CN204185973U - Environmental protection partition structure - Google Patents
Environmental protection partition structure Download PDFInfo
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- CN204185973U CN204185973U CN201420597457.0U CN201420597457U CN204185973U CN 204185973 U CN204185973 U CN 204185973U CN 201420597457 U CN201420597457 U CN 201420597457U CN 204185973 U CN204185973 U CN 204185973U
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Abstract
The utility model discloses a kind of environmental protection partition structure, its wall plate member that mainly precasting is integrally formed in mould, two top layers, side of this wall plate member are that calcium silicate board intermediate layer is then for being mixed into Poly Foam and discarded object filling material formation in cement, make solid with framework group in two lateral sections symmetrically V-arrangement between this wall plate member after, then beyond framework frame establish and be fixed into panel wall; By this, this wall plate member is by one-body molded, this top layer and intermediate layer can be processed simultaneously, tool reduces operation and improves effect of processing accuracy, and pass through the integrated structure of this interior framework and wall plate member, there is after making compartment stressed by force the structure of dispersed stress, reach effect of strengthening overall construction intensity.
Description
Technical field
The utility model relates to environmental protection panel wall, refers to a kind of plate preformed especially and is able to the quick environmental protection partition structure assembled at the construction field (site).
Background technology
In early days, mainly pile up, concrete grouting or the assembling of light steelframe formed by, fragment of brick assembled with timber for the structure of general panel wall; But, in above-mentioned ordinary construction, the panel wall formed with timber or light steelframe, its soundproof effect is not good, and timber easy catching fire after being heated, safety in utilization is not enough, light steelframe then must use a large amount of plastic cement manufacture, does not also meet the environmental protection demand of carbon reduction now; Moreover, with the panel wall that fragment of brick is piled up, though soundproof effect is good compared with timber or light steelframe, but because the pore of fragment of brick is large compared with the structure pore after concrete curing, cause the panel wall sound-absorbing effect piled up with fragment of brick relatively poor, and have that construction is complicated with the panel wall that fragment of brick is piled up simultaneously, body of wall tool certain thickness and the problem such as heavier; And with the panel wall that concrete grouting is formed, also because its pore is little, also exist after being excessively heated, the problem endangered safety of body of wall be full of cracks can be there is.In addition, carry out panel wall construction with concrete, first need manufacture panel wall position rack shuttering, by cement grouting between this template, after cement paste is dry, then by this form removable, construction process not only wastes man-hour, and cause the construction period to be elongated, cause building costs high, cannot cost of production be reduced.
For improving ordinary concrete panel wall construction problem, applicant has proposed the panel wall structure that TaiWan, China announces No. M329647.As shown in Figure 1, this panel wall 10 utilizes prefabrication system to make preliminary dimension or the noggin piece 11 of size of standardizing, auxiliary part 12, outer framework 13 and closed plate 14, after coordinating the fixing assembling of setting element 15 with auxiliary part 12 between noggin piece 11, again, framework 13 coordinates setting element 15 frame to be located at this noggin piece 11 and auxiliary part 12 outside, finally closed plate 14 is fixedly arranged on the relative two sides of noggin piece 11 with setting element 15 or gummed mode; Wherein, this noggin piece 11 can be formed by the material of the tool such as cement paste, gypsum sound-absorbing, insulative properties is prefabricated.By this, reach and provide one to construct fast, can building costs be reduced, and the panel wall structure heat insulation, sound-absorbing effect is good.
Aforementioned lift-slab structure, mainly with the structure that concrete match ratio other materials forms, this material must be through after chemical method is manufactured and could apply, and does not obviously meet now for the requirement of environmental protection.Again, please consult Fig. 1 again, this closed plate 14 be fixed as last construction sequence, and closed plate 14 is installed on the flank 121,131 of this auxiliary part 12 and outer framework 13, make to produce a space S because of the thickness of those flanks 121,131 between closed plate 14 and noggin piece 11, form the structural weak points closing plate 14, the easily deformation when being subject to gravity impact; And when noggin piece 11 has perforate process requirements, close plate 14 and also must process at correspondence position, not only many and position of opening of two components of operation also easily has and corrects inaccurate problem.Moreover, auxiliary part 12 be cross section generally in Z-shaped structure, side only has a flank 121 and is adjacent noggin piece 11 groups and connects, cannot dispersed stress after stressed, causes overall construction intensity not enough.
