CN205329955U

CN205329955U - Assembled cellular concrete material dormer structure

Info

Publication number: CN205329955U
Application number: CN201620069398.9U
Authority: CN
Inventors: 李殿义
Original assignee: Individual
Current assignee: Individual
Priority date: 2016-01-22
Filing date: 2016-01-22
Publication date: 2016-06-22
Anticipated expiration: 2026-01-22

Abstract

Assembled cellular concrete material dormer structure comprises a pair of parallel arrangement's side wall module and the gable module of being located a pair of parallel arrangement in this side wall module, side wall module lower part be with the identical hypotenuse in sloping roofing inclination to two adjacent purlins supports through sloping roofing are located between this two purlin, the gable module is then erect perpendicularily the topside both ends of side wall module, two roofs are put up on two hypotenuses of gable module, with two gable modules constitute a chevron space jointly, the roof has a hypotenuse and sloping roofing and contacts, the cellular concrete material module assembly that can rabbet each other who only adopts two kinds of shapes can accomplish, no matter is cast in situs or prefabricated, and all furthest has simplified the preparation degree of difficulty and construction process, has low cost, light, energy -conserving, the advantage that improves anti -seismic performance.

Description

Assembled honeycomb concrete material dormer window structure

Technical field

This utility model relates to building structure, particularly assembled honeycomb concrete material dormer window structure。

Background technology

Dormer window title follows the address of the dormer window that Western-style Western style building building structure protrudes from pitched roof in Shanhai, dormer window is generally of the vertical window similar to metope window, and in window both sides, there is vertical side wall, there is above side wall the top board of similar pitched roof roof shape。It is requisite that dormer window utilizes for the space that pitched roof produces, except the lighting and ventilation of the roof space produced for pitched roof, stiff roofing shape also can be made to rise and fall active, increase the aesthetic appearance of whole building, building entirety is had the powerful effect of crucial touch。

Traditional dormer window site operation process is more complicated, brings the increase of building cost to allow common local-style dwelling houses be difficult to random setting。

Such as, the open CN103967120A of Chinese patent, just describe the construction technology that prefabricated profiled dormer window and pitched roof are passed through connecting material adhesion。Obviously, it can only be particularly customized according to sloping roof structure, it is impossible to according to different domatic random application, and adds cost of transportation。

Therefore, current technology is still unable to reach that structure is attractive in appearance, technique simple and reduces the perfect coordination of cost。

In recent years, along with appearance with low cost, light, energy-conservation, the exsertile New honeycomb concrete material of shock resistance, bring great convenience and unlimited structural design space to dormer window construction。

Utility model content

This utility model purpose is in that, it is provided that a kind of assembled honeycomb concrete material dormer window structure, to simplify construction technology, reduces building cost pressure, can coordination structure is attractive in appearance preferably, the relation of construction technology and building cost。

According to assembled honeycomb concrete material dormer window structure of the present utility model, by the gable module composition of the side wall module of pair of parallel setting with the pair of parallel setting being seated on this side wall module；Described side wall module bottom is the hypotenuse matched with pitched roof inclination angle, and is located between this two purlin by two adjacent purlins supports of pitched roof；Described gable module is then vertically erected at the top margin two ends of described side wall module；Two ceiling module are put up on two hypotenuses of described gable module, collectively form a chevron space with described two gable modules；Described ceiling module and have one can be in mating connection with pitched roof inclination angle hypotenuse。

According to above-mentioned, described gable module two ends have eaves cantilever platform。

According to above-mentioned, between two parallel described side wall modules, and between two parallel described gable modules, it is respectively provided with the structure lacing wire of one or more。

According to above-mentioned, the described hypotenuse of described side wall module has the chimeric upper groove of the described purlin adjacent with described pitched roof two and low groove。

According to above-mentioned, described gable module base has gomphosis groove that can be chimeric with described side wall module top margin。

According to above-mentioned, one of described side wall module, gable module, ceiling module or whole inside modules also have structure steel mesh muscle。

