CN211095191U

CN211095191U - Ice pack

Info

Publication number: CN211095191U
Application number: CN201921747513.3U
Authority: CN
Inventors: 韦佳慧; 何艳丽
Original assignee: Youjiang Medical University for Nationalities Affiliated Hospital
Current assignee: Youjiang Medical University for Nationalities Affiliated Hospital
Priority date: 2019-10-18
Filing date: 2019-10-18
Publication date: 2020-07-28
Anticipated expiration: 2029-10-18

Abstract

The application relates to the technical field of human cooling supplies, in particular to an ice pack, which comprises an outer bag and an outer zipper arranged on the outer bag and used for opening or closing the outer bag, wherein two ends of the outer bag are respectively connected with a restraining belt, a magic tape is sewn at the outer end of the restraining belt, the ice pack also comprises an inner bag arranged in the outer bag, the inner bag is provided with an inner zipper used for opening or closing the inner bag, the outer bag comprises a front ice application surface and a rear ice application surface which are oppositely arranged, a heat insulation assembly used for adjusting the ice application strength is arranged between the front ice application surface and the inner bag, the heat insulation assembly consists of a plurality of heat insulation sheets, the peripheries of the front ice application surface and the rear ice application surface are respectively provided with a circle of water absorption cotton belt, a patient can automatically adjust the ice application strength which is most suitable for the individual according to own requirements, the comfort level is good, and the water absorption cotton belt can absorb ponding generated by air cooling, the accumulated water can not generate liquid flow to cause discomfort of skin, the ice bag can be better fixed by the restraint strap and the magic tape, and the ice bag can not slide off.

Description

Ice pack

Technical Field

The application relates to the technical field of human cooling articles, in particular to an ice bag.

Background

At present, the patient is iced, and usually, the ice bag is wrapped by a treatment towel and then is placed on the part of the human body to be cooled for local cooling. The parts of the human body which are usually required to be cooled by ice compress are the forehead, the armpit, the blood vessel and the groin. At present, adopt this kind of ice compress cooling method, cooling intensity is big, can't adjust ice compress cooling intensity according to actual demand, and patient need endure certain misery, and the travelling comfort is extremely poor, freezes the ice compress contact site easily, and adopts such ice compress method to cool down, and the easy ponding of treatment piece of cloth to flow patient's skin, need patient or nurse frequently to wipe dry ponding, the human cost is high.

SUMMERY OF THE UTILITY MODEL

In order to overcome the shortcoming and not enough that exist among the prior art, the aim at of this application provides an ice bag, and patient can adjust to the most suitable individual ice intensity by oneself according to the demand of oneself, and the comfort level is good, and the cotton area that absorbs water can absorb the ponding that air cooling produced, and the ponding can not produce the liquid stream and make and produce the skin discomfort, and restraint area and magic subsides can fix the ice bag better, and the ice bag can not slide away.

The purpose of the application is realized by the following technical scheme: an ice compress bag comprises an outer bag and an outer zipper arranged on the outer bag and used for opening or closing the outer bag, wherein two ends of the outer bag are respectively connected with a restraining belt, magic tapes are sewn at the outer ends of the restraining belts, the ice compress bag further comprises an inner bag arranged in the outer bag, the inner bag is provided with an inner zipper used for opening or closing the inner bag, the inner bag consists of a soft aluminum foil inner container and a mesh bag enclosed outside the soft aluminum foil inner container, the outer bag comprises a front ice compress surface and a rear ice compress surface which are oppositely arranged, a heat insulation assembly used for adjusting ice compress strength is arranged between the front ice compress surface and the inner bag, the heat insulation assembly consists of a plurality of heat insulation sheets, the heat insulation sheets can be inserted or pulled out of the space between the outer bag and the inner bag, and a circle of water absorption cotton tapes are respectively arranged on the peripheries of the front ice compress surface and the rear ice.

The high-strength icing component is inserted between the rear icing surface and the inner bag and comprises a heat insulation sponge sheet arranged between the rear icing surface and the inner bag and a plurality of heat conduction holes formed in the heat insulation sponge sheet.

Wherein, high strength ice compress subassembly still includes the intensity control subassembly, the intensity control subassembly comprises polylith sub-control piece, sub-control piece is by the sponge substrate with be used for opening or stop up the sponge cylinder in heat conduction hole constitutes, the sponge cylinder is fixed in the surface of sponge substrate, a plurality of heat conduction holes and the impartial even setting of distance of sponge cylinder, the distance of two adjacent heat conduction holes equals the distance of two adjacent sponge cylinders, the diameter of sponge cylinder equals the internal diameter in heat conduction hole.