Therefore, how to make partition structure under the prerequisite having environmental protection concurrently, have the effects such as the shatter-proof and rapid construction of good sound-absorbing, be the problem needing solution badly simultaneously.
Utility model content
Technical problem to be solved in the utility model is to provide a kind of environmental protection partition structure, its wall plate member that mainly precasting is integrally formed in mould, two top layers, side of this wall plate member are that calcium silicate board intermediate layer is then for being mixed into Poly Foam and discarded object filling material formation in cement, make solid with framework group in two lateral sections symmetrically V-arrangement between this wall plate member after, then beyond framework frame establish and be fixed into panel wall; By this, this wall plate member is by one-body molded, this top layer and intermediate layer can be processed simultaneously, tool reduces operation and improves effect of processing accuracy, and pass through the integrated structure of this interior framework and wall plate member, there is after making panel wall stressed the structure of dispersed stress, reach effect of strengthening overall construction intensity, especially there is the technology effect improving site operation speed.
For solving the problem, the utility model provides a kind of environmental protection partition structure, comprise: multiple wall plate member, respectively there are a mesosphere board and two relative sheet surface layers, this mesosphere board is by cement, Poly Foam particle and discarded object are filled material and are formed, this sheet surface layer is calcium silicate board, this two sheet surface layer is made to be combined with this mesosphere board via this cement, respectively this wall plate member has two apparent surfaces that this sheet surface layer is formed and two opposite first side and two opposing second side that connect this two surface, the plurality of wall plate member is regularly in being arranged side by side or matrix arrangement, the side of multiple wall plate member weeks making this regularly arranged has the 2 first frame faces be made up of the first side, and the 2 second frame faces to be made up of the second side, multiple interior framework, respectively there is a partition board portion and be positioned at two limiting sections of the relative both sides of this partition board portion, respectively this limiting section is that cross section is V-shaped and have two wing plates, the partition board portion of this interior framework is made to be located between the first side of any two these wall plate members, and respectively this wall plate member this two surface with this first side or this second flank abutment place, the wing plate of corresponding respectively this limiting section is provided with guiding incline, makes this wing plate fit and is consolidated on this guiding incline, framework all round, be that wherein two outer frameworks are located on the first frame face of the plurality of wall plate member, other two outer frameworks are located on the second frame face of the plurality of wall plate member.
Wherein, in aforementioned the utility model environmental protection partition structure, respectively this wall plate member is via will wherein be placed in shaping mould by this sheet surface layer, pour the cement of mixing Poly Foam particle, discarded object filling material into, again another this sheet surface layer is inserted, make this sheet surface layer and cement, Poly Foam particle, discarded object fill material leave standstill and solidify, and in-molded there are two apparent surfaces be made up of this sheet surface layer and two opposite first side connecting this surface and 2 second sides.
Preferably, the interior framework limiting section wing plate of aforementioned the utility model environmental protection partition structure is end formed is a plane, and this two wing plate is that cross section is configured as V-arrangement, between this two wing plate, recess is filled out and is provided with a filler, make this interior framework be located between any two adjacent wall plate members, respectively this plane and this wall plate member surface trim.
Preferably, in aforementioned the utility model environmental protection partition structure, respectively this outer framework has a deckle board portion and two side plates, and the side plate of this framework is all round fixedly arranged on relative two of the plurality of wall plate member on the surface respectively; This outer framework is by extending projection two shield at wherein one group of outer framework two ends facing each other; two openings are then defined at the two ends of the outer framework of another group; by this; when making outer framework frame be located at the plurality of wall plate member week side; hidden on this opening by this shield, reach in the plurality of wall plate member week side formation complete preservation structure.
Preferably, aforementioned the utility model environmental protection partition structure, the wing plate of this interior framework limiting section is provided with multiple perforation, makes multiple keeper place this interior framework wing plate and bores a hole and be inserted in this wall plate member guiding incline, and this interior framework of secure bond and this wall plate member; Again, the deckle board portion of this outer framework is provided with multiple perforation, makes multiple keeper place this outer framework deckle board portion and to bore a hole and in the first frame face being inserted in this wall plate member and the second frame face, and this outer framework of secure bond and this wall plate member.
