CN220442443U - Concealed combined spliced floor mat - Google Patents

Abstract

A concealed combination splice floor mat comprising: a plurality of ground mat bodies, a spliced bottom plate and spliced strips; the ground mat body is rectangular plate shape structure, and all is fixed with the concatenation bottom plate on the face of the lower side of the ground mat body, and the concatenation bottom plate is rectangular plate shape structure, and the area of this concatenation bottom plate is less than the area of ground mat body, and the concatenation strip is around the side of the periphery of concatenation bottom plate realization embedded installation and establish in the face of the lower side of the ground mat body department, and the concatenation strip is used for connecting two adjacent concatenation bottom plates and realizes the concatenation between the adjacent ground mat body, and adjacent concatenation strip length direction's tip position also can splice the butt together, and the ground mat body can cover concatenation bottom plate and concatenation strip above completely. The advantages are that: the ground mat body is guaranteed to demonstrate superior visual perception and embody the fastness of combining after finishing mating formation, guarantees the horizontal flatness after the ground mat body amalgamation, promotes foot sense and use comfort.

Description

Concealed combined spliced floor mat

Technical Field

The utility model belongs to the technical field of ground mat supplies, and particularly relates to a hidden type combined spliced ground mat.

Background

The above-mentioned floor mat is a common living goods in our daily life, and is a variety of such things as floor mats, sports floor mats, child game floor mats, industrial mats, etc., and the floor mat has a wide range of uses, and can be used in places such as house floors, indoor restrooms, home child rooms, sports places (such as various sports venues of wrestling, judo, gymnastics, etc.), child playgrounds (kindergarten, child playgrounds, etc.), nursing homes, hospitals, park play areas, etc. The floor mat is used as a reliable bedding article, has the advantages of keeping the ground clean and smooth, has the characteristics of elasticity and softness and comfortable foot feel, can effectively protect children, old people and some important precise instruments, prevents the personnel and articles from being damaged after falling down and colliding, and has stronger safety protection.

The existing spliced floor mat is mainly a single square mat body and is mostly made of plastic materials, cloth, foam and other materials, a plurality of splicing teeth are arranged between the edges of the periphery of the square floor mat body, each splicing tooth is uniformly distributed, splicing grooves are formed between every two adjacent splicing teeth, the splicing teeth are matched with the splicing grooves in shape, and when the plurality of floor mat bodies are spliced, the splicing teeth and the splicing grooves of the adjacent floor mat bodies are mutually clamped and installed together to realize integral installation. The existing spliced floor mat is of a single structure, so that the tooth groove structure is exposed when the spliced floor mat is spliced, on one hand, a large number of tooth groove structures are exposed to cause untidy visual appearance, the floor mat is very messy, and in the use process, gaps at the connecting parts of the tooth grooves are continuously loosened, so that the gaps are larger and larger, and feet are easy to catch; on the other hand, because the gap is inevitably reserved in the clamping type tooth groove structure, dirty things similar to dust and food residues are easy to enter the splicing groove and remain for a long time, so that unhygienic and messy results are caused, and the cleaning is very inconvenient in particular; in addition, after the structure of monolithic tooth's socket concatenation is accomplished the assembly of a monoblock ground, cause a plurality of ground mat body surface's arch or collapse easily, lead to whole surface roughness, the roughness is relatively poor to also cause the amalgamation to be inseparable easily at the border amalgamation department of two adjacent ground mat bodies, there is the marginal gap and splice the tooth and also can take place the condition of drunkenness arch, easily damage, and can cause the discomfort when the user tramples at the border amalgamation department of ground mat body, the comfort level is relatively poor.

In view of the foregoing prior art, the applicant has made beneficial attempts; the technical solutions to be described below are created in this context.

Disclosure of Invention

The utility model aims to provide a hidden combined spliced floor mat which is simple in structure, attractive and smooth, and is beneficial to realizing splicing by arranging an integrated structure of a floor mat body and a spliced bottom plate and utilizing splicing strips so as to ensure that a plurality of floor mat bodies show excellent visual feeling after paving and embody the advantage of firm combination, thereby being beneficial to ensuring the horizontal flatness of the floor mat bodies after splicing and further improving the foot feeling and the use comfort.

