CN205259587U - Stable form beam column or shear force be heat preservation -in -place mould for wall and special production facility thereof - Google Patents
Stable form beam column or shear force be heat preservation -in -place mould for wall and special production facility thereof Download PDFInfo
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- CN205259587U CN205259587U CN201521027238.XU CN201521027238U CN205259587U CN 205259587 U CN205259587 U CN 205259587U CN 201521027238 U CN201521027238 U CN 201521027238U CN 205259587 U CN205259587 U CN 205259587U
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- warming plate
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Abstract
The utility model belongs to the technical field of building material. By the technical problem who overcomes the existence of present used -in -place mould, the utility model provides a stable form beam column or shear force be heat preservation -in -place mould for wall and special production facility thereof, including the heated board, its characterized in that: the back of heated board is equipped with the overburden, is equipped with the strengthening rib layer in the overburden, and this strengthening rib layer is latticedly, is equipped with the coupling bar on the grid node, and the heated board is passed to the one end of coupling bar. The equipment that provides includes the heated board transfer chain, is equipped with at least a set of mortar equipartition device on the transfer chain, at least a set of net applique pieces apply device and strengthening rib installation device. Heat preservation -in -place mould is rational in infrastructure for the wall, the preparation is simple and convenient for this stable form beam column or shear force, and the automation degree that provides is high, can effectively improve production efficiency.
Description
Technical field
The utility model belongs to building material technical field, specifically refers to a kind of stable type beam column or shear wall heat preservation dismounting-free formwork and production equipment special thereof.
Background technology
At present in the pouring construction of beam column or shear wall, be to adopt template that built space is crowded around, then casting concrete in enclosed space, form removal after concrete setting, then linked network, covering and heat insulating plate are carried out in the surface of beam column or shear wall, smear adhesive mortar on the surface of warming plate and carry out levelling. Adopt this kind of template to construct and not only increased the heat preservation construction in later stage step beam column or shear wall, and warming plate easily separates with building between thing surface, cause body of wall breakage. For solving this technical problem, there is in the market a kind of heat preservation dismounting-free formwork, its primary structure is: smear respectively adhesive mortar and grid coverage cloth at the tow sides of warming plate, when construction, coupling bar is passed to template and builds the binding reinforcing bars in mould, when building after mortar to building in mould, mortar and the template of building in mould are solidified as one, have reduced the technical problem of traditional form removal. But find in practical operation, there is following technical problem in this non-dismantling formwork: one, because coupling bar end area is less, when to building while building mortar in mould, mortar can produce an outside extruding force to template, this extruding force can make to produce and relatively move between template and coupling bar, make the end of coupling bar progress into template inside, cause template outstanding, build thing pouring quality not up to standard; Two,, due to together with template is finally solidified to the mortar in building mould, near building applying mortar of mould and grid coverage cloth seems unnecessary, increased the construction cost of template in template.
Utility model content
For overcoming the existing technical problem of current non-dismantling formwork used, the utility model provides a kind of stable type beam column or shear wall heat preservation dismounting-free formwork and production equipment special thereof.
For realizing above-mentioned technical purpose, the technical solution adopted in the utility model is: stable type beam column or shear wall heat preservation dismounting-free formwork, comprise warming plate, it is characterized in that: the back side of described warming plate is provided with cover layer, described cover layer is respectively from inside to outside, the first adhesive mortar layer, the first grid layer of cloth, reinforcement layer, the second grid layer of cloth and the second adhesive mortar layer, described reinforcement layer is latticed; Also comprise coupling bar, the grid node of one end of described coupling bar and reinforcement layer is fixed, and the other end exceeds warming plate surface 3-8cm through this end of the first grid layer of cloth, the first adhesive mortar layer and warming plate and coupling bar.
