of being stably connected with of individual piping lane section 1.Preferably, 2 the 3rd arc spiral shells can be set between two neighboring Side fascia 4
Bolt 18,2 the 3rd arch screw bolts 18 are set between two neighboring top plate 2,2 the 3rd are set between two neighboring bottom plate 3
Arch screw bolt 18.
The concrete structure and set-up mode of 3rd arch screw bolt 18 are then identical with the first arch screw bolt 6, refer to Fig. 4.
Fig. 4 is refer to, in a preferred embodiment, in order to improve sealing and water proofing property, described full fractionation is done
In formula connection piping lane, the junction of the top plate 2 and the Side fascia 4, the convergence part of the bottom plate 3 and the Side fascia 4
Position, the junction of two neighboring piping lane section 1 from inside to outside (in Fig. 4 from left to right, " outer " corresponding piping lane outside 27) according to
It is secondary to fill polysulfide sealing compound 22, the first composite waterproof rubber strip 23, buffer pad 24, the second composite waterproof rubber strip 25 and prevent
Water sand slurry 26.
In a preferred embodiment, in described full fractionation dry type connection piping lane, the first composite water-proof rubber
Bar 23 includes the hydro-expansive rubber bar for being located at middle part and the elastic packing rubber for being distributed in both sides；Second composite water-proof
Rubber strip 25 includes the hydro-expansive rubber bar for being located at middle part and the EPDM elastic caoutchouc for being distributed in both sides.
Specifically, on the outside of piping lane in vertical, horizontal section and internode seam uses the waterproof type of water proof rubber bar pre-extrusion.With
Exemplified by first arch screw bolt 6, the first camber bolt is vertical with contact surface, the first composite waterproof rubber strip being arranged symmetrically during tensioning
With the second composite waterproof rubber strip uniform stressed, the junction of top plate 2 and Side fascia 4 connects when connecting the first arch screw bolt 6
Seam can bear certain moment of flexure, and the buffer pad between bellmouth, socket can transmit certain shearing；Inside and outside double-deck water proof rubber bar plays
Strengthen waterproof action.
Fig. 5 and Fig. 6 are refer to, in a preferred embodiment, in described full fractionation dry type connection piping lane, the top
Plate 2 and the bolt connection of lining 5, its specific attachment structure are：The upper end 28 of the lining 5 caves inward to be formed
There is the first gathering hole 29, and the upper end 28 of the lining 5 has the first connection in the upside of first gathering hole 29
Portion 30, the first connecting portion 30 offer first through hole, the top plate 2 formed with the first screw 31, the first straight bolt 32 by
First gathering hole 29 enters to the first through hole, and is tightened in first screw 31, so as to which described first be connected
Socket part 30 is connected to the top plate 2；The bottom plate 3 and the bolt connection of lining 5, its specific attachment structure are：It is described
The bottom of lining 5 caves inward formed with the second gathering hole 33, and the bottom of the lining 5 is in the described second behaviour
Making the downside of mouth 33 has second connecting portion, and the second connecting portion offers the second through hole, and the bottom plate 3 is formed with the second spiral shell
Hole, the second straight bolt 34 enters to second through hole by second gathering hole 33, and is tightened in second screw, from
And the second connecting portion is connected to the bottom plate 3.
By taking lining 5 and top plate 2 as an example, a straight hole is reserved in top plate 2 in advance, by a female first sleeve of tool
(sleeve pipe can be the sleeve pipe of expansion bolt) is inserted into straight hole, so as to produce the first screw 31 on top plate 2；Treat group
During dress, lining 5 is alignd with top plate 2, instrument is stretched into the first gathering hole 29 and rotates the first straight bolt 32 by staff, makes it
It is upwardly into the first screw 31, and the first straight bolt 32 is tightened in the first screw 31, applies appropriate precompression.It is interior
The connected mode of wallboard 5 and bottom plate 3 is consistent with lining 5 and top plate 2.
In this embodiment, completion to be assembled, the nut of the first straight bolt 32 are located in the first gathering hole 29, the second straight spiral shell
The nut of bolt 34 is located in the second gathering hole 33, i.e. the first straight 32 and second straight bolt 34 of bolt is not exposed to lining 5
Outside, without interference with other constructing operations inside piping lane.The operating process of the embodiment is simple, convenient, connective stability
It is good.
According to the needs being stably connected with, along the length direction of lining 5, the multiple first straight bolts 32 and can be set
Two straight bolts 34.