Preferably, in aforementioned the utility model environmental protection partition structure, respectively this first frame face of the plurality of wall plate member and respectively this second frame face are respectively equipped with one first build-in portion and one second build-in portion; The partition board portion of this interior framework is to being provided with two eluding grooves by the caulking groove on this second side of wall plate member; Respectively this outer framework has a deckle board portion and two side plates, the outer framework that this first frame face is located in definition is the first outer framework, the outer framework being located at this second frame face is the second outer framework, make this first outer framework be mounted on this first frame face through its two side plate is embedded in this first build-in portion, this second outer framework is embedded at through its two side plate in the eluding groove of this second build-in portion and this interior framework and is mounted on this second frame face.
Wherein, the outer framework of aforementioned the utility model and wall plate member set the environmental protection partition structure of combination, when the plurality of wall plate member is arranged side by side, this two is arranged in outermost wall plate member and on the first side that the outer framework of itself and this is combined, arranges two caulking grooves respectively, and this 2 second side of each this wall plate member is respectively equipped with two caulking grooves; The order caulking groove be located on this first side of the plurality of wall plate member forms this first build-in portion, and the caulking groove be located on this second side of the plurality of wall plate member forms this second build-in portion.
Wherein, the outer framework of aforementioned the utility model and wall plate member set the environmental protection partition structure of combination, when the plurality of wall plate member is matrix arrangement, this wall plate member that definition connects with this first outer framework and this second outer framework group is angle end wall panel component, this wall plate member only connect with this first outer framework or this second outer framework group is side wall plate member, wherein: this angle end wall panel component, it is provided with two caulking grooves with this first side that this first outer framework and this second outer framework are combined and this second side, two side plates for this first outer framework and this second outer framework set combination, this side wall plate member, when its be with this first side and this first outer framework in conjunction with time, this first side is provided with two caulking grooves and sets combination for two side plates of these the first outer frameworks, when side wall plate member be with this second side and this second outer framework in conjunction with time, this second side is provided with two caulking grooves and sets combination for two side plates of these the second outer frameworks, the order caulking groove be located on this first side of the plurality of wall plate member forms this first build-in portion, and the caulking groove be located on this second side of the plurality of wall plate member forms this second build-in portion.
Preferably, in the utility model environmental protection partition structure, respectively this wall plate member this two surface be all provided with this guiding incline between this 2 first side and this 2 second side and be connected, and when the plurality of wall plate member is matrix arrangement, there are at least two wall plate members and stack formation one assembled unit up and down, the partition board portion of this interior framework is made to be located between the first side of any two these assembled units, then correspond to this guiding incline of limiting section of this interior framework and this wing plate to fit consolidation, and there is between the wall plate member of each this assembled unit this guiding incline adjoin shaping sharp groove and fill and lead up by inserting sizing material.
Accompanying drawing explanation
Fig. 1 is common partition structure cross-sectional schematic.
Fig. 2 is the perspective exploded view of the utility model environmental protection partition structure.
Fig. 3 is the perspective view of framework in the utility model environmental protection panel wall.
Fig. 4 is the perspective view of the utility model environmental protection panel wall plate.
Fig. 5 is the combining structure forward sight cross-sectional schematic of the utility model environmental protection panel wall.
Fig. 6 is that the combining structure of the utility model environmental protection panel wall overlooks cross-sectional schematic.
Fig. 7 is another assembling aspect schematic diagram of plate of the utility model environmental protection panel wall.
Fig. 8 is another package assembly perspective exploded view of wall plate member of the utility model environmental protection panel wall.
Fig. 9 is the perspective view of another enforcement state structure of wall plate member of the utility model environmental protection panel wall.
Figure 10 is that the combining structure of the utility model Fig. 8 overlooks cross-sectional schematic.
