CN205848828U

CN205848828U - A kind of antidetonation footwear

Info

Publication number: CN205848828U
Application number: CN201620756172.6U
Authority: CN
Inventors: 许能巧
Original assignee: Individual
Current assignee: Individual
Priority date: 2016-07-15
Filing date: 2016-07-15
Publication date: 2017-01-04
Anticipated expiration: 2026-07-15

Abstract

The utility model discloses a kind of antidetonation footwear, including the big end and the middle end, the upper surface at the described big end is provided with bracing frame, said midsole is located at the top at the big end, big end upper surface is distributed multiple elastic shock-absorbing device, each elastic shock-absorbing device includes shock absorption strip and vibration damping sheet, one end of shock absorption strip is fixed on the upper surface at the big end and tilts along the direction away from bracing frame, the other end away from the upper surface at the big end is connected with vibration damping sheet, there is extremely strong anti seismic efficiency, effectively increase the bearing capacity of sole, extend the service life of sole, strengthen breathability, and significantly increase the comfort of human body.

Description

A kind of antidetonation footwear

Technical field

This utility model relates to the collar territory of articles for daily use, particularly relates to a kind of antidetonation footwear.

Background technology

Along with the development of economic society, the living standard of people constantly improves, and pursues the need of material enjoyment Asking and the most increasingly come into one's own, the particularly requirement to various daily neces saries is more and more higher.Footwear are the important set of people's clothing, food, lodging and transportion--basic necessities of life Become part, and the function of sole directly affects comfort level and the fatigue conditions of people, in order to improve people's relaxing in motor process Suitable sense and the sense that lessens fatigue, increasing Breathable shock absorption shoe just arises at the historic moment.

But the existing sole with shock-absorbing function, major part is all at the internally installed damping dress with spring of sole Putting, this kind of damping device anti seismic efficiency difference and bearing capacity are low, and when sole is by strong pressure or relatively strong motion, damping device holds Fragile, service life is short.Additionally, the airing function of existing sole is often utilized in arranging at the footwear big end and the middle end ventilative Passage, and on the middle end, design air-vent, this kind of ventilating structure is complex, and manufacturing process is cumbersome, and air-breathing exhaust apparatus holds The most blocked.

Utility model content

For the deficiencies in the prior art, the purpose of this utility model is intended to provide a kind of antidetonation footwear, has extremely strong resisting Shake effect, increases the bearing capacity of sole effectively, extends the service life of sole, strengthens breathability, significantly increases human body Comfort.

The purpose of this utility model realizes by the following technical solutions:

A kind of antidetonation footwear, including the big end and the middle end, the upper surface at the described big end is provided with bracing frame, and said midsole is located at the big end Top, the surface distributed at the big end has multiple elastic shock-absorbing device, each elastic shock-absorbing device to include shock absorption strip and vibration damping sheet, subtract One end of shake bar is fixed on the upper surface at the big end and tilts, away from the other end of the upper surface at the big end along the direction away from bracing frame It is connected with vibration damping sheet.

Preferably, described vibration damping sheet extends from the middle part of shock absorption strip along the direction away from bracing frame, the both sides shape of shock absorption strip Become the support level at the end in supporting.

Preferably, said midsole is provided with the perforate for passing for vibration damping sheet, and the periphery at the middle end is located at above support level, in The mid portion at the end is located at above bracing frame.

Preferably, the big end, has sidewall, the upper surface at the big end, sidewall and formation cavity at the middle end, bracing frame and each bullet Property damping device is positioned at this cavity, and the big end is provided with air-vent, and this cavity is in communication with the outside by this air-vent.

Preferably, described air-vent is waterproof and breathable hole.

Preferably, described air-vent is made up of elastomeric material.

Compared to existing technology, the beneficial effects of the utility model are:

Owing to being evenly distributed with multiple elastic shock-absorbing device at the upper surface at the big end, during sole pressurized, each elastic shock attenuation fills Putting generation elastic deformation, pressure is uniformly dispersed and comes, and can be effectively improved human comfort, increases the bearing capacity of footwear；Work as foot When damping device is exerted a force by the end, first vibration damping sheet contacts with foot and forced downwards, and then drives shock absorption strip to deform upon, The effect of damping can be effectively acted as, extend the service life of sole；Meanwhile, the big end, is provided with air-vent, is effectively improved Sole and extraneous ventilation ability, promote foot's hot and humid gas circulation, reduce bacteria breed.

Accompanying drawing explanation

Fig. 1 is the overall structure figure of this utility model a kind of antidetonation footwear；

Fig. 2 is the structure chart before the elastic shock-absorbing device stress of this utility model a kind of antidetonation footwear；

Fig. 3 is the structure chart after the elastic shock-absorbing device stress of this utility model a kind of antidetonation footwear；

In figure: 1, the big end；2, air-vent；3, elastic shock-absorbing device；4, shock absorption strip；5, bracing frame；6, perforate；7, the middle end； 8, vibration damping sheet；9, sidewall；10, support level.

Detailed description of the invention

Below, in conjunction with accompanying drawing and detailed description of the invention, this utility model is described further:

As depicted in figs. 1 and 2, for a kind of antidetonation footwear of the present utility model, including the big end 1 and the middle end 7, at described the big end 1 Surface is provided with the bracing frame 5 at the end 7 in supporting, and this bracing frame 5 is preferably located at the middle part at the big end 1, and said midsole 7 is located at greatly The top at the end 1, the upper surface at the big end 1 is uniformly distributed with multiple elastic shock-absorbing device 3, and each elastic shock-absorbing device 3 includes damping Bar 4 and vibration damping sheet 8, one end of shock absorption strip 4 is fixed on the upper surface at the big end 1, and is tilted, far along the direction away from bracing frame 5 The other end from the upper surface at the big end 1 is connected with vibration damping sheet 8.

