Medical bandage kit with easy pressure adjustment

Abstract

The present invention relates to a medical bandage kit with easy pressure adjustment and, more specifically, to a medical bandage kit with easy pressure adjustment, which comprises a display means capable of recognizing the pressure of a bandage wound around an affected area, thereby enabling the bandage to be wound around the affected area at constant pressure and treated, and furthermore, prevents various side effects due to inappropriate pressure of the bandage, such as blood circulation obstruction, tissue damage, and edema induction, and provides a guideline for winding the bandage around an affected area at constant pressure without special knowledge, know-how, or clinical experience, thereby enabling easy use of the bandage by even general users other than professional medical personnel.

Description

Medical bandage kit with easy pressure adjustment

[0001] The present invention relates to a medical bandage kit with easy pressure control, and more particularly, to a medical bandage kit with easy pressure control, which has an indicator means for recognizing the pressure of a bandage wrapped around an affected area, thereby enabling a bandage to be wrapped around an affected area at a constant pressure, and further, which prevents various side effects due to inappropriate pressure of the bandage, such as obstruction of blood circulation, tissue damage, and swelling, and provides a guideline for wrapping a bandage around an affected area at a constant pressure without special knowledge, know-how, or clinical experience, thereby enabling easy use of the bandage by ordinary people who are not medical professionals.

[0002] A bandage is a band or pad of fabric used to protect and support a wound and stop bleeding. By wrapping or covering it directly over the wound, it protects the wound from the external environment and prevents infection.

[0003] Additionally, if bleeding occurs, it is used to stop or reduce bleeding by applying pressure to the bleeding site, which is a very important treatment for hemostasis and infection prevention.

[0004] In addition, when an injury such as a sprain or strain occurs, it plays a role in preventing further damage and promoting recovery by fixing or supporting the injured area. For example, when you sprain your ankle, if you use an elastic bandage to fix the ankle, swelling will be reduced and you can expect faster healing.

[0005] Meanwhile, the most important thing to consider when using a bandage is to wrap it so that it provides appropriate pressure to the affected area. At this time, if the pressure is too strong due to the bandage, it can interfere with blood circulation, preventing the tissues from receiving proper oxygen and nutrients, which can cause tissue damage. On the other hand, if the pressure is too weak, it can fail to reduce swelling in the injured area and may actually increase the swelling. In addition, the bandage itself can be wrapped loosely around the affected area, which can reduce its fixing power.

[0006] Therefore, proper bandage treatment techniques are required for medical professionals, as applying inappropriate pressure to the affected area when wrapping a bandage can cause pain and discomfort, and can hinder the healing process of the wound, delaying recovery and causing anxiety and stress in the patient.

[0007] Meanwhile, while professional medical personnel may have sufficient ability to perform desirable bandage treatment based on various clinical experiences and related knowledge, general users who are not professional medical personnel perform the treatment based solely on their senses without accurate and objective knowledge or experience about how much pressure to apply to the affected area when using a bandage. Therefore, when general users perform bandage treatment in situations where it is difficult to receive treatment from professional medical personnel, there is a problem that the treatment effect is minimal or pathological side effects are induced in the affected area after bandage treatment.

[0008] The present invention has been created to solve the above-mentioned problems of the prior art, and has an indication means for recognizing the pressure of a bandage wrapped around an affected area, thereby enabling a bandage to be wrapped around an affected area at a constant pressure, and further, to prevent various side effects due to inappropriate pressure of the bandage, such as obstruction of blood circulation, tissue damage, and swelling, and to provide a guideline for wrapping a bandage around an affected area at a constant pressure without special knowledge, know-how, or clinical experience, thereby enabling easy use of the bandage by ordinary people who are not medical professionals, thereby providing a medical bandage kit with easy pressure control.

