JP2006204480A - Splint product for fixation of fracture area or the like - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a splint product which does not generate wrinkles, and can be fitted on a lesion under a good application state, and the usability of which is good on the site of a medical care operation. <P>SOLUTION: A splint sealed package of a long strip which internally contains a supporting body being impregnated with a hardening agent is housed in a pickup container in a state of bellows-like fold that the splint sealed package is folded back at every specified length. In addition, an attached cushioning material of a long strip which is supplementally used is packed together in the pickup container in the same state of fold under a top and bottom arrangement relationship. Then, both materials are pulled out from an outlet which is provided on the pickup container, and are used by cutting at a required length. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The present invention is a splint (also called splint, splint, or splint) that is used to fix and fix a broken part of a body or other damaged part. ) Products, especially free-cut long splint products that can be used in variable lengths by cutting to the required length in the length direction.

  Compared to sprints that use traditional calcined gypsum as a curing agent, various methods such as ease of handling, lightness, ease of treatment by shortening the curing time, water resistance after setting and curing, strength, etc. From the advantage, a sprint using a water-curable synthetic resin, that is, a urethane-based synthetic resin curing agent having a property of being reactively cured in the presence of moisture occupies the mainstream, and is generally provided for practical use ( (See Patent Documents 1 and 2).

  These sprint products are made by using a thick fabric fabric such as stretchable and breathable mesh fabric as a support, impregnating it with a curing agent, and overlaying a cushioning material on at least one side and sealingly packaging it. Yes, while maintaining flexibility during normal storage, when used, it can be immersed in water to provide moisture, allowing curing to proceed while it is applied to a specific part of the body, realizing a sprint function It was made to do.

  In this kind of splint products, there are pre-cut types that have been pre-manufactured to a predetermined length and individually wrapped, but depending on the fracture site and the situation, a necessary variable-length splint can be obtained. Many so-called free-cut types that are manufactured in advance as long objects and cut into a desired length are used in practical use (Patent Document 2).

As shown in Patent Document 2, this long free-cut type splint product has a splint body composed of a belt-like stretchable support impregnated with a curing agent and a protective covering made of a cushioning fabric wrapped around the belt. These are hermetically packaged with a laminated airtight packaging material generally called an aluminum pack or the like. Conventionally, this long sealed package is wound from one end to form a roll, and this is packaged in a packing box serving as a take-out container and supplied on the market. And the user pulls out the roll-shaped splint sealed package from one end on the outer peripheral side from the outlet provided in the lower part of one side wall of the extraction container, cuts it to the required length, and uses the remaining splint. The sealed package is re-stored to prevent sensitive hardening due to contact with the atmosphere of the sprint body by resealing the sealed wrapping material using a separately prepared reseal tool at the cut end. It is possible.
JP 2003-305070 A Japanese Patent Publication No.8-24696

  However, the conventional roll-type splint product as disclosed in Patent Document 2 has the following problems to be solved.

  Firstly, the long splint sealed package wound in a roll shape has a smaller winding diameter as it becomes the central part of the winding, so that the airtight packaging material for vacuum packaging has a width direction. It produces a lot of deep and irregular folds. Here, together with the fact that the airtight packaging material has an aluminum layer inside and is somewhat high in rigidity, the wrinkles that occur on this also affect the sprint body housed inside it, A wrinkle is produced with strong winding on the support impregnated with the curing agent. Such strong wrapping and wrinkles make it difficult to attach the splint body to the affected area in a good fit state during treatment. In addition to this, if the attachment is cured while leaving a lean state, a sprint with a poor fit is formed, and the therapeutic effect is also adversely affected. In addition, the wrinkles made during the treatment cause a weakened portion on the cured splint with a partial strength, and there is a risk that the splint sometimes breaks at the wrinkle portion. In addition to adverse effects on the affected area, the splint tears may even cause damage to the human body due to the tear plane.

  Secondly, the sealed package of the splint wound in a roll shape creates a large dead space in the upper and lower four corners of the box in a state where the package is accommodated in a square box as a take-out container. That is, the internal volume of the extraction container cannot be used efficiently. For this reason, there is a tendency for the take-out container containing a long splint package to be large, and conversely, the splint pack that can be stored in a take-out container of a limited size is limited in length and is sufficiently long. It is difficult to provide products that contain long sprint packages.

