CN214434758U

CN214434758U - Ice bag structure for subcutaneous desensitization treatment

Info

Publication number: CN214434758U
Application number: CN202023262489.XU
Authority: CN
Inventors: 刘展; 覃宇铭; 梁瑜珊
Original assignee: First Affiliated Hospital of Guangxi Medical University
Current assignee: First Affiliated Hospital of Guangxi Medical University
Priority date: 2020-12-30
Filing date: 2020-12-30
Publication date: 2021-10-22
Anticipated expiration: 2030-12-30

Abstract

The utility model discloses an ice bag structure for subcutaneous desensitization treatment relates to medical appliances technical field, has solved the not good problem of allergic crowd's cooling effect, and its technical scheme main points are: the cold compress assembly comprises at least two groups of cold compress pipes, wherein the cold compress pipes are fully paved on the arm sleeve body, two ends of each cold compress pipe are respectively connected with an injection end and a liquid discharge end, and free ends of the injection end and the liquid discharge end extend out of the outer side of the arm sleeve body. The utility model discloses can build different low temperature environment, reduce blood circulation to skin cooling, convenient to use, the cooling environment is stable, does benefit to patient's the state of an illness and alleviates.

Description

Ice bag structure for subcutaneous desensitization treatment

Technical Field

The utility model relates to the technical field of medical appliances, in particular to an ice bag structure for hypodermal desensitization treatment.

Background

At present, allergy people who have desensitization needles are easy to cause adverse reactions, such as red, swollen and itchy skin and other symptoms, and generally ice bags are applied to the skin to reduce the blood circulation speed. The operation is inconvenient and the cold compress effect is not good.

SUMMERY OF THE UTILITY MODEL

To current technical problem, the utility model aims to provide a to solve above-mentioned problem, it can build different low temperature environment, reduces blood circulation to skin cooling, convenient to use, and the cooling environmental stability does benefit to patient's the state of an illness and alleviates.

The above technical purpose of the present invention can be achieved by the following technical solutions:

the utility model provides an ice compress bag structure for subcutaneous desensitization treatment, is including arm cover body, setting at the connecting piece of arm cover body both sides and the cold compress subassembly of setting on the arm cover body, the cold compress subassembly is including at least two sets of cold compress pipes, and is at least two sets of the cold compress pipe is paved the arm cover body, the both ends of cold compress pipe are connected with respectively and annotate liquid end and flowing back end, annotate the liquid end with the free end of flowing back end extends the outside of arm cover body.

Preferably, the cold compress component further comprises a liquid injection water bag and a liquid discharge air bag, and both the liquid injection water bag and the liquid discharge air bag can be connected with the liquid injection end.

Preferably, the cold compress pipe is composed of a plurality of liquid injection pipes, the upper ends of the liquid injection pipes are communicated with the same liquid injection end, and the lower ends of the liquid injection pipes are communicated with the same liquid discharge end.

Preferably, the liquid injection end and the liquid discharge end are both in threaded connection with a cover body.

Preferably, the connecting piece adopts a magic tape structure.

Preferably, the cotton layer can be dismantled to arm sleeve body inboard, the side is equipped with the sub-subsides of magic subsides around the cotton layer, the inboard side all around of arm sleeve body is equipped with the female subsides of magic subsides.

To sum up, the utility model discloses following beneficial effect has:

1. the arm sleeve body and the connecting piece are matched and wrapped on the arm or the leg of a patient, the cold compress pipes are filled with ice water according to actual conditions, the multiple groups of cold compress pipes are mutually independent, one or two groups of cold compress pipes can be filled with the ice water according to cooling requirements, different low-temperature environments are created, and the skin is cooled to reduce blood circulation; when the ice compress bag is too cold, the liquid injection end is connected with the liquid injection end through the liquid discharge air bag to discharge cold water in the cold compress pipe so as to avoid too low temperature; when the temperature is not low enough, the liquid injection water bag is connected with the liquid injection end of the cold compress pipe, ice water is injected, and water in the original cold compress pipe is discharged, so that the temperature is reduced; convenient operation on the whole, convenient to use, the cooling environment is stable, does benefit to patient's state of an illness and alleviates.

