This invention relates to body armor and in particular, a ballistic side plate carrier for body armor, chest rigs, packs and similar articles.
Body armor and particularly “plate carriers” are well known in the military and law enforcement communities. Plate carriers are garments that support rigid ballistic armor plates and/or flexible ballistic armor inserts within internal pockets or pouches of the carrier. The plate carrier is generally comprised of front and back panel sections connected by shoulder straps and a waist strap or cummerbund.
Body armor and plate carriers can also be fitted with smaller ballistic side plates and inserts. Ballistic side plates and inserts are often carried in internal pockets or detachable carrier pouches affixed to the sides of body armor or the cummerbunds of plate carriers. Ballistic side plates are typically manufactured in three common sizes, namely 6″×6″, 6″×8″, 7″×8″. Heretofore, no conventional side plate carriers, whether internal pockets and detachable carriers, have been able to securely support ballistic side plates of different sizes and in different orientations. Some side plate carriers are designed and dimensioned to accommodate a particular size of ballistic plate. Other side plate carriers are dimensioned to accommodate the largest ballistic plate, thereby allowing small plates to be carried, but freely shift about within the carrier. In addition, these side plate carriers only allow the plates to be supported in one orientation, either vertically or horizontally, thereby limiting the ballistic coverage of the plates with respect to the wearer.
The present invention provides a detachable side plate carrier for use with any article that supports ballistic body armor. The side plate carrier of this invention uses a fold-over/wrap-around” design to accommodate ballistic side plates of various sizes and dimensions and can support those side plates in either a vertical or horizontal orientation. The side plate carrier of this invention is constructed of durable fabrics sewn in a cruciform shape forming side, top and bottom flaps that can folded and wrapped around a ballistic side plate. The flaps are held together using hook and loop fasteners on opposite sides of each flap.
Various advantages of the present invention will become apparent from the following description of an embodiment of the invention with reference to the accompanying drawings.
The drawings illustrate an embodiment of the present invention, in which:
Referring now to the drawings,
Generally, the body of side ballistic plate carrier 100 is constructed of various durable and light weight fabrics, materials and fasteners, which resist tears, abrasions and scuffs, and using conventional garment construction methods, which are readily known in the art and will not be described in detail herein. Typically, the body of the side plate carrier 100 is sewn from nylon fabrics using hook and loop fasteners to detachably hold the carrier body around ballistic plate 10. Other suitable natural or synthetic clothes or fabrics and fasteners and closures may be employed as desired within the teachings of this invention.
As shown, the body of side plate carrier 100 has a cruciform shape formed by a rectangular back section 110, a pair of opposed trapezoidal side flaps 120, a trapezoidal bottom flap 130 and a rectangular top flap 140. Side flaps 120, bottom flap 130 and top flap 140 fold and wrap around ballistic plate 10 to secure it in place. Back section 110 is constructed of a thin nylon fabric, such as Cordura® from INVISTA. The dimensions of back section 110 are selected to accommodate the various sizes of ballistic plates 10 (approximately 9″×7.5″ in width and height).
As shown, side flaps 120 and bottom flap 130 are trapezoidal in shape to minimize weight and bulk. Side flaps 120 and bottom flap 130 are generally constructed of Velcro® One-Wrap® fabric, which integrates the hook feature on one side and the loop feature on the other side of a single sheet of fabric. This particular fabric material is used to minimize the weight and bulk of carrier 100; however, conventional two piece fabric hook-and-loop fasteners, or other fastening mechanisms may be employed in alternative embodiments as desired. The inside surface of each flap has the hook feature while the outside surface of each flap has the looped feature. Side flaps 120 and bottom flap 130 fold and wrap around the ballistic plate 100 and join together by hook and loop features of the opposed overlying surfaces.
Similar to back section 110, top flap 140 is constructed of a rectangular section of a thin nylon fabric, such as Cordura® from INVISTA. Top flap 140 also includes a section of elastic material 142 that extends the width of the top flap, which connects the top flap to back section 110. The inside of top flap 140 is covered with hook material, which engages with the loop material of flaps 120 and 130.
The outside of back section 110 and top flap 140 are covered in PALS (Pouch Attachment Ladder System) webbing 114, 144 to be MOLLE (MOdular Lightweight Load-carrying Equipment) compatible. PALS webbing consists of horizontal rows of heavy-duty 1″ nylon webbing. The type, placement and arrangement of the PALS webbing may vary. In addition, some of the PALs webbing may be formed from hook and loop webbing so that hook and loop attachments may be directly mounted to the surface of the carrier sections. PALS webbing 114 on back section 110 allows carrier 100 to be mounted to a MOLLE compatible ballistic vest, plate carrier or cummerbund thereof, using polymer MALICE Clips® from Tactical Tailor (not shown) or similar MOLLE fasteners. Similarly, PALS webbing 144 on front flap 140 allows other MOLLE compatible pouches and accessories to be attached directly to carrier 100. Alternatively, the outside of back section 110 and top flap 140 may be covered in hook and loop material, snaps or any other suitable attachment means for affixing the desired support article.
As shown in
The fold-over flaps 120, 130 and 140 fold over and wrap around a single ballistic side plate for a secure custom fit within the carrier. The fold over/wrap around design of the carrier body creates a “one size fits all” side ballistic plate carrier. The fold over/wrap around design allows the side plate carrier to accommodate all sizes of ballistic side plates, as well as allowing the ballistic side plate to be oriented either veritcally or horizontally, as desired. The elastic section incorporated into the top flap provides sufficient tension to securely hold and support the ballistic side plate within the carrier, thereby preventing any plate shift with the carrier. The use of the One-Wrap hook and loop material minimizes the bulk of the carrier. The use of PALS and Malice clip interfaces allows for the widest range of placement options on any article that supports ballistic armor plates.
The embodiments of the present invention herein described and illustrated are not intended to be exhaustive or to limit the invention to the precise form disclosed. They are presented to explain the invention so that others skilled in the art might utilize its teachings. The embodiment of the present invention may be modified within the scope of the following claims.
This application claims priority from co-pending U.S. Provisional Patent Application Ser. No. 61/648,449 filed on Aug. 17, 2012.
Number | Date | Country | |
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61684449 | Aug 2012 | US |