CN216985370U - Ankle ice pack - Google Patents

Abstract

The utility model discloses an ankle ice pack, which belongs to the technical field of medical equipment and comprises a instep part and an ankle part, wherein the instep part and the ankle part are connected into a whole to form a boot surface shape together; the instep part and the ankle part are both of double-layer structures. This technical scheme is through the ice bag structure that sets up boots shape of face, can cover patient's whole ankle joint when carrying out the ice compress to the patient, whole foot even, fix the ice bag through first connecting portion simultaneously, consolidate the ice bag of ankle position through the second connecting portion, make it laminate with patient ankle department better, the laminating of whole foot is effectual, cover evenly, still can adjust according to the foot of equidimension not or the foot of different edema degree, adjust to letting the patient the most comfortable elasticity degree.

Description

Ankle ice pack

Technical Field

The utility model belongs to the technical field of medical equipment, relates to an ice compress appliance, and particularly relates to an ankle ice compress bag.

Background

The ankle joint is the load bearing joint of the human body closest to the ground, bears the weight of the whole human body, and plays an important role in the stability and health of the ankle joint in daily activities and sports of people. Meanwhile, the ankle joint is also the joint which is most easily injured by the lower limbs of the human body, and the joint injury, the ligament injury and the like are all the types of injuries and diseases with the highest clinical injury rate.

Generally, slight sprain and strain cause damage to internal tissues and edema, ankle joint sprain often accompanies dorsum injury and edema of the whole dorsum of the foot, and cold compress is needed within 24 hours after the sprain to contract and coagulate blood capillaries ruptured by internal tissues, inhibit edema and control the development of injury; and after the sprain lasts for 24 hours, hot compress is carried out to accelerate the blood circulation of the affected part, dissipate the extravasated blood of the affected part and accelerate the recovery.

In the prior art, no appliance for ice compress is provided, and the ice compress and the hot compress are carried out through an ice bag or a hot towel, so that the operation is very inconvenient. Along with the development of medical treatment technique, among the prior art, the ice compress apparatus of multiple structure has appeared, for example chinese utility model patent that patent number is 201620877668.9 discloses an auxiliary treatment foot pad after the ankle sprains, including being the body of T shape, body top both sides are equipped with and glue hook strip and nylon belt with the nylon that the foot pad can be fixed in ankle department, still be equipped with pocket and heating piece on the body, body bottom both sides still are equipped with fixedly to glue and collude, the body outside still is equipped with and fixedly glues the fixed nylon that colludes the cooperation and use, with the heating interface that the heating piece is connected. The auxiliary foot pad for treating ankle sprain, which is simple in structure and convenient to use, can be suitable for recovery of patients after sprain and has a good treatment effect, can combine ice compress with hot compress, is convenient for the patients to recover early, and reduces the workload of medical workers.

Although the technical scheme integrates the ice compress and hot compress functions, the contact with the ankle part is insufficient in the using process of the technical scheme due to the structural characteristics of the ankle part of the human body, and the ice compress effect still has room for improvement.

SUMMERY OF THE UTILITY MODEL

In order to solve the problems, the utility model provides an ankle ice pack, thereby achieving the effects of fully fitting with the foot joints and being easy to fix, detach and adjust.

The utility model is realized by the following technical scheme.

An ankle ice pack comprises a instep part and an ankle part, wherein the instep part and the ankle part are connected into a whole to form a boot surface shape together; the foot back part and the ankle part are of double-layer structures and comprise a bag body outer layer and a bag body inner layer, and the bag body outer layer and the bag body inner layer jointly enclose a closed space.

Furthermore, the enclosed space enclosed by the outer layer of the bag body and the inner layer of the bag body is divided into a plurality of small lattices.

Furthermore, an interlayer is arranged outside the bag body and is made of cotton cloth and fixedly bonded with the bag body inner layer.

Furthermore, the instep part and the ankle part are made of PVC gel bags, and the internal filling is environment-friendly gel.

Furthermore, the first connecting portion is connected by a magic tape.

Further, the first connecting part is connected by a zipper.

Further, a second zipper is further arranged beside the first connecting portion.

Furthermore, the lower edge of the instep is also provided with an extension edge which is long-strip-shaped, has the same composition structure with the instep, and is connected with the instep through a first zipper.

Further, the second connecting portion is a magic tape connecting structure and comprises a magic tape A surface and a magic tape B surface.