The task of the utility model is accomplished in such a way that a hidden combined spliced floor mat comprises: a plurality of ground mat bodies, a spliced bottom plate and spliced strips; the floor mat body is rectangular plate shape structure, and is in all fixedly connected with splice bottom plate on the face of one side down of floor mat body, splice bottom plate is rectangular plate shape structure equally, and this splice bottom plate's area is less than the area of floor mat body, splice strip centers on splice bottom plate's side around realizes embedded installation and sets up equally the face of one side down of floor mat body department, splice strip is used for connecting two adjacent splice bottom plates and realizes the concatenation between the adjacent floor mat body, and adjacent splice strip length direction's tip position also can splice butt together, and the floor mat body can cover completely in top splice bottom plate and splice strip.

In a specific embodiment of the present utility model, an inner tooth portion is formed on each of the peripheral sides of the splice base plate, the inner tooth portion has an inner tooth portion connecting surface, a plurality of inner tooth portion grooves are formed on the inner tooth portion connecting surface at intervals inward, splice base plate protrusions are formed between the inner tooth portion grooves, and the splice base plate protrusions include a plurality of splice inner teeth and mating inner teeth formed at the middle in the length direction of the inner tooth portion; the two side edges of the splicing bar parallel to the length direction are respectively provided with an external tooth part, the external tooth part is matched with the shape of the internal tooth part, the external tooth part is also provided with an external tooth part connecting surface, a plurality of splicing external teeth are arranged on the external tooth part connecting surface in a protruding way at intervals, splicing bar concave parts are formed between the splicing external teeth, and the splicing bar concave parts also comprise a plurality of external tooth part grooves and matched tooth grooves formed in the middle part of the external tooth part in the length direction; the spliced outer teeth are matched with the shape of the inner tooth part grooves, the spliced strip concave parts are matched with the shape of the spliced bottom plate convex parts, so that the spliced outer teeth can be matched with and installed in the corresponding inner tooth part grooves, the spliced inner teeth can be matched with and installed in the corresponding outer tooth part grooves, and the matched inner teeth can be installed in the matched tooth grooves, so that the matched connection of the spliced bottom plate and the spliced strip is realized.

In another specific embodiment of the present utility model, the distances between the peripheral side edges of the floor mat body and the inner tooth connecting surfaces of the peripheral side edges of the spliced bottom plate connected thereto are equal and counted as a, and the distances between the central axis of the spliced strip parallel to the length direction and the outer tooth connecting surfaces are counted as B, and the distances a and B are equal.

In another specific embodiment of the utility model, a corner block is formed at the corners of the periphery of the spliced bottom plate, and a triangular block part is formed on the corner block and is in an isosceles triangle-shaped structure; and the two end parts of the splicing strips in the length direction are respectively provided with an oblique angle end part which is also in an isosceles right triangle shape structure, the oblique angle end parts can be matched with the triangular block parts to be installed together, and the oblique angle end parts of two adjacent splicing strips can be spliced together.

In still another specific embodiment of the present utility model, the spliced inner teeth of the spliced base plate convex portions are all isosceles trapezoid engaging tooth-shaped structures, and the outer tooth part grooves of the spliced strip concave portions are isosceles trapezoid groove-shaped structures; the matched internal teeth of the convex parts of the spliced bottom plate are of trapezoid meshed tooth-shaped structures, the matched internal teeth are provided with an inclined surface, the matched tooth grooves of the concave parts of the spliced strips are of trapezoid groove-shaped structures, and the inclined surface is also arranged in the matched tooth grooves.

In yet another specific embodiment of the present utility model, the splice tray has the same thickness as the splice bar.

In a further specific embodiment of the present utility model, the floor mat body, the splice bottom plate and the splice bar are all made of foam materials.

In yet another specific embodiment of the present utility model, the floor mat body and the spliced bottom plate are connected to form an integral structure by adopting a hot-press compounding or adhesive bonding mode.

