CN201103225Y

CN201103225Y - Plastic rubber floor board structure

Info

Publication number: CN201103225Y
Application number: CNU2007201556867U
Authority: CN
Inventors: 毛振基
Original assignee: 毛振基
Current assignee: Weijia international Limited by Share Ltd
Priority date: 2007-08-02
Filing date: 2007-08-02
Publication date: 2008-08-20
Anticipated expiration: 2017-08-02
Also published as: WO2009015492A1

Abstract

The utility model provides a plastic floor structure. A plastic floor is in a tridimensional type formed integrally. Below the plastic floor, a quadrate lower matching layer is arranged and a quadrate upper matching layer is formed above the lower matching layer; in addition, diversified patterns are printed or printed in a transferring way on the upper surface of the upper matching layer and a lower locking groove is cut in the biplanar position of a right angle of the lower matching layer so that an upper matching block extends between the lower locking groove and the upper matching layer; besides, an upper locking groove is cut in the biplanar position of an opposite right angle of the upper matching layer so that a lower matching block extends between the upper locking groove and the lower matching layer; by the structure, the floor has the advantages of better structure strength, anti-damp and long service life.

Description

The plastic floor structure

[technical field]

The utility model relates to a kind of plastic floor structure that is used to be layed in ground, and its plastic floor has decoration, anti-skidding, clean advantage, and finger does not need complicated processing especially, only with just being layed in person on the ground in the amalgamation.

[background technology]

The ground of its building, the basis is as material with cement, that the ground of this kind cement has is coarse, not attractive in appearance, be not easy many problems such as cleaning, therefore most users all can be on ground in conjunction with the floor of another kind of material, coarse in order to improve, attractive in appearance and clean problem, and the application material and the mode on floor are of a great variety, the ceramic tile that is sticked is arranged, mount plank or paste the mode of plastic floor, they are different in response to purposes and cost, have different marketabilities respectively, the utility model is promptly at the floor of plastic cement improvement design in addition.

Plastic floor in the past all is to utilize the mode of pasting, just can be fixed on the ground, this kind pasted mode and is unfavorable for installing, and can cause the puzzlement that is difficult to remove for replacing in the future, therefore just have and do not need to stick in ground, utilize the laying structure that pins down mutually to design, this structure such as Fig. 4,5,6, shown in 7, it utilizes the plastic cement lower floor (10) of a square to go up combination and together forms on the plastic cement upper strata (20) of shape, between plastic cement lower floor (10) and plastic cement upper strata (20) and utilize and have viscose (30) to combine, and also the mode of dislocation when binding, make two tops, a wherein right angle of plastic cement lower floor (10), form slot (21) in two outsides, relative right angle of plastic cement upper strata (20) simultaneously, two outsides, another right angle of plastic cement lower floor (10), simultaneously form slot (11) in two belows, relative right angle of plastic cement upper strata (20), be to be printed with various pattern above the plastic cement upper strata (20) in addition, be to get some plastic floors during this use, and arrange in the mode of array, make the following slot (11) of a plastic floor cooperate the laying that is pind down mutually by this with the last slot (21) of corresponding plastic floor.

The following slot (11) of this kind plastic floor and the generation of last slot (21), be to utilize plastic cement lower floor (10) to cooperate the mode of viscose (30) to bind with plastic cement upper strata (20) to produce with dislocation, and plastic floor is for a long time in ground, and ground itself is comparatively moist, usually water cleans again, so relative humidity, and environment that should humidity can make the viscose (30) that binds plastic cement lower floor (10) and plastic cement upper strata (20) lose effectiveness, the result can cause starting, damaging of plastic cement upper strata (20), the life-span weak point person of use.

Moreover combine with plastic cement upper strata (20) use with viscose (30) with plastic cement lower floor (10), its viscose also has volatile material in (30), when being used in when indoor, because of indoor common ventilation relatively poor, be indoor can be filled in after this volatile substances, and making indoor not using less in person's suction body easily, healthy person is harmful to health.

Inventor of the present utility model thinks and the idea of utility model, satisfies with for many years experience and is designed, and through inquiring into and study sampling test in many ways, and repeatedly revises improvement, is to release the utility model.

[utility model content]

The technical problem point that desire solves:

Known plastic floor is that plastic cement lower floor cooperates viscose to bind in the mode of dislocation with the plastic cement upper strata, this kind fixed in the mode of viscose, loses effectiveness because make moist easily, and then can cause starting, damaging of plastic cement upper strata, the life-span of using is short, and this is the technical problem point that desire solves.

The technical characterstic of dealing with problems:

The utility model provides a kind of plastic floor structure, its plastic floor is integrally formed three-dimensional kenel, this below has a square following cooperation layer, cooperate layer in cooperating layer top to be formed with square going up down, and go out to have various patterned layer in last cooperation layer upper surface printing or transfer printing, and wherein two at a right angle that is down to cooperate layer position is located to cut and is provided with down slot, make down slot with on cooperate interlayer to extend coordinating block on, other is to cooperate two at the relative right angle of layer position to locate to cut and is provided with slot, and make slot with under cooperate interlayer to extend coordinating block, by said structure, can form the plastic floor structure.

