US20220386751A1

US20220386751A1 - Field Expedient Repair Kit

Info

Publication number: US20220386751A1
Application number: US17/337,226
Authority: US
Inventors: Ryan Sharp
Original assignee: Rauth Hallus
Priority date: 2021-06-02
Filing date: 2021-06-02
Publication date: 2022-12-08

Abstract

The field expedient repair kit may comprise an inner loadout storage roll and an outer storage system. The kit may store supplies that are intended for the performance of a field expedient task at a remote venue. As non-limiting examples, the field expedient task may be a repair, emergency medical procedure, military mission, or other activity. The kit may optimize space utilization to maximize the quantity of the supplies that may be carried within a given volume and footprint without hindering accessibility of the supplies. The kit may be operable to transport the supplies to the remote venue and be portable such that the kit may be carried by a person. The inner loadout storage roll may detachably couple to the interior of the outer storage system and may be unrolled to provide access to the supplies.

Description

COPYRIGHT NOTICE

A portion of the disclosure of this patent document contains material which is subject to copyright protection. The copyright owner has no objection to the facsimile reproduction of the patent document or the patent disclosure, as it appears in the Patent and Trademark Office patent file or records, but otherwise reserves all copyright rights whatsoever.

BACKGROUND

Repairs and procedures, especially for major articles of equipment or emergency circumstances, in the field can be difficult to achieve when the proper tools are not readily available. Especially when repairs or procedures are difficult to anticipate or unusual in nature. Repair and/or procedure kits have been often devised to be used on common or known issues that may occur in the field but may not always be designed to be field expedient.
A field expedient task may be a task that must be performed at a remote venue in an expedited manner. The field expedient task may require a specific set of supplies, tools, documents, and other items that are particular to the task being performed. The nature of a field expedient task may dictate that supplies must be transported to a remote venue and carried by one person. The nature of the task may further dictate constraints on weight and footprint of the supplies. Once the remote venue is reached, it may be of paramount importance that the supplies are quickly accessible.

BRIEF DESCRIPTION OF THE DRAWINGS

Certain illustrative embodiments illustrating organization and method of operation, together with objects and advantages may be best understood by reference to the detailed description that follows taken in conjunction with the accompanying drawings in which:

FIG. 1 is a left side view of the outer storage system consistent with certain embodiments of the present invention.

FIG. 2 is a right side view of the outer storage system consistent with certain embodiments of the present invention.

FIG. 3 is a detail view of the shell left side flap consistent with certain embodiments of the present invention.

FIG. 4 is a detail view of the interior of the invention consistent with certain embodiments of the present invention and illustrating the inner loadout storage roll and the shell right side flap.

FIG. 5 is a detail view of the inner loadout storage roll in a rolled configuration consistent with certain embodiments of the present invention.

FIG. 6 is a detail view of the inner loadout storage roll in an unrolled configuration consistent with certain embodiments of the present invention illustrating the pairs of retention bands and storage containers.

FIG. 7 is a detail view of the inner loadout storage roll consistent with certain embodiments of the present invention illustrating indicia on the inner loadout storage roll and matching indicia on the storage containers.

FIG. 8 is a detail view of a storage box consistent with certain embodiments of the present invention.

FIG. 9 is a detail view of the inner loadout storage roll in an unrolled configuration with most storage containers removed consistent with certain embodiments of the present invention.

FIG. 10A is a detail view illustrating an initial step of a sequence for rolling the inner loadout storage roll consistent with certain embodiments of the present invention.

FIG. 10B is a detail view illustrating a second step of a sequence for rolling the inner loadout storage roll consistent with certain embodiments of the present invention.

FIG. 10C is a detail view illustrating a third step of a sequence for rolling the inner loadout storage roll consistent with certain embodiments of the present invention.

FIG. 10D is a detail view illustrating a fourth step of a sequence for rolling the inner loadout storage roll consistent with certain embodiments of the present invention.

FIG. 10E is a detail view illustrating a fifth step of a sequence for rolling the inner loadout storage roll consistent with certain embodiments of the present invention.

FIG. 10F is a detail view illustrating a sixth step of a sequence for rolling the inner loadout storage roll consistent with certain embodiments of the present invention.

