CN2875132Y

CN2875132Y - Buffering pad structure

Info

Publication number: CN2875132Y
Application number: CN 200620008142
Authority: CN
Inventors: 白博仁
Original assignee: Individual
Current assignee: Individual
Priority date: 2006-03-17
Filing date: 2006-03-17
Publication date: 2007-03-07
Anticipated expiration: 2016-03-17

Abstract

The utility model discloses a buffer structure, belonging to a structure which can show different buffering effects according to different stress statuses. The buffer is provided with at least a main body made up by an elastic colloid; the main body is vertically provided with a first buffering plane in the application direction and a second buffering plane at the back side of a gas column relative to the first buffering plane; the first buffering plane is provided with a plurality of shrinkage pools which are in a partition arrangement to make the space in the shrinkage pools form gas columns so that each gas column may exert a buffering and supporting effect in case the main body shrinks due to a vertical pressure; and the second buffering plane is provided with a plurality of protruding particles which are also in a partition arrangement so as to exert a dispersing and buffering effect to the acting force imposed on the main body relative to each the gas column.

Description

Cushion structure

Technical field

The utility model provides a kind of cushion structure, and the utility model is performed on alluvium and by between the alluvium, in order to buffering and the cushion structure that on average disperses this impulsive force.

Background technology

Cushion pad is a kind ofly to be implemented in alluvium and by between the alluvium, in order to disperse and slow close alluvium with by the impulsive force between the alluvium, and cushion pad is extensively applied to often position of generation impact phenomenon of shoe-pad or other in daily life.

In order to reach the effect of buffering, traditional cushion structure decides the buffering effect that is presented according to the employed thickness of soft materials mostly, and when the thickness of cushion pad is thick more, the cushion stroke that it presented is also just long more, also can present preferable buffering effect certainly.

When the position that impulsive force took place is that impulsive force often changes or when the environment of greater impact power took place easily, the cushion structure of aforementioned conventional often was unable to cope with the generation of greater impact power.For example apply to the cushion pad in the footwear, when the user normally walks, cushion pad must have support effect to a certain degree, conduct to ground with certain strength that the user is trampled, make the user walk comparatively requires great effort in order to avoid cause improper buffering, this moment, the function of cushion pad was the pressure that disperses user's foot and ground average, and the comfort when providing slight buffering effect to walk with the increase user; And make because of jump between foot and the ground when producing greater impact power as the user, cushion pad can be disperseed this greater impact power this moment again, an anti-according to this greater impact power here damages foot, and general common pad body structure also can't have the effect that supports with buffering concurrently simultaneously.

The utility model content

The purpose of this utility model is, a kind of cushion structure is provided, to provide wearer in general walking in various degree buffering effect when jumping.

The utility model provides following technological means, so that support and the effect that cushions for cushion pad is had concurrently, and the effect of buffering is more promoted:

The utility model " cushion structure ", it has one at least by the body that elastic gel constituted, and aforementioned body vertically is provided with one first buffering suface in action direction, and in the dorsal part of relative this first buffering suface one second buffering suface is set; Aforementioned first buffering suface is provided with a plurality of shrinkage pools that are distributed in distance, and makes the space in each shrinkage pool form gas column, during crumple, can produce buffering and the effect that supports to make body be subjected to vertical compressing by each gas column; Aforementioned second buffering suface is provided with a plurality of protruding grains that are distributed in distance, with average dispersion and aforementioned each gas column of buffering with respect to the active force that is produced on the body.

Secondly, cushion structure further comprises one first interlayer and engages with aforementioned first buffering suface, to make the sealing of gas column normality; Moreover cushion structure comprises further that one second interlayer engages with aforementioned second buffering suface and formed gas net between aforementioned each protruding grain is given capping, so that second buffering suface is so incensed that to shuttle back and forth in the gas net mobile in pressurized space-time; When aforementioned elastic gel is moulding crystalloid gel (CrystalGel Molded), can produce best buffering effect again.

Support force when aforementioned body can provide cushion pad to be subjected to normally to oppress, and see through gas column and produce suitable slight buffering with protruding slight distortion; And when body was subjected to greater impact power, each gas column in first buffering suface is set can be in order to bear and to cushion this bigger impulsive force; Because each gas column can produce corresponding active force when being subjected to powerful compressing on body, therefore, see through the protruding grain setting of second buffering suface, can further on average disperse again and cushion aforementioned each gas column with respect to the active force that is produced on the body.

Aforementioned first buffering suface can be with so that gas column presents normality sealing, so that the support of gas column can give capping with formed gas net between aforementioned each protruding grain with buffering effect lifting, second interlayer and after aforementioned second buffering suface engages, so that second buffering suface is so incensed that to shuttle back and forth in the gas net mobile in pressurized space-time.

