CN2804242Y

CN2804242Y - Floor structure with aluminum alloy buckle lamp

Info

Publication number: CN2804242Y
Application number: CN 200520019193
Authority: CN
Inventors: 苗景有; 朱长庆
Original assignee: BEIJING KENUOSENHUA FLOORING Co Ltd
Current assignee: Cono (Beijing) Flooring Co., Ltd.
Priority date: 2005-05-19
Filing date: 2005-05-19
Publication date: 2006-08-09
Anticipated expiration: 2015-05-19

Abstract

The utility model discloses a floor structure with aluminum alloy buckle bridges. An aluminum alloy buckle bridge is arranged between floor tongue-and-groove joints and floor tenons, wherein one side of the aluminum alloy buckle bridge is provided with an upper bulge and a lower bulge; the other side is provided with a groove and a boss. The position of the floor tongue-and-groove joints is provided with one groove which is matched with the upper bulge and the lower bulge of the buckle bridge; a floor groove which is matched with the boss is arranged on the floor tenons. The utility model is provided with the aluminum alloy buckle bridge which has the advantage of reasonable structure; the floor tenons and mortises are clamped together by splicing the floor and the aluminum alloy buckle bridge; the tenons and the mortises are tightly locked by the match of the boss and a concave part; the strength of splicing is high; the paving of large area can be carried out. The utility model overcomes the problems existing in the prior art that the spliced strength of the mortises is not enough, so the paving of the large area is unsuitable.

Description

Has the flooring structure that the aluminium alloys snap close is put up a bridge

Technical field

The utility model relates to a kind of floor, especially a kind of combinable flooring structure that the aluminium alloys snap close is put up a bridge that has.

Background technology

At present, various floors on the market all connect by tongue-and-groove, often splice insufficient strength in actual use, the large tracts of land that is not suitable for the public place is mated formation, thereby brought inconvenience for the use on floor, how to improve the relevance factor that install on splicing strength problem and maximum raising floor, become a new focus.

Summary of the invention

The purpose of this utility model provide a kind of rational in infrastructure, splicing intensity height, can with the floor junction button together have a flooring structure that the aluminium alloys snap close is put up a bridge.

For overcoming above-mentioned various defective, the technical solution adopted in the utility model is: be provided with the aluminium alloys snap close and put up a bridge between floor tongue and groove and floor tenon, the described snap close side of putting up a bridge is provided with projection and lower convexity, opposite side is provided with groove and boss, tongue and groove place, described floor is provided with a groove that matches with the upward projection and the lower convexity of snap close bridging, and described floor tenon is provided with the floor groove that matches with boss.

Put up a bridge last projection and the connecting portion between lower convexity and two floors that a side is provided with of described snap close is gapped.

Described floor tenon and groove with matching fasten the back and form the gap.

The thickness of described floor tenon and snap close are put up a bridge to the distance coupling of floor tongue and groove, and the degree of depth of the thickness of boss and floor groove is complementary.

Because the utility model has adopted said structure, compared with prior art have the following advantages: the aluminium alloys snap close that the utility model is provided with is put up a bridge rational in infrastructure, by splicing floor tenon and tongue-and-groove are fastened togather with the floor, and locking by boss and recess, splicing intensity is big, can carry out large tracts of land and mat formation.Overcome tongue-and-groove of the prior art splicing strength deficiency and be not suitable for the large tracts of land problem of mating formation.

Description of drawings

Below in conjunction with drawings and Examples the utility model is further specified.

Fig. 1 is an aluminium alloys snap close bridging structural representation of the present utility model;

Fig. 2 is a splicing view of the present utility model;

Fig. 3 is the spliced structural representations of the utility model two floors.

Among the figure: 1. upper process; 2. lower convexity; 3. groove; 4. boss; 5. gap; 6. floor groove; 7. floor tongue and groove; 8. floor tenon; 9. gap.

The specific embodiment

Flooring structure with the bridging of aluminium alloys snap close of the present utility model, at first will process a kind of aluminium alloys snap close puts up a bridge, wherein, the aluminium alloys snap close is put up a bridge goes up projection 1 and matches with floor tongue and groove 7, and last protruding 1 and the lower convexity 2 formation gap 5 of matching with floor tongue and groove 7.Another end face that described aluminium alloys snap close is put up a bridge is provided with groove 3, match with the floor tenon 8 of splicing, and be provided with a boss 4 in groove 3 one sides, boss 4 matches with the floor groove 6 of floor tenon 8 place's downsides, and formation gap 9, the setting in gap 5 and gap 9 can prevent and stop the harmomegathus seam phenomenon between the floor effectively, makes between the floor closely to be stitched together by the snap close bridging.The utility model can pass through said structure, make between the floor and firmly connect, putting up a bridge upward by snap close, projection 1 is fastened togather with boss 4 and corresponding floor groove 6 with the groove 3 of lower convexity 2 and corresponding floor tongue and groove 7 and snap close bridging opposite side, the floor is faced in locking mutually, splicing power in floor is increased, in use make and face the floor seam that can't contract mutually.

In the technique scheme, the length of described floor joint tongue slightly is shorter than floor groove and the formed groove thickness of aluminium alloys snap close bridging splicing.

Claims

1. one kind has the flooring structure that the aluminium alloys snap close is put up a bridge, being provided with the aluminium alloys snap close between floor tongue and groove (7) and floor tenon (8) puts up a bridge, it is characterized in that: described snap close put up a bridge a side be provided with the projection (1) and lower convexity (2), opposite side is provided with groove (3) and boss (4), a groove that matches with the upward projection (1) and the lower convexity (2) of snap close bridging located to be provided with in described floor tongue and groove (7), and described floor tenon (8) is provided with the floor groove (6) that matches with boss (4).

2. according to claim 1 have a flooring structure that the aluminium alloys snap close is put up a bridge, and it is characterized in that: described snap close puts up a bridge that a side is provided with goes up connecting portion gapped (5) between projection (1) and lower convexity (2) and two floors.

3. the flooring structure with the bridging of aluminium alloys snap close according to claim 1 is characterized in that: described floor tenon (8) and groove with matching (3) fasten the back and form gap (9).

4. the flooring structure with the bridging of aluminium alloys snap close according to claim 1, it is characterized in that: the thickness of described floor tenon (8) and snap close are put up a bridge to the distance coupling of floor tongue and groove (7), and the degree of depth of the thickness of boss (4) and floor groove (6) is complementary.