CN208310184U - Inside wall formwork component with corner - Google Patents
Inside wall formwork component with corner Download PDFInfo
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- CN208310184U CN208310184U CN201820598064.XU CN201820598064U CN208310184U CN 208310184 U CN208310184 U CN 208310184U CN 201820598064 U CN201820598064 U CN 201820598064U CN 208310184 U CN208310184 U CN 208310184U
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Abstract
The utility model discloses the inside wall formwork components with corner, solve the prior art when using pouring template concrete wall, the technical issues of being easy to produce burr at the corner of wall, influence the build guality in wall corner；Its key points of the technical solution are that: the inner corner trim mold includes the first internal corner formwork, the second internal corner formwork, the first inner corner trim side plate and the second inner corner trim side plate, first internal corner formwork and the second internal corner formwork are mutually permanently connected along the side of respective length direction and form the angle β greater than 0 ° and less than 180 °, the first inner corner trim side plate is detachably connected with the first inner wall surface side plate on the outermost side by connector, and the second inner corner trim side plate is detachably connected with the second inner wall surface side plate on the outermost side by connector；Having reached, which makes to build lines of the wall with corner come at inner corner trim, does not allow to be also easy to produce burr, it is ensured that the beneficial effect of the build guality at wall internal corner.
Description
Technical field
The utility model relates to building template technical fields, more specifically, it relates to a kind of interior wall mould with corner
Board group part.
Background technique
Present many walls be by wall form system concrete perfusion formed, wall form system is main
Including outer wall template component and inside wall formwork component, outer wall template component is used to form the wall face of wall, inside wall formwork component
It is used to form the inner wall surface of wall.When being poured angled wall, then also need using external angle formwork and internal corner formwork, external corner
Refer to that the outwardly convex formed between the adjacent wall face of wall is greater than 180 ° of angle, inner corner trim refers to the adjacent interior wall of wall
The angle being recessed inwardly less than 180 ° formed between face, the effect of external angle formwork are two exterior wall face die plates of connection and form wall
External corner, the effect of internal corner formwork is to connect two interior wall face die plates and form the inner corner trim of wall.
Chinese utility model patent, Authorization Notice No. CN206503365U, discloses a kind of shear wall and filling wall is handed over
Place's aluminum alloy pattern plate erecting device is connect, the main points of its technical scheme are that: including aluminum dipping form plate unit, gusset, lines, aluminum alloy pattern plate, bolt, spiral shell
Cap and screw hole, the surface of the aluminum dipping form plate unit are equipped with lines, and screw hole, the lines are equipped on aluminum dipping form plate unit
It is connected by bolt with aluminum dipping form plate unit, the bolt passes through screw hole and is connected with nut, the top of the aluminum dipping form plate unit
Gusset is installed, the gusset two sides are equipped with aluminum alloy pattern plate, and the aluminum alloy pattern plate is fixed on the top of aluminum dipping form plate unit.
In above-mentioned technical proposal, the two sides of gusset pass through aluminum alloy pattern plate respectively and are fixedly connected with two aluminum dipping form plate units, due to
The side of aluminum dipping form plate unit and the side of gusset form gap between aluminum alloy pattern plate respectively, make to be poured the wall after concrete formation
Lines at angle are easy to produce burr, and worker is easily destroyed at corner when being removed the burr at Line of corner using tool
Lines, to influence the build guality in corner.
Utility model content
In view of the deficienciess of the prior art, the purpose of this utility model is to provide a kind of inside wall formworks with corner
Component is not allowed to be also easy to produce burr, it is ensured that wall is negative with making to build lines of the wall with corner come at inner corner trim
The advantages of build guality at angle.
