CN201495673U

CN201495673U - Perlite-and-polyphenyl composite filling block

Info

Publication number: CN201495673U
Application number: CN2009203087209U
Authority: CN
Inventors: 杨晓宏
Original assignee: Individual
Current assignee: Individual
Priority date: 2009-08-25
Filing date: 2009-08-25
Publication date: 2010-06-02
Anticipated expiration: 2019-08-25

Abstract

A perlite-and-polyphenyl composite filling block is a cuboid with a rectangular top surface, and is formed by a rectangular expanded perlite condensation block body and a polyphenyl board; a plastic rubber belt is wrapped on the outer surface of the block; a positioning metal wire is preembedded in the expanded perlite condensation block body; the bottom of the positioning metal wire is U-shaped; and two ends of the positioning metal wire face upward, penetrate the expanded perlite condensation block body and extend to the outer side of the plastic rubber belt. The perlite-and-polyphenyl composite filling block has the advantages of low cost, light deadweight, low possibility of breakage, and high combustion and deformation resistances, and can efficiently solve the problem that the block easily absorb water; and after the perlite-and-polyphenyl composite filling block is pre-embedded in a floor, the concrete consumption amount of the floor can be reduced, the weight of the floor can be reduced and the whole deadweight of the building structure can be reduced, so that not only is the bearing force of the floor not reduced, and the integral consumption of steel bars of the floor and the building can be reduced.

Description

The perlite polyphenylene compound filling piece

Technical field

The utility model relates to a kind of light-weight building member.

Background technology

The well known materials of filling in floor at present, has thin-wall hollow pipe, thin-wall box body, polyphenyl block etc.Above-mentioned packing material cost is higher, and first and second kind material weight is bigger, cracky when construction, and water absorption rate is big, as the hydroelectric line intractable in the floor; The third material is inflammable yielding.Because three kinds of materials all have defective in various degree, so that floor alleviates the purpose of dead load has a greatly reduced quality.

The utility model content

In order to overcome the deficiencies in the prior art, the utility model provides a kind of perlite polyphenylene compound filling piece, solve that floor packing material weight is big, cracky, water absorption rate are big when construction, meet pipeline intractable and inflammable yielding problem.

For achieving the above object, the utility model adopts following technical scheme:

A kind of perlite polyphenylene compound filling piece, for end face is the cuboid of rectangle, it is characterized in that: block is formed by stacking up and down by rectangle expanded perlite cohesion block and polyphenyl plate, block external surface looping has plastic adhesive tape, wherein be embedded with the location wire in the expanded perlite cohesion block, locate bottom wiry and take the shape of the letter U, locate the outside that two ends wiry are upward through expanded perlite cohesion block, extend to plastic adhesive tape.

The boundary of the bottom surface of described cuboid and four vertical planes is inclined-plane or arcwall face, and four base angles are Eight characters chamfering or arc chord angle.

Compared with prior art the utlity model has following characteristics and beneficial effect:

The utility model is poured in the forcing press mould after adopting light material perlite particle and a certain amount of cementitious material to stir, implant the location wire simultaneously, become expanded perlite cohesion block through mechanical compaction, the compound more certain thickness polyphenyl plate in bottom, external surface is all tight with the adhesive tape parcel, and it is with low cost, and it is lighter to conduct oneself with dignity, so because be solid material anti-trampling of when construction, not cracky.Its described location wire can be directly and the top mat sheet colligation of floor firm, in case block displacement when concreting, so saved additional spacer bars consumption; Not only the light weight valency is low for the expanded perlite cohesion block on top, and nonflammable, not yielding; The compound polyphenyl plate in bottom can make the deadweight of whole block lighter, meets the groove that hydroelectric line in the plate also can be severed certain depth fast in the polyphenyl plate bottom, and pipeline is crouched in the groove easily; The plastic adhesive tape that the outside coats can effectively solve the block problem of suction easily.

The utility model is embedded in the perlite polyphenylene compound filling piece in the floor, can reduce the concrete amount of floor, alleviates the weight of floor, reduces the integral body deadweight of fabric structure.The utility model not only makes the bearing capacity of floor can not reduce, and can also reduce the amount of reinforcement of floor and whole building.

Description of drawings

The utility model is described in more detail below in conjunction with accompanying drawing.

Fig. 1 is the structural representation of perlite polyphenylene compound filling piece.

Fig. 2 is the schematic top plan view of Fig. 1.

Fig. 3 is a structural representation of using the filled floor of perlite polyphenylene compound filling piece.

Fig. 4 is the structural representation in filled floor cross section.

Fig. 5 is the construction flow chart of filled floor.

Reference numeral: reinforcing bar, 8-plate face reinforcing bar, 9-hydroelectric line, 10-anti-floating galvanized wire, 11-perlite polyphenylene compound filling piece at the bottom of 1-expanded perlite cohesion block, 2-location wire, 3-polyphenyl plate, 4-plastic adhesive tape, 5-Eight characters chamfering, 6-cushion block, the 7-plate.