The utility model has the beneficial effects that due to the adoption of the structure, the utility model has the following advantages: the floor mat is integrally arranged to be of an integral structure comprising a floor mat body and a spliced bottom plate, when two adjacent floor mat bodies are assembled in a combined mode, the two adjacent spliced bottom plates are connected through the spliced strips, meanwhile, the outer tooth parts of the spliced strips and the inner tooth parts of the spliced bottom plates are all hidden below the floor mat body at the upper part, so that after the plurality of floor mat bodies are assembled in a butt joint mode and paved on the ground, the lower spliced bottom plates and the spliced strips are covered below the floor mat bodies, only one square floor mat body is displayed on the ground, the plurality of floor mat bodies are tightly attached together, visual feeling is greatly improved, the floor mat is attractive and elegant, teeth are not exposed any more, dirt such as dust and garbage can not be accumulated at the spliced position, and the spliced bottom plates are convenient to clean, and the spliced mode of the spliced strips and the spliced bottom plates can ensure firm combination and convenient installation, and can also effectively improve the convenience of use; in addition, the lower part of adjacent ground mat body junction is the body of concatenation strip, and the roughness is good, can ensure that a plurality of ground mat body surfaces remain the level, and junction joint, when trampling to ground mat body junction, avoid connecting limit deformation too big and damage, ensure the life of ground mat body to trample foot feel and use comfort has further been promoted.

Drawings

FIG. 1 is an exploded view of the overall structure of an embodiment of the present utility model;

FIG. 2 is a schematic view of an embodiment of the present utility model at another angle;

fig. 3 is an application diagram of an embodiment of the present utility model.

In the figure: 1. a floor mat body; 2. splice bottom plate, 21, internal tooth part, 211, internal tooth part connecting surface, 212, internal tooth part groove, 213, splice bottom plate convex part, 2131, splice internal tooth, 2132, mating internal tooth, 22, corner block, 221, triangle block part; 3. splicing strips, 31, external tooth parts, 311, external tooth part connecting surfaces, 312, splicing external teeth, 313, splicing strip concave parts, 3131, external tooth part grooves, 3132, matched tooth grooves and 32, and bevel end parts.

Detailed Description

The following detailed description of specific embodiments of the utility model, while given in connection with the accompanying drawings, is not intended to limit the scope of the utility model, and any changes that may be made in the form of the inventive concepts described herein, without departing from the spirit and scope of the utility model.

In the following description, all concepts related to the directions or azimuths of up, down, left, right, front and rear are based on the positions shown in fig. 1, and thus should not be construed as being particularly limited to the technical solutions provided by the present utility model.

Referring to fig. 1 and 3, a hidden type combined spliced floor mat is shown, which comprises a plurality of floor mat bodies 1, a spliced bottom plate 2 and spliced strips 3; the floor mat body 1 is in a rectangular plate shape structure, a splicing bottom plate 2 is fixedly connected to the surface of the downward side of the floor mat body 1, the splicing bottom plate 2 is also in a rectangular plate shape structure, the area of the splicing bottom plate 2 is smaller than that of the floor mat body 1, the splicing strips 3 are embedded around the peripheral side edges of the splicing bottom plate 2 and are also arranged at the surface of the downward side of the floor mat body 1, as shown in fig. 2 and 3, a space exists between two adjacent splicing bottom plates 2, the splicing strips 3 can be matched and arranged in the space between two adjacent splicing bottom plates 2, the splicing strips 3 are used for connecting the two adjacent splicing bottom plates 2 and realizing splicing between the adjacent floor mat bodies 1, the end parts of the adjacent splicing strips 3 in the length direction can be spliced and abutted together, and the floor mat body 1 can cover the splicing bottom plates 2 and the splicing strips 3 above.

It should be noted that, the surface of the side of the floor mat body 1 facing upwards is provided with pattern lines, and the arrangement of the pattern lines can effectively increase friction force and play a role in skid resistance.