To achieve the above object, the utility model provides following technical solution: a kind of inside wall formwork group with corner
Part, including multiple the first inner wall surface molds detachably spliced in the horizontal direction, multiple detachably spliced in the horizontal direction
Two inner wall surface molds and an inner corner trim mold；The first inner wall surface mold is fixed including the first interior wall face die plate and respectively to be connected
The first inner wall surface side plate at left and right sides of the first interior wall face die plate is connect, the first inner wall surface side plate of adjacent two is logical
Connector is crossed to be detachably connected；The second inner wall surface mold includes the second interior wall face die plate and is respectively fixedly connected with described the
The second inner wall surface side plate at left and right sides of two interior wall face die plates, the second inner wall surface side plate of adjacent two blocks can by connector
Dismantling connection；The inner corner trim mold includes the first internal corner formwork, the second internal corner formwork, the first inner corner trim side plate and the second inner corner trim side
Plate, first internal corner formwork and the second internal corner formwork are mutually permanently connected and are formed along the side of respective length direction and be greater than
0 ° and the angle β less than 180 °；First inner wall surface template splicing described in first internal corner formwork and muti-piece is used for shape at one
At the plane of inner wall surface, the second inner wall surface template splicing described in second internal corner formwork and muti-piece is used to form interior at another
The plane of metope, the first inner corner trim side plate are detachably connected with the first inner wall surface side plate on the outermost side by connector
It connects, the second inner corner trim side plate is detachably connected with the second inner wall surface side plate on the outermost side by connector.
By adopting the above technical scheme, inner corner trim mold is formed between the first inner wall surface mold and the second inner wall surface mold respectively
Gap be transferred to by the inner corner trim of wall to be formed at the inner wall surface of wall to be formed, be mutually permanently connected and form angle β
The first internal corner formwork and the second internal corner formwork protection is formd to the lines at the inner corner trim of wall to be formed, make to build and
Lines of the wall with corner at inner corner trim are not allowed to be also easy to produce burr, it is ensured that the build guality at wall internal corner.Meanwhile by
The burr generated due to gap is struck off in tool more convenient to use on the metope in wall, and compared in wall internal corner
The lines at place strike off the burr generated due to gap, and the burr generated due to gap is struck off on the metope of wall more not
It is easy to cause the scratch of wall.
The utility model is further arranged, and is fixedly connected with inner corner trim between the first inner corner trim side plate and the second inner corner trim side plate
Stiffening plate, the inner corner trim stiffening plate are fixedly connected with the first internal corner formwork and the second internal corner formwork respectively.
By adopting the above technical scheme, the setting of inner corner trim stiffening plate increases the structural strength of the first inner wall surface mold, avoids
Quick-fried mould occurs during coagulation forming for concrete.
The utility model is further arranged, and the inner corner trim stiffening plate is provided with muti-piece, the difference of inner corner trim stiffening plate described in muti-piece
It is parallel to horizontal plane setting, inner corner trim stiffening plate described in muti-piece is uniformly distributed along the length direction of the first internal corner formwork.
By adopting the above technical scheme, make inner corner trim mold being more uniformly stressed on the whole, further increase inner corner trim mold
Explosion-proof performance；And the first inner corner trim side plate and the second inner corner trim side plate is made to be not likely to produce deformation in the horizontal direction, it is ensured that yin
The angle mold bonding strength between the first inner wall surface mold and the second inner wall surface mold respectively.
The utility model is further arranged, and the first inner wall surface mold further includes being fixedly connected in two pieces described first
The first inner wall surface stiffening plate between metope side plate, the first inner wall surface stiffening plate are fixedly connected with the first interior wall face die plate.
By adopting the above technical scheme, the setting of the first inner wall surface stiffening plate increases the structural strength of the first inner wall surface mold,
Avoid concrete that quick-fried mould occurs during coagulation forming.
The utility model is further arranged, and the first inner wall surface stiffening plate is provided with muti-piece, the first interior wall described in muti-piece
Face stiffening plate is respectively parallel to horizontal plane setting, and the first inner wall surface stiffening plate described in muti-piece is along the length side of the first interior wall face die plate
To being uniformly distributed.
By adopting the above technical scheme, the first inner wall surface mold being more uniformly stressed on the whole can be made, further mentioned
The explosion-proof performance of high first inner wall surface mold, and the first inner wall surface side plate is made to be not likely to produce deformation in the horizontal direction, really
Protect the bonding strength between multiple first inner wall surface molds.