In a preferred embodiment, in described full fractionation dry type connection piping lane, two neighboring piping lane section 1 it
Between, the seam 10,16 of the top plate 2 and the junction of the Side fascia 4 offsets one from another, the bottom plate 3 and the Side fascia 4
The seam 13,17 of junction offset one from another.
It refer to Fig. 3, between two neighboring piping lane section 1, the seam of top plate 2 and the junction of Side fascia 4 is high each other
Degree is different, this to avoid forming right-angled intersection between two neighboring piping lane section 1, can improve whole piping lane connection
Stability.
Fig. 1 and Fig. 7 are refer to, in a preferred embodiment, in order to further improve two neighboring piping lane section 1
Connective stability, described full fractionation dry type connection piping lane in, between two neighboring piping lane section 1, each piping lane section 1 it is each
It is provided with the 4th connecting seat 36 at rib, each 4th connecting seat 36 is provided with the 4th connecting hole, and the 3rd straight bolt 35 is along adjacent two
The rib extension of individual piping lane section 1, both ends are anchored on two the 4th connecting seats.
Two neighboring piping lane section 1 is further connected by the 3rd straight bolt, strengthens connective stability.
Preferably, the 4th connecting seat is arranged on the centre position at each rib of each piping lane section 1, and the 4th connecting seat has
Two connection sheets, a through hole are provided with each connection sheet, two the 3rd straight bolts 35,39 are individually secured to a connection sheet
On, the two the 3rd straight bolts be respectively used to current piping lane section 1 be connected with a upper piping lane section 1 and with next piping lane
Section 1 connects.
In a preferred embodiment, in described full fractionation dry type connection piping lane, the length of each piping lane section 1 is
2~4m.
The length of piping lane section 1 determines the size of prefabricated components (including top plate 2, bottom plate 3, Side fascia 4, lining 5).
When the length of piping lane section 1 is excessive, difficulty increase of the prefabricated components in terms of production and transportation, cost increase can be caused；When
When the length of piping lane section 1 is too small, although the size of prefabricated components have dropped, this aspect can also increase the system of prefabricated components
Make cost, on the other hand also need to assemble more prefabricated components, cause assembly cost to rise.
Although embodiment of the present utility model is disclosed as above, it is not restricted in specification and embodiment
Listed utilization, it can be applied to various suitable fields of the present utility model completely, for those skilled in the art,
Other modification is easily achieved, therefore under the universal limited without departing substantially from claim and equivalency range, this reality
Specific details is not limited to new and shown here as the legend with description.
Claims (10)
1. a kind of full dry type that splits connects piping lane, it is characterised in that including：
Multiple piping lane sections, each piping lane section are by a top plate, a bottom plate, two Side fascias and at least one lining
It is spliced each other；
Wherein, socket joint connects between the top plate and the Side fascia, and is connected to become by the first some arch screw bolts whole
Body；Socket joint connects between the bottom plate and the Side fascia, and is connected to become entirety by the second some arch screw bolts；It is described
Top plate and the lining bolt connection, the bottom plate and the lining bolt connection；
Socket joint connects between the adjacent piping lane section of each two, and is connected to become entirety by the 3rd some arch screw bolts.
2. the full dry type that splits as claimed in claim 1 connects piping lane, it is characterised in that between the top plate and the Side fascia
Entirety is connected to become by the first some arch screw bolts, its specific attachment structure is：The top plate and the Side fascia
Inside portion is respectively arranged with the first connecting seat, and each first connecting seat is provided with the first connecting hole, and the top plate and the exterior wall
The inside of the junction of plate offers the first arc hole of two the first connecting holes of an insertion, and first arch screw bolt is worn
Enter the first arc hole, both ends are anchored on two the first connecting seats；By some between the bottom plate and the Side fascia
The second arch screw bolt be connected to become entirety, its specific attachment structure is：The inboard portion of the top plate and the Side fascia
The second connecting seat is not provided with, and each second connecting seat is provided with the second connecting hole, and the linking of the top plate and the Side fascia
The inside at position offers the second arc hole of two the second connecting holes of an insertion, and second arch screw bolt penetrates described
Two arc holes, both ends are anchored on two the second connecting seats.
3. as claimed in claim 2 complete split dry type connection piping lane, it is characterised in that the top plate includes horizontal-extending the
One main part and two the first convergence parts for being vertically connected at the first main part both sides, each first convergence part and one
The upper end of individual Side fascia forms the junction of the top plate and the Side fascia；The bottom plate includes horizontal-extending second
Main part and two the second convergence parts for being vertically connected at the second main part both sides, each second convergence part with one
The upper end of Side fascia forms the junction of the bottom plate and the Side fascia.