[0009] The present invention is characterized in that it includes a bandage part, which is formed to be long and long enough to be wrapped around a wound with a predetermined width, and on one side of which a plurality of variable patterns are marked at equal intervals along the longitudinal direction, and which causes a shape deformation of the variable patterns when stretched and deformed by a tensile force applied during the process of being wrapped around the wound.

[0010] In addition, each of the plurality of variable patterns has an elliptical ring shape and is gradually deformed toward a circular ring shape when the bandage part is elongated and deformed, and an auxiliary pattern is marked at the center of each of the elliptical ring-shaped variable patterns.

[0011] In addition, the bandage part wound in a roll shape is configured to be wrapped externally, and further includes a reference part in which an oval-shaped reference pattern matching one-to-one with the variable pattern is marked along the length direction of the bandage part that is unwound and stretched and deformed. The reference part is characterized in that it induces the elongation of the bandage part so that the variable pattern of the bandage part matches the shape of the reference pattern, thereby allowing the bandage part to be tensilely applied to be wrapped around the affected area with a constant pressure.

[0012] In addition, the reference portion is characterized in that the entirety of the reference portion is made of a transparent material so that the bandage portion to be recommended and the variable pattern marked thereon are projected, and the reference pattern has a color that contrasts with the projected bandage portion and the variable pattern.

[0013] In addition, the reference portion is implemented as an integral part of a cylindrical member that receives a bandage portion rolled up in a cylindrical shape and internally in a roll shape, and a strap member that extends a certain length in a tangential direction from an end of the cylindrical member and comes into contact with the unwound bandage portion in parallel, and in which a plurality of the reference patterns are arranged at equal intervals along the longitudinal direction, and the cylindrical member can be deployed in a flattened state, so that the cylindrical member and the strap member have a belt-like structure in which the cylindrical member and the strap member are flattened in a straight line, and a first fixing means, a second fixing means, and a third fixing means are sequentially provided at equal intervals along the longitudinal direction in a section of the cylindrical member that is flattened, and a fourth fixing means is provided on the strap member, and when the first fixing means and the second fixing means are mutually fastened, the cylindrical member that is flattened is fixed in a cylindrical rolled state, and when the fourth fixing means is mutually fastened to the third fixing means, the strap member that is flattened is rolled outward from the cylindrical member. The fixation is performed, and the first fixing means and the second fixing means are configured as a pair of two sets spaced apart in the width direction, and the gap is implemented as a non-joined portion excluding the portion of the first fixing means and the second fixing means that are joined by being fastened to each other, so that the bandage portion stored inside the cylindrical member can be unwound in parallel in the direction of the strap member, and each of the plurality of reference patterns is characterized in that it has an oval structure in which the width length gradually increases toward the end of the strap member.

[0014] The present invention relates to a medical bandage kit with easy pressure control, which has an indicator means for recognizing the pressure of a bandage wrapped around an affected area, thereby enabling a bandage to be wrapped around an affected area at a constant pressure, and further prevents various side effects due to inappropriate pressure of the bandage, such as obstruction of blood circulation, tissue damage, and swelling, and provides a guideline for wrapping a bandage around an affected area at a constant pressure without special knowledge, know-how, or clinical experience, thereby enabling easy use of the bandage by ordinary people who are not medical professionals.

[0015] Figure 1 is an exemplary drawing showing a state in which a bandage is wrapped around a wound.

[0016] Figures 2 and 3 are drawings showing a state in which the bandage part is unwound and deformed.

[0017] Figure 4 is a drawing showing an embodiment of a bandage part.

[0018] Figure 5 is a conceptual diagram illustrating several embodiments of a variable pattern and the process by which the variable pattern is elongated and deformed.

[0019] Figure 6 is a drawing showing the overall configuration of a medical bandage kit with easy pressure control according to the present invention.

[0020] Figure 7 is a drawing showing the disassembled configuration of the bandage part and the reference part.

[0021] Figure 8 is a drawing showing the process of unfolding the strap member step by step.

[0022] Figure 9 is a drawing exemplarily illustrating the process of removing a bandage from a reference section.