Description of reference numerals
Panel wall 10 noggin piece 11
Auxiliary part 12 flank 121
Outer framework 13 flank 131
Close plate 14 setting element 15
Wall plate member 20 assembled unit 200
Angle end wall panel component 20A side wall plate member 20B
Mesosphere board 201 sheet surface layer 202
First build-in portion 204 of build-in portion 203 second
21 first sides 22, surface
First side 23, frame face 220 second
Second frame face 230 guiding incline 24
The sharp groove 26 of caulking groove 25
Interior framework 30 partition board portion 31
Eluding groove 311 limiting section 32
Wing plate 321 plane 322
Perforation 323
The outer framework 40A of outer framework 40 first
Second outer framework 40B deckle board portion 41
To bore a hole 411 side plates 42
Shield 43 opening 44
Keeper 50
Detailed description of the invention
Please refer to shown in Fig. 2 to Figure 10, the detailed description of the invention of the utility model environmental protection partition structure and method for making thereof is described.
As shown in Figures 2 to 7, the structure of display the utility model environmental protection panel wall, it is mainly made up of with keeper 50 groups after consolidating via interior framework 30, outer framework 40 frame more admittedly multiple wall plate member 20.Wherein, this wall plate member 20 makes via after mould of drawing materials, enter, shaping, processing, and last assembling with interior framework 30, outer framework 40 and keeper 50 forms this environmental protection panel wall.
The plurality of wall plate member 20 respectively has mesosphere board 201 and two relative sheet surface layers 202, this mesosphere board 201 is by cement, Poly Foam particle and discarded object are filled material and are formed, this sheet surface layer 202 is calcium silicate board, this two sheet surface layer 202 is made to be combined with this mesosphere board 201 via this cement, respectively this wall plate member 20 has two apparent surfaces 21 that this sheet surface layer 202 is formed and two opposite first side 22 and two opposing second side 23 connecting this two surface 21, and respectively this wall plate member 20 has this first side 22 at least one and is provided with two guiding inclines 24 between this two surface 21 and is connected, to connect with the structural form cooperation group of this interior framework 30, that is, as shown in Figure 2, the wall plate member 20 being located at outermost both sides is combined with this interior framework 30 due to only single first side 22, therefore only two guiding inclines 24 need be set in single first side 22, and the wall plate member 20 be located in two between framework 30, because its 2 first side 22 all needs framework 30 interior with this to be combined, therefore four guiding inclines 24 need be set in this 2 first side 22,
The plurality of wall plate member 20 can be arranged side by side as shown in Figure 2 regularly, or matrix arrangement as shown in Figure 7, Figure 8.Wherein, when wall plate member 20 is configured as the wall plate structure of larger area, can by wall plate member 20 as shown in Figure 2 erectly side by side group connect, first side 22 of this wall plate member 20 is adjoined by interior framework 30, again, as shown in Figure 7, Figure 8, wall plate member 20 by being bonded an assembled unit 200 with coinciding up and down, the second side 23 between the wall plate member 20 that each assembled unit 200 is arranged above and below directly engages or engages after arranging viscose glue, then between the first side 22 of any two these assembled units 200, arrange this interior framework 30; By this, this regularly arranged multiple wall plate members 20 weeks side has the 2 first frame faces 220 be made up of the first side 22, and the 2 second frame faces 230 be made up of the second side 23, and this outer framework 40 is established in order to group in this first frame face 220 and this second frame face 230.
The plurality of interior framework 30 respectively has a partition board portion 31 and is positioned at two limiting sections 32 of the relative both sides of this partition board portion 31, respectively this limiting section 32 is that cross section is V-shaped and have two wing plates 321, make the partition board portion 31 of this interior framework 30 be located between two these first sides 22 of any two these wall plate members 20, and respectively the wing plate 321 of this limiting section 32 and the guiding incline 24 of this wall plate member 20 are fitted consolidation; In the present embodiment, the wing plate 321 of this interior framework 30 limiting section 32 is end formed is a plane 322, this interior framework 30 is made to be located between any two adjacent wall plate members 20, respectively this plane 322 trims with this wall plate member 20 surface 21, and recess is filled out and is provided with a filler 33 between this two wing plate 321, as shown in Figure 6, after the solidification of this filler 33, the surface 21 of the plane 322 and this wall plate member 20 with this wing plate 321 end is formed jointly the flat surface of partition.
