Patent Application
20210381802
This disclosure relates to an environmentally conscious way to replace standard rubber bands.
Rubber bands have been used in many forms and fashions; from retaining cables and wires, managing camera gear, utilizing with outdoor equipment, law enforcement, military, and first responder applications (such as radio equipment and tourniquets), sealing bags, and other practical uses.
The reusable retainer band can be used in many forms and fashions, replacing standard rubber bands. Used by both military and Law Enforcement to manage cables for their radio equipment, rifle slings, cables for lights/night vision devices, and medical supplies. Benefits over alternative items used are the breakaway feature preventing snags, the reusability and durability, versatility, and adjustability.
The standard reusable retainer band's break strength is about the same as the failure point of a household rubber band, however different tensile strengths can be achieved by slight changes in plastic shape/density/stiffness.
Sling retention bands have been used specifically to attach and carry slings and wires on a firearm.
Rubber bands without a break-away buckle with a loop where the cord is looped through break after sufficient force is applied. In addition, without a liner or shrink applied, standard rubber bands lack rigidity.
Aspects of the disclosure allow for reusability and improved rigidity in parts of the band covered in heat shrink.
This disclosure utilizes a length of bungee/shock cord (a band or bands of rubber enclosed in woven fabric), hog rings to hold the cord in place, and a break-away buckle with a loop where the cord is looped through. After the cord is looped and attached via hog ring, dual-walled heat shrink is then applied over the cord and ring to prevent damage from the metal of the hog ring. In some embodiments, construction includes, but is not limited to, the metal or plastic buckle or clasp being attached to the band and being secured by way of a metal or plastic clamp, protected by dual-walled, adhesive lined, heat shrink to not only further secure the clamp and add rigidity, but protect other components from scratches; all while offering a retaining band that can be used time and time again.
In some embodiments, reusable retainer band may be used in many forms and fashions; from retaining cables and wires, managing camera gear, utilizing with outdoor equipment, law enforcement, military, and first responder applications (such as radio equipment and tourniquets), sealing bags, and any other practical use you can find for this that would replace a standard rubber band. Some embodiments offer retention up to a similar breaking point of a standard rubber band, at which point the buckle gives way and releases the tension.
Length, thickness, and color of cord can vary depending on the application.
The female end of the buckle 100 can be comprised of metal, plastic, or combinations thereof, or magnetic. Embodiments of the locking between the female end of the buckle 100 and male end of the buckle 102 can be, but are not limited to, a D-ring, where a threaded pin can be inserted and screwed into place to be secured. The buckles may be at least side-release buckles, center push buckles, or button buckles. In some embodiments, adjustable break strength is controlled by way of insertion of a rubber wedge with different hardness options, different band tensions allowing for more stretch before breaking, or alternative magnet strengths, or static break strength. The wedge can be inserted into the male end of a side-release buckle to increase and adjust the break strength. At least the hardness and size of the wedge affects the change in break strength.
In some embodiments with magnetic buckles, spacers can be inserted between the magnetic surfaces to further adjust the break force. A coating or wrap can be applied to the buckle to prevent scratching of a firearm. The magnetic buckles can meet end-to-end or overlap in a loop. The magnetic buckles can also be attached via interlocking L shaped mechanisms to provide further mechanical retention. In some embodiments, the magnetic buckle can be separated by pulling laterally, axially, or through a switch or disengage mechanism attached to the magnetic buckle.
The male end of the buckle 102 can be comprised of metal, plastic, or combinations thereof, or magnetic. Embodiments of the locking between the female end of the buckle 100 and male end of the buckle 102 can be, but are not limited to, using a clasp, pin, or threaded pin. The buckles may be at least side-release buckles, center push buckles, or button buckles. In some embodiments, adjustable break strength is controlled by way of insertion of a rubber wedge 110 with different hardness options, different band tensions allowing for more stretch before breaking, or alternative magnet strengths, or static break strength. The rubber wedge 110 could be inserted into the male portion of the buckle to adjust the break strength.
