CN202347733U

CN202347733U - Connecting structure of composite nonmetal fiber ribs in thermal insulation sandwich board

Info

Publication number: CN202347733U
Application number: CN2011204822914U
Authority: CN
Inventors: 俞大有; 张剑
Original assignee: CHANGSHA YUANDA RESIDENTIAL INDUSTRIAL Co Ltd
Current assignee: Changsha Broad Homes Industrial Group Co Ltd
Priority date: 2011-11-01
Filing date: 2011-11-29
Publication date: 2012-07-25
Anticipated expiration: 2021-11-29

Abstract

Provided is a connecting structure of composite nonmetal fiber ribs in a thermal insulation sandwich board. The composite nonmetal fiber ribs disposed in groups at a certain angle are arranged in a slant and bi-directional mode, two ends of the composite nonmetal fiber ribs are respectively fixed on an inner wallboard and an external wallboard of the thermal insulation sandwich board, and the composite nonmetal fiber ribs arranged in groups in the slant and bi-directional mode are vertically and horizontally arranged at angles ranging from 10 degrees to 100 degrees. The composite nonmetal fiber ribs are basalt fiber ribs or glass fiber composite fiber ribs. The connecting structure of the composite nonmetal fiber ribs in the thermal insulation sandwich board effectively avoids vertical and horizontal sliding of the inner wallboard and the external wallboard of the thermal insulation sandwich board, guarantees that large displacement of the inner wallboard and the external wallboard of the sandwich board cannot occur and guarantees co-working, the tensile press-resistant performances are good, and the thermal engineering performance of the sandwich board is improved.

Description

The syndeton of composite non-metal fiber muscle in insulation sandwich board

Technical field

The utility model relates to construction engineering technical field, is specifically related to the syndeton of a kind of composite non-metal fiber muscle in insulation sandwich board.

Background technology

Composite Technologies Corporation (CTC) is founded in 1900 by Robert T.Long.His innovative thinking and original paper make THERMOMASS building insulation system obtain long term growth.

The core of THERMOMASS system is a kind of patented product-long fibre composite connector, be used for through prebored hole, prefabricated, extrude the Tao Shi product two layer concretes structurally linked together.Utilization has the fiber composite connector of insulation and corrosion resistance; Can on the whole exterior wall of building, make up the continuous thermally insulating housing of one deck; So just can make up an almost energy-efficient building system of Maintenance free; This system not only can effectively resist fungi, and can fire prevention, antidetonation, anti-hurricane and cyclone.

The shortcoming of this system is to adopt the glass fiber muscle; The vertical inside and outside wall board that inserts wallboard connection sandwiched plate; The method of this layout fiber muscle causes between the inside and outside wall board that to produce the probability that slides each other big, vertically insert fiber muscle opposing shearing ability a little less than, big to the structural safety influence.

Summary of the invention

The utility model technical problem to be solved is: solve the problem that above-mentioned prior art exists; And the syndeton of a kind of composite non-metal fiber muscle in insulation sandwich board is provided; Effectively opposing insulation sandwich board inside and outside wall board is in slippage vertical, horizontal both direction; Guarantee not to be subjected to displacement and co-operation between inside and outside two wallboards of sandwiched plate, the tension compressive property is good, improves the thermal property security performance of sandwiched plate.

The technical scheme that the utility model adopts is: adopt the oblique bidirectional arrangements of the fiber of composite non-metal in groups muscle of arranging at an angle, the two ends of composite non-metal fiber muscle are separately fixed on the inside and outside wallboard of insulation sandwich board.

In the technique scheme, 10 ° of-100 ° of angles are vertical, horizontal bidirectional arrangements in order to be for the oblique bidirectional arrangements of the described fiber of composite non-metal in groups muscle.

In the technique scheme, described composite non-metal fiber muscle is basalt fibre muscle or glass fiber composite fibre muscle.

Operating principle and advantageous effect:

1, utilizing triangular structure is stable structure form principle, through arranging the triangular structure body at different directions, guarantees not to be subjected to displacement between the inside and outside two boards of sandwiched plate.

2, through arranging the fiber muscle at an angle, can be decomposed into horizontal shearing force tensile stress and compressive stress, give full play to good tension of fiber muscle and compressive property.

3, adopt the inside and outside plate of the excellent fiber muscle connection sandwiched plate of thermal property, improve the thermal property of sandwiched plate.

4, the utility model adopts the fiber of composite non-metal in groups flaccidity of tendon and muscle, the horizontal bidirectional arrangements of arranging at an angle.Effectively opposing sandwiched plate inside and outside wall board has guaranteed the co-operation of inside and outside wall board in slippage vertical, horizontal both direction.

Description of drawings:

Fig. 1 is the utility model structural representation.

Among the figure, 1-sandwiched plate exterior wall, 2-adiabator plate, 3-sandwiched plate interior wall, 4-composite non-metal fiber muscle.

The specific embodiment:

Referring to Fig. 1; The syndeton of composite non-metal fiber muscle in insulation sandwich board of the utility model is: adopt the oblique bidirectional arrangements of the fiber of composite non-metal in groups muscle of arranging at an angle; The two ends of composite non-metal fiber muscle are separately fixed on the inside and outside wallboard of insulation sandwich board; The described fiber of composite non-metal in groups muscle is arranged as in twos and is vertical, the horizontal bidirectional arrangements in 10 ° of-100 ° of angles, and described composite non-metal fiber muscle is basalt fibre muscle or glass fiber composite fibre muscle.

Claims

1. the syndeton of a composite non-metal fiber muscle in insulation sandwich board; It is characterized in that: adopt the oblique bidirectional arrangements of the fiber of composite non-metal in groups muscle of arranging at an angle, the two ends of composite non-metal fiber muscle are separately fixed on the inside and outside wallboard of insulation sandwich board.

2. the syndeton of composite non-metal fiber muscle according to claim 1 in insulation sandwich board is characterized in that: the described fiber of composite non-metal in groups muscle is arranged as in twos and is vertical, the horizontal bidirectional arrangements in 10 ° of-100 ° of angles.

3. the syndeton of composite non-metal fiber muscle according to claim 1 in insulation sandwich board is characterized in that: described composite non-metal fiber muscle is basalt fibre muscle or glass fiber composite fibre muscle.