CN204590585U - A kind of aluminum alloy mould plate - Google Patents
A kind of aluminum alloy mould plate Download PDFInfo
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- CN204590585U CN204590585U CN201520281883.8U CN201520281883U CN204590585U CN 204590585 U CN204590585 U CN 204590585U CN 201520281883 U CN201520281883 U CN 201520281883U CN 204590585 U CN204590585 U CN 204590585U
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Abstract
The utility model provides a kind of aluminum alloy mould plate, comprise several aluminium alloys master modules, aluminium alloys master module comprise master module panel and two be arranged on master module panel two ends and be positioned at the master module side plate of master module panel the same side, one assembly and disassembly element of construction is at least set between adjacent two aluminium alloys master modules, disassembly and assembly structure assembly comprises two and half former templates and a formpiston template be arranged in the middle of two and half former templates, formpiston template and two and half former templates are cooperatively interact adjacent near to arrange and for removably connecting, two and half former templates with adjacent aluminium alloys master module be respectively cooperatively interact near to arrange and for removably connecting, assembly and disassembly is convenient and swift, decrease the active force between template, protect the limit of aluminum alloy mould plate to greatest extent, angle, improve the application life of aluminum alloy mould plate, ensure that the recycling rate of waterused of aluminum alloy mould plate, ensure that concrete quality and integrality, decrease potential safety hazard.
Description
Technical field
The utility model belongs to building form technical field, particularly a kind of aluminum alloy mould plate.
Background technology
In the last few years, China's construction formwork industry obtained develop rapidly, and especially in high-building construction, along with the proportion of cast-in-place concrete structure increases day by day, template has become face in the middle of building engineering construction and measured wide instrument greatly.The template generally used has steel form, wooden form, Bamboo Formwork, plastic formwork etc.Steel form preponderance, dismounting difficulty, and also connection between each template is comparatively numerous and diverse, and quality of fit is poor; Although wooden form is lightweight, its intensity is low, non-watertight, and easily go mouldy rotten, recycling rate of waterused is low, needs to consume timber resources, is unfavorable for the protection of ecological environment and the forest reserves; The shortcoming of Bamboo Formwork is also that recycling rate of waterused is low, and not recyclable; The cost of plastic formwork is lower, but poor rigidity, yielding.
Therefore, aluminum alloy mould plate receives shows great attention to, and aluminum alloy mould plate, as the construction formwork of a new generation, has that dismounting is flexible, rigidity is high, long service life, the advantages such as the wall surface levelling for concreting is bright and clean, also have lightweight, that intensity is high and recovery value is high feature simultaneously.In work progress, the degree of dependence of aluminum alloy mould plate to mechanical device is low, easy to assembly, can completely by manually assembled, and assembled rear overall by mechanical hoisting in flakes, efficiency of construction is high.
But, aluminum alloy mould plate in use, because the active force between modular unit brings very large difficulty to the assembly and disassembly of aluminum alloy mould plate, and the brute force installation and removal due to workman cause the damage of template, the particularly limit of template, Jiao Chu, cause template precision to reduce, thus reduce concrete surface quality, decrease the access times of aluminum alloy mould plate, have a strong impact on the progress of construction, add potential safety hazard.
Utility model content
In order to overcome the shortcoming of the dismounting inconvenience of aluminum alloy mould plate in prior art; the utility model provides a kind of aluminum alloy mould plate; assembly and disassembly is convenient and swift; decrease the active force between template, protect the limit of aluminum alloy mould plate, angle to greatest extent, ensure that the precision of aluminum alloy mould plate; improve the application life of aluminum alloy mould plate; ensure that the recycling rate of waterused of aluminum alloy mould plate, ensure that concrete quality and integrality, decrease potential safety hazard.
The utility model solves the technical scheme that its technical problem adopts: a kind of aluminum alloy mould plate, comprise several aluminium alloys master modules, aluminium alloys master module comprise master module panel and two be arranged on master module panel two ends and be positioned at the master module side plate of master module panel the same side, it is characterized in that, one assembly and disassembly element of construction is at least set between adjacent two aluminium alloys master modules, disassembly and assembly structure assembly comprises two and half former templates and a formpiston template be arranged in the middle of two and half former templates, formpiston template and two and half former templates are cooperatively interact adjacent near to arrange and for removably connecting, two and half former templates with adjacent aluminium alloys master module be respectively cooperatively interact near to arrange and for removably connecting.
