WO2023206617A1

WO2023206617A1 - Ice hockey training floor

Info

Publication number: WO2023206617A1
Application number: PCT/CN2022/092663
Authority: WO
Inventors: 王莉
Original assignee: 腾特体育科技南通有限公司
Priority date: 2022-04-27
Filing date: 2022-05-13
Publication date: 2023-11-02
Also published as: CN115999141A

Abstract

An ice hockey training floor, comprising a plurality of floor tiles (10), at least one side edge of any floor tile being provided with a plurality of connection mechanisms and locking mechanisms. Each floor tile (10) is square and has an edge length of 30-92cm. The locking mechanisms are arranged on connection sides of the connection mechanisms, each locking mechanism comprising a plurality of locking units. Any locking unit comprises a locking hook member, an end part of which is a snap-fit hook, and a locking abutment part, an end part of which is an abutment end. The hooking direction of the snap-fit hook is matched with the abutting direction of the abutment end, and the snap-fit hooks of any floor tile (10) are used to be hooked to the abutment ends of another floor tile.

Description

Hockey training floor

Technical field

The invention belongs to the technical field of ice hockey related products, and particularly relates to an ice hockey training floor.

Background technique

Ice hockey training floor tiles are a new product made of high-density polyethylene as the main material. They are mainly used in small ice hockey land training venues. With the widespread use of ice hockey land training production areas, users have higher requirements for this type of products. Its assembly and Compared with traditional floor tiles, they have the advantages of locking, smoothness and high efficiency, so they are more used in the laying of venues such as ice hockey land training centers and small home training venues. The existing floor tiles with locking devices have a more precise structural design, a solid structure, even overall buffering, and the same parts, which improves the overall use effect of the training floor. This product is of great significance to the promotion and popularization of land training ice rinks. .

Contents of the invention

In response to the above problems, the present invention provides the following solutions:

The ice hockey training floor includes several floor blocks. At least one side of any floor block is provided with several

connection mechanism,

A locking mechanism is provided on the connection side of the connection mechanism;

Wherein, the locking mechanism includes several groups of locking units, and any of the locking units includes

The locking hook piece has an embedded hook at the end.

Lock the abutting part, the end is the abutting end,

The hook direction of the hook is adapted to the contact direction of the contact end,

The engaging hook of any one of the floorboards is used to hook the abutting end of another floorboard.

In some ways, in the same locking unit, the hooking direction of the engaging hook is opposite to the abutting direction of the abutting end.

In some ways, the locking hook and the locking abutment are elastic; the locking hook and the locking abutment are arranged coplanarly.

In some ways, the connecting mechanism includes a plurality of connecting protrusions, and a connecting concave is between two adjacent connecting protrusions.

In some ways, a locking unit is provided on the outer edge of the connecting protrusion, and a locking unit is provided on the bottom of the groove of the connecting concave portion.

In some ways, the connecting protrusion includes a first connection and a second connection, and the first connection and the second connection are arranged at intervals in sequence.

In some ways, the first connecting outer end has connecting lugs on both sides; the second connecting outer end has connecting lugs on one side.

In some ways, the first connection outer connection side has a first locking hook and a first locking abutment arranged side by side;

The oblique connection surface of the second connection has second locking hooks and second locking contacts arranged side by side;

The groove bottom connection surface of the connection recess has a third locking hook and a third locking contact arranged in parallel.

In some ways, the latching hook protrudes from the side of the connecting mechanism, and its protruding width is 0.5-1.2mm;

Any floor board is generally square, with side lengths ranging from 30 to 92 cm.

In some ways, the hook surface of the hook is flush with the contact end; the hook is locked from the rear end to the end of the hook, and the side walls are inclined outward.

In some ways, the back side of the floorboard has several supporting protruding structures, any supporting protruding structure and the adjacent supporting protruding structure share a supporting wall, and the supporting wall is provided with an opening;

A plurality of support protrusion structures are connected end to end and surround each other to form a support protrusion unit, and the middle part of the support protrusion unit is a spacing portion.

