CN216156272U

CN216156272U - Floor mounting structure

Info

Publication number: CN216156272U
Application number: CN202023316183.8U
Authority: CN
Inventors: 陈惠文; 金国伟; 顾义杰
Original assignee: Zhejiang New Insight Material Technology Co ltd
Current assignee: Zhejiang New Yuanjian Wood Plastic Materials Co.,Ltd.
Priority date: 2020-12-31
Filing date: 2020-12-31
Publication date: 2022-04-01
Anticipated expiration: 2030-12-31

Abstract

The utility model provides a floor mounting structure, which comprises a plurality of floor units and an anti-slip strip arranged between two adjacent floor units, wherein the anti-slip strip comprises an anti-slip part which is relatively positioned above, a supporting part which is positioned below the anti-slip part and clamping parts which are positioned at two sides of the supporting part, the tail end of each clamping part comprises a positioning tooth which is parallel to the plane of a floor and a waterproof tooth which is vertical to the positioning tooth, and the clamping parts and the supporting parts jointly form a first hydrophobic groove; the floor unit all has positive connection side and negative connection side, and positive connection side is equipped with convex connection tooth, and negative connection side is equipped with inside sunken and with connection tooth matched with spread groove, and the upper portion of positive connection side and negative connection side all is equipped with and fixes a position tooth and waterproof tooth matched with mounting groove. The anti-slip strip designed by the utility model has an anti-slip function, and the first drainage groove can also drain rainwater permeating floor joints, so that a waterproof function is realized.

Description

Floor mounting structure

Technical Field

The utility model relates to a floor mounting structure, and particularly belongs to the technical field of floor mounting.

Background

In the application on floor, especially outdoor floor, often can face sleet weather, lead to producing snow or ponding on the floor, when there is snow, the pedestrian slips down very easily when walking on the floor, produce the hidden danger in the aspect of pedestrian's personal safety, and when having ponding, ponding often can be along the downward infiltration in clearance between the floor, reach the keel layer, and then produce ponding on the keel layer, because the ponding on keel layer eliminates the difficulty, can corrode keel structure and floor in the long term, thereby influence the life on floor. The mode of processing design is carried out to floor itself to current floor antiskid design mostly adoption, like the floor that CN209194922U and CN209585517U show, the scheme that they adopted is for designing out the non-skid property of concave convex structure in order to strengthen the floor on floor surface, but along with the use of floor, these concave convex structure can wear and tear gradually, just can lose anti-skidding effect when wearing and tearing reach certain degree, in addition concave convex structure also deposit debris such as dust easily, cause certain trouble to the surface cleaning.

SUMMERY OF THE UTILITY MODEL

The utility model provides a floor mounting structure, which is characterized in that a floor splicing part is provided with an anti-slip strip with waterproof and anti-slip functions, so that the floor has waterproof and anti-slip functions, the safety of the floor is improved, and the service life is prolonged.

Specifically, the utility model achieves the above object by the following technical scheme:

a floor mounting structure comprises a plurality of floor units and an anti-slip strip arranged between two adjacent floor units, wherein the anti-slip strip comprises an anti-slip part which is relatively positioned above, a supporting part which is positioned below the anti-slip part and clamping parts which are positioned at two sides of the supporting part, the tail end of each clamping part comprises a positioning tooth which is parallel to the plane of the floor and a waterproof tooth which is vertical to the positioning tooth, and the clamping parts and the supporting parts jointly form a first hydrophobic groove; the floor unit all have positive connection side and negative connection side, positive connection side be equipped with convex connection tooth, negative connection side be equipped with inwards sunken and with connection tooth matched with spread groove, the upper portion of positive connection side and negative connection side all be equipped with location tooth and waterproof tooth matched with mounting groove.

