Container holder with fasteners

Abstract

One design embodiment of a holder for a container comprising: one or more bands each capable of retaining a container inside the band(s), with straps attached to and extending away from the exterior of the band(s); with fasteners on the ends of each strap such that container within the band or bands are held in a stable position relative to a harness to be worn by a user. The design embodiment allows easy attachment, use and deployment of containers in a variety of environmental conditions and situational uses, including but not limited to the carrying of gas supplies for underwater divers.

Claims

1. A holder for a container of predetermined circumference and length comprising: one or more bands each capable of retaining a container inside the band, each band having a plurality of straps attached to and extending away from the exterior of the band; each strap having a fastener on the end capable of attaching that strap to a harness such that the band or bands and a container within the band or bands are held in a stable position relative to the harness; at least one of the fasteners being a first fastener comprising a base portion, a center strut extending away from the base portion and a pair of outer fingers having a first portion extending in opposite directions away from the center strut and a second portion extending from the first portion towards the base portion; a first space between the outer fingers and the center strut such that a strap can be inserted between the fingers and the center strut to attach the fastener to the strap; and a second space between the outer fingers and the base portion to allow for insertion or removal of a strap via the second space wherein the base of the first fastener includes a hook extending away from the center strut, and the fastener is attached to the strap via a quick release buckle having one end of the buckle inserted into the hook, and further comprising teeth located on at least one of the outer fingers for inhibiting movement of the first fastener along a strap located between the outer fingers and center strut.

2. The holder of claim 1 wherein the first fastener further comprises a semi-circular arch forming a D-Ring with the center strut.

3. The holder of claim 1 further comprising teeth located on the center strut for inhibiting movement of the first fastener along a strap located between the outer fingers and center strut.

4. The holder of claim 1 further comprising teeth located on at least one of the outer fingers for inhibiting movement of the first fastener along a strap located between the outer fingers and center strut.

5. The holder of claim 1, wherein at least one of the fasteners other than the first fastener is a second fastener comprising a hook connected to an attachment member comprising a plurality of rectangular spaces separated by a plurality of cross bar members, with or without teeth, the strap extending through all of the rectangular spaces and being doubled back over and passed again through at least one of the rectangular spaces such that the strap forms two layers in that rectangular space.

6. The holder of claim 1, further comprising a cylindrical container within the holder.

7. The holder of claim 1, further comprising a harness to be worn by a user, the fasteners attached to the harness to attach the holder and container to the user.

Description

BRIEF DESCRIPTION OF THE DRAWINGS—FIGURES

(1) FIG. 1-A: Hard Holder Embodiment A with Container—shows one embodiment of the container holder with a container inserted within the holder. A plurality to attachments for fasteners “A” (36) and “B” (37, 38) are made to the container holder (31), wherein fasteners “A” (36) extend away from the holder and fastener “B” (37, 38) extends in the opposite direction, but similarly attached to the container holder on the side opposite fastener “A” (36). The fastener straps (35), thread through and connect fastener “A” (36) to the strap bolt (40), that is fed through the holder band eye bracket (31), that is held in place by the strap bolt open head (41) and the strap bolt nut (42). The selected embodiment of fasteners “B” (38) is attached directly to the female half of a release buckle (39). The male half of said buckle is connected through the fastener straps (35) the strap bolt (40), open head (41) and nut (42) and eye bracket (31) of the container holder. All fasteners together comprise a system to retain the container within the holder for its intended purpose. The holder is comprised of rings, separated by a connector bar (44). The rings that encase the container either may or may not employ an expansion cut (43). The container is held in place by friction between the holder and the container. The degree of friction employed is determined in part by the materials of which the holder and container are made. To enhance the degree of friction, an inner band (43) of suitable material may be sandwiched between the container and holder. An additional band (33) of suitable material may be employed external to the holder, to add inward pressure of the holder against the container.

(2) FIG. 1-B: Hard Holder Embodiment A without Container—shows FIG. 1-A, but with the container removed. Also shows the “inner bands” (34) sandwiched between the container holder and the container.

