JP2019035179A - Jacket for physician's out-hospital activity - Google Patents

Abstract

To provide a jacket for a physicians's out-hospital activity, capable of: facilitating attachment or detachment of the sleeve part in the case of emergency surgery, etc. at a lifesaving site; preventing dirt from flowing into the sleeve; taking out medical instruments, etc. from a pocket in spite of the fact that the pocket is mounted inside the jacket so as to eliminate any protrusion on a jacket surface; and discharging contaminated blood, etc. entering through the sleeve.SOLUTION: There is provided a jacket for a physicians's out-hospital activity, which: allows the sleeve part to be easily separated by arranging each of a pair of elements of a hook-and-loop fastener, etc. on the outside of the sleeve part and the inside of the body part; arranges a pocket in the inner front body of the double front bodies tailored from two pieces of fabric, and also makes it possible to open/close the communication between the inner and outer front bodies by a cut-off fastener, thereby making it possible to take in/out from the pocket without opening the jacket; and prepares a drain hole connecting to a gap between the double sleeves by using the double sleeves tailored from two pieces of fabric, thereby making it possible to discharge contaminated blood, etc.SELECTED DRAWING: Figure 2

Description

The present invention relates to a case where doctors, nurses, and life-saving technicians headed for emergency lifesaving or disaster scenes perform emergency treatments etc. outside the hospital in emergency situations where the contaminated blood is scattered. It relates to an upper garment for making the work safe and easy.

  Rain water or blood flow by placing the easy-to-removable sleeve inside the body (specific wing tailoring), or placing the easily removable sleeve inside the upper part (specific wing tailoring) The present invention relates to an upper garment that makes it possible to easily and quickly attach and detach sleeves as necessary, while reducing the inflow of filth and the like.

  In addition, a large-capacity pocket is required to carry medical devices while securing the freedom of both hands at sites with obstacles such as disaster areas. It is possible to prevent encountering secondary disasters, but in severe situations such as snowstorms, heavy rains, or splattered blood that may be infectious contaminated blood, without opening the upper garment body, The present invention relates to an upper garment that allows a medical device or the like to be taken out from the upper garment pocket.

  Also, in harsh situations such as rainwater and contaminated blood scattering scenes, doctors are polluted by draining rainwater and contaminated blood flowing in from the cuffs, even with sleeves attached, in order to protect the doctors' bodies. It relates to a garment that makes it possible to prevent this.

  Advances such as devising waterproof materials have been seen for emergency life jackets, but for use in extreme environments such as DMAT activities in disaster areas, sleeves can be attached and detached easily and quickly as needed. There was a problem that it was not possible to do it under the present circumstances.

  In addition, there was a problem that a large external pocket was obstructive at the site where there was an obstacle, but in the case of a simple inner pocket, when taking out medical equipment etc. from the inner pocket, it was necessary to open the upper garment, At this time, there is a problem that doctors have a risk of contaminating their bodies with contaminated blood.

  In addition, due to the situation at the site such as contaminated blood being scattered, if it is a doctor's protection to perform treatment with sleeves attached, contaminated blood or rainwater may be infected from the cuffs by close friends. There was a problem that there was no problem, and there was a problem that it was necessary to repel water and dehydrate without touching the skin.

  In the present invention, doctors, nurses and lifesaving personnel who are required to perform treatment outdoors (out-of-hospital) such as emergency lifesaving and disaster rescue may need to remove their sleeves when performing emergency treatment at a lifesaving site. In some cases, it would be better to put it on the reverse side, and it was required that it could be easily attached and detached. However, if the sleeve can be detached by simply attaching it to the outside of the body, there is a problem that filth such as rainwater or bloodshed easily flows into the sleeve from the joint.

  Alternatively, even if it is sufficient to attach and detach the lower part of the sleeve, if it can be detached by simply attaching the lower part of the sleeve to the outside of the upper part of the sleeve, filth such as rainwater and bloodshed will flow into the lower part of the sleeve from the joint and cause infection by the doctor. There were problems such as increased risk.

In addition, at the disaster site with obstacles such as DMAT dispatch, while keeping freedom of both hands, in the worst case, it is forced to work continuously for 3 days and nights while wearing clothes, so medical equipment A large-capacity pocket is required to carry the device, but if the pocket is external, there was a risk of encountering an unexpected secondary disaster due to the protrusion.
On the other hand, if the pocket is simply placed inside, it would be necessary to open the upper garment when taking out the medical device etc. from the pocket.

  Also, depending on the contamination status, it may be preferable to protect the body of a doctor or the like with the sleeve on, but at that time, contaminated blood or the like may flow from the cuffs, which may lead to an extremely unsanitary situation. It was.