Four these outer frameworks 40 respectively have deckle board portion 41 and two side plates 42, order wherein two outer frameworks 40 is located on the first frame face 220 of the plurality of wall plate member 20, other two outer frameworks 40 are located on the second frame face 230 of the plurality of wall plate member 20, and the side plate 42 of this framework 40 is all round fixedly arranged on relative two surfaces 21 of the plurality of wall plate member 20 respectively.As Fig. 2, shown in Fig. 5, the outer framework 40 that this wall plate member 20 first frame face 220 is located in definition is the first outer framework 40A, the outer framework 40 being located at this second frame face 230 is the second outer framework 40B, wherein, two ends, deckle board portion 41 and its two side plate 42 of this first outer framework 40A define two shields 43 jointly, two ends, deckle board portion 41 extension of this second outer framework 40B is convexly equipped with two openings 44, this first outer framework 40A and this second outer framework 40B group is made to be fixed in this regularly arranged multiple wall plate members 20 weeks side, the opening 44 of this second outer framework 40B hides the shield 43 in this 2 first outer framework 40A.The package assembly of this framework 40 is all round not limited to aforementioned, that is the outer framework 40 that these two ends are provided with shield 43 also can be located at the second frame face 230 of panel wall week side, and is located on the first frame face 220 by another two outer frameworks 40.
In Fig. 2 to Fig. 6 embodiment, the plurality of wall plate member 20 is regularly arranged side by side, and is provided with this interior framework 30 between adjacent two these wall plate members 20, and this outer framework 40 frames are located at wall plate member 20 weeks sides side by side.Wherein, the wing plate 321 of this interior framework 30 is provided with multiple perforation 323, makes multiple keeper 50 place this perforation 323 and is inserted in this wall plate member 20 guiding incline 24, and this interior framework 30 of secure bond and this wall plate member 20; The deckle board portion 41 of this outer framework 40 is provided with multiple perforation 411, makes multiple keeper 50 place the perforation 411 of this outer framework 40 and in the first frame face 220 being inserted in this wall plate member 20 and the second frame face 230, and this outer framework 40 of secure bond and this wall plate member 20.Wherein, this keeper 50 specifically can be spigot or spiral lock, and can separately establish viscose glue to use the bond strength of framework 30 and wall plate member 20 in raising in the perforation 411 in the perforation 323 of this interior framework 30 and this deckle board portion 41.
The above is the utility model embodiment main member and configuration illustrates, as recipe step and effect thereof of the utility model preferred embodiment, please refer to Fig. 5 to Fig. 7, does following explanation.
The utility model panel wall be through draw materials, enter mould, shaping, processing and assembling postforming grade, furthermore it, its be first provide two preformed calcium silicate boards and discarded object fill material, wherein, it is be selected from Poly Foam grout wall, white brick wall, discarded plastic cement, rubber, timber, Poly Foam or its combination that this discarded object fills material, and those discarded objects filling material is ground into physical method the particulate filler material that particle diameter is 0.5 ± 0.2 centimetre in advance; Then, will wherein insert in mould by this calcium silicate board, pour mixing Poly Foam particle into, cement that discarded object fills material by it stirring, then another this calcium silicate board is entered die cap on cement; Again this two calcium silicate board and cement, Poly Foam particle, discarded object are filled material leave standstill within one day, solidify, making cement, Poly Foam particle and discarded object fill material forming is the mesosphere board 201 of this wall plate member 20, and this two calcium silicate board is configured as two sheet surface layers 202 of this wall plate member 20; Then, carry out grinding with this two guiding incline 24 that is shaped by between this first side 22 at least one of this wall plate member 20 and this two surface 21, in order to solid with the limiting section 32 laminating group of interior framework 30; Finally, this interior framework 30 and outer framework 40 is provided, after making the plurality of wall plate member 20 regularly arranged, between the first side 22 interior framework 30 being fixedly arranged on any two adjacent wall plate members 20 by multiple keeper 50, and this outer framework 40 is located at the plurality of wall plate member 20 weeks sides by multiple keeper 50 fixed frame.
It should be noted that, the size of the utility model panel wall visual practice of construction demand adjustment wall plate member 20 and arrangement mode thereof, and coordinate the size of framework 30 and outer framework 40 in adjustment, to complete the panel wall meeting user demand thereupon.Implementing aspect as shown in Figure 5, is wall plate member 20 first side 22 phase ground connection be arranged side by side, between the first side 22 interior framework 30 being located at two adjacent wall plate members 20; Implement aspect as shown in Figure 7, then after two wall plate member 20 second sides 23 are coincided, make the wall plate member 20 of two group be arranged side by side with its first side 22 phase ground connection again, formation has three assembled units 200 and wall plate member 20 is two embodiments taking advantage of three arrangement form.
