CN2405995Y

CN2405995Y - Elastic plastic-rubber floor tile

Info

Publication number: CN2405995Y
Application number: CN 99256604
Authority: CN
Inventors: 魏英洲
Original assignee: Individual
Current assignee: Individual
Priority date: 1999-12-15
Filing date: 1999-12-15
Publication date: 2000-11-15
Anticipated expiration: 2009-12-15

Abstract

The utility model relates to an elastic plastic-rubber floor tile which comprises a plastic base board and a plastic wrapping piece, wherein the periphery of the plastic base board forms concave-convex hollow parts and convex tooth parts; the peripheral edges of the plastic wrapping piece are provided with flat cutting edges; the adjacent two peripheral edges are tightly adhered to the two corresponding peripheral edges of the plastic base board; other two peripheral edges of the plastic wrapping piece are tangential with the bottom edge of the hollow parts of other two peripheral edges of the plastic base board; the hollow parts and the convex tooth parts of other two peripheral edges of the plastics base board extend out of the outside of other two peripheral edges of the plastic wrapping piece. The utility model is characterized in that the four corner ends of the plastic wrapping piece are attached to the convex tooth parts of the four corner ends of the plastic base board in a tangency mode; the hollow parts and the convex tooth parts are uniformly distributed between the front end and the rear end of each peripheral edge of the plastic base board.

Description

The Elastic plastic-rubber floor tile

The utility model relates to a kind of floor tile, relates in particular to a kind of not fragile and can not scrape the Elastic plastic-rubber floor tile of the skin and flesh of hurting sb.'s feelings.

General splice floor tile, it is moulding (being foam material) by the foaming of elastic plastic material one oil pressure, the body of general splice floor tile softness has splendid shock-absorbing effect, therefore, in the time of on being laid on the floor, can effectively isolate the noise between floor and the floor, simultaneously, be used on the floor of children room, more can avoid children to get injured by a fall, tumble injury etc., but,, belong to combustible material because the splice floor tile of tool Elastic plastic-rubber material is an expanded material, but not fireproof building material, in a single day its dimensional thickness differs, and dirty, not easy to clean, must be clean through scrubbing just meeting, thus cause the printed patterns on this splice floor tile to come off because of scrubbing easily.

And the Elastic plastic-rubber floor tile of common buildings decoration trade construction is full slice system or whole rolling, not only need be constructed by the professional person, more must in construction viscose glue be coated in its bottom, and it is pasted on the ground securely, and the Elastic plastic-rubber floor tile that can't more renew arbitrarily.

Therefore, a kind of prior art is arranged, its first kind of splice floor tile 1, as Fig. 1, shown in 2, this splice floor tile 1 is the plastic cement lagging 102 of an imitative wood grain or sharpening bag of being sticked on a flexible plastic rubber substrate 101, this plastic rubber substrate 101 is the relative concavo-convex continuous hollow-out parts 103 that are formed with plastic cement lagging 102 peripheries, 105 with convex teeth portion 104,106, by this hollow-out parts 103,105 with convex teeth portion 104,106 setting, most piece splice floor tiles 1 can be assembled into the soft floor of predetermined level ground number, and when the splice floor tile 1 with this plastic cement lagging 102 is subjected to dust adhesion or is bedabbled by water, can erase easily by rag, cleaning easily and fast, it is easy to clean than above-mentioned general splice floor tile.But because plastic cement lagging 102 is a hard plastic matter material, and plastic rubber substrate 101 is the soft plastic material, every splice floor tile 1 is independence, thereby the finished product water caltrop that forms is too many, allow the user be subjected to foot's trampling in use for some time and can produce the uneven phenomenon of height, cause the shortcoming of each angle end avalanche or warpage; Cooperate shown in Figure 2ly, be subjected to angle end 107 ' the scratch hand of unfilled corner when doing clean wiping easily; In addition, because very thin one deck plastic cement lagging of first kind of splice floor tile 1 of prior art 102 is not only different with the degree of shrinkage of plastic rubber substrate 101, and the area that adds plastic cement lagging 102 is identical with the area of plastic rubber substrate 101, be to stick on face-to-face on the plastic rubber substrate 101, so be easier to produce the phenomenon of serious warpage because of rising-heat contracting-cold, this plastic cement lagging 102 is provided with the structure of hollow-out parts 105 and convex teeth portion 106 simultaneously, angled end 107 is subjected to foot's trampling and the shortcoming of avalanche with causing, when this splice floor tile 1 of wiping, because of this angle end 107 avalanches produce the angle end 107 ' of the unfilled corner of spine, scratch hand and easy scratch child's skin easily.

