Not applicable.
Not Applicable.
Not applicable.
1. Field of the Invention
This invention relates to pouches that can be used for carrying articles and is particularly useful when it is highly desirable to have a pouch that will open and close without creating a noise. Game hunters, for example often like to carry binoculars, range finders and other such equipment in a chest pouch or a belt pouch when stalking game, but do not want the animal being stalked to be alerted and to flee upon hearing a noise resulting from opening or closing a pouch to retrieve an article for use.
Silent opening and closing pouches, used to carry other articles, i.e., from eye glasses and combs, to lipstick and other make-up items, allow a user to have items in a pouch, and available, in situations where even a small noise can be distracting. For example, a small noise can be distracting to others in church, at a concert, in a movie theater, or in a wide variety of meetings and other gatherings.
While some other easily opened and closed pouches have similarities to the present invention, such other pouches do not open and close silently and/or are generally more costly to produce and/or they do not have a magnetic closure means with the holding power of the closure means of the present invention.
2. Prior Art
Pouches with a pivotally mounted lid portion that will close over an open mouth of a bag portion to secure an article or a number of articles in the pouch are well known. Pouches that use magnetic force to hold the pivoted lid portion in position closing the mouth of the bag portion are also known. These known pouches generally have seams sewn into matching peripheral edges of the lid and bag mouths and a pair of strong, flexible magnets that are respectively inserted into the mating seams so that they have opposing polarities and will forcefully attract one another, even through the rolled fabric bead covers of the inserted magnets. Since the magnets are covered when they come together there is little, if any, sound created when the beads of the lid and mouth of the bag portion come together.
It is a principal objects of the present invention to provide a pouch for binoculars and the like that is readily carried on either a waist belt or a chest harness of a user.
Anther object is to provide a pouch for binoculars that has a bag with a wide mouth and a clam-shell type lid that will silently close the wide mouth, using magnetic attraction as a closing force.
Yet another object is to provide a pouch for binoculars that, when connected to either a belt or a chest strap of a user, will have a wide mouth of the pouch opening away from the user and a lid that is hinge connected to a bottom of the wide mouth of the pouch pivotable between an upright position closing the wide mouth of the pouch and an open position extending substantially horizontal from the body of the user to display and make available to a user, binoculars, or other objects carried in the closed pouch.
Still another object of the invention is to provide a pouch for binoculars utilizing low-cost, small, spaced apart, co-operating, opposed magnets enrobed in close fitting nets made from interconnected soft strings. The co-operating surfaces of enrobed magnets spaced around the rim of the open mouth of the pouch and enrobed aligned magnets spaced around a flange of the lid insure adequate holding power of the magnets, while allowing the lid to be pulled onto and to silently close the bag by magnetic attraction at the mouth of the bag.
Principal features of the invention include a pouch having a wide mouth bag and a lid that is hinge connected such that the lid will close the wide mouth bag.
Other features of the invention include a plurality of magnets, each magnet having spaced faces of opposite polarities. A mesh holder for each magnet is made of a durable, soft small diameter material, such as thread or string. Each mesh holder enrobes a magnet, with the magnet placed in the holder through an opening into the holder, which is subsequently closed. The holders and magnets therein are spaced around and sewn to fabric inner faces of the wide mouth of the bag and a flange projecting from an outer periphery of the lid. Holders with magnets therein are positioned such that the magnets spaced around the open mouth of the pouch and having a magnetic surface of one polarity facing outwardly of the mouth of the pouch will each have a corresponding holder with magnet of opposite polarity therein spaced around the flange of the lid that will cooperate with the magnets on the mouth of the pouch.
Additional objects and features of the invention will become apparent t from the following detailed description, drawings and claims to those skilled in the art to which the invention pertains.
In the Drawings;
Referring now to the drawings:
In the illustrated preferred embodiment, the clam shell pouch of the invention, shown generally at 10, includes a bag, shown generally at 12 and a lid, shown generally at 14.
Bag 12 includes a fabric, padded central section 16 having a peripheral wall 18 extending from the sides and front of the central section 20, towards and into engagement with a peripheral wall 22 of the lid 14, when the lid is closed to place the peripheral wall of the lid against the peripheral wall 18 of the bag 12. The peripheral wall 22 of the lid 14 projects from sides and front of a fabric, padded central section 24 of the lid to engage the peripheral wall 18 of the bag. Each peripheral wall 18 and 22 has a rigid metal rod 26, shaped to form and hold the shape of the mouth of bag 12 and the rim of lid 14. Each rod 26 is inserted into a fabric sleeve 28, made of thick, compressible fabric and the thick compressible fabric is sewn to the edges of the peripheral wall 18 and the peripheral wall 22.