(3) FIG. 1-C: Hard Holder Embodiment A (Side View) with Fasteners “A” (36) and “B2” (38) shows the same embodiment as FIG. 1-A but with an alternative embodiment of fastener “B” (38).

(4) FIG. 1-D Hard Holder Embodiment A (Side View) with Fasteners “A” (36) and “B1” (37) show the same embodiment as FIG. 1-A but with an alternative embodiment of fastener “B” (38).

(5) FIG. 1-E (Front View) and FIG. 1-F (Rear View): shows FIG. 1-A with Fasteners “A” and “B1” with the orientation indicated by the direction of the fasteners (36 and 37) and the expansion cuts (43).

(6) FIG. 1-G (Front View) and FIG. 1-H (Rear View): shows FIG. 1-A with Fasteners “A” and “B2”, without a Connector Bar and with the orientation indicated by the direction of the fasteners (36 and 38) and the expansion cuts (43).

(7) FIGS. 2-A-D shows the hard holder from all directions (top, bottom, front, side, respectively), with all bands and attachments removed

(8) FIG. 2-E shows the hard holder alternative embodiment with the connector bar excluded.

(9) FIGS. 3A-B shows hard holder isometric views of the holder, with all attachments removed. The side with the “expansion slot” (43) is the back side of the device.

(10) FIG. 4-A: shows detail of the threading of the fastener strap (35) through the attachment point on fastener “A” (36), the strap bolts (40) and eye brackets (31).

(11) FIGS. 4B-C shows hard holder embodiments “A” and “B” respectively, with fasteners “B1” (37) and “B2” (38) attached respectively to the release buckles (39), which are in turn attached to the container holder.

(12) FIG. 5-A shows detail of fastener “A” (36), the threading of the fastener straps (35) through (36) and its attachment to the strap bolt (40) within the hard holder eye bracket (31). Also shown is the strap bolt open head (41), nut (42), the outer retaining bands (33), inner retaining band (34) running along the outer and inner sides respectively, of the holder.

(13) FIGS. 5-B-C shows the detail of the fastener strap (35), threading into the male side of the release buckle (45), which is inserted into the female side of the release buckle (46), which is attached to fasteners “B1” (37) and “B2” (38), respectively.

(14) FIGS. 6-A-C show the threading of the fastener strap (35) around the strap bolt (40), which has an open head (41) at one end and a nut (42) threaded on the opposite end.

(15) FIGS. 7-A and 7-D show the release buckle, in exploded, isometric views.

(16) FIGS. 7-B-C shows the release buckle, with the male half inserted into the female half, side and top views, respectively

(17) FIGS. 7-E-F shows the release buckle with the male half removed from the female half, side and top views, respectively.

(18) FIGS. 8-A and 8-B show the holder with alternative embodiments (B & C). FIG. 8-A shows an embodiment which incorporates the outer retaining bands (33) and the inner retaining bands (34). Embodiment “C” (FIG. 8-B) shows the holder with the outer retaining bands (33), but with the inner retaining bands excluded. This alternative embodiment may be utilized in those situations where the degree of friction between the holder and the container, as a product of the materials use in both, are suitable for the intended purpose.

(19) FIG. 9-A shows Embodiment “D” as a “soft holder” that employs the same fasteners as embodiment “A” (FIG. 1-A) except the holder is created with flexible materials and or fabrics. This figure shows a flexible sleeve (47) made of any suitable material, around which the faster straps (35) are attached. The outer retaining bands (33) encircle the sleeve at any appropriate point parallel to the retaining straps (35). This embodiment, as with those that follow through FIGS. 9-11, are more suitable to uses where overall weight is a consideration, the lightest possible configuration is desired, or the container is of a predetermined length and size that the location of the fastener strips is to be determined by said dimensions and center of gravity of the container.

(20) FIGS. 10-A & B shows Embodiment “D” with the container inserted within the holder/sleeve, and without, respectively.

(21) FIGS. 10-C & D shows Embodiment “E”, which is the same as Embodiment “D”, but without outer retaining bands (33).