For improving above-mentioned shortcoming, therefore second kind of splice floor tile 2 arranged, as Fig. 3, shown in 4, this splice floor tile 2 is made up of the plastic rubber substrate 201 and the plastic cement lagging 202 of a square square, these plastic rubber substrate 201 each peripheries are equipped with concavo-convex continuous hollow-out parts 203 and convex teeth portion 204, this plastic cement lagging 202 wherein two two adjacent peripheries then trims and is attached on plastic rubber substrate 201 its relative adjacent peripheral, make 202 liang of two adjacent peripheries of this plastic cement lagging cover the hollow-out parts 203 of plastic rubber substrate 201 adjacent peripheral, convex teeth portion 204, relative two peripheries in addition of this plastic cement lagging 202 then with plastic rubber substrate 201 in addition the root edge 205 of the hollow-out parts 203 of two peripheries trim, the hollow-out parts 203 and the convex teeth portion 204 of two peripheries are not covered by plastic cement lagging 202 in addition to make plastic rubber substrate 201, and expose this plastic cement lagging 202 outsides, splice floor tile 2 is chimeric mutually by adjacent hollow-out parts 203 and convex teeth portion 204 in twos during use, the hollow-out parts 203 of its plastic rubber substrate 201 and convex teeth portion 204 can be subjected to this plastic cement lagging 202 cover caps, and the periphery of splice floor tile 2 can trim linking in twos, so, the benefit that not only has easy wiping, and the linking of straight periphery can not cause the shortcoming that causes scraping the injury of skin and superficial muscles as the angle end 107 pressurized embrittlement avalanches of first kind of splice floor tile of prior art, 1 its plastic cement lagging 101, and this plastic cement lagging 202 is not provided with hollow-out parts 203 and convex teeth portion 204, when docking with this plastic rubber substrate 201, not bonding with 201 whole areas of plastic rubber substrate, even both are the material of different degrees of shrinkage, also be difficult for having the phenomenon of warpage.But, because each splice floor tile 2 is only done the interlocking of horizontal direction by hollow-out parts 203 and convex teeth portion 204, just do improvement at first kind of plastic cement splice floor tile 1, its water caltrop is reduced, do chimeric against hollow-out parts 203 and convex teeth portion 204 for every, but not bonding action, and the general characteristic of ignoring plastic cement lagging 202, in fact, general plastic cement lagging 202 in use, then form of construction work is continuous for being stained with earlier whole volume one deck elasticity bubble on the ground if make it have elasticity, on the bubble silk floss, be stained with one deck plastic cement lagging 202 more then, just can become the Elastic plastic-rubber floor tile, though can reduce water caltrop in use, but vertical direction is not done the affixed of appropriateness, so when user (adult) walks on splice floor tile 2, especially when sweating (just washed pin or) carries this splice floor tile 2 (shown in Fig. 4 imaginary line) on will be slightly when sole is wetly, at this moment, if immediately little splice floor tile that takes off 2 is not depressed, in case the child walks out-of-date, can be subjected to irregular splice floor tile 2 trips, plastic cement lagging 202 its four jiaos of ends 206 of these splice floor tile 2 its square squares wherein have two jiaos of ends 206 not to be subjected to the support of plastic rubber substrate 201 in addition, so when unassembled and when putting on one side, this angle end 206 is jammed on easily to be become to subside or avalanche and being out of shape.