The utility model has the beneficial effects that:

according to the ankle ice bag, the boot-shaped ice bag structure is arranged, so that the whole ankle joint or even the whole foot of a patient can be covered when the patient is iced, the ice bag is fixed through the first connecting part, the ice bag at the ankle position is reinforced through the second connecting part, the ice bag can be better attached to the ankle of the patient, the attaching effect of the whole foot is good, the foot is uniformly covered, the first connecting part and the second connecting part are both of magic tape structures with adjustable tightness, the ice bag can be adjusted according to feet with different sizes or feet with different edema degrees, and the tightness degree which is most comfortable for the patient is achieved.

Meanwhile, the edge of the ice compress bag can be provided with an extended edge, so that the ice compress bag in the technical scheme can adapt to feet with larger size, fatter weight or more serious edema, and is convenient to disassemble and assemble and strong in adaptability. Each layer is arranged on the inner layer of the ice bag, so that the direct contact of the surface of the ice bag and the skin is avoided, the skin is prevented from being damaged by low temperature, and the ice bag has the functions of ventilation and water absorption.

Compared with the prior art, the technical scheme has the advantages that a common shoe-shaped or sock-shaped structure is abandoned, an open structure without a sole is adopted and is tiled on the foot, the ankle and the instep are covered to the maximum extent, the ice pack is fixed and the ankle is reinforced through a connecting structure which is most easily disassembled and assembled, the effect of fully fitting the foot is achieved, the comfort level is high, the disassembly, the storage and the cleaning are very convenient, and the ice pack is suitable for being popularized and applied in the field of ice packs; the ice bag can be heated for hot compress.

Drawings

FIG. 1 is a schematic view of the present invention.

Fig. 2 is a top view of fig. 1.

Fig. 3 is a schematic structural view of fig. 1 with the second connection portion broken away.

FIG. 4 is a schematic view of the instep and ankle portions of the present invention.

Fig. 5 is a schematic structural view of the first connecting portion of the present invention when a slide fastener is used.

Fig. 6 is a top view of fig. 5.

In the figure: 1-instep part, 2-ankle part, 3-first connecting part, 4-second connecting part, 401-magic tape A surface, 402-magic tape B surface, 5-first zipper, 6-interlayer, 7-extending edge, 8-second zipper, 9-bag body outer layer and 10-bag body inner layer.

Detailed Description

The technical solution of the present invention is further described below with reference to the accompanying drawings, but the scope of the claimed invention is not limited thereto.

As shown in figures 1-4, the ankle ice pack of the present invention comprises a instep portion 1 and an ankle portion 2, wherein the instep portion 1 and the ankle portion 2 are connected together to form a boot-shaped structure, one side of the instep portion 1 and the ankle portion 2 is open, the opening of the ankle portion 2 is connected by a first connecting portion 3, and the opening of the instep portion 1 is connected by a second connecting portion 4; the instep part 1 and the ankle part 2 are both of a double-layer structure and comprise a bag body outer layer 9 and a bag body inner layer 10, and the bag body outer layer 9 and the bag body inner layer 10 jointly form a closed space.

The enclosed space enclosed by the outer bag layer 9 and the inner bag layer 10 is divided into a plurality of small lattices, so that the liquid is uniformly distributed in the enclosed space, and the overall shape of the ice pack is kept.

An interlayer 6 is arranged outside the inner layer 10 of the bag body, and the interlayer 6 is made of cotton cloth and is fixedly bonded with the inner layer 10 of the bag body to be directly contacted with the skin of the foot. The interlayer 6 can prevent the inner layer 10 of the bag body from directly contacting with the skin and freezing the skin.

The instep part 1 and the ankle part 2 are made of PVC gel bags, the surfaces are easy to clean, and the internal fillers are environment-friendly gel, are not easy to solidify and can be repeatedly used.

First connecting portion 3 is the magic subsides connection, and adaptable not equidimension, fat thin foot use to can quick fixation with demolish, the elasticity is adjustable.

As shown in fig. 5 and 6, the first connecting portion 3 is a zipper connection. A second zipper 8 is further arranged beside the first connecting part 3, when the first zipper is loose in connection, the ankle part 2 is reduced through connection of the second zipper 8, and therefore the ankle joint can be suitable for patients with small or thin feet.

The lower edge of the instep 1 is further provided with an extension edge 7, the extension edge 7 is long-strip-shaped, the composition structure of the extension edge is the same as that of the instep 1, the extension edge is connected with the instep 1 through a first zipper 5 and can be assembled and disassembled with the instep 1, and when the extension edge 7 is used for a patient with a large foot, the whole foot of the patient can be covered by the ice bag.