  Third, a conventional splint product is a container in which a sealed splint package is housed in a take-out container. In actual treatment, a separate cushion material is provided between the affected part of the human body and the splint body. It is often required to perform interventions to improve fit, reduce moistness, and prevent skin abrasion. In such a case, in the conventional product, it is necessary to prepare a cushion material separately and perform the treatment. For this reason, member management is troublesome, and there are cases where it is difficult to obtain a good cushion material at the treatment site, and there is a problem that extra time and effort are required for the treatment.

  In view of the technical problems of the conventional products as described above, an object of the present invention is to provide a long splint product that can solve these problems all at once.

In view of the above, the present invention provides a splint for fixing a fracture site or the like having a configuration as described in [1] to [9] below.
[1] A long-strip-shaped splint sealing package formed by sealing a long-strip-shaped splint body having elasticity with a sleeve-like airtight packaging material over its entire length;
An elastic cushion and a long band-shaped incidental cushion body that is used separately from the sprint sealed wrapping body and mounted on one surface of the sprint body when the sprint is mounted,
A take-out container that encloses the sprint sealed package and the accompanying cushion; and
A resealing tool for resealing the opening edge of the airtight packaging material of the remaining splint sealing package after the splint sealing package has been cut to a required length and used.
The splint sealed package body and the associated cushion body are both folded in a bellows shape or a zigzag folded shape with a length corresponding to the depth length of the takeout container, and have an upper and lower arrangement relationship in the takeout container. And being housed in
The fracture is characterized in that the take-out container has at least one take-out opening on at least one side surface of the split sealed wrapping body and the accompanying cushion body that can be pulled out individually or simultaneously. Sprint products for fixing parts.

  [2] The splint body is a flattened support having a stretchable and breathable fiber fabric, a curing agent impregnated in the support, and a stretchable flatness that is wider than the support and envelops the entire support. The splint product for fixing a fracture site or the like according to claim 1, comprising a cylindrical cushioning protective covering.

  [3] The splint product for fixing a fracture site or the like according to claim 2, wherein the support is formed of a single flat plate knit fabric.

  [4] The splint product for fixing a fracture site or the like according to claim 2 or 3, wherein the support is a highly elastic knitted fabric having a rib knitting structure in which wale is arranged in the length direction of the splint body.

  [5] The protective covering is composed of two upper and lower flat cloths wider than the support, and the support is sandwiched in the widthwise center of the two flat cloths so that both side edges are in the length direction. The splint product for fixation such as a fracture site according to any one of claims 2 to 4, wherein the splint product is formed in a flat cylindrical shape by being joined over the entire length of the bone.

  [6] The splint product for fixing a fracture site or the like according to any one of claims 2 to 5, wherein the protective covering is made of an elastic fleece having a raised layer on at least an outer surface.

  [7] The splint product for fixing a fracture site or the like according to any one of claims 2 to 6, wherein the incidental cushion body is made of an elastic fleece having a raised layer on at least one surface.

  [8] The splint product for fixing a fracture site or the like according to any one of claims 2 to 7, wherein the curing agent is made of a hydraulic synthetic resin.

  [9] The take-out container has two take-out ports on the upper and lower sides of one side wall corresponding to the arrangement of the sprint sealed wrapping body and the accompanying cushion body so that they can be pulled out individually. A splint product for fixation such as a fracture site according to any one of 1 to 8.

  The splint product according to the configuration described in the above [1] according to the present invention can be used by performing an operation by arbitrarily obtaining a splint body having a variable length by pulling out the sealed package of the splint from the takeout container and cutting it. On the other hand, the remaining splint sealed packaging can be stored for the next use by keeping the uncured stable state by resealing the open end of the sealing wrapping material with a resealer, In addition to having the advantage of the original long free-cut sprint product that the long sprint body can be used without waste, the following special effects are also obtained.

  That is, the splint sealed package is accommodated in the take-out container in a state corresponding to its depth and folded in a bellows shape or a zigzag folded shape. Therefore, the generation | occurrence | production site | part of the wrinkle which arises in the said sealed package is limited only to the folding | turning site | part for every fixed scale. This means that when the splint is used, the splint sealed package body is cut at a position close to the folded portion, thereby obtaining a flat splint body having a predetermined length that is flat and free from bending or wrinkles. Make it possible. In general, the required length of the sprint used for the treatment is often in the range of 30-50 cm, especially 35-45 cm. Therefore, by setting the folded portion of the sprint sealed package body corresponding to this length and storing it in the takeout container, the sprint which is flat and uniform in the length direction as described above The main body can be easily obtained repeatedly. In addition, when a longer splint body is required, etc., even when the folded portion is present in the length region of the cut splint sealed package, it may be bent by folding. Since the part where the rust is generated is localized and has ridges on a substantially straight line in the transverse direction, the heel-slip part is compensated by hand after cutting and the impregnation state of the curing agent is homogeneous. It is possible to easily perform the process of making them distort. That is, it is possible to easily adjust the splint body having a predetermined length that is uniform over the entire length and has no wrinkle portion in the length direction. Therefore, since it can be used for the treatment in a homogeneous state without wrinkles in this way, it is possible to perform the treatment work accurately and to form a cured splint without wrinkles even after curing. The problems derived from the conventional roll-type long splint product as described above can be solved.