  Therefore, the present invention makes it easy to detach and attach while making the sleeves a specific wing, and the two front bodies on the left and right are tailored, and the first front body on the top and the second front body below it By installing a pocket on the front body of the second piece, the pocket can be attached to the inside of the upper garment so that the protrusion on the outer garment can be reduced. In addition, it is possible to take out the contents from the pocket without opening the upper garment, and to solve the above-mentioned problems by providing a drainage hole with the sleeve as a double sleeve.

  Therefore, each sleeve is put on the body by attaching a simple adhesive detachment element such as a hook-and-loop fastener to the part corresponding to the outside of the part adjacent to the body of each of the left and right sleeves and the part corresponding to the inside of the part adjacent to each sleeve of the body. It is possible to easily attach and detach (typically just by pulling strongly), and it is difficult for rainwater filth to flow into the sleeve.

  Alternatively, the upper and lower sleeves are joined to the left and right sleeves, and the lower part of each sleeve is attached to the inner part of the upper part and the outer part of the lower part by attaching simple adhesive release elements such as hook-and-loop fasteners, respectively. Can be easily attached and detached from the upper part of the sleeve (specifically, by simply pulling it strongly), and rainwater filth and the like are less likely to flow into the lower part of the sleeve.

  Alternatively, the left and right front bodies can be doubled so that the first front body on the front of the upper garment and the second front body underneath can be opened and closed with a zipper. The inner part of the upper garment reduces protrusions on the outer side of the upper garment and allows the contents to be taken out of the pocket without opening the upper garment.

  Alternatively, the removable sleeve part is a double sleeve and a drainage hole leading to the gap between the double sleeves is provided near the upper end of the part to discharge contaminated blood or rainwater that has entered the cuff from the drainage hole. By doing so, the above-mentioned problems are solved.

  Therefore, each sleeve is attached by bonding a simple adhesive release element such as a hook-and-loop fastener to a portion corresponding to the outside of the portion adjacent to the body of each left and right sleeve and a portion corresponding to the inside of the portion adjacent to each sleeve of the body. It was possible to attach and detach easily from the body, and to prevent filth such as rainwater and bloodshed from flowing into the sleeve.

  In addition, the upper and lower sleeves are joined to the left and right sleeves, and simple adhesive release elements such as hook-and-loop fasteners and water-fastening fasteners are bonded to the inside of the upper joint and the outside of the lower part, respectively. This makes it possible to easily attach and detach the lower sleeve part from the upper sleeve part, and to make it difficult to flow into the lower sleeve part such as rainwater filth.

  In addition, the left and right front bodies are doubled so that the space between the first front body of the upper garment and the second front body behind it can be opened and closed with a water stop fastener. By installing the inner pocket in the pocket, the protrusion on the outer side of the upper garment is reduced by the internal pocket, and by removing the contents from the pocket without opening the upper garment, the doctors are protected from contamination and by the projection It was possible to achieve both damage prevention.

  In addition, two sleeves that can be attached and detached are tailored, and a drainage hole leading to the gap between the double sleeves is provided near the upper end of the part to discharge contaminated blood and rainwater that has entered through the cuffs from the drainage hole. It is possible to minimize contamination while protecting the body of a doctor or the like with a sleeve.

  It is the top view which showed the upper garment which attached the sleeve which can be attached or detached easily.   It is the top view which showed the relationship between the detached sleeve and the front body.   It is the top view which installed the pocket inside the front body.   It is the top view which showed the relationship between the detachable sleeve lower part and the sleeve upper part, and the two-tailored sleeve and drainage hole.

  Embodiments of the present invention will be described below with reference to the accompanying drawings. In FIG. 2, the surface fastener (4) is bonded to the outside of the portion of the left sleeve (1) close to the body (3), and the inside of the portion of the body (3) close to the left sleeve Also has a hook-and-loop fastener (5). This makes it easy to attach and detach by simply pulling the sleeve from the front body, and since the part from the shoulder of the sleeve is hidden inside the front body, rainwater, bloodshed, etc. from the removable part It becomes the form which can make it difficult for filth to penetrate | invade in a sleeve.

  In addition to the hook-and-loop fasteners of the above-mentioned embodiment, there is also an embodiment in which a water-fastening fastener is attached between the sleeve and the body, and in that case, when the wind and rain such as typhoon is strong, the fastener is used in combination. It is the form which can prevent further further that filths, such as rain water and bloodshed from a possible part, penetrate | invade in a sleeve.