The utility model is further arranged, and the second inner wall surface mold further includes being fixedly connected in two pieces described second
The second inner wall surface stiffening plate between metope side plate, the second inner wall surface stiffening plate are fixedly connected with the second interior wall face die plate.
By adopting the above technical scheme, the setting of the second inner wall surface stiffening plate increases the structural strength of the second inner wall surface mold,
Avoid concrete that quick-fried mould occurs during coagulation forming.
The utility model is further arranged, and the second inner wall surface stiffening plate is provided with muti-piece, the second interior wall described in muti-piece
Face stiffening plate is respectively parallel to horizontal plane setting, and the second inner wall surface stiffening plate described in muti-piece is along the length side of the second interior wall face die plate
To being uniformly distributed.
By adopting the above technical scheme, the second inner wall surface mold being more uniformly stressed on the whole can be made, further mentioned
The explosion-proof performance of high second inner wall surface mold, and the second inner wall surface side plate is made to be not likely to produce deformation in the horizontal direction, really
Protect the bonding strength between multiple first inner wall surface molds.
The utility model is further arranged, and the connector is set as bolt or bolt.
By adopting the above technical scheme, by between every two adjacent the first inner wall surface side plates, the per adjacent two
Between two inner wall surface side plates, between the first inner corner trim side plate and the first inner wall surface side plate on the outermost side and the second inner corner trim side plate
Bolt or bolt are installed between the second inner wall surface side plate on the outermost side, it can be achieved that inside wall formwork component it is quick assemble and
Disassembly, is conducive to repeatedly using for inside wall formwork component.
In conclusion the utility model mainly has the advantages that first, inner corner trim mold is to the line at wall internal corner
Item forms preferable protection, makes lines of the wall with corner built at inner corner trim not allow to be also easy to produce burr, really
The build guality at wall internal corner is protected；Second, inside wall formwork component structural strength with higher, in the mistake of concrete formation
Quick-fried mould is not susceptible in journey；Third, the assembly and disassembly of inside wall formwork component are efficient and convenient, it is able to carry out reuse.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model embodiment；
Fig. 2 is the knot of the first wall face mold, the second wall face mold and external corner mold in the utility model embodiment
Structure schematic diagram；
Fig. 3 is the knot of the first inner wall surface mold, the second inner wall surface mold and inner corner trim mold in the utility model embodiment
Structure schematic diagram.
Appended drawing reference: 1, the first wall face mold；11, the first exterior wall face die plate；12, the first wall face side plate；13, first
Wall face stiffening plate；2, the second wall face mold；21, the second exterior wall face die plate；22, the second wall face side plate；23, the second exterior wall
Face stiffening plate；3, external corner mold；31, the first external angle formwork；32, the second external angle formwork；33, the first external corner side plate；34, the second sun
Angle side plate；35, external corner stiffening plate；4, the first inner wall surface mold；41, the first interior wall face die plate；42, the first inner wall surface side plate；43,
First inner wall surface stiffening plate；5, the second inner wall surface mold；51, the second interior wall face die plate；52, the second inner wall surface side plate；53, second
Inner wall surface stiffening plate；6, inner corner trim mold；61, the first internal corner formwork；62, the second internal corner formwork；63, the first inner corner trim side plate；64,
Two inner corner trim side plates；65, inner corner trim stiffening plate.
Specific embodiment
It elaborates with reference to the accompanying drawing to the technical solution of the utility model.
A kind of wall form system with corner, as shown in Figure 1, include outer wall template component arranged in parallel and
Inside wall formwork component, wherein outer wall template component include multiple the first wall face molds 1 detachably spliced in the horizontal direction,
Multiple the second wall face molds 2 and an external corner mold 3 detachably spliced in the horizontal direction, inside wall formwork component include more
A the first inner wall surface mold 4 detachably spliced in the horizontal direction, multiple the second inner wall surfaces detachably spliced in the horizontal direction
Mold 5 and an inner corner trim mold 6.
