CN207469301U - Piping lane leads the formwork structure of wall - Google Patents
Piping lane leads the formwork structure of wall Download PDFInfo
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- CN207469301U CN207469301U CN201721508689.4U CN201721508689U CN207469301U CN 207469301 U CN207469301 U CN 207469301U CN 201721508689 U CN201721508689 U CN 201721508689U CN 207469301 U CN207469301 U CN 207469301U
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- template
- connecting rod
- mould
- side template
- right mould
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Abstract
The utility model is related to the formwork structures that piping lane leads wall, including Side Template, connecting rod and pairs of side template, the Side Template and pairs of side template, which surround to be formed, pours chamber, further include at least a set of inner template, the inner template includes left mould, right mould and internal model connecting rod, and on the outside of internal model connecting rod one end connection left mould, on the outside of other end connection right mould；Close to the inner template of side template, left mould/right mould is connect by connecting rod with side template；Adjacent two sets of inner templates, adjacent left mould are connect with right mould by connecting rod；Connecting rod is to be connected to the outside of side template/left mould/right mould.Steel may be used, hard template is made, pour in rear concrete and will not leave behind Screw arbor with nut at both-ends, the seepy question of the prior art can be avoided.And polylith independence template is can be made into, it is combined with pin with connecting rod grafting, when installing and using, very quickly, convenient, installation dimension is accurate；Select the connecting rod of different length, you can adjust Pipe rack size.
Description
Technical field
The utility model is related to Urban Underground piping lane construction, particularly piping lane leads the formwork structure of wall.
Background technology
Urban Underground piping lane is the concrete structure for being embedded in underground, and multiple square tube roads, Mei Geguan are generally comprised in piping lane
Road is respectively used to the various pipelines such as setting water, electricity, gas.
Existing secondary pouring construction mode is first to pour the piping lane of lower part to lead wall, is poured again after solidification leading wall top
Remaining structure.Pouring construction is required for using template, existing guide wall form board construction, substantially using plank sheathing, aluminum alloy pattern plate, wood moulding
The forms such as template, template include Side Template and side template, and around the space that formation pours, space interior sets template again, uses
In being separated out pipeline.
For avoid template rise mode ship slurry, need to be each passed through two pieces of templates with screw rod both ends, by screw rod pulling force, prevent mould
Plate compressive deformation.Pouring rear screw rod can stay in concrete, and extend transversely through wall.Since piping lane is embedded in underground, to anti-
Water is more demanding, and perforative screw position is very easy to leak, this leads to the repair in piping lane later stage, and maintenance cost increases.
Utility model content
Technical problem to be solved in the utility model is：The formwork structure that a kind of piping lane leads wall is provided, without using to drawing
Screw rod can avoid above-mentioned piping lane wall seepy question.
Technical solution is used by the utility model solves its technical problem：
Piping lane leads the formwork structure of wall, including Side Template, connecting rod and pairs of side template, the Side Template and in pairs
Side template pour chamber around being formed, further include at least a set of inner template, the inner template includes left mould, right mould is connected with internal model
Bar, and on the outside of described internal model connecting rod one end connection left mould, on the outside of other end connection right mould；
Close to the inner template of side template, left mould/right mould is connect by connecting rod with side template；Adjacent two sets of inner templates,
Its adjacent left mould is connect with right mould by connecting rod；Connecting rod is to be connected to the outside of side template/left mould/right mould.
Further, the side template, left mould and right mould are formed by polylith independence template splicing, stitching direction edge pipe
Corridor extending direction.
Further, further include concrete cushion, the concrete cushion is embedded with support element, the support element upper end from
It is stretched out above concrete cushion, the left mould and right mould are respectively supported on support element；The side template is arranged on concrete mats
Layer above, diagonal brace is provided on the outside of side template between concrete cushion.
Further, the downside at the downside at the connecting rod both ends and internal model connecting rod both ends, is respectively arranged with stretching
Pin, and pass through the pin and side template/left mould/right mould grafting.
The beneficial effects of the utility model are：Above-mentioned piping lane leads the formwork structure of wall, and steel may be used and be manufactured into hard
Template is connected on the outside of template by connecting rod, pours in rear concrete and will not leave behind Screw arbor with nut at both-ends, can avoid the prior art
Seepy question.And polylith independence template is can be made into, and it is combined with pin with connecting rod grafting, when installing and using, very quickly, side
Just, installation dimension is accurate；Select the connecting rod of different length, you can adjust Pipe rack size.