In this embodiment, an inner tooth portion 21 is formed on the peripheral side of the splice base plate 2, the inner tooth portion 21 has an inner tooth portion connecting surface 211, a plurality of inner tooth portion grooves 212 are formed on the inner tooth portion connecting surface 211 at intervals inward, and a splice base plate protrusion 213 is formed between the inner tooth portion grooves 212, the splice base plate protrusion 213 includes a plurality of splice inner teeth 2131 and mating inner teeth 2132 formed at the middle in the longitudinal direction of the inner tooth portion 21, and as shown in fig. 1 and 2, the number of splice inner teeth 2131 is four and symmetrically distributed on both sides of the mating inner teeth 2132; the two sides of the splicing bar 3 parallel to the length direction are respectively provided with an external tooth part 31, the external tooth part 31 is matched with the shape of the internal tooth part 21, the external tooth part 31 is also provided with an external tooth part connecting surface 311, a plurality of splicing external teeth 312 are arranged on the external tooth part connecting surface 311 at intervals outwards, a splicing bar concave part 313 is formed between the splicing external teeth 312, the splicing bar concave part 313 also comprises a plurality of external tooth part grooves 3131 and matched tooth grooves 3132 formed in the middle part of the length direction of the external tooth part 31, the external tooth part grooves 3131 are arranged corresponding to the splicing internal tooth 2131, and the number of the external tooth part grooves 3131 is four and are symmetrically distributed on two sides of the matched tooth grooves 3132; the aforementioned external teeth for stitching 312 are adapted to the shape of the aforementioned internal tooth portion grooves 212, while the aforementioned concave portions for stitching 313 are adapted to the shape of the aforementioned convex portions for stitching 213, so that the aforementioned external teeth for stitching 312 can be fitted into the corresponding internal tooth portion grooves 212, the aforementioned internal teeth for stitching 2131 can be fitted into the corresponding external tooth portion grooves 3131, and the aforementioned internal teeth for stitching 2132 can also be fitted into the fitting tooth grooves 3132, thereby achieving the fitting connection of the stitching base 2 with the stitching bars 3.

Referring to fig. 2, the distances between the peripheral edges of the mat body 1 and the inner tooth portion connecting surfaces 211 of the peripheral edges of the splice bottom plate 2 connected thereto are equal and counted as a, and the distance from the central axis of the splice bar 3 parallel to the length direction to the outer tooth portion connecting surface 311 is counted as B, and the distance a is equal to the distance B; through predetermining the width of concatenation strip 3 for when two adjacent ground mat body 1 are carrying out the combination concatenation, the concatenation bottom plate 2 of two ground mat body 1 bottoms can realize effective cooperation equipment, and the border of two adjacent ground mat body 1 also can be level and smooth amalgamation together.

In this embodiment, corner blocks 22 are formed at the corners of the periphery of the splice bottom plate 2, and triangular block portions 221 are formed on the corner blocks 22, and the triangular block portions 221 are in isosceles triangle shape; the two ends of the splicing strip 3 in the length direction are respectively provided with a bevel end 32, the bevel ends 32 are also in isosceles right triangle shape, the bevel ends 32 can be matched with the triangular block 221, and the bevel ends 32 of two adjacent splicing strips 3 can be spliced together.

Further, the splicing inner teeth 2131 of the splicing base plate convex portion 213 are each of an isosceles trapezoid engaged tooth shape structure, and the outer tooth portion grooves 3131 of the splicing strip concave portion 313 are each of an isosceles trapezoid groove shape structure; of course, the shapes of the spliced internal teeth 2131 and the external teeth portion grooves 3131 are not limited thereto, and may be of a structure such as a "T" shape or a zigzag shape, and any shape and structure may be changed within the scope of protection of the present patent. The mating internal teeth 2132 of the spliced bottom plate protrusion 213 are of a trapezoidal engaged tooth shape, the mating internal teeth 2132 have an oblique surface, the mating tooth grooves 3132 of the spliced strip recess 313 are of a trapezoidal groove shape, an oblique surface is also provided in the mating tooth grooves 3132, the mating internal teeth 2132 and the mating tooth grooves 3132 are correspondingly adapted and provided with an oblique surface, when the internal teeth 21 and the external teeth 31 are spliced, the oblique surface of the mating internal teeth 2132 can be slidably inserted into the mating tooth grooves 3132 and matched with the oblique surface of the mating tooth grooves 3132, so that the oblique surface of the mating internal teeth 2132 can play a positioning and guiding role when the spliced bottom plate 2 and the spliced strip 3 are spliced, and the positioning and installation of the internal teeth 21 and the external teeth 31 can be facilitated due to the arrangement of the mating internal teeth 2132 and the mating tooth grooves 3132, thereby effectively improving the convenience of splicing and installation.

