CN205776983U - A kind of band crab-bolt half dry Gypsum Fibrosum veneer - Google Patents

Abstract

A kind of band crab-bolt half dry Gypsum Fibrosum veneer, this veneer one side is flat surface, have on opposite side and stretch out the crab-bolt that plate face is reserved, crab-bolt bar is embedded in Gypsum Fibrosum veneer, the fleece of plate two sides configuration, the fleece degree of depth is away from plate surface 2mm 3mm, and crab-bolt root eyelet is arranged in outside fleece, crab-bolt is uniformly to arrange on plate face, crab-bolt band steel core；The utility model has the advantage of, this plate uses as eaves template in cast in place reinforced bar concrete wall, have both indoor plastering decorative layer function, gypsic horizon has respiratory function, than on concrete wall the house health of Puttying livable；The breakthrough of half bore Gypsum Fibrosum sheet making technical research and extending uses, and overcomes Gypsum Fibrosum cavity plate crack, Gypsum Fibrosum veneer bonds loosely with concrete layer, hollowing problem, and house mode of construction industrialization level increases substantially.

Description

A kind of band crab-bolt half dry Gypsum Fibrosum veneer

Technical background

Currently there iing earthquake protection area, building agent structure many employings reinforced concrete structure of big scale of construction ordinary residence, build Make technique and be divided into 1. tradition engineering method: i.e. on-the-spot formwork casting reinforced concrete shear wall and template；The most prefabricated engineering method: i.e. will lead in factory Body structure precast block Cheng Qiang, beam, plate, post, ladder cast-in-site node；3. half prefabricated engineering method: i.e. in factory by prefabricated for floor one Half thickness, reserves floor layer second half concrete of structure reinforcing bars cast-in-site.It is the required decoration of floor that three kinds of engineering methods exist common weakness Function is intended to operation by hand and is overlapped, and as only in the Puttying of concrete surface, the livable property of house is the poorest, as plastered at soffit Industrialization level is the lowest, and the most common weakness of engineering method is that prefabricated concrete element need are steam-cured, energy consumption is high, input is high, and weakness 2. is Generally robust and anti-seismic performance is not so good as reinforced concrete integral cast-in-situ engineering method.

Developed countries house mode of construction industrialization and energy-conservation, lower consumption, recycle, start to walk in terms of environmental conservation Relatively early, power plant desulfurization gypsum regeneration, manufacture house components applied research in middle small volume house non-structural stress position Relatively deep, Australia, the United Arab Emirates make Gypsum Fibrosum single-chamber plate, in existing more than the 20 year history of middle small volume Discussion on architecture eaves application, do not have There is record of bad behavior.

In house mode of construction industrialization and residential housing four save green technology system research and development, develop factory's metaplasia Produce Gypsum Fibrosum component to configure with cast-in-situ reinforced concrete agent structure technological process, carry out the housing industrialization technology body of integrated installation System.At Gypsum Fibrosum veneer as there being decoration functions template integrated installation that reality application finding, concrete building plate vibrates in concrete cast, The problem that pressure capability is weak is produced when the anti-concrete of Gypsum Fibrosum veneer vibrates.Its shortcoming shows themselves in that one in Cast-in-place concrete vibrating time length or power Spending big position, its concrete pressure can make plasterboard fine cracks occur.The Gypsum Fibrosum veneer of two surfacings and Cast-in-place concrete contact surface It is firmly bonded degree the strongest.Three Gypsum Fibrosum veneer alternate template application pour concretes, have between spine support position and Os Draconis spacing Wet soft deformation and dry rear intensity are recovered, and cause local hollowing.

Summary of the invention

Present invention aim at providing a kind of band crab-bolt half dry Gypsum Fibrosum veneer.Described band crab-bolt Gypsum Fibrosum veneer is tool There are the decorative layer function of house cast in place reinforced bar soffit, template function；There is batch production prefabricated, integrated installation；Energy-conservation, low Consume, recycle, environmental protection；Characteristic livable, firm, attractive in appearance, economical and practical, for Novel residence industrialized building system.

The present invention is achieved by the following technical solutions, and a kind of band crab-bolt half dry Gypsum Fibrosum veneer, is that one has The template of the cast in situ concrete floor of decoration functions, this veneer one side be flat surface, opposite side has to stretch out plate face reserved Crab-bolt, crab-bolt pole-footing portion is embedded in Gypsum Fibrosum veneer, plate two sides configuration fleece.

Further, the fleece degree of depth is away from plate surface 2mm-3mm.

