referring now to the drawings , there is shown belt 10 having a strap 12 , a buckle end 14 and an engagement end 16 . the strap 12 and engagement end 16 may be formed of a number of commercially available materials such as , for example , leather , plastic , or strong woven fabric . the engagement end 16 includes a series of spaced apart openings or apertures 18 longitudinally directed along the engagement end 12 so as to provide adjustability when cinching the belt depending upon the point of engagement with “ c ” shaped locking hook 20 . the openings 18 extend through the thickness of the engagement end 16 to thereby provide a secure grip . the material forming the strap portion 12 and the engagement portion 16 may be the same material or a different material and they may be joined together in any one of a number of methods known in the art . for the present invention , the strap 12 is formed of two individual segments 22 and 24 ( as shown in fig2 a ) attached together along ends 26 and 28 so as to provide an interior cavity or space 30 capable of containing and storing a selectable number of implements 32 . segment 24 has an opening defined by edge 34 and 36 to which is attached respective teeth portions of a zipper 38 . a zipper sliding piece 40 engages edges 34 and 36 in a conventional manner to open and close the zipper to provide access and sealing of the cavity 30 . other methods of sealing the cavity 30 may be used as for example by way of a hook and loop locking arrangement commonly known under the name velcro ® with one edge of segment 24 having the hook arrangement and the other edge having the loop arrangement . a still further example of a releasable fastener may be the interlocking plastic edges commonly known as zip lock fasteners . in an alternate embodiment ( see fig2 b ), edges 34 ® and 36 ® may be sized so as to provide for an overlapping sealing arrangement without the use of the interlocking sealing arrangements described above . the cavity 30 is sized to accommodate a variety of implements therein . in particular , the invention contemplates storage of what may be called a space blanket . a space blanket may be formed of a very thin typically plastic material capable of being rolled up into a relatively small volume so as to fit into the cavity 30 typically lengthwise and permit the sealing element such as a zipper to be closed thereby storing the space blanket within the cavity 30 . the space blanket may have an insulative end and / or reflective coating so as to provide a full body cover for a user who seeks insulation from a cold environment or reflection of sunlight in a bright warm environment . other types of implements may include wire saws , ropes and surgical wrappings . with all types of sealing apparatus , it is understood that they are sufficiently flexible enough to allow the belt to be cinched about a wearer . a buckle 14 is coupled to strap 10 in any one of a number of methods known in the art . the buckle 10 as shown in fig4 is formed of a durable , strong material such as metal commonly used in belts . the buckle of fig4 is shown as an embodiment having a rectangular shape and cross - section . however , it is to be understood that the shape of the buckle may be round , oval or any other geometry without departing from the spirit and contemplation of the invention . the buckle 14 includes a receptacle 42 that is sized to contain any number of implements such as , but not limited to , a compass , gps , scissors , matches , flashlight , medications and the like . buckle 14 includes two scalloped portions 44 and 46 and as will be described later in detail , the scalloped portions provide clearance for movement of a locking spring 46 . two apertures 48 and 50 extend into sidewalls 52 and 54 respectively and are positioned to be in alignment with respective ends of spring 46 when a face plate 56 is placed on buckle 14 in the sealing position . a cut - out or plateau 57 provides clearance and a platform upon which face plate 56 rests when it is in the sealing position . a recess 59 extends inward of rear wall 60 and as will be described later , provides a rear anchor for face plate 56 . referring to fig5 there is shown a perspective view of an embodiment of the face plate 56 [ underside ] of the present invention . face plate 56 includes a retractable spring 46 which is anchored to the underside of the plate by any one of a number of conventional techniques known in the art . spring 46 comprises two symmetrically movable arms 58 and 60 having ends 62 and 64 respectively . application of a force to the exposed ends 66 and 68 , urging the arms 58 and 60 together , causes the ends 62 and 64 to retract inward towards each other to a location within the border of the face plate 56 . an extension 70 protrudes outward from the face plate rear edge 72 . the extension 70 is shaped to conform to the profile of recess 59 and the spring ends 62 and 64 are shaped to conform to the profile of apertures 48 and 50 . to mount the face plate 56 in the sealing position a compressive force is applied to exposed ends 66 and 68 which draws each end 62 and 64 to be positioned within the border of the face plate 56 . the face plate 56 is guided into position such that extension 70 enters recess 59 and front edge 74 rests upon plateau 57 . at such location , spring ends 62 and 64 are in alignment with apertures orifices 48 and 50 and upon release of the compressive force on the exposed ends 66 and 68 the spring ends 62 and 64 enter the respective apertures thereby locking the face plate 56 to the buckle 14 . to release the face plate 56 from its locked or sealing position , a compressive force is simultaneously applied to exposed end 66 and 68 until the ends clear the respective apertures and the face plate 56 can be thereafter removed . as shown in fig6 when in the sealing position , exposed end 66 and 68 extend beyond the walls 52 and 54 by virtue of the clearance provided by the scalloped portions 44 and 46 . as shown in fig5 the face plate 56 has a rectangular shape having a thickness 76 . the depth of plateau 57 is sized to be equal to that of the face plate thickness 76 such that when the face plate is in the sealing position the buckle 14 will have a relatively flat outer surface . it is to be understood that the face plate 56 faces away from the wearer when the belt is cinched about the wearer . further , it is to be understood that the cross - section and described embodiment is not to be taken in a limiting sense and that adjustment of dimension and profile as well as locking arrangements of the face plate 56 and buckle 14 are well within the contemplation of the invention . although the present invention has been described in considerable detail with reference to certain preferred versions , many other versions should be apparent to those skilled in the art . therefore , the spirit and scope of the appended claims should not necessarily be limited to the description of the preferred versions contained herein .
a multi - purpose survival belt includes an elongated strap having a sealable cavity along its length and configured for storage and retrieval of a thin , foldable sheet . the cavity is sealable by means of a zipper or velcro ® loop - type arrangement . the thin material may be in the form of a body insulating sheet , rope , wire saws and the like . the belt includes a sealable buckle configured for storage and retrieval of selected implements . the belt provides convenient and immediate access for implements stored in the various portions of the belt . the belt uses a conventional locking hook and aperture arrangement for cinching about a wearer .