CN205976472U - Pour mould of building post -cast strip - Google Patents
Pour mould of building post -cast strip Download PDFInfo
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- CN205976472U CN205976472U CN201620939823.5U CN201620939823U CN205976472U CN 205976472 U CN205976472 U CN 205976472U CN 201620939823 U CN201620939823 U CN 201620939823U CN 205976472 U CN205976472 U CN 205976472U
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- cast strip
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Abstract
The utility model discloses a pour mould of building post -cast strip should pour the mould and include the wooden model system, should pour the mould and connected to form by wooden model system and aluminum mould system, and the wooden model system is connected with the aluminum mould system through copulateing the pole, aluminum mould system package rubbing board backing board, the bracing piece supports subaerial at the bottom of the underrun board of board backing board, and the side of board backing board is watered some aluminum mould boards through the pin after with and is connected, and the one side that is close to the roof beam of the post -cast strip of pouring at the board backing board is connected with the template of filling a vacancy, and the lower limb of the template of filling a vacancy is connected with beam side die, and the beam side die lower limb is connected with the breast layer board through connection angle aluminium, and the breast layer board passes through the support of breast bracing piece subaerial. The utility model discloses not only have and be under construction swiftly, pacify and tear convenience, low -loss, high, the cost -effective advantage of use circulation rate open, but also have the advantage that can effectually prevent quality problems emergences such as post -cast strip cantilever beam board fracture, seepage.
Description
Technical field
This utility model be related to a kind of pour building post-cast strip pour mould, belong to building post-cast strip pouring technique neck
Domain.
Background technology
Pouring of traditional construction post-cast strip is all poured using wooden model system or pure plank sheathing support system, this
Plant by the way of wooden model system carries out pouring post-cast strip, substantial amounts of mould is inevitably lost during installation
Plate.Overhanging component is belonged to, part mould of entirely encorbelmenting on request between post-cast strip both sides are to Vierendeel girder before post-cast strip concrete does not pour
Plate and support should not be removed, and such turnover input amount greatly increases, and many units in charge of construction are so that circulation material is quickly had enough to meet the need
And select form removal and support, so not only it is easily damaged structural beam slab, cause cracking, seepage；And secondary of post-cast strip
Mode structure plate bottom surface easily causes uneven, and quality perception is poor.In construction industry, construction unit is to prescription increasingly
Height, subsequent quality must carry out repair process when checking and accepting, and will produce quadratic cost and manpower and materials, wave in follow-up reparation
Expense construction material has an effect on construction speed.Therefore, the existing mode pouring post-cast strip only with wooden model system is still not managed
Think it is impossible to meet the needs of building.
Content of the invention
The purpose of this utility model is：There is provided a kind of quick construction, convenient to assemble and disassemble, low-loss, using cycling rate high, save
Cost, meet green construction requirement, and can effectively prevent post-cast strip from encorbelmenting the pouring of the quality problems such as beam slab cracking, seepage generation
That builds building post-cast strip pours mould, with the unfavorable factor overcoming traditional late poured band support system to cause, thus overcoming existing skill
The deficiency of art.
The technical solution of the utility model is realized in：
A kind of mould that pours pouring building post-cast strip of the present utility model is that this pours mould and includes wooden model system, pours
Mould is connected by wooden model system and aluminum dipping form system and forms, and wooden model system is connected with aluminum dipping form system by linking bar.
Above-mentioned pour in mould, described aluminum dipping form system includes plate backing board, and the underrun plate bottom support bar of plate backing board props up
Support on the ground, the side of plate backing board pass through pin with after pour part aluminum alloy pattern plate and be connected, poured plate backing board is close
The side of the beam of post-cast strip is connected with template of filling a vacancy, and the lower limb of template of filling a vacancy is connected with beam side, and beam side lower limb passes through
Connect aluminum corner brace to be connected with beam backing board, beam backing board passes through beam bottom they sup-port on the ground.
Appeal pours in mould, and when wooden model system is connected with aluminum dipping form system by linking bar, the one end linking bar is connected to wood
On the support of die body system support bar on the ground, its other end is connected to plate bottom support bar or the beam bottom support bar of aluminum dipping form system
On.