In some ways, the support protrusion unit has eight interconnected support walls; four support protrusion structures surround one support protrusion unit, and the spacing in the middle of the support protrusion unit is formed by four support walls. , the supporting wall of the partition is not provided with a cutout.

In some ways, the notch is an outwardly expanded notch.

In some embodiments, the front surface of the floorboard is provided with an orange pattern.

The beneficial effects of the present invention are:

It makes the connection of floor panels more stable and facilitates installation and disassembly. Bidirectional locking can be achieved through a simple locking structure, and all floor panels can be set to the same specifications to improve production convenience.

Description of the drawings

Figure 1 is a schematic structural diagram of the floor panel combination module of the present invention;

Figure 2 is a partial diagram of method A in Figure 1;

Figure 3 is a schematic diagram of the combination of floorboards according to the present invention;

Figure 4 is a top view of the floor module combination module in Figure 1;

Figure 5 is a schematic diagram of the splicing parts;

Figure 6 is a form diagram of the first locking hook.

In the picture:

10 floor board, 110 body, 120 first connecting mechanism, 121 first locking hook, 122 first locking abutment part, 130 second connecting mechanism, 131 second locking hook, 132 second locking Contact part, 140 connection recess, 141 third locking hook, 142 third locking contact part, 150 support protruding structure, 151 support wall, 152 opening part, 160 cross-shaped reinforcing rib, 20 floor combination Mods.

Detailed ways

The present invention will be further described below in conjunction with the accompanying drawings:

The ice hockey training floor, as shown in Figure 1, includes several floor blocks 10, and at least one side of any floor block 10 is provided with several

connecting mechanism for docking with other floor boards 10,

The locking hook piece has an embedded hook at the end.

Lock the abutting part, the end is the abutting end,

The engaging hook of any one of the floorboards 10 is used to hook the abutting end of the other floorboard 10 . This allows the two locking units to engage with each other to achieve locking.

The floorboard 10 also includes a body 110 and a connecting mechanism located on the side of the body 110 . When the floorboard 10 is square, the connecting mechanism can be provided on three sides or four sides.

In the same locking unit, the hooking direction of the engaging hook is opposite to the abutting direction of the abutting end. As shown in Figure 2, the hook direction is downward and the contact direction is upward. From this, as shown in Figure 3, which shows the back side of the floorboard (the surface touching the ground), when the two floorboards 10 are connected, in the two locking units with matching positions, the locking card of the upper floorboard 10 The hook is caught in the locking contact portion of the lower floorboard 10 , and the locking contact portion of the upper floorboard 10 is hooked by the locking hook end of the lower floorboard 10 . This can realize that after the floorboards 10 are laid, any floorboard 10 is locked and is not easy to rise.

As shown in Figure 2, in order to facilitate installation and disassembly, the locking hook and/or the locking abutment part are elastic; thus, during the installation process, the locking hook and/or the locking abutment part are elastic. There is an adjustment margin, but the elasticity must ensure the hooking effect. Of course, it can also be designed so that one of the locking hook part and the locking abutment part has an elastic structure. As long as the two floorboards 10 can be connected and locked normally.

In some implementations, the locking hook and the locking contact portion are arranged coplanarly. The two together form part of the side wall of the connecting mechanism.

As shown in FIG. 2 , the connecting mechanism includes a plurality of connecting protrusions, and a connecting recess 140 is between two adjacent connecting protrusions. The connection protrusion of one floorboard is used to connect to the connection recess 140 of another floorboard.

In some examples, a locking unit is provided on the outer edge of the connecting protrusion, and a locking unit is provided on the bottom of the groove of the connecting recess 140 .

One of them is shown in Figure 3. Alternatively, the bottom of the groove of the connecting recess 140 may also have locking units on both side walls of the bottom and correspondingly provided on both outer walls of the connecting convex part. Disposing the locking unit at the end of the connecting protrusion and the bottom of the connecting recess 140 can not only hide some of the locking units, but also improve installation convenience.