(22) FIGS. 10-E & F shows Embodiment “F”, with the container (10-E) and outer retaining band (33), which is the same as Embodiment “D” but without the sleeve (FIG. 10-F).

(23) FIGS. 10-G & H shows Embodiment “G” is the same as embodiment “F”, but without outer retainer bands. This is suitable where the goal is the lightest and or most economical configuration possible, using material for the fastener straps that is sufficiently strong and flexible to support a modest container weight.

(24) FIGS. 10-I, J, K & L show embodiments in similar configurations to FIGS. 10-E, F, G & H, but with the inclusion of a “connector band” (48) between the fastener straps (35).

(25) FIGS. 11-A thru D show several additional alternate embodiments, as viewed from the top, with the “connector bar” (48) included (FIGS. 11-A & C) and excluded (FIGS. 11-B & D), and/or with the outer retaining bands (33) included (FIGS. 11-A & B) or excluded (FIGS. 11-D & D).

(26) FIGS. 12-A thru C shows one embodiment of fastener “A” wherein the cross bars (55) are rounded in formation and the point of articulation (52) between the upper component (51) and the lower component strap adjuster (53) is rotational.

(27) FIGS. 12-D thru F shows an alternate embodiment of fastener “A” were the cross bars (55) are rectangular in formation.

(28) FIGS. 12-B, C, E, F shows an alternate embodiment of fastener “A” where retaining teeth (56), protrude from the cross bars (55), whether rounded or flat.

(29) FIGS. 13-A thru G are, examples of additional alternative embodiments wherein the upper component (51) can be any variety of snap device, bolt, buckle or hook and, at the point of articulation (52) with the lower component strap adjuster (53) is either rotational (FIGS. 13-A, B, D, E & F), or it may be fixed (FIG. 13-C) or it may be swinging (FIG. 13-G). Said alternative embodiments are not presented as a limitation in the application of the lower component strap adjuster (53) to an upper component (51) but as an example of the variety of combinations of upper and lower components that can be realized, as well as the types of articulations between the components.

(30) FIGS. 14-A & 14-B show one embodiment of fastener B1 in the open and closed position, respectively. The webbing onto which fastener “B” will be attached, may be thread from either direction, i.e.; while the device is in the open position, as shows in FIG. 14-A. Said webbing may be thread from the sides, passing directly between the top and bottom halves of the clam shell (72 & 73). Alternatively, it may be thread through the space between top clam shell (72) and the thumb latch (68) at the clam shell access point (76). Both FIGS. 14-A and 14-B show the D-Ring (61) arching above and attached at either end of the clam shell top (42), extending from the back end flex point (75) to the front of the clam shell top (72). These figures also show the shape of the G-Ring (62) as well as all “flex” points (63, 64, 65) and “access” points (66). It shows the thumb latch (68), its “flex point” (70), and its “lip” (69) under which the top clam shell (72) is inserted upon closure, relative to the “clam shell” bottom (73). The teeth (74) are also shown, overlapping in the closed position (FIG. 14-B) and not overlapping in the open position (FIG. 14-A), to allow for the insertion of the webbing onto which it will be closed and secured.

(31) FIGS. 14-C thru F show the fastener B1 in isometric views.

(32) FIGS. 15-A thru C shows alternative fastener B2 from the side, bottom and top views, respectively. The relationship and purpose of both the “D-Ring” (61) and the “G-Ring” (62) is identical to FIGS. 14-A thru F, hereinabove. The alternative embodiment incorporates a modified method of creating pressure upon the webbing by the device. In this embodiment, the webbing may again be “thread” through the device, by alternative means. One method of insertion of the webbing is to thread it from the side, over the top of the “outer finger” (81), extending under the “center strut” (80), emerging on the other side to extend over the top of the opposite “outer finger” (81). Alternatively, the webbing may be inserted through the outer finger insertion point (83) which is the space between each out finger (81) and the “G-Ring” (62). As tension is drawn upon the webbing, it presses against the under side of the “center strut” (80), wherein rows of small teeth will minimize movement of the webbing, relative to the fastener.