The production equipment special of heat preservation dismounting-free formwork for above-mentioned a kind of stable type beam column or shear wall, it comprises warming plate pipeline, described warming plate supply line comprises streamlined carriage, inside at carriage is provided with conveyer belt, it is characterized in that: described pipeline is provided with at least one group of mortar even distribution device, at least one group of grid cloth release dressing device and reinforcement erecting device;
Described mortar even distribution device comprises mortar delivery pipe and uniform device, described uniform device comprises that one is the cavity of axe-shaped, the bottom of cavity is provided with mouth spray, the top of cavity is provided with stock inlet, upwards increased gradually to the cavity thickness of stock inlet by mouth spray, shunk gradually by mouth spray to the housing width of stock inlet; Described stock inlet is connected with mortar delivery pipe;
Described grid cloth release dressing device comprises and is arranged on the wheel carrier of carriage both sides and is supported on grid cloth on the wheel carrier of both sides wheel, and grid cloth wheel is free to rotate, and grid cloth is wrapped on grid cloth wheel;
Described reinforcement erecting device comprises the reinforcement placement platform and the reinforcement inserting apparatus that are arranged on carriage one side, described reinforcement inserting apparatus comprises the Y-direction track vertical with carriage, Y-direction track extends to the top of reinforcement placement platform, on Y-direction track, be provided with the Y-direction framework can move freely, described Y-direction framework is by the first air cylinder driven; Be provided with the X moving towards along conveyer belt in the both sides of Y-direction framework to track, X is provided with X to mobile platform to track, and X is driven and can be made X on track, move forward and backward at X to mobile platform by the spindle motor of Y-direction framework one side to mobile platform; To the bottom surface of mobile platform, some the second cylinders are installed at X, the cylinder rod of the second cylinder extends to the bottom of Y-direction framework and is provided with electromagnetism adsorbent equipment in the bottom of cylinder rod.
Further, described mortar even distribution device also comprises strickle, and this strickle is positioned at the rear of uniform device, and described strickle is a scraper plate.
Further, also comprise warming plate squeegee roller, described warming plate squeegee roller is supported on carriage across carriage and by the bracing frame at two ends, and described warming plate squeegee roller height is adjustable.
Further, also comprise grid cloth cutting means, described grid cloth cutting means is positioned at the output of carriage, and it comprises the knife rest across carriage, and knife rest is provided with the cut-off knife that can be free to slide.
The beneficial effects of the utility model are: by reinforcement layer being set at the back side of warming plate, because coupling bar and reinforcement layer are fixed, whole template can't outwards move under the pulling force effect of coupling bar, template is among stable state, ensured to build the smooth of thing surface, pouring quality can reach construction reference. This stable type beam column or shear wall are rational in infrastructure, simple for production with heat preservation dismounting-free formwork, and efficiency of construction is high, can be widely used in construction. The production equipment structure providing arranges rationally, and step compactness can effectively improve the production efficiency of template. The special equipment providing, compact conformation, automaticity is high, can effectively enhance productivity.
Brief description of the drawings
The structural representation that accompanying drawing 1 is non-dismantling formwork.
Accompanying drawing 2 is I place enlarged diagram in accompanying drawing 1.
Accompanying drawing 3 is the structural representation of reinforcement layer and coupling bar.
The structure top view that accompanying drawing 4 is this production equipment special.
The structural front view that accompanying drawing 5 is this production equipment special.
The structural representation that accompanying drawing 6 is uniform device.
Detailed description of the invention
Below in conjunction with drawings and Examples, the utility model is described in further detail.
As shown in Figure 1, stable type beam column or shear wall heat preservation dismounting-free formwork, comprise warming plate 1, and the back side of warming plate 1 is provided with cover layer 2.
As shown in Figure 2, cover layer 2 is respectively from inside to outside, the first adhesive mortar layer 21, the first grid layer of cloth 22, reinforcement layer 23, the second grid layer of cloth 24 and the second adhesive mortar layer 25.
As shown in Figure 3, reinforcement layer 23 is latticed, is fixedly connected with bolt 3 on grid node, and shown in 1, coupling bar 3 exceeds warming plate surface 3-8cm through the first grid layer of cloth 22, the first adhesive mortar layer 21 and warming plate 1 and coupling bar end by reference to the accompanying drawings.
