CN207715163U - A kind of fabricated construction assembly sliding contact formula movement supporting platform - Google Patents
A kind of fabricated construction assembly sliding contact formula movement supporting platform Download PDFInfo
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- CN207715163U CN207715163U CN201820030729.7U CN201820030729U CN207715163U CN 207715163 U CN207715163 U CN 207715163U CN 201820030729 U CN201820030729 U CN 201820030729U CN 207715163 U CN207715163 U CN 207715163U
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- sliding contact
- suspension device
- contact formula
- supporting platform
- gradient
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Abstract
The utility model discloses a kind of fabricated construction assembly sliding contact formula movement supporting platform, belong to constructing tunnel field, including support construction, propulsion device and sliding contact formula suspension device, the propulsion device is mounted on the support construction lower surface, and several sliding contact formula suspension devices are mounted on the support construction upper surface.The utility model has the beneficial effects that：Using sliding contact formula suspension device, has the characteristics that supporting good reliability, construction operation link are few, can realize the quick-assembling of secondary lining section of jurisdiction, advantageously reducing project cost and reduce the construction time.
Description
Technical field
The utility model is related to constructing tunnel fields, and in particular to a kind of fabricated construction assembly sliding contact formula movement branch
Protect platform.
Background technology
Currently, using the less of prefabricating technique in the tunnel that New Austrian Tunneling Method is built, however element precast assembled technology is
The inexorable trend of industry development, is the important method for improving construction quality and building speed, reducing economic cost, and prefabricating technique exists
The embodiment of Tunnel Engineering is exactly prefbricated tunnel lining.Prefbricated tunnel lining structure can solve New Austrian Tunneling Method construction tunnel secondary lining process
Complicated, the problems such as construction speed is slow, forming quality is poor.
Utility model content
In view of the deficiencies in the prior art, the purpose of this utility model is to provide a kind of fabricated construction assembly cunnings
Dynamic contact moves supporting platform, using sliding contact formula suspension device, have supporting good reliability, construction operation link it is few,
The features such as capable of realizing the quick-assembling of secondary lining section of jurisdiction, advantageously reduce project cost and reducing the construction time.
To achieve the above objectives, the technical scheme adopted by the utility model is that：
A kind of fabricated construction assembly sliding contact formula movement supporting platform, including support construction, propulsion device and sliding
Contact suspension device, the propulsion device are mounted on the support construction lower surface, several sliding contact formula supporting dresses
It sets and is mounted on the support construction upper surface.
Further, each sliding contact formula suspension device lower surface is installed with one and corresponding combines branch
Seat, by it is described can combined isolator be mounted on the support construction on.
By setting can combined isolator, according to the features of shape of lining section corresponding position design can combined isolator height
Degree, to adapt in the form of lining section not of the same race；Each supporting pulley can be accurately positioned by the way that vertical micromatic setting is arranged
Vertical position, the adjustable tilt degree hydraulic device of setting are capable of the lateral attitude of adjustable pulley on a large scale, are allowed to and structure
Face is tangent, and supporting effect is more preferable.In order to improve the applicability and convenience of supporting platform, modularization is carried out to supporting platform and has been set
Meter, can be spliced according to lining section form, and wherein sliding contact formula device can carry out excellent according to mounting structure mechanical characteristic
Change supporting position and the quantity of arrangement pulley, setting propulsion device increases the flexibility of structure, next to rapidly enter
A working link.
Further, the sliding contact formula suspension device includes suspension device main body, suspension device regulating device and pulley,
The suspension device main body be fixedly mounted on it is described can be on combined isolator, the suspension device regulating device is mounted on the supporting
On apparatus main body, the pulley is fixedly mounted in the suspension device regulating device.
Further, the suspension device main body includes crossbeam, top suspension device and is filled for adjusting the top supporting
Set the vertical fine tuning hydraulic device of height, the crossbeam be fixedly mounted on it is described can be on combined isolator, the top suspension device
It is mounted on the crossbeam by the vertical fine tuning hydraulic device.
Further, the suspension device regulating device is mounted on top suspension device upper surface.