As depicted in figs. 1 and 2, the first wall face mold 1 is provided with the first exterior wall face die plate 11, the second wall face mold 2
It is provided with the second exterior wall face die plate 21, external corner mold 3 includes the first external angle formwork 31 and the second external angle formwork 32, the first external corner mould
Plate 31 and the second external angle formwork 32 are mutually permanently connected along the side of respective length direction, and are formed and be greater than 0 ° and less than 180 °
Angle α；Detachably be spliced into one is used to form wall face to first external angle formwork 31 with the first exterior wall of muti-piece face die plate 11
Plane, the second external angle formwork 32 are detachably spliced into another with the second exterior wall of muti-piece face die plate 21 and are used to form the flat of wall face
Face.
Compared with the prior art in background technique, the present embodiment by external corner mold 3 respectively with the first wall face mold 1 and
The gap formed between second wall face mold 2 is transferred at the wall face of wall to be formed by the external corner of wall to be formed,
Be mutually permanently connected and formed angle α the first external angle formwork 31 and the second external angle formwork 32 to the external corner of wall to be formed at
Lines form protection, it is ensured that the aesthetics at wall external corner.Simultaneously as the work more convenient to use on the metope of wall
Tool strikes off the burr generated due to gap, and strikes off the hair generated due to gap compared to the lines at wall external corner
Thorn, the burr generated due to gap is struck off on the metope of wall and does not allow more to easily cause the scratch of wall.
As shown in figures 1 and 3, the first inner wall surface mold 4 is provided with the first interior wall face die plate 41, the second inner wall surface mold 5
It is provided with the second interior wall face die plate 51, inner corner trim mold 6 includes the first internal corner formwork 61 and the second internal corner formwork 62, the first inner corner trim mould
Plate 61 and the second internal corner formwork 62 are mutually permanently connected along the side of respective length direction, and are formed and be greater than 0 ° and less than 180 °
Angle β；Detachably be spliced into one is used to form inner wall surface to first internal corner formwork 61 with the first interior wall of muti-piece face die plate 41
Plane, the second internal corner formwork 62 are detachably spliced into another with the second interior wall of muti-piece face die plate 51 and are used to form the flat of inner wall surface
Face.
Similarly, the gap that inner corner trim mold 6 is formed between the first inner wall surface mold 4 and the second inner wall surface mold 5 respectively by
It is transferred at the inner corner trim of wall to be formed at the inner wall surface of wall to be formed, is mutually permanently connected and is formed the first yin of angle β
Angle formwork 61 and the second internal corner formwork 62 form protection to the lines at the inner corner trim of wall to be formed, it is ensured that at wall internal corner
Aesthetics.Simultaneously as tool more convenient to use strikes off the burr generated due to gap on the metope of wall, and
Strike off the burr generated due to gap compared to the lines at wall internal corner, strike off on the metope of wall due to gap and
The burr of generation is not allowed more to easily cause the scratch of wall.
Therefore, by the present embodiment outer wall template component and inside wall formwork component combine use, to wall external corner
The lines at place and the lines at inner corner trim all form preferable protection, so that building the wall with corner come at external corner
Lines and the lines at inner corner trim all do not allow to be also easy to produce burr, improve the build guality in wall corner.
Fig. 1 and Fig. 2 are reviewed, in the present embodiment, the first wall face mold 1, which is additionally provided with, to be respectively fixedly connected with outside first
First wall face side plate 12 of 11 left and right sides of metope template, can by connector per two adjacent the first wall face side plates 12
Dismantling connection；Second wall face mold 2, which is additionally provided with, to be respectively fixedly connected with the second of 21 left and right sides of the second exterior wall face die plate
Wall face side plate 22, two piece of second adjacent wall face side plate 22 are detachably connected by connector.Per adjacent two first
Wall face side plate 12 is detachably installed by connector, realizes the detachable splicing between multiple first wall face molds 1, and
The gap between per two adjacent the first wall face molds 1 can be reduced, and then reduced after wall pouring forms on wall face
Burr, further increase the build guality of wall；It similarly, can by connector per two adjacent the second wall face side plates 22
Disassembly installation, realizes the detachable splicing between multiple second wall face molds 2, and can reduce per adjacent two second
Gap between wall face mold 2, and then the burr after wall pouring forms on another wall face is reduced, further increase wall
The build guality of body.