Due to employing technique scheme, this utility model passes through jointly to be set up and poured using aluminum dipping form system and wooden model system
Build the mould that pours of post-cast strip, and set up pouring post-cast strip the encorbelment mould aluminum dipping form system that pours of end of beam slab of encorbelmenting, Ji Jianghou
Pour the weakest and most critical the end of encorbelmenting of band to carry out building mould using aluminum dipping form system and pour, due to the width of aluminum dipping form system used
Degree very little（The width of aluminum dipping form system is 180～220mm）, thus the material of aluminum dipping form system used is seldom, and this utility model
The aluminum dipping form architecture being adopted is simple, installation and removal are all easier, so this utility model can effectively improve entirely
The quality of post empiricism and progress, and can effectively play wooden model system be used in turn rate.Therefore, this utility model is with now
Technology is had to compare, this utility model not only has quick construction, convenient to assemble and disassemble, low-loss, high, cost-effective using cycling rate
Advantage, but also have the advantages that effectively to prevent post-cast strip quality problems such as beam slab cracking, seepage of encorbelmenting from occurring.
Brief description
Fig. 1 is this utility model structural representation that wooden model system is connected with aluminum dipping form system when using；
Fig. 2 is to set up using aluminum dipping form system of the present utility model to pour post-cast strip beam slab of encorbelmenting and encorbelment when pouring mould of end
Structural representation.
Description of reference numerals：1- aluminum dipping form system, 1.1- plate backing board, 1.2- plate bottom support bar, pours part after 1.3-
Aluminum alloy pattern plate, 1.4- pin, 1.5- beam bottom support bar, 1.6- connects aluminum corner brace, 1.7- beam side, and 1.8- fills a vacancy template,
1.9- beam backing board, 2- wooden model system, 3- links bar.
Specific embodiment
The utility model is described in further detail with reference to the accompanying drawings and examples.
Embodiment of the present utility model：This utility model is according to a kind of following method institutes pouring building post-cast strip
Build, as depicted in figs. 1 and 2, the method include using wooden model system take 2 set pour post-cast strip pour mould, pouring
Post-cast strip both sides encorbelment beam slab when, post-cast strip both sides are jointly set up using aluminum dipping form system 1 and wooden model system 2 and encorbelment the pouring of beam slab
Mould, will post-cast strip both sides encorbelment beam slab pour mould wooden model system 2 and aluminum dipping form system 1 is set up jointly, jointly taken
If when, set up pouring the encorbelment mould aluminum dipping form system 1 that pours of beam slab end of post-cast strip both sides, except encorbelmenting beam slab end in post-cast strip
Outward, pour the encorbelment mould that pours of remainder of beam slab of post-cast strip both sides all to be set up with wooden model system 2, when wooden model system 2 and aluminum
After die body system 1 sets up, you can carry out pouring of post-cast strip both sides Cantilever Beams board concrete, concrete to be poured reaches age
Remove post-cast strip both sides afterwards to encorbelment the wooden model system 2 of beam slab, retain aluminum dipping form system 1 and do not remove, when reaching closing post-cast strip condition
Afterwards, with pour after aluminum dipping form system part aluminum alloy pattern plate 1.3 install pour closing post-cast strip part pour mould, then closed
The pouring of post-cast strip concrete, complete whole post-cast strip after the completion of the concreting of post-cast strip to be closed pours work.
In said method, for pour post-cast strip both sides encorbelment beam slab end every side aluminum dipping form system 1 width be 180～
220mm.
In said method, after post-cast strip both sides Cantilever Beams board concrete all reaches form removal condition, by all wooden model systems 2
Remove, retain post-cast strip both sides encorbelment beam slab end aluminum dipping form system 1 do not tear open as post-cast strip both sides encorbelment beam slab end support,
The wooden model system 2 removed is used as turnover next time, so can increase the turnover utilization rate of post-cast strip wooden model system 2.
In said method, after the closing post-cast strip concrete being poured all reaches concrete strength, you can by aluminum alloy pattern plate system 1
All remove and use next time as turnover.
