CN213097180U

CN213097180U - Climbing pad

Info

Publication number: CN213097180U
Application number: CN202022236744.7U
Authority: CN
Inventors: 杨庆锋; 张镤
Original assignee: Zhejiang Runyang New Materials Technology Co ltd
Current assignee: Zhejiang Runyang New Materials Technology Co ltd
Priority date: 2020-10-10
Filing date: 2020-10-10
Publication date: 2021-05-04
Anticipated expiration: 2030-10-10

Abstract

The utility model provides a climbing pad, climbing pad constitute by a plurality of climbing pad units, climbing pad unit include: interior pad body and cover the outer overcoat of interior pad body, interior pad body include upper epidermis and lower bottom layer, the bottom surface of overcoat for the concatenation face, the concatenation face on be provided with connection structure, connection structure including setting up the matte surface structure of the bottom surface of overcoat and stretch out that sets up on two adjacent bases of overcoat the hook face structure of the lower bottom surface of overcoat, hook face structure for the magic subsides of back to back formula, including the matte surface that upward hook face and its back down. The utility model discloses the magic subsides that will connect the usefulness design the structure of being connected with overcoat integral type, simple structure, the concatenation is convenient, has solved the problem that common magic subsides are easily lost.

Description

Climbing pad

Technical Field

The utility model relates to a special furniture of children, concretely relates to be applied to a climbing pad that children climbed on the ground.

Background

Before learning to walk, each baby needs to go through a period of crawling process, and the process can enable the baby to be exercised, can promote the brain development of the baby, and can enrich the nervous connection of the brain and the cerebellum. In addition, the regular crawling of the babies can also exercise the flexibility of the limbs and enhance the physique of the babies, so that the crawling process is indispensable in the growth of the babies, various crawling pads capable of providing a comfortable crawling environment appear on the market, and the crawling pads are more or less insufficient.

The patent application number is CN201811272187.5, which discloses a children crawling pad capable of being spliced, comprising four square pad bodies arranged in a T shape, wherein the pad body I, the pad body II and the pad body III form a rectangular structure, the pad body IV is arranged at the front end of the pad body II, a flexible connecting piece I is arranged below the joint of the pad body I, the pad body II and the pad body III, the outer sides of the pad body I and the pad body III are provided with matched magic tapes I, a flexible connecting piece II is arranged below the pad body IV and the pad body II, a magic tape II is arranged below the pad body IV and connected with the flexible connecting piece II, and matched magic tapes III are arranged at the two sides of the pad body IV. In the mode of connecting the two climbing pad units by the magic tapes, only four pad bodies are used, and the splicing area is small; when the two cushion bodies are connected by using the independent magic tapes, the width of the reserved and stretched magic tapes is difficult to control, so that the sticking is not firm and the trouble is slightly caused; and the light magic tape is easy to lose when being picked up.

SUMMERY OF THE UTILITY MODEL

An object of the utility model is to in the background art the problem that the coupling assembling magic subsides are easily lost provides a climbing pad that can solve aforementioned problem.

Realize the technical scheme of the purpose of the utility model as follows:

the utility model provides a climbing pad, comprises the climbing pad unit of a plurality of quantity, climbing pad unit include: interior pad body and cover interior external borduring of pad, interior pad body include upper epidermis and lower bottom, its characterized in that: the bottom surface of borduring on be provided with connection structure, connection structure including setting up the matte surface structure of the bottom surface of borduring and set up on two adjacent bases of borduring stretch out the hook face structure of the lower bottom surface of borduring, hook face structure for the magic subsides of back-to-back formula, including the matte surface that the hook face of up faces rather than the back down.

In the technical scheme, the magic tapes which extend out of the lower bottom surface of the edge covering and are integrally connected with the edge covering are arranged on two adjacent bottom edges of the bottom surface of the edge covering, so that the situation that the magic tapes are possibly lost is avoided; when using, the magic subsides through bordure with another piece and fill up the unit and bordure the hair side structure on the bottom surface and cooperate, four at least blocks climb and fill up the unit and be the field style of calligraphy and arrange and can obtain a stable integrated configuration, whole magic subsides collude the face with the direct adhesion of hair side structure, area of contact is big, firm in connection.

In this technical scheme, the magic subsides of back-to-back formula refer to the hook face and the hair side integral type of magic subsides, and the back that colludes the face promptly is the hair side.

Preferably, the hair side structure is distributed around the lower bottom surface of the lower bottom layer.

Preferably, the hook surface structure extends out from the end part of the bottom edge of the lower bottom layer and is integrally connected with the edge covering.