[0023] Figure 10 is a drawing showing a state when viewed from the direction of release of the bandage portion, and is a drawing showing a state in which the bandage portion is released through the gap between the first and second fixing means.

[0024] Figure 11 is a diagram conceptually illustrating the process of matching a variable pattern to a reference pattern.

[0025] Figure 12 is a drawing showing the process of unfolding a cylindrical member.

[0026] Figure 13 is a drawing showing a fully expanded reference section.

[0027] To fully understand the present invention, preferred embodiments of the present invention will be described with reference to the accompanying drawings. The embodiments of the present invention may be modified in various forms, and the scope of the present invention should not be construed as being limited to the embodiments described in detail below. These embodiments are provided to more completely explain the present invention to those with average knowledge in the art. Therefore, the shapes of elements in the drawings may be exaggerated to emphasize a clearer description. It should be noted that in each drawing, the same parts are sometimes depicted with the same reference numerals. Detailed descriptions of well-known functions and configurations that may unnecessarily obscure the gist of the present invention are omitted.

[0028] The medical bandage kit with easy pressure control according to the present invention can be broadly defined as including a bandage part (10) and a reference part (20).

[0029] The bandage (10) can be implemented as a long, belt-shaped structure with a predetermined width so that it can be wrapped around a part of the body (affected area) that requires treatment to protect the wound from physical stimulation or friction and prevent infection, perform hemostasis in case of bleeding, support and fix the injured area such as a fracture or sprain to support body movement, and reduce swelling by compressing the injured area to reduce swelling of the tissue.

[0030] The bandage part (10) is made of cotton or an elastic mixed material, such as a fiber knitted with synthetic fiber yarn, to ensure breathability and absorbency throughout and to provide various elasticity and compression forces without causing irritation to the skin.

[0031] When the bandage part (10) is wrapped around the affected area, one side of the bandage part (10) can be defined as the outer side of the affected area, and the other side can be defined as the side facing the affected area. At this time, an adhesive means is applied to the other side of the bandage so that the overlapping parts self-adhere during the process of wrapping the bandage part (10) around the affected area, thereby allowing the bandage part (10) to maintain a firm compression state without being arbitrarily released from the affected area.

[0032] The basic characteristic of the bandage part (10) implemented with an elastic material is that it is deformed in the longitudinal direction by the tensile force applied in the direction in which the user pulls when wrapping it around the affected area. This means that when the bandage part (10) is pulled with a strong tensile force and wrapped around the affected area, if the bandage part (10) is deformed by the tensile force, the bandage part (10) thus deformed is providing relatively strong pressure to the affected area. Conversely, when the bandage part (10) is pulled with a weak tensile force and wrapped around the affected area, the bandage part (10) is loosely wrapped and can apply weak pressure to the affected area.

[0033] Accordingly, the elastic deformation of the bandage part (10) can be said to be directly related to the pressure applied to the affected area by the bandage part (10), and in another aspect, it can be considered to maintain the pressure applied to the affected area constant by referring to the elastic deformation of the bandage part (10) or to perform treatment of the affected area with a pressure that can provide the optimal treatment effect.

[0034] At this time, a plurality of variable patterns (11) can be marked at equal intervals along the length direction of the bandage part (10) on one side of the bandage part (10), and these variable patterns (11) cause a shape deformation that follows the bandage part (10) when the bandage part (10) is stretched and deformed by a tensile force applied by the user during the process of wrapping the bandage part (10) around the affected area, thereby acting as a means for the user to more objectively recognize and determine the amount of elastic deformation of the bandage part (10) by referring to the shape deformation of the variable pattern (11).

[0035] For example, when tensile force is applied to the bandage part (10), the variable pattern (11) may follow the elongation deformation of the bandage part (10) and be accompanied by elongation deformation, and the user may wrap the bandage part (10) around the affected area with a constant pressure by referring to the deformation pattern of the variable pattern (11).

