CN108903123A

CN108903123A - A kind of diabetes shoes

Info

Publication number: CN108903123A
Application number: CN201810839936.1A
Authority: CN
Inventors: 唐力; 唐静; 程庆丰; 陈静; 唐诚; 王占星
Original assignee: Chongqing Rong Zhi Biological Technology Co Ltd
Current assignee: Chongqing Rong Zhi Biological Technology Co Ltd
Priority date: 2018-07-27
Filing date: 2018-07-27
Publication date: 2018-11-30

Abstract

The invention discloses a kind of diabetes shoes, including sole and the vamp being fixedly mounted on above sole, insole is provided in cavity, pressure-bearing pad is provided between the insole and sole, the pressure-bearing pad fitting is arranged on the sole upper surface, the recessed formation holding tank of sole upper surface, damping block is provided in the holding tank, the damping block is fixedly connected by horizontally disposed spring with the slot side surface of the holding tank along the both ends in sole length direction, the lower end of the damping block is vacantly set in the holding tank, the position of holding tank described in the pressure-bearing pad face is downwardly projecting to be provided with link block, the lower end of the link block is fixedly connected with the upper end of the damping block；The insole upper surface is protruding upward to be provided with the arc bump to match with arch of foot；Air cushion is provided between the pressure-bearing pad and the sole.So as to preferably mitigate diabetes patient's foot patient stand and walking burden, foot's load-bearing is reduced, preferably foot is protected.

Description

A kind of diabetes shoes

Technical field

The present invention relates to a kind of diabetes technical fields, and in particular to a kind of diabetes shoes.

Background technique

Diabetes refer to that diabetic foot makes the decline of lower limb defencive function, big blood vessel and micro- blood due to neuropathy Pipe lesion makes arterial perfusion deficiency cause microcirculation disorder and ulcer and gangrenous morbid state occurs.Diabetes are diabetes one Kind serious complication is that diabetic is disabled or even lethal one of the major reasons, not only causes suffering to patient, and And it is made to add huge financial burden.

Diabetes patient foot patient needs to avoid walking about or standing for a long time in daily life, reduces front and back foot and is held The frictional force received, then shoes inner air does not circulate bacterium easy to breed, but is difficult to control in daily life, without energy yet Enough mitigate diabetes patient's foot patient walk pain or risk shoes, cause many diabetes patient's foot patients due to walk it is improper or Person often stands appearance surprisingly.

Summary of the invention

In view of the above shortcomings of the prior art, the technical problem to be solved by the present invention is to：How to provide one kind can be more Good mitigation diabetes patient's foot patient stand and walking burden, reduces foot's load-bearing, the sugar preferably protected to foot Urinate foot disease shoes.

In order to solve the above-mentioned technical problem, present invention employs the following technical solutions：

A kind of diabetes shoes, including sole and the vamp being fixedly mounted on above sole, the sole and vamp are constituted For accommodating the cavity of foot, the inside and outside welt for being provided through permission foot and passing through on the vamp；It is characterized in that, described It is provided with insole in cavity, pressure-bearing pad is provided between the insole and sole, the pressure-bearing pad fitting is arranged in the sole On upper surface, the sole upper surface recessed formation holding tank is provided with damping block in the holding tank, and the damping block is along shoes The both ends of bottom length direction are fixedly connected by horizontally disposed spring with the slot side surface of the holding tank, the damping block Lower end is vacantly set in the holding tank, and the position of holding tank described in the pressure-bearing pad face is downwardly projecting to be provided with connection Block, the lower end of the link block are fixedly connected with the upper end of the damping block；The insole upper surface is protruding upward be provided with The arc bump that arch of foot matches；It is provided with air cushion between the pressure-bearing pad and the sole, is connected described in the air cushion face Block is provided through the perforation for allowing the link block to pass through up and down, and the perforation is greater than the outer diameter of the link block.

It is reached between insole and vamp in this way, the foot of diabetes patient foot patient penetrates from welt, vamp can be in foot End is protected, while playing fixed function, preferably make the foot of diabetes patient foot patient stablize insole and vamp it Between.When walking, sole and ground can generate frictional force to diabetes patient's foot patient, and frictional force can pass to load-bearing by sole Layer, passes to insole by supporting course, the foot of diabetes patient foot patient is transferred to using insole, is provided with damping block, is subtracted Shake block is connect by spring with sole, and during frictional force is passed to supporting course by sole, the spring at damping block both ends is distinguished Under tension and pressure resist the deformation of damping block, and then offset part internal friction, so that in walking process, diabetes patient The front foot of the foot of sufficient patient and the walking time of contact of metapedes are short, can reduce be eventually transferred to diabetes patient's foot patient's foot in this way The frictional force in portion reduces the weight bearing of diabetes patient's foot patient in the process of walking, mitigates foot's burden, preferably carries out to foot Protection.It is provided with air cushion, in the process of walking, air cushion will do it bumper and absorbing shock, reduce what diabetes patient's foot patient feet bore Pressure.