Further, wall plate member 20 can be configured as smaller szie plate, be beneficial to manufacture, transport and Assembling, there are three assembled units 200 and wall plate member 20 is three embodiments taking advantage of three arrangements as namely Fig. 8 shows; Wherein, in Fig. 7, Fig. 8, two adjacent assembled units 200 arrange this interior framework 30 groups and connect fixing between its first side 22, in only utilizing after can directly coinciding between second side 23 of this each wall plate member 20 of this assembled unit 200, framework 30 and outer framework 40 are fixed, and fixture or viscose glue also separately can be established to coordinate interior framework 30, outer framework 40 provides more firm structural strength.
In addition, please refer to the structural form of the outer framework 40 shown in Fig. 8, Fig. 9, Figure 10 with wall plate member 20.As shown in Figure 8, the plurality of wall plate member 20 respectively this first frame face 220 and respectively this second frame face 230 is respectively equipped with one first build-in portion 203 and one second build-in portion 204; Make this first outer framework 40A be mounted on this first frame face 220 through its two side plate 42 is embedded in this first build-in portion 203, this second outer framework 40B is mounted on this second frame face 230 through its two side plate 42 is embedded in this second build-in portion 204.
When the plurality of wall plate member 20 as Fig. 8 be matrix arrangement time, this wall plate member 20 that definition and this first outer framework 40A and this second outer framework 40B group connect is angle end wall panel component 20A, and this wall plate member 20 only connect with this first outer framework 40A or this second outer framework 40B group is side wall plate member 20B, wherein, this angle end wall panel component 20A is provided with two caulking grooves 25 with this first side 22 that this first outer framework 40A and this second outer framework 40B are combined and this second side 23, and two side plates 42 for this first outer framework 40A and this second outer framework 40B set combination; When this side wall plate member 20B with this first side 22 and this first outer framework 40A in conjunction with time, this first side 22 is provided with two caulking grooves 25 and sets combination for two side plates 42 of these the first outer framework 40A; And when this side wall plate member 20B be with this second side 23 and this second outer framework 40B in conjunction with time, this second side 23 is provided with two caulking grooves 25 for two side plates 42 of these the second outer framework 40B and sets combination; The order caulking groove 25 be located on this first side 22 of the plurality of wall plate member 20 forms this first build-in portion 203, and the caulking groove 25 be located on this second side 23 of the plurality of wall plate member 20 forms this second build-in portion 204.
Aforementioned outer framework 40 is embedded with wall plate member 20 the wall plate member 20 that combination is not limited to matrix arrangement form, when the plurality of wall plate member 20 is arranged side by side, can pass through and two caulking grooves 25 are set on the first side 22 that this outer framework 40 is combined being arranged in outermost two wall plate members 20, and be respectively equipped with two caulking grooves 25 on 2 second sides 23 of each this wall plate member 20; By this, the caulking groove 25 be located on this first side 22 of the plurality of wall plate member 20 is made to form this first build-in portion 203, the caulking groove 25 be located on this second side 23 of the plurality of wall plate member 20 forms this second build-in portion 204, can reach the object being embedded combination with outer framework 40 equally.In addition, as shown in Figure 8, the partition board portion 31 of this interior framework 30 is to being provided with two eluding grooves 311, for the side plate 42 of this outer framework 40 accommodating of dodging by the caulking groove 25 on this second side 23 of wall plate member 20.
Again, wall plate member 20 of the present utility model can only be processed carrying out guiding incline 24 with interior framework 30 junction, the wall plate member 20 being provided with different guiding incline 24 quantity easily causes inventory problem, therefore, the utility model wall plate member 20 also can two surfaces 21 be all provided with this guiding incline 24 between this 2 first side 22 and this 2 second side 23 and be connected, avoid inventory problem by this, and when constructing without the need to distinguishing that wall plate member 20 form gets final product direct-assembling, accelerate speed of application.Wherein, when the plurality of wall plate member 20 arranges in matrix, consolidation that to be this guiding incline 24 of each assembled unit 200 being corresponded to the limiting section 32 of this interior framework 30 with this wing plate 321 fit, and between the wall plate member 20 of each this assembled unit 200, there is this guiding incline 24 and adjoin shaping sharp groove 26, then can pass through and insert sizing material and fill and lead up, except panel wall surfacing except tool aesthetic, have simultaneously improve each assembled unit 200 wall plate member 20 between effect of integrated structure intensity.