According to said method build of the present utility model a kind of pour building post-cast strip pour mould, such as Fig. 1 and Fig. 2
Shown, this pours mould and includes wooden model system 2 of the prior art, and this pours mould by wooden model system 2 and aluminum dipping form system 1 connection group
Become, and wooden model system 2 is connected with aluminum dipping form system 1 by linking bar 3.
Above-mentioned aluminum dipping form system 1 includes plate backing board 1.1, and the underrun plate bottom support bar 1.2 of plate backing board 1.1 is supported on
On ground, the side of plate backing board 1.1 pass through pin 1.4 with after pour part aluminum alloy pattern plate 1.3 and be connected, close in plate backing board 1.1
The side of the beam of the post-cast strip being poured is connected with template 1.8 of filling a vacancy, and the lower limb of template of filling a vacancy 1.8 is connected with beam side 1.7,
When structure pours mould, when the width of beam side 1.7 is inadequate, another piece of beam side 1.7 can be connected by pin 1.4；By beam
Side form 1.7 lower limb is passed through connection aluminum corner brace 1.6 and is connected with beam backing board 1.9, and beam backing board 1.9 passes through beam bottom support bar 1.5
Support is on the ground.When being connected wooden model system 2 with aluminum dipping form system 1 by linking bar 3, bolt is passed through in the one end linking bar 3
It is connected on the support of wooden model system 2 support bar on the ground, its other end is bolted the plate bottom in aluminum dipping form system 1
On support bar 1.2 or beam bottom support bar 1.5.
When being embodied as, can be implemented by the following method：
Referring to Fig. 1 and Fig. 2, this utility model include post-cast strip aluminum dipping form system 1 and post-cast strip structure on two sides wooden model system 2 with
And aluminum dipping form system 1 and wooden model system 2 link bar 3；Described aluminum dipping form system 1 includes plate backing board 1.1, plate bottom support bar 1.2,
After pour part aluminum alloy pattern plate 1.3, pin 1.4, beam bottom support bar 1.5, connect aluminum corner brace 1.6, beam side 1.7, template of filling a vacancy 1.8, beam
Backing board 1.9.When the main structure construction in building, post-cast strip both sides beam slab end of encorbelmenting is set up using aluminum dipping form system 1
Pour mould, the remainder of post-cast strip is set up using wood formwork system 2 and poured mould, that is, adopt aluminum dipping form system 1 and wood formwork system 2
Be provided separately post-cast strip pours mould, and is connected aluminum dipping form system 1 and 2 two kinds of formwork systems of wood formwork system by linking bar 3
Become a stable entirety, the width of aluminum dipping form system is usually 200mm.By all wood after post-cast strip both sides concrete reaches form removal condition
Die body system 2 dismounting, reservation post-cast strip both sides aluminum dipping form system is not torn open to encorbelment to hold as post-cast strip and is supported, and so can increase post-cast strip and hang
Choose the turnover utilization rate of Duanmu's die body system 2.Described aluminum dipping form system 1, the aluminum beam side 1.7 at its end of encorbelmenting and beam backing board
1.9 are connected using connecting aluminum corner brace 1.6, and beam side 1.7 and beam side 1.7 are connected by pin 1.4 and reinforce, beam side 1.7 and plate
Backing board 1.1 joint gap is according to actual size using template 1.8 polishing of filling a vacancy.Described aluminum dipping form system 1, its plate backing board
1.1 are supported using independent plate bottom support bar 1.2, and beam backing board 1.9 is supported using two beam bottom support bars 1.5.Described aluminum
Die body system 1, pours thereafter part aluminum alloy pattern plate 1.3 using installing from the bottom up, and the beam do not torn open by pin 1.4 and post-cast strip both sides
In addition backing board 1.9 or beam side 1.7, plate backing board 1.1 reinforcement by connection it is not necessary to set up supported rod erecting.
