KR102410826B1 - Blood glucose test paper with integrated blood collection needle - Google Patents

Abstract

The present invention relates to a cold and hot compression treatment device, wherein the cold and hot compression treatment machine integrates the structure for compressive treatment and the structure for compression treatment, so that compression, cold, and hot compresses can be simultaneously performed, while It consists of main components including an outer cover, inner skin material, air injection pack, and an air injector so that damage to the device is prevented and irritation of the affected area due to heat or cold is reduced during the treatment process, so that safe treatment is achieved.

Description

Cold and hot compression therapy device {Blood glucose test paper with integrated blood collection needle}

The present invention relates to a cold/warm compression treatment device, and more particularly, by integrating a structure for compressive treatment and a structure for compressive treatment, compression, cold, and hot compresses can be simultaneously performed, and It relates to a cold/warm compression therapy device that provides safe treatment by preventing damage and reducing irritation of affected areas due to heat or cold during the treatment process.

Edema refers to a condition in which soft tissue swells abnormally due to an increase in interstitial fluid that causes recognizable water accumulation in the subcutaneous tissue. Systemic edema mainly affects systemic diseases such as heart disease, kidney disease, and liver disease. In addition, local edema, which is locally caused by an abnormality in the area, may appear in pregnant women, musculoskeletal injuries, bruises and occupational groups that frequently use hands due to temporary inflammation or resilience.

Edema in stroke hemiplegic patients is mainly related to blood circulation, so the return of calf venous blood far from the heart is delayed and blood flow is stagnant. Finger edema occurs in the finger joints, and changes such as stiffness of the finger joints, hypersensitivity of the forearm, warmth, sweating and burning pain are experienced.

These finger edema mainly occurs in a wide range in the subacute period, which is between 2 and 4 months, and if the patient does not use the upper extremities properly, it causes other complications such as movement disorders, immobility, and contractures, leading to rehabilitation and daily life. affect the performance of the activity.

Therefore, active treatment and management of edema should be performed in order to prevent permanent damage to the affected area and functional recovery of the patient. Among the treatment methods for edema, poultice therapy can be easily and safely performed by anyone in daily life using tools such as ice, poultice packs, and poultices.

In clinical practice, cold compresses reduce the temperature of tissues by suppressing body heat, thereby reducing pain and increasing the range of motion of the joints. Warm compresses increase blood flow, relax muscles, promote tissue healing, and reduce pain.

The effectiveness of cold and warm compresses has been recognized for a long time, but there is no systemized, specialized medical device type product, and in busy hospitals with a shortage of workers, the need to freeze, contain, and change ice repeatedly is cumbersome. Therefore, it is very inconvenient to use cold or hot compresses.

In addition, bandages or towels are used to fix the poultice device, but in this way, it is difficult to accurately fix the appliance on the affected part and it flows down easily, so it is difficult to properly perform the poultice treatment, which takes from 2 minutes to 5 hours. There is a problem in that the affected area becomes moist due to condensation during treatment, increasing the risk of infection.

And, compression treatment increases tissue pressure by compressing the edematous tissue, thereby reducing ultrafiltration pressure, and reducing the diameter of the affected blood vessel to speed up blood flow, thereby enhancing venous and lymphatic circulation. It spreads the edema of the affected area to widen the reabsorption area, makes the hardened tissue (Fibrosis) flexible due to the swelling, and provides various effects that reduce the swelling of the affected tissue after the swelling has been alleviated. It is applied to various affected areas along with poultice therapy.

Accordingly, in Registered Patent No. 10-1912543, a cold and hot medium pump that circulates a cold and hot medium, a cold and hot heat supply unit that provides cold air or heat to a cold and warm medium, an air circulation pump that circulates air through an air pipe, a cold and hot medium pipe inside, and A cold and hot air compression therapy device that can provide cold and hot treatment and compression treatment to the affected area at the same time is proposed, which consists of a sleeve including an air conduit, a cold and hot medium pump, and a control unit for controlling a cold and hot heat supply unit and an air circulation pump. have.