Wherein, the bag body of the ice coating surface of the outer bag after corresponding is made of mesh cloth.

And heat-insulating silica gel sheet particles are attached to the surface of the heat-insulating sheet.

Wherein, the water absorption cotton belt is internally and evenly distributed with antibacterial particles.

The beneficial effect of this application lies in: the utility model provides an ice compress bag, patient can be according to the demand of oneself, take out the thermal-insulated intensity that separates the thermal-insulated thin slice and adjust thermal-insulated subassembly through one of them slice or multi-disc, thereby ice compress the intensity of face before the change, adjust to the most suitable individual ice compress intensity, increase the comfort level that ice was compressed, can not freeze skin and blood vessel, and the cotton area that absorbs water can absorb the ponding that air cooling produced, need not patient, family members, nurse or nurse are manual to be cleaned, ponding can not produce the liquid stream and make skin produce the discomfort, restraint area and magic are pasted and can fix the ice compress bag better, the ice compress bag can not slide away, the inner bag of this application adopts the structural design of compriseing soft inner bag aluminium foil and pocket, waterproof performance is good.

Drawings

FIG. 1 is a perspective view of the present application;

FIG. 2 is a schematic view of a portion of the internal structure of the ice pack of the present application;

FIG. 3 is an exploded view of the application insulation assembly;

FIG. 4 is an exploded view of the high strength ice compress assembly of the present application;

fig. 5 is a partial structural schematic diagram of the inner bag of the present application.

The reference signs are: the thermal insulation bag comprises an outer bag 1, an outer zipper 2, a restraint strap 3, a magic tape 4, an inner bag 5, a soft aluminum foil inner container 6, a mesh bag 7, a front ice compress surface 8, a rear ice compress surface 9, a thermal insulation sheet 10, a water absorption cotton belt 11, a thermal insulation sponge sheet 12, a heat conduction hole 13, a sub-adjustment sheet 14, a sponge base material 15, a sponge cylinder 16 and thermal insulation silica gel sheet particles 17.

Detailed Description

For the understanding of those skilled in the art, the present application will be further described with reference to the following examples and accompanying fig. 1-5, and the description of the embodiments is not intended to limit the present application.

Referring to fig. 1 to 5, an ice pack includes an outer bag 1 and an outer zipper 2 provided to the outer bag 1 for opening or closing the outer bag 1, two ends of the outer bag 1 are respectively connected with a restraint strap 3, the outer end of the restraint strap 3 is sewed with a magic tape 4, the ice pack further comprises an inner bag 5 arranged in the outer bag 1, the inner bag 5 is provided with an inner zipper for opening or closing the inner bag 5, the inner bag 5 consists of a soft aluminum foil liner 6 and a mesh bag 7 wrapped outside the soft aluminum foil liner 6, the outer bag 1 comprises a front icing surface 8 and a rear icing surface 9, a heat insulation component for adjusting icing strength is arranged between the front icing surface 8 and the inner bag 5, the heat insulation component consists of a plurality of heat insulation sheets 10, the heat insulation sheets 10 can be inserted or pulled out from the space between the outer bag 1 and the inner bag 5, the peripheries of the front icing surface 8 and the rear icing surface 9 are respectively provided with a circle of absorbent cotton belt 11.

The utility model provides an ice compress bag, patient can be according to the demand of oneself, take out from thermal-insulated thin slice 10 thermal-insulated intensity of adjusting thermal-insulated subassembly through one of them slice or multi-disc, thereby ice compress intensity of face 8 before the change, adjust to the most suitable individual ice compress intensity, increase the comfort level of ice compress, and cotton area 11 that absorbs water can absorb the ponding that air cooling produced, need not patient, family members, nurse or nurse are manual to be cleaned, ponding can not produce the liquid stream and make and produce the skin uncomfortable, restraint band 3 and magic subsides 4 can fix the ice compress bag better, the ice compress bag can not slide away, the inner bag 5 of this application adopts the structural design who comprises sack 7 of soft inner bag aluminium foil 6, waterproof performance is good.

Wherein, a high-strength icing component is inserted between the back icing surface 9 and the inner bag 5, and the high-strength icing component comprises a heat insulation sponge sheet 12 arranged between the back icing surface 9 and the inner bag 5 and a plurality of heat conduction holes 13 arranged on the heat insulation sponge sheet 12.