[0036] Since this variable pattern (11) is integrally marked on the bandage part (10), the shape deformation of the variable pattern (11) that is directly exposed to the user can be an indicator of the amount of elastic deformation of the bandage part (10) and the degree of pressure applied to the affected area, so that the bandage part (10) can be wrapped with a constant pressure on the affected area without any special know-how or clinical experience.

[0037] In addition, when the treatment of the bandage part (10) is completed, the variable pattern (11) that has been stretched and deformed is exposed as it is outside the bandage part (10) wrapped around the affected area, so that it is possible to provide an advantage of being able to visually identify with the degree of pressure that the bandage part (10) is wrapped around the affected area and is being treated by referring to the variable pattern (11) exposed in this way.

[0038] The shape of the variable pattern (11) can be implemented in various ways, for example, it can be implemented as a letter, geometric shape, figure, etc. As a preferred embodiment, the variable pattern (11) can be exemplified as having an oval ring shape.

[0039] If each variable pattern (11) has an elliptical ring shape, when the bandage part (10) is elongated and deformed, the elliptical ring shape is gradually transformed into a circular ring shape parallel to the short-axis direction, and a structure can be created in which it is easy to visually determine the amount of change in the variable pattern (11).

[0040] Here, the minor axis of an ellipse is a term used when defining the shape and size of an ellipse, and can mean a direction parallel to the minor axis, which means the shortest diameter of the ellipse.

[0041] Accordingly, the meaning that the shortening of the variable pattern (11) is relatively short means that the bandage part (10) is relatively not deformed by extension, and conversely, the meaning that the shortening of the variable pattern (11) is relatively long and deformed to a close circle means that the bandage part (10) is relatively deformed by extension, that is, the bandage part (10) is wrapped so as to apply relatively strong pressure to the affected area.

[0042] In one embodiment, an auxiliary pattern (12) may be marked at the center of each of the variable patterns (11) in the shape of an oval ring, and this auxiliary pattern (12) may be implemented as a specific image, character shape, trademark, business name, etc., and may be transformed together with the variable pattern (11) within the variable pattern (11) and may function as an auxiliary means that can more intuitively express the overall shape transformation around the variable pattern (11).

[0043] The overall width of the bandage (10) can be varied in various ways depending on the application area or indication of the affected area, and it is natural that the number, size, and arrangement structure of the variable pattern (11) can also be varied in various ways.

[0044] Meanwhile, when wrapping the bandage part (10) around the affected area, even if the shape deformation of the variable pattern (11) is directly confirmed with the naked eye and efforts are made to ensure that each variable pattern (11) always has a constant shape and size, errors cannot be ruled out, and even if the pressure applied to the affected area can be kept constant by providing the same tensile force to the bandage part (10), the reality is that the optimal treatment effect cannot be achieved because there is a lack of objective information on the magnitude of the pressure applied to the affected area.

[0045] That is, even if the bandage part (10) is wrapped with a constant pressure, it is impossible to rule out the phenomenon that this constant pressure becomes an unsuitable pressure for the affected area.

[0046] Accordingly, the reference portion (20) serves to provide a reference index so that the bandage portion (10) can be stretched and deformed to always have a constant and desired pressure size when wrapping the bandage portion (10).

[0047] More specifically, the reference part (20) may have a structure that wraps the bandage part (10) rolled up in a roll shape from the outside when in use, and the bandage part (10) received inside the reference part (20) in this way can be rolled out to the outside and wrapped around the affected area as needed.

[0048] The bandage portion (10) is a body-applicable component that is directly wrapped around the affected area, whereas the reference portion (20) can be understood as a non-body-applicable component that acts as a packaging body that wraps and protects the bandage portion (10) from the outside before use, thereby preventing contamination of the bandage portion (10) from external factors. In some cases, the bandage portion (10) may be first sealed and packaged in a plastic bag, and then secondarily packaged inside the reference portion (20).