In addition, the first wall face mold 1 further includes outside first be fixedly connected between two piece of first wall face side plate 12
Metope stiffening plate 13, the first wall face stiffening plate 13 are fixedly connected with the first exterior wall face die plate 11, to increase by the first exterior wall face mould
The structural strength of tool 1, avoids concrete that quick-fried mould occurs during coagulation forming；First wall face stiffening plate 13 can be along
The length direction of one exterior wall face die plate 11 is uniformly arranged muti-piece, makes the first wall face mold 1 being more uniformly stressed on the whole,
Further increase the explosion-proof performance of the first wall face mold 1；The first wall face of muti-piece stiffening plate 13 can also be parallel to horizontal plane
Setting, so that the first wall face side plate 12 is not likely to produce deformation in the horizontal direction, it is ensured that between multiple first wall face molds 1
Bonding strength.
Similarly, the second wall face mold 2 also may include be fixedly connected between two piece of second wall face side plate 22
Two wall face stiffening plates 23, the second wall face stiffening plate 23 are fixedly connected with the second exterior wall face die plate 21, to increase by the second exterior wall
The structural strength of face mould tool 2, avoids concrete that quick-fried mould occurs during coagulation forming；Second wall face stiffening plate 23 can be with
Length direction along the first exterior wall face die plate 11 is uniformly arranged muti-piece, makes the stress of the second wall face mold 2 on the whole more
Uniformly, the explosion-proof performance of the second wall face mold 2 is further increased；The second wall face of muti-piece stiffening plate 23 can also be parallel to water
Plane setting, so that the second wall face side plate 22 is not likely to produce deformation in the horizontal direction, it is ensured that multiple second wall face molds 2
Between bonding strength.
In the present embodiment, external corner mold 3 is additionally provided with the first external corner side plate 33 and the second external corner side plate 34, the first external corner
The side of side plate 33 along its length is fixedly connected with the first external angle formwork 31 far from the side of the second external angle formwork 32, and second
The side of external corner side plate 34 along its length is fixedly connected with the second external angle formwork 32 far from the side of the first external angle formwork 31.
First external corner side plate 33 is detachably connected with the first wall face side plate 12 on the outermost side by connector, and then realizes first
The detachable splicing of external angle formwork 31 and the first exterior wall of muti-piece face die plate 11；Second external corner side plate 34 and on the outermost side second
Wall face side plate 22 is detachably connected by connector, and then realizes the second external angle formwork 32 and the second exterior wall of muti-piece face die plate 21
Detachable splicing.External corner mold 3 is removably mounted at multiple first by the first external corner side plate 33 and the second external corner side plate 34
Between wall face mold 1 and multiple second wall face molds 2, and can reduce external corner mold 3 respectively with the first exterior wall face mould
Gap between tool 1 and the second wall face mold 2, and then the burr at wall pouring molding back wall external corner on metope is reduced,
Further increase the build guality of wall.
In addition, being fixedly connected with external corner stiffening plate 35, external corner between the first external corner side plate 33 and the second external corner side plate 34
Stiffening plate 35 is fixedly connected with the first external angle formwork 31 and the second external angle formwork 32 respectively, strong with the structure for increasing external corner mold 3
Degree, avoids concrete that quick-fried mould occurs during coagulation forming；External corner stiffening plate 35 can be along the length of the first external angle formwork 31
Degree direction is uniformly arranged muti-piece, makes being more uniformly stressed on the whole of external corner mold 3, further increases the anti-of external corner mold 3
Quick-fried performance；Muti-piece external corner stiffening plate 35 can also be parallel to horizontal plane setting, so that the first external corner side plate 33 and the second external corner side
Plate 34 is not likely to produce deformation in the horizontal direction, it is ensured that external corner mold 3 respectively with the first wall face mold 1 and the second exterior wall face mould
Bonding strength between tool 2.