The utility model purpose is to provide a kind of improved Elastic plastic-rubber floor tile, and it is not fragile and can not scrape the skin of hurting sb.'s feelings.

The purpose of this utility model is achieved in that

A kind of Elastic plastic-rubber floor tile, comprise the solid plastic cement lagging of a plastic rubber substrate and one deck glue at this plastic rubber substrate end face, this plastic rubber substrate surrounding is formed with concavo-convex continuous hollow-out parts and convex teeth portion, each periphery of plastic cement lagging is straight side cut, its two adjacent peripheries cover fully and are closely connected at two peripheries relative with plastic rubber substrate, this plastic cement lagging in addition its other hollow-out parts root edge of two peripheries of two peripheries and plastic rubber substrate trims mutually, and this plastic rubber substrate hollow-out parts and convex teeth portion of two peripheries in addition stretches out this plastic cement lagging two periphery outsides in addition, be characterized in: four jiaos of ends of described plastic cement lagging trim mutually to fit with the convex teeth portion of four jiaos of ends of plastic rubber substrate and make its rising-heat contracting-cold consistent, and uniform distribution has hollow-out parts and convex teeth portion between each peripheral front and back end of described plastic rubber substrate.

In above-mentioned Elastic plastic-rubber floor tile, wherein, described plastic cement lagging is covering the plastic rubber substrate two peripheral viscose glues that are provided with bottom the hollow-out parts opposite position.

The utility model Elastic plastic-rubber floor tile makes it compared with prior art owing to adopted above-mentioned institute technical scheme, has following advantage and good effect:

1. the plastic cement lagging can not maked somebody a mere figurehead and collapse-deformation.The utility model is owing to trim applying with four jiaos of ends of plastic rubber substrate mutually with four jiaos of ends of plastic cement lagging, makes its rising-heat contracting-cold can be consistent, so four jiaos of ends of this plastic cement lagging do not have the shortcoming of making somebody a mere figurehead and causing being trampled collapse-deformation before unassembled;

2. integrated bond is smooth firm.The utility model is owing to be provided with an amount of viscose glue in the bottom, hollow-out parts place of plastic cement lagging covering plastic rubber substrate, so, two these splice floor tiles 10 can be done the horizontal direction build-in by hollow-out parts, convex teeth portion, and make the vertical direction cementation by viscose glue, not be used in this plastic rubber substrate bottom and be coated with gluing and just can integrated bond do not damage ground.

By the description of a following embodiment to the utility model Elastic plastic-rubber floor tile, can further understand the purpose of this utility model, specific structural features and advantage in conjunction with its accompanying drawing.Wherein, accompanying drawing is:

Fig. 1 is the exploded perspective structural representation of first kind of splice floor tile of prior art;

Fig. 2 is the cross-sectional view of first kind of splice floor tile of prior art;

Fig. 3 is the exploded perspective structural representation of second kind of splice floor tile of prior art;

Fig. 4 is the cross-sectional view of second kind of splice floor tile of prior art;

Fig. 5 is the exploded perspective structural representation according to the Elastic plastic-rubber floor tile that the utility model proposes;

Fig. 6 is the combination cross-sectional view according to the Elastic plastic-rubber floor tile that the utility model proposes.