DETAILED DESCRIPTION

While this invention is susceptible of embodiment in many different forms, there is shown in the drawings and will herein be described in detail specific embodiments, with the understanding that the present disclosure of such embodiments is to be considered as an example of the principles and not intended to limit the invention to the specific embodiments shown and described. In the description below, like reference numerals are used to describe the same, similar or corresponding parts in the several views of the drawings.
The terms “a” or “an”, as used herein, are defined as one or more than one. The term “plurality”, as used herein, is defined as two or more than two. The term “another”, as used herein, is defined as at least a second or more. The terms “including” and/or “having”, as used herein, are defined as comprising (i.e., open language). The term “coupled”, as used herein, is defined as connected, although not necessarily directly, and not necessarily mechanically.
Reference throughout this document to “one embodiment”, “certain embodiments”, “an embodiment” or similar terms means that a particular feature, structure, or characteristic described in connection with the embodiment is included in at least one embodiment of the present invention. Thus, the appearances of such phrases or in various places throughout this specification are not necessarily all referring to the same embodiment. Furthermore, the particular features, structures, or characteristics may be combined in any suitable manner in one or more embodiments without limitation.
The field expedient repair kit (hereinafter invention) may comprise an inner loadout storage roll and an outer storage system. The invention may store supplies that are intended for the performance of a field expedient task at a remote venue. The field expedient task may be a task that must be performed at a remote venue in an expedited manner. As non-limiting examples, the field expedient task may be a repair, emergency medical procedure, military mission, or other activity. The invention may optimize space utilization to maximize the quantity of the supplies that may be carried within a given volume and footprint without hindering accessibility of the supplies. The invention may be operable to transport the supplies to the remote venue. The invention may be portable and may be adapted to be carried by a person. An inner loadout storage roll may detachably couple to the interior of an outer storage system. The inner loadout storage roll may be unrolled to provide access to the supplies.
Throughout this document, supplies may comprise parts, whether reusable or one-time use, accessories, fittings, provisions, medications, tools, and raw materials.
The inner loadout storage roll may be a flexible flat rectangular carrier for the supplies and tools. The supplies and the tools may be removably coupled to the inner loadout storage roll. The inner loadout storage roll may be rolled into the shape of a rectangular solid to compactly fit within the outer storage system. The inner loadout storage roll may be held in the rolled configuration by a roll fastener. Specifically, the roll fastener may couple the bottom left side of the inner loadout storage roll to the bottom right side of the inner loadout storage roll once the inner loadout storage roll has been rolled. The bottom of the inner loadout storage roll may detachably couple to the top of a shell base by a coupling fastener.
The inner loadout storage roll may comprise a plurality of obverse storage positions and one or more reverse storage positions. The plurality of obverse storage positions may be on the top side of the inner loadout storage roll when the inner loadout storage roll is rolled out flat. Each of the plurality of obverse storage positions may be configured to hold a stored item. Throughout this document, a stored item may refer to a storage box, a storage tube, an individual tool, or combinations thereof.
Each of the plurality of obverse storage positions may be uniquely designated by indicia that may appear on the inner loadout storage roll adjacent to each of the plurality of obverse storage positions. As a non-limiting example, the indicia may be numbers. In some embodiments, the indicia may comprise a photoluminescent material such that the indicia may be viewable in the dark. As a non-limiting example, the indicia may be cutouts with a glow tape backing. As a non-limiting example, the glow tape backing may absorb photons from a light source such as sunlight or a flashlight and may emit photons when the light source is removed. The shape of the cutout may define the indicia that is seen.
In some embodiments, spacing between the plurality of obverse storage positions may vary to allow room for rolling the inner loadout storage roll.
The one or more reverse storage positions may be on the bottom of the inner loadout storage roll when the inner loadout storage roll is rolled out flat. The one or more reverse storage positions may be accessible on one or both sides of the inner loadout storage roll when the inner loadout storage roll is rolled up to fit within the outer storage system. In a preferred embodiment, each of the one or more reverse storage positions may be configured to hold a storage box, a storage tube, an individual tool, or combinations thereof.
An individual storage position selected from the plurality of obverse storage positions or the one or more reverse storage positions may comprise a pair of retention bands to hold the stored item in place. The pair of retention bands may be elastic straps located on opposing sides of the individual storage position. The ends of an individual retention band selected from the pair of retention bands may be coupled to the inner loadout storage roll such that the individual retention band may form a loop that passes over the stored item. End straps may be attached to the inner loadout storage roll and to the center of the individual retention band. In some embodiments, the end strap made of the same material as the individual retention band. The end straps may be located on one or both of the individual retention bands. The end straps may prevent the stored item from sliding out of the pair of retention bands.
The stored item may be a storage container. The supplies may be placed inside of the storage container and the storage container may be inserted into the pair of retention bands at the individual storage position. The storage container may be a resealable plastic container. The storage container may be a storage box. The storage box may be a hollow rectangular container comprising a removable or hinged lid that is held closed by a latch. In a preferred embodiment, the storage box may measure 9 inches long×4 inches wide×1.5 inches high. The storage container may be a storage tube. The storage tube may be a hollow cylindrical container comprising a removable screw cap. In a preferred embodiment, the storage tube may measure 9 inches long and may have an outer diameter of 1.5 inches.