Description of the drawings
Fig. 1 is the schematic diagram when formwork structure of the utility model uses；
Reference numeral is in figure：Side template 1, diagonal brace 11, connecting rod 12, pin 13, inner template 2, left mould 21, right mould 22,
Internal model connecting rod 23 pours chamber 8, concrete cushion 9.
Specific embodiment
The utility model is further illustrated with reference to the accompanying drawings and examples：
Piping lane leads the formwork structure of wall, including Side Template, connecting rod 12 and pairs of side template 1, the Side Template and
Pairs of side template 1 pours chamber 8 around formation, further includes at least a set of inner template 2, and the inner template 2 includes left mould 21, right mould
22 and internal model connecting rod 23, and 21 outside of described 23 one end of internal model connecting rod connection left mould, 22 outside of other end connection right mould；
Close to the inner template 2 of side template 1,21/ right mould 22 of left mould is connect by connecting rod 12 with side template 1；Adjacent two
Inner template 2 is covered, adjacent left mould 21 is connect with right mould 22 by connecting rod 12；Connecting rod 12 is to be connected to 1/ left side of side template
The outside of 21/ right mould 22 of mould.
As shown in Figure 1：This piping lane leads the formwork structure of wall, it is desirable that template has sufficient intensity, is unlikely to deform, and typically should
With can use steel template.
Its Side Template and pairs of side template 1 pour chamber 8 around formation jointly, and Side Template is to block in piping lane end
Template, side template 1 are the template blocked in piping lane both sides.
The pipeline configuration that inner template 2 is used to form piping lane is provided with also in chamber 8 is poured.According to the number of tubes of piping lane not
Together, can have one or more sets inner templates 2, embodiment as shown in Figure 1 has two sets of inner templates 2, may eventually form two
Pipeline configuration.
Often set inner template 2 all includes left mould 21, right mould 22 and internal model connecting rod 23, and 23 both ends of internal model connecting rod connect respectively
Left mould 21 and right mould 22,23 length of internal model connecting rod are different, you can adjust the spacing of left mould 21 and right mould 22, the pipe of final piping lane
Road transverse width is just different.
So-called 21/ right mould of left mould, 22 outside, refer to 21/ right mould 22 of left mould is located at the side poured except chamber 8, also
It is the face that concrete will not be contacted after pouring.Such as upper surface, the right side of left mould 21 will not contact concrete, can use
Connect in connecting rod, the outside of right mould 22 with it is upper similarly, also refer to the face that will not contact concrete.
Adjacent two sets of inner templates 2, adjacent left mould 21 are connect with right mould 22 by connecting rod 12, refer to that connecting rod 12 will
Adjacent two sets of inner templates 2 link together, and all inner templates 2 is made to connect, and by connect inner template 2 both ends respectively with side form
Plate 1 connects.Such as it is shown in FIG. 1, two sets of inner templates 2 of having connected altogether may eventually form two pipeline configurations.Series connection inner template
The left mould 21 of 2 left ends is connect with the side template 1 in left side, and the right mould 22 of series connection 2 right end of inner template is connect with the side template 1 on right side.
Connecting rod 12 is identical with the mode that aforementioned internal model connecting rod 23 connects, and is also intended to be connected to 1/ left mould 21/ of side template
The outside of right mould 22 will not contact after pouring with concrete.Therefore Screw arbor with nut at both-ends will not be left in concrete, can avoided the occurrence of
Seepy question.
Preferably, can be the side template 1, left mould 21 and right mould 22 it be only by polylith for the piping lane of long range
Shuttering is spliced to form, and stitching direction is along piping lane extending direction.It is that can be molded by polylith independence template splicing, pours one section
Afterwards, spicing forming type pours next section again for form removal, the piping lane until completing whole length.Can be to use spiral shell between independent template
It tethers and connects or connected by the way of pin grafting, such as one piece of independent template-setup has pin, may be inserted into adjacent
In the pin hole of independent template adaptation, Fast Installation is realized.It can also be by pin 13, while be inserted into the pin hole of connecting rod and template
In, realize connection.