The anti-skidding structure realizes the anti-skidding effect by arranging the anti-skidding strips at the joints of the floors, the anti-skidding parts above the anti-skidding strips are exposed above the floors and used for increasing the friction coefficient and the anti-skidding capacity of the floors, and the lower parts of the anti-skidding strips are clamped and fixed with two adjacent floor units at two sides through the supporting parts and the clamping parts at two sides, so that the anti-skidding structure is fixedly installed at the joints of the floors. Simultaneously, the tail end of block portion forms the branch, horizontal extension's branch is the location tooth, an installation degree of difficulty when reducing the antislip strip installation, be convenient for the antislip strip location to preset the position, be waterproof tooth with the branch of location tooth vertically extending, through waterproof tooth (vertical) -block portion main part (horizontal) -supporting part (vertical) relation of connection formation a trough-shaped structure, the hydrophobic groove promptly, when the ponding of floor surface infiltrates among the seam, the rainwater can assemble in the middle of the hydrophobic groove, and be discharged under the direction of hydrophobic groove, thereby play waterproof effect. In addition, when fixed antislip strip, waterproof tooth can be fixed the antislip strip in the horizontal direction, and the location tooth can be fixed the antislip strip in the vertical direction, and under both combined action, can be so that the antislip strip is more firm.

Furthermore, one side of the upper end of the waterproof tooth close to the water drainage groove is of an arc-shaped curved surface structure.

When rainwater infiltrates, part of rainwater flows along the side wall, and can flow to the joint of the upper end of the waterproof tooth and the floor, at the moment, the rainwater has two flow directions, one is converged into the drainage groove along the waterproof tooth, the other is continuously infiltrated inwards along the gap between the waterproof tooth and the floor, when the upper end of the waterproof tooth is set to be an arc surface at one side close to the drainage groove, more rainwater can flow into the drainage groove under the drainage of the arc surface, and therefore the infiltration of the rainwater is reduced.

Furthermore, the upper surface of the anti-skid part is of an arc-shaped curved surface structure, and anti-skid grooves along the length direction of the floor unit are formed in the upper surface.

The antiskid part is designed into a curved surface structure, so that the comfort level of the foot sole of a pedestrian during treading can be improved, the foreign body sensation is reduced, the friction coefficient of the antiskid part is further improved along the antiskid groove arranged in the length direction of the floor, and the antiskid capacity is enhanced.

Furthermore, the depth of the notch of the matching part of the mounting groove and the positioning tooth is greater than the length of the positioning tooth.

The fixed pressure source of antislip strip is the floor unit of both sides, when positioning tooth and notch complete cooperation just, pressure part acts on positioning tooth, another part acts on waterproof tooth, the pressure that waterproof tooth received this moment is less, can increase the rainwater along the probability of the inside infiltration in clearance between waterproof tooth and the floor lateral wall, reduce water-proof effects, and when positioning tooth's length is less than the notch degree of depth, the atress can not be shared to positioning tooth, the pressure of both sides all acts on waterproof tooth this moment, thereby improve the compactness of being connected on waterproof tooth and floor, and then strengthen waterproof performance.

Furthermore, the connecting teeth are cone-shaped, the upper surfaces of the connecting teeth are provided with limiting parts, and the connecting grooves are provided with limiting grooves corresponding to the limiting parts.

Through the design of locating part and spacing groove, when connecting the tooth and inserting to the certain degree of depth of spread groove, the locating part can take place the block with the spacing groove, realizes the auto-lock to the convenience of floor installation has been improved.

Furthermore, the depth of the connecting groove is larger than the length of the connecting tooth, and a second drainage groove which is sunken towards the lower surface direction of the floor unit is arranged at the groove bottom of the connecting groove.

The connecting groove depth is designed to be larger than the connecting tooth length, a cavity is formed at the bottom of the connecting groove, a second hydrophobic groove which is sunken downwards is arranged at the cavity, the waterproof performance of the floor can be further improved, and when rainwater which is not intercepted by the first hydrophobic groove seeps into the connecting groove, the second hydrophobic groove can further play a role in dewatering. In addition, the cavity can also provide an expansion buffer area when the floor expands when heated, and the structural stability of the floor is improved.

Furthermore, a boss (24) is arranged at the lower half part of the male connecting side, and a third drainage groove (212) which is sunken towards the direction of the lower surface of the floor unit (2) is arranged on the upper surface of the boss.

The third drain groove further improves the water-repellent performance, as with the second drain groove.

Furthermore, the antiskid part (11) of the antiskid strip (1) is detachably connected with the supporting part (12) in a buckled mode.