  Further, as compared with the case of a roll-type splint product, a long splint sealed package can be efficiently stored in the takeout container. That is, the space in the take-out container can be efficiently and effectively used without generating a large dead space (empty space). Therefore, for example, when a splint sealed package having the same length as that of a roll-type splint product is stored in a take-out container having the same internal volume, the volume corresponding to the dead space is stored as an effective space for storing. By utilizing this effective space, the incidental cushion material can be accommodated in a bundled state while efficiently utilizing the space in a folded state. Thus, in the present invention, it is possible to provide a highly convenient sprint product in which the sprint sealed package and the accompanying cushion material are bundled without increasing the size of the take-out container.

  In addition, in this way, the splint sealed package and the accompanying cushion material are bundled and can be pulled out from one end individually or at the same time, so that moisture is applied during the treatment. Between the splint body applied to the human body in the wet state and the affected part, the cushion body can also be cut into a required length, and the work of interposing it can be easily performed. In addition, the use of such a cushioning material improves the fit of the sprint to the affected area, improves the feeling of wearing due to soft skin contact while wearing the sprint, prevents skin abrasion due to the long-term wearing of the sprint, and surgical attachment Many benefits can be enjoyed, such as reducing the feeling of dampness at the time, and improving hygiene by replacing the cushioning material with time. In this way, high convenience is given to the mounting of the sprint by using the cushion material.

  In the configuration described in [2], in addition to the above effect, the entire stretchable support body in which the sprint body is impregnated with the curing agent is covered with a cushioning flat cylindrical protective covering. Therefore, after immersing the splint body in water as it is and applying moisture, it is applied to the affected area while being stretched slightly in the length direction and / or width direction, and wrapped with a bandage etc. Thus, it is possible to attach the surface of the affected area in a good state of conformity with no wrinkles. Therefore, the treatment can be performed efficiently and easily in a suitable state. In addition, since the required breathability can be ensured in the cured sprint after the treatment, it is possible to achieve a good wearing feeling without stuffiness.

  According to the configuration described in [3] above, the support is formed of a single thick flat knitted fabric so that a plurality of fabrics are overlapped to form the support. Compared with this, the structure can be simplified, and it is advantageous in manufacturing, and it has good stretchability in both the length direction and the width direction, so that the treatment can be further facilitated.

  In the configuration described in [4] above, the support is composed of a knitted fabric having a rib knitting structure in which wale is arranged in the length direction, so that the splint is further excellent in stretchability and free from wrinkles. Makes it easier to wear.

  In the configuration described in [5] above, since the protective covering is formed into a flat cylindrical shape by joining both side edges of two flat cloths together, it is knitted into a cylindrical shape in advance. Compared to the case where the sprint body is inserted into the coated body and combined, the sprint body can be easily manufactured, and the support body can be stably placed in the correct position setting in the center in the width direction of the protective coating body. It can be said to have been retained.

  According to the configuration described in [6] and [7], the protective covering body and the cushion body are formed of an elastic fleece having a raised layer on the outer surface or at least one surface, so that a relatively inexpensive material is used. In addition, the skin contact at the time of wearing the sprint can be made soft and excellent in wearing feeling.

  According to the configuration described in [8], since the curing agent is made of a hydraulic synthetic resin, as described above, it is lightweight and easy to handle, has a short curing time, and is excellent in water resistance. May provide a sprint.

  Furthermore, in the splint product according to [9], the takeout container is provided with two takeout openings, i.e., a takeout exit for the splint sealed package and a takeout exit for the accompanying cushion material. It is convenient for taking out the required length of the above-mentioned splint sealed package body and the accompanying cushion body at the time of treatment.

