CN203506941U

CN203506941U - Walking aid boot

Info

Publication number: CN203506941U
Application number: CN201320662988.9U
Authority: CN
Inventors: 苗传军
Original assignee: Individual
Current assignee: Individual
Priority date: 2013-10-26
Filing date: 2013-10-26
Publication date: 2014-04-02
Anticipated expiration: 2023-10-26

Abstract

The utility model discloses a walking aid boot which comprises a boot leg and a boot sole. A shank portion of the boot leg is integrated with a foot back, a stopper for containing a portion from a heel portion of the boot leg to toes is arranged along the bottom edge of the boot sole, the boot leg is sleeved into the boot sole, a supporting frame is fixed at the central axis of a leg and includes two portions, the upper portion of the supporting frame is fixed to a leg portion of the boot leg, the lower portion of the supporting frame is fixed to an ankle portion of the stopper, the upper portion is connected with the lower portion through an angle adjusting device, an air filling device is arranged at the upper end of the leg portion of the boot leg, and a control valve for controlling the air filling device to fill air and exhaust the air is arranged below the air filling device. The supporting frame is arranged on the walking aid boot, the angle adjusting device is arranged on the supporting frame, a hinge inside the angle adjusting device can control an angle within a certain interval, or a certain angle is fixed by the angle adjusting device, the walking aid boot is convenient to use and does not need to be taken down in training, and recovery speed is remarkably increased.

Description

A kind of shape boots that help

Technical field

This utility model relates to medical auxiliary apparatus, and what relate to specifically use after a kind of foot rupture of Achilles tendon operation helps shape boots, and this helps shape boots to have the effect of recovering heel string function.

Background technology

Rupture of Achilles tendon is with the local obvious tumefaction of heel string, pain, and plantar flexion is unable, can not stand on tiptoe, and it is the disease of main manifestations that limping waits.Rupture of Achilles tendon is the fracture of heel string tissue.The spontaneous fracture of common heel string generally occurs in one-sided limbs clinically.This fracture can be at heel string-calcaneus connecting portion, also can be in heel string-belly of muscle junction or heel string tissue itself.When breaking at motion, more than 70% spontaneity there are the many damages that cause in track and field sports such as carrying out the ball game such as shuttlecock, basketball, football, tennis or running of patient.

The rupture of Achilles tendon treatment of need to performing an operation, it is with the colligation of Anhydrite cream that hands is stated latter first 4 weeks, after 4 weeks, use short Gypsum Fibrosum, with plaster bandage, wrap up into the base of a shallow slot shape, hold limbs or trunk, this mode is when doing heel string and resume training, short Gypsum Fibrosum need to be taken off, after having trained, again by short plaster sleeve, comparatively inconvenience.And after Gypsum Fibrosum colligation, cannot adjusting angle, a certain fixing state that can only fix, heel string recovers slowly.

Summary of the invention

For the deficiency in above-mentioned technology, it is a kind of in heel string resumes treatment that this utility model provides, and that can wear training, adjustable-angle helps shape boots.

For solving the problems of the technologies described above, this utility model is realized by following scheme: a kind of shape boots that help, comprise the leg of a boot, at the bottom of boots, calf and the dorsal portion of the leg of a boot are one, at the bottom of described boots, along bottom edge, be provided with and accommodate leg of a boot rear heel to the block body of toe, at the bottom of the leg of a boot is inserted in boots, and in the central axis position of lower limb, fix a bracing frame, this bracing frame divides two parts, top and leg of a boot shank are fixed, bottom is fixed on the ankle position of block body, top is connected by an angle regulator with bottom, described leg of a boot shank upper end is provided with an aerating device, aerating device below is provided with the control valve of controlling aerating device inflation and venting.

Further, the oblique portion of described block body front end is provided with two with the instep bandage of VELCRO.

Further, be tied with three lower limb bandages on described leg of a boot shank, this lower limb bandage is provided with VELCRO.

Further, at the bottom of described boots, matsurface is made in bottom surface, materials'use elastomeric material.

Further, described block body, from rear heel height 5-10cm to ankle height 7-12cm place, through angle regulator lower end connecting portion, more tiltedly extends downward front end toe.