Preferably, the thickness of the splice tray 2 is the same as that of the splice bar 3.

In this embodiment, the floor mat body 1, the splice bottom plate 2 and the splice strips 3 are all made of foam materials; specifically, the foaming material is preferably a foaming material layer formed by mixing high-elastic materials such as EVA (ethylene-vinyl acetate copolymer), rubber, thermoplastic elastomer TPE (also known as elastomer), and the like, and has better elasticity, no deformation after long-term pressing, and instant recovery of original shape after pressing, and can enhance foot feel and comfort.

Further, the floor mat body 1 and the splice bottom plate 2 are connected by one of hot-pressing compounding or adhesive bonding to form an integral structure.

Please refer to fig. 1 and fig. 2, and please refer to fig. 3 in combination, to briefly describe the working principle of the technical scheme provided by the present utility model: when the plurality of ground mat bodies 1 in the technical scheme are spliced, as shown in fig. 2, firstly, the side edges of two adjacent ground mat bodies 1 can be spliced, meanwhile, the splicing strips 3 are placed between the two adjacent splicing bottom plates 2, and the outer tooth parts 31 on the long sides of the two sides of the splicing strips 3 can be matched with the inner tooth parts 21 on the edge positions of the two splicing bottom plates 2, so that the matched connection of the two adjacent splicing bottom plates 2 is realized, the two adjacent ground mat bodies 1 can be connected together, and meanwhile, after the two ground mat bodies 1 are spliced, the splicing strips 3 at the joint of the two ground mat bodies can be covered from the upper part, and the splicing strips 3 are not exposed, so that the hidden splicing is realized; specifically, please see fig. 3, four floor mat units are assembled by a cross structure, the left side edge of the right upper spliced bottom plate 2 and the right side edge of the left upper spliced bottom plate 2 in fig. 3 are connected by a vertical spliced strip 3, the lower side edge of the right upper spliced bottom plate 2 and the upper side edge of the right lower spliced bottom plate 2 of the right upper floor mat are connected by a horizontal spliced strip 3, and so on, the spliced bottom plates 2 of the four floor mat units are all connected by the spliced strip 3, and as the two end parts of the length direction of the spliced strip 3 are all provided with bevel end parts 32, the spliced strips 3 of the cross structure can be spliced by the bevel end parts 32, and meanwhile, the floor mat body 1 can cover the four spliced bottom plates 2 and the spliced strip 3 for connection, after the floor mat bodies 1 are paved, the lower spliced bottom plate 2 and the spliced strip 3 can be covered under the floor mat body 1 without being exposed, and the square floor mat body 1 with a block front surface is attractive and elegant and good in visual effect.

Claims (8)

1. A hidden combination concatenation ground mat, characterized in that includes: a plurality of ground mat bodies (1), splicing bottom plates (2) and splicing strips (3); the floor mat body (1) is of a rectangular plate shape structure, a splicing bottom plate (2) is fixedly connected to the surface of the lower side of the floor mat body (1), the splicing bottom plate (2) is of a rectangular plate shape structure, the area of the splicing bottom plate (2) is smaller than that of the floor mat body (1), the splicing strips (3) surround the periphery side edges of the splicing bottom plate (2) to achieve embedded installation and are also arranged at the surface of the lower side of the floor mat body (1), the splicing strips (3) are used for connecting two adjacent splicing bottom plates (2) and achieving splicing between the adjacent floor mat bodies (1), and the end parts of the adjacent splicing strips (3) in the length direction can be spliced and abutted together, and the floor mat body (1) can cover the splicing bottom plate (2) and the splicing strips (3) completely above.