In addition, when this utility model is embodied as, also can be implemented using following steps：
Step one, according to job site post-cast strip reserved location, then post-cast strip is set up according to on-site actual situations design
Beam slab of encorbelmenting is encorbelmented the aluminum dipping form system 1 of end；
Step 2, the aluminum dipping form plate suqare that beam slab aluminum dipping form system 1 of encorbelmenting need to be installed according to site operation and the use using material
Amount, finally works out procurement plan, is purchased by procurement plan；
Step 3, end of being encorbelmented according to post-cast strip are encorbelmented the operation of beam slab aluminum dipping form system 1, and installing and pouring the template of mould is by mould
Plate is set up code requirement and is carried out splicing installation form and carrying out corresponding reinforcement measure；
Step 4, concreting complete to reach after design requirement after concrete strength, and the wooden model system 2 of inner side is removed turnover
Use to other post-cast strip suspended structural supports, retain end aluminum alloy pattern plate system 1 of encorbelmenting and support in cantilevered structure outer edge, thus
Reach structure to fix safely and make material make full use of.
Step 5, reached according to design requirement after closing post-cast strip requires, by after pour part aluminum alloy pattern plate 1.3 and pacify from the bottom up
Dress, and it is fixed in beam backing board 1.9 or beam side 1.7, the plate backing board 1.1 of end aluminum dipping form system 1 of encorbelmenting with pin 1.4
On, colligation post-cast strip reinforcing bar, pour post-cast strip concrete, after concrete strength to be achieved, remove all aluminum dipping form systems, turnover uses next time.
After testing and proof of actual use, this utility model installation safety coefficient is high, and loss is low, of the present utility model
The alter-pouring strips mould plate that aluminum dipping form system can also be used in turn other projects supports use, so can fully improve the use of material
Rate, saves the spillage of material of other projects, saves construction cost.This utility model can effectively reduce wood using aluminum dipping form system simultaneously
The consumption of mould, reduces wooden material consumption, and therefore, this utility model meets the requirement of national green construction.
Claims (3)
1. a kind of pour building post-cast strip pour mould, including wooden model system（2）It is characterised in that：Pour mould by wooden model body
System（2）With aluminum dipping form system（1）Connect composition, and wooden model system（2）By linking bar（3）With aluminum dipping form system（1）Connect.
2. pour according to claim 1 building post-cast strip pour mould it is characterised in that：Described aluminum dipping form system（1）Bag
Rubbing board backing board（1.1）, plate backing board（1.1）Underrun plate bottom support bar（1.2）Support on the ground, plate backing board
（1.1）Side pass through pin（1.4）With after pour part aluminum alloy pattern plate（1.3）Connect, in plate backing board（1.1）Near poured
The side of the beam of post-cast strip is connected with template of filling a vacancy（1.8）, template of filling a vacancy（1.8）Lower limb be connected with beam side（1.7）, beam
Side form（1.7）Lower limb passes through to connect aluminum corner brace（1.6）With beam backing board（1.9）Connect, beam backing board（1.9）Supported by beam bottom
Bar（1.5）Support on the ground.
3. pour according to claim 2 building post-cast strip pour mould it is characterised in that：Wooden model system（2）By even
Tie-rod（3）With aluminum dipping form system（1）During connection, link bar（3）One end be connected to wooden model system（2）Support on the ground
On strut, its other end is connected to aluminum dipping form system（1）Plate bottom support bar（1.2）Or beam bottom support bar（1.5）On.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620939823.5U CN205976472U (en) | 2016-08-25 | 2016-08-25 | Pour mould of building post -cast strip |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620939823.5U CN205976472U (en) | 2016-08-25 | 2016-08-25 | Pour mould of building post -cast strip |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205976472U true CN205976472U (en) | 2017-02-22 |
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ID=58036210
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620939823.5U Active CN205976472U (en) | 2016-08-25 | 2016-08-25 | Pour mould of building post -cast strip |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205976472U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106193588A (en) * | 2016-08-25 | 2016-12-07 | 中建四局第建筑工程有限公司 | A kind of method pouring building post-cast strip and pour mould |
| CN114687550A (en) * | 2022-04-29 | 2022-07-01 | 中建三局集团有限公司 | Post-cast strip construction method |
-
2016
- 2016-08-25 CN CN201620939823.5U patent/CN205976472U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106193588A (en) * | 2016-08-25 | 2016-12-07 | 中建四局第建筑工程有限公司 | A kind of method pouring building post-cast strip and pour mould |
| CN114687550A (en) * | 2022-04-29 | 2022-07-01 | 中建三局集团有限公司 | Post-cast strip construction method |
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|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant |