WO2023197447A1

WO2023197447A1 - Tiled floor having assembled structure

Info

Publication number: WO2023197447A1
Application number: PCT/CN2022/101186
Authority: WO
Inventors: 纽曼特瑞·约翰
Original assignee: 湖州环优木业有限公司
Priority date: 2022-04-12
Filing date: 2022-06-24
Publication date: 2023-10-19
Also published as: CN217734689U

Abstract

A tiled floor having an assembled structure, comprising floor supporting connecting members (3) and surface covering plates (2), wherein each floor supporting connecting member (3) is laid on the ground (1); each surface covering plate (2) is mounted and fixed on the floor supporting connecting member (3); the floor supporting connecting member (3) is mounted between the surface covering plate (2) and the ground (1); and the floor supporting connecting member (3) comprises a plurality of positioning connecting units (4) that are arranged and unfolded on a plane, and are connected with each other, and an outer side frame (6) surrounding the positioning connecting units (4). By tiling and assembling the floor supporting members (3) and the surface covering plates (2), the laying and mounting of floor members on the ground (1) can be rapidly completed, and various pattern styles can be flexibly combined and formed while detachment and mounting are facilitated.

Description

A combined structure spliced floor

Technical field

The present invention relates to the field of combined splicing flooring, specifically a combined structural splicing floor.

Background technique

As a floor material laid over a large area, floor tiles use their own colors and textures to create different styles of living environments. There are many types of tiles on the market. Users can choose brands according to their own budget and preferences, and choose according to the style of the room. Corresponding style floor tiles and brightly colored vitrified tiles decorate modern home life. Calm and simple glazed tiles complement each other in Chinese-style and European-style rooms. The different materials and different splicing applications of mosaic add a variety of styles to the room, and creativity The novel and elegant tiles are the finishing touch.

For example, the Chinese utility model patent application document with application number CN202122013478.6 discloses a floor tile that is easy to assemble and splice. The outer surface of the lower end of the floor tile is provided with a back pattern, and both sides of the floor tile are provided with splicing mechanisms. A water guide channel is provided on the outer surface of the upper end. This kind of floor tile is easy to assemble and splice. Through the splicing mechanism provided, during the installation process of the floor tile, one end of one floor tile is placed on the other end of the other floor tile, so that the first splicing plate of one floor tile is connected with the other. The second splicing plate of a floor tile is fit. On the contrary, multiple limit protrusions must be fit one by one corresponding to multiple limit notches, that is, rapid positioning of the floor tiles is achieved. The splicing mechanism has high practicability. It indirectly improves the construction efficiency, and through the set of water guide channels, in daily use, the accumulated water on the surface of the floor tiles will be channeled through the horizontal grooves and vertical grooves, further improving the anti-slip performance of the floor tiles, and has good use prospects.

technical problem

However, the floor tiles described in this plan associate adjacent plates and lay them directly together. Due to the large structural size of each floor tile, when a small area of erosion damage occurs, the entire floor tile needs to be repaired. Replacement is not only a complicated operation process, but also causes damage to adjacent floor tiles and destroys the stability of the connection and installation. In addition, for this type of floor tiles, the pattern patterns are formed on the surface of the overall block-shaped floor tiles during the manufacturing process, so it is impossible to flexibly obtain various pattern states through free splicing and combination.

Technical solutions

In response to the above problems, the present invention provides a modular combined floor, which can quickly complete the laying and installation of floor parts on the ground through the splicing and combination between floor supports and surface covering boards. It is easy to disassemble and install while being flexible. Combined to form various pattern styles.

The invention provides a modular combined floor, which can quickly complete the laying and installation of floor parts on the ground through the splicing and combination between floor supporting parts and surface covering boards. It facilitates disassembly and installation and can be flexibly combined to form various Pattern style.

The above technical objectives of the present invention are achieved through the following technical solutions:

A combined structural splicing floor, including a floor support connector and a surface covering plate. The floor support connector is laid on the ground, and the surface covering plate is installed and fixed on the floor support connector. , the floor support connector is installed between the surface covering plate and the bottom surface; the floor support connector includes a number of positioning connection units arranged on a plane and connected to each other and surrounding the positioning connection unit The outer border on the outside of the unit.

As a preference for the present invention, the positioning connection unit includes a columnar base, and further includes a base formed by an outer peripheral surface of the base extending outward in a horizontal direction for connecting adjacent positioning connection units. The connecting ribs are connected and fixed; the upper and lower surfaces of the base are planar, respectively used to abut and fit with the bottom surface of the surface covering plate installed above and the ground below; the bottom surface of the surface covering plate has openings There is an upwardly recessed installation hole, and the upper surface of the positioning connection unit is upwardly convex to form a connecting post for plugging and positioning installation with the installation hole.

As a preferred aspect of the present invention, the lower surface of the base portion extends downward to form a supporting base portion protruding from the lower surface of the connecting rib.

As a preferred aspect of the present invention, the lower surface of the base is provided with slot holes corresponding to the positioning posts to improve stability when two of the floor support connectors are stacked on each other.

As a preferred aspect of the present invention, the outer frame is provided with two adjacent floor support connectors that are interconnected in the vertical direction to realize multiple independent floor support connectors when they are laid on a flat surface. A plug-in connection structure is fixedly connected between them. The plug-in connection structure includes two parts: a fitting part and a fitting groove. The fitting part is formed by the outer frame protruding outward in the horizontal direction, so The fitting portion further includes an outer expanded section and an inner retracted section. The width of the expanded section is greater than the width of the retracted section. The fitting groove is formed along the outer frame. The horizontal direction is inwardly recessed and its shape corresponds to the fitting portion.

As a preferred embodiment of the present invention, the plug-in connection structure further includes an engaging structure for locking in the vertical direction when the fitting portions or fitting grooves are inserted and fixed to each other.

As a preferred embodiment of the present invention, the engaging structure includes a notch formed by an inward recess of the outer wall of the fitting portion and a protruding portion formed by an outward protrusion of the inner wall of the fitting groove.

As a preferred aspect of the present invention, an auxiliary guide surface for guiding the two parts for insertion and fixation is provided at the lower part of the fitting part or the fitting groove.

As a preferred option of the present invention, the connecting post is cylindrical, and a protrusion is formed around the outer peripheral surface of the connecting post to enhance the insertion connection between the connecting post and the mounting hole formed by the surface covering plate. The tightness of the fit.

beneficial effects

1. The combined structural splicing floor of the present invention adopts a combined splicing installation structure, and a floor supporting connector is added between the surface covering plate and the bottom surface to lift up the surface covering plate made of solid wood or composite wood materials and It is elevated, which can effectively avoid water leakage in indoor scenes or corrosion and rot when the surface covering board is soaked in water for a long time after rain and snow in outdoor environments, thereby improving the durability of spliced flooring products.

2. The outer frame of the floor support connector in the combined structure spliced floor of the present invention is provided with a plug-in connection structure for connecting two adjacent floor support connectors, which can easily realize the installation of two floors. The installation, fixation or disassembly of the supporting connectors facilitates the layout and deployment of the floor in various spatial areas.

3. The bottom surface of the combined structure spliced floor according to the present invention extends downward to form a protruding support base portion, forming a gap installation space between the floor support connector and the ground, without damaging the overall structure of the floor. case, providing great convenience for circuit wiring at the bottom.

Description of the drawings

Figure 1 is a schematic diagram of the overall structure of a single plate of the combined structural spliced floor;

Figure 2 is a schematic diagram of the state where the floor support connector is installed between the ground and the surface covering board;

Figure 3 is a schematic diagram of the state when the floor support connector and the surface covering plate are docked and assembled;

Figure 4 is a schematic diagram of the overall structure of the positioning connection unit in the floor support connector;

Figure 5 is a schematic structural diagram of the positioning connection unit from a bottom perspective;

Figure 6 is a schematic structural diagram of the positioning connection unit from a side perspective;

Figure 7 is a schematic structural diagram of a positioning connection unit group formed by connecting multiple positioning connection units;

Figure 8 is a schematic structural diagram of the main parts of the combined structure spliced floor;

Figure 9 is a schematic diagram of the outer frame structure of the combined structure spliced floor;

Figure 10 is a schematic diagram of the mutual insertion state relationship between adjacent floor supporting connectors in the combined structural spliced floor.

In the picture:

1——ground;

2——Surface covering plate, 2a——Mounting hole;

3——Floor support connector;

4 - positioning connection unit, 4a - base, 4b - connecting rib, 4c - connecting column, 401 - raised part, 402 - supporting base part, 403 - slot hole;

5——positioning connection unit group, 5a——unit cavity;

6——Outer border;

7—Plug-in connection structure, 7a—fitting part, 7b—fitting groove, 701—external expansion section, 702—adduction section, 703—auxiliary guide surface;

8——Latching structure, 8a——notch part, 8b——protruding part.

Embodiments of the invention

The following specific examples are only explanations of the present invention and are not intended to limit the present invention. Those skilled in the art can make modifications to the present embodiments without creative contribution as needed after reading this specification. However, as long as the rights of the present invention are All requirements are protected by patent law.

This solution is implemented through the following technical means:

Embodiment 1: In this embodiment, a combined structural splicing floor is provided. The combined structural splicing floor not only contains multiple interconnected splicing modules in the plane direction, but also has multiple interconnected splicing modules in the vertical direction. Forming a multi-level installation and laying structure. Specifically, modular floor support connectors 3 that can be connected to each other are first laid and installed on the ground 1, and then various surface covering panels 2 of different shapes that are also modular are fixed and installed on the upper part of the floor support connector 3. Through the free combination of the surface covering panels 2, spliced floor structures with various patterns and styles are formed.

Specifically, the surface covering plate 2 in the combined structural spliced floor is made of wooden materials, and the floor supporting connector 3 installed between the surface covering plate 2 and the ground 1 is made of waterproof and resistant plastic or rubber. Made of corroded polymer material. The floor supporting connector 3 mainly includes two parts: a plurality of positioning connection units 4 arranged on a plane and connected to each other, and an outer frame 6 surrounding the outside of the positioning connection units 4 . The positioning connection unit 4 includes an upright cylindrical base 4a. The outer peripheral surface of the base 4a protrudes outward in the horizontal direction to form a plurality of strips for connecting and fixing the adjacent positioning connection units 4. The connecting ribs 4b and the upper and lower surfaces of the base 4a are both planar, and are respectively used to abut against the bottom surface of the surface covering plate 2 installed above and the ground 1 located below.

It is worth noting here that in mathematical calculations, there are ever-changing graphic styles that can cover the entire plane with repeated arrangements of their own graphics, and it is impossible to give exhaustive examples; when the base 4a in this plan is regarded as a connector . When the connecting rib 4b is regarded as a connecting edge, various shapes of the floor supporting connector 3 can be formed through specific different forms of arrangement, slight shape changes of the connecting rib 4b, or distribution of the quantity. Therefore, Its specific shape will not be discussed here.

In order to facilitate the explanation of the structure, in this embodiment, only a specific form of the structure of the floor supporting connector 3 is given. The floor support connector 3 is provided with two types of positioning connection units 4 including three connecting ribs 4b and six connecting ribs 4b. For the positioning connection unit 4 connected to the six connecting ribs 4b, the six connecting ribs 4b are centered on the base 4a and extend outward in the horizontal direction in a circumferential shape. The connecting ribs 4b connected to the same base 4a are spaced apart by At the same angle, each outwardly extending connecting rib 4b is connected to the base 4a of another form of positioning connection unit 4, and the other form of positioning connection unit 4 is also surrounded by a kind of connecting rib 4b. The base 4a extends outward and is spaced apart from structures of the same included angle. By repeatedly connecting several positioning connection units 4 alternately in this way, and then surrounding the outer frame 6 on the outside, an independent single floor support connection piece 3 is formed.

When laying the floor support connectors 3 on the ground 1, it is also necessary to connect and fix the adjacent single floor support connectors 3 to form a large-area whole to prevent the single modules from being flat on the plane. relative movement occurs, and the connection and fixation effect mentioned here is mainly achieved through a plug-in connection structure 7. Specifically, the plug-in connection structure 7 includes two parts: a fitting part 7a and a fitting groove 7b formed on the outer frame 6. The fitting part 7a is formed by the outer frame 6 protruding outward in the horizontal direction. , the fitting portion 7a further includes an outer expanded section 701 and an inner retracted section 702. The width of the expanded section 701 is greater than the width of the retracted section 702. The fitting portion 7a The groove 7b is formed by the outer frame 6 being recessed inward in the horizontal direction, and its shape corresponds to the fitting portion 7a. When installing, first lay one floor support connector 3 flat on the ground 1, then align the other floor support connector 3 with its edge, and plug and install it from top to bottom, so that the two floor supports The fitting portion 7a and the fitting groove 7b on the connector 3 are butted and fixed to each other. Preferably, the plug-in connection structure 7 also includes an engaging structure 8 for locking in the vertical direction when the fitting portion 7a or the fitting groove 7b is inserted and fixed to each other. The engaging structure 8 includes a recessed portion 8a formed by an inward depression of the outer wall surface of the fitting portion 7a and a protruding portion 8b formed by an outward protrusion of the inner wall surface of the fitting groove 7b. In the fitting portion 7a or The lower part of the fitting groove 7b is formed with an auxiliary guide surface 703 in a sloped state. When two pieces of floor supporting connectors 3 are docked, installed and fixed, the auxiliary guide surface 703 can guide the two parts to be plugged and fixed. At the same time, because the floor supporting connectors 3 are made of plastic, rubber or other materials , has a certain elastic deformation ability, so the protruding portion 8b in the engaging structure 8 can move downward along the outer wall surface of the fitting portion 7a under the action of extrusion until it slides into the notch portion 8a to complete the engagement, and further Improved the stability of the connection structure between components.

As a preferred structure for the floor support connector 3, the lower surface of the base 4a can be extended downward to form a support base portion 402 protruding from the lower surface of the connecting rib 4b, thereby connecting the floor support. The main part of the component 3 and the surface covering plate 2 installed above are pushed upward, thereby forming a gap installation space between the floor support connector 3 and the ground 1; in addition, it is formed by the connecting ribs 4b and the base 4a connected in sequence The closed annular part of the unit runs up and down, forming a number of hollow unit cavities 5a on the plane. Each positioning connection unit 4 surrounding the outside of a unit cavity 5a forms a positioning connection unit group 5. This form of floor support connector 3 provides great convenience for circuit wiring at the bottom without damaging the overall structure of the floor. At the same time, it is also very convenient to lead the circuit upward from the unit cavity 5a and connect it to the corresponding electrical appliances. The equipment is connected, and the embedded hidden structure effectively protects the lines.

In order to realize the connection and fixation between the floor support connector 3 and the surface covering plate 2, it is first necessary to open an upwardly recessed mounting hole 2a on the bottom surface of the surface covering plate 2, and then the upper surface of the positioning connection unit 4 is convex upward. A connecting column 4c is formed for insertion, positioning and installation with the mounting hole 2a. The connecting column 4c is designed to have a structure whose radial size gradually increases from top to bottom along its own axis while surrounding the connecting column 4c. A number of protrusions 401 are formed in the circumferential direction to achieve an interference fit between the slots when plugged into each other, thereby achieving a firm and stable effect when the surface covering plate 2 is installed on the connecting column 4c.

Furthermore, it is considered that the connecting column 4c protrudes upward and is in the shape of an elongated rod, which is not only prone to collision and damage during transportation and movement, but also affects the efficient use of space. Therefore, a hollow slot hole 403 extending from bottom to upward is also provided on the bottom surface of each base 4a of the floor support connector 3 to connect the two floor support connectors 3 to each other during transportation or storage. In the stacked state, the connecting post 4c located below can be inserted into the middle of the slot hole 403, which not only plays a protective role but also improves the stability of the stacked placement.

