CN1341797A

CN1341797A - Auxiliary block of concrete small-size hollow block and its combination method for row of blocks

Info

Publication number: CN1341797A
Application number: CN 01110719
Authority: CN
Inventors: 翟晓莉; 于文江
Original assignee: Individual
Current assignee: Individual
Priority date: 2001-04-17
Filing date: 2001-04-17
Publication date: 2002-03-27
Anticipated expiration: 2021-04-17
Also published as: CN1128270C

Abstract

The present invention relates to a kind of auxiliary block of concrete small-sized hollow block with heat-insulating cavity and composite heat-insulating material and their combination arrangement construction method. It is aimed at up to down aligning heat-insulating wall and connecting rib of blocks, making heat-insulating cavity through from top to bottom and conveniently inserting the heat-insulating material, for example polystyrene board, into the heat-insulating cavity so as to produce heat-insulating and energy-saving action, at the same time the heat-insulating material of door and window end portion is not exposed, and has no influence on plastering construction of wall body.

Description

A kind of auxiliary block of concrete of small concrete hollow block and row's piece combined method thereof

The present invention relates to a kind of auxiliary block of concrete and row's piece combined method thereof of small concrete hollow block, but promptly have the auxiliary block of concrete of small concrete hollow block body of wall of compound insulating material of incubation cavity and the row's piece combined method that cooperates with main building block thereof.

At present, the small concrete hollow block of standard is used for the building structure exterior wall, and heat insulation effect does not reach energy-conservation 50% requirement of national regulation, and heat insulation effect is undesirable.

The objective of the invention is to: but row's piece combined method of overlapping auxiliary block of concrete and cooperating with main building block is provided for the small concrete hollow block of the compound insulating material of band incubation cavity 3, when making building construction, the heat insulation wall 2 of epithelium building block aligns with the heat insulation wall of hypodermis building block, the linking rib 1 of epithelium building block aligns with the linking rib of hypodermis building block, the incubation cavity up/down perforation, heat insulating materials such as polyphenyl plate can insert in the incubation cavity very easily, reach the purpose of insulation.Door and window hole end heat insulating material does not expose simultaneously, does not influence the plastering construction of body of wall.

The present invention is achieved in that what described auxiliary block of concrete was made up of the small concrete hollow block of standard and auxiliary block of concrete thereof and two or three linking ribs and one or two heat insulation walls.Linking rib connects into integral body with the small concrete hollow block of heat insulation wall and standard and the bar face 4 of auxiliary block of concrete thereof, and linking rib is vertical with the bar face, and heat insulation wall is parallel with the bar face.Wherein the small concrete hollow block of standard and auxiliary block of concrete thereof divide two kinds of single pass and double passes.See Fig. 3～Figure 17 for details.Fig. 1 and Fig. 2 are main building block.

Described row's piece combined method, by T-shaped wall facade row piece (Figure 22), external corner wall facade row piece (Figure 23), inner corner trim wall facade row piece (Figure 24), wall between windows facade row piece (Figure 25), 300mm exceed girder connection (Figure 26), the high collar tie beam node of 300mm (Figure 27), 400mm exceeds girder connection (Figure 28) and the high collar tie beam node of 400mm (Figure 29) is formed.Wherein the collar tie beam node sees Figure 18～Figure 21 for details with the auxiliary block of concrete of crossing girder connection.Figure 30 is an external corner wall construction example.

Claims

1, can insert 29 auxiliary block of concrete of the small concrete hollow block of heat insulating materials such as polyphenyl plate during a kind of construction with incubation cavity, and 8 kinds of row's piece combined methods that cooperate with main building block.

2,29 auxiliary block of concrete according to claim 1, it is characterized in that: form by the small concrete hollow block of standard and auxiliary block of concrete thereof and two or three linking ribs and one or two heat insulation walls, linking rib connects into integral body with the small concrete hollow block of heat insulation wall and standard and the bar face of auxiliary block of concrete thereof, and heat insulation wall is parallel with the bar face, linking rib is vertical with the bar face, and wherein the small concrete hollow block of standard and auxiliary block of concrete thereof divide two kinds in single row of holes and double hole.

3,8 kinds of row's piece combined methods according to claim 1, it is characterized in that: during construction, the heat insulation wall of epithelium building block aligns with the heat insulation wall of hypodermis building block; The linking rib of epithelium building block aligns with the linking rib of hypodermis building block, and the incubation cavity up/down perforation can insert heat insulating materials such as polyphenyl plate.These 8 kinds row's piece combined methods are: T-shaped wall facade row piece (Figure 22), external corner wall facade row piece (Figure 23), inner corner trim wall facade row piece (Figure 24), wall between windows facade row piece (Figure 25), 300mm exceed girder connection (Figure 26), the high collar tie beam node of 300mm (Figure 27), 400mm and exceed girder connection (Figure 28) and the high collar tie beam node of 400mm (Figure 29).