However, in the prior art, when the air pipe of the sleeve part is pressurized and expanded by the air circulation pump, the sleeve part in which the cold/warm medium pipe is formed is pulled and it is difficult to close pressure in such a way that it is in close contact with the affected part. There is a structural problem that is prone to damage to the provided cold and hot medium conduit.

In addition, since the sleeve part is in direct contact with the affected part, cold or heat is directly applied around the location where the cold/warm medium conduit is formed.

Accordingly, the present invention was conceived to solve the above problems, and the structure for compressive treatment and the structure for compressive treatment are integrated so that compression, cold, and hot compresses can be performed simultaneously, and a device caused by pressure during the compression treatment process An object of the present invention is to provide a cold, hot, and hot compression therapy device in which damage to the skin is prevented and irritation of the affected area due to heat or cold is reduced during the treatment process, thereby providing safe treatment.

In order to achieve this object, the present invention provides an outer cover 100 in which a receiving part 110 having an open side is formed so that a hand can be put therein; an inner skin material 200 attached to the inner surface of the outer cover 100 to form a storage pocket 210 into which the poultice member 220 is inserted; An air injection pack 300 that is put into the open receiving part 110 and is expanded and deformed to compress the affected part by injection of external air, and is provided with a supply line 310 for supply and discharge of external air; It is characterized in that it comprises a; the air injector 400 for supplying external air connected to the air injection pack (300).

At this time, the air injection pack 300 is provided with a check valve 320 to maintain a basic pressure to press the affected part (300A), and a pressure control pack that can selectively adjust the pressure applied to the affected part ( 300B) is characterized in that it is formed in a double structure.

At this time, the compressing member 220 is characterized in that an ice pack or a heating pad is selectively applied.

At this time, the inner skin material 200 is made of a non-stretchable material, characterized in that it constrains the expansion of the air injection pack 210 to the outside.

And, the outer cover 100 is provided with a fixing band 130 on the outer surface, characterized in that the use position is fixed.

According to the above configuration and action, in the present invention, an air injection pack that provides compression treatment is separately provided inside, so that the air injection pack expands during the compression treatment process, and damage to the poultice member due to pressure is prevented even if it closely adheres to the affected area. , compression and poultice are easily performed simultaneously, and the hot or cold air of the poultice member is dispersed through the air injection pack and indirectly and evenly delivered to the entire affected area, thereby reducing the problem of excessive stimulation on the affected area. .

1 is a configuration diagram showing the overall cold and hot compression treatment device according to the present invention.
Figure 2 is a cross-sectional view showing a cold and hot compression treatment device according to the present invention.
Figure 3 is a block diagram showing another embodiment of the cold heat compression treatment device according to the present invention.
Figure 4 is a configuration diagram showing an embodiment in which a fixing band is provided in the cold and hot compression therapy device according to the present invention.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

The cold/hot compression therapy device of the present invention integrates the structure for compressive treatment and the structure for compressive treatment, so that compression, cold, and hot compresses can be performed simultaneously, while preventing damage to the device due to pressure during the compression treatment process and preventing damage to the device during the treatment process The outer cover 100, the inner skin material 200, the air injection pack 300, and the air injector 400 are included so that irritation of the affected area due to heat or cold is reduced and safe treatment is achieved.

As shown in FIG. 1 , the outer cover 100 according to the present invention has a receiving part 110 having an open side so that a hand can be put therein. The outer cover 110 is made in the form of a mitten with a single space inside so that interference does not occur when putting a hand inside for steaming, and a steaming member or air injection pack inserted inside from contamination and damage And it will protect the user's hand.