In sum, the utility model is through above-mentioned environmental protection partition structure and method for making thereof, reach the environmental protection efficacy of discarded object recycling, and processing also can be avoided with physical method to cause secondary environmental pollution to discarded object processing, and the shaping wall plate member 20 of cementation to have pore little, effect that sound-absorbing usefulness is good, again, this discarded object fills material can when panel wall be excessively heated, pore is produced in carbonization within the walls, formation can for the space of gas escape within the walls, the safety issue such as effectively avoid panel wall to chap or to pop; Therefore the utility model panel wall can reach above-mentioned environmental protection really, sound insulation, shatter-proof, method for making are simplified and be easy to all effects such as assembling at the construction field (site).
Claims (9)
1. an environmental protection partition structure, is characterized in that: comprising:
Multiple wall plate member, respectively there are a mesosphere board and two relative sheet surface layers, this mesosphere board is by cement, Poly Foam particle and discarded object are filled material and are formed, this sheet surface layer is calcium silicate board, this two sheet surface layer is made to be combined with this mesosphere board via this cement, respectively this wall plate member has two apparent surfaces that this sheet surface layer is formed and two opposite first side and two opposing second side that connect this two surface, the plurality of wall plate member is regularly in being arranged side by side or matrix arrangement, the side of multiple wall plate member weeks making this regularly arranged has the 2 first frame faces be made up of the first side, and the 2 second frame faces to be made up of the second side,
Multiple interior framework, respectively there is a partition board portion and be positioned at two limiting sections of the relative both sides of this partition board portion, respectively this limiting section is that cross section is V-shaped and have two wing plates, the partition board portion of this interior framework is made to be located between the first side of any two these wall plate members, and respectively this wall plate member this two surface with this first side or this second flank abutment place, the wing plate of corresponding respectively this limiting section is provided with guiding incline, makes this wing plate fit and is consolidated on this guiding incline; And
Framework all round, be that wherein two outer frameworks are located on the first frame face of the plurality of wall plate member, other two outer frameworks are located on the second frame face of the plurality of wall plate member.
2. environmental protection partition structure as claimed in claim 1, it is characterized in that: the wing plate of described interior framework limiting section is end formed is a plane, and this two wing plate is that cross section is configured as V-arrangement, between this two wing plate, recess is filled out and is provided with a filler, make this interior framework be located between any two adjacent wall plate members, respectively this plane and this wall plate member surface trim.
3. environmental protection partition structure as claimed in claim 1, is characterized in that: described outer framework has a deckle board portion and two side plates, and the side plate of this framework is all round fixedly arranged on relative two of the plurality of wall plate member on the surface respectively; The outer framework that this wall plate member first frame face is located in definition is the first outer framework, the outer framework being located at this second frame face is the second outer framework, wherein, two ends, deckle board portion and its two side plate of this first outer framework define two shields jointly, two ends, the deckle board portion extension of this second outer framework is convexly equipped with two openings, make this first outer framework and this second outer framework group be fixed in this regularly arranged side of multiple wall plate member weeks, the opening of this second outer framework hides the shield in this 2 first outer framework.
4. environmental protection partition structure as claimed in claim 1, it is characterized in that: the wing plate of described interior framework limiting section is provided with multiple perforation, make multiple keeper place this interior framework wing plate bore a hole and be inserted in this wall plate member guiding incline, and this interior framework of secure bond and this wall plate member; This outer framework respectively has a pair should the deckle board portion that arranges of the first frame face or this second frame face, and two are fixedly arranged on side plate on relative two surfaces of the plurality of wall plate member respectively, this deckle board portion is provided with multiple perforation, make multiple keeper place this outer framework deckle board portion to bore a hole and in the first frame face being inserted in this wall plate member and the second frame face, and this outer framework of secure bond and this wall plate member.
