CN207244985U

CN207244985U - A kind of module connection structure

Info

Publication number: CN207244985U
Application number: CN201721108696.5U
Authority: CN
Inventors: 余军辉; 林志丹
Original assignee: Qingyuan Siqiqi New Mstar Technology Ltd
Current assignee: Qingyuan Siqiqi New Mstar Technology Ltd
Priority date: 2017-08-31
Filing date: 2017-08-31
Publication date: 2018-04-17
Anticipated expiration: 2027-08-31

Abstract

The utility model discloses a kind of module connection structure, including it is installed on the metal mesh on the inside of building heat preservation module board；And be installed on metal mesh and one end it is embedding go out building heat preservation module board outside three row's PC plastic buttons；The PC plastic, which is buckled in outside building heat preservation module board, offers two hexagonal through holes；Its described hexagonal through hole close to each other of PC plastic button described in two faces is connected by iron wire of shaping；Its top PC plastic button of upper its bottom PC plastic button of a building heat preservation module board and next building heat preservation module board is fixed by upper and lower plates iron wire；The adjacent building heat preservation module board in left and right is arranged the PC plastic button close to each other and is fixed by left and right plate iron wire among it.The module connection structure of the utility model, using setting PC plastic button between two plates, and is interlocked, simple in structure, stability is strong, and flameproof effect is good by iron wire.

Description

A kind of module connection structure

Technical field

It the utility model is related to a kind of heat-preserving building wall component, and in particular to a kind of module connection structure, belongs to insulation and build Walling component technology field.

Background technology

Existing building heat preserving measure is some domestic granddads in addition by being realized in wall outer patch thermal insulation material mostly Department also develops some heat preservation modules for building and is mainly used in architectural engineering in succession, can play insulation, cool in summer and warm in winter Effect, and built speed is greatly speeded up, time and cost of labor are saved, the heat-preserving building module occurred on domestic market Mainly carry out integrated molding using PS foams to be made, therefore the structure connected between two boards is mainly PS foams；It is external Also it is PC plastic to have similar heat-preserving building module but the structure of its internal connection；It is connected among domestic construction module by PS foams Connect, such a structure there are it is obvious the defects of；When meeting fire, the foam of inside connection easily conducts heat thawing, so as to cause larger danger Evil, in addition inside foam connection can make inside modules intensity small, in construction building since stirring is subject to shatter more energetically, Construction fire-proof and thermal-insulation and intensity requirement are not met；Connected inside external correlation building block by PC plastic, although can be to avoid biography Heat problem and easily shatter problem but cost is higher and do not meet the traditional concept of compatriots and be difficult to be received.

Utility model content

To solve the above problems, the utility model proposes a kind of module connection structure, two plate of building block is passed through into PC Plastic button and iron wire interlock；Can shatter problem to avoid heat transfer problem and easily, at the same cost compare it is relatively low.

The module connection structure of the utility model, including it is installed on the metal mesh on the inside of building heat preservation module board；And installation In on metal mesh and one end it is embedding go out building heat preservation module board outside three row's PC plastic buttons；The PC plastic is buckled in building heat preservation Two hexagonal through holes are offered outside module board；Its described hexagonal through hole close to each other of PC plastic button described in two faces passes through sizing Iron wire connects；Its top of upper its bottom PC plastic button of a building heat preservation module board and next building heat preservation module board PC Plastic button is fixed by upper and lower plates iron wire；The adjacent building heat preservation module board in left and right arranges PC modelings close to each other among it Material button is fixed by left and right plate iron wire.

As preferred embodiment, the PC plastic button includes being connected in the disk at the metal mesh back side, and with disk one System into and pour the interior rectangular sheet on the inside of building heat preservation module board, and be made into integration with interior rectangular sheet and it is embedding go out building heat preservation Outer rectangular sheet on the outside of module board；The two hexagonal through holes are opened on outer rectangular sheet.

As preferred embodiment, the wafer radius is 2cm, thickness 0.4cm；The interior rectangle leaf length is 2.8mm；The outer rectangle leaf length is 1.6mm；The interior rectangular sheet and outer rectangular sheet width are 1.2cm, thickness 0.4cm.