As shown in FIG. 4 , the connecting protrusion includes a first connecting mechanism 120 and a second connecting mechanism 130 , and the first connecting mechanism 120 and the second connecting mechanism 130 are arranged at intervals in sequence. The stability of the connection is improved by setting the two connection mechanisms at intervals.

The first connecting mechanism 120 has connecting ears on both sides of the outer end; the connecting ears protrude to both sides to form a buckle;

The second connecting mechanism 130 has a connecting ear on one side of its outer end.

As shown in Figure 2, the outer connection side of the first connection mechanism 120 has a first locking hook 121 and a first locking abutment part 122 arranged in parallel;

The oblique connection surface of the second connection mechanism 130 has a second locking hook 131 and a second locking contact portion 132 arranged in parallel;

The groove bottom connection surface of the connection recess 140 has a third locking hook piece 141 and a third locking contact portion 142 arranged in parallel.

As shown in Figures 3 and 5, when two floor blocks 10 are connected:

The first locking hook part 121 of the lower floorboard 10 hooks with the first locking abutment part 122 of the upper floorboard 10, and the first locking abutment part 122 of the lower floorboard 10 hooks with the upper floorboard. The first locking hook part 121 of 10;

The second locking hook part 131 of the lower floorboard 10 hooks with the second locking abutment part 132 of the upper floorboard 10, and the second locking abutment part 132 of the lower floorboard 10 hooks with the upper floorboard. The second locking hook part 131 of 10;

The third locking hook piece 141 of the lower floorboard 10 hooks with the third locking abutment portion 142 of the upper floorboard 10 , and the third locking abutment portion 142 of the lower floorboard 10 hooks with the upper floorboard. The third locking hook member 141 of 10 is hooked.

When two floorboards 10 are connected, any connected locking unit of the two floorboards 10 has two hooks with opposite locking directions, thereby enabling bidirectional hooking operations on the two boards. And it can be realized on the same side (usually the use side) that the locking hook piece is moved by the insert piece to achieve unhooking and disassembly.

In order to achieve a more convenient connection with the hook, as shown in Figure 2, the hook protrudes from the side of the connecting mechanism. The protruding width of the hook is 0.5-1.2mm;

Any floor panel 10 is generally square, with side lengths ranging from 30 to 92 cm.

It can be achieved that when the locking abutment portion is kept flush with the side wall, the hook can be hooked and still can be hooked at one end of the locking abutment portion. It is also possible to achieve seamless docking after two floor boards 10 are connected.

Furthermore, in order to improve the adaptability between the plurality of floorboards 10, the hook surface of the hook is flush with the abutting end. That is to say, the hook working part of the locking hook part and the locking abutment part are located at the same position. As for the floorboards, they are laid on the ground, and the heights of the locking hooks and the locking abutting parts are the same.

In order to improve the ease of disassembly, the side walls of the locking hook piece are inclined outward from the rear end to the hook end. As shown in Figure 2, the first locking hook piece 121 has an outer wall that has a tendency to tilt outward from the lower end to the upper end. . Therefore, during the disassembly process, only the disassembly blade needs to be inserted from the lower end to squeeze the upper end inward, causing the hook to move inward and separate from the abutting end.

As shown in Figure 6, the protruding width of the hook at the lower end of the first locking hook member 121 is 0.5-1.2 mm.

As shown in Figure 4, when multiple floor panels 10 are combined, a floor combination module 20 can be formed, thus forming a floor with a larger area. Taking this as an example, splicing can be performed step by step.

As shown in Figure 5, the back side of the floorboard 10 has several supporting protruding structures 150. Any supporting protruding structure 150 and the adjacent supporting protruding structure 150 share a supporting wall 151. The supporting wall 151 is provided with There is an opening 152;

A plurality of supporting protruding structures 150 are connected end to end and surround each other to form a supporting protruding unit, and the middle part of the supporting protruding unit is a spacing portion.