4. as claimed in claim 2 complete split dry type connection piping lane, it is characterised in that if the adjacent piping lane section of each two by
The 3rd dry arch screw bolt is connected to become entirety, and its specific attachment structure is：The inside portion difference of two neighboring piping lane section
It is provided with the 3rd connecting seat, each 3rd connecting seat is provided with the 3rd connecting hole, and the junction of two neighboring piping lane section
Inside offers the 3rd arc hole of two the 3rd connecting holes of insertion, and the 3rd arch screw bolt penetrates the 3rd arc
Hole, both ends are anchored on two the 3rd connecting seats.
5. the full dry type that splits as claimed in claim 4 connects piping lane, it is characterised in that the rank of the top plate and the Side fascia
The junction of socket part position, the bottom plate and the Side fascia, the junction of two neighboring piping lane section from inside to outside according to
Secondary filling polysulfide sealing compound, the first composite waterproof rubber strip, buffer pad, the second composite waterproof rubber strip and waterproof mortar.
6. the full dry type that splits as claimed in claim 5 connects piping lane, it is characterised in that the first composite waterproof rubber strip bag
Include the hydro-expansive rubber bar for being located at middle part and the elastic packing rubber for being distributed in both sides；Second composite waterproof rubber strip
Including the hydro-expansive rubber bar positioned at middle part and it is distributed in the EPDM elastic caoutchoucs of both sides.
7. the full fractionation dry type connection piping lane as any one of claim 1 to 6, it is characterised in that the top plate and institute
Lining bolt connection is stated, its specific attachment structure is：The upper end of the lining caves inward formed with the first operation
Mouthful, and the upper end of the lining has first connecting portion, the first connecting portion in the upside of first gathering hole
First through hole is offered, the top plate enters to described formed with the first screw, the first straight bolt by first gathering hole
One through hole, and be tightened in first screw, so as to which the first connecting portion is connected into the top plate；The bottom plate and institute
Lining bolt connection is stated, its specific attachment structure is：The bottom of the lining caves inward formed with the second operation
Mouthful, and the bottom of the lining has second connecting portion, the second connecting portion in the downside of second gathering hole
The second through hole is offered, the bottom plate enters to described formed with the second screw, the second straight bolt by second gathering hole
Two through holes, and be tightened in second screw, so as to which the second connecting portion is connected into the bottom plate.
8. the full fractionation dry type connection piping lane as any one of claim 1 to 6, it is characterised in that two neighboring piping lane
Between section, the seam of the top plate and the junction of the Side fascia offsets one from another, the bottom plate and the Side fascia
The seam of junction offsets one from another.
9. the full dry type that splits as claimed in claim 6 connects piping lane, it is characterised in that between two neighboring piping lane section, often
The 4th connecting seat is provided with each rib of individual piping lane section, each 4th connecting seat is provided with the 4th connecting hole, the 3rd straight bolt edge
The rib extension of two neighboring piping lane section, both ends are anchored on two the 4th connecting seats.
10. as claimed in claim 1 complete split dry type connection piping lane, it is characterised in that the length of each piping lane section for 2~
4m。
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720588793.2U CN206800454U (en) | 2017-05-24 | 2017-05-24 | It is complete to split dry type connection piping lane |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720588793.2U CN206800454U (en) | 2017-05-24 | 2017-05-24 | It is complete to split dry type connection piping lane |
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| Publication Number | Publication Date |
|---|---|
| CN206800454U true CN206800454U (en) | 2017-12-26 |
Family
ID=60742426
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| Application Number | Title | Priority Date | Filing Date |
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| CN201720588793.2U Expired - Fee Related CN206800454U (en) | 2017-05-24 | 2017-05-24 | It is complete to split dry type connection piping lane |
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| CN (1) | CN206800454U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111305266A (en) * | 2020-03-27 | 2020-06-19 | 深圳市市政设计研究院有限公司 | Light-duty underground comprehensive pipe gallery structure of prefabricated pin-connected panel of piecemeal |
-
2017
- 2017-05-24 CN CN201720588793.2U patent/CN206800454U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111305266A (en) * | 2020-03-27 | 2020-06-19 | 深圳市市政设计研究院有限公司 | Light-duty underground comprehensive pipe gallery structure of prefabricated pin-connected panel of piecemeal |
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| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20171226 Termination date: 20200524 |
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| CF01 | Termination of patent right due to non-payment of annual fee |