[0049] The reference portion (20) has a structure in which an oval-shaped reference pattern (23) that matches one-to-one with the variable pattern (11) is marked along the length direction of the bandage portion (10) that is stretched and deformed to be wrapped around the affected area.

[0050] That is, before directly wrapping the bandage part (10) on the affected area, the variable pattern (11) marked on the bandage part (10) is matched to the reference pattern (23) marked on the reference part (20) so as to overlap, and the amount of elongation deformation of the variable pattern (11) is checked by comparing it with the reference pattern (23), thereby enabling a constant tensile force to be applied to the bandage part (10) and performing the function of enabling the bandage part (10) to provide a constant pressure to the affected area.

[0051] The reference part (20) is a rigid structure that can maintain a static shape without being stretched or deformed like the bandage part (10). For example, a thin transparent acrylic is cut into a band shape with a predetermined length, and the reference part (20) cut into a band shape in this way can be rolled into a cylindrical shape on the outside of the bandage part (10) during the packaging stage and provided to the user as an integral part with the bandage part (10).

[0052] Considering environmental pollution, the material of the reference portion (20) is not particularly limited, and may be composed of an opaque paper material that is easy to recycle. In this embodiment, for convenience, the reference portion (20) is described as having a transparent structure.

[0053] The reference part (20) that is rolled outward and joined to the bandage part (10) can be used by unfolding it so that it is partially or completely spread out flat as needed.

[0054] As an example, the reference portion (20) can be exemplified as largely including a cylindrical member (21) and a strap member (22).

[0055] The cylindrical member (21) and the strap member (22) are configured to exemplarily explain the reference part (20) by dividing it according to position and shape, and they form a single reference part (20) as one body.

[0056] The cylindrical member (21) has a structure capable of accommodating a bandage part (10) rolled in a cylindrical shape and internally rolled, and the strap member (22) is formed to extend a certain length in a tangential direction of the cylindrical member (21) from an end of the cylindrical member (21) rolled in a cylindrical shape, and is in contact with the bandage part (10) that is rolled out while being accommodated inside the cylindrical member (21) in a parallel manner, and can guide the bandage part (10) to the affected area.

[0057] At this time, the strap member (22) has a structure in which the reference pattern (23) is formed at equal intervals along the length direction.

[0058] That is, the variable pattern (11) of the bandage part (10) guided by the strap member (22) can overlap with the reference pattern (23) marked on the strap member (22) in the process of ejecting the bandage part (10) from the cylindrical member (21), thereby creating a structure that allows comparison between the two.

[0059] The top and bottom of the cylindrical member (21) are completely open so that the rolled bandage part (10) can be taken out as needed or a new bandage part (10) can be easily filled into the cylindrical member (21).

[0060] The strap member (22) has a structure in which it is extended in the tangential direction of the cylindrical member (21) and unfolded flat, or the flat unfolded strap member (22) is rolled outward from the cylindrical member (21) and its end is fixed to a specific part of the cylindrical member (21) or the strap member (22) rolled around the cylindrical member (21).

[0061] That is, when the bandage part (10) is to be used, the strap part (22) fixed by being rolled up on the cylindrical part (21) can be spread out flat to guide the bandage part (10) being rolled up from the cylindrical part (21), and when the bandage part (10) is not in use, it can be rolled up on the outside of the cylindrical part (21) to be concentrated with a minimum volume, thereby preventing the bandage part (10) inside from being randomly discharged or exposed, thereby fundamentally blocking contamination of the bandage part (10) from external factors.

[0062] The reference pattern (23) formed along the longitudinal direction of the strap member (22) may have an elliptical shape that is deformed by a certain length in the short-axis direction based on the variable pattern (11) before the elongation deformation, and a certain elongation deformation of the bandage part (10) can be induced by a method of matching and contrasting the variable pattern (11) with the reference pattern (23) of this structure.