2. The hidden combination and splice floor mat of claim 1, wherein: an inner tooth part (21) is formed on the peripheral side edges of the spliced base plate (2), the inner tooth part (21) is provided with an inner tooth part connecting surface (211), a plurality of inner tooth part grooves (212) are formed on the inner tooth part connecting surface (211) at intervals inwards, spliced base plate convex parts (213) are formed between the inner tooth part grooves (212), and the spliced base plate convex parts (213) comprise a plurality of spliced inner teeth (2131) and matched inner teeth (2132) formed at the middle part of the length direction of the inner tooth part (21); an external tooth part (31) is formed on two side edges of the splicing bar (3) parallel to the length direction, the external tooth part (31) is matched with the shape of the internal tooth part (21), the external tooth part (31) is also provided with an external tooth part connecting surface (311), a plurality of splicing external teeth (312) are arranged on the external tooth part connecting surface (311) at intervals outwards, splicing bar concave parts (313) are formed between the splicing external teeth (312), and the splicing bar concave parts (313) also comprise a plurality of external tooth part grooves (3131) and matching tooth grooves (3132) formed in the middle part of the length direction of the external tooth part (31); the spliced outer teeth (312) are matched with the shape of the inner tooth part grooves (212), the spliced strip concave parts (313) are matched with the shape of the spliced bottom plate convex parts (213), so that the spliced outer teeth (312) can be matched with and installed in the corresponding inner tooth part grooves (212), the spliced inner teeth (2131) can be matched with and installed in the corresponding outer tooth part grooves (3131), and the matched inner teeth (2132) can be installed in the matched tooth grooves (3132), so that the matched connection of the spliced bottom plate (2) and the spliced strip (3) is realized.

3. A hidden combination and splice floor mat as defined in claim 2, wherein: the distance between the side edges around the ground mat body (1) and the inner tooth part connecting surface (211) of the side edges around the spliced bottom plate (2) connected with the ground mat body is equal and is A, the distance from the central axis of the spliced strip (3) parallel to the length direction to the outer tooth part connecting surface (311) is B, and the distance A is equal to the distance B.

4. The hidden combination and splice floor mat of claim 1, wherein: corner blocks (22) are formed at the corners of the periphery of the spliced bottom plate (2), triangular block parts (221) are formed on the corner blocks (22), and the triangular block parts (221) are in isosceles triangle structures; and the two end parts of the splicing strip (3) in the length direction are respectively provided with an oblique angle end part (32), the oblique angle end parts (32) are also in isosceles right triangle structures, the oblique angle end parts (32) can be matched with the triangular block parts (221), and the oblique angle end parts (32) of two adjacent splicing strips (3) can be spliced together.

5. A hidden combination and splice floor mat as defined in claim 2, wherein: the splicing inner teeth (2131) of the splicing bottom plate convex parts (213) are all in an isosceles trapezoid meshing tooth shape structure, and the outer tooth part grooves (3131) of the splicing strip concave parts (313) are in an isosceles trapezoid groove shape structure; the mating internal teeth (2132) of the spliced base plate convex parts (213) are of a trapezoid meshing tooth shape structure, the mating internal teeth (2132) are provided with an oblique surface, the mating tooth grooves (3132) of the spliced strip concave parts (313) are of a trapezoid groove shape structure, and the mating tooth grooves (3132) are also provided with an oblique surface.

6. The hidden combination and splice floor mat of claim 1, wherein: the thickness of the splicing bottom plate (2) is the same as that of the splicing strips (3).

7. The hidden combination and splice floor mat of claim 1, wherein: the floor mat body (1), the splicing bottom plate (2) and the splicing strips (3) are made of foaming materials.

8. The hidden combination and splice floor mat of claim 1, wherein: the floor mat body (1) and the spliced bottom plate (2) are connected in a hot-pressing compounding or adhesive bonding mode to form an integrated structure.