Further, crab-bolt root eyelet is arranged in outside fleece.

Further, crab-bolt is uniformly to arrange on plate face, crab-bolt band steel core.

It is an advantage of the current invention that this band crab-bolt Gypsum Fibrosum veneer uses as cast in situ concrete floor template, have both indoor Plaster at the bottom of floor decorative layer function, gypsic horizon has respiratory function, more livable than the house health in Puttying at the bottom of concrete building plate；Band anchor The breakthrough of bolt Gypsum Fibrosum sheet making technical research and extending uses, overcome Gypsum Fibrosum crack, Gypsum Fibrosum veneer bonds loosely with concrete layer, Hollowing problem.House mode of construction industrialization level increases substantially.

Accompanying drawing explanation

Fig. 1 is one band crab-bolt Gypsum Fibrosum single plate structure schematic perspective view of the present invention.

In figure: 1, veneer burnishing surface；2, fleece；3, crab-bolt；4, eyelet

Detailed description of the invention

Present invention is described below in conjunction with the accompanying drawings, and the description of this part is only exemplary and explanatory, should be to this The protection domain of invention has any restriction effect.

Band crab-bolt half dry Gypsum Fibrosum veneer as shown in Figure 1, this veneer one side is flat surface 1, on the other side one The crab-bolt 3 stretching out plate face is had on face；In one end embedment Gypsum Fibrosum veneer of crab-bolt 3, the other end stretches out plate face and enters cast-in-situ concrete floor Layer.Fiber web layer 2 is joined on veneer two sides, increases Gypsum Fibrosum veneer breaking resistance；Gypsum Fibrosum single plate double side is joined fleece and is also solved local The hollowing problem that deformation causes.Fiber web layer is deep away from veneer surface 2mm.Crab-bolt is uniformly arrangement on plate face, up and down Spacing 300mm.

Crab-bolt 3 is spike-shaped, root band eyelet, and crab-bolt 3 bar portion wears plasterboard and is embedded in plate, and eyelet cloth is at fleece Outward, for strengthening the anchoring ability of plate body and concrete floor.

This band crab-bolt half dry Gypsum Fibrosum veneer is permanent with indoor plastering decoration functions layer of a kind of prefabrication Property cast in situ concrete floor body template, different in general template or plasterboard, due to this plate construction feature, pour concrete can be regarded Time template use, do not pull down template after pouring concrete, and continue to use as surface layer, save plastering on inner walls, reach to decorate Function.

It is an advantage of the current invention that the Gypsum Fibrosum veneer of half dry band crab-bolt is placed on the Os Draconis of cast in situ concrete floor, Crab-bolt enters cast-in-situ concrete floor layer, makes Gypsum Fibrosum veneer and concrete building plate sound construction, and this technique eliminates cast-in-situ concrete floor bottom surface Template.Gypsic horizon has respiratory function, and ratio is in concrete building plate bottom surface Puttying technique, and comfortable for living is healthy；Ratio laminated floor slab technique Save steam-cured link, energy-conservation, material-saving, low cost.

Band crab-bolt Gypsum Fibrosum veneer extensively can be applied at cast in situ concrete floor, beam base plate, stair base plate position.Veneer profit Manufacture with desulfurated plaster regeneration β Gypsum Fibrosum, be to recycle.Gypsum Fibrosum veneer easily cuts, it is easy to building is fine builds.Half dry band Crab-bolt Gypsum Fibrosum veneer can produce on edge-on vibrations die station production line in factory, and after producing into plate, table top is edge-on to be holded up, it is simple to become Plate transports, and industrialization level is high.

Claims (4)

1. a band crab-bolt half dry Gypsum Fibrosum veneer, is the template of a kind of cast in situ concrete floor with decoration functions, its Being characterised by, this veneer one side is flat surface, opposite side has and stretches out the crab-bolt that plate face is reserved, and crab-bolt pole-footing portion is embedded in stone In cream veneer, the fleece of plate two sides configuration.

2. a kind of band crab-bolt half dry Gypsum Fibrosum veneer as claimed in claim 1, it is characterised in that the described fleece degree of depth Away from plate surface 2mm-3mm.

3. a kind of band crab-bolt half dry Gypsum Fibrosum veneer as claimed in claim 1, it is characterised in that crab-bolt root eyelet is arranged Outside fleece.

4. a kind of band crab-bolt half dry Gypsum Fibrosum veneer as claimed in claim 1, it is characterised in that crab-bolt is equal on plate face Even arrangement, crab-bolt band steel core.