In view of the above, the utility model " cushion structure " can present corresponding buffering effect according to different stresses, the cushion structure that this kind can present corresponding buffering effect according to different stresses especially is fit to be arranged in the footwear, to provide wearer in general walking in various degree buffering effect when jumping.

Description of drawings

Following foundation technological means of the present utility model lists and is suitable for the mode that the utility model is implemented, and the conjunction with figs. explanation as after, wherein:

Fig. 1 is the schematic perspective view of the utility model first embodiment.

Fig. 2 is the cutaway view of the utility model first embodiment.

Fig. 3 is the schematic diagram of the utility model first embodiment when normally suffering oppression.

The schematic diagram that Fig. 4 is the utility model first embodiment when defeated by greater impact to compel.

Fig. 5 is the utility model second embodiment schematic diagram.

The specific embodiment

See also shown in Figure 1, it is the schematic perspective view of the utility model first embodiment, the main structure that discloses cushion structure among the figure is a body 10, this body 10 is by being that an elastic gel is constituted, elastic gel is to adopt " moulding crystalloid gel (Crystal Gel Molded) " as implementing, so that cushion structure has suitable support force again.

Please consult Figure 1 and Figure 2 simultaneously, wherein Figure 2 shows that the cutaway view of the utility model first embodiment, aforementioned body 10 vertically is provided with one first buffering suface 20 (bottom surface of being taken off in graphic) in action direction, and in the dorsal part of relative this first buffering suface 20 one second buffering suface 30 is set.

Aforementioned first buffering suface 20 is provided with a plurality of shrinkage pools that are distributed in distance 21, and the space in each shrinkage pool 21 forms a plurality of gas columns 22 on body 10; Aforementioned again second buffering suface 30 is provided with a plurality of protruding grains 31 that are distributed in distance, and presents the gas net 32 of a depression between each protruding grain 31.In this implemented, aforementioned shrinkage pool 21 was that circular groove shape, protruding grain 31 generally are square column type, and cross section of each protruding grain 31 is less than the cross section of shrinkage pool 21.

It is the schematic diagram of the utility model first embodiment when normally suffering oppression as shown in Figure 3, and when cushion structure was subjected to oppressing, body 10 can provide suitable support force, and produces suitable slight buffering through gas column 22 with the slight distortion of protruding grain 31.

Figure 4 shows that the schematic diagram of the utility model first embodiment when defeated by greater impact to compel, when cushion structure was subjected to greater impact power, each gas column 22 in first buffering suface 20 is set can be in order to bear and to cushion this bigger impulsive force; And because each gas column 22 can produce the active force of correspondence when being subjected to powerful compressing on body 10, therefore, see through the setting of second buffering suface, 30 epirelief grains 31, can further on average disperse and cushion aforementioned each gas column 20 again with respect to the active force that is produced on the body 10.

As shown in Figure 5, be the utility model second embodiment schematic diagram, the enforcement of cushion structure can further engage with aforementioned first buffering suface 20 with one first interlayer 40, strengthens the buffering and the support effect of gas column so that gas column 22 normalities are sealed; Perhaps, can one second interlayer 50 engaging with aforementioned second buffering suface 30 makes gas net 32 be subjected to capping, so that second buffering suface 30 is so incensed that to shuttle back and forth in gas net 32 in pressurized space-time is mobile, the characteristic that can shuttle back and forth mobile in gas net 32 by air cooperates the effect of protruding grain 31 to make second buffering suface 30 must have the better buffering and the effect of dispersive pressure.

According to by aforesaid every enforcement, make the utility model " cushion structure " can present corresponding buffering effect according to different stresses, especially be fit to be arranged in the footwear, to provide wearer when wearing is provided with the footwear of the utility model " cushion structure ", can when general walking and jump, obtain buffering effect in various degree.

Claims

1. a cushion structure is characterized in that, it has one at least by the body that elastic gel constituted, and aforementioned body vertically is provided with one first buffering suface and in the relative dorsal part of this first buffering suface one second buffering suface is set in action direction; Aforementioned first buffering suface is provided with a plurality of shrinkage pools that are distributed in distance, and the space in each shrinkage pool forms gas column; Aforementioned second buffering suface is provided with a plurality of protruding grains that are distributed in distance.

2. as claim 1 a described cushion structure, it is characterized in that wherein, this cushion structure further comprises one first interlayer and engages with aforementioned first buffering suface.

3. as claim 1 a described cushion structure, it is characterized in that wherein, this cushion structure comprises further that one second interlayer engages with aforementioned second buffering suface and formed gas net between aforementioned each protruding grain is given capping.

4. as claim 1 a described cushion structure, it is characterized in that wherein, this elastic gel is to be moulding crystalloid gel.

5. as claim 1 a described cushion structure, it is characterized in that wherein, the cross section of each protruding grain is less than the cross section of each shrinkage pool.