When actual fabrication, warming plate thickness is 5cm, the first adhesive mortar layer 21 thickness are 2mm, the first grid layer of cloth 22 thickness 1mm, reinforcement layer 23 thickness 4mm, the second grid layer of cloth 24 thickness 1mm, the second knot screed 25 thickness 4mm, coupling bar 3 length 8-15cm, make coupling bar exceed warming plate surface 3-8cm. Reinforcement layer 23 and coupling bar 3 can adopt plastics or metal material to make.
Below the production equipment special of this non-dismantling formwork is described further.
As shown in accompanying drawing 4 and accompanying drawing 5, the production equipment special of heat preservation dismounting-free formwork for above-mentioned a kind of stable type beam column or shear wall, it comprises warming plate pipeline, described warming plate supply line comprises streamlined carriage 4, be provided with conveyer belt 5 in the inside of carriage, described pipeline is provided with at least one group of mortar even distribution device, at least one group of grid cloth release dressing device and reinforcement erecting device.
As shown in Figure 4, described mortar even distribution device comprises mortar delivery pipe 6 and uniform device 7. The structure of uniform device is shown in shown in accompanying drawing 6, uniform device 7 comprises that one is the cavity 71 of axe-shaped, the bottom of cavity is provided with mouth spray 72, the top of cavity is provided with stock inlet 73, upwards increased gradually to the cavity thickness of stock inlet 73 by mouth spray 72, shunk gradually by mouth spray 72 to the housing width of stock inlet 73. As shown in Figure 4, described stock inlet 72 is connected with mortar delivery pipe 6.
As shown in accompanying drawing 4 and accompanying drawing 5, described grid cloth release dressing device comprises and is arranged on the wheel carrier 8 of carriage both sides and is supported on grid cloth on the wheel carrier of both sides wheel 9, and grid cloth wheel is free to rotate, and grid cloth is wrapped on grid cloth wheel;
As shown in accompanying drawing 4 and accompanying drawing 5, described reinforcement erecting device comprises the reinforcement placement platform 10 and the reinforcement inserting apparatus that are arranged on carriage one side, described reinforcement inserting apparatus comprises the Y-direction track 11 vertical with carriage, Y-direction track extends to the top of reinforcement placement platform 10, on Y-direction track 11, be provided with the Y-direction framework 12 can move freely, described Y-direction framework 12 is by the first air cylinder driven 13, be provided with the X moving towards along conveyer belt in the both sides of Y-direction framework 12 to track 27, X is provided with X to mobile platform 14 to track 27, X is driven and can be made X on track 27, move forward and backward at X to mobile platform 14 by the spindle motor 15 of Y-direction framework one side to mobile platform 14, to the bottom surface of mobile platform, some the second cylinders 16 are installed at X, the cylinder rod of the second cylinder extends to the bottom of Y-direction framework and is provided with electromagnetism adsorbent equipment 17 in the bottom of cylinder rod.