Further, on bracing frame, be positioned at the top of angle regulator, be provided with the control lock of control angle adjusting device.

The beneficial effects of the utility model are: have and fix simply, it is time saving and energy saving to operate, comfortable and easy to wear, alleviates patient's misery, can regulate, improve rectification effect, impels the advantage of patient's early recovery; A bracing frame is set helping on shape boots, is provided with angle regulator on bracing frame, the built-in hinge of this angle regulator can be controlled at angle in certain interval, or be fixed on certain angle, easy to use, when training, do not need to take off yet, for resume speed, be significantly increased.

Accompanying drawing explanation

Fig. 1 is that this utility model helps shape boots schematic diagram;

Fig. 2 is this utility model angle regulator heel side shift fork schematic diagram;

Fig. 3 is this utility model angle regulator sole side shift fork schematic diagram;

Fig. 4 is this utility model heel side shift fork and the stacked rear schematic diagram of sole side shift fork;

Fig. 5 is the graduation apparatus schematic diagram on this utility model angle regulator;

Fig. 6 is this utility model saddle schematic diagram;

Fig. 7 is a plurality of saddles of this utility model schematic diagrams that stack together;

Fig. 8 is that this utility model helps shape boots operating procedure schematic diagram.

The specific embodiment

Below in conjunction with accompanying drawing, this utility model is elaborated.

Embodiment 1: with reference to Fig. 1, a kind of shape boots that help, comprise the leg of a boot 12, at the bottom of boots 8, calf and the dorsal portion of the leg of a boot 12 are one, at the bottom of described boots, 8 are provided with and accommodate the leg of a boot 12 rear heel to the block body 7 of toe along bottom edge, the leg of a boot 12 is inserted at the bottom of boots 8, and in the central axis position of lower limb, fix a bracing frame 1, 1 minute two parts of this bracing frame, top and leg of a boot shank are fixed, bottom is fixed on the ankle position of block body 7, top is connected by an angle regulator 9 with bottom, the described leg of a boot 12 shank upper ends are provided with an aerating device 2, aerating device 2 belows are provided with the control valve 3 of controlling aerating device 2 inflations and venting.The described block body 7 oblique portions of front end are provided with two with the instep bandage 6 of VELCRO, on the described leg of a boot 12 shanks, be tied with three lower limb bandages 11, this lower limb bandage 11 is provided with VELCRO, at the bottom of described boots, matsurface is made in 8 bottom surfaces, materials'use elastomeric material, described block body is from rear heel height 5-10cm to ankle height 7-12cm place, through angle regulator 9 lower end connecting portions, tiltedly extend downward again front end toe, on bracing frame 1, be positioned at the top of angle regulator 9, be provided with the control lock 4 of control angle adjusting device 9.

As shown in Figure 2, Figure 3, Figure 4, angle regulator 9 comprises heel side shift fork 10, sole side shift fork 5, heel side shift fork 10, sole side shift fork 5, overlapping latter two shift fork is-50 to 50 angle activity (as shown in Figure 5) on the graduated shell of angle regulator 9 respectively, angle regulator 9 control lock 4 above can be stirred up and down, up promote as UNLOCK position, i.e. released state, support bar 1 can drive the leg of a boot 12 activities; Down promote as LOCK position, i.e. lock-out state, during lock-out state, two shift forks are all stationary state, not movable, and support bar 1 is also fixed angle, not movable.

Be below operating procedure of the present utility model (as shown in Figure 8):

1. the little cushion of sponge is positioned over to the redundant space place of ankle and the leg of a boot 12, to increase comfortableness (Fig. 8-1);

2. sponge liner and foot and lower limb are close to and fixation smooth (Fig. 8-2);

3. wrap after sponge liner, pull open bracing frame 1, foot is put into boots, and make bracing frame 1 aim at the central axis position of lower limb, then cling on foam rubber cushion (Fig. 8-3);

4. each bandage on 8 at the bottom of the leg of a boot 12, boots is tied up to (Fig. 8-4) by VELCRO;

5. tie up after all bandages, screw gently in the direction of the clock the control valve knob (Fig. 8-6) on boots, then aerating device 2(Fig. 8-5 in press shoe repeatedly), the blowing pressure size should be as the criterion with comfortable, should not cross pine or tension;

6. as needed aerofluxus, by counterclockwise unscrewing control valve 3, and push gently ankle air bag and just gas can be discharged.