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

  The splint product (1) according to the present invention includes a long belt-like splint sealing package (2) and an additional cushion body (3) separate from this, as is apparent from the reference to FIGS. And a take-out container (4) containing these and a resealer (5) used when resealing the splint sealed package (2) after cutting.

  The splint sealing package (2) is a long strip having a width of 15 to 20 cm and a length of about 400 to 500 cm. As shown in FIGS. 3 and 4, the splint body (6) and the splint body It comprises a sleeve-like airtight packaging material (7) hermetically enclosing (6).

  The splint body (6) has a support body (8) which is a thick stretchable fiber fabric made of a single flat knitted fabric, and the support body (8) has, for example, a polyurethane-based water-curing property. A curing agent made of resin is impregnated. The entire support (8) is wrapped in a flat cylindrical protective covering (9), which is a cushioning fiber fabric that is wider and stretchable than the support (8). Has been.

  The support (8) is a thick knitted fabric having an apparent thickness of 5 to 8 mm and a width of about 7.0 to 15.0 mm, in particular, a flat plate shape having a rib knitting structure in which the wale (6a) is arranged in the length direction. This knitted fabric is highly stretchable not only in the length direction but also in the width direction. In addition, as a result of being knitted into a coarse structure with a knitting yarn made of thick polyester yarn, cotton yarn, etc., it has a large number of voids between stitches and still has good air permeability even when impregnated with a curing agent. It has been made.

  The protective covering (9) is made of a fleece fabric having a raised layer on at least the outer surface, that is, a soft raised fabric, and has good stretchability in both the length direction and the width direction. This stretchability may be imparted by using a stretchable fiber material, or may be imparted by weaving rubber yarn or the like in the ground structure.

  In this protective covering (9), two flat upper and lower fleece areas wider than the support (8) are superposed with the support (8) impregnated with a curing agent sandwiched between them. By joining the both side edges protruding from the body (8) with an arbitrary connecting means, a flat cylindrical sleeve is formed. The connecting means may employ any means such as adhesion, welding, sewing, etc., but should be joined in a manner that does not impede the free stretchability of the protective covering (9) in the length direction. It is preferable to perform heat fusion bonding in a linear shape. The protective covering (9) is 30 to 50 mm, preferably 35 to 45 mm wider than the width of the support (8).

  The hermetic wrapping material (7) is made of a highly airtight three-layer laminated sheet that does not allow moisture to pass through. That is, it consists of a laminated sheet in which an aluminum foil is disposed in the middle and a synthetic resin film is laminated and integrated on both surfaces thereof. The middle aluminum foil ensures a high level of moisture impermeability, while the outer surface side synthetic resin film mainly ensures strength, and the inner surface side thermoplastic synthetic resin film ensures thermal weldability. . Thus, the hermetic wrapping material (7) is heat-sealed linearly at both side edges in a state where the splint body (6) is disposed between the two wide belt-like sheets, and is sealed and joined. Thus, a flat cylindrical sleeve is formed, and both ends in the length direction are similarly sealed and joined, so that the entire sprint body (6) is hermetically sealed in a state of shutting off the outside air over its entire length. is there. This packaging is preferably a vacuum packaging by removing the air inside.

  The accessory cushion body (3) is used as an auxiliary when necessary when the sprint is attached. The accessory cushion body (3) is formed of a fleece fabric in which a dense raised layer is formed on at least one surface, preferably both surfaces, and is slightly thicker and thicker than the protective covering body (9) in the length direction and the width direction. It has great elasticity.

  The accessory cushion body (3) is slightly wider than the sprint body (6), but the length is arbitrary, and is generally set to a length equivalent to that of the sprint body (6).

  The take-out container (4) is a rectangular box such as a thick paper box, a paper cardboard box, or a plastic sheet box. As shown in FIG. 1, the width (W) corresponds to the width of the splint sealed package (2), and the height (H) corresponds to the capacity of the splint sealed package (2) and the accompanying cushion material (3). Correspondingly, the setting of the length (D) in the depth direction is an important factor in the preferred implementation of the present invention. That is, in the take-out container (4), the splint sealed package (2) is housed in a bellows-like or zigzag folded state that is folded back every predetermined length, as will be described later. And the folding | folding crease arises in the fold part, but in the area | region between two adjacent folds, a splint sealing package (2) is kept flat. In order to obtain this flat part as a required length as one unit of the most commonly used surgical sprint, the distance or length between the folded parts is preferably 30 to 50 cm, preferably It is advantageous to set it to about 35 to 45 cm. In relation to this, the length (D) of the take-out container (4) in the depth direction corresponds to the length of the above-mentioned general splint unit, and is within a range of 30 to 50 cm, preferably 35 to 45 cm. Set to In the preferred embodiment shown, the depth length (D) is set to 40 cm. The width (W) is set to 22 cm and the height is 35 cm.

