CN208633365U - A kind of single layer multifunctional green energy saving building EPS module - Google Patents

Abstract

The utility model discloses a kind of single layer multifunctional green energy saving building EPS modules, several intermediate coupling bridges and two sides connecting bridge are provided between EPS modules A and EPS module B, EPS modules A one end is provided with bar shaped edge A, fluted A is arranged in the EPS modules A other end, fluted B is arranged towards EPS modules A setting one end bar shaped edge A in EPS module B, the EPS module B other end is provided with bar shaped edge B, EPS modules A and the upper surface EPS module B are provided with several cylindrical protrusions tongue and grooves, rectangle protrusion tongue and groove is provided between two neighboring cylindrical protrusions tongue and groove, EPS modules A lower surface is provided with concave card slot A, the lower surface EPS module B is provided with concave card slot B, the utility model is structurally reasonable, grafting is more convenient during architecture construction, even It connects even closer, is not susceptible to " running pulp " phenomenon in casting process, module is not susceptible to deformation, damage.

Description

A kind of single layer multifunctional green energy saving building EPS module

Technical field

The utility model relates to novel heat insulation environment-friendly materials technical field, specially a kind of single layer multifunctional green Energy-saving Building Build EPS module.

Background technique

New Building Materials of the EPS module as Chinese market, and the important materials of energy-saving heat-insulating wall are constructed, it is building EPS module is built in building course as non-dismantling formwork, after concreting is completed, EPS module and concrete form integrated work For a part of wall, heat-preserving wall is formed.EPS module not only has good effect of heat insulation, low in cost, speed of application Fastly, structural integrity is good and the advantages that shock strength is high, and avoids conventional outer wall and stick on insulating layer and easily produce crack, leakage Hollowing, the phenomenon that cracking, falling off greatly prolong the service life of insulating layer and eliminate periodic maintenance or the newly-decorated expense of weight With avoiding a large amount of wasting of resources, reduce building cost, also shorten building cycle.

When in practical building course, it is necessary first to longitudinal reinforcement is built according to specification on ground, then by EPS Module is interted in longitudinal reinforcement, and EPS module is combined and is built, then on the EPS module upper berth that each layer is put up If transverse steel, and by transverse steel and longitudinal reinforcement bundled fixed, next layer of EPS module is built later, is poured by technical requirements It builds and is further continued for building module after concrete and pours height until reaching.

Currently, EPS module in the market can realize construction and the heat insulation effect in house substantially, but still have the following problems: EPS module, due to tongue and groove defect, generates gap during grafting, running pulp phenomenon easily occurs in house building course, therefore, Urgently a kind of improved technology solves the problems, such as this in the presence of the prior art.

Utility model content

The purpose of this utility model is to provide a kind of single layer multifunctional green energy saving building EPS modules, in architecture construction Grafting is more convenient in the process, and connection is even closer, " running pulp " phenomenon is not susceptible in casting process, module is not susceptible to become Shape, damage, to solve the problems mentioned in the above background technology.

To achieve the above object, the utility model provides the following technical solutions: a kind of single layer multifunctional green energy saving building EPS module, including EPS modules A, EPS module B, intermediate coupling bridge, bar shaped edge A, groove A, groove B, bar shaped edge B, cylinder Shape protrusion tongue and groove, rectangle protrusion tongue and groove, concave card slot A, concave card slot B and two sides connecting bridge, the EPS modules A and EPS mould Several intermediate coupling bridges are provided between block B, both ends are respectively arranged with two sides connection between the EPS modules A and EPS module B Bridge, EPS modules A one end are provided with bar shaped edge A, and fluted A, the EPS module B is arranged in the EPS modules A other end Fluted B is set towards EPS modules A setting one end bar shaped edge A, the EPS module B other end is provided with bar shaped edge B, institute It states EPS modules A and the upper surface EPS module B is provided with several cylindrical protrusions tongue and grooves, the two neighboring cylindrical protrusions tongue and groove Between be provided with rectangle protrusion tongue and groove, EPS modules A lower surface is provided with concave card slot A, the EPS module B following table Face is provided with concave card slot B, and the bar shaped edge A is identical as bar shaped edge B structure, and the groove A is identical as groove B structure, The concave card slot A is identical as concave card slot B structure.

Preferably, the intermediate coupling bridge and two sides connecting bridge upper surface are provided with reinforcing bar holding tank A and reinforcing bar holding tank B。

Preferably, the cylindrical protrusions tongue and groove and rectangle protrusion tongue and groove and concave card slot A and concave card slot B shape one It causes and depth is mutually agreed with.