Formpiston template is three sides surrounded frame structure, and comprise the formpiston side plate that the formpiston panel that contacts with concrete surface and two are arranged on formpiston panel two ends, two formpiston side plates lay respectively at the same side of formpiston panel;
Half former template is three sides surrounded frame structure, comprise the half former panel that contacts with concrete surface and be arranged on the first half former side plates, the second half former side plates at half former panel two ends, the first half former side plates, the second half former side plates lay respectively at the same side of half former panel;
Two and half former templates are symmetrical arranged about formpiston template, formpiston panel is adjacent near setting with two and half former panels, two formpiston side plates are cooperatively interact adjacent near to arrange and for removably connecting respectively with two the first half former side plates, and two the second half former side plates are cooperatively interact adjacent near to arrange and for removably connecting respectively with aluminium alloys master module side plate.
Two formpiston side plates and two the first half former side plate be the incline structure of the complementation cooperatively interacted, two the second half former side plates are respectively perpendicular to half former panel.
Formpiston panel comprises formpiston panel inner surface and formpiston panel outer surface, formpiston side plate comprises formpiston side wall inner surfaces and formpiston side plate external surface, formpiston panel inner surface and formpiston side wall inner surfaces are vertical setting, and formpiston panel outer surface is that acute angle is arranged to the extension edge in half former template direction and formpiston side plate external surface.
Preferably, formpiston panel outer surface is set to 40 °-80 ° to the extension edge in half former template direction and the acute angle of formpiston side plate external surface.
Half former panel comprises half former panel inner surface and half former panel outer surface, the first half former side plates comprise the first half former side wall inner surfaces and the first half former side plate external surfaces, the second half former side plates comprise the second half former side wall inner surfaces and the second half former side plate external surfaces, half former panel inner surface respectively with the first half former side wall inner surfaces, the second half former side wall inner surfaces are vertical setting, half former panel outer surface is that obtuse angle is arranged to the extension edge in formpiston template direction and the first half former side plate external surfaces, half former panel outer surface is vertical setting with the second half former side plate external surfaces.
Half former panel outer surface is set to 100 °-140 ° to the extension edge in formpiston template direction and the obtuse angle of the first half former side plate external surfaces.
The end face that demountable structure is on the end face that contacts with half former template in formpiston template, half former template contacts with aluminium alloys master module is respectively equipped with connecting hole, and formpiston template and half former template, half former template and aluminium alloys master module link together through connecting hole by connector.
Preferably, connector is the composite member of pin and cone shape wedged plate, pin comprises head and is provided with the bar portion of a strip through-hole, pin passes connecting hole, by formpiston template and half former template, half former template and aluminium alloys master module being fixed together in the strip through-hole in wedged plate insertion pin bar portion.
The beneficial effects of the utility model are; assembly and disassembly is convenient and swift; decrease the active force between template; protect the limit of aluminum alloy mould plate, angle to greatest extent; ensure that the precision of aluminum alloy mould plate, improve the application life of aluminum alloy mould plate, ensure that the recycling rate of waterused of aluminum alloy mould plate; ensure that concrete quality and integrality, decrease potential safety hazard.
Accompanying drawing explanation
Below in conjunction with accompanying drawing, aluminum alloy mould plate described in the utility model is specifically described.
Fig. 1 is the overall structure schematic diagram of a kind of embodiment of the utility model aluminum alloy mould plate;
Fig. 2 is the structural representation of a kind of embodiment of the utility model formpiston template;
Fig. 3 is the structural representation of a kind of embodiment of the utility model half former template;
Fig. 4 is the overall structure schematic diagram of the another kind of embodiment of the utility model aluminum alloy mould plate;
Fig. 5 is the structural representation of the another kind of embodiment of the utility model formpiston template;
Fig. 6 is the structural representation of the another kind of embodiment of the utility model half former template;
Fig. 7 is the structural representation of the utility model connector.