With reference to the accompanying drawings 4 and accompanying drawing 5 shown in, the quantity of uniform device 7 and grid cloth release dressing device can rationally be adjusted according to the mechanism of warming plate cover layer 2, comprises the installation site of uniform device 7 and grid cloth release dressing device. as shown in accompanying drawing 4 and accompanying drawing 5, in the present embodiment, tectal structure is: the first mortar bonding layer, the first grid layer of cloth, reinforcement layer, the second adhesive mortar layer, the second grid layer of cloth, the 3rd adhesive mortar layer, be therefore provided with three mortar uniform devices, two grid cloth release dressing devices in the present embodiment. its concrete course of work is: the reinforcement shown in accompanying drawing 3 is placed on reinforcement placement platform 10, the tip of coupling bar 3 down, starting device, warming plate is delivered on conveyer belt 5 continuously, first step mortar uniform device is at the uniform ground floor adhesive mortar in the surface of warming plate, and reinforcement inserting apparatus carries out pre-preparation action simultaneously. this pre-preparation action is: the first cylinder 13 actions promote Y-direction framework 12 tops to reinforcement placement platform 10, then the second cylinder 16 moves, the cylinder rod of the second cylinder stretches out and utilizes the electromagnetism adsorbent equipment 17 of its bottom that reinforcement is adsorbed, the second cylinder 16 returns, the first cylinder 13 returns, reinforcement is sent to the top of conveyer belt 15 and waits for. after the uniform complete ground floor adhesive mortar of warming plate, warming plate continues to move ahead, now the first grid cloth release dressing device sticks on grid cloth on the surface of the first adhesive mortar, warming plate continues to move ahead, in the time that warming plate moves to the bottom of reinforcement, spindle motor 15 actions promote X and promote forward with the speed of service identical with warming plate to mobile platform 14, the second cylinder 16 moves simultaneously, reinforcement is descending, in the running of warming plate, the coupling bar on reinforcement is inserted to saturating warming plate, then the second cylinder 16 returning quicklies, spindle motor 15 antiports by X to mobile platform 14 returns, reinforcement inserting apparatus carries out next pre-preparation action, the warming plate of installing reinforcement continues to move ahead, the second uniform device is at the uniform second layer adhesive mortar in the surface of reinforcement, the second grid cloth release dressing device sticks second layer grid cloth on the surface of second layer adhesive mortar, with moving ahead of warming plate, the 3rd uniform device is at uniform the 3rd layer of adhesive mortar in the surface of the second grid cloth, so far, the cover layer of warming plate covers complete.
Because warming plate is continuously to deliver on conveyer belt 5, the first grid cloth and the second grid cloth are the surfaces that is continuously applied to adhesive mortar, warming plate is after cover layer covers like this, grid cloth between polylith warming plate links together, and corresponding separator must be set and carry out the separation cuts between warming plate. As shown in accompanying drawing 4 and accompanying drawing 5, this equipment also comprises grid cloth cutting means, and this grid cloth cutting means is positioned at the output of carriage, and it comprises the knife rest 20 across carriage, and knife rest is provided with the cut-off knife 26 that can be free to slide. In the time having covered tectal warming plate at continuous wave output, in the time that the seam crossing of two warming plates arrives grid cloth cutting means position, volume cut-off knife 26 quick actings on grid cloth cutting means, thus the grid cloth connecting between two warming plates is cut off to the separation having realized between two warming plates.
As shown in accompanying drawing 4 and accompanying drawing 5, for ensureing the planarization of adhesive mortar layer, mortar even distribution device also comprises strickle 18, and this strickle is positioned at the rear of uniform device, and described strickle is a scraper plate. When uniform device 7 strikes off operation by strickle 18 to the mortar on warming plate surface after the uniform mortar in the surface of warming plate, ensure the planarization of warming plate surface adhesive mortar layer.
Simultaneously for ensureing the even running of warming plate on conveyer belt, as shown in accompanying drawing 4 and accompanying drawing 5, this equipment also comprises warming plate squeegee roller 19, described warming plate squeegee roller is supported on carriage across carriage and by the bracing frame at two ends, and this warming plate squeegee roller 19 is highly adjustable to adapt to the warming plate of different-thickness.
Claims (5)
1. stable type beam column or shear wall heat preservation dismounting-free formwork, comprise warming plate, it is characterized in that: the back side of described warming plate is provided with cover layer, described cover layer is respectively from inside to outside, the first adhesive mortar layer, the first grid layer of cloth, reinforcement layer, the second grid layer of cloth and the second adhesive mortar layer, described reinforcement layer is latticed; Also comprise coupling bar, the grid node of one end of described coupling bar and reinforcement layer is fixed, and the other end exceeds warming plate surface 3-8cm through this end of the first grid layer of cloth, the first adhesive mortar layer and warming plate and coupling bar.