Second connecting portion 4 is magic subsides connection structure, pastes A face 401 and magic subsides B face 402 including the magic, B face 402 is pasted with magic and a face 401 bonds to the magic, can be used to adjust the elasticity of 1 opening part connection on the instep, ensures the laminating effect and the patient's comfort level of ice bag ankle department.

Examples

As shown in figures 1-4, the ice pack in the technical scheme has no bottom, so that the ice pack can be disassembled and stored in a curled mode when not in use, and the occupied space is reduced as much as possible. Before use, the ice compress bag and the extended edge 7 thereof are refrigerated in a refrigerator, so that the temperature in the ice compress bag reaches about 0 ℃, and the ice compress bag is still in a soft state.

During ice compress, the ice compress bag is firstly opened from the openings of the instep part 1 and the ankle part 2 to be directly covered on the foot of a patient, the tightness of the ankle part 2 is adjusted by pulling the first connecting part 3, and then the first connecting part 3 is fixedly connected; and then the second connecting part 4 is pulled to adjust the tightness of the ankle, and then the second connecting part 4 is fixedly connected to start ice compress.

After the ice compress is carried out for a period of time, the gel temperature in the ice compress bag rises, the ice compress bag needs to be removed, and the ice compress bag is replaced or stopped as required. When the ice bag is detached, the ice bag can be rapidly detached only by sequentially pulling the second connecting part 4 and the first connecting part 3 to open the ice bag from the instep 1 and the ankle 2 and taking the ice bag down from the foot of the patient. And cleaning the surface of the removed ice pack, and then continuously putting the ice pack into a refrigerator for refrigeration for standby.

When the ice bag is used for a patient with a large foot, the ice bag cannot cover the whole foot of the patient, and the extension edge 7 needs to be increased. At this time, the extended edge 7 is connected with the first zipper 5 at the edge of the instep 1 through the zipper, so that the ice pack with larger size can be obtained for the patient with larger foot or obesity.

As shown in fig. 5 and 6, when the first connecting part 3 has a zipper structure, ice compress can be performed by selecting one of the second zippers 8 to adjust and fix the size or tightness of the ankle part 2 of the patient.

The above embodiments are merely exemplary, and are intended to enable those skilled in the art to better understand the technical solution, and should not be construed as limiting the scope of the present invention, as long as the technical solution according to the present invention is modified and simply replaced, which falls within the scope of the present application.

Claims (9)

1. An ankle ice pack, including instep (1) and ankle (2), instep (1) and ankle (2) link as an organic whole, constitute a boots shape of face jointly, its characterized in that: the instep (1) and the ankle (2) are provided with openings at one side, the openings of the ankle (2) are connected through a first connecting part (3), and the openings of the instep (1) are connected through a second connecting part (4); the instep part (1) and the ankle part (2) are of a double-layer structure and comprise a bag body outer layer (9) and a bag body inner layer (10), and the bag body outer layer (9) and the bag body inner layer (10) jointly enclose a closed space.

2. An ankle ice pack according to claim 1 wherein: the closed space enclosed by the bag body outer layer (9) and the bag body inner layer (10) is divided into a plurality of small lattices.

3. An ankle ice pack according to claim 1 wherein: an interlayer (6) is arranged outside the bag inner layer (10), and the interlayer (6) is made of cotton cloth and fixedly bonded with the bag inner layer (10).

4. An ankle ice pack according to claim 1 wherein: the instep part (1) and the ankle part (2) are made of PVC gel bags, and the internal fillers are environment-friendly gel.

5. An ankle ice pack according to claim 1 wherein: the first connecting part (3) is connected by a magic tape.

6. An ankle ice pack according to claim 1 wherein: the first connecting part (3) is connected by a zipper.

7. An ankle ice pack according to claim 6 wherein: a second zipper (8) is further arranged beside the first connecting part (3).

8. An ankle ice pack according to claim 1 wherein: the foot back part (1) is characterized in that an extension edge (7) is further arranged at the lower edge of the foot back part (1), the extension edge (7) is long-strip-shaped, the composition structure of the extension edge is the same as that of the foot back part (1), and the extension edge is connected with the foot back part (1) through a first zipper (5).

9. An ankle ice pack according to claim 1 wherein: the second connecting part (4) is a magic tape connecting structure and comprises a magic tape A surface (401) and a magic tape B surface (402).

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