Wherein, the high strength ice compress subassembly still includes the intensity control subassembly, the intensity control subassembly comprises polylith sub-control flap 14, sub-control flap 14 comprises sponge substrate 15 and the sponge cylinder 16 that is used for opening or plugging up heat conduction hole 13, the sponge cylinder is fixed in the surface of sponge substrate, a plurality of heat conduction holes 13 and the equal distance of sponge cylinder 16 evenly set up, and the distance of two adjacent heat conduction holes equals the distance of two adjacent sponge cylinders 16, and the diameter of sponge cylinder 16 equals the internal diameter of heat conduction hole 13. Specifically, the sponge cylinder 16 is inserted into the heat conduction hole 13, thereby fixing the sub-regulation piece 14 to the heat insulating sponge piece 12, completing the closing of the heat conduction hole 13.

In the in-service use in-process of this application, when patient's demand high strength ice compress cooling, adopt back ice compress face 9 to carry out the ice compress, at this moment, take out from the high strength ice compress subassembly, all sub-adjustment pieces 14 take off, insert the ice compress bag with adiabatic sponge piece 12 again, heat conduction hole 13 is opened entirely, the ice compress intensity reaches the biggest, and adopt adiabatic sponge piece 12 to insulate against heat and avoid the inner bag 5 direct and human position contact and produce the discomfort, rethread heat conduction hole 13 will interior gas derivation and patient ice compress the position contact and reach good ice compress cooling effect, and simultaneously, patient can selectively remain the quantity of sub-adjustment piece 14 according to the demand of cooling intensity or comfort level.

Wherein, the bag body of the ice compress surface 9 corresponding to the outer bag 1 is made of mesh cloth. When this structure setting can guarantee that patient need carry out the high strength ice compress, outer bag 1 can not obstruct the cold and hot of 5 outflow of inner bags, avoids cold and hot waste, ensures that the ice compress intensity reaches the maximize.

Wherein, the surface of the heat insulation sheet 10 is adhered with heat insulation silica gel sheet particles 17.

Wherein, antibacterial particles are uniformly distributed in the water absorption cotton belt 11.

The above embodiments are preferred implementations of the present application, and the present application can be implemented in other ways without departing from the spirit and scope of the present application.

Claims

1. An ice pack, includes the outer bag and sets up in the outer bag and is used for opening or closing the outer zip fastener of outer bag, its characterized in that: the ice compress bag comprises an outer bag and an inner bag arranged in the outer bag, wherein two ends of the outer bag are respectively connected with a restraint strap, the outer end of the restraint strap is sewn with a magic tape, the inner bag is provided with an inner zipper used for opening or closing the inner bag, the inner bag consists of a soft aluminum foil inner container and a mesh bag wrapped outside the soft aluminum foil inner container, the outer bag comprises a front ice compress surface and a rear ice compress surface which are oppositely arranged, a heat insulation assembly used for adjusting ice compress strength is arranged between the front ice compress surface and the inner bag, the heat insulation assembly consists of a plurality of heat insulation sheets, the heat insulation sheets can be inserted or pulled out from the space between the outer bag and the inner bag, and the peripheries of the front ice compress surface and the rear ice compress surface are respectively provided with a circle of water.

2. An ice pack according to claim 1, wherein: the high-strength ice compress assembly is inserted between the rear ice compress surface and the inner bag and comprises a heat insulation sponge sheet arranged between the rear ice compress surface and the inner bag and a plurality of heat conduction holes arranged in the heat insulation sponge sheet.

3. An ice pack according to claim 2, wherein: the high strength ice compress subassembly still includes the intensity control subassembly, the intensity control subassembly comprises polylith sub-control piece, sub-control piece is by sponge substrate with be used for opening or stop up the sponge cylinder in heat conduction hole constitutes, the sponge cylinder is fixed in the surface of sponge substrate, a plurality of heat conduction holes and the impartial distance of sponge cylinder evenly set up, and the distance in two adjacent heat conduction holes equals the distance of two adjacent sponge cylinders, and the diameter of sponge cylinder equals the internal diameter in heat conduction hole.

4. An ice pack according to claim 3, wherein: the bag body of the ice coating surface of the outer bag corresponding to the back is made of mesh cloth.

5. An ice pack according to claim 1, wherein: and heat-insulating silica gel sheet particles are attached to the surface of the heat-insulating sheet.

6. An ice pack according to claim 1, wherein: antibacterial particles are uniformly distributed in the water absorption cotton belt.