As shown in figures 1 and 3, in the present embodiment, the first inner wall surface mold 4, which is additionally provided with, is respectively fixedly connected with first
First inner wall surface side plate 42 of 41 left and right sides of interior wall face die plate, passes through connector per two adjacent the first inner wall surface side plates 42
It is detachably connected；Second inner wall surface mold 5, which is additionally provided with, to be respectively fixedly connected with the of the left and right sides of the second interior wall face die plate 51
Two inner wall surface side plates 52 are detachably connected per two piece of second adjacent inner wall surface side plate 52 by connector.Per adjacent two
First inner wall surface side plate 42 is detachably installed by connector, realizes the detachable splicing between multiple first inner wall surface molds 4,
And the gap between per two adjacent the first inner wall surface molds 4 can be reduced, and then reduce interior wall after wall pouring molding
Burr on face further increases the build guality of wall；Similarly, pass through connection per two adjacent the second inner wall surface side plates 52
Part is detachably installed, and realizes the detachable splicing between multiple second inner wall surface molds 5, and can be reduced per adjacent two
Gap between second inner wall surface mold 5, and then the burr after wall pouring forms in another inner wall surface is reduced, further mention
The build guality of high wall.
In addition, the first inner wall surface mold 4 further includes in first be fixedly connected between two piece of first inner wall surface side plate 42
Metope stiffening plate 43, the first inner wall surface stiffening plate 43 are fixedly connected with the first interior wall face die plate 41, to increase by the first interior wall face mould
The structural strength of tool 4, avoids concrete that quick-fried mould occurs during coagulation forming；First inner wall surface stiffening plate 43 can be along
The length direction of one interior wall face die plate 41 is uniformly arranged muti-piece, makes the first inner wall surface mold 4 being more uniformly stressed on the whole,
Further increase the explosion-proof performance of the first inner wall surface mold 4；The first inner wall surface of muti-piece stiffening plate 43 can also be parallel to horizontal plane
Setting, so that the first inner wall surface side plate 42 is not likely to produce deformation in the horizontal direction, it is ensured that between multiple first inner wall surface molds 4
Bonding strength.
Similarly, the second inner wall surface mold 5 also may include be fixedly connected between two piece of second inner wall surface side plate 52
Two inner wall surface stiffening plates 53, the second inner wall surface stiffening plate 53 are fixedly connected with the second interior wall face die plate 51, to increase by the second interior wall
The structural strength of face mould tool 5, avoids concrete that quick-fried mould occurs during coagulation forming；Second inner wall surface stiffening plate 53 can be with
Length direction along the first interior wall face die plate 41 is uniformly arranged muti-piece, makes the stress of the second inner wall surface mold 5 on the whole more
Uniformly, the explosion-proof performance of the second inner wall surface mold 5 is further increased；The second inner wall surface of muti-piece stiffening plate 53 can also be parallel to water
Plane setting, so that the second inner wall surface side plate 52 is not likely to produce deformation in the horizontal direction, it is ensured that multiple second inner wall surface molds 5
Between bonding strength.
In the present embodiment, inner corner trim mold 6 is additionally provided with the first inner corner trim side plate 63 and the second inner corner trim side plate 64, the first inner corner trim
The side of side plate 63 along its length is fixedly connected with the first internal corner formwork 61 far from the side of the second internal corner formwork 62, and second
The side of inner corner trim side plate 64 along its length is fixedly connected with the second internal corner formwork 62 far from the side of the first internal corner formwork 61.