The effect of contrast background technology:

The utility model provides the plastic floor structure, its plastic floor is integrally formedly to go out, can go out to have to cooperate down layer and go up to cooperate layer by straight forming, and can go out slot and last coordinating block down in a diagonal angle direct forming wherein, another diagonal angle is shaped and to go up slot and following coordinating block, structure is that the intensity of one is firm, does not have viscose loses effectiveness because of making moist facts generation, and the life-span therefore more not fragile, that use is elongated.

[description of drawings]

Fig. 1 is the stereogram of the utility model structure.

Fig. 2 is the sectional drawing of the utility model structure.

Fig. 3 is the partial enlarged drawing of the utility model structural profile.

Fig. 4 is the three-dimensional exploded view of prior art.

Fig. 5 is the three-dimensional combination figure of prior art.

Fig. 6 is the combination section of prior art.

Fig. 7 is the partial enlarged drawing of prior art combination section.

[critical element symbol description]

The prior art part:

Plastic cement lower floor--(10) are slot down---(11)

-(21), plastic cement upper strata--(20) go up slot--

Viscose-----(30)

The utility model part:

Plastic floor--(40) cooperate layer down---(41)

Last cooperation layer--(42) patterned layer----(43)

Following slot--(44) go up coordinating block---(45)

Last slot--(46) are coordinating block down---(47)

[specific embodiment]

Understand and understanding for ease of having the purpose of this utility model, feature and effect further, below now please conjunction with figs. details are as follows:

At first, earlier please as Fig. 1,2, shown in 3, its plastic floor (40) is integrally formed three-dimensional kenel, this below has a square following cooperation layer (41), cooperate layer (42) in cooperating layer (41) top to be formed with square going up down, and go out to have various patterned layer (43) in last cooperation layer (42) upper surface printing or transfer printing, and wherein two at a right angle that is down to cooperate layer (41) position is located to cut and is provided with down slot (44), make down slot (44) with on cooperate layer to extend coordinating block on (45) between (42), other is to cooperate two at the relative right angle of layer (42) position to locate to cut and is provided with slot (46), and make slot (46) with under cooperate between layer (41) and extend coordinating block (47).

The use of its structure, be to get some plastic floors (40), and arrange in the mode of array, the following slot (44) that makes a plastic floor (40) cooperates with the last coordinating block (45) of adjacent and corresponding plastic floor (40), and following slot (44) cooperation of the last coordinating block (45) at other diagonal angle and adjacent and corresponding in addition plastic floor (40), obtain large-area laying plastic floor (40) by this and also can pin down mutually and fix.

And the aforementioned patterned layer (43) that go up to cooperate layer (42) upper surface printing or transfer printing to go out also can replace it with applying lumber layer or stone material layer or ceramic tile layer.

The structure of the above-mentioned specific embodiment of mat, can obtain following benefit: its plastic floor (40) is integrally formedly to go out, can directly can go out to have to cooperate down layer (41) and go up to cooperate layer (42) by straight forming, and can go out slot (44) and last coordinating block (45) down in a diagonal angle direct forming wherein, another diagonal angle is shaped and to go up slot (46) and following coordinating block (47), structure is that the intensity of one is firm, do not have viscose loses effectiveness because of making moist facts generation, so life-span elder more not fragile, that use.

In sum, the utility model has reached breakthrough structure design really, and has the utility model content of improvement, can reach usability and progressive on the industry simultaneously again.

Only the above person only is a preferred embodiment of the present utility model, when can not with the scope implemented of qualification the utility model; Promptly the equalization of doing according to claims of the present utility model generally changes and modifies, and all should still belong in the scope that the utility model patent contains.

Claims

1. plastic floor structure is characterized in that:

Plastic floor is integrally formed three-dimensional kenel, the below has cooperation layer, cooperate layer on one in cooperating layer top to be formed with down, be down to cooperate wherein two at the right angle of layer position to locate to cut and be provided with down slot, make down slot with on cooperate interlayer to extend coordinating block on, in addition locate to cut and be provided with slot in last two at the relative right angle that cooperates layer position, and make slot with under cooperate interlayer to extend coordinating block;

By said structure, to be following slot cooperate with the last coordinating block of adjacent and corresponding plastic floor plastic floor, the following slot cooperation of the last coordinating block at diagonal angle and adjacent and corresponding plastic floor.

2. plastic floor structure as claimed in claim 1 is characterized in that, following cooperation layer with on to cooperate layer be to be square kenel.

3. plastic floor structure as claimed in claim 1 is characterized in that, going up of plastic floor cooperates layer upper surface to have patterned layer.

4. plastic floor structure as claimed in claim 1 is characterized in that, going up of plastic floor cooperates layer upper surface to be combined with lumber layer.

5. plastic floor structure as claimed in claim 1 is characterized in that, going up of plastic floor cooperates layer upper surface to be combined with the stone material layer.

6. plastic floor structure as claimed in claim 1 is characterized in that, going up of plastic floor cooperates layer upper surface to be combined with the ceramic tile layer.

7. plastic floor structure as claimed in claim 1 is characterized in that, going up of plastic floor cooperates layer upper surface to be combined with wearing layer.

8. plastic floor structure as claimed in claim 1 is characterized in that, going up of plastic floor cooperates layer upper surface to be combined with the PU layer.

9. plastic floor structure as claimed in claim 1 is characterized in that, going up of plastic floor cooperates layer upper surface to be combined with printed layers.

10. plastic floor structure as claimed in claim 1 is characterized in that, going up of plastic floor cooperates layer upper surface to be combined with rubber layer.