CN202187427U

CN202187427U - Connection device for inner locking building bars and special module for manufacturing same

Info

Publication number: CN202187427U
Application number: CN201120105554XU
Authority: CN
Inventors: 姚景祥
Original assignee: Individual
Current assignee: Individual
Priority date: 2011-04-05
Filing date: 2011-04-05
Publication date: 2012-04-11
Anticipated expiration: 2021-04-05

Abstract

The utility model discloses a connection device for inner locking building bars and a special module for manufacturing the same. The following specific scheme is adopted: a plurality of connection holes are arranged in left and right side walls of the building bars; the outer opening of the connection hole is thin, and the inner opening of the connection hole is thick; injection holes communicated with the connection holes are arranged in a front batten wall; the special module for manufacturing the connection device comprises a cylindrical module, a rivet-shaped module and a pin-shaped module; the shape of the solid part of the module is matched with that of the connection hole; and other moulds of the building bar are provided with connection facilities corresponding to the modules. The utility model has the beneficial effects that the utility model not only overcomes the difficulties that when the connection holes with the thin outer openings and thick inner openings is manufactured, the demoulding is difficult; and as the connection device forms cylinders with two thick ends and thin middle parts in side walls of two adjacent building bars so as to firmly lock the two adjacent bars and lead the locking function to be more durable.

Description

The linkage of inner lock buckle building slat and make the special module of this device

Technical field

The utility model relates to the linkage of inner lock buckle building slat (hereinafter to be referred as building slat), and the utility model also relates to a kind of particular manufacturing craft of making this linkage.

Background technology

Energy saving and environment friendly building materials have characteristics such as low material consumption, low energy consumption, of low pollution, utilization more multi-functional, capable of circulation; Integrate comprehensive benefits such as sustainable development, utilization of resources, environmental protection, cleaner production; Become the direction and the trend of constructional materials development, meet the trend of human wants and era development.The light-weight building batten that adopts recyclable materials to make has become the leading material of modern architecture.Because the Design and Machining of domestic light body building slat is started late; So far also have many key technologies not obtain fine solution; Such as the connectivity problem between the building slat, the past people generally adopt the sticking mode of cementitious material, and people have also carried out a large amount of research round cementitious material for this reason; But through facts have proved; Even if adopt present performance very good cementitious material also be difficult to the adhesive strength that reaches lasting, therefore, the sticking mode of cementitious material by people are general is negated.Link technique the applicant between the relevant building slat has also carried out long term studies; On the basis of macromethod and test; The applicant has proposed in manufacturing process earlier very early, and the junction between building slat processes corresponding connecting hole or link slot; In link slot, hole, pour into slip again during construction, the joint tongue that forms after solidifying through slip is with two firm linking together of batten.It is fast that the object of construction production that adopts this mode to accomplish has speed of application, labor and material saving, and the plurality of advantages that bonding strength is lasting, stable has solved a great difficult problem that is difficult to firm connection between the building slat.Because the project organization and the shape kind of building slat are many, connected mode also needs variation, could satisfy the concrete needs of producing and constructing so better.

Summary of the invention

The technical problem that the utility model will solve provides a kind of linkage of building slat, and second technical problem that the utility model will solve provides a kind of special module of making this linkage.

The design scheme of the linkage of the utility model building slat is: at the left and right sidewall of building slat, promptly in the wooden partition between the joint face (comprising various tenons, tongue-and-groove) of sidewall to the both sides of internal cavity, be provided with the connecting hole that collar extension is thin, internal orifice is thick; On every building slat, be provided with several connecting holes; On the wooden partition of the front of building slat, be provided with the material hole that connects with connecting hole.

On the internal orifice of connecting hole, closure member is housed, closure member comprises closing bag, and the size of closing bag, shape are complementary with size, shape and the ailhead hole of relative a pair of connecting hole.

Connecting hole is a rivet shape, is made up of ailhead hole and nail bar hole two parts, and the ailhead hole is cylindrical or globular model, and nail bar hole is located in the left and right sidewall of building slat; The ailhead hole is located in the left and right sidewall of building slat; The ailhead hole is located in the cavity of closure member.

Connecting hole is the thin pin shaped of pluckings tail, and the gross porosity mouth is opened on the sidewall of building slat internal cavity, and the pore mouth is opened on the sidewall of building slat.

The utility model also comprises a kind of special module that is used to make linkage: this module comprises cylindricality module, rivet shape module, pin shaped module and other shape module; The shape of module entity part and the shape of connecting hole are complementary, and on other mould of building slat, are provided with the corresponding connection facility of module.

The particle size of module, two ends, thin footpath can be simultaneously or the single magnet that is equipped with.

The wide diameter end of module is inserted in the hollow tube of mould; The wide diameter end of module penetrates the hollow tube of mould.

The beneficial effect of the utility model is: not only captured the difficult point of making the difficult demoulding of connecting hole that collar extension is thin, internal orifice is thick; And because this linkage forms the cylinder that two ends are thick, the middle part is thin in the interior of adjacent two building slats; Adjacent two plates are firm together sealed, and effect can also be more lasting.

