JP3237237U - Mattress used for trampoline - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a mattress used for a trampoline having improved stability and safety.
A mattress used for a trampoline includes a mattress body 1, and the mattress body 1 includes at least one elastic mesh layer 110. This trampoline mattress is lightweight and can perform elastic functions. In the elastic mesh layer 110, when the user uses the trampoline, the elastic force at the portion near the elastic braided surface edge is not too large, and the elastic force at the position near the center of the elastic braided surface is small, so that the user's foot and the ground are separated. Prevent collision and injury. The elastic mesh layer 110 of the mattress body 1 improves the safety of the trampoline.
[Selection diagram] Fig. 3

Description

The present invention relates to the field of trampoline technology, and specifically is a mattress used for trampolines.

As people place more importance on their constitution, various fitness exercises appear one after another, and the trampoline is one of them. Trampolines are mainly used for sports, fitness and entertainment. Trampolines are usually provided with a tight elastic mattress that allows the user to perform various jumping movements on the elastic mattress. There are many types of trampolines on the market, including removable, fixed, and height-adjustable types, with different structures and different functions.

Trampoline mattresses are at the heart of the trampoline's performance. When the user bounces, the mattresses of the prior art tend to reduce the elastic capacity of the springs and mattresses during downward pressure stretching if the stretching is too long. At the same time, it reduces the service life of springs and mattresses, affects their use and does not provide better use stability. Also, the current trampoline mattress is made by choosing a thin mattress, the elasticity of the knitted surface is uneven, the experience is bad, and the elasticity of the part near the edge of the elastic knitted surface is too large. The position near the center of the elastic knitting surface of the mattress has low elasticity, and the user's foot easily collides with the ground, and the user is easily injured. This greatly limits the functionality of the mattress as a whole in normal use.

This utility model mainly proposes mattresses used for trampolines for the above problems.
The purpose is to improve the stability and safety performance of mattresses used for trampolines.
A mattress used for the trampoline according to the utility model to achieve the above purpose.
The mattress body 1 is included, and the mattress body 1 includes at least one elastic mesh layer 110.
Further, the mattress body 1 further includes a flexible cushioning layer 120, which is provided on at least one side of the elastic mesh layer 110.
Further, the mattress body 1 further includes a flexible cushioning layer 120, and the flexible cushioning layer 120 and the elastic net-like layer 110 are alternately laminated and installed.
Further, the material of the elastic mesh layer 110 is air fiber.
Further, the material of the flexible cushioning layer 120 is recycled cotton.
Further, the material of the flexible cushioning layer 120 is a sponge.
Further, the mattress cloak 2 is included, and the mattress cloak 2 is configured to surround the mattress body 1.

Compared to the prior art, this utility novel provides a mattress used for the trampoline, which is lighter and more elastic than the prior art, where the thin elastic braided surface has uneven elasticity and a poor user experience. Can be demonstrated. In the elastic mesh layer 110, when the user uses the trampoline, the elastic force at the portion near the elastic braided surface edge is too large, the elastic force at the position near the center of the elastic braided surface is small, and the user's foot is on the ground. Prevents collisions and injuries. The elastic mesh layer 110 of the mattress body 1 improves the safety of the trampoline.

It is sectional drawing of Example 1 which concerns on the mattress used for the trampoline of this application. It is sectional drawing of Example 2 concerning the mattress used for the trampoline of this application. It is sectional drawing of Example 3 which concerns on the mattress used for the trampoline of this application. It is sectional drawing of Example 4 relating to the mattress used for the trampoline of this application. It is sectional drawing of Example 5 which concerns on the mattress used for the trampoline of this application. It is sectional drawing of Example 6 which concerns on the mattle used for the trampoline of this application. It is sectional drawing of Example 7 which concerns on the mattress used for the trampoline of this application. It is sectional drawing of Example 8 which concerns on the mattress used for the trampoline of this application.

[Explanation of code]
Mattress body 1
Elastic reticular layer 110
Flexible cushioning layer 120
Mattress cloak 2