Embodiment 2: the mode of operation of angle demodulator (as shown in Figure 5): control lock 4 is upwards pushed to UNLOCK position, " 40 " position under sole side shift fork 5 sets to zero, makes the cusp on cusp aligning " 40 " sides " ↑ " of " ▲ " on shift fork." 10 " position on heel side shift fork 10 sets to zero, make the cusp on cusp aligning " 10 " sides " ↑ " of " ▲ " on shift fork, " ▲ " of both sides shift fork all aims at after " ↑ " simultaneously, then control lock 4 is pushed to LOCK position downwards, and angle is come into force.

Embodiment 3: this utility model helps shape boots to be also furnished with saddle 13(as shown in Figure 6), there is plurality of specifications, by little, progressively increased.Rupture of Achilles tendon is performed the operation and within 6 weeks, is brought into use saddle 13, must pad first the saddle (as shown in Figure 7) of 12 layers, and from top to bottom, saddle 13 increases successively.Between every layer of saddle, need to fix with double faced adhesive.According to recovery progress, about 1-2 days takes down one deck saddle 13, should get by order from bottom to top, first takes off face maximum, then successively upwards gets less saddle, and the saddle taking down need to be kept, and can recycle, and is conducive to environmental protection.

After 12 layers of saddle 13 all take, heel side shift fork 10 need be transferred to " 0 " position, sole side shift fork 5 still remains on subzero " 40 " position, heel side shift fork 10 is transferred to behind " 0 " position, need again to put back to again uppermost 4-5 layer saddle 13, to guarantee the safety of heel string, then still need to take down for 1-2 days one deck saddle 13, can be " 10 " position under heel side shift fork 10 sets to zero after saddle 13 takes again, and then put back to 3-4 layer saddle 13, saddle 13 takes the rear band brace training stage to be finished.

The foregoing is only preferred implementation of the present utility model; not thereby limit the scope of the claims of the present utility model; every equivalent structure or conversion of equivalent flow process that utilizes this utility model description and accompanying drawing content to do; or be directly or indirectly used in other relevant technical field, be all in like manner included in scope of patent protection of the present utility model.

Claims

1. one kind is helped shape boots, comprise the leg of a boot (12), at the bottom of boots (8), calf and the dorsal portion of the leg of a boot (12) are one, it is characterized in that: at the bottom of described boots, (8) are provided with and accommodate the leg of a boot (12) rear heel to the block body (7) of toe along bottom edge, at the bottom of the leg of a boot (12) is inserted in boots (8), and in the central axis position of lower limb, fix a bracing frame (1), this bracing frame (1) minute two parts, top and leg of a boot shank are fixed, bottom is fixed on the ankle position of block body (7), top is connected by an angle regulator (9) with bottom, the described leg of a boot (12) shank upper end is provided with an aerating device (2), aerating device (2) below is provided with the control valve (3) of controlling aerating device (2) inflation and venting.

2. a kind of shape boots that help according to claim 1, is characterized in that: the oblique portion of described block body (7) front end is provided with two with the instep bandage (6) of VELCRO.

3. a kind of shape boots that help according to claim 1, is characterized in that: on the described leg of a boot (12) shank, be tied with three lower limb bandages (11), this lower limb bandage (11) is provided with VELCRO.

4. a kind of shape boots that help according to claim 1, is characterized in that: at the bottom of described boots, matsurface is made in (8) bottom surface, materials'use elastomeric material.

5. a kind of shape boots that help according to claim 1, is characterized in that: described block body, from rear heel height 5-10cm to ankle height 7-12cm place, through angle regulator (9) lower end connecting portion, more tiltedly extends downward front end toe.

6. a kind of shape boots that help according to claim 1, is characterized in that: bracing frame (1) is upper, are positioned at the top of angle regulator (9), are provided with the control lock (4) of control angle adjusting device (9).