Preferably, the bar shaped edge A is consistent with groove A shape, and the bar shaped edge B is consistent with groove B shape.

Compared with prior art, the utility model has the beneficial effects that

The connecting bridge of two pieces of EPS modules of (1) two piece of EPS module being oppositely arranged and connection, length of the connecting bridge along EPS module The setting of direction interval is spent, such design can make EPS module stable everywhere, uniform, and EPS module is more solid, secured.

(2) EPS connecting bridge top is set there are two reinforcing bar holding tank, is facilitated transverse steel interspersed and is placed.

(3) increase EPS intermodule grafting contact area by the special shape and increasing in EPS module tongue and groove shape, It is close that two module grafting can be reached, running pulp is not easy and rises mould.

Detailed description of the invention

Fig. 1 is the utility model overlooking structure diagram.

Fig. 2 is the utility model present invention looks up structural representation.

Fig. 3 is the utility model EPS modules A visual angle schematic diagram.

Fig. 4 is the visual angle the utility model EPS module B schematic diagram.

Fig. 5 is the utility model top perspective structural schematic diagram.

Fig. 6 is that the utility model looks up schematic perspective view.

Fig. 7 is the utility model forward sight structural schematic diagram.

Fig. 8 is the utility model backsight structural representation.

Specific embodiment

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work Every other embodiment obtained, fall within the protection scope of the utility model.

Fig. 1-6 is please referred to, the utility model provides a kind of technical solution: a kind of single layer multifunctional green energy saving building EPS Module, including EPS modules A 1, EPS module B2, intermediate coupling bridge 3, bar shaped edge A4, groove A5, groove B6, bar shaped edge B7, Cylindrical protrusions tongue and groove 8, rectangle protrusion tongue and groove 9, concave card slot A10, concave card slot B11 and two sides connecting bridge 3-3, EPS mould Several intermediate coupling bridges 3 are provided between block A1 and EPS module B2, both ends are respectively set between EPS modules A 1 and EPS module B2 There is two sides connecting bridge 3-3,1 one end of EPS modules A is provided with 1 other end of bar shaped edge A4, EPS modules A and fluted A5, EPS is arranged Module B2 is arranged the one end bar shaped edge A4 towards EPS modules A 1 and fluted B6 is arranged, and the EPS module B2 other end is provided with bar shaped card Side B7, EPS modules A 1 and the upper surface EPS module B2 are provided with several cylindrical protrusions tongue and grooves 8, two neighboring cylindrical protrusions enterprise It is provided with rectangle protrusion tongue and groove 9 between mouth 8,1 lower surface of EPS modules A is provided with concave card slot A10, EPS module B2 following table Face is provided with concave card slot B11, and bar shaped edge A4 is identical as bar shaped edge B7 structure, and groove A5 is identical as groove B6 structure, recessed Type card slot A10 is identical as concave card slot B11 structure, cylindrical protrusions tongue and groove 8 and rectangle protrusion tongue and groove 9 and concave card slot A10 And concave card slot B11 shape is consistent and depth is mutually agreed with, bar shaped edge A4 is consistent with groove A5 shape, bar shaped edge B7 with it is recessed Slot B6 shape is consistent.

As Figure 7-8, intermediate coupling bridge 3 and the two sides upper surface connecting bridge 3-3 are provided with reinforcing bar holding tank A3-1 and steel Muscle holding tank B3-2.

Application method: in practical house building course, it is necessary first to longitudinal steel is arranged according to specification on ground Then muscle interts EPS module in longitudinal reinforcement, and EPS module is combined grafting, until one layer has been overlapped, When combination is built, successively by the groove B6 and another piece of EPS module on the bar shaped edge A4 and EPS module B2 in EPS modules A 1 Bar shaped edge B7 clamping on groove A5 and EPS module B2 on A1.Then it is said in the good EPS module of grafting by design It is bright that transverse steel is laid in reinforcing bar holding tank A3-1 and reinforcing bar holding tank B3-2, and transverse steel and longitudinal reinforcement are bundled admittedly It is fixed, lower layer of EPS module of grafting later, under grafting in one layer of EPS module process, EPS modules A 1 and the upper end EPS module B2 Cylindrical protrusions tongue and groove 8 and cuboid protrusion tongue and groove 9 and the lower end of another piece of EPS modules A 1 and EPS module B2 are corresponding recessed Type card slot A10 and concave card slot B11 connect, and three layers of module casting concrete into cavity of grafting are fixed to concrete Building for house is completed afterwards.

