KR100998760B1 - Portable splint pack - Google Patents

Abstract

PURPOSE: A hand-held splint pack is provided, which prevents hardening solution from being exposed outside by preventing a sealing part from being damaged. CONSTITUTION: A hand-held splint pack comprises: a splint(20) for a bone-fracture patient; a first receiving member(30) in which a first receiving space is prepared; a second receiving member(40) dividing the first receiving space in order to prepare a second accommodation space receiving hardening solution which hardens a splint received in the first receiving space; an opening and closing member(50) which is integrally formed in the second receiving member; and a wire member connected to the opening and closing member.

Description

Portable Splint Pack {Portable splint pack}

The present invention relates to a portable splint pack, and more particularly, to a portable splint pack having a built-in splint and a splint curing liquid to be promptly treated by an emergency patient.

Splint (splint) is a member mainly used in orthopedic surgery in the hospital, it is a device for holding the fractured part of the fracture patient in a fixed state by using a splint to attach a solid splint to the fracture site of the fracture patient.

Splint is a method of impregnating a polyurethane-based hardening component into a bandage made of non-woven fabric or cloth.It is a method of modifying and curing the shape so as to be suitable for the fracture site of a fracture patient by using the property that the polyurethane is cured when water is mixed with the splint. Widely used.

Splint treatment is as follows. First, dried splints are prepared. Next, when it is time for the procedure, the operator soaks the splint in purified water. When the splint is sufficiently wetted with purified water, the wet splint is taken out of the purified water and the water is removed by scooping the splint to the extent that no water flows. The splint, which has been properly drained, is cured in a state that is deformed to the fracture site of the fracture patient until it cures after a few minutes. When the completion of the hardening, the shape is fixed to the shape that is deformed to fit the fracture site.

However, the conventional splints have a disadvantage in that splints cannot be processed unless water can be supplied at the emergency site.

Korean Patent Publication No. 10-0902287 discloses 'portable splint assembly for emergency fracture patients'.

The portable splint assembly for emergency fracture patients has an inner envelope in which the splint is accommodated therein, an inner envelope bonded to the inner wall of the outer envelope so as to accommodate a curing liquid, and the outer envelope and the inner envelope are thermally fused to each other. A connection part is provided.

However, the portable splint assembly for the emergency fracture patient is configured in such a way as to open the fusion portion of the connecting portion by applying a pressing force to the outer envelope, but not only the fusion portion of the connecting portion but also the sealed portion of the inner envelope and the inner envelope are ruptured by the pressing force. There is a problem that the curing liquid may leak to the outside of the external envelope.

In addition, the portable splint assembly for emergency fracture patients has a problem in that the splint is cured before being used by the user because the fusion portion of the connection part is ruptured by the pressing force not intended by the user during transportation and the curing liquid leaks into the splint.

The present invention was devised to improve the above problems, and since the user directly separates the opening / closing member which closes the inlet through which the curing liquid is introduced, by applying a pulling force instead of the pressing force, the curing liquid is supplied in the process of supplying the curing liquid. It is an object of the present invention to provide a portable splint pack in which the sealing portion of the housed receiving member is not ruptured.

Portable splint pack according to the present invention for achieving the above object is a splint for fracture patients, a first accommodating member provided with a first accommodating space to accommodate the splint therein, and a curing liquid for curing the splint therein A second accommodation space is provided to accommodate the second accommodation member provided with an inlet communicating with the first accommodation space so that the cured liquid can flow into the first accommodation space, and the inlet is closed. It is provided with an opening and closing portion detachably formed by.

The opening and closing part is an opening and closing member bonded to the second receiving member to close the inlet, and a wire member connected to the opening and closing member to allow the user to apply a pulling force to separate the opening and closing member from the second receiving member. It is preferable to have a.

According to another embodiment of the present invention, a portable splint pack includes a splint for fracture patients, a first accommodating member provided with a first accommodating space for accommodating the splint therein, and curing the splint in the first accommodating space. A second accommodating member for partitioning the first accommodating space, an opening and closing member integrally formed with the second accommodating member, and a user applying a pulling force to open and close the second accommodating space so as to provide a second accommodating space for accommodating a curing liquid. A wire member connected to the opening / closing member to separate the member from the second accommodating member so that an outlet for discharging the curing liquid to the outside of the second accommodating space is generated;

Preferably, the blocking member has a notched groove formed at an adjacent position of the opening and closing member.

The portable splint pack according to the present invention is a sealed portion of the accommodating member accommodated by an unintentional pressing force because the user directly separates only the opening / closing member closing the inlet through which the curing liquid is introduced by applying a pulling force to supply the curing liquid to the splinter. There is an advantage that the hardening liquid does not leak to the outside because it does not rupture.

Hereinafter, with reference to the accompanying drawings will be described in more detail a portable splint pack according to an embodiment of the present invention.

1 to 3 a portable splint pack 10 according to the present invention is shown.