5. environmental protection partition structure as claimed in claim 1, is characterized in that: respectively this first frame face of described multiple wall plate member and respectively this second frame face are respectively equipped with one first build-in portion and one second build-in portion; The partition board portion of this interior framework is to this second build-in portion of wall plate member being provided with two eluding grooves; Respectively this outer framework has a deckle board portion and two side plates, the outer framework that this first frame face is located in definition is the first outer framework, the outer framework being located at this second frame face is the second outer framework, make this first outer framework be mounted on this first frame face through its two side plate is embedded in this first build-in portion, this second outer framework is embedded at through its two side plate in the eluding groove of this second build-in portion and this interior framework and is mounted on this second frame face.
6. environmental protection partition structure as claimed in claim 5, it is characterized in that: when described multiple wall plate member is arranged side by side, this two is arranged in outermost wall plate member and on the first side that the outer framework of itself and this is combined, arranges two caulking grooves respectively, and this 2 second side of each this wall plate member is respectively equipped with two caulking grooves; The order caulking groove be located on this first side of the plurality of wall plate member forms this first build-in portion, and the caulking groove be located on this second side of the plurality of wall plate member forms this second build-in portion.
7. environmental protection partition structure as claimed in claim 5, it is characterized in that: when described multiple wall plate member is matrix arrangement, this wall plate member that definition connects with this first outer framework and this second outer framework group is angle end wall panel component, this wall plate member only connect with this first outer framework or this second outer framework group is side wall plate member, wherein:
This angle end wall panel component, it is provided with two caulking grooves with this first side that this first outer framework and this second outer framework are combined and this second side, and two side plates for this first outer framework and this second outer framework set combination;
This side wall plate member, when its be with this first side and this first outer framework in conjunction with time, this first side is provided with two caulking grooves and sets combination for two side plates of these the first outer frameworks; When side wall plate member be with this second side and this second outer framework in conjunction with time, this second side is provided with two caulking grooves and sets combination for two side plates of these the second outer frameworks;
The order caulking groove be located on this first side of the plurality of wall plate member forms this first build-in portion, and the caulking groove be located on this second side of the plurality of wall plate member forms this second build-in portion.
8. the environmental protection partition structure as described in claim 5 or 6, is characterized in that: this two surface of described wall plate member be all provided with this guiding incline between this 2 first side and this 2 second side and be connected.
9. environmental protection partition structure as claimed in claim 8, it is characterized in that: when described multiple wall plate member is matrix arrangement, there are at least two wall plate members and stack formation one assembled unit up and down, the partition board portion of this interior framework is made to be located between the first side of any two these assembled units, then correspond to this guiding incline of limiting section of this interior framework and this wing plate to fit consolidation, and there is between the wall plate member of each this assembled unit this guiding incline adjoin shaping sharp groove and fill and lead up through inserting sizing material.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420597457.0U CN204185973U (en) | 2014-10-16 | 2014-10-16 | Environmental protection partition structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420597457.0U CN204185973U (en) | 2014-10-16 | 2014-10-16 | Environmental protection partition structure |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204185973U true CN204185973U (en) | 2015-03-04 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420597457.0U Expired - Fee Related CN204185973U (en) | 2014-10-16 | 2014-10-16 | Environmental protection partition structure |
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| Country | Link |
|---|---|
| CN (1) | CN204185973U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106522421A (en) * | 2016-10-28 | 2017-03-22 | 清华大学建筑设计研究院有限公司 | Building interior composite partition plate and construction method thereof |
| CN106930432A (en) * | 2017-03-16 | 2017-07-07 | 薛益成 | Lightweight compartment wall construction |
-
2014
- 2014-10-16 CN CN201420597457.0U patent/CN204185973U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106522421A (en) * | 2016-10-28 | 2017-03-22 | 清华大学建筑设计研究院有限公司 | Building interior composite partition plate and construction method thereof |
| CN106522421B (en) * | 2016-10-28 | 2018-11-09 | 清华大学建筑设计研究院有限公司 | Combination barrier and its construction method in a kind of building |
| CN106930432A (en) * | 2017-03-16 | 2017-07-07 | 薛益成 | Lightweight compartment wall construction |
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