Use principle: 1 one end of EPS modules A is provided with 1 other end of bar shaped edge A4, EPS modules A and fluted A5 is arranged, EPS module B2 is arranged the one end bar shaped edge A4 towards EPS modules A 1 and fluted B6 is arranged, and the EPS module B2 other end is provided with item Shape edge B7, EPS modules A 1 and the upper end module B2 EPS are equipped with several cylindrical protrusions tongue and grooves 8 and cuboid protrusion tongue and groove 9, EPS Modules A 1 concave card slot A10 corresponding with the lower end module B2 EPS and concave card slot B11, in grafting EPS module, by EPS mould The groove B6 and groove A5 and EPS module B2 in another piece of EPS modules A 1 on bar shaped edge A4 and EPS module B2 on block A1 On bar shaped edge B7 clamping；By several cylindrical protrusions tongue and grooves 8 of EPS modules A 1 and the upper end EPS module B2 and cuboid protrusion Tongue and groove 9 is inserted into another piece of EPS modules A 1 concave card slot A10 corresponding with the lower end module B2 EPS and concave card slot B11, can To prevent the EPS module fissure of displacement mobile, make to overlap more convenient, module is directly stronger with module, and closely, overall stability is more Good, leakiness is not spilt casting concrete in module, reduces building cost, saves material, intermediate coupling bridge 3 and two sides connecting bridge 3-3 Along EPS module width direction be equipped with it is several, such structure makes EPS module, and stability is uniform everywhere, in casting concrete process In, pressure conduction is uniform, avoids the generation of the outer bulgy phenomenon of EPS module, intermediate coupling bridge 3 and the two sides upper surface connecting bridge 3-3 are equal It is provided with reinforcing bar holding tank A3-1 and reinforcing bar holding tank B3-2, facilitate the interspersed of transverse steel and is placed.

While there has been shown and described that the embodiments of the present invention, for the ordinary skill in the art, It is understood that these embodiments can be carried out with a variety of variations in the case where not departing from the principles of the present invention and spirit, repaired Change, replacement and variant, the scope of the utility model is defined by the appended claims and the equivalents thereof.

Claims (4)

1. a kind of single layer multifunctional green energy saving building EPS module, it is characterised in that: including EPS modules A (1), EPS module B (2), intermediate coupling bridge (3), bar shaped edge A(4), groove A(5), groove B(6), bar shaped edge B(7), cylindrical protrusions tongue and groove (8), rectangle protrusion tongue and groove (9), concave card slot A(10), concave card slot B(11) and two sides connecting bridge (3-3), the EPS mould Block A(1) and EPS module B(2) between be provided with several intermediate coupling bridges (3), the EPS modules A (1) and EPS module B(2) it Between both ends be respectively arranged with two sides connecting bridge (3-3), described EPS modules A (1) one end is provided with bar shaped edge A(4), the EPS Fluted A(5 is arranged in modules A (1) other end), the EPS module B(2) towards EPS modules A (1), bar shaped edge A(4 is set) one Fluted B(6 is arranged in end), the EPS module B(2) other end is provided with bar shaped edge B(7), the EPS modules A (1) and EPS Module B(2) upper surface is provided with several cylindrical protrusions tongue and grooves (8), between the two neighboring cylindrical protrusions tongue and groove (8) It is provided with rectangle protrusion tongue and groove (9), EPS modules A (1) lower surface is provided with concave card slot A(10), the EPS module B (2) lower surface is provided with concave card slot B(11), the bar shaped edge A(4), the groove A identical as bar shaped edge B(7) structure (5) identical as groove B(6) structure, the concave card slot A(10) it is identical as concave card slot B(11) structure.

2. a kind of single layer multifunctional green energy saving building EPS module according to claim 1, it is characterised in that: in described Between connecting bridge (3) and the upper surface two sides connecting bridge (3-3) be provided with reinforcing bar holding tank A(3-1) and reinforcing bar holding tank B(3-2).

3. a kind of single layer multifunctional green energy saving building EPS module according to claim 1, it is characterised in that: the circle Column-shaped projection tongue and groove (8) and rectangle protrusion tongue and groove (9) it is consistent with concave card slot A(10) and concave card slot B(11) shape and Depth is mutually agreed with.

4. a kind of single layer multifunctional green energy saving building EPS module according to claim 1, it is characterised in that: the item Shape edge A(4), the bar shaped edge B(7 consistent with groove A(5) shape) it is consistent with groove B(6) shape.