2. the production equipment special of heat preservation dismounting-free formwork for a stable type beam column claimed in claim 1 or shear wall, it comprises warming plate pipeline, described warming plate supply line comprises streamlined carriage, inside at carriage is provided with conveyer belt, it is characterized in that: described pipeline is provided with at least one group of mortar even distribution device, at least one group of grid cloth release dressing device and reinforcement erecting device;
Described mortar even distribution device comprises mortar delivery pipe and uniform device, described uniform device comprises that one is the cavity of axe-shaped, the bottom of cavity is provided with mouth spray, the top of cavity is provided with stock inlet, upwards increased gradually to the cavity thickness of stock inlet by mouth spray, shunk gradually by mouth spray to the housing width of stock inlet; Described stock inlet is connected with mortar delivery pipe;
Described grid cloth release dressing device comprises and is arranged on the wheel carrier of carriage both sides and is supported on grid cloth on the wheel carrier of both sides wheel, and grid cloth wheel is free to rotate, and grid cloth is wrapped on grid cloth wheel;
Described reinforcement erecting device comprises the reinforcement placement platform and the reinforcement inserting apparatus that are arranged on carriage one side, described reinforcement inserting apparatus comprises the Y-direction track vertical with carriage, Y-direction track extends to the top of reinforcement placement platform, on Y-direction track, be provided with the Y-direction framework can move freely, described Y-direction framework is by the first air cylinder driven; Be provided with the X moving towards along conveyer belt in the both sides of Y-direction framework to track, X is provided with X to mobile platform to track, and X is driven and can be made X on track, move forward and backward at X to mobile platform by the spindle motor of Y-direction framework one side to mobile platform; To the bottom surface of mobile platform, some the second cylinders are installed at X, the cylinder rod of the second cylinder extends to the bottom of Y-direction framework and is provided with electromagnetism adsorbent equipment in the bottom of cylinder rod.
3. the production equipment special of heat preservation dismounting-free formwork for stable type beam column according to claim 2 or shear wall, is characterized in that: described mortar even distribution device also comprises strickle, and this strickle is positioned at the rear of uniform device, and described strickle is a scraper plate.
4. the production equipment special of heat preservation dismounting-free formwork for stable type beam column according to claim 2 or shear wall, it is characterized in that: also comprise warming plate squeegee roller, described warming plate squeegee roller is supported on carriage across carriage and by the bracing frame at two ends, and described warming plate squeegee roller height is adjustable.
5. the production equipment special of heat preservation dismounting-free formwork for stable type beam column according to claim 2 or shear wall, it is characterized in that: also comprise grid cloth cutting means, described grid cloth cutting means is positioned at the output of carriage, it comprises the knife rest across carriage, and knife rest is provided with the cut-off knife that can be free to slide.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521027238.XU CN205259587U (en) | 2015-12-14 | 2015-12-14 | Stable form beam column or shear force be heat preservation -in -place mould for wall and special production facility thereof |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521027238.XU CN205259587U (en) | 2015-12-14 | 2015-12-14 | Stable form beam column or shear force be heat preservation -in -place mould for wall and special production facility thereof |
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| Publication Number | Publication Date |
|---|---|
| CN205259587U true CN205259587U (en) | 2016-05-25 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201521027238.XU Expired - Fee Related CN205259587U (en) | 2015-12-14 | 2015-12-14 | Stable form beam column or shear force be heat preservation -in -place mould for wall and special production facility thereof |
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| Country | Link |
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| CN (1) | CN205259587U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105370030A (en) * | 2015-12-14 | 2016-03-02 | 王庆湖 | Stable-type heat-preservation disassembling-free formwork for beam column or shear wall and special production device thereof |
-
2015
- 2015-12-14 CN CN201521027238.XU patent/CN205259587U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105370030A (en) * | 2015-12-14 | 2016-03-02 | 王庆湖 | Stable-type heat-preservation disassembling-free formwork for beam column or shear wall and special production device thereof |
| CN105370030B (en) * | 2015-12-14 | 2017-06-16 | 王庆湖 | The production equipment special of stable type beam column or shear wall heat preservation dismounting-free formwork |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160525 Termination date: 20161214 |
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| CF01 | Termination of patent right due to non-payment of annual fee |