The band 104, in some embodiments, can be shock/bungee cord, flat elastic, or 550 cord, elastic band(s) wrapped in woven fabric such as, but not limited to, cotton, nylon, or Kevlar, can be used. Other types of cord, such as 550 cord, paracord, or flat elastic bands can be used in place.
In some embodiments, the heat shrink 106 can be dual or single wall and with or without adhesive, with 2 pieces. Alternative embodiments can include, but aren't limited to, rubberized coatings such as Plasti-Dip® coating or adhesives or similar products, tapes, a thread wrap woven over top, leather, hard or soft plastic coatings, or Velcro® for security upon break-away.
In some embodiments, the band is secured by a hog ring 108 to the female end of the buckle 100 and male end of the buckle 102. Alternative embodiments include plastic clamps or clasps, staples, or stitching that can be used to secure the band 104 around the female end of the buckle 100 and male end of the buckle 102. In another embodiment the clamps can be galvanized or manual clamps.
In some embodiments, the buckle can comprise a first magnetic buckle 200 and a second magnetic buckle 202, configured to fit together. The magnetic buckles have a hole 212 where the band can be looped through and attached. A magnet 214 on the magnetic buckles connects the two buckles.
In some embodiments, the heat shrink 206 can be dual or single wall and with or without adhesive, with 2 pieces. Alternative embodiments can include, but aren't limited to, rubberized coatings such as Plasti-Dip® coating or adhesives or similar products, tapes, a thread wrap woven over top, leather, hard or soft plastic coatings, or Velcro® for security upon break-away.
The band 204, in some embodiments, can be shock/bungee cord, flat elastic, or 550 cord, elastic band(s) wrapped in woven fabric such as, but not limited to, cotton, nylon, or Kevlar, can be used. Other types of cord, such as 550 cord, paracord, or flat elastic bands can be used in place.
Reusable Retainer Bands can easily be secured end to end in order to create a longer band if so desired. Using multiple strings bands linked together, then woven or braided into one strand, will create a stronger, thicker, and more sturdy band.
In one embodiment, the adjustable break-point of the buckles can be adjusted by using a side-release buckle. The thickness of the side clips in a side-release buckle predicts a general weight for breakage, and adjusting the thickness adjusts the breakaway force for the buckle, allowing for an adjustable break force of the band.
In one embodiment, the adjustable break-point of the buckle can be adjusted by using magnetic clips. Different strength magnets adjust the breakaway force for the buckle, allowing for an adjustable break force of the band.
In one embodiment, the reusable retainer band can be attached to a firearm to attach and hold slings, wires, or other accessories to the firearm as a sling retention band. The reusable retainer band has an adjustable break force, and sufficient force on the sling, wires, or other accessories will break release the buckle at the adjustable break force.
In some embodiments, additional pieces for attachment to gear can be a piece of both hook and pile tape, secured to one another by way of adhesive, stitch, heat, or fastener, looped around the e Reusable Retainer Band, then secured again by way of adhesive, stitch, heat, or fastener, forming an open ended loop that can then be secured by placing the hook tape to the pile tape to gear, MOLLE loops, cables, clothes, or other object.
Although specific embodiments of the disclosure have been described, numerous other modifications and alternative embodiments are within the scope of the disclosure. For example, any of the functionality described with respect to a particular device or component may be performed by another device or component. Further, while specific device characteristics have been described, embodiments of the disclosure may relate to numerous other device characteristics. Further, although embodiments have been described in language specific to structural features and/or methodological acts, it is to be understood that the disclosure is not necessarily limited to the specific features or acts described. Rather, the specific features and acts are disclosed as illustrative forms of implementing the embodiments. Conditional language, such as, among others, “can,” “could,” “might,” or “may,” unless specifically stated otherwise, or otherwise understood within the context as used, is generally intended to convey that certain embodiments could include, while other embodiments may not include, certain features, elements, and/or steps. Thus, such conditional language is not generally intended to imply that features, elements, and/or steps are in any way required for one or more embodiments.
This application claims priority to and the benefit of U.S. Provisional Application Ser. No. 63/034,591, filed Jun. 4, 2020, which is hereby incorporated by reference herein in its entirety.
| Number | Date | Country | |
|---|---|---|---|
| 63034591 | Jun 2020 | US |