Arranging interconnected supporting protruding structures 150 on the back can improve the supporting capacity and structural strength of the base plate. And it can prevent the floor from shrinking and deforming, keeping it flat.

In some ways, the support protrusion unit 150 has eight interconnected support walls 151; four support protrusion structures 150 surround each other to form a support protrusion unit, and the spacing in the middle of the support protrusion unit is composed of four The supporting wall 151 is formed, and the supporting wall 151 of the partition is not provided with the opening 152 .

In some ways, the opening 152 is an outwardly expanded opening.

A cross-shaped reinforcing rib 160 is provided in the first connecting mechanism 120 , and the cross-shaped reinforcing rib 160 is connected to the supporting protruding unit 15 .

The front surface of the floorboard 10 is provided with an orange pattern. Can increase friction.

It is clear to those skilled in the art that various modifications to the above embodiments can be made without departing from the overall spirit and concept of the present invention. They all fall within the protection scope of the present invention. The protection scheme of the present invention shall be subject to the claims appended to the present invention.

Claims

An ice hockey training floor is characterized in that it includes several floor blocks (10), and at least one side of any floor block (10) is provided with several

connection mechanism,

A locking mechanism is provided on the connection side of the connection mechanism;

Wherein, the locking mechanism includes several groups of locking units, and any of the locking units includes

The locking hook piece has an embedded hook at the end.

Lock the abutting part, the end is the abutting end,

The hook direction of the hook is adapted to the contact direction of the contact end,

The engaging hook of any one of the floorboards (10) is used to hook the abutting end of another floorboard (10).
The ice hockey training floor according to claim 1, wherein in the same locking unit, the hooking direction of the engaging hook is opposite to the contacting direction of the contacting end.
The ice hockey training floor according to claim 1, wherein the locking hook part and the locking abutment part are arranged coplanarly.
The ice hockey training floor according to claim 1, wherein the connecting mechanism includes a plurality of connecting protrusions, and between two adjacent connecting protrusions is a connecting concave portion (140).
The ice hockey training floor according to claim 4, characterized in that a locking unit is provided on the outer edge of the connecting protrusion, and a locking unit is provided on the bottom of the groove of the connecting recess (140).
The ice hockey training floor according to claim 4, characterized in that the connecting protrusion includes a first connecting mechanism (120) and a second connecting mechanism (130), and the first connecting mechanism (120) and the second connecting mechanism (130) The mechanisms (130) are arranged at intervals in sequence;

The outer connection side of the first connection mechanism (120) has a first locking hook (121) and a first locking contact portion (122) arranged in parallel,

The oblique connection surface of the second connection mechanism (130) has a second locking hook (131) and a second locking contact portion (132) arranged in parallel,

The groove bottom connection surface of the connection recess (140) has a third locking hook (141) and a third locking contact portion (142) arranged in parallel.
The ice hockey training floor according to claim 1, wherein the hook protrudes from the side of the connecting mechanism, and its protruding width is 0.5-1.2mm;

Any floor board (10) is square as a whole, and its side length is 30-92cm.
The ice hockey training floor according to claim 1, characterized in that the hook surface of the hook is flush with the contact end; the locking hook member is from the rear end to the end of the hook, with the side wall facing outward. tilt.
The ice hockey training floor according to claim 1, characterized in that the back side of the floor panel (10) has a plurality of supporting protruding structures (150), and any supporting protruding structure (150) and its adjacent supporting protruding structure (150). The raised structure (150) shares a supporting wall (151), and the supporting wall (151) is provided with a cutout (152);

A plurality of support protrusion structures (150) are connected end to end and surround each other to form a support protrusion unit, and the middle part of the support protrusion unit is a spacing portion.
The ice hockey training floor according to claim 9, characterized in that the support protrusion unit (150) has eight interconnected support walls (151); four support protrusion structures (150) surround and form a support protrusion. The spacer in the middle of the support protrusion unit is formed by four support walls (151), and the support wall (151) of the spacer is not provided with an opening (152).