This utility model beneficial effect: assembled honeycomb concrete material dormer window structure of the present utility model, the honeycomb concrete material module that can mutually rabbet only with two kinds of given shapes, it is accompanied by general ceiling module assembling can complete, it is no matter cast in situs or prefabricated, simplify manufacture difficulty and construction technology all to greatest extent, construction cost less than tradition wooden, steel or reinforced concrete dormer window 1/3rd, the selection for common local-style dwelling houses has prominent realistic meaning；Meanwhile, honeycomb concrete material is incomparable in the advantage traditional handicraft especially in low cost, light, energy-conservation, anti-seismic performance。

Accompanying drawing explanation

Fig. 1, is side wall module and gable modular structure and engomphosis relation schematic diagram；

Fig. 2, is the molding process schematic diagram of assembled honeycomb concrete material dormer window structure。

Description of reference numerals: side wall module 1, upper groove 11, low groove 12, structure lacing wire 13, gable module 2, go out eaves cantilever platform 21, gomphosis groove 22, structure lacing wire 23, ceiling module 3, purlin 4, pitched roof 5。

Detailed description of the invention

Referring to Fig. 1,2, assembled honeycomb concrete material dormer window structure of the present utility model, be made up of the side wall module 1 of pair of parallel setting and the gable module 2 of pair of parallel setting being seated on this side wall module 1；Described side wall module 1 bottom is the hypotenuse matched with pitched roof 5 inclination angle, this hypotenuse have can the upper groove 11 chimeric with pitched roof 5 purlin 4 and low groove 12, can be embedded in respectively on two purlins 4 up and down that pitched roof 5 two is adjacent；Described two gable modules 2 are vertically embedded in the top margin two ends of described both walls module 1；These gable module 2 two ends have eaves cantilever platform 21, go out eaves for roof supporting module；Described gable module 2 and described side wall module 1 are by being arranged on gomphosis groove 22 tabling of described gable module 2 lower limb；There is between two parallel described side wall modules 1 the structure lacing wire 13 of one or more, and there is between two parallel described gable modules 2 the structure lacing wire 23 of one or more；Two ceiling module 3 are put up on two hypotenuses of described gable module 2, collectively form a chevron space with two gable modules 2；Described ceiling module 3 has a hypotenuse with in mating connection with the inclination angle of described pitched roof 5 simultaneously。

According to intensity needs, structure steel mesh muscle (not shown) also can be set inside the module material of described side wall module 1, gable module 2 and ceiling module 3。

Claims

1. an assembled honeycomb concrete material dormer window structure, it is characterised in that be made up of the side wall module (1) of pair of parallel setting and the gable module (2) of pair of parallel setting being seated on this side wall module (1)；Described side wall module (1) bottom is the hypotenuse matched with pitched roof (5) inclination angle, and is located between this two purlin (4) by two adjacent purlins (4) supports of pitched roof (5)；Described gable module (2) is then vertically erected at the top margin two ends of described side wall module (1)；Two ceiling module (3) are put up on two hypotenuses of described gable module (2), collectively form a chevron space with described two gable modules (2)；Described ceiling module (3) and have one can be in mating connection with pitched roof (5) inclination angle hypotenuse。

2. assembled honeycomb concrete material dormer window structure according to claim 1, it is characterised in that described gable module (2) two ends have eaves cantilever platform (21)。

3. assembled honeycomb concrete material dormer window structure according to claim 1, it is characterized in that, between two parallel described side wall modules (1), and between two parallel described gable modules (2), it is respectively provided with the structure lacing wire (13,23) of one or more。

4. assembled honeycomb concrete material dormer window structure according to claim 1, it is characterized in that, the described hypotenuse of described side wall module (1) has the chimeric upper groove (11) of the described purlin (4) adjacent with described pitched roof (5) two and low groove (12)。

5. assembled honeycomb concrete material dormer window structure according to claim 1, it is characterised in that described gable module (2) base has gomphosis groove (22) that can be chimeric with described side wall module (1) top margin。

6. assembled honeycomb concrete material dormer window structure according to claim 1, it is characterized in that, one of described side wall module (1), gable module (2), ceiling module (3) or whole inside modules also have structure steel mesh muscle。