Preferably, the hook face include adhesion district and folding zone, the folding zone have one be located the change a face crease and two perpendicular isometric and with change a face crease that the crease meets of linking department of hook face structure and lower floor.

In the technical scheme, a face-changing crease which is positioned at the connection part of the hook face structure and the lower bottom layer and two direction-changing creases which are vertically equal in length and connected with the face-changing crease are arranged in the folding area, the two direction-changing creases are respectively used for equally dividing the included angle between the face-changing crease and two side edges of the magic tape, so that the two magic tapes can not only be in a vertical relation, but also be in a parallel relation by changing the orientation of one of the magic tapes, the operation is specifically that the magic tape is folded by 180 degrees around the face-changing crease to be attached to the bottom surface, and then the two magic tapes can be arranged in parallel by folding one of the direction-changing creases by 180 degrees; sometimes, due to space limitation or the fact that a single-row climbing pad with stable connection is spliced through the climbing pad unit, splicing can be performed by changing the orientation of one of the magic tapes in the above method.

Preferably, the bottom surface of the lower bottom layer is provided with an anti-skid structure.

Preferably, the anti-slip structure is a small protrusion row.

Preferably, the anti-skid structure is a quadrangular frustum pyramid-shaped protrusion with the thickness of 1-3 mm, and the quadrangular frustum pyramid-shaped protrusion is densely paved on the upper surface layer and the lower bottom layer; the top of the quadrangular frustum pyramid-shaped protrusion is provided with a concave structure, and the concave structure is in an inverted quadrangular pyramid shape.

Preferably, a rough surface structure is arranged around the upper surface of the edge cover 2.

In the technical scheme, the upper surface of the wrapping edge can be matched with the magic tape by arranging the hair surface structure on the upper surface of the wrapping edge, and the magic tape is folded upwards when being matched, so that the hook surface of the magic tape is tightly attached to the hair surface mechanism on the upper surface of the wrapping edge, the wrapping edge is more attractive when being collected, and the condition that the existing magic tape flies out of the climbing pad unit can be avoided.

Preferably, the hair side has the same structure as the hair side.

In the technical scheme, the design of the hair surface is the same as that of the hair surface structure, the main purpose is to enable the climbing pad unit to have comfortable gripping hand feeling after being used, the magic tape is attached to the upper surface of the edge cover, and a person who is picked up grasps the periphery of the climbing pad unit in the picking up process.

Preferably, the material of the upper surface layer is one of EVA, EPE and IXPE, and the material of the lower bottom layer is one of PE, PVC and PET.

To sum up, the beneficial effects of the utility model are that:

1. the magic tapes which extend out of the lower bottom surface of the edge covering and are integrally connected with the edge covering are arranged on two adjacent bottom edges of the bottom surface of the edge covering, so that the situation that the magic tapes are possibly lost is avoided;

2. the utility model connects the climbing pad unit through two magic tapes vertically arranged on the climbing pad unit, and when in installation, the climbing pad unit only needs to be aligned with the previous one in sequence and then put on the climbing pad unit, which is simple and convenient;

3. the utility model discloses the folding zone set up one be located the face of trading crease and two perpendicular isometric and with the change of face crease that the crease of colluding face structure and lower floor junction meet change the crease and meet, two change the crease divide equally respectively and change the contained angle of two sides of face crease and magic subsides, make two magic subsides not only can be in perpendicular relation, can also make two magic subsides be in parallel relation through changing the orientation of one of them magic subsides, the concrete operation is to roll the magic subsides around change the crease turn over 180 degrees to the hair side with bottom surface laminating mutually, rethread one of them change the crease turn 180 degrees and can make two magic subsides parallel arrangement; sometimes, due to space limitation or the fact that a single-row climbing pad with stable connection is spliced by the climbing pad unit, splicing can be performed by changing the orientation of one of the magic tapes through the method;

4. the utility model discloses the underlayer be provided with anti-skidding structure, anti-skidding structure be four prismatic table column structure, four prismatic table column structure's top be provided with the sunk structure of the four pyramid cones that fall, sunk structure and ground can constitute the structure of a similar sucking disc, it is effectual to prevent skidding.

Description of the drawings:

FIG. 1 is a top view of climbing pad unit a

FIG. 2 is a bottom view of climbing pad unit a

FIG. 3 is a bottom view of climbing pad unit b

FIG. 4 is a bottom view of climbing pad unit c

FIG. 5 is a bottom view of climbing pad unit d

FIG. 6 is a cross-sectional view of the climbing pad unit a at e

FIG. 7 is a partial enlarged view of the climbing pad unit a at f

In the figure, 1-inner cushion body, 2-edge wrapping, 3-hook surface structure, 11-upper surface layer, 12-lower bottom layer, 14-antiskid structure, 15-quadrangular frustum pyramid-shaped protrusion, 16-concave structure, 31-hook surface, 32-rough surface, 23-rough surface structure, 311-adhesion area, 312-folding area, 323-face changing crease and 3122-redirection crease.