As shown in the figure, aluminium alloys master module 1, master module panel 11, master module side plate 12; Formpiston template 2, formpiston panel 21, formpiston panel inner surface 211, formpiston panel outer surface 212; Formpiston side plate 22, formpiston side wall inner surfaces 221, formpiston side plate external surface 222; Half former template 3, half former panel 31, half former panel inner surface 311, half former panel outer surface 312; The first half former side plates 32, the first half former side wall inner surfaces 321, the first half former side plate external surfaces 322; The second half former side plates 33, the second half former side wall inner surfaces 331, the second half former side plate external surfaces 332; Connector 4; Pin 5, head 51, bar portion 52, strip through-hole 53; Wedged plate 6; Connecting hole 7; Formpiston panel outer surface is α to the acute angle of the extension edge in half former template direction and formpiston side plate external surface; Half former panel outer surface is β to the obtuse angle of the extension edge in formpiston template direction and the first half former side plate external surfaces.
Detailed description of the invention
As shown in Figure 1, aluminum alloy mould plate described in the utility model, comprise several aluminium alloys master modules 1, aluminium alloys master module 1 is a three sides surrounded frame structure, comprise master module panel 11 and two master module side plates 12, master module side plate 12 is arranged on the two ends of master module panel, and master module side plate 12 and master module panel 11 are vertical setting, and two master module side plates 12 are positioned at the same side of master module panel, for removably connecting between two adjacent aluminium alloys master modules.In the present embodiment, aluminium alloys master module 1 is general aluminum alloy mould plate, is removably connected, also can to adopt in prior art other connected mode between two adjacent aluminium alloys master modules by connector 4 composition.
As shown in Figure 1, an assembly and disassembly element of construction is at least set between adjacent two aluminium alloys master modules.As required many assembly and disassembly element of construction can certainly be set between two aluminium alloys master modules; All right, in several aluminium alloys master modules, according to actual needs, be mingled with many assembly and disassembly element of construction, disassembly and assembly structure assembly and aluminium alloys master module being arranged in pairs or groups uses, and assembly and disassembly is more quick and easy, protects the limit of aluminum alloy mould plate, angle to greatest extent.Disassembly and assembly structure assembly comprises two and half former templates 3 and a formpiston template 2, and formpiston template 2 is arranged in the middle of two and half former templates, is namely mingled with a formpiston template 2 between two and half former templates.Formpiston template 2 and two and half former templates 3 are adjacent near setting for what cooperatively interact, and between the two for removably connecting, two and half former templates 3 respectively with adjacent aluminium alloys master module 1 for cooperatively interact near setting, and for removably connecting, whole aluminum alloy mould plate is made to be one piece of neat, unified template like this, avoid between any two pieces of templates and cause occurring gap near setting due to non-, and then make the concrete surface of building uneven, uneven.Removably connect and make between each template, to be convenient to dismounting, can reuse, improve the application life of template.
As shown in Figure 1, 2, 3, formpiston template 2 is a three sides surrounded frame structure, comprise the same side that formpiston side plate 22, two formpiston side plates 22 that the formpiston panel 21 that contacts with concrete surface and two are arranged on formpiston panel two ends lay respectively at formpiston panel.Half former template 3 is a three sides surrounded frame structure, comprise the half former panel 31 that contacts with concrete surface and be arranged on the first half former side plates 32, the second half former side plates 33 at half former panel two ends, the first half former side plates 32, the second half former side plates 33 lay respectively at the same side of half former panel.Two and half former templates 3 are symmetrical arranged about formpiston template 2.Formpiston panel 21 is adjacent near setting with two and half former panels 31, guarantees that the concrete surface of building is complete.Two formpiston side plates 22 are adjacent near setting for what cooperatively interact with two the first half former side plates 32 respectively, make to there is not gap between the two, guarantee the integrality on concrete quality and surface, and for removably connecting, improve the recycling rate of waterused of template.Two the second half former side plates 33 are adjacent near setting for what cooperatively interact with aluminium alloys master module side plate 12 respectively; make to there is not gap between the two; guarantee the integrality on concrete quality and surface, and for removably connecting, improve the recycling rate of waterused of template.Then be arranged in half former template 3 on the left of formpiston template, the first half former side plates 32 are arranged on the right-hand member of half former template, with the formpiston side plate 22 of formpiston template left end near setting, removably connect.Be arranged in half former template 3 on the right side of formpiston template, the first half former side plates 32 are arranged on the left end of half former template, with the formpiston side plate 22 of formpiston template right-hand member near setting, removably connect.