[0063] In other words, the bandage part (10) can be uniformly elongated and deformed by applying tensile force to the bandage part (10) to the point where the shape of the variable pattern (11) matches the shape of the reference pattern (23).

[0064] Each of the plurality of reference patterns (23) arranged along the longitudinal direction has an elliptical structure in which the width of the strap member (22) gradually increases as it goes towards the end, so that one of the plurality of reference patterns (23) can be arbitrarily selected to match the variable pattern (11).

[0065] At this time, it is natural that the more the variable pattern (11) is matched to the reference pattern (23) with a long single width, the greater the pressure applied to the affected area.

[0066] Reference patterns (23) with different widths may be arbitrarily selected depending on the application area of ​​the affected area or the degree of the disease, or an appropriate guideline may be provided to select the optimal reference pattern (23).

[0067] Meanwhile, the cylindrical member (21) can be deployed in a flat, unfolded state, so that the cylindrical member (21) and the strap member (22) can be deployed in a flat, straight, belt-shaped structure, enabling complete deployment of the reference portion (20).

[0068] Therefore, when it is desired to wrap the bandage part (10) around a body part where simultaneous manipulation of the reference part (20) and the bandage part (10) is difficult in a combined state, the reference part (20) can be separated from the bandage part (10) and used separately as appropriate.

[0069] Meanwhile, in the section (W1) of the flattened cylindrical member (21), a first fixing means (f1) and a second fixing means (f2) may be sequentially provided at regular intervals along the longitudinal direction, and in the section (W2) of the strap member (22), a third fixing means (f3) and a fourth fixing means (f4) may be sequentially provided at regular intervals along the longitudinal direction.

[0070] The first, second, third, and fourth fixing means (f1, f2, f3, f4) can be implemented in various ways, such as snap buttons, Velcro, and adhesives, in a line that can be detachably connected to each other, and in this embodiment, can be exemplified as a structure in which a certain length is cut inward in the direction of the width end of the reference portion (20).

[0071] Accordingly, when the flattened cylindrical member (21) is rolled into a cylindrical shape and the first fixing means (f1) and the second fixing means (f2) provided on the cylindrical member (21) are mutually fastened, the flattened cylindrical member (21) is fixed in a cylindrical rolled state so that the bandage part (10) can be accommodated inside thereof, and when the strap member (22) extending from the cylindrical member (21) is rolled outwardly of the cylindrical member (21) and the fourth fixing means (f4) provided on the strap member (22) is mutually fastened to the third fixing means (f3), the flattened strap member (22) can be fixed in a rolled state on the outside of the cylindrical member (21).

[0072] When the strap member (22) is fixed in this way, the arbitrary discharge of the bandage member (10) contained inside the cylindrical member (21) as described above can be restricted.

[0073] Meanwhile, the first fixing means (f1) and the second fixing means (f2) joined to each other may be configured as a pair of two pieces spaced apart in the width direction.

[0074] Based on the attached drawing, the first fixing means (f1) and the second fixing means (f2) are provided as a pair of two pieces spaced apart from each other and are mutually fastened to form a predetermined gap (S) in the non-joined portion excluding the portion of the first fixing means (f1) and the second fixing means (f2) that are joined.

[0075] For example, a predetermined gap (S) may be provided between the first and second fixing means (f1, f2) of the upper part that are joined to each other and the first and second fixing means (f1, f2) of the lower part that are joined to each other, and when the bandage part (10) stored and received inside the cylindrical member (21) rolled into a cylindrical shape is unwound to the outside through this gap (S), the unwound bandage part (10) may be naturally unwound in parallel in the direction of the strap member (22) and may follow the strap member (22).

[0076] This reference portion (20) is made entirely of a transparent material so that the bandage portion (10) being recommended and the variable pattern (11) marked thereon are projected, and the reference pattern (23) has a color that contrasts with the projected bandage portion (10) and variable pattern (11), so that the reference portion (20) itself does not cause visual interference, and a structure can be provided in which the mutually matched variable pattern (11) can be easily contrasted with the reference pattern (23).