(33) FIGS. 15-D through G show fastener B2 in isometric views.

(34) FIGS. 16-A thru E show alternative embodiments fastener B2, wherein a variety of snap devices, strap adjusters and buckles are attached directly to the B2 fastener, rather than through the use of intermediary webbing.

(35) FIGS. 17-A thru E shows alternative embodiments fastener B2, wherein a variety of bolts, snaps, hooks, buckles and strap adjusters and buckles are attached directly to the B2 fastener, rather than through the use of intermediary webbing.

(36) FIG. 18-A is alternative embodiment of fastener B1 without a G-Ring (62)

(37) FIG. 18-B is alternative embodiment of fastener B1 without a D-Ring (61)

(38) FIG. 18-C is alternative embodiment of fastener B2 without a G-Ring (62)

(39) FIG. 18-D is alternative embodiment of fastener B2 without a D-Ring (61)

(40) FIGS. 19-A thru G shows alternative embodiments of fastener B2, wherein the web/strap is fed from the “G-Ring” end, under the outer fingers, across their retaining teeth, and over retaining teeth on the upper surface of the center strut. Thereafter, the outer fingers are pressed inward and upward toward the center strut, to clip within their reciprocal notch, located behind the G-Ring. Fastener B2 is shown both with the “D-Ring.” (C and G) and without (A, B, D, E), and alternatively without the “G-Ring (E, G)

(41) FIG. 19-F is the D-Ring (61) shown separately, with “Retaining Nub” (92).

(42) FIG. 19-C is alternative embodiment of fastener B2 with a D-Ring

(43) FIG. 19-D is alternative embodiment of fastener B2, shown topside, with without the D-Ring.

(44) FIG. 19-E is alternative embodiment of fastener B2, shown top-side, with closing/opening action.

(45) FIG. 19-F is alternative embodiment of fastener B2 of only a D-Ring

(46) FIG. 19-G is alternative embodiment of fastener B2 with only a D-Ring, and without a G-Ring

(47) FIGS. 20-A thru F shows alternative embodiments of fastener B2, wherein the web/strap is fed from the end opposite “G”, under the outer fingers, across their retaining teeth, and over the upper surface of the center strut. Thereafter, the outer fingers are pressed upward toward the center strut, to clip over their reciprocal, reinforced protrusions, that extend outward and perpendicular to the center strut. Fastener B2 is shown both without (B thru C, and F) and with (A, D, E) the “D-Ring”

(48) FIG. 20-B is alternative embodiment of fastener B2 without a D-Ring (62)

(49) FIG. 20-C is alternative embodiment of fastener B2, shown bottom-side, with closing/opening action, and no D-Ring.

(50) FIG. 20-D is alternative embodiment of fastener B2, shown side view, with closing/opening action, with D-Ring.

(51) FIG. 20-E is alternative embodiment of fastener B2, shown top view, with a G-Ring

(52) FIG. 20-F is alternative embodiment of fastener B2 without a G-Ring and without D-Ring.

(53) TABLE-US-00001 DRAWINGS - Reference Numerals 31 Hard Holder Band Eye Bracket 32 Soft Holder 33 Outer Retaining Bands 34 Inner Retaining Bands 35 Fastener Straps 36 Fastener A 37 Fastener B1 38 Fastener B2 39 Release Buckle Male & Female 40 Strap Bolt 41 Strap Bolt Open Head 42 Strap Bolt Nut 43 Expansion Cut 44 Connector Bar 45 Release Buckle Male 46 Release Buckle Female 47 Sleeve 48 Connector Band 51 Snap/Clip/Bolt Assembly 52 Point of Articulation 53 Strap Connector Adjuster 54 Spaces Strap Insertion 55 Cross Bar Strap Retention 56 Cross Bar Teeth 61 D-Ring 62 G-Ring 63 G-Ring Flex Point 1 64 G-Ring Flex Point 2 65 G-Ring Flex Point 3 66 G-Ring Access Point 67 G-Ring Access Point Corner 68 Thumb Latch 69 Thumb Latch Lip 70 Thumb Latch Flex Point 71 Thumb Latch Ridges 72 Clam Shell Top 73 Clam Shell Bottom 74 Clam Shell Teeth 75 Back End Flex Point 76 Clam Shell Access Point 80 Center Strut 82 Outer Finger Non Clip 83 Outer Finger Insertion Point 84 Strut Teeth 85 Finger Teeth 86 Center Strut 87 Outer Finger 88 Center Strut Cross Bar Retainer 90 Finger Clip 91 Finger Clip Insertion 92 D-Ring Retaining Nub
Detailed Description: Container Holder Hard Embodiment—[FIGS. 1-A Thru 8-B]