Further, the suspension device regulating device includes that gradient adjusts hydraulic device bearing and three-link adjusting group
Part, the gradient adjust hydraulic device bearing and are mounted on top suspension device upper surface, the three-link adjusting part
One end axis connection is adjusted in the gradient on hydraulic device bearing, and other end axis connection is in the top suspension device upper table
Face, the pulley are fixedly mounted on the three-link adjusting part.
Further, the three-link adjusting part includes hound, gradient adjusting rod and mounting rod, the hound one
End and top suspension device upper surface axis connection, the other end is hinged with described mounting rod one end, the mounting rod other end
Hinged with gradient adjusting rod one end, the gradient adjusting rod other end adjusts hydraulic device bearing with the gradient
Upper surface axis connection, the pulley are fixedly mounted on the mounting rod.
Further, the mounting rod both ends are connected by rotating hinge with the hound, the gradient adjusting rod.
Further, the support construction lower surface is also equipped with scalable or folding fixed support.
In use, it is first determined the combination parameter of fabricated construction determines laterally branch according to lining section form
Protection unit number of combinations formulates the horizontal and vertical of sliding contact formula suspension device by the combining form to liner structure section
Arrangement form and quantity determine the angle of inclination of each pulley, and the combination installation and debugging of supporting platform are completed according to the above parameter.
Then, assembling scheme is formulated, needs to carry out preassembling before construction, verifies liner structure splicing accuracy, go forward side by side
Row monitoring measurement, it is ensured that meet code requirement.
Finally, site installation test is carried out, the positioning of structure scene is completed according to assembling scheme, fixed support is put down, carries out
Liner structure assembles, and completes connection and the water-proofing treatment of connector, after entirety to be formed, withdraws fixed support, starts propulsion device
Into next construction location, it is sequentially completed assembly.
Compared with prior art, the utility model has the advantage of：
(1) using can combined isolator, according to the features of shape of lining section corresponding position design can combined isolator height
Degree, to adapt in the form of lining section not of the same race；
(2) can accurately position the vertical position of each supporting pulley by the way that vertical micromatic setting is arranged, setting can
The lateral attitude that gradient hydraulic device is capable of large-scale adjustable pulley is adjusted, is allowed to tangent with structural plane, supporting effect is more
It is good；
(3) in order to improve the applicability and convenience of supporting platform, modularized design has been carried out to supporting platform, it can basis
Lining section form is spliced, and wherein sliding contact formula device can optimize arrangement pulley according to mounting structure mechanical characteristic
Supporting position and quantity, setting propulsion device increases the flexibility of structure, to rapidly enter next working link,
The power of thrust power is reduced, energy consumption is reduced；
(4) in cut and cover method constructing tunnel, fabricated construction is taken to be conducive to control quality and save the duration, especially pair
There is supporting good reliability, construction operation link using sliding contact formula suspension device in municipal tunnel and pipe gallery engineering
It is few, it can realize the quick-assembling of secondary lining section of jurisdiction, advantageously reduce project cost and reduce the construction time.
Description of the drawings
Fig. 1 is the supporting platform cross-sectional view that the utility model embodiment provides；
Fig. 2 is the sliding contact formula suspension device structure chart that the utility model embodiment provides.
Specific implementation mode
The utility model is described in further detail with reference to the accompanying drawings and embodiments.
It is shown in Figure 1, present embodiments provide a kind of fabricated construction assembly sliding contact formula movement supporting platform, packet
Support construction 103, propulsion device 102 and sliding contact formula suspension device 106 are included, the propulsion device 102 is mounted on the branch
103 lower surface of support structure, several sliding contact formula suspension devices 106 are mounted on 103 upper surface of the support construction.
Each 106 lower surface of sliding contact formula suspension device be installed with one it is corresponding can combined isolator 104,
By it is described can combined isolator 104 be mounted on the support construction 103 on.
By setting can combined isolator, according to the features of shape of lining section corresponding position design can combined isolator height
Degree, to adapt in the form of lining section not of the same race；Each supporting pulley can be accurately positioned by the way that vertical micromatic setting is arranged
Vertical position, the adjustable tilt degree hydraulic device of setting are capable of the lateral attitude of adjustable pulley on a large scale, are allowed to and structure
Face is tangent, and supporting effect is more preferable.In order to improve the applicability and convenience of supporting platform, modularization is carried out to supporting platform and has been set
Meter, can be spliced according to lining section form, and wherein sliding contact formula device can carry out excellent according to mounting structure mechanical characteristic
Change supporting position and the quantity of arrangement pulley, setting propulsion device increases the flexibility of structure, next to rapidly enter
A working link.