[0077] In summary, the reference portion (20) induces the elongation of the bandage portion (10) so that the variable pattern (11) of the bandage portion (10) matches the shape of the reference pattern (23), thereby allowing the bandage portion (10) to be applied with tensile force to be wrapped around the affected area with a constant pressure, thereby uniformly providing the desired compressive force to the affected area.

[0078] The embodiments of the present invention described above are merely exemplary, and those skilled in the art will readily appreciate that various modifications and equivalent other embodiments are possible. Therefore, it will be readily understood that the present invention is not limited to the forms mentioned in the detailed description above. Accordingly, the true technical protection scope of the present invention should be defined by the technical spirit of the appended claims. Furthermore, the present invention should be understood to include all modifications, equivalents, and alternatives within the spirit and scope of the present invention as defined by the appended claims.

[0079] [Explanation of symbols]

[0080] 10: Bandage Department

[0081] 20: References

[0082] 11: Variable Pattern

[0083] 23: Reference Pattern

Claims

1. A medical bandage kit with easy pressure control, characterized by including a bandage portion that is formed to be long and long enough to be wrapped around a wound with a predetermined width, and on one side of which a plurality of variable patterns are marked at equal intervals along the length direction, and which causes a shape deformation of the variable patterns when stretched and deformed by a tensile force applied during the process of wrapping around a wound.

2. In claim 1, A medical bandage kit with easy pressure control, characterized in that each of the plurality of variable patterns has an elliptical ring shape and is gradually transformed toward a circular ring shape when the bandage part is elongated and deformed, and an auxiliary pattern is marked at the center of each of the elliptical ring-shaped variable patterns.

3. In claim 2, A bandage portion wound in a roll shape is formed by wrapping the bandage portion from the outside, and further includes a reference portion in which an oval-shaped reference pattern matching one-to-one with the variable pattern is marked along the length direction of the bandage portion that is unwound and stretched and deformed. A medical bandage kit with easy pressure control characterized in that the above reference part induces the elongation of the bandage part so that the variable pattern of the bandage part matches the shape of the reference pattern, thereby allowing the bandage part to be wrapped around the affected area with a constant pressure to which tension is applied.

4. In claim 3, The above reference section, A medical bandage kit with easy pressure control, characterized in that the entire bandage portion is made of a transparent material so that a projected bandage portion and a variable pattern marked thereon are projected, and the reference pattern has a color contrasting with the projected bandage portion and the variable pattern.

5. In claim 4, The above reference portion is implemented by integrally forming a cylindrical member that receives a bandage portion rolled in a cylindrical shape and is formed to extend a certain length in a tangential direction from an end of the cylindrical member and to contact the bandage portion that is rolled out in parallel, and a strap member in which a plurality of the above reference patterns are formed at equal intervals along the length direction. The above cylindrical member can be deployed in a flat state, so that the cylindrical member and the strap member can be deployed in a flat, belt-shaped structure, allowing for complete deployment of the reference portion. In the section of the cylindrical member that is spread out flat, first and second fixing means are sequentially provided at regular intervals along the length direction, and in the strap member, third and fourth fixing means are sequentially provided at regular intervals. When the first fixing means and the second fixing means are mutually connected, the flattened cylindrical member is fixed in a cylindrical rolled state, and when the fourth fixing means is mutually connected to the third fixing means, the flattened strap member is fixed by being rolled outward from the cylindrical member. The first and second fixing means are configured as a pair of two pieces spaced apart in the width direction, and the gap is implemented as a non-joined portion excluding the portion of the first and second fixing means that are mutually connected and joined, so that the bandage portion stored inside the cylindrical member can be unwound in parallel in the direction of the strap member. A medical bandage kit with easy pressure control, characterized in that each of the plurality of reference patterns has an oval structure in which the width of the strap member gradually increases toward the end.

Images