And, the inner skin material 200 is attached to the inner surface of the outer cover 100 to form a storage pocket 210 into which the poultice member 220 is inserted, and is sewn integrally on the inner surface of the outer cover 100 or a zipper. , can be attached to be replaceable using Velcro tape, etc., and a heat treatment member 220 such as an ice pack or a heat pad is inserted into the storage pocket 210 spaced apart from the outer cover 100 to provide a cold compress or heat treatment function. will provide

At this time, the storage pocket 210 has an incision-processed inlet formed on one side exposed to the outside so that insertion and replacement of the poultice member 220 is made easy, and the inlet is a zipper, Velcro tape, or a means such as a snap button. It has a structure that can be opened and closed.

In the illustrated embodiment, the inner skin material 200 is manufactured in a double structure to apply a structure in which a storage pocket 210 into which a poultice member is inserted is formed, but the inner surface of the outer cover 100 and It is also possible to form the storage pocket 210 using the space between the endothelium 200.

For reference, it is preferable that the outer cover 100 and the inner skin 200 adopt a fabric material with excellent absorbency so that dew condensation on the surface of the ice pack does not flow into the affected area during cold compressing.

On the other hand, the air injection pack 300 is put into the open receiving part 110, is expanded and deformed to compress the affected part by injection of external air, and a supply line 310 for supply and discharge of external air is provided, Air is injected into the interior using an air injector 400 connected to the air injection pack 300 to supply external air, and expansion for compression treatment is performed.

As shown in FIG. 1, the air injection pack 300 is used in a state inserted into the receiving part 110 of the outer cover 100, and there is a risk of contamination by sweat or body fluid due to its structure in direct contact with the user's hand. It is desirable to have a separate structure that is detachable so that washing, repair, and replacement can be made easily. The air injection pack 300 can be inflated to compress the affected part by injecting external air through the supply line 310 provided on one side, and the supply line 310 has one side such as an electric pump or an injector of a blood pressure measuring cuff. The air injector 400 is connected to inject air into the inside.

The air injection pack 300 is molded from a soft and highly elastic material such as a rubber material, and contracts and expands while air is injected or discharged to pressurize the affected area. It is inserted into the above-described receiving portion and made in a glove form or cylindrical form that wraps the user's hand so that it can be closely adhered to the affected area during the compression treatment. At this time, since the air injection pack 300 is in direct contact with the weakened skin due to edema during the treatment process, it is preferable to finish the surface with a soft tissue paper so as not to injure the affected area.

2 is a view showing the state of use of the cold/hot compression treatment device according to the present invention, and the heat or cold is released into the receiving part 110 of the outer cover 100 by putting the poultice member 220 into the storage pocket 210 . When the internal pressure of the air injection pack 300 is increased by manipulating the air injector 400 in the state in which it is set to be applied, the air injection pack 300 expands as in the illustrated embodiment, and the user's hand put inside the will put pressure on you

At this time, the hot or cold air of the above-described poultice member 220 is transmitted to the inside through the air injection pack 300 , and the heat or cold air is dispersed along the air injection pack 300 arranged to cover the user's hand. Since the entire hand of the user put in the poultice is evenly and indirectly applied, hot or cold air is concentrated only at the position where the poultice member 220 is disposed, thereby improving the problem of frostbite or burns occurring in the affected area.

At this time, the inner skin material 200 may be made of a non-stretchable material to constrain the expansion of the air injection pack 300 to the outside.

That is, when the inner skin material 200 made of a non-stretchable material constrains the air injection pack 300 and air is injected therein, the air injection pack 300 expands only toward the inside of the receiving unit 110 . It becomes possible to limit the deformation. As such, by limiting the direction in which the expansion is made to the inside of the receiving part 110, it is possible to more closely adhere to the affected part even with a small amount of air input.

And, as the expansion of the air injection pack 300 is constrained by the inner skin material 200, pressure is prevented from being applied to the compressing member 220 formed in the storage pocket, so that the compressing member 220 is damaged by the pressure problems are also avoided.