The storage containers may comprise a glow tape bearing matching indicia that correspond to the indicia on the inner loadout storage roll. The matching indicia may indicate which of the individual storage positions the storage container should be returned to after use. The glow tape may comprise a photoluminescent material such that the matching indicia may be viewable in the dark. As a non-limiting example, the matching indicia may be markings on the glow tape. The glow tape may absorb photons from a light source such as sunlight or a flashlight and may emit photons when the light source is removed. The markings on the glow tape may define the matching indicia that is seen.
The outer storage system may wrap around the inner loadout storage roll to form a shell-like covering around the inner loadout storage roll. The outer storage system comprises a shell left side flap, a shell right side flap, the shell base, a shell front cover, and a shell rear cover. The proximal end of the shell left side flap may hingedly couple to the left side of the shell base. The proximal end of the shell right side flap may hingedly couple to the right side of the shell base. The proximal end of the shell front cover may hingedly couple to the front of the shell base. The proximal end of the shell rear cover may hingedly couple to the rear of the shell base. The shell front cover may cover the front end of the outer storage system when the shell front cover is pivoted upwards and the shell rear cover may cover the rear end of the outer storage system when the shell rear cover is pivoted upwards. The distal end of the shell front cover may extend over the top of the inner loadout storage roll when the shell front cover is pivoted upwards. The distal end of the shell rear cover may extend over the top of the inner loadout storage roll when the shell rear cover is pivoted upwards. The distal end of the shell front cover and the distal end of the shell rear cover may be covered by the shell left side flap and the shell right side flap when the shell left side flap and the shell right side flap are pivoted upwards and coupled using a shell fastener. The shell front cover and the shell rear cover may be retained in an upward position over the inner loadout storage roll by the shell left side flap and the shell right side flap. The shell left side flap and the shell right side flap may pivot upwards and may fold over the top of the inner loadout storage roll such that the shell left side flap and the shell right side flap overlap to cover the inner loadout storage roll when the inner loadout storage roll is resting on the shell base. The shell fastener may detachably couple the distal end of the shell left side flap with the distal end of the shell right side flap in order to retain the shell left side flap and the shell right side flap in the configuration where the inner loadout storage roll is covered.
The shell left side flap may comprise one or more document pockets. The one or more document pockets may be accessible when the shell left side flap and the shell right side flap are decoupled and separated. Each of the one or more document pockets may be operable to hold one or more documents or flat supplies. In a preferred embodiment, there may be three (3) pockets and each of the one or more document pockets may be at least 9 inches wide and at least 7 inches deep. The shell right side flap may comprise a disposable glove dispenser and storage area. As a non-limiting example, the disposable glove dispenser and storage area may comprise one or more compartments adapted to hold packaged and/or unpackaged disposable gloves. The disposable glove dispenser and storage area may be adapted to dispense disposable gloves. When the disposable gloves are no longer needed, the disposable gloves may be returned to the disposable glove dispenser and storage area for later disposal. It may be recognized that the disposable glove dispenser and storage area may be adapted to dispense other items. As non-limiting examples, the disposable glove dispenser and storage area may be adapted to dispense sanitary wipes, lensing-cleaning wipes, and evidence bags, among other items.
The outer storage system may further comprise one or more carrying handles. The one or more carrying handles may be coupled to the shell left side flap, to the shell right side flap, or both.
The outer storage system, the inner loadout storage roll, or both may be made from a water-resistant material. As a non-limiting example, the outer storage system, the inner loadout storage roll, or both may be made from water-resistant canvas. In another non-limiting example, the shell fastener, the coupling fastener, the roll fastener, or combinations thereof may be hook and loop fasteners or other detachable fastening means.
In a preferred embodiment, the overall dimensions of the outer storage system may be 10 inches wide×10 inches long by 8 inches high.
In use, supplies selected appropriately for a field expedient task may be placed into one or more document pockets and storage containers. The storage containers may be storage boxes and storage tubes. As a non-limiting example, if the field expedient task relates to mechanical repairs, then mechanical parts may be loaded into the pockets and the storage containers. In another non-limiting example, if the field expedient task relates to medical procedures or first aid then medical supplies may be loaded into the pockets and the storage containers.
The storage containers and tools may be coupled to an inner loadout storage roll at a plurality of obverse storage positions and one or more reverse storage positions. The inner loadout storage roll may be rolled as described by FIG. 10 and the inner loadout storage roll may be coupled to the bottom of an outer storage system via a coupling fastener. The outer storage system may be closed by raising a shell front cover, a shell rear cover, a shell left side flap, and a shell right side flap and the outer storage system may be held closed by a shell fastener. The invention may be easily carried by one person to a remote venue where the field expedient task is to be performed. The invention may be quickly deployed by uncoupling the shell fastener, opening the outer storage system, uncoupling a roll fastener, and unrolling the inner loadout storage roll. In seconds, the supplies and the tools are accessible.
Turning now to FIG. 1 , the figure shows a left side view of the outer storage system 200 of the invention 100. The shell left side flap 210, the shell front cover 232, and the shell rear cover 234 are visible, along with the one or more carrying handles 236.