(54) In the following description, certain terms will be used for brevity, clarity, and understanding, but no unnecessary limitations are to be implied therefrom beyond the requirements of the prior art, because such words are used for description purposes herein and are intended to be broadly construed. Furthermore, the embodiments of the system illustrated and described herein are by way of example, and the scope of the invention is not limited to the exact details of construction and use. Many other variations are possible with the teachings of the various embodiments.

(55) One embodiment of the container holder is illustrated in [FIGS. 1-A thru 8-B]. [FIGS. 2-A thru 3-B] show the holder as a single structure comprised of a connecting bar (44) at the opposite ends of which are solid but flexible holder band eye brackets (31). The bands encircle the container they hold, [FIG. 1-A]. Depending upon the materials used to create the holder and the material of the container, the interior surface of the holder bands may be coated or of a coarse texture to create sufficient friction to retain the container within the holder; [FIG. 8-B]]. In the alternative, such as shown in instant embodiment [FIGS. 1-B and 8-A], inner retaining bands (34) may be sandwiched between the holder band and the container to create sufficient friction and pressure to retain the container within the holder. To allow for adjustments in the diameter of the container and additional or variable thickness of the inner retaining bands (34), the holder bands may be cross cut at one location on each band (43) to allow for contraction and expansion of the bands and or container. In order to create additional contracting pressure of the holder bands around and against the container, an outer retaining band (33) may be attached around the outer circumference of the holder bands. In certain applications, the bands may be used as additional attachment points for hoses or other devices connected to the container. A connector bar (44) may, or it may not be utilized (FIG. 2-E), to communicate with or predetermine the distance between the holder bands (31), as predetermined by the dimensions of the container it is intended to hold.

(56) Attachment of the holder to a host device or user is by the use of multiple fasteners. A plurality of fasteners (36, 37, 38) are incorporated to attach and control the mobility of the holder and container. Although a variety of fasteners may be used, depending upon the intended use and design of the host device or attachment points on the user, the embodiment shown in [FIGS. 1-A and B] by way of example, shows alternative embodiments of fasteners: fastener “A” (36) and fastener “B2” (37). Alternatively, [FIG. 1-D] shows fasteners “A” (36) and B1 (37).

(57) [FIG. 5-A] and [FIGS. 6-A thru C] show in detail how fasteners “A” (36) are connected to the holder by a flexible fastener strap (35). The strap is looped at the point of attachment to the holder around the strap bolt (40), which is inserted between the eye brackets (31) and held in place by the strap bold open head (41) and strap bolt nut (42). At the opposite end of the strap, connecting fastener “A” (36) to the container holder, the strap is fed directly on to the strap adjuster (53) component of fastener “A” (36). This is accomplished [FIGS. 12-A thru F] by threading the fastener strap (35) through the spaces (54) and over the cross bars (55) of each strap adjuster (53) component of each fastener “A” (36)

(58) Fasteners “B1” (37) or “B2” (38), when utilized, are similarly attached to the container holder (31) as fastener “A” (36), with one modification. Inserted between the fastener strap (35) and the fastener “B1” (37) or “B2” (38) is a release buckle (39). [FIGS. 5-B & C] detail the method of attachment between the fastener strap (35) and the respective fastener. The strap (35) is thread at the appropriate location of the release buckle male component (45), which is inserted into the release buckle female (46) component, to which either fastener “B1” or “B2” is connected.