As preferred embodiment, ramp has also been made into integration between the disk and interior rectangular sheet.

As preferred embodiment, the sizing iron wire radial section is hexagon, is installed on most upper row PC plastic Multiple protrusions being folded up are provided with the sizing iron wire of button, reinforcing bar is placed between the two adjacent protrusions；Installation In the remaining sizing iron wire for arranging the PC plastic button right-angle head is converted into for vertical bar both ends；Sizing iron wire section is designed to six sides Shape, iron wire are not easy to be pulled off, and of low cost, and the PC plastic that two boards are clasped with iron wire is buckled, and wherein iron wire hole is hexagon, Hexagon can prevent iron wire from opposite rolling occurring in button hole after clasping, further improve the stability of two plates；It is oriented on iron wire Upper folding obtains multiple protrusions, and groove is formed between multiple protrusions can place reinforcing bar, and structure protruding upward can be to prevent Only iron wire is opened when being subject to more energetically (when such as being stirred with stirring rod).

As preferred embodiment, the protrusion is provided with four；Four protrusions form three grooves, middle The wide 3cm of groove, the width of the groove of both sides is 1.5cm, and the protrusion height is 1.5cm, it is generally used for load-bearing Wall mold cavity configuration.

As preferred embodiment, the protrusion is provided with two；Width is 1.5cm between two protrusions, described convex It is 1.5cm to go out height, it is generally used for partition wall mold cavity configuration

Compared with prior art, the module connection structure of the utility model, has the following advantages：

The module connection structure of the utility model, available for original PS coupling parts in building block, are replaced, makes Interlocked, conducted heat when can prevent fire and in construction building caused by stirring is subject to more energetically by iron wire between two plates Module shatters the generation of phenomenon, and meets traditional architecture concept, is easily received by broad masses；PC plastic button material is heavily fortified point Hard PC engineering plastics, manufactured plastic button have high intensity, and high rigidity, high impact, use temperature range are wide, height The advantages that transparency, shaping shrinkage rate are low, good stability of the dimension.

Brief description of the drawings

Fig. 1 is the module connection structure integral installation structure diagram of the utility model.

Fig. 2 is the PC plastic buckle structure schematic diagram of the module of the utility model.

Fig. 3 is that the module of the utility model is applied to load bearing wall mold cavity configuration schematic diagram.

Fig. 4 is that the module of the utility model is applied to partition wall mold cavity configuration schematic diagram.

Embodiment

Embodiment 1：

As shown in Figure 1, the module connection structure of the utility model, including it is installed on the metal on the inside of building heat preservation module board Net 1；And be installed on metal mesh and one end it is embedding go out building heat preservation module board outside three row's PC plastic buttons 2；The PC plastic button 2 Two hexagonal through hole 2d are offered outside building heat preservation module board；PC plastic button 2 described in two faces its close to each other described six Angle through hole 2d is connected by iron wire 3 of shaping；Upper its bottom PC plastic button 2 of a building heat preservation module board 1 described is built with next Heat preservation module plate 1 its top PC plastic button 2 is built to fix by upper and lower plates iron wire 4；The adjacent building heat preservation module board 1 in left and right its The intermediate row PC plastic button 2 close to each other is fixed by left and right plate iron wire 5.

As shown in figure 3, the PC plastic button 2 includes the disk 2a for being connected in the metal mesh back side, and it is made into integration with disk And pour the interior rectangular sheet 2b on the inside of building heat preservation module board, and be made into integration with interior rectangular sheet and it is embedding go out building heat preservation module Outer rectangular sheet 2c on the outside of plate；The two hexagonal through hole 2d are opened on outer rectangular sheet 2c；The disk 2a radiuses are 2cm, thick Spend for 0.4cm；The interior rectangular sheet 2b length is 2.8mm；The outer rectangular sheet 2c length is 1.6mm；The interior rectangular sheet 2b It is 1.2cm, thickness 0.4cm with outer rectangular sheet 2c width；Slope has also been made into integration between the disk 2a and interior rectangular sheet 2b Platform 2e.