Turning now to FIG. 2 , the figure shows a right view of the outer storage system 200 when the invention 100 is configured for storage. As a non-limiting example, the invention 100 may be configured for storage by removing the supplies. The shell right side flap 220, the shell front cover 232, the shell rear cover 234, the shell base 230, and the one or more carrying handles 236 are shown, along with the location of the shell fastener 224.
Turning now to FIG. 3 , the figure shows a detail view of the shell left side flap 210. The shell left side flap 210 may comprise the one or more document pockets 212 where documents and supplies 900 that are flat may be stored.
Turning now to FIG. 4 , the figure shows a detail view of the interior of the invention 100. Here, the shell left side flap 210, the shell right side flap 220, the shell front cover 232, and the shell rear cover 234 have been folded back to expose the inner loadout storage roll 240. The disposable glove dispenser and storage area 222 for storing the disposable gloves 910 can be seen on the shell right side flap 220. The roll fastener 282 for retaining the inner loadout storage roll 240 in a rolled configuration is also apparent.
Turning now to FIG. 5 , the figure shows a detail view of the inner loadout storage roll 240 in a rolled configuration. The inner loadout storage roll 240 may be held in a rolled configuration by the roll fastener 282. As a non-limiting example, the supplies 900 may be held inside of the storage containers 260 that are coupled to the top side of the inner loadout storage roll 240. Additional items may be held in the one or more reverse storage positions 274.
Turning now to FIG. 6 , the figure shows a detail view the inner loadout storage roll 240 rolled open. The pair of retention bands 252 may be seen holding the storage boxes 262 and the storage tubes 264 in place. Tools 920 may also be held by the inner loadout storage roll 240.
Turning now to FIG. 7 , the figure shows a detail view of the inner loadout storage roll 240. Each position can be uniquely designated by indicia 266 that may be readable in dim lighting due to the glow tape backing 268 behind the indicia 266. Matching indicia 270 may appear on the storage box 262 to direct placement of the storage box 262 within the inner loadout storage roll 240. The matching indicia 270 may also be readable in dim lighting due to the glow tape 272 upon which the matching indicia 270 is printed. Note that some position such as POSITION ONE 931 may hold a single storage box 262 while other positions such as POSITION FOUR 934 may hold multiple items—in this case the storage tube 264 and the tool 920.
Turning now to FIG. 8 , the figure shows a detail view of a storage box 262. The matching indicia 270 on the glow tape 272 can be seen on the lid of the storage box 262. In various embodiments, the lid may be hinged or removable and may be held closed by one or more clips. A storage tube 264 and a tool 920 can also be seen in this view.
Turning now to FIG. 9 , the figure shows a detail view of the inner loadout storage roll 240 when unrolled. The plurality of obverse storage positions 250 are shown. In this embodiment, a single elastic band across the top and another across the bottom may form the pair of retention bands 252 for multiple positions. The end straps 254 may then be added for positions that are intended to hold a storage box. In some embodiments, the indicia 266 may be a feature of the end strap 254.
Turning now to FIGS. 10A-F, the figure illustrates a detail view of the sequence for rolling the inner loadout storage roll 240 having six (6) obverse storage positions as in a preferred embodiment. For the following discussion of FIGS. 10A-F, obverse storage positions of the inner loadout storage roll 240 are numbered from POSITION ONE 931 (1) to POSITION SIX 936 (6) going from left to right when the inner loadout storage roll 240 is unrolled.
With regard to FIG. 10A, this figure presents the first position of the roll up of the inner loadout storage roll 240. The inner loadout storage roll is prepared for transportation by folding POSITION SIX 936 down and to the left by 180 degrees such that POSITION SIX 936 is placed beneath POSITION FIVE 935.
With regard to FIG. 10B, this figure presents the second position of the rollup of the inner loadout storage roll 240. The inner loadout storage roll second position of the rollup is generated by folding POSITION FIVE 935 and POSITION SIX 936 up and to the left by 180 degrees such that POSITION FIVE 935 and POSITION SIX 936 are placed on top of POSITION FOUR 934.
With regard to FIG. 10C, this figure presents the third position of the rollup of the inner loadout storage roll 240. The inner loadout storage roll third position of the rollup is generated by folding POSITION FOUR 934, POSITION FIVE 935, and POSITION SIX 936 up and to the left by 90 degrees such that POSITION FIVE 935 and POSITION SIX 936 are placed on top of POSITION THREE 933.
With regard to FIG. 10D, this figure presents the fourth position of the rollup of the inner loadout storage roll 240. The inner loadout storage roll fourth position of the rollup is generated by folding POSITION THREE 933, POSITION FOUR 934, POSITION FIVE 935, and POSITION SIX 936 up and to the left by 90 degrees such that POSITION FOUR 934, POSITION FIVE 935 and POSITION SIX 936 are placed on top of POSITION TOP 932.
With regard to FIG. 10E, this figure presents the fifth position of the rollup of the inner loadout storage roll 240. The inner loadout storage roll fifth position of the rollup is generated by folding POSITION ONE 931 up and to the left by 90 degrees such that POSITION ONE 931 is adjacent to POSITION FIVE 935 and POSITION SIX 936.
With regard to FIG. 10F, this figure presents the final position of the rollup of the inner loadout storage roll 240. The inner loadout storage roll final position of the rollup is generated by fastening the roll fastener 282 between the bottom of the inner loadout storage roll 240 adjacent to POSITION ONE 931 and POSITION FOUR such that the roll is prevented from unrolling. The resulting roll may be coupled to the shell base 230 beneath POSITION TWO 932 via the coupling fastener 280.
It can be seen from this figure that the resulting roll-up is quite compact and effectively uses the interior space of the outer storage system 200. The resulting roll can be quickly accessed by unfastening the roll fastener 282 and unrolling the inner loadout storage roll 240 to expose all positions.
While certain illustrative embodiments have been described, it is evident that many alternatives, modifications, permutations and variations will become apparent to those skilled in the art in light of the foregoing description.