As a preferred embodiment, sliding contact formula suspension device 106 includes suspension device main body 209, supporting
Device regulating device 208 and pulley 207, the suspension device main body 209 be fixedly mounted on it is described can be on combined isolator 104, institute
Suspension device regulating device 208 is stated in the suspension device main body 209, the pulley 207 is fixedly mounted on the branch
In protection unit regulating device 208.
As a preferred embodiment, suspension device main body includes crossbeam 202, top suspension device 210 and is used for
Adjust the vertical fine tuning hydraulic device 201 of 210 height of top suspension device, the crossbeam 202 be fixedly mounted on it is described can
On combined isolator 104, the top suspension device 210 is mounted on the crossbeam 202 by the vertical fine tuning hydraulic device 201
On, suspension device regulating device 208 is mounted on 210 upper surface of top suspension device.
As a preferred embodiment, the suspension device regulating device 208, which includes gradient, adjusts hydraulic device
Bearing 204 and three-link adjusting part 212, the gradient adjust hydraulic device bearing 204 and are mounted on top supporting dress
210 upper surfaces are set, 212 one end axis connection of the three-link adjusting part is adjusted in the gradient on hydraulic device bearing 204,
Other end axis connection is fixedly mounted on the three-link adjusting group in 210 upper surface of top suspension device, the pulley 207
On part 212.
As a preferred embodiment, the three-link adjusting part 212 includes hound 203, gradient adjusting
Bar 205 and mounting rod 211,203 one end of the hound and 210 upper surface axis connection of the top suspension device, the other end with
211 one end of the mounting rod is hinged, and 211 other end of the mounting rod is hinged with described 205 one end of gradient adjusting rod, described to incline
205 other end of pitch adjustment bar adjusts 204 upper surface axis connection of hydraulic device bearing with the gradient, and the pulley 207 is solid
Dingan County is on the mounting rod 211, and 211 both ends of the mounting rod are by rotating hinge 206 and the hound 203, described
Gradient adjusting rod 205 is connected.
As a preferred embodiment, 103 lower surface of the support construction be also equipped with it is scalable or folding
Fixed support 101 puts down fixed support 101 when starting construction, ensures the stability of supporting platform in the construction process；It is complete
After construction, fixed support 101 is withdrawn, so that propulsion device is landed, supporting platform is advanced to next construction location.
In use, it is first determined the combination parameter of fabricated construction determines laterally branch according to lining section form
Protection unit number of combinations, by the combining form of 107 section of liner structure is formulated sliding contact formula suspension device transverse direction and
Be longitudinally arranged form and quantity, determine the angle of inclination of each pulley, according to the above parameter complete supporting platform combination installation with
Debugging.
Then, assembling scheme is formulated, needs to carry out preassembling before construction, just by connecting spiral shell between block structure 107
Bolt 105 carries out assembly, verifies 107 splicing accuracy of liner structure, and carry out monitoring measurement, it is ensured that meet code requirement.
Finally, site installation test is carried out, the positioning of structure scene is completed according to assembling scheme, fixed support is put down, carries out
Liner structure 107 assembles, and completes connection and the water-proofing treatment of connector, after entirety to be formed, withdraws fixed support, starts and promote dress
It sets into next construction location, is sequentially completed assembly.
The utility model is not limited to the above embodiment, for those skilled in the art, not
Under the premise of being detached from the utility model principle, several improvements and modifications can also be made, these improvements and modifications are also considered as this reality
Within novel protection domain.The content not being described in detail in this specification belongs to well known to professional and technical personnel in the field
The prior art.
Claims (9)
1. a kind of fabricated construction assembly sliding contact formula moves supporting platform, which is characterized in that including support construction (103),
Propulsion device (102) and sliding contact formula suspension device (106), the propulsion device (102) are mounted on the support construction
(103) lower surface, several sliding contact formula suspension devices (106) are mounted on the support construction (103) upper surface.