  As shown in FIG. 1, two laterally slit-shaped outlets (10) and (11) are provided on one side wall on the front side of the extraction container (4) at positions near the upper and lower ends. As shown in FIG. 2, these outlets (10) and (11) are closed continuously with the container material in the process of transporting and storing the splint product (1). It is opened by breaking and removing the portion in the cut region along the cutting lines (10a) and (11a) of the eyes. The take-out container (4) has an openable flap (4a) (see FIG. 1) on its upper surface, and accessories accommodated in the upper part, such as surgical gloves, instructions for use, re-seal A stopper, a cutting hook or the like can be taken in and out by opening the upper surface flap (4a).

  By the way, both the splint sealed package (2) and the accompanying cushion body (3) are long, for example, having a length of 450 cm as described above, but these are as shown in FIG. In either case, the extraction container (4) is folded back in the opposite direction at a length (L) corresponding to the length (D) in the depth direction of the extraction container (4) and folded in a bellows shape or a zigzag fold shape. It is housed in a bundled state. In the illustrated embodiment, the sprint sealed package (2) is stored on the lower side, and the accompanying cushion body (3) is stored on the upper side. However, these vertical arrangement relationships may be reversed. However, it is not preferable to store them in a lateral relationship because it may cause wrinkles due to weight crushing at the side edges of the splint-sealed package (2).

  The resealing tool (5) is an indispensable element used for sealing the remaining splint sealing package (2) for reuse after cutting the splint sealing package (2) to the required length. It is an accessory. Therefore, this resealer (5) is not limited as long as it can reseal the open end by cutting the airtight packaging material (7). In the illustrated embodiment, as shown in FIG. 1, there is a pair of synthetic resin-made sandwiching pieces (5a) and (5b), and these are clamp-type re-movable pivotable at the pivot (5c) portion. A seal is shown. This resealer (5) is adapted to fit the corresponding concave groove portion of the other sandwiching feature piece (5b) to the rising plate portion of one sandwiching feature piece (5a), and is sealed between them. By sandwiching the end edge of the packaging material (7), the packaging material (7) is bent in a U-shaped cross section and can be sealed in a completely sealed state.

  The method of using the above sprint product is as follows.

  First, as shown in FIG. 1, the splint sealed package (2) is pulled out from the outlet (11) at the bottom of the take-out container (4) to the required length, and the sealed package (2) is taken as an airtight packaging (7). Cut the whole piece with scissors. The remaining sealed package (2) after cutting the end portion of the splint body (6) is folded back several centimeters in the sealed packaging material (7), and then the protruding sealing packaging material (7) The open end of is re-sealed with the reseal tool (5) to prepare for the next use. The cut position of the sprint sealed package (2) corresponds to the length of the sprint required for the treatment, and the position is not necessarily specified, but it is folded in a bellows shape as much as possible. It is desirable that the sprint sealed package (2) be set at the fold portion or in the vicinity thereof. Thereby, the unit object of the cut sprint main body (6) of predetermined length can obtain the thing without the wrinkles by a fold over the full length. Moreover, an accompanying cushion material (3) is pulled out from the upper outlet (10) of the extraction container (4), and this is cut into an eye slightly longer than the cut length of the sprint sealed package (2).

  Therefore, after pulling out the splint body (6) from the airtight packaging material (7) and pulling it lightly by pulling it with both hands in the length direction, if necessary, one or more diffracted folds, about 18-23 ℃ Soaked in water at room temperature for about 5 to 12 seconds and soaked water well.

  Next, take it out of the water and gently press it with both hands to drain the water, and then sandwich it with a dry cloth to remove the water adhering to the surface, and then overlay the accompanying cushion material (3) on one side of the sprint body (6). While applying the whole area to the affected area (A) slightly while being stretched along the outer surface of the affected area and confirming that no wrinkles are generated, the bandage (12) can be quickly applied from the outside as shown in FIG. ) To complete the installation.

  After the mounting, the sprint body (6) has an outer shape of the affected part (A) as shown in FIG. 5 (a) by the curing agent impregnated in the support (8) reacting with water and curing in a few minutes. A molded splint is formed along the side to fix the affected area.