DETAILED DESCRIPTION OF EMBODIMENT (S) OF INVENTION

Example 1

The utility model provides a climbing pad, comprises the climbing pad unit of a plurality of quantity, climbing pad unit include: interior pad body 1 and cover interior pad body 1 outer bordure 2, interior pad body include upper epidermis 11 and lower bottom layer 12, the bottom surface of borduring 2 be provided with connection structure for last, connection structure including setting up the matte surface structure 23 of the bottom surface of borduring 2 and setting are in stretch out on two adjacent bases of borduring 2 the structure 3 that colludes of the lower bottom surface of borduring 2, collude the structure 3 for back-to-back formula magic subsides, including upward collude 31 rather than the back matte 32 down.

The hair surface structures 23 are distributed around the lower bottom surface of the lower bottom layer 12.

The hook surface structure 3 is positioned at the end part of the same side on the bottom edge of the lower bottom layer 12 and is connected with the edge covering 2 in a sewing mode, wherein the same side refers to that a left side or a right side is generated when the climbing pad unit stands on the upper surface and faces one edge, and the other edge is positioned on the same side as the former edge.

The hook surface 31 comprises an adhesion area 311 and a folding area 312, wherein the folding area 312 is provided with a surface changing crease 323 positioned at the joint of the hook surface structure 3 and the lower bottom layer 12 and two redirection creases 3122 which are vertical and equal in length and are connected with the surface changing crease 323.

The frosted surface 32 is the same as the frosted surface structure 23.

The bottom surface of the lower bottom layer 12 is provided with an anti-skid structure, the anti-skid structure 14 is a quadrangular frustum pyramid-shaped protrusion 15 with the thickness of 1-3 mm and 1-3 mm, and the quadrangular frustum pyramid-shaped protrusion 15 is densely paved on the lower bottom layer 12; the top of the quadrangular frustum pyramid-shaped protrusion 15 is provided with a concave structure 16 which is in an inverted quadrangular pyramid shape.

And a rough surface structure 23 is arranged around the upper surface of the edge covering 2.

The upper surface layer 11 is made of IXPE, and the lower bottom layer 12 is made of PE.

Example 2

The utility model provides a climbing pad, climbing pad constitute by a plurality of climbing pad units, climbing pad unit include: interior pad body 1 and cover interior pad body 1 outer bordure 2, interior pad body include upper epidermis 11 and lower bottom layer 12, bordure 2 the bottom surface on be provided with connection structure, connection structure including setting up the matte surface structure 23 of bordure 2 bottom surface and setting are in stretch out on two adjacent hems of bordure 2 the structure 3 that colludes of bordure 2 lower bottom surface, collude surface structure 3 for back-to-back formula magic subsides, including upward collude surface 31 rather than the back matte surface 32 down.

The hook surface structure 3 is positioned at the end part which is positioned at different sides of the bottom edge of the lower bottom layer 12 and is farthest away, and is connected with the edge covering 2 in a sewing mode, wherein the different side refers to that when the climbing pad unit is stood on and faces one edge, a left side or a right side is generated, and the other edge is positioned at a different side in a way of facing the previous edge; under the structure of the arrangement, the two magic tapes are in a parallel relationship by changing the orientation of one of the magic tapes, and the specific operation is that the magic tape is folded by 180 degrees around the surface-changing crease to be attached to the bottom surface, and then the two magic tapes are arranged in parallel by folding by 180 degrees through one of the surface-changing creases; the climbing pad unit after the change can splice out the single-row climbing pad with stable connection.

The frosted surface 32 is the same as the frosted surface structure 23.

The bottom surface of the lower bottom layer 12 is provided with an anti-skid structure, the anti-skid structure 14 is a 3mm × 3mm quadrangular frustum pyramid-shaped protrusion 15, and the quadrangular frustum pyramid-shaped protrusion 15 is densely paved on the upper surface layer 11 and the lower bottom layer 12; the top of the quadrangular frustum pyramid-shaped protrusion 15 is provided with a concave structure 16 which is in an inverted quadrangular pyramid shape.

Example 3

The utility model provides a climbing pad, comprises the climbing pad unit of a plurality of quantity, climbing pad unit include: interior pad body 1 and cover interior pad body 1 outer bordure 2, interior pad body include upper epidermis 11 and lower bottom layer 12, bordure 2 the bottom surface on be provided with connection structure, connection structure including set up the matte surface structure 23 of bordure 2 bottom surface and set up on two adjacent hems of bordure 2 stretch out the structure 3 that colludes of bordure 2 lower bottom surface, collude surface structure 3 for back-to-back formula magic subsides, including upward collude surface 31 rather than the matte surface 32 that the back is down.