2. a kind of fabricated construction assembly sliding contact formula according to claim 1 moves supporting platform, which is characterized in that
Each sliding contact formula suspension device (106) lower surface be installed with one it is corresponding can combined isolator (104), pass through
It is described can combined isolator (104) be mounted on the support construction (103) on.
3. a kind of fabricated construction assembly sliding contact formula according to claim 2 moves supporting platform, which is characterized in that
The sliding contact formula suspension device (106) includes suspension device main body (209), suspension device regulating device (208) and pulley
(207), the suspension device main body (209) be fixedly mounted on it is described can be on combined isolator (104), the suspension device adjusts dress
(208) are set on the suspension device main body (209), the pulley (207) is fixedly mounted on the suspension device and adjusts
On device (208).
4. a kind of fabricated construction assembly sliding contact formula according to claim 3 moves supporting platform, which is characterized in that
The suspension device main body (209) includes crossbeam (202), top suspension device (210) and is filled for adjusting the top supporting
Set the vertical fine tuning hydraulic device (201) of (210) height, the crossbeam (202) be fixedly mounted on it is described can combined isolator (104)
On, the top suspension device (210) is mounted on by the vertical fine tuning hydraulic device (201) on the crossbeam (202).
5. a kind of fabricated construction assembly sliding contact formula according to claim 4 moves supporting platform, which is characterized in that
The suspension device regulating device (208) is mounted on top suspension device (210) upper surface.
6. a kind of fabricated construction assembly sliding contact formula according to claim 5 moves supporting platform, which is characterized in that
The suspension device regulating device (208) includes that gradient adjusts hydraulic device bearing (204) and three-link adjusting part
(212), the gradient adjusts hydraulic device bearing (204) and is mounted on top suspension device (210) upper surface, and described three
Lever regulated component (212) one end axis connection is adjusted in the gradient on hydraulic device bearing (204), and other end axis connection exists
Top suspension device (210) upper surface, the pulley (207) are fixedly mounted on the three-link adjusting part (212).
7. a kind of fabricated construction assembly sliding contact formula according to claim 6 moves supporting platform, which is characterized in that
The three-link adjusting part (212) includes hound (203), gradient adjusting rod (205) and mounting rod (211), it is described tiltedly
Strut (203) one end and top suspension device (210) upper surface axis connection, the other end and the mounting rod (211) one end
Hinged, mounting rod (211) other end and described gradient adjusting rod (205) one end are hinged, the gradient adjusting rod
(205) other end adjusts hydraulic device bearing (204) upper surface axis connection, the fixed peace of the pulley (207) with the gradient
On the mounting rod (211).
8. a kind of fabricated construction assembly sliding contact formula according to claim 7 moves supporting platform, which is characterized in that
Mounting rod (211) both ends pass through rotating hinge (206) and the hound (203), the gradient adjusting rod (205) phase
Even.
9. a kind of fabricated construction assembly sliding contact formula according to claim 1 moves supporting platform, which is characterized in that
Support construction (103) lower surface is also equipped with scalable or folding fixed support (101).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820030729.7U CN207715163U (en) | 2018-01-09 | 2018-01-09 | A kind of fabricated construction assembly sliding contact formula movement supporting platform |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820030729.7U CN207715163U (en) | 2018-01-09 | 2018-01-09 | A kind of fabricated construction assembly sliding contact formula movement supporting platform |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207715163U true CN207715163U (en) | 2018-08-10 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820030729.7U Active CN207715163U (en) | 2018-01-09 | 2018-01-09 | A kind of fabricated construction assembly sliding contact formula movement supporting platform |
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| Country | Link |
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| CN (1) | CN207715163U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2021042858A1 (en) * | 2019-09-04 | 2021-03-11 | 廊坊景隆重工机械有限公司 | Overturning working platform and tunneling equipment |
-
2018
- 2018-01-09 CN CN201820030729.7U patent/CN207715163U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2021042858A1 (en) * | 2019-09-04 | 2021-03-11 | 廊坊景隆重工机械有限公司 | Overturning working platform and tunneling equipment |
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