The connection mode of connecting rod 12 and internal model connecting rod 23 and each template can be connected by screw bolts.Connect template
A firm entirety is connected into, to increase the stability of template, can be preferably as shown in Figure 1, further including concrete cushion
9, the concrete cushion 9 is embedded with support element 91, and 91 upper end of support element is stretched out above concrete cushion 9, the left side
Mould 21 and right mould 22 are respectively supported on support element 91；The side template 1 is arranged on above concrete cushion 9,1 outside of side template
Diagonal brace 11 is provided between concrete cushion 9.
Be in concrete cushion 9 pre-buried support element 91, support element 91 support inner template 2 respectively, prevent from collapsing, most
Rear support 91 is poured eventually to stay in concrete.Diagonal brace 11 provides the cross-brace power of side template 1.
For ease of Fast Installation, it is preferred that connecting rod 12 and internal model connecting rod 23 and the connection mode of each template also may be used
Be using pin connect.Such as can be, under 23 both ends of downside and internal model connecting rod at 12 both ends of connecting rod
Side is respectively arranged with the pin 13 of stretching, and passes through the pin 13 and 1/ left mould of side template, 21/ right mould, 22 grafting.
As shown in Figure 1, during installation, only the pin 13 of connecting rod 12 and internal model connecting rod 23 need to be inserted into corresponding templates respectively
Respective pin hole in, you can complete installation, replace the connecting rod 12 of different length, you can adjustment template spacing, final change are poured
The piping lane wall thickness built.
Claims (4)
1. piping lane leads the formwork structure of wall, including Side Template, connecting rod (12) and pairs of side template (1), the Side Template with
And pairs of side template (1) pours chamber (8) around formation, which is characterized in that at least a set of inner template (2) is further included, it is described interior
Template (2) includes left mould (21), right mould (22) and internal model connecting rod (23), and the internal model connecting rod (23) one end connection left mould
(21) outside, other end connection right mould (22) outside；
Close to the inner template (2) of side template (1), left mould (21)/right mould (22) is connected by connecting rod (12) and side template (1)
It connects；Adjacent two sets of inner templates (2), adjacent left mould (21) are connect with right mould (22) by connecting rod (12)；Connecting rod (12)
It is the outside for being connected to side template (1)/left mould (21)/right mould (22).
2. piping lane as described in claim 1 leads the formwork structure of wall, which is characterized in that the side template (1), left mould (21) and
Right mould (22) is formed by polylith independence template splicing, and stitching direction is along piping lane extending direction.
3. piping lane as claimed in claim 2 leads the formwork structure of wall, which is characterized in that concrete cushion (9) is further included, it is described
Concrete cushion (9) is embedded with support element (91), and support element (91) upper end is stretched out above concrete cushion (9), described
Left mould (21) and right mould (22) are respectively supported on support element (91)；The side template (1) is arranged on concrete cushion (9)
Face is provided with diagonal brace (11) between side template (1) outside and concrete cushion (9).
4. piping lane as described in claim 1 leads the formwork structure of wall, which is characterized in that under connecting rod (12) both ends
Side and the downside at internal model connecting rod (23) both ends, are respectively arranged with the pin (13) of stretching, and by the pin (13) with
Side template (1)/left mould (21)/right mould (22) grafting.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721508689.4U CN207469301U (en) | 2017-11-13 | 2017-11-13 | Piping lane leads the formwork structure of wall |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721508689.4U CN207469301U (en) | 2017-11-13 | 2017-11-13 | Piping lane leads the formwork structure of wall |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207469301U true CN207469301U (en) | 2018-06-08 |
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ID=62260128
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721508689.4U Active CN207469301U (en) | 2017-11-13 | 2017-11-13 | Piping lane leads the formwork structure of wall |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109760903A (en) * | 2018-10-27 | 2019-05-17 | 张荐 | The production method for preventing hollow body from deforming |
| CN112359873A (en) * | 2020-11-17 | 2021-02-12 | 中建八局轨道交通建设有限公司 | Construction method of guide wall with haunch structure |
-
2017
- 2017-11-13 CN CN201721508689.4U patent/CN207469301U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109760903A (en) * | 2018-10-27 | 2019-05-17 | 张荐 | The production method for preventing hollow body from deforming |
| CN109760903B (en) * | 2018-10-27 | 2020-12-22 | 张荐 | Method for preventing hollow body from deforming |
| CN112359873A (en) * | 2020-11-17 | 2021-02-12 | 中建八局轨道交通建设有限公司 | Construction method of guide wall with haunch structure |
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