As shown in Figure 1, 2, 3; the incline structure of complementation of two formpiston side plates 22 and two the first half former side plates 32 for cooperatively interacting; namely the end face that two formpiston side plates contact with two the first half former side plates is the inclined-plane with certain angle of inclination of a pair complementation; such aluminum alloy mould plate is when dismounting; due to the setting on inclined-plane; formpiston template or half former template are slided along inclined-plane; convenient disassembly; decrease the active force between template; protect the limit of aluminum alloy mould plate, angle to greatest extent, ensure that the precision of aluminum alloy mould plate.Two the second half former side plates 33 are respectively perpendicular to half former panel 31, because aluminium alloys master module side plate 12 is perpendicular to master module panel 11, two the second half former side plates 33 are connected with adjacent master module side plate respectively, in order to ensure close contact between the two, then two the second half former side plates 33 are respectively perpendicular to half former panel 31.
Aluminium alloys master module panel 11, aluminium alloys master module side plate 12, formpiston panel 21, formpiston side plate 22, half former panel 31, the first half former side plates 32, the second half former side plates 33 all have certain thickness.
As shown in Figure 2, formpiston panel 21 comprises formpiston panel inner surface 211 and formpiston panel outer surface 212, formpiston side plate 22 comprises formpiston side wall inner surfaces 221 and formpiston side plate external surface 222, formpiston panel inner surface 211 and formpiston side wall inner surfaces 221 are vertical setting, formpiston panel outer surface 212 is arranged to the extension edge in half former template direction and formpiston side plate external surface 222 for acute angle, represents in the accompanying drawings with α.In practical operation, extension edge herein not be used in formpiston template to show, only need to reach acute angle to arrange, formpiston side plate external surface is made to form an inclined-plane tilted, then the cross section of formpiston side plate forms a right-angled trapezium, the plane on formpiston side plate top is longer the going to the bottom of length in right-angled trapezium, the plane that formpiston side plate contacts with formpiston panel is the shorter upper base of the length in right-angled trapezium, right angle waist is formpiston side wall inner surfaces 221, oblique waist is formpiston side plate external surface 222, connect upper base and go to the bottom, sloped inwardly gradually to male mould face plate by the top of formpiston side plate.Preferably, sharp angle α is set to 40 °-80 °.
As shown in Figure 3, half former panel 31 comprises half former panel inner surface 311 and half former panel outer surface 312, the first half former side plates 32 comprise the first half former side wall inner surfaces 321 and the first half former side plate external surfaces 322, the second half former side plates 33 comprise the second half former side wall inner surfaces 331 and the second half former side plate external surfaces 332, half former panel inner surface 311 respectively with the first half former side wall inner surfaces 321, the second half former side wall inner surfaces 331 are vertical setting, half former panel outer surface 312 to the extension edge in formpiston template direction and the first half former side plate external surfaces 322 for obtuse angle is arranged, represent with β in the accompanying drawings, half former panel outer surface 312 is vertical setting with the second half former side plate external surfaces 332.In practical operation, extension edge herein not be used in half former template 3 to show, only need to reach obtuse angle to arrange, the first half former side plate external surfaces are made to form an inclined-plane tilted, then the cross section of the first half former side plates forms a right-angled trapezium, the plane on the first half former side plate tops is the shorter upper base of the length in right-angled trapezium, the plane that the first half former side plates contact with the first half former panels is longer the going to the bottom of length in right-angled trapezium, right angle waist is the first half former side wall inner surfaces 321, oblique waist is the first half former side plate external surfaces 322, connect upper base and go to the bottom, outward-dipping gradually to the first half former panels by the top of the first half former side plates.Preferably, obtuse angles beta is set to 100 °-140 °.
Formpiston panel outer surface 212 and two and half former panel outer surfaces 312, and the external surface of aluminium alloys master module panel is all on same straight line, the aluminum alloy mould plate combined so fully contacts with the concrete of building, and concrete formation rear surface is smooth, meets relevant industry standard.