A fabric hinge strip 30, has opposite ends 32 and 34 respectively connected to the opposite ends of peripheral walls 18 and 22, at the rear of pouch 10. Side edges 36 and 38 of the hinge strip 30 are respectively connected to the rear of the bag 12 and to the rear of the lid 14. Triangular fabric pieces 40 and 42 have respective apexes 44 and 46 attached to the opposite ends 32 and 34 of the fabric hinge strip 30. Edges 48 and 50 of the fabric pieces 40 and 42 are attached to peripheral wall 18 of the pouch and edges 52 and 54 of the fabric pieces 40 and 42 are attached to the peripheral wall 22 of the lid 14. Gathered seams 56 and 58, are respectively sewn from the apexes 44 and 46 to the respective center of the base edges 60 and 62 of the triangular fabric pieces 40 and 42. The seams 56 and 58 are gathered on the mutually facing surfaces of the triangular fabric pieces 40 and 42, whereby closure of the bag and lid will fold the triangular pieces inwardly into pouch 10.
Small magnets 64 are each enrobed in a mesh net 66 having interconnected small diameter strands 68, made of a strong, durable, soft material.
Magnets 64, enrobed in mesh net 66, are spaced around and attached by sewing, or otherwise, to the interior of peripheral wall 18 of the bag. At least two strands 68 of net mesh 66 extend across a positive or negative face of the magnet. The positive or negative cooperating face of each magnet attached to the interior of peripheral wall 18 is the same for each magnet attached to the peripheral wall 18 and the face is positioned at a level closely below the cooperating fabric surface of the sleeve 28 on the wall 18. Similarly, magnets 64 enrobed in mesh net 66 are spaced around and attached by sewing, or otherwise to the interior of peripheral wall 22 of lid 14. The magnets 64 attached to peripheral wall 22 are positioned in the same manner as the magnets attached to the peripheral wall 18, but with the cooperating magnetic surface having an opposite polarity to that of the magnets attached to the peripheral wall 18.
Each magnet 64, spaced around the peripheral wall 18, has a cooperating surface that will be magnetically attracted to a cooperating surface of a similarly mounted magnet 64 attached to the peripheral wall 22.
When the bag 12 and lid 14 are manually pivoted towards one another, the magnets attached to the bag and the magnets attached to the lid cooperate to pull the bag and lid together and to close pouch 10. As the magnets pull the bag and lid together the sleeves 28 on the peripheral walls are compressed, to fully seal the pouch 10. Thereafter, the magnetic attraction of the magnets on the peripheral wall of the bag and on the peripheral wall of the lid compress the strands 68 of the mesh net to allow the cooperating faces of the magnet to come close together while still being held apart by the compressed strands 68. The magnets do not actually engage, so closing of the pouch is very quiet. Likewise, when the pouch is opened no metal latch parts scrape or disengage and the pouch opens very quietly.
As with other known binocular pouches, a strap 70 has opposite ends 72 and 74 respectively attached to a back 76 of bag 12 to serve as a means for attaching pouch 10 to the waist belt (not shown) or chest harness straps, (not shown) of a user. End 72 of strap 70 is secured to the bag 12 between the central Section 16 and peripheral wall 22 at the side of peripheral wall 22 opposite hinge strip 30. The other end of strap 70 is attached between central section 16 and the hinge strip 30 of bag 12. A flat, fabric reinforcement holder 74, having cut-away top and bottom notches 76 and 78, cut-away side notches 80 and 82 and a central opening 84 overlies the strap 70. Corners 86, 88, 90 and 92 of holder 74 are secured to the central section 16
A flexible fabric, pull tab 74 is fixed to and projects from the central section 24 of lid 14 at the edge of the central section 24 most remote from the hinge strip 30.
When used as carrier for binoculars, shown at 100 in
Although a preferred embodiment of our invention has been herein disclosed it is understood that such disclosure is by way of example and that variations are possible without departing from the subject matter coming within the scope of the following claims, which claims define our invention.
Number | Name | Date | Kind |
---|---|---|---|
4940250 | Corrado | Jul 1990 | A |
5799975 | Crick | Sep 1998 | A |
5955948 | Howell | Sep 1999 | A |
6126012 | Roegner | Oct 2000 | A |
7699083 | Kim | Apr 2010 | B1 |
8056713 | Evans | Nov 2011 | B2 |
8132669 | Stubel | Mar 2012 | B1 |
8215465 | Iceberg et al. | Jul 2012 | B2 |
20070051645 | Hassett | Mar 2007 | A1 |
20090288744 | Moshirisfahini et al. | Nov 2009 | A1 |
20090301911 | Rubin | Dec 2009 | A1 |