As shown in FIGS. 1 and 2, the mattress used for the trampoline includes a mattress body 1, and the mattress body 1 includes at least one elastic mesh layer 110.
When using a trampoline to which the mattress body 1 of the present invention is applied, the user can use the elastic mesh layer 1
When stepping on 10, the elastic reticular layer 110 is pushed down by the gravity of the human body weight and pressed at the receiving point of the elastic reticular layer 110, and at the same time, the adjacent non-receiving point gives an attractive force to the receiving point. The receiving point itself has an elastic tendency to restore the original state. This elastic tendency to restore the receiving point to the original state is the result of the user's upward jump when the user jumps, in addition to the user's gravitational potential energy and the kinetic energy that the user steps on the receiving point. Become. At the same time, the receiving point returns to its original state.
The elastic reticular layer 110 functions as the most important base body for applying an elastic reaction force. specifically,
It is a three-dimensional structure formed by interweaving elastic fibers in a net shape, and the structural characteristics of the elastic net-like layer 110 that it can return to its original state when an external force is stretched and removed guarantees good structural stability and strength of the trampoline. In doing so, it improves the elastic function of the trampoline's elasticity and compressive deformation. Further, such a net-like layer reduces the total weight of the mattress body 1, and when the elastic net-like layer 110 is compressed by receiving an external force, many net holes provide a shelter space, which is smooth. Can be compressed to. The user's gravitational potential energy and kinetic energy to step into the receiving point are stored. The portion of the elastic reticular layer 110 that does not receive an external force exerts a certain pulling action on the receiving portion, and contributes to the restoration of the elastic reticular layer 110 to the original state to some extent. Gives the user a reaction force to bounce up.
This trampoline mattress has a non-uniform elasticity of the thin elastic braided surface, and is lighter in weight and can exert an elastic function as compared with the conventional technique having a poor user experience. In the elastic mesh layer 110, when the user uses the trampoline, the elastic force at the portion near the elastic braided surface edge is too large, the elastic force at the position near the center of the elastic braided surface is small, and the user's foot is on the ground. Prevents collisions and injuries. The elastic mesh layer 110 of the mattress body 1 improves the safety of the trampoline.

As shown in FIGS. 3 to 5, the mattress body 1 further includes a flexible cushioning layer 120, and the flexible cushioning layer 120 is provided on at least one side of the elastic mesh layer 110.
By providing the flexible cushioning layer 120, the impact energy is absorbed by the flexible cushioning layer 120 in the case of rapid and large stretching and compression such as when the user steps on the mattress body 1 downward. Due to the buffering action of the flexible buffer layer 120, the safety effect of using the trampoline is greatly improved. Further, the tensile strength of the elastic network layer 110 is reduced, the influence on the elastic network layer 110 is reduced, and the stability and service life of the mattress body 1 and the elastic structure are guaranteed.

As shown in FIGS. 6 to 8, the mattress body 1 further includes a flexible cushioning layer 120, and the flexible cushioning layer 120 and the elastic reticular layer 110 are alternately laminated and installed.
The flexible flexibility of the flexible cushioning layer 120 provides a buffer to the impact force. When the impact force is too great, the sequential receiving force of the elastic reticular layer 110 and the flexible cushioning layer 120 causes the pressing force to have two gradual buffers. By receiving and compressing the elastic mesh layer 110 and the flexible cushioning layer 120, the downward impact force can be ensured so as to be uniformly dispersed. In order to ensure safety according to the physical condition and force difference of each age group, the flexible buffer layer 120 and the elastic reticularis layer 110 are alternately laminated so that the number of layers can be adjusted to different user groups. Corresponding design is possible.
The material of the elastic mesh layer 110 is air fiber.
Compared to slow springback elastic materials such as sponge, foam, rubber and silicone, air fibers are made of a three-dimensional interwoven fibrous resin material, which is lightweight, has good elasticity and flexibility. It has a cushioning effect and greatly improves the user's experience.
The material of the flexible cushioning layer 120 is recycled cotton.
The material of the flexible cushioning layer 120 is a sponge.
Considering the case where the user suddenly falls on the mattress body 1, the material receives pressure from the flexible cushioning layer 120 of recycled cotton or sponge, shrinks and flexibly deforms, and cushions the collision to the human body. Reduces damage.

As shown in FIGS. 1 to 8, the mattress cloak 2 is included, and the mattress cloak 2 is configured to surround the mattress body 1.
By providing the mattress cloak 2 that surrounds the mattress body 1, the tear resistance of the mattress body 1 is guaranteed. This guarantees the safety of the mattress during use.
The mattress cloak 2 can increase the frictional force between the user and the mattress to some extent and prevent slipping during use by the user.

Claims (7)

A mattress used for trampolines
The mattress body 1 is included, and the mattress body 1 includes at least one elastic mesh layer 110.
A mattress used for trampolines that are characterized by this. The mattress body 1 further includes a flexible cushioning layer 120, wherein the flexible cushioning layer 120 is an elastic mesh layer 11.
Provided on at least one side of 0,
The mattress used for the trampoline according to claim 1. The mattress body 1 further includes a flexible cushioning layer 120, the flexible cushioning layer 120 and the elastic reticular layer 11.
0s are alternately stacked and installed,
The mattress used for the trampoline according to claim 1. The material of the elastic mesh layer 110 is air fiber,
The mattress used for the trampoline according to any one of claims 2 to 3. The material of the flexible cushioning layer 120 is recycled cotton.
The mattress used for the trampoline according to any one of claims 2 to 3. The material of the flexible cushioning layer 120 is sponge.
The mattress used for the trampoline according to any one of claims 2 to 3. Including the mattress cloak 2, the mattress cloak 2 is configured to surround the mattress body 1.
The mattress used for the trampoline according to any one of claims 1 to 3.

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