Therefore, as Fig. 1, 2, shown in 3, formpiston panel outer surface 212 to the extension edge in half former template direction and formpiston side plate external surface 222 for acute angle is arranged, half former panel outer surface 312 to the extension edge in formpiston template direction and the first half former side plate external surfaces 322 for obtuse angle is arranged, the then inclined-plane of formpiston side plate external surface formation, the inclined-plane that the first half former side plate external surfaces are formed, two inclined-planes are mutually complementary inclined-plane, namely two formpiston side plate external surfaces 222 slope inwardly to male mould face plate place gradually by the top of formpiston side plate, the first half former side plate external surfaces 322 contacted with two formpiston side plates are outward-dipping inclined-plane with matching, two inclined-planes closely cooperate and make the Contact of two templates seamless, and then guarantee concrete quality and surface complete.When dismantling; formpiston side plate and two the first half removably connecting between former side plate is removed; formpiston template 2 skids off along the inclined-plane of two the first half former side plates; dismantle more convenient; protect the limit of aluminum alloy mould plate, angle to greatest extent; ensure that the precision of aluminum alloy mould plate, improve the application life of aluminum alloy mould plate, ensure that the recycling rate of waterused of aluminum alloy mould plate.
As shown in Figure 4,5, 6, also can be, formpiston panel outer surface 212 to the extension edge in half former template direction and formpiston side plate external surface 222 for obtuse angle is arranged, half former panel outer surface 312 to the extension edge in formpiston template direction and the first half former side plate external surfaces 322 for acute angle is arranged.The inclined-plane that formpiston side plate external surface is formed; the inclined-plane that the first half former side plate external surfaces are formed; two inclined-planes are still mutually complementary inclined-plane; namely two formpiston side plate external surfaces 222 are outward-dipping gradually to male mould face plate place by the top of formpiston side plate; the first half former side plate external surfaces 322 are that the top by the first half former side plates with matching is to half former panel intilted inclined-plane gradually; two inclined-planes closely cooperate and make the Contact of two templates seamless, so guarantee concrete quality and surface complete.When dismantling, by half former template 3 respectively and aluminium alloys master module 1, removably connecting between formpiston template 2 remove, the first half former side plates 32 skid off along the inclined-plane of formpiston side plate, and convenient disassembly is quick.But, more preferably, formpiston panel outer surface 212 to the extension edge in half former template direction and formpiston side plate external surface 222 for acute angle is arranged, half former panel outer surface 312 to the extension edge in formpiston template direction and the first half former side plate external surfaces 322 for obtuse angle is arranged, in this case, two formpiston side plates 22 of formpiston template all slide along the inclined-plane of the first half former side plates, more easily and formpiston template 2 disassembled faster.
As shown in Fig. 1,7, wherein, the end face that dismountable structure is on the end face that contacts with half former template in formpiston template, half former template contacts with aluminium alloys master module is respectively equipped with connecting hole 7, and formpiston template 2 and half former template 3, half former template 3 and aluminium alloys master module 1 link together through connecting hole 7 by connector 4.
As shown in Figure 7, in the present embodiment, connector 4 is the composite member of pin 5 and cone shape wedged plate 6, pin 5 comprises head 51 and is provided with the bar portion 52 of a strip through-hole, and pin 5 to be inserted by wedged plate 6 in the strip through-hole 53 in pin bar portion through connecting hole 7 and formpiston template 2 and half former template 3, half former template 3 and aluminium alloys master module 1 is fixed together.That is, the end face that formpiston side plate contacts with the first half former side plates arranges connecting hole 7 respectively, the end face that the second half former side plates contact with aluminium alloys master module side plate arranges connecting hole 7 respectively, and pin 5 to be inserted by wedged plate 6 in the strip through-hole 53 in pin bar portion through connecting hole 7 and formpiston side plate 22 and the first half former side plates 32, the second half former side plates 33 and aluminium alloys master module side plate 12 is fixed together.
The structure of connector 4 also can be the composite member of bolts and nuts, also can be other dismountable structure in prior art.