First inner corner trim side plate 63 is detachably connected with the first inner wall surface side plate 42 on the outermost side by connector, and then realizes first
The detachable splicing of internal corner formwork 61 and the first interior wall of muti-piece face die plate 41；Second inner corner trim side plate 64 and on the outermost side second
Inner wall surface side plate 52 is detachably connected by connector, and then realizes the second internal corner formwork 62 and the second interior wall of muti-piece face die plate 51
Detachable splicing.Inner corner trim mold 6 is removably mounted at multiple first by the first inner corner trim side plate 63 and the second inner corner trim side plate 64
Between inner wall surface mold 4 and multiple second inner wall surface molds 5, and can reduce inner corner trim mold 6 respectively with the first interior wall face mould
Gap between tool 4 and the second inner wall surface mold 5, and then the burr at wall pouring molding back wall inner corner trim on metope is reduced,
Further increase the build guality of wall.
In addition, being fixedly connected with inner corner trim stiffening plate 65, inner corner trim between the first inner corner trim side plate 63 and the second inner corner trim side plate 64
Stiffening plate 65 is fixedly connected with the first internal corner formwork 61 and the second internal corner formwork 62 respectively, strong with the structure for increasing inner corner trim mold 6
Degree, avoids concrete that quick-fried mould occurs during coagulation forming；Inner corner trim stiffening plate 65 can be along the length of the first internal corner formwork 61
Degree direction is uniformly arranged muti-piece, makes being more uniformly stressed on the whole of inner corner trim mold 6, further increases the anti-of inner corner trim mold 6
Quick-fried performance；Muti-piece inner corner trim stiffening plate 65 can also be parallel to horizontal plane setting, so that the first inner corner trim side plate 63 and the second inner corner trim side
Plate 64 is not likely to produce deformation in the horizontal direction, it is ensured that inner corner trim mold 6 respectively with the first inner wall surface mold 4 and the second interior wall face mould
Bonding strength between tool 5.
Connector described in the present embodiment can be bolt or bolt etc., by every two adjacent the first wall faces
Between side plate 12, per between two adjacent the second wall face side plates 22, the first external corner side plate 33 and on the outermost side first
Between wall face side plate 12, between the second external corner side plate 34 and the second wall face side plate 22 on the outermost side, per adjacent two
Between a first inner wall surface side plate 42, per between two adjacent the second inner wall surface side plates 52, the first inner corner trim side plate 63 be located at
Between outermost first inner wall surface side plate 42 and the second inner corner trim side plate 64 and the second inner wall surface side plate 52 on the outermost side
Between bolt or bolt are installed, it can be achieved that template system quick assembly and disassembly, the multiplicating for being conducive to template system makes
With.
Above embodiments are only the explanation to the utility model, are not limitations of the present invention, this field
Technical staff can according to need the modification that not creative contribution is made to the present embodiment after reading this specification, but only
It will be in the scope of the claims of the utility model all by the protection of Patent Law.
Claims (8)
1. a kind of inside wall formwork component with corner, it is characterised in that: including multiple detachably spliced in the horizontal direction
One inner wall surface mold (4), multiple the second inner wall surface molds (5) and an inner corner trim mold detachably spliced in the horizontal direction
(6)；The first inner wall surface mold (4) includes the first interior wall face die plate (41) and is respectively fixedly connected in first inner wall surface
The first inner wall surface side plate (42) at left and right sides of template (41), the first inner wall surface side plate (42) of adjacent two pass through connection
Part is detachably connected；The second inner wall surface mold (5) includes the second interior wall face die plate (51) and is respectively fixedly connected with described
The second inner wall surface side plate (52) at left and right sides of second interior wall face die plate (51), the second inner wall surface side plate of adjacent two blocks
(52) it is detachably connected by connector；The inner corner trim mold (6) includes the first internal corner formwork (61), the second internal corner formwork
(62), the first inner corner trim side plate (63) and the second inner corner trim side plate (64), first internal corner formwork (61) and the second internal corner formwork
(62) it is mutually permanently connected along the side of respective length direction and forms the angle β greater than 0 ° and less than 180 °；Described first
First interior wall face die plate (41) described in internal corner formwork (61) and muti-piece is spliced into the plane for being used to form inner wall surface, and described the
Second interior wall face die plate (51) described in two internal corner formworks (62) and muti-piece is spliced into another plane for being used to form inner wall surface, institute
It states the first inner corner trim side plate (63) and is detachably connected with the first inner wall surface side plate (42) on the outermost side by connector, institute
It states the second inner corner trim side plate (64) and is detachably connected with the second inner wall surface side plate (52) on the outermost side by connector.