Claims

What is claimed is:

1. A field expedient repair kit comprising

an inner loadout storage roll and an outer storage system;

where the field expedient repair kit stores supplies for the performance of a field expedient repair task at a remote venue;

where the field expedient repair kit is operable to transport the supplies to the remote venue;

where the inner loadout storage roll detachably couples to the interior of the outer storage system.

2. The field expedient repair kit according to claim 1

where the inner loadout storage roll is a flexible flat rectangular carrier for the supplies and tools;

where the supplies and the tools are removably coupled to the inner loadout storage roll;

where the inner loadout storage roll is rolled to fit within the outer storage system;

where the inner loadout storage roll is held in the rolled configuration by a roll fastener;

where the bottom of the inner loadout storage roll detachably couples to the top of a shell base by a coupling fastener.

3. The field expedient repair kit according to claim 2

where the inner loadout storage roll comprises a plurality of obverse storage positions and one or more reverse storage positions;

where the plurality of obverse storage positions are on the top side of the inner loadout storage roll when the inner loadout storage roll is rolled out flat;

where each of the plurality of obverse storage positions are configured to hold a stored item.

4. The field expedient repair kit according to claim 3

where each of the plurality of obverse storage positions are uniquely designated by indicia that appear on the inner loadout storage roll adjacent to each of the plurality of obverse storage positions;

where the indicia comprises a photoluminescent material such that the indicia is viewable in the dark.

5. The field expedient repair kit according to claim 4

where the one or more reverse storage positions are on the bottom of the inner loadout storage roll when the inner loadout storage roll is rolled out flat;

where the one or more reverse storage positions are accessible on one or both sides of the inner loadout storage roll when the inner loadout storage roll is rolled up to fit within the outer storage system.