As shown in Figure 1, during assembling, aluminium alloys master module side plate 12 and the second half former side plates 33 are linked together by connector 4, the inclined-plane of formpiston template 2 the first half former side plates along both sides slips into, together with two and half former form assemblies, by connector 4 by formpiston side plate 22 and two the first half former side plate 32 be fixed together, thus complete assembling process.During dismounting, dismantled by the connector 4 of formpiston side plate and two the first half between former side plate, the inclined-plane of formpiston template 2 the first half former side plates along both sides skids off, and formpiston template 2 is disassembled, and then dismounting two and half former templates 3, then dismantle aluminium alloys master module 1 successively.
Aluminum alloy mould plate of the present utility model, one assembly and disassembly element of construction is at least set between adjacent two aluminium alloys master modules, the incline structure of complementation of two formpiston side plates 22 and two the first half former side plates 32 for cooperatively interacting in disassembly and assembly structure assembly, then formpiston side plate external surface 222 and two the first half constitute complementary inclined-plane between former side plate external surface 322, two the second half former side plates 33 are perpendicular to half former panel 31, make to slide along inclined-plane during aluminum alloy mould plate assembly and disassembly, convenient and swift, decrease the active force between template, protect the limit of aluminum alloy mould plate to greatest extent, angle, ensure that the precision of aluminum alloy mould plate, improve the application life of aluminum alloy mould plate, ensure that the recycling rate of waterused of aluminum alloy mould plate, ensure that concrete quality and integrality, ensure construction speed, decrease potential safety hazard.
The above is only preferred embodiment of the present utility model, not any pro forma restriction is done to the utility model, although the utility model discloses as above with preferred embodiment, but and be not used to limit the utility model, any technician being familiar with this patent is not departing within the scope of technical solutions of the utility model, make a little change when the technology contents of above-mentioned prompting can be utilized or be modified to the Equivalent embodiments of equivalent variations, in every case be the content not departing from technical solutions of the utility model, according to any simple modification that technical spirit of the present utility model is done above embodiment, equivalent variations and modification, all still belong in the scope of the utility model scheme.
Claims (9)
1. an aluminum alloy mould plate, comprise several aluminium alloys master modules (1), described aluminium alloys master module (1) comprise master module panel (11) and two be arranged on master module panel two ends and be positioned at the master module side plate (12) of master module panel the same side, it is characterized in that, one assembly and disassembly element of construction is at least set between adjacent two aluminium alloys master modules, described disassembly and assembly structure assembly comprises two and half former templates (3) and a formpiston template (2) be arranged in the middle of two and half former templates, described formpiston template (2) and two and half former templates (3) are adjacent near to arrange and for removably connecting for what cooperatively interact, described two and half former templates (3) respectively with adjacent aluminium alloys master module (1) for cooperatively interact near to arrange and for removably connecting.
2. a kind of aluminum alloy mould plate according to claim 1, it is characterized in that, described formpiston template (2) is three sides surrounded frame structure, comprise the formpiston side plate (22) that the formpiston panel (21) that contacts with concrete surface and two are arranged on formpiston panel two ends, described two formpiston side plates (22) lay respectively at the same side of formpiston panel;
Described half former template (3) is three sides surrounded frame structure, comprise the half former panel (31) that contacts with concrete surface and be arranged on the first half former side plates (32), the second half former side plates (33) at half former panel two ends, described the first half former side plates (32), the second half former side plates (33) lay respectively at the same side of half former panel;
Described two and half former templates (3) are symmetrical arranged about formpiston template (2), described formpiston panel (21) is adjacent near setting with two and half former panels (31), described two formpiston side plates (22) are adjacent near to arrange and for removably connecting for what cooperatively interact with two the first half former side plates (32) respectively, and described two the second half former side plates (33) are adjacent near to arrange and for removably connecting for what cooperatively interact with aluminium alloys master module side plate (12) respectively.
3. a kind of aluminum alloy mould plate according to claim 2, it is characterized in that, described two formpiston side plates (22) and two the first half former side plates (32) incline structure of complementation for cooperatively interacting, described two the second half former side plates (32) are respectively perpendicular to half former panel (31).
4. a kind of aluminum alloy mould plate according to Claims 2 or 3, it is characterized in that, described formpiston panel (21) comprises formpiston panel inner surface (211) and formpiston panel outer surface (212), described formpiston side plate (22) comprises formpiston side wall inner surfaces (221) and formpiston side plate external surface (222), described formpiston panel inner surface (211) and formpiston side wall inner surfaces (221) are vertical setting, described formpiston panel outer surface (212) to the extension edge in half former template direction and formpiston side plate external surface (222) for acute angle is arranged.