2. The cold compress pipe comprises many notes liquid pipes, and many notes liquid pipes can be even the full arm cover body to realize the purpose of even cooling.

3. The cotton cloth layer can be repeatedly used, is clean and sanitary, and prolongs the service life of the ice bag.

Drawings

FIG. 1 is a schematic view of the ice pack of the present invention;

fig. 2 is a schematic structural view of the ice pack of the present invention in an unfolded state.

Reference numerals: 1. a glove body; 2. a connecting member; 3. cold-compressing the tube; 4. a liquid injection end; 5. a liquid discharge end; 6. injecting a liquid water bag; 7. a liquid drainage air bag; 8. a cotton cloth layer.

Detailed Description

The present invention will be described in further detail with reference to the accompanying drawings.

Referring to fig. 1-2, a typical embodiment of the present application provides an ice pack structure for subcutaneous desensitization treatment, which comprises a cuff body 1, a connecting member 2 and a cold compress assembly for cooling, wherein the cuff body 1 is of a double-layer structure, the cold compress assembly is arranged between the double layers of the cuff body 1, the two layers of the cuff body 1 are made of waterproof cloth, and a zipper is arranged between the double-layer structures of the cuff body 1 to open the cuff body 1.

The state that gloves body 1 expandes is rectangular slice, and connecting piece 2 is connected in gloves body 1's both sides, and connecting piece 2 adopts the magic to paste the structure, pastes through the magic and encloses gloves body 1 at user's arm or shank equipotential, and the regulatory function through the magic is pasted can be applicable to the people of different sizes.

The cold compress subassembly is including at least two sets of cold compress pipes 3, connect respectively and annotate liquid end 4 and flowing back end 5 at cold compress pipe 3 both ends, and at least two sets of cold compress pipes 3 establish to two sets of in this embodiment, annotate liquid end 4 and flowing back end 5 and are the body, and two sets of cold compress pipes 3 arrange with the mode of staggering each other, and the arm cover body 1 is paved.

Cold compress pipe 3 comprises many notes liquid pipes, annotates the liquid pipe and adopts the hose, and many notes liquid pipe looks parallel arrangement to can evenly spread arm cover body 1, do benefit to and build better low temperature environment, and many upper ends of annotating the liquid pipe all with annotate liquid end 4 intercommunication, many lower extremes of annotating the liquid pipe all with flowing back end 5 intercommunication.

The notes liquid end 4 and flowing back end 5 of two sets of cold compress pipes 3 are the stand alone type setting, the free end of annotating liquid end 4 and flowing back end 5 all extends the outside of arm cover body 1, and annotate liquid end 4 and flowing back end 5 and locate the both sides of arm cover body 1 respectively, during the use, the notes liquid end 4 of arm cover body 1 is higher than the flowing back end 5 of arm cover body 1, annotate liquid from the eminence, the low position flowing back does benefit to the circulation of liquid, be convenient for flowing back and annotate liquid. The liquid injection end 4 and the liquid discharge end 5 are both in threaded connection with cover bodies, so that the liquid injection device is convenient to use.

In order to facilitate liquid injection and liquid drainage, the cold compress component further comprises a liquid injection water bag 6 and a liquid drainage air bag 7, the liquid injection water bag 6 and the liquid drainage air bag 7 can be connected with the liquid injection end 4, the liquid injection water bag 6 can also be connected with the liquid drainage end 5, the liquid drainage air bag 7 adopts an air bag structure, and the liquid drainage air bag 7 is provided with an air faucet. When discharging liquid, the air tap is aligned to the liquid injection end 4, the liquid injection water bag 6 is connected with the liquid discharge end 5 to collect discharged liquid, and the liquid in the cold compress pipe 3 can be discharged by extruding the air bag structure.