6. The field expedient repair kit according to claim 5

where an individual storage position selected from the plurality of obverse storage positions or the one or more reverse storage positions comprise a pair of retention bands to hold the stored item in place;

where the pair of retention bands are elastic straps located on opposing sides of the individual storage position;

where the ends of an individual retention band selected from the pair of retention bands are coupled to the inner loadout storage roll such that the individual retention band forms a loop that passes over the stored item.

7. The field expedient repair kit according to claim 6

where end straps are attached to the inner loadout storage roll and to the center of the individual retention band;

where the end straps are located on one or both of the individual retention bands;

where the end straps prevent the stored item from sliding out of the pair of retention bands.

8. The field expedient repair kit according to claim 7

where the stored item is a storage container;

where the supplies are placed inside of the storage container and the storage container is inserted into the pair of retention bands at the individual storage position;

where the storage container is a resealable plastic container.

9. The field expedient repair kit according to claim 8

where the storage containers comprise a glow tape bearing matching indicia that correspond to the indicia on the inner loadout storage roll;

where the matching indicia indicates which of the individual storage positions the storage container should be returned to after use;

where the glow tape comprises a photoluminescent material such that the matching indicia is viewable in the dark.

10. The field expedient repair kit according to claim 9

where the outer storage system forms a shell-like covering around the inner loadout storage roll;

where the outer storage system comprises a shell left side flap, a shell right side flap, the shell base, a shell front cover, and a shell rear cover;

where the proximal end of the shell left side flap hingedly couples to the left side of the shell base;

where the proximal end of the shell right side flap hingedly couples to the right side of the shell base;

where the proximal end of the shell front cover hingedly couples to the front of the shell base;

where the proximal end of the shell rear cover hingedly couples to the rear of the shell base;

where the shell front cover covers the front end of the outer storage system when the shell front cover is pivoted upwards and the shell rear cover covers the rear end of the outer storage system when the shell rear cover is pivoted upwards;

where the distal end of the shell front cover extends over the top of the inner loadout storage roll when the shell front cover is pivoted upwards;

where the distal end of the shell rear cover extends over the top of the inner loadout storage roll when the shell rear cover is pivoted upwards;

where the distal end of the shell front cover and the distal end of the shell rear cover are covered by the shell left side flap and the shell right side flap when the shell left side flap and the shell right side flap are pivoted upwards and coupled using a shell fastener;

where the shell front cover and the shell rear cover are retained in an upward position over the inner loadout storage roll by the shell left side flap and the shell right side flap;

where the shell left side flap and the shell right side flap pivot upwards and fold over the top of the inner loadout storage roll such that the shell left side flap and the shell right side flap overlap to cover the inner loadout storage roll;

where the shell fastener detachably couples the distal end of the shell left side flap with the distal end of the shell right side flap in order to retain the shell left side flap and the shell right side flap in the configuration where the inner loadout storage roll is covered.

11. The field expedient repair kit according to claim 10

where the shell left side flap comprises one or more document pockets;

where the one or more document pockets are accessible when the shell left side flap and the shell right side flap are decoupled and separated;

where each of the one or more document pockets are operable to hold one or more documents or flat supplies;

where the shell right side flap comprises a disposable glove dispenser and storage area;

where the disposable glove dispenser and storage area is adapted to dispense disposable gloves;

where when the disposable gloves are no longer needed, the disposable gloves is returned to the disposable glove dispenser and storage area for later disposal.

12. The field expedient repair kit according to claim 1,

where the field expedient repair kit is portable and is adapted to be carried by a person; and

where the inner loadout storage roll is unrolled to provide access to the supplies.

13. A system comprising

a device comprising an inner loadout storage roll and an outer storage system;

where the inner loadout storage roll is adapted to carry supplies;

a user rolling an inner loadout storage roll to fit within the outer storage system;

said user emplacing supplies into compartments within said inner loadout storage roll and said outer storage system specific to a pre-established configuration;

said user transporting said device to a remote venue to support field service repair activities;

said user accessing said supplies through unrolling said outer storage system and detaching said inner loadout storage roll to permit said user to perform one or more activities in service to one or more field expedient repair actions.

14. The system of claim 13, further comprising,

said compartments having one or more glow tape bearing matching indicia that correspond to the identity of the item stored within said compartment;

where the matching indicia indicates to which of the individual storage positions the storage container should be returned to after use;

where the glow tape comprises a photoluminescent material such that the matching indicia is viewable by said user in the dark.