CN201495678U

CN201495678U - Energy-saving non-bearing wall body metal-mesh keel

Info

Publication number: CN201495678U
Application number: CN2009201041770U
Authority: CN
Inventors: 唐永亮
Original assignee: Individual
Current assignee: Individual
Priority date: 2009-08-18
Filing date: 2009-08-18
Publication date: 2010-06-02
Anticipated expiration: 2019-08-18

Abstract

The utility model discloses an energy-saving non-bearing wall body metal-mesh keel, which comprises a metal mesh main body, wherein the metal mesh main body is provided with continuous convex-concave structural bodies which are arranged at certain intervals. When constructing a non-bearing wall body, two convex-concave structural mesh body units are used for forming a plurality of bar-meshes and hollow mesh pore canals, and the surface of the convex-concave structural mesh body is coated with mortar to form a wall body, so the forming procedures of the keel and the weight of the wall body can be reduced, and the construction cost can be reduced. The energy-saving non-bearing wall body metal-mesh keel is applicable to the non-bearing wall body.

Description

Energy-conservation non-bearing wall body wire lath keel

Technical field

The utility model relates to a kind of keel that are used to build non-bearing wall body, has body a kind of energy-conservation non-bearing wall body wire lath keel of saying so, and has effectively avoided the weight and the cracking of body of wall.

Background technology

Traditional non-bearing wall body adopts brick to mix usually.Load is heavy, the moulding back wall is wide because brick masonry wall has, reduced defectives such as usable floor area, construction cost height.The prefabricated light body compoboard that provides batch production to produce in the market carries out connecting method, has not only overcome above-mentioned defective, but also has improved efficiency of construction.But because light body compoboard is a prefabrication, the continuation of the inherent cement of its light body compoboard is shunk, and when seam is smeared in the construction splicing, produces that new and old cement convergent force is unequal to cause that gaping of joints appears in light body compoboard, and this phenomenon is present insurmountable problem.For addressing this problem, adopt the body of wall of hollow site operation, the reinforcing bar keel frame that promptly has certain space thickness in the binding of the body of wall position of construction, wire lath by reinforcing bar keel frame both sides mounting plane, smear the non-bearing wall body of the capable one-tenth of system mortar face on its surface, solved the problem that the body of wall load heavily reaches cracking.Though the method is better than above-mentioned two kinds of measures,, cause the cost height because of having adopted a large amount of reinforcing bars and binding area.

Summary of the invention

In view of above-mentioned present situation, the utility model provides a kind of energy-conservation non-bearing wall body wire lath keel, has simplified the weight of keel molding procedure and body of wall, takes into account and has reduced construction cost.

The technical solution of the utility model is: a kind of energy-conservation non-bearing wall body wire lath keel comprise the wire lath body; Wherein, described wire lath body is one and has and be arranged in continuous convex-concave structure body at regular intervals.Like this, effectively utilized the convex-concave structure body on the wire lath body, substituted the intensity effect that reinforcing bar has, then a plurality of muscle nets and the hollow mesh road that is combined to form by the convex-concave structure body unit on two wire lath bodies.Therefore, the integral wall of smearing the mortar moulding is scraped on the keel surface that utilizes the convex-concave structure body to constitute.

According to such scheme, the cross section of the convex-concave structure body of wire lath body is trapezoidal shape, semi-circular shape or a triangle.

According to above-mentioned application characteristic, except that relating to wire lath, go back bamboo weaving dictyosome.Mainly require to select according to practice of construction.

In the utility model, the wire lath of indication is the dictyosome that adopts the machine establishment, or punch forming.

In a word, the energy-conservation non-bearing wall body wire lath keel that the utility model provides, because of adopting the convex-concave structure dictyosome of moulding, not only as the body of wall interior carrier, and have in light weight, its thickness of wall body is little 90 millimeters, and the two sides is smeared with concrete and made the type body of wall after installing, and does not ftracture after the mortar moulding easy to hang.Thereby the body of wall cost behind the integral construction is lower.

Description of drawings

Fig. 1 is the utility model structural representation;

Fig. 2, Fig. 3 are another embodiment of Fig. 1;

Fig. 4 is Fig. 1 reference diagram of constructing.

The specific embodiment

Embodiment further specifies the utility model below in conjunction with accompanying drawing.

Energy-conservation non-bearing wall body wire lath keel by shown in Figure 1 comprise wire lath body 1, and described wire lath body 1 is one to have and be arranged in continuous convex-concave structure body unit at regular intervals.In the present embodiment, the cross section of the convex-concave structure body on this wire lath body 1 is a trapezoidal shape.

During the construction of non-bearing wall body keel, the corresponding connection of the convexconcave part of two wire lath body 1 convex-concave structure body units back is formed a plurality of muscle nets and hollow mesh road.The main effect of wire lath body 1 is the carrier as the supporting body of body of wall inside and extension mortar.

According to above-mentioned application characteristic, wire lath body 1 of the present utility model also can be selected the bamboo weaving dictyosome for use except that selecting the metal dictyosome for use.When selecting the bamboo weaving dictyosome for use, its bamboo weaving dictyosome is a plane body, during the combination of two plane bodies, and is distributed with the pole location that forms certain space between two bodies.

See Fig. 2, shown in Figure 3ly provided the embodiment different with Fig. 1.The cross section of different the is convex-concave structure body of wire lath body 1 is a semi-circular shape and triangle.

See that Fig. 4 has provided the combined reference of Fig. 1.Select two wire lath bodies 1 of Fig. 1 same structure body, form a plurality of muscle nets 3 and hollow mesh road 2 according to the corresponding connection of the convexconcave part on it back, each muscle net 3 part adopts wire 4 to be bundled into one, promptly can be used as the wire lath keel of non-bearing wall body body of wall.

When being used for the non-bearing wall body wall construction, at first by back both sides, the ground of the specifying construction location hookup wire that draws; Equilateral L type keel (angle steel) vertically, laterally are installed along the line, are pressed the hookup wire line with the every 500mm fixed L of nailing type keel 3; Get above-mentioned binding all-in-one-piece wire lath keel, getting wire 4 equally, will to bundle the binding of all-in-one-piece wire lath keel and equilateral L type keel fixing, spacing 300mm; Mixed by 1: 1 with perlite with bonding mortar and to plaster, to fill out groove, dictyosome keel emboss pit is filled and led up; Fill out groove after 24 hours with 1: 3-1: 4 mortars bottoming; Feel secure after 24 hours and to finish the construction of non walling 4 with 1: 2.5 sand finish.

Claims

1. energy-conservation non-bearing wall body wire lath keel comprise the wire lath body; It is characterized in that described wire lath body (1) is one to have and be arranged in continuous convex-concave structure body at regular intervals.

2. by the described energy-conservation non-bearing wall body wire lath keel of claim 1, it is characterized in that the cross section of the convex-concave structure body of wire lath body (1) is trapezoidal shape, semi-circular shape or a triangle.