The clamping part (13) is made of rubber.

Can dismantle the connection through designing antiskid portion and supporting part to design the rubber construction with block portion, can make things convenient for the installation of antislip strip. When the antislip strip is structure as an organic whole, must install with the floor together when two floors are amalgamated, can cause certain installation degree of difficulty for constructor, and divide into two parts after, design into elastic rubber material with block portion, can buckle the antislip strip the latter half and fill in to two adjacent mounting grooves between the floor of assembling, detain the antiskid portion of top again, can install and accomplish.

The application of the utility model can obtain the following beneficial effects:

the anti-slip strip provided by the utility model is simple and convenient to install, and only needs to be clamped between two floor units when the floor is installed, the anti-slip strip improves the anti-slip capacity through the design of the anti-slip part, and has the functions of intercepting and discharging rainwater penetrating into the clearance of the floor through the first drainage groove formed by the lower waterproof teeth, the clamping part main body and the supporting part, so that the rainwater is prevented from penetrating into the lower part of the floor. In addition, the structure of the floor is improved, and the waterproof capacity of the floor is further improved by arranging the second drainage groove and the third drainage groove.

Drawings

FIG. 1 is a schematic view of an assembly structure of the present invention;

FIG. 2 is a schematic view of the construction of the parts of the present invention;

in the figure, 1-antislip strip, 2-floor, 11-antislip part, 12-supporting part, 13-clamping part, 14-drainage groove, 21-connecting tooth, 22-connecting groove, 23-mounting groove, 24-boss, 131-positioning tooth, 132-waterproof tooth, 211-limiting part, 212-third drainage groove, 221-limiting groove, 222-second drainage groove.

Detailed Description

The utility model is further illustrated by the following figures and examples.

Examples

As shown in fig. 1 and 2, the present invention provides a floor mounting structure, which comprises a cleat 1 and a floor 2, wherein the cleat 1 is mounted at the joint of the floor 2 and shields the joint of the floor.

Specifically, the antislip strip includes that it is located the top relatively and exposes antiskid portion 11 on the floor surface, and antiskid portion upper surface adopts cambered surface structure for antiskid portion and floor surface transition naturally, combine as an organic whole, and in addition, antiskid portion upper surface still is equipped with along floor unit length direction's antiskid groove, with further improvement coefficient of friction. A support part 12 is connected below the antiskid part by a snap-fit manner, and two sides of the support part are respectively connected with a rubber clamping part 13 for clamping and fixing with the side surface of the floor. At the tail end of the engaging portion, two branches are formed, wherein a positioning tooth 131 extends along the transverse direction, a waterproof tooth 132 extends along the direction perpendicular to the positioning tooth, and the waterproof tooth, the engaging portion body and the supporting portion are connected to form a groove-shaped structure, i.e., a drainage groove 14. The upper half part of the side surface of the floor unit is provided with a mounting groove, the mounting groove 23 is respectively matched with the positioning teeth and the waterproof teeth, the depth of a part of a groove opening matched with the positioning teeth is larger than that of the positioning teeth, and the part matched with the waterproof teeth is tightly attached to the waterproof teeth.

The installation on floor is through being assembled by being located two block floor unit's connection tooth 21 and spread groove 22 respectively and forming, connection tooth 21 stretches out from the middle part of the positive connection side of a block floor unit, be the taper pattern, the end is curved smooth structure, the upper surface of connecting the tooth is provided with one and is used for installing fixed locating part 211, the spread groove is inwards sunken from the negative connection side middle part on another block floor, the shape is corresponding with the connection tooth, the inslot is equipped with the spacing groove 221 that corresponds with locating part 211, the shape difference of spread groove and connection tooth lies in under the prerequisite that agrees with the connection tooth, the spread groove continues inwards extension, make the degree of depth of spread groove be greater than the length of connecting the tooth, when connecting tooth and spread groove agree with the installation, can form the cavity between the tail end of connecting the tooth and the spread groove, the lower wall undercut of cavity forms second hydrophobic groove 222. Further, a boss 24 is provided at a lower portion of the male connection side, and a third drain groove 212 is provided on an upper surface of the boss.