Preferably, described vibration damping sheet 8 is connected with shock absorption strip 4, and from the middle part of shock absorption strip 4 along the side away from bracing frame 5 To extension, the both sides of shock absorption strip 4 form the support level 10 at the end 7 in supporting.

It is further preferred that said midsole 7 is provided with the perforate 6 for passing for vibration damping sheet 8, the periphery at the middle end 7 is located at and is propped up Above support position 10, the mid portion at the middle end 7 is located at above bracing frame 5.

It addition, as shown in Figures 1 to 3, owing to bracing frame 5 is positioned at the middle part at the big end 1, therefore shock absorption strip 4 in sole part and Heel portions tilts along the direction away from bracing frame 5 respectively, and therefore shock absorption strip 4 tilts in sole part and heel portions In opposite direction；Owing to vibration damping sheet 8 is to extend from shock absorption strip 4, therefore vibration damping sheet 8 is in sole part bearing of trend and heel portions The bearing of trend of vibration damping sheet 8 the most contrary.

As shown in Figures 2 and 3, when user puts on these antidetonation footwear, each elastic shock-absorbing device 3 is by downward pressure, foot Metacarpus divides and directly contacts with vibration damping sheet 8 with heel portions, and vibration damping sheet 8 occurs elastic deformation；In sole part, vibration damping sheet 8 is first First it is under pressure, elastic deformation occurs and moves downward, owing to vibration damping sheet 8 is to extend from shock absorption strip 4, therefore driving shock absorption strip 4 there is elastic deformation and tilt further along the direction away from bracing frame 5, and now vibration damping sheet 8 supports with the shock absorption strip 4 in its front Connect.

Equally, in heel portions, vibration damping sheet 8 is first subjected to pressure, elastic deformation occurs and moves downward, owing to subtracting Shake sheet 8 is to extend from shock absorption strip 4, therefore drives shock absorption strip 4 to occur elastic deformation and edge further away from the direction of bracing frame 5 Tilting, now vibration damping sheet 8 abuts with the shock absorption strip 4 in its front.Owing to each elastic shock-absorbing device 3 is evenly distributed at big the end 1, When therefore suffering from the pressure of sole and heel, there is elastic deformation in each elastic shock-absorbing device 3, pressure is divided equably equably Scatter, both can be effectively realized the effect of damping, improve human comfort, it is also possible to increase the bearing capacity of footwear, extend footwear The service life at the end.

It addition, the big end 1 has sidewall 9, the upper surface at the biggest end 1, sidewall 9 constitute cavity with the middle end 7；Bracing frame 5 He Elastic shock-absorbing device 3 is positioned at this cavity, and the big end 1 is provided with air-vent 2, and this cavity is in communication with the outside by air-vent 2, described in change The waterproof and breathable hole that pore 2 preferably elastomeric material is made；When sole is by pressure that human foot is downward, each elastic shock attenuation Device 3 will occur elastic deformation, drive the flowing of inner air, by the damp-heat air within sole with stink by air-vent 2 It is discharged to outer sole；When human foot moves upward, each elastic shock-absorbing device 3 will return to the original form, by outer sole Fresh air be drawn to inside sole, thus reach ventilation effect.During trampling, i.e. sole pressurized and the process of decompression In, form air-flow and replace back and forth, in making footwear, keep good environment, promote foot's hot and humid gas circulation, reduce foot's abnormal flavour, and Prevention tinea pedis occurs.

It will be apparent to those skilled in the art that can technical scheme as described above and design, make other various Corresponding change and deformation, and all these change and deformation all should belong to the protection of this utility model claim Within the scope of.

Claims

1. antidetonation footwear, it is characterised in that: include that the big end and the middle end, the upper surface at the described big end are provided with bracing frame, described in The top at the big end is located at the end, and the upper surface at the big end is distributed multiple elastic shock-absorbing device, and each elastic shock-absorbing device includes shock absorption strip And vibration damping sheet, one end of shock absorption strip is fixed on the upper surface at the big end and tilts along the direction away from bracing frame, upper away from the big end The other end on surface is connected with vibration damping sheet.

A kind of antidetonation footwear the most according to claim 1, it is characterised in that: described vibration damping sheet is away from edge, the middle part of shock absorption strip The direction of bracing frame extends, and the both sides of shock absorption strip form the support level at the end in supporting.

A kind of antidetonation footwear the most according to claim 2, it is characterised in that: said midsole is provided with for supplying vibration damping sheet to pass Perforate, the periphery at the middle end is located at above support level, and the mid portion at the middle end is located at above bracing frame.

A kind of antidetonation footwear the most according to claim 3, it is characterised in that: the big end, has sidewall, the upper surface at the big end, sidewall And forming cavity, bracing frame and each elastic shock-absorbing device are positioned at this cavity, and the big end is provided with air-vent, this cavity at middle the end It is in communication with the outside by this air-vent.

A kind of antidetonation footwear the most according to claim 4, it is characterised in that: described air-vent is waterproof and breathable hole.

A kind of antidetonation footwear the most according to claim 5, it is characterised in that: described air-vent is made up of elastomeric material.