  In FIG. 4, the lower sleeve (12) and the upper portion (13) can be joined to the left sleeve, and the hook-and-loop fastener (14) is placed on the outer side of the portion near the upper end of the lower sleeve (12). A hook-and-loop fastener (15) is also adhered to a portion corresponding to the inner side of the portion close to the lower end of the upper portion (13). This makes it possible to easily attach and detach the lower part of the sleeve from the upper part of the sleeve, and because the upper end of the lower part of the sleeve is hidden inside the upper part of the sleeve (tailored wings), rainwater and bloodshed from the removable part The filth is difficult to penetrate into the lower part of the sleeve.

  In FIG. 3, pockets (6) to (11) are arranged on the inner front body (19). The outer front body (18) and the inner front body (19) are tailored (20). Between the inner front body (19) and the outer front body (18), a water stop fastener (left fastener 21) can be opened and closed independently. It is possible to take out a medical instrument or the like from the pockets (6) to (11) simply by opening the water stop fastener (21) between the front body and the back.

  In FIG. 4, there is also a form in which the sleeve is a double sleeve (two-tailored). In that case, the outer sleeve (12) and the inner sleeve (16) are doubled, and a drainage hole (17) is opened at a position corresponding to the elbow of the outer sleeve and leads to the gap between the double sleeves. The rainwater and contaminated blood entering from the cuffs can be discharged from the drain hole (17).

1 Left sleeve 2 Right sleeve 3 Front body 4 Velcro attached to the outside of the upper part of the left sleeve 5 Velcro tape attached to the inside of the joint with the sleeve of the front body 6 Pocket 7 attached to the inside of the front body Same as above 8 Same as above 9 Same as above 10 Same as above 11 Same as above 12 Lower part of left sleeve 13 Upper part of left sleeve 14 Velcro attached to the outside of the lower part of left sleeve 15 Velcro attached to the inside of the upper part of left sleeve 16 Lower part of left sleeve Double sleeve inner part 17 where the part is a double sleeve Empty drainage hole in the outer part of the double sleeve at the lower part of the left sleeve

Claims (8)

  By attaching simple adhesive release elements such as hook-and-loop fasteners to the part of the body on the left and right of the sleeve and the part on the inside of the part of the body close to the sleeve An upper garment that allows for easy placement and removal of each sleeve from the body   Each sleeve on the left and right is divided into an upper part and a lower part, and a simple adhesive release element such as a hook-and-loop fastener is joined to the outer part of the lower part and the inner part of the upper part. An upper garment that can be placed in the upper part of the sleeve (specific wing tailoring), and the lower part of each sleeve can be easily detached from the upper garment that is integrated with the upper part of each sleeve.   Protrusion from the top of the upper garment by making two pieces for each front body on the left and right, installing a pocket on the inner front body, and installing a water-stop fastener between the inner front body and the outer front body The upper garment that allows the user to put in and take out from the pocket while eliminating the need for opening and removing the upper garment body when taking in and out of the pocket.   Protrusion from the top of the upper garment by making two pieces for each front body on the left and right, installing a pocket on the inner front body, and installing a water-stop fastener between the inner front body and the outer front body 3. The upper garment that allows the user to put in and out of the pocket while eliminating the need to open the upper garment body in and out of the pocket.   The outer sleeve and the inner sleeve are double (separated from two), the inner sleeve and the outer sleeve have cuffs, and both sleeves are circular at positions away from the cuffs. A drainage hole is installed in the outer cuff located closer to the cuff than the stitch line, and the liquid that has entered the cuff is discharged into the gap between the outer sleeve and the inner sleeve. Claim 1 upper garment   The lower sleeve is double the outer lower sleeve and the inner lower sleeve, the inner lower sleeve and the outer lower sleeve each have cuffs, from each cuff The sleeves are sewn circumferentially at a distance, and a drainage hole is installed in the outer cuff that is closer to the cuff than the stitching line. The upper garment capable of discharging the liquid that has entered the cuffs into the gap between the sleeves on the side.   Protrusion from the top of the upper garment by making two pieces for each front body on the left and right, installing a pocket on the inner front body, and installing a water-stop fastener between the inner front body and the outer front body 6. The upper garment that allows the user to put in and out of the pocket while eliminating the need to open the upper garment body when taking in and out of the pocket.   Protrusion from the top of the upper garment by making two pieces for each front body on the left and right, installing a pocket on the inner front body, and installing a water-stop fastener between the inner front body and the outer front body 7. The upper garment that allows the user to put in and take out from the pocket while eliminating the need to open the upper garment body when taking in and out of the pocket.

Images