As optimization, the shoe insole surface material uses the vibration-absorptive material of EVA.

As optimization, the damping block is rubber block.

In this way, rubber block light weight, can preferably mitigate the weight of shoes, the weight bearing in walking process is reduced.Rubber simultaneously Blob of viscose has certain elasticity, can extend the service life of spring with spring collective effect.

As optimization, the front-end and back-end of the air cushion are bent upwards to form bending section, and the bending section upper end is located at Above the insole, it is provided through stomata inside and outside the bending section, the stomata is connected to outside air, for walking to pass by Cheng Zhong squeezes the air cushion by body gravity, by the stomatal limiting value shoes inner air flow, improves the air matter in shoes Amount.

In this way, being provided with stomata, when walking, foot force application squeezes air cushion, and the gas in air cushion is defeated outward by stomata Out, when walking terminates to lift shoes, air cushion resets, and gas enters air cushion by stomata, and convenient walking next time uses.It can be more Good makes gas exchanges in shoes, and the wet gas such as sweat are discharged, and tinea pedis and ulcer is avoided to generate.

As optimization, the insole upper surface is protruding upward to be provided with the convex block to match with arch of foot.

In this way, being provided with convex block, preferably diabetes patient's foot patient's arch of foot position can be supported, increase diabetes The contact area of people's foot patient feet and insole reduce the pressure that foot bears.

Detailed description of the invention

Fig. 1 is a kind of structural schematic diagram of diabetes shoes described in the specific embodiment of the invention.

In attached drawing：1 is sole, and 11 be holding tank, and 12 be damping block, and 13 be spring, and 14 be link block, and 2 be vamp, and 21 are Welt, 3 be insole, and 31 be convex block, and 4 be pressure-bearing pad, and 5 be air cushion, and 51 be stomata.

Specific embodiment

The present invention is described in further detail with reference to the accompanying drawing.

When it is implemented, as shown in Figure 1, a kind of diabetes shoes, including sole 1 and are fixedly mounted on 1 top of sole Vamp 2, the sole 1 and vamp 2 constitute the cavity for accommodating foot, inside and outside on the vamp 2 to be provided through permission foot The welt 21 that portion passes through；It is provided with insole 3 in the cavity, pressure-bearing pad 4 is provided between the insole 3 and sole 1, it is described to hold The fitting of pressure pad 4 is arranged on 1 upper surface of sole, the recessed formation holding tank 11 in 1 upper surface of sole, the holding tank 11 It is inside provided with damping block 12, the damping block 12 passes through horizontally disposed spring 13 and the appearance along the both ends in sole length direction Receiving the slot side surface of slot 11 is fixedly connected, and 12 lower end of damping block is located above the holding tank bottom surface, the pressure-bearing Pad holding tank 11 described in 4 faces position it is downwardly projecting be provided with link block 14,14 lower end of link block and the damping block 12 upper ends are fixedly connected.

It is reached between insole and vamp in this way, the foot of diabetes patient foot patient penetrates from welt, vamp can be in foot End is protected, while playing fixed function, preferably make the foot of diabetes patient foot patient stablize insole and vamp it Between.When walking, sole and ground can generate frictional force to diabetes patient's foot patient, and frictional force can pass to load-bearing by sole Layer, passes to insole by supporting course, the foot of diabetes patient foot patient is transferred to using insole, is provided with damping block, is subtracted Shake block is connect by spring with sole, and during frictional force is passed to supporting course by sole, the spring at damping block both ends is distinguished Under tension and pressure resist the deformation of damping block, and then offset part internal friction, so that in walking process, diabetes patient The front foot of the foot of sufficient patient and the walking time of contact of metapedes are short, can reduce be eventually transferred to diabetes patient's foot patient's foot in this way The frictional force in portion reduces the weight bearing of diabetes patient's foot patient in the process of walking, mitigates foot's burden, preferably carries out to foot Protection.