The utility model discloses an antiskid portion of antislip strip upper end is salient for the floor plane, and the upper surface designs into smooth surface and floor transition connection naturally, at first through the material selection and the design of antiskid groove to antiskid portion, can increase coefficient of friction, make the pedestrian be difficult for sliding, secondly because its protrusion and floor face, can consume its kinetic energy when the pedestrian takes place to slide, reduce and fall down the probability, and smooth connection's design is then considered the transportation convenience, when carrying out cargo transport on the floor face, no matter directly pull or adopt modes such as shallow to remove, all can not cause the circumstances such as screens when the draw. The waterproof effect is realized through two points, one is the antiskid portion, reduces the intaking of seam crossing through antiskid portion and floor face laminating, and the hydrophobic groove, still exists the condition of intaking when the seam crossing and makes, and the rainwater that infiltration can be collected to the hydrophobic groove to dredge it and discharge, realize water-proof effects. When the first drainage groove can not meet the drainage requirement, the second drainage groove and the third drainage groove can start to play a role.

When the anti-skid device is specifically installed, two adjacent floor units are spliced, the lower half part of the anti-skid strip is plugged into the installation groove in the floor unit, and the anti-skid part of the upper half part of the anti-skid strip is buckled, so that the installation can be completed. Of course, the complete anti-skid strips can be directly matched and installed together when the two floor units are spliced.

The foregoing shows and describes the general principles and broad features of the present invention and advantages thereof. It will be understood by those skilled in the art that the present invention is not limited to the embodiments described above, which are described in the specification and illustrated only to illustrate the principle of the present invention, but that various changes and modifications may be made therein without departing from the spirit and scope of the present invention, which fall within the scope of the utility model as claimed. The scope of the utility model is defined by the appended claims and equivalents thereof.

Claims

1. A floor mounting structure comprises a plurality of floor units (2) and an anti-slip strip (1) arranged between two adjacent floor units, and is characterized in that the anti-slip strip (1) comprises an anti-slip part (11) which is relatively positioned above, a supporting part (12) which is positioned below the anti-slip part and clamping parts (13) which are positioned at two sides of the supporting part, the tail end of each clamping part comprises a positioning tooth (131) which is parallel to the plane of the floor and a waterproof tooth (132) which is vertical to the positioning tooth, and the clamping parts (13) and the supporting parts (12) jointly form a first water drainage groove (14); floor unit (2) all have positive connection side and negative connection side, positive connection side be equipped with convex connection tooth (21), negative connection side be equipped with inwards sunken and with connection tooth (21) matched with spread groove (22), positive connection side and negative connection side upper portion all be equipped with location tooth and waterproof tooth matched with mounting groove (23).

2. A floor mounting structure according to claim 1, wherein the upper end of the waterproof tooth (132) is curved at a side close to the drain groove (14).

3. A floor mounting structure according to claim 1, wherein the upper surface of the non-slip part (11) is of an arc-shaped curved surface structure, and the upper surface is provided with a non-slip groove along the length direction of the floor unit.

4. A floor mounting structure according to claim 1, wherein the depth of the notch of the fitting portion of the mounting groove (23) and the positioning tooth (131) is greater than the length of the positioning tooth (131).

5. A floor mounting structure according to claim 1, wherein the coupling tooth (21) is tapered, a limiting member (211) is provided on the upper surface of the coupling tooth, and a limiting groove (221) corresponding to the limiting member (211) is provided on the coupling groove (22).

6. A floor mounting structure according to claim 1, characterized in that said coupling groove has a depth greater than the length of said coupling tooth, and that a second water-repellent groove (222) recessed in the direction of the lower surface of the floor unit (2) is provided at the groove bottom of said coupling groove.

7. A floor mounting arrangement according to claim 1, characterised in that the male coupling side lower half is provided with a boss (24), the upper surface of which is provided with a third water-repellent trough (212) recessed in the direction of the lower surface of the floor unit (2).

8. A floor mounting arrangement according to claim 1, characterised in that the non-slip part (11) of the non-slip strip (1) is detachably snap-connected to the support part (12).

9. A floor mounting arrangement according to claim 1, characterized in that said engaging portion (13) is of rubber material.