The hook surface structure 3 is positioned at the end parts which are close to each other and are positioned at different sides of the bottom edge of the lower bottom layer 12 and is connected with the edge covering 2 in a sewing mode, wherein the different sides refer to the left side or the right side generated when one edge faces to the upper surface of the climbing pad unit, and the other edge faces to the different side different from the former edge; according to this kind of structure setting climb and fill up unit can normal concatenation, but because the reason that two magic subsides are close to each other for two coincidence after changing one of them.

The frosted surface 32 is the same as the frosted surface structure 23.

The bottom surface of the lower bottom layer 12 is provided with an anti-skid structure, the anti-skid structure 14 is a 3mm × 3mm quadrangular frustum pyramid-shaped protrusion 15, and the quadrangular frustum pyramid-shaped protrusion 15 is densely paved on the lower bottom layer 12; the top of the quadrangular frustum pyramid-shaped protrusion 15 is provided with a concave structure 16 which is in an inverted quadrangular pyramid shape.

Example 4

The utility model provides a climbing pad, comprises the climbing pad unit of a plurality of quantity, climbing pad unit include: interior pad body 1 and cover interior pad body 1 outer 2 of borduring, interior pad body include upper epidermis 11 and lower bottom layer 12, the bottom surface of borduring 2 on be provided with connection structure, connection structure including setting up the matte surface structure 23 and the setting of the bottom surface of borduring 2 are in on two adjacent bottoms of borduring 2 and stretch out the structure 3 that colludes of the lower bottom surface of borduring 2, collude the structure 3 for back-to-back formula magic subsides, including upward collude 31 rather than the back matte 32 down.

Collude the middle part on the base of face structure 3 be located bottom layer 12 down and with 2 bordures and be connected through the mode of sewing, under this condition, will the magic subsides set up the base middle part, because the magic subsides not long enough so change orientation back the magic subsides can't stretch out climb and fill up unit bottom surface, so can not change the direction.

The frosted surface 32 is the same as the frosted surface structure 23.

Claims

1. The utility model provides a climbing pad, comprises the climbing pad unit of a plurality of quantity, climbing pad unit include: interior pad body (1) and cover interior pad body (1) outer bordure (2), interior pad body include upper epidermis (11) and lower bottom layer (12), its characterized in that: the bottom surface of borduring (2) on be provided with connection structure, connection structure including setting up matte surface structure (23) and the setting of the bottom surface of borduring (2) are in stretch out on two adjacent bases of borduring (2) collude face structure (3) of the lower bottom surface of borduring (2), collude face structure (3) for the magic subsides of back-to-back formula, including upward colluding face (31) and its back matte surface (32) down.

2. The crawling pad of claim 1, wherein: the hair surface structures (23) are distributed on the periphery of the lower bottom surface of the lower bottom layer (12).

3. The crawling pad of claim 1, wherein: the hook surface structure (3) extends out from the end part of the bottom edge of the lower bottom layer (12) and is integrally connected with the edge covering (2).

4. The crawling pad of claim 1, wherein: collude face (31) including adhesion district (311) and folding zone (312), folding zone (312) have one and be located collude face structure (3) and change a crease (323) and two perpendicular isometric and with change a crease (3122) that a crease (323) meets with lower bottom layer (12) junction.

5. The crawling pad of claim 1, wherein: the hair surface (32) is the same as the hair surface structure (23).

6. The crawling pad of claim 1, wherein: the bottom surface of the lower bottom layer (12) is provided with an anti-skid structure.

7. The crawling pad of claim 6, wherein: the anti-skid structure (14) is a small protrusion row.

8. The crawling pad of claim 7, wherein: the anti-skid structure (14) is a quadrangular frustum pyramid-shaped protrusion (15) with the thickness of 1-3 mm, and the quadrangular frustum pyramid-shaped protrusion (15) is densely paved on the upper surface layer (11) and the lower bottom layer (12); the top of the quadrangular frustum pyramid-shaped protrusion (15) is provided with a concave structure (16), and the concave structure is in an inverted quadrangular pyramid shape.

9. The crawling pad of claim 1, wherein: and a rough surface structure (23) is arranged around the upper surface of the edge covering (2).

10. The crawling pad of claim 1, wherein: the upper surface layer (11) is made of one of EVA, EPE and IXPE, and the lower bottom layer (12) is made of one of PE, PVC and PET.