In the present embodiment, damping block 12 passes through horizontally disposed spring 13 and appearance along the both ends of 1 length direction of sole Receiving the slot side surface of slot 11 is fixedly connected, and the lower end of damping block 12 is vacantly set in holding tank 11, and pressure-bearing pads 4 face holding tanks 11 position is downwardly projecting to be provided with link block 14, and the lower end of link block 14 is fixedly connected with the upper end of damping block 12.On insole 1 Surface is protruding upward to be provided with the arc bump 31 to match with arch of foot.Air cushion 5, air cushion are provided between pressure-bearing pad 4 and sole 1 5 about 14 face link blocks are provided through the perforation for allowing link block 14 to pass through, and perforate and be greater than the outer diameter of link block 14.Shoes Pad the vibration-absorptive material that 3 surfacings use EVA.The front-end and back-end of air cushion 5 are bent upwards to form bending section, bending section upper end Stomata 51 is provided through above insole 3, inside and outside bending section, for squeezing gas by body gravity during walking Pad 5 forms shoes inner air flow by stomata 51.

When patient walk during, by arc bump 31 formed lever principle reduce patient metapedes contact time with Front foot promotes the time, extends mesopodium time of contact.By reducing the friction that patients feet bears for the hanging setting of damping block 12 Power.

In the present embodiment, damping block 12 is rubber block.

In the present embodiment, it is provided with air cushion 5 between the pressure-bearing pad 4 and the sole 1, connects described in 5 face of air cushion It connects about 14 block and is provided through the perforation for allowing the link block 14 to pass through.

In this way, being provided with air cushion, in the process of walking, air cushion will do it bumper and absorbing shock, reduce diabetes patient's foot patient's foot The pressure that portion is born.

In the present embodiment, the front-end and back-end of the air cushion 5 are bent upwards to form bending section, the bending section upper end position Above the insole 3, stomata 51 is provided through inside and outside the bending section.

In the present embodiment, 3 upper surface of insole is protruding upward to be provided with the convex block 31 to match with arch of foot.

Finally it should be noted that：The above embodiments are merely illustrative of the technical solutions of the present invention, rather than its limitations；Although Present invention has been described in detail with reference to the aforementioned embodiments, those skilled in the art should understand that；It still may be used To modify to technical solution documented by previous embodiment, or some or all of the technical features are equal Replacement；And these are modified or replaceed, the model for technical solution of the embodiment of the present invention that it does not separate the essence of the corresponding technical solution It encloses, should all cover within the scope of the claims and the description of the invention.

Claims

1. A diabetic foot shoe, comprising a sole and a vamp fixedly installed above the sole, the sole and the vamp form a cavity for accommodating the foot, and the inside and outside of the vamp are provided with holes that allow the foot to pass through It is characterized in that an insole is provided in the cavity, a pressure pad is provided between the insole and the sole, the pressure pad is fitted on the upper surface of the sole, and the sole is The surface is recessed to form a receiving groove, and a shock absorbing block is arranged in the receiving groove, and the two ends of the shock absorbing block along the length direction of the sole are fixedly connected to the groove side surface of the receiving groove through horizontally arranged springs. The lower end of the vibration block is suspended in the receiving groove, and the position of the pressure bearing pad facing the receiving groove protrudes downward to provide a connecting block, and the lower end of the connecting block is fixed to the upper end of the shock absorbing block. connect;

The upper surface of the insole protrudes upwards and is provided with an arc-shaped bump matching the arch of the foot;

An air cushion is provided between the pressure pad and the sole, and the air cushion is facing the connection block up and down and has a perforation that allows the connection block to pass through, and the perforation is larger than the outer diameter of the connection block .

2. A diabetic foot shoe according to claim 1, characterized in that the surface material of the insole is EVA shock-absorbing material.

3. A diabetic foot shoe according to claim 1, wherein the shock absorbing block is a rubber block.

4. A diabetic foot shoe according to claim 3, wherein both the front end and the rear end of the air cushion are bent upward to form a curved part, the upper end of the curved part is located above the insole, and the inside and outside of the curved part Air holes are provided throughout, and the air holes communicate with the outside air, and are used to squeeze the air cushion by body gravity during walking, and form air circulation in the shoe through the air holes, thereby improving the air quality in the shoe.

5. A diabetic foot shoe according to claim 3, characterized in that, when the patient is walking, the arc-shaped bump forms a leverage principle to reduce the patient's rear foot contact time and front foot push time, prolonging the Mid-foot contact time; by setting the suspension of the shock-absorbing block, the frictional force and shearing force on the patient's foot are reduced.