As Fig. 5, shown in 6, the utility model Elastic plastic-rubber floor tile, formed by most splice floor tile 10, this splice floor tile 10 is at the intrinsic one deck plastic cement of a plastic rubber substrate 11 end face glue lagging 12, plastic rubber substrate 11 surroundings are formed with concavo-convex continuous hollow-out parts 111 and convex teeth portion 112, plastic cement lagging 12 each periphery 121,122,123,124 are straight side cut, two peripheries 121 that it is adjacent, the 122nd, two peripheries 113 relative with plastic rubber substrate 11,114 trim butt joint, make 12 liang of peripheries 121 of plastic cement lagging, 122 cover 11 liang of peripheries 113 of plastic rubber substrate fully, 114, this plastic cement lagging 12 is two peripheries 123 in addition, 124 with its two peripheries 115 in addition of this plastic rubber substrate 11,116 hollow-out parts 111 root edges 117 trim mutually, make this plastic rubber substrate 11 two peripheries 115 in addition, 116 hollow-out parts 111 is stretched out plastic cement lagging 12 two peripheries 123 in addition with convex teeth portion 112,124 outsides, and 12 4 jiaos of ends 125 of this plastic cement lagging all trim applying mutually with 11 4 jiaos of ends 118 of this plastic rubber substrate, and plastic rubber substrate 11 its each peripheries 113,114,115, hollow-out parts 111 between 116 front and back ends, 112 uniform distributions of convex teeth portion, and this plastic cement lagging 12 covers 11 liang of peripheries 113 of plastic rubber substrate, 114 are provided with an amount of viscose glue 127 with hollow-out parts 111 opposite positions bottom 126.

As Fig. 5, shown in 6, splice floor tile 10 in twos need only be docked mutually during assembling, utilize this hollow-out parts 111 to dock mutually with convex teeth portion 112, just can make the hollow-out parts 111 and convex teeth portion 112 that protrude out these plastic cement lagging 12 outsides originally, the hollow-out parts 111 and convex teeth portion 112 interlockings that covered by the plastic cement lagging 12 of another piece splice floor tile 10, and the viscose glue 127 that plastic rubber substrate 11 is covered on hollow-out parts 111 bottoms 126 is stablized cementation with another piece splice floor tile 10, so, two these splice floor tiles 10 can pass through hollow-out parts 111, convex teeth portion 112 is done the horizontal direction build-in, and the cementation of making vertical direction by this viscose glue 127.

In sum, the utility model Elastic plastic-rubber floor tile is because 11 4 jiaos of ends 118 of plastic rubber substrate are to trim applying mutually with four jiaos of ends 125 of plastic cement lagging 12, make its rising-heat contracting-cold can be consistent, so 12 4 jiaos of ends of this plastic cement lagging 125 do not have built on stilts and shortcoming that cause being trampled collapse-deformation before unassembled; And, the bottom, hollow-out parts 111 places 126 that this plastic cement lagging 12 covers plastic rubber substrate 11 is provided with an amount of viscose glue 127, so, two these splice floor tiles 10 can be done the horizontal direction build-in by hollow-out parts 111, convex teeth portion 112, and make the vertical direction cementation by viscose glue 127, not be used in these plastic rubber substrate 11 bottoms and be coated with gluing and just can integrated bond do not damage ground.

Claims

1. Elastic plastic-rubber floor tile, comprise the solid plastic cement lagging of a plastic rubber substrate and one deck glue at this plastic rubber substrate end face, this plastic rubber substrate surrounding is formed with concavo-convex continuous hollow-out parts and convex teeth portion, each periphery of plastic cement lagging is straight side cut, its two adjacent peripheries cover fully and are closely connected at two peripheries relative with plastic rubber substrate, this plastic cement lagging in addition its other hollow-out parts root edge of two peripheries of two peripheries and plastic rubber substrate trims mutually, and this plastic rubber substrate hollow-out parts and convex teeth portion of two peripheries in addition stretches out this plastic cement lagging two periphery outsides in addition, it is characterized in that:

Four jiaos of ends of described plastic cement lagging trim applying mutually with the convex teeth portion of four jiaos of ends of plastic rubber substrate, and uniform distribution has hollow-out parts and convex teeth portion between each peripheral front and back end of described plastic rubber substrate.

2. Elastic plastic-rubber floor tile as claimed in claim 1 is characterized in that: described plastic cement lagging is covering the plastic rubber substrate two peripheral viscose glues that are provided with bottom the hollow-out parts opposite position.