Description of drawings

Below in conjunction with accompanying drawing the utility model is done to specify

Fig. 1 is the structural representation of the utility model embodiment 1

Fig. 2 is the structural representation of embodiment 2

Fig. 3 is the structural representation of embodiment 2

Fig. 4 is the structural representation of embodiment 3

Fig. 5 is the structural representation of embodiment 5

Fig. 6 is the structural representation of embodiment 5

1, connecting hole 2, collar extension 3, internal orifice 4, closure member

5, material hole 6, internal cavity 7, ailhead hole 8, nail bar hole

9, cavity 10, gross porosity mouth 11, pore mouth 12, rivet shape module

13, pin shaped module 14, cylindricality module 15, magnet 16, hollow tube

Specific embodiment

Example 1

Connecting hole 1 as shown in Figure 1, as at the left and right sidewall of building slat, be provided with promptly that collar extension is 2 thin in the wooden partition between sidewall to the both sides joint face of internal cavity 6, internal orifice 3 to be thick; On every building slat, be provided with several connecting holes 1; On the wooden partition of the front of building slat, be provided with the material hole 5 that connects with connecting hole 1.On the internal orifice 3 of connecting hole 1, closure member 4 is housed, closure member 4 comprises closing bag, and the size of closing bag, shape are complementary with size, shape and the ailhead hole 7 of relative a pair of connecting hole 1.

Example 2

Like Fig. 2, shown in Figure 3, the connecting hole 1 in this example is a rivet shape, is made up of ailhead hole 7 and nail bar hole 8 two parts, and ailhead hole 7 is cylindricality or globular model, and nail bar hole 8 is located in the left and right sidewall of building slat; Ailhead hole 7 is located in the left and right sidewall of building slat; Ailhead hole 7 is provided with in the cavity 9 of closure member 4.

Example 3

As shown in Figure 4, the connecting hole 1 in this example is the thin pin shaped of pluckings tail, and gross porosity mouth 10 is opened on the sidewall of building slat internal cavity 6, and pore mouth 11 is opened on the sidewall of building slat.

Example 4

Like Fig. 2, Fig. 3, shown in Figure 4; The special module of making linkage in this example comprises cylindricality module 14, rivet shape module 12, pin shaped module 13 and other shape module; The shape of the shape of module entity part and connecting hole 1 is complementary, and on other mould of building slat, is provided with the corresponding connection facility of module.

Example 5

Like Fig. 5, shown in Figure 6, the particle size of the module in this example, two ends, thin footpath can be simultaneously or the single magnet 15 that is equipped with; The wide diameter end of module is inserted in the hollow tube 16 of mould; The wide diameter end of module penetrates the hollow tube 16 of mould.

Claims

1. the linkage of inner lock buckle building slat is characterized in that: at the left and right sidewall of building slat, promptly in the wooden partition between the joint face of sidewall to the both sides of internal cavity (6), be provided with the connecting hole (1) that collar extension (2) is thin, internal orifice (3) is thick; On every building slat, be provided with several connecting holes (1); On the wooden partition of the front of building slat, be provided with the material hole (5) that connects with connecting hole (1).

2. the linkage of inner lock buckle building slat according to claim 1 is characterized in that: on the internal orifice (3) of connecting hole (1), closure member (4) is housed; Closure member (4) comprises closing bag, and the size of closing bag, shape are complementary with the size of relative a pair of connecting hole (1), shape and ailhead hole (7).

3. the linkage of inner lock buckle building slat according to claim 1; It is characterized in that: described connecting hole (1) is rivet shape; Be made up of ailhead hole (7) and nail bar hole (8) two parts, ailhead hole (7) are cylindricality or globular model, and nail bar hole (8) is located in the left and right sidewall of building slat.

4. the linkage of inner lock buckle building slat according to claim 3 is characterized in that: ailhead hole (7) are located in the left and right sidewall of building slat.

5. the linkage of inner lock buckle building slat according to claim 3 is characterized in that: ailhead hole (7) are provided with in the cavity (9) of closure member (4).

6. the linkage of inner lock buckle batten according to claim 1; It is characterized in that: described connecting hole (1) is the thin pin shaped of pluckings tail; Gross porosity mouth (10) is opened on the sidewall of building slat internal cavity (6), and pore mouth (11) is opened on the sidewall of building slat.

7. special module that is used to make the said linkage of claim 1; It is characterized in that: this module comprises cylindricality module (14), rivet shape module (12), pin shaped module (13); The shape of the shape of module entity part and connecting hole (1) is complementary, and on other mould of building slat, is provided with the corresponding connection facility of module.

8. special module according to claim 7 is characterized in that: the particle size of module, two ends, thin footpath can be simultaneously or the single magnet (15) that is equipped with.

9. special module according to claim 7 is characterized in that: the wide diameter end of module is inserted in the hollow tube of mould (16).

10. special module according to claim 7 is characterized in that: the wide diameter end of module penetrates the hollow tube of mould (16).