5. a kind of aluminum alloy mould plate according to claim 4, is characterized in that, described formpiston panel outer surface (212) is set to 40 °-80 ° to the extension edge in half former template direction and the acute angle of formpiston side plate external surface (222).
6. a kind of aluminum alloy mould plate according to Claims 2 or 3, it is characterized in that, described half former panel (31) comprises half former panel inner surface (311) and half former panel outer surface (312), described the first half former side plates (32) comprise the first half former side wall inner surfaces (321) and the first half former side plate external surfaces (322), described the second half former side plates (33) comprise the second half former side wall inner surfaces (331) and the second half former side plate external surfaces (332), described half former panel inner surface (311) respectively with the first half former side wall inner surfaces (321), the second half former side wall inner surfaces (331) are vertical setting, described half former panel outer surface (312) to the extension edge in formpiston template direction and the first half former side plate external surfaces (322) for obtuse angle is arranged, described half former panel outer surface (312) is vertical setting with the second half former side plate external surfaces (332).
7. a kind of aluminum alloy mould plate according to claim 6, it is characterized in that, described half former panel outer surface (312) is set to 100 °-140 ° to the extension edge in formpiston template direction and the obtuse angle of the first half former side plate external surfaces (322).
8. a kind of aluminum alloy mould plate according to claim 1, it is characterized in that, the end face that described demountable structure is on the end face that contacts with half former template in formpiston template, half former template contacts with aluminium alloys master module is respectively equipped with connecting hole (7), and formpiston template (2) and half former template (3), half former template (3) link together with aluminium alloys master module (1) through connecting hole (7) by connector (4).
9. a kind of aluminum alloy mould plate according to claim 8, it is characterized in that, the composite member that described connector (4) is pin (5) and cone shape wedged plate (6), described pin (5) comprises head (51) and is provided with the bar portion (52) of a strip through-hole, formpiston template (2) and half former template (3), half former template (3), through connecting hole (7), are fixed together with aluminium alloys master module (1) by the strip through-hole (53) in wedged plate (6) insertion pin bar portion is interior by described pin (5).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520281883.8U CN204590585U (en) | 2015-05-05 | 2015-05-05 | A kind of aluminum alloy mould plate |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201520281883.8U CN204590585U (en) | 2015-05-05 | 2015-05-05 | A kind of aluminum alloy mould plate |
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| CN204590585U true CN204590585U (en) | 2015-08-26 |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107542034A (en) * | 2017-10-08 | 2018-01-05 | 中铁五局集团第二工程有限责任公司 | The groove formula Railway Bridges And Piers template can quickly splice, dismantled |
| CN108756215A (en) * | 2018-07-28 | 2018-11-06 | 上海宝冶集团有限公司 | Enable aluminum alloy to the readily removable processing method of template |
| CN112482752A (en) * | 2020-11-03 | 2021-03-12 | 金章明 | Aluminum alloy template mosaic structure |
| CN115492375A (en) * | 2022-09-21 | 2022-12-20 | 中国一冶集团有限公司 | Vibratile polygonal aluminum formwork for cast-in-situ open-web grid and construction method |
-
2015
- 2015-05-05 CN CN201520281883.8U patent/CN204590585U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107542034A (en) * | 2017-10-08 | 2018-01-05 | 中铁五局集团第二工程有限责任公司 | The groove formula Railway Bridges And Piers template can quickly splice, dismantled |
| CN108756215A (en) * | 2018-07-28 | 2018-11-06 | 上海宝冶集团有限公司 | Enable aluminum alloy to the readily removable processing method of template |
| CN112482752A (en) * | 2020-11-03 | 2021-03-12 | 金章明 | Aluminum alloy template mosaic structure |
| CN115492375A (en) * | 2022-09-21 | 2022-12-20 | 中国一冶集团有限公司 | Vibratile polygonal aluminum formwork for cast-in-situ open-web grid and construction method |
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Granted publication date: 20150826 Termination date: 20170505 |