In another embodiment, sizing 3 radial section of iron wire is hexagon, is installed on most upper row PC plastic button 2 Multiple protrusions 6 being folded up are provided with the sizing iron wire 3, reinforcing bar 7 is placed between the two adjacent protrusions 6；Installation In the remaining sizing iron wire 3 for arranging the PC plastic button right-angle head is converted into for vertical bar both ends；3 section of sizing iron wire is designed to six Side shape, iron wire are not easy to be pulled off, and of low cost, and the PC plastic that two boards are clasped with iron wire is buckled, and wherein iron wire hole is six sides Shape, hexagon can prevent iron wire from opposite rolling occurring in button hole after clasping, further improve the stability of two plates；Have on iron wire It is folded up obtaining multiple protrusions, groove is formed between multiple protrusions can place reinforcing bar, and structure protruding upward can be with Iron wire is prevented to be opened when being subject to more energetically (when such as being stirred with stirring rod).

As shown in figure 4, the protrusion 6 is provided with four；Four protrusions form three grooves, the middle groove Wide 3cm, the width of the groove of both sides is 1.5cm, and the protrusion height is 1.5cm, it is generally used for load bearing wall die cavity knot Structure.

As shown in figure 4, the protrusion 6 is provided with two；Width is 1.5cm between two protrusions, and the protrusion height is 1.5cm, it is generally used for partition wall mold cavity configuration.

Above-described embodiment, is only the better embodiment of the utility model, therefore all according to the utility model patent application range The equivalent change or modification that construction, feature and the principle is done, is included in the utility model patent application range.

Claims

A kind of 1. module connection structure, it is characterised in that：Including the metal mesh being installed on the inside of building heat preservation module board；And installation In on metal mesh and one end it is embedding go out building heat preservation module board outside three row's PC plastic buttons；The PC plastic is buckled in building heat preservation mould Two hexagonal through holes are offered outside block plate；Its described hexagonal through hole close to each other of PC plastic button described in two faces passes through iron of shaping Silk connection；Its top of upper its bottom PC plastic button of a building heat preservation module board and next building heat preservation module board PC is moulded Material button is fixed by upper and lower plates iron wire；The adjacent building heat preservation module board in left and right arranges the PC plastic close to each other among it Button is fixed by left and right plate iron wire.
2. module connection structure according to claim 1, it is characterised in that：The PC plastic button includes being connected in metal mesh The disk at the back side, and be made into integration with disk and pour the interior rectangular sheet on the inside of building heat preservation module board, and with interior rectangular sheet Be made into integration and it is embedding go out building heat preservation module board on the outside of outer rectangular sheet；The two hexagonal through holes are opened on outer rectangular sheet.
3. module connection structure according to claim 2, it is characterised in that：The wafer radius is 2cm, and thickness is 0.4cm；The interior rectangle leaf length is 2.8mm；The outer rectangle leaf length is 1.6mm；The interior rectangular sheet and outer rectangular sheet Width is 1.2cm, thickness 0.4cm.
4. module connection structure according to claim 2, it is characterised in that：Between the disk and interior rectangular sheet also integrally It is formed with ramp.
5. module connection structure according to claim 1, it is characterised in that：The sizing iron wire radial section is six sides Shape, is installed on the sizing iron wire of most upper row PC plastic button and is provided with multiple protrusions being folded up, and two is adjacent described Reinforcing bar is placed between protrusion；It is installed on the remaining sizing iron wire for arranging the PC plastic button and is converted into right angle for vertical bar both ends Head.
6. module connection structure according to claim 5, it is characterised in that：The protrusion is provided with four；Described in four Protrusion forms three grooves, and the middle wide 3cm of the groove, the width of the groove of both sides is 1.5cm, and the protrusion height is 1.5cm。
7. module connection structure according to claim 5, it is characterised in that：The protrusion is provided with two；Two is described convex Width is 1.5cm between going out, and the protrusion height is 1.5cm.