2. the inside wall formwork component according to claim 1 with corner, it is characterised in that: the first inner corner trim side plate
(63) it is fixedly connected with inner corner trim stiffening plate (65) between the second inner corner trim side plate (64), the inner corner trim stiffening plate (65) is respectively with
One internal corner formwork (61) is fixedly connected with the second internal corner formwork (62).
3. the inside wall formwork component according to claim 2 with corner, it is characterised in that: the inner corner trim stiffening plate (65)
It is provided with muti-piece, inner corner trim stiffening plate (65) described in muti-piece is respectively parallel to horizontal plane setting, inner corner trim stiffening plate (65) described in muti-piece
Length direction along the first internal corner formwork (61) is uniformly distributed.
4. the inside wall formwork component according to claim 3 with corner, it is characterised in that: the first inner wall surface mold
It (4) further include the first inner wall surface stiffening plate (43) being fixedly connected between two pieces of the first inner wall surface side plates (42), it is described
First inner wall surface stiffening plate (43) is fixedly connected with the first interior wall face die plate (41).
5. the inside wall formwork component according to claim 4 with corner, it is characterised in that: first inner wall surface is reinforced
Plate (43) is provided with muti-piece, and the first inner wall surface stiffening plate (43) described in muti-piece is respectively parallel to horizontal plane setting, the described in muti-piece
One inner wall surface stiffening plate (43) is uniformly distributed along the length direction of the first interior wall face die plate (41).
6. the inside wall formwork component according to claim 5 with corner, it is characterised in that: the second inner wall surface mold
It (5) further include the second inner wall surface stiffening plate (53) being fixedly connected between two pieces of the second inner wall surface side plates (52), it is described
Second inner wall surface stiffening plate (53) is fixedly connected with the second interior wall face die plate (51).
7. the inside wall formwork component according to claim 6 with corner, it is characterised in that: second inner wall surface is reinforced
Plate (53) is provided with muti-piece, and the second inner wall surface stiffening plate (53) described in muti-piece is respectively parallel to horizontal plane setting, the described in muti-piece
Two inner wall surface stiffening plates (53) are uniformly distributed along the length direction of the second interior wall face die plate (51).
8. the inside wall formwork component according to claim 7 with corner, it is characterised in that: the connector is set as spiral shell
Bolt or bolt.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820598064.XU CN208310184U (en) | 2018-04-24 | 2018-04-24 | Inside wall formwork component with corner |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820598064.XU CN208310184U (en) | 2018-04-24 | 2018-04-24 | Inside wall formwork component with corner |
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| Publication Number | Publication Date |
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| CN208310184U true CN208310184U (en) | 2019-01-01 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201820598064.XU Expired - Fee Related CN208310184U (en) | 2018-04-24 | 2018-04-24 | Inside wall formwork component with corner |
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| Country | Link |
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| CN (1) | CN208310184U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109914655A (en) * | 2019-03-29 | 2019-06-21 | 卢龙腾 | A kind of the floor wall construction method and wall molding die of building |
| CN111622493A (en) * | 2020-05-29 | 2020-09-04 | 晟通科技集团有限公司 | Building template and marking method thereof |
-
2018
- 2018-04-24 CN CN201820598064.XU patent/CN208310184U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109914655A (en) * | 2019-03-29 | 2019-06-21 | 卢龙腾 | A kind of the floor wall construction method and wall molding die of building |
| CN111622493A (en) * | 2020-05-29 | 2020-09-04 | 晟通科技集团有限公司 | Building template and marking method thereof |
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| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20190101 Termination date: 20190424 |