The specific embodiment

The embodiment of perlite polyphenylene compound filling piece is referring to Fig. 1, shown in Figure 2, for end face is the cuboid of rectangle, it is characterized in that: block is formed by stacking up and down by rectangle expanded perlite cohesion block 1 and polyphenyl plate 3, block external surface looping has plastic adhesive tape 4, wherein be embedded with location wire 2 in the expanded perlite cohesion block 1, the bottom of location wire 2 takes the shape of the letter U, and the two ends of location wire 2 are upward through expanded perlite cohesion block 1, extend to the outside of plastic adhesive tape 4.The boundary of the bottom surface of described cuboid and four vertical planes is inclined-plane or arcwall face, and four base angles are Eight characters chamfering 5 or arc chord angle.Present embodiment is a cuboid, and the length of described block 1 is 200～800mm, and wide is 200～800mm, and general length equals wide, is square, but in particular cases also can be rectangle.The thickness of described polyphenyl plate can be decided according to the diameter of hydroelectric line, and the thickness that the thickness of block adds polyphenyl plate is thickness of the present utility model, can decide according to the thickness of floor.

The filled floor of using the perlite polyphenylene compound filling piece is referring to Fig. 3, Fig. 4, the preparation method of this perlite polyphenylene compound filling piece, and its making step is as follows:

Step 1, expanded perlite granule and cementitious material are stirred into the expanded perlite compound in proportion; Described cementitious material can be 40 webers for viscosity. degree or 42.5 Portland cement, and expanded perlite granule and 42.5 Portland cement weight ratio are 3: 1; Described expanded perlite granule bulk density is not less than 150kg/m3, and granularity 0.15mm sieve aperture throughput is not more than 4%, and 5mm sieve aperture throughput is not more than 2%.

Described cementitious material can be water glass, and expanded perlite granule and water glass weight ratio are 4: 1; Described expanded perlite granule bulk density is not less than 150kg/m3, and granularity 0.15mm sieve aperture throughput is not more than 4%, and 5mm sieve aperture throughput is not more than 2%.

Step 2, the expanded perlite compound is poured in the forcing press mould, according to the degree of depth of the thickness adjusted forcing press mould that will suppress block;

Step 3, will exceed forcing press mould unnecessary expanded perlite compound suitable for reading and wipe off, implant two groups of location wires 2 at the block diagonal position simultaneously;

Step 4, forcing press oil cylinder are up and down started working, and the expanded perlite compound is pressed into expanded perlite cohesion block 1;

Step 5, upper cylinder lift, and following oil cylinder condenses block with expanded perlite and ejects;

Step 6, expanded perlite is condensed block carry out maintenance;

Step 7, polyphenyl plate 3 is cut into and the onesize sectional dimension of expanded perlite cohesion block;

Step 8, expanded perlite is condensed block 1 and polyphenyl plate 3 is combined with each other, down, external surface all wraps up tightly with plastic adhesive tape 4 expanded perlite cohesion block 1 then in last, polyphenyl plate 3, and perlite polyphenylene compound filling piece 11 completes.

Referring to Fig. 5, use the filled floor plate construction method of perlite polyphenylene compound filling piece, its construction sequence is as follows:

Step 1, a floor mould; During formwork template should with beam arch camber 2-3 ‰ simultaneously.

Step 2, on the base plate of template unwrapping wire;

Step 3, at the bottom of laying plate on the base plate of template reinforcing bar 7, reinforcing bar 7 at the bottom of the colligation plate;

Step 4, lay hydroelectric line 9 at design attitude; Cut out groove in perlite polyphenylene compound filling piece 11 bottoms, hydroelectric line 9 is embedded in the groove of perlite polyphenylene compound filling piece 11.

Step 5, on reinforcing bar 7 at the bottom of the colligation plate, put at interval perlite polyphenylene compound filling piece 11;

Step 6, on perlite polyphenylene compound filling piece 11, place cushion block 6;

Step 7, on cushion block 6, lay plate face reinforcing bar 8, and colligation plate face reinforcing bar 8, with the

location wire

2 and 8 colligations of plate face reinforcing bar of perlite polyphenylene compound filling piece 11;

Step 8, colligation anti-floating galvanized wire; Punching to bed die in four jiaos of places at each perlite polyphenylene compound filling piece 11, catches the intersection point place of plate face reinforcing bar 8 with anti-floating galvanized wire 10, and pass the hole and the stubborn jail of bottom scaffold of soffit formwork.

Step 9, foreign material in the mould are blown clean;

Step 10, in mould concreting, the floor moulding; Concrete divides two-layer building, and in time vibrates after first floor is built, and makes the plate base concrete closely knit, and then builds second layer concrete.

Step 11, floating in slab surfaces.

Claims

1. perlite polyphenylene compound filling piece, for end face is the cuboid of rectangle, it is characterized in that: block is formed by stacking up and down by rectangle expanded perlite cohesion block (1) and polyphenyl plate (3), block external surface looping has plastic adhesive tape (4), wherein be embedded with location wire (2) in the expanded perlite cohesion block (1), the bottom of location wire (2) takes the shape of the letter U, and the two ends of location wire (2) are upward through expanded perlite cohesion block (1), extend to the outside of plastic adhesive tape (4).

2. perlite polyphenylene compound filling piece according to claim 1 is characterized in that: the boundary of the bottom surface of described cuboid and four vertical planes is inclined-plane or arcwall face, and four base angles are Eight characters chamfering (5) or arc chord angle.