Referring to the drawings, the portable splint pack 10 includes a splint 20, a first accommodating member 30, a second accommodating member 40, and an opening and closing unit 50.

Splint 20 is formed to extend to a predetermined length to be treated to cover the fracture site of the emergency patient. Splint 20 is produced by impregnating a chemical in polyethylene resin, nonwoven fabric or glass fiber. The impregnating agent is preferably polyol or dipheny methane diisocyanate.

The first accommodating member 30 has a splint 20 accommodated therein, and includes a front member 31 and a rear member 32.

The front member 31 and the rear member 32 are joined to each other along the edge so that the first accommodation space 33 in which the splint 20 is accommodated is provided between the front member 31 and the rear member 32. have. The front member 31 and the rear member 32 is preferably formed of a transparent 0.2mm aluminum film so as to grasp the state of the splint 20 accommodated therein from the outside.

The second accommodating member 40 is provided with a second accommodating space 41 for accommodating the curing liquid therein, and has an upper end member 31 and a rear member so as to be accommodated in the first accommodating space 33. It is inserted and joined to the upper junction part of (32). The second accommodating member 40 is preferably formed of the same material as the first accommodating member 30.

The second accommodating member 40 is manufactured by folding a piece of aluminum film so that both ends contact each other and then joining edges. Meanwhile, in the illustrated example, the structure of manufacturing the second accommodating member 40 into one aluminum film has been described. However, the second accommodating member 40 is not limited to the illustrated example, and the edges of the plurality of aluminum films are mutually intersected. It can also be produced by bonding.

An inlet 42 is formed in the center of the lower surface of the second accommodating member 40 to allow the curing liquid contained in the second accommodating space 41 to flow into the first accommodating space 33.

The curing liquid contained in the second accommodation space 41 includes water for curing the splint 20. On the other hand, although not shown in the drawings, the curing liquid may further include a catalyst to shorten the curing time of the splint 20.

As the catalyst, Dabco-33D (1,4-diazabicyclo [2,2,2] octane) is used, and the component ratio is preferably 0.1 to 3 pbw (part by weight) in 100 ml of water.

In addition, although the curing liquid is not shown in the drawing, unlike the present embodiment, it may include a heat generating agent to promote the curing reaction of the splint 20. Hydrogen-based acetyl of a solid component is used as a heat generating agent, and 5-10 g of hydrocarbon-based acetyl per 100 ml of water is preferable.

The second accommodating member 40 formed as described above accommodates an appropriate amount of curing liquid required for the splint 20 accommodated in the first accommodation space 33, so that even a beginner may be operated without adjusting the amount of curing liquid. can do.

Opening and closing part 50 is closed to the inlet 42, it is formed detachably by the user. The opening and closing part 50 includes an opening and closing member 51 and a wire member 52.

The opening and closing member 51 is provided with an installation space so that the wire member 52 to be described later is connected therein, and is formed in a cylindrical shape having a cross section corresponding to the inlet 42 so as to close the inlet 42.

The lower end of the opening / closing member 51 is joined to the second receiving member 40 adjacent to the inlet 42 so as to close the inlet 42. The opening and closing member 51 is preferably joined in a heat-sealed manner so that the opening and closing member 51 can be separated from the second accommodation member 40 by the pulling force transmitted through the wire member 52 to be described later.

On the other hand, in the illustrated example, the opening and closing member 51 has been described as a structure formed on the side of the second receiving member 40, the forming position of the opening and closing member 51 is not limited to the illustrated example, but the second receiving member ( 40 may be formed on the bottom surface.

The heat fusion method is a method in which a plurality of synthetic resin jackets are temporarily melted and bonded by applying heat from the outside, respectively, to the second accommodating member 40 contacting the lower end of the opening and closing member 51 and the lower end of the opening and closing member 51. The bonding is performed by applying heat of 1 to 200 degrees for 1 second to 3 seconds, and more preferably, 160 to 180 degrees Celsius may be applied by applying heat of 1 to 2 seconds for 1 second to 2 seconds.

On the other hand, the opening and closing member 51 is formed to extend upward to penetrate the second receiving space 41 so that the curing liquid can be accommodated in the space facing each other based on the opening and closing member 51, the upper outer peripheral surface is the second receiving It is inserted and joined between the joining parts of the upper side of the member 40. FIG.

One end of the wire member 52 is inserted into the installation space of the opening and closing member 51 is connected to the bottom surface of the opening and closing member 51, the other end is exposed to the outside of the opening and closing member 51, the user is easily wired A knot is formed in a ring shape so that the 52 can be gripped.

The user grasps the wire member 52 and then applies a pulling force to separate the opening / closing member 51 which is thermally fused to the second accommodating member 40.

At this time, a space in which the curing liquid is accommodated is provided on both sides of the opening / closing member 51, and a pulling force is applied by the wire member 52 so that the bottom surface of the opening / closing member 51 moves upwards, The curing liquid accommodated in both positions of the 51) is supported from the upper surface of the second accommodating member 40 so that a uniform pulling force acts on the welded portion of the lower end of the opening / closing member 51 so that the welded portion ruptures easily.