The above are only specific embodiments of the present invention, but the protection scope of the present invention is not limited thereto. Any person familiar with the technical field can easily think of various equivalent methods within the technical scope disclosed in the present invention. Modifications or substitutions shall be included in the protection scope of the present invention. Therefore, the protection scope of the present invention should be subject to the protection scope of the claims.

Claims

A combined structural splicing floor, which is characterized in that it includes two parts: a floor support connector (3) and a surface covering plate (2). The floor support connector (3) is laid on the ground (1). The surface covering plate (2) is installed and fixed on the floor supporting connector (3), and the floor supporting connecting piece (3) is installed between the surface covering plate (2) and the bottom surface; The floor supporting connector (3) includes a number of positioning connection units (4) arranged on a plane and connected to each other, and an outer frame (6) surrounding the outside of the positioning connection unit (4).
The combined structural splicing floor according to claim 1, characterized in that: the positioning connection unit (4) includes a columnar base (4a), and further includes a horizontal horizontal axis formed by the outer peripheral surface of the base (4a). The connecting ribs (4b) are formed by protruding outward in the direction and are used to connect and fix the adjacent positioning connection units (4); the upper and lower surfaces of the base (4a) are planar and are respectively used to connect and fix the positioning connection units (4). The bottom surface of the surface covering plate (2) installed above and the ground (1) located below are in contact with each other; the bottom surface of the surface covering plate (2) is provided with an upwardly recessed installation hole (2a). The upper surface of the positioning connection unit (4) protrudes upward to form a connecting post (4c) for plugging and positioning installation with the installation hole (2a).
The combined structural splicing floor according to claim 2, characterized in that: the lower surface of the base (4a) extends downward to form a supporting base portion (4a) protruding from the lower surface of the connecting rib (4b). 402).
The combined structure spliced floor according to claim 2, characterized in that: the lower surface of the base (4a) is provided with slot holes (403) corresponding to the positioning posts for connecting the two floors. The supporting connectors (3) increase stability when stacked on top of each other.
The combined structural splicing floor according to claim 1, characterized in that: the outer frame (6) is provided with a plurality of independent floor supporting connectors (6) that are plugged into each other in the vertical direction. 3) When laying on a flat surface, the plug-in connection structure (7) is connected and fixed between two adjacent floor supporting connectors (3). The plug-in connection structure (7) includes a fitting part ( 7a) and the fitting groove (7b). The fitting part (7a) is formed by the outer frame (6) protruding outward in the horizontal direction. The fitting part (7a) also includes an outer The outer expansion section (701) and the inner retraction section (702) are two parts. The width of the external expansion section (701) is greater than the width of the retraction section (702). The fitting groove (7b) The outer frame (6) is formed by being recessed inward along the horizontal direction and its shape corresponds to the fitting portion (7a).
The combined structure splicing floor according to claim 5, characterized in that: the plug-in connection structure (7) also includes a plug-in connector for plugging into each other at the fitting portion (7a) or the fitting groove (7b). The snap-in structure (8) plays a locking role in the vertical direction when fixed.
The combined structural splicing floor according to claim 1, characterized in that the engaging structure (8) includes a notch portion (8a) formed by an inward recess of the outer wall of the fitting portion (7a) and a recessed portion formed by the fitting portion (7a). The inner wall of the coupling groove (7b) protrudes outward to form a protruding portion (8b).
The combined structural splicing floor according to claim 5, characterized in that: an auxiliary guide surface is provided at the lower part of the fitting part (7a) or the fitting groove (7b) for guiding the two parts for insertion and fixation. (703).
The combined structural splicing floor according to claim 2, characterized in that: the connecting column (4c) is cylindrical, and a protruding portion (401) is formed around the outer peripheral surface of the connecting column (4c) for The tightness of the plug-in fit between the connecting column (4c) and the mounting hole (2a) formed by the surface covering plate (2) is enhanced.