On the other hand, Figure 3 shows another embodiment of the cold and hot compression treatment device according to the present invention, the air injection pack 300 is provided with a check valve 320 to maintain the basic pressure to compress the affected area is maintained pressure pack (300A) ), and the pressure control pack (300B) that can selectively control the pressure applied to the affected part is formed in a double structure.

As shown, the air injection pack 300 has a check valve 320 provided with a pressure maintenance pack 300A for selectively introducing and discharging air, and a supply line 310 when the air injector 400 is pressed. Air is introduced into the inside through, and when the hand is released from the air injector 400, the introduced air is discharged to the air injector 400 side by the internal pressure to reduce the pressure applied to the affected part. It is formed in a double structure, allowing intermittent compression through pressure control to be provided.

That is, when the air injection pack 300 is formed in a double structure as shown in FIG. 3(a), put your hand into the cold/warm heat compression therapy device and inject air into the pressure maintenance pack 300A through the check valve 320, The pressure holding pack (300A) is inflated and is in close contact with the user's hand with an appropriate pressure.

In this state, when the air injector 400 connected to the pressure regulating pack 300B is pressed as shown in FIG. 3(b), the air from the air injector 400 flows in and the pressure regulating pack 300B swells. In close contact with the hand, additional pressure is applied to the pressure maintenance pack 300A, which is subjected to basic pressure, to provide strong pressure to the affected area.

And, when the hand is released from the air injector 400, the pressure is released by the pressure, and the air in the pressure control pack 300B returns to the air injector 400 side and the pressure maintenance pack 300A, which has swelled, returns to its original state as shown in FIG. 3 (a). is restored Using this, in the process of applying continuous compression treatment to the affected area using the pressure maintenance pack (300A), it is possible to provide a massage that massages the affected area by increasing the pressure intermittently at regular intervals. It becomes possible to increase the therapeutic effect of edema.

4 shows an embodiment in which a fixing band 120 is provided on the outer surface of the outer cover 100, and treatment is performed by tightening the wrist position using the fixing band 120 in a state where the hand is put in the compression therapy device. It becomes possible to increase the treatment effect by preventing the hand from falling out or being out of position.

At this time, the fastening of the fixing band 120 can be made by using a snap button such as Velcro tape, and by forming a plurality of fastening parts on the surface of the outer cover 100, a fixing position can be selected according to the size of the user's hand or the state of edema. It might even allow you to

For reference, the fixing band 120 is used as a fixing means for binding and fixing the supply line 310 or the air injector 400 when carrying and storing the compression therapy device, so that it is also possible to increase the convenience of carrying and storage.

100: outer cover 110: receiving part
200: inner skin material 210: storage pocket
220: poultice member 300: air injection pack
310: supply line 400: air injector

Claims (5)

an outer cover 100 having a receiving part 110 with one open side formed therein so that a hand can be put inside;
an inner skin material 200 attached to the inner surface of the outer cover 100 to form a storage pocket 210 into which the poultice member 220 is inserted;
An air injection pack 300 that is put into the open receiving part 110 and is expanded and deformed to compress the affected part by injection of external air, and is provided with a supply line 310 for supply and discharge of external air;
It includes; an air injector 400 for supplying external air connected to the air injection pack 300;
The air injection pack 300 is provided with a check valve 320 and a pressure maintenance pack 300A in which the basic pressure to press the affected part is maintained, and
Cold and hot compression therapy, characterized in that the pressure control pack (300B) that can selectively adjust the pressure applied to the affected part is formed in a double structure. delete The method of claim 1,
The compressing member 220 is a cold/warm compression treatment device, characterized in that an ice pack or a heating pad is selectively applied. The method of claim 1,
The inner skin material 200 is made of a non-stretchable material to constrain the expansion of the air injection pack 300 to the outside. The method of claim 1,
The outer cover (100) is provided with a fixing band (120) on the outer surface, cold and hot compression therapy, characterized in that the use position is fixed.

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