The liquid injection water bag 6 adopts a water bag structure, the liquid injection water bag 6 is provided with a water outlet, the liquid injection water bag 6 is connected to the liquid injection end 4 during liquid injection, the liquid in the bag is injected into the liquid injection pipe by extruding the liquid injection water bag 6, and the liquid injection is stopped after the liquid discharge end 5 discharges water. When the cold compress bag is too cold, the liquid injection end 4 is connected to the liquid injection end 4 through the liquid discharge air bag 7 to discharge cold water in the cold compress pipe 3 so as to avoid too low temperature; when the temperature is not low enough, the liquid filling water bag 6 is connected with the liquid filling end 4, ice water is filled, and the water in the original cold compress pipe 3 is discharged, so that the temperature is reduced.

In a preferred embodiment, one side of arm cover body 1 can be dismantled and be equipped with cotton layer 8, and the side all around of cotton layer 8 is equipped with the sub-subsides that the magic was pasted, and the side all around of arm cover body 1 is equipped with the female subsides that the magic was pasted, through cotton layer 8 and the skin contact of people, improves the travelling comfort, can wash and disinfect cotton layer 8 after using, carries out used repeatedly. Secondly, can keep apart through increasing cotton layer 8 when the temperature of arm cover body 1 is low excessively to this avoids arm cover body 1 too cold and cool. The arm sleeve of the utility model can be used for hot compress, and can be used for hot compress only by replacing cold water with hot water.

The utility model discloses arm sleeve body 1 and connecting piece 2 cooperate and wrap up on patient's arm or shank, annotate the liquid to cold compress pipe 3 according to actual conditions, pour into ice water into two sets of cold compress pipes 3, two sets of cold compress pipes 3 are mutually independent, can choose to annotate liquid to one set or two sets of cold compress pipes 3 according to the cooling demand, build different low temperature environment, reduce the temperature to skin and reduce blood circulation; when the cold compress bag is too cold, the liquid injection end 4 is connected to the liquid injection end 4 through the liquid discharge air bag 7 to discharge cold water in the cold compress pipe 3 so as to avoid too low temperature; when the temperature is not low enough, the liquid injection water bag 6 is connected with the liquid injection end 4, ice water is injected, and the water in the original cold compress pipe 3 is discharged, so that the temperature is reduced; convenient operation on the whole, convenient to use, the cooling environment is stable, does benefit to patient's state of an illness and alleviates.

The present embodiment is only for explaining the present invention, and it is not limited to the present invention, and those skilled in the art can make modifications to the present embodiment without inventive contribution as required after reading the present specification, but all of them are protected by patent laws within the scope of the claims of the present invention.

Claims

1. The utility model provides an ice compress bag structure for subcutaneous desensitization treatment which characterized in that, including arm cover body, set up the connecting piece and the cold compress subassembly of setting on the arm cover body in arm cover body both sides, the cold compress subassembly is including at least two sets of cold compress pipes, and at least two sets of cold compress pipe is paved with the arm cover body, the both ends of cold compress pipe are connected with respectively and annotate liquid end and flowing back end, annotate liquid end with the free end of flowing back end extends the outside of arm cover body.

2. An ice pack structure for use in subcutaneous desensitization treatment according to claim 1, wherein said cold compress assembly further comprises a liquid water-filled bag and a liquid air-discharging bag, both of which are connectable to said liquid filling port.

3. An ice bag structure for desensitization treatment of the skin according to claim 1, wherein said cold compress tube is composed of multiple liquid injection tubes, the upper ends of said multiple liquid injection tubes are connected to the same liquid injection end, and the lower ends of said multiple liquid injection tubes are connected to the same liquid discharge end.

4. An ice bag structure for subcutaneous desensitization treatment according to claim 3, wherein the free ends of said filling end and said draining end are each screwed with a cap.

5. An ice pack structure for subcutaneous desensitization treatment according to claim 1, wherein said connecting means are of hook and loop type.

6. The ice pack structure for subcutaneous desensitization treatment according to claim 1, wherein a cotton layer is detachably disposed inside the arm sleeve body, sub-tapes of the magic tapes are disposed on the peripheral sides of the cotton layer, and main tapes of the magic tapes are disposed on the peripheral sides of the inside of the arm sleeve body.

7. An ice bag structure for hypodermal desensitization treatment according to claim 1, wherein the filling end and the draining end are respectively provided on both sides of the arm cuff body.