  The illustrated embodiments described above do not delimit the scope of the invention. Implementation in various modifications is possible within the range that satisfies the matters described in [1] to [9].

  For example, the support (8) may be a flat knitted mesh knitted fabric that is used in conventional products. Further, the protective covering (9) and the accompanying cushion material (3) are not limited to the fleece, but have stretchability and cushioning properties, have a good skin contact feeling, and have breathability. For example, the use of other knitted fabrics or non-woven fabrics is allowed.

  In addition, two outlets (10) and (11) of the extraction container (4) are provided on the upper and lower sides as in the illustrated embodiment, and the splint sealing package (2) and the accompanying cushion body (3) are provided from each outlet. It is preferable that it can be pulled out separately, but only one outlet is provided in the middle region of the side wall height, or one or two outlets are provided in the upper wall where the upper flap exists. The splint sealed package (2) and the accompanying cushion material (3) may be drawn from these outlets at the same time.

  The present invention is used in the field of surgical medicine to fix a site from the outside for the purpose of treating a body injury site in addition to the treatment of a fracture site.

1 is a perspective view showing one preferred embodiment of the present invention. It is a perspective view which shows the accommodation state of the sprint sealing packaging body in an extraction container, and an accompanying cushion material. It is the perspective view which notched and showed the splint sealing packaging body and the incidental cushion material. It is a cross-sectional view of a splint sealed package. FIG. 5 (a) is a perspective view showing the cured splint body and the accompanying cushion material separated from the affected area, and FIG. 5 (b) shows the state during the attachment operation. It is a perspective view shown.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 ... Sprint product 2 ... Sprint sealing packaging 3 ... Attached cushion material 4 ... Extraction container 5 ... Resealing tool 6 ... Sprint main body 7 ... Airtight packaging material 8. .... Support body 9 ... Protective covering 10, 11 ... Take-out A ... Affected part

Claims (9)

A long-strip-shaped splint sealing package formed by sealing and covering a long-strip-shaped splint body having stretchability with a sleeve-like airtight packaging material over its entire length;
An elastic cushion and a long band-shaped incidental cushion body that is used separately from the sprint sealed wrapping body and mounted on one surface of the sprint body when the sprint is mounted,
A take-out container that encloses the sprint sealed package and the accompanying cushion; and
A resealing tool for resealing the opening edge of the airtight packaging material of the remaining splint sealing package after the splint sealing package is cut to a required length and used.
The splint sealed package body and the accompanying cushion body are both folded in a bellows shape or a zigzag folded shape with a length corresponding to the depth length of the takeout container, and have an upper and lower arrangement relationship in the takeout container. And being housed in
The fracture is characterized in that the take-out container has at least one take-out opening on at least one side thereof, which allows the split sealed wrapping body and the accompanying cushion body to be pulled out individually or simultaneously. Sprint products for fixing parts. The splint body is a flat and tubular body having a stretchability and breathability of a fiber fabric support, a curing agent impregnated therein, a width wider than the support, and a stretchability that wraps the entire support. The splint product for fixing a fracture site or the like according to claim 1, comprising a cushioning protective covering. The splint product for fixing a fracture site or the like according to claim 2, wherein the support body is formed of a single flat knitted fabric. The splint product for fixing a fracture site or the like according to claim 2 or 3, wherein the support is a highly stretchable knitted fabric having a rib knitted structure in which wale is arranged in the length direction of the splint body. The protective covering is composed of two upper and lower flat cloths wider than the support, and the support is sandwiched in the widthwise center of the two flat cloths so that both side edges are full length in the length direction. The splint product for fixation such as a fracture site according to any one of claims 2 to 4, wherein the splint product is formed into a flat cylindrical shape by being joined over the two. The splint product for fixation such as a fracture site according to any one of claims 2 to 5, wherein the protective covering is made of a stretchable fleece fabric having a raised layer on at least an outer surface. The splint product for fixing a fracture site or the like according to any one of claims 2 to 6, wherein the incidental cushion body is made of an elastic fleece having a raised layer on at least one surface. The splint product for fixing a fracture site or the like according to any one of claims 2 to 7, wherein the curing agent is made of a hydraulic synthetic resin. 9. The take-out container has two take-out ports on the upper and lower sides of one side wall that can be pulled out individually corresponding to the arrangement of the sprint sealed package and the accompanying cushion. 4. A splint product for fixing fracture sites or the like according to any one of the above.

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