Referring to the operation of the portable splint pack 10 according to the present invention configured as described above in detail.

The user grasps the knot formed at the other end of the wire member 52, pulls the wire member 52, and applies a pulling force to the opening / closing member 51.

By the pulling force transmitted through the wire member 52, the heat-sealed portion of the opening and closing member 51 with the second receiving member 40 is ruptured and the inlet 42 is opened.

The cured liquid contained in the second accommodation space 41 through the open inlet 42 flows into the first accommodation space 33 to wet the splint 20. Next, one side of the first accommodating member 30 is cut and the splint 20 moistened with the curing liquid is taken out of the first accommodating member 30 to be cured by deforming the shape according to the fracture site of the emergency patient.

As described above, the portable splint pack 10 is configured such that the user directly separates only the opening / closing member 51 for closing the inlet 42 so that the curable liquid is supplied to the splinter. There is an advantage that the hardened liquid does not leak to the outside because the sealed portion of the rupture.

In addition, since the appropriate amount of the curing liquid required for the splint 20 is accommodated in the second accommodation member 40, even the beginner can easily operate the splint 20 without adjusting the amount of the curing liquid.

Meanwhile, another embodiment of the portable splint pack 10 is illustrated in FIG. 4.

Elements having the same function as in the above-described drawings are denoted by the same reference numerals.

Referring to the drawings, the notch groove 60 is formed on the lower surface of the second accommodating member 40 adjacent to the opening and closing member 51.

When the fusion portion of the opening and closing member 51 is not broken by the pulling force transmitted through the wire member 52, the pulling force is transmitted to the second receiving member 40, and the notch groove is thinner than the adjacent position. The part 60 is cut by the pull force transmitted to form an outlet through which the cured liquid is discharged.

In the illustrated example, the notch groove 60 has been described as having a triangular structure, but the shape of the notch groove 60 is not limited to the illustrated example but may be formed in various shapes such as one (1) shape.

Meanwhile, another embodiment of the portable splint pack 11 is illustrated in FIG. 5.

Referring to the drawings, the second accommodating member 40 includes a plurality of accommodating vessels 43 in which a curing liquid is accommodated therein.

The receiving containers 43 are provided with inlets (not shown) through which the curing liquid flows on opposite sides, and each inlet opening and closing member 60 is joined to opposite surfaces of the respective receiving containers 43. It is closed by.

The opening and closing member 60 includes a connection member 61 and a coupling member 62.

The connecting member 61 is connected to one end of the wire member 52 and extends by a length corresponding to the spaced apart space between the receiving containers 43.

Coupling member 62 is formed to be bent to the upper side of the connecting member 61, both ends of the connecting member 61. Coupling member 62 is formed to extend to a length corresponding to the side length of the receiving container 43 to be respectively bonded to the side of the receiving container 43 to close the inlet of the receiving container 43.

Bonding of the receiving container 43 with the coupling member 62 is preferably bonded in a heat-sealed manner so that it can be easily broken by the pulling force.

The joint part is ruptured by the coupling member 62 by the pulling force transmitted by the wire member 52. The ruptured coupling member 62 opens the inlet of the accommodation container 43 so that the curing liquid is discharged to the splint 20.

Next, one side of the first accommodating member 30 is cut and the splint 20 moistened with the curing liquid is taken out of the first accommodating member 30 to be cured by deforming the shape according to the fracture site of the emergency patient.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is evident that many alternatives, modifications and variations will be apparent to those skilled in the art.

Therefore, the true scope of protection of the present invention should be defined only by the appended claims.

1 is a perspective view of a portable splint pack according to the present invention,

2 is a cross-sectional view of the portable splint pack of FIG. 1,

3 is a cross-sectional view of the separated opening and closing member of the portable splint pack of Figure 1,

Figure 4 is a cross-sectional view of the opening and closing portion according to another embodiment of the present invention,

5 is a perspective view of a portable splint pack according to another embodiment of the present invention.

Claims (4)

delete delete Splints for fracture patients; A first accommodation member provided with a first accommodation space to accommodate the splint therein; A second accommodating member partitioning the first accommodating space to provide a second accommodating space in which the curing liquid for curing the splint is accommodated in the first accommodating space; An opening and closing member integrally formed with the second accommodation member; And a wire member connected to the opening / closing member such that a user applies a pulling force to separate the opening / closing member from the second accommodation member so that an outlet for discharging the curing liquid to the outside of the second accommodation space is generated. The second receiving member is a portable splint pack, characterized in that the notched groove is formed in the adjacent position of the opening and closing member. The method of claim 3, wherein The opening and closing member is extended to penetrate the second accommodation space to accommodate the curing liquid in the space facing each other based on the opening and closing member, the installation space is provided so that the wire member is connected therein The portable splint pack characterized by the above.

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