(59) FIGS. [7A thru 7F] detail the release buckle male (45) and female (46) components in both the connected and disconnected configuration.

(60) Operation: Container Holder Hard Embodiment—[FIGS. 1-A Thru 8-B]

(61) One manner of using the hard embodiment, by way of example only, is for the use of holding a container of backup gas for emergency use by a scuba diver, or to assist a distress diver who has lost access to his own main gas supply.

(62) In this example, the diver would install a container of compressed gas within the holder. The containers are available in various sizes, typically for this application: 13 cft. or 19 cft. Other application may incorporate larger tanks, with greater gas carrying capacity. The first stage of a gas delivery regulator is attached to the on/of valve of the container. A small pressure gauge may also be attached to allow the diver to monitor the internal gas pressure of the container. Located properly, this gauge may be read by the diver/user, while the holder is attached and in use. A hose connects the first stage to the second stage regulator/mouthpiece from which the diver may breathe. Said hose would be coiled and inserted between the outer retaining bands (34) bands and the holder band (31) encircling the container, or other alternative methods of connection. The second stage regulator and mouthpiece may be attached to the holder, via a mouthpiece holder, attached to a split ring, fed through the strap bolt open head (41)

(63) In this example application, the holder would be situated on the front torso of the diver. Fasteners “A” (36) would be attached to commonly found “D-Rings” on the buoyancy control vest worn by the diver. The elevation of the holder relative to the user's torso, would be adjusted by straps that are threaded through strap adjuster (53) component of the fastener “A”. If the diver is in a vertical position, Fasteners “B” would extend from below the holder, connected via the fastener strap (35), through the quick release buckle (39). Which ever is used, fasteners “B1” or “B2” would connect, by straddling waistline belt of the buoyancy control vest of the diver, at locations separated by a distance approximately equal to the length of the connector bar (44).

(64) Because of the plurality of attachment points, the holder and container remain in a relatively fixed location on the torso of the diver, regardless of his orientation relative to gravity. With the holder located in front of the diver, emergency use greatly is simplified compared to traditional systems of redundant gas deployment. In the event of loss of gas, the diver simply pulls the second stage regulator from the outer bands and inserts into his mouth, and begins a safe ascent. In the event a distressed diver requires use of the gas supply, the same process is used to hand the regulator to the distress diver, who would be located directly in front. The regulator hose would automatically extend by pulling it from under the outer retaining bands (33). Once stabilized, the safe diver has the option of removing the gas container and holder system, and deploying it on the distressed diver, to allow his unencumbered ascent. This is accomplished by first squeezing the release buckles (39) to free the lower portion of the holder. Thereafter the safe diver disengages fasteners “A” from his own “D-Ring” attachment points to allow their attachment of the holder/container system to the distressed diver. Fasteners “B” remain with the safe diver as they are not needed by the distressed diver, whose immediate intent would be to surface in the vertical position.

(65) Detailed Description: Soft Embodiment [FIGS. 9-A Thru 11-D]

(66) A group of alternative embodiment of the container holder is illustrated in [FIGS. 9-A thru 11-D]. [FIG. 9-A] shows one embodiment, that incorporates fastener straps (35) that attach to either end and encircle a connecting sleeve, (47) that may be made of flexible synthetic or fabric-like material. If required to create additional contracting pressure around the container, outer retaining bands (33) may be employed around the outer circumference of the sleeve (47). In certain applications, the bands may be used as additional attachment points for hoses or other devices connected to the container. The length of the sleeve and the distance between the stretch bands is predetermined by the dimensions of the container the holder is intended to hold.

(67) Attachment of the holder to a host device or user is by the use of a plurality of fasteners, similar to the hard embodiment described hereinabove, and illustrated in [FIGS. 1 thru 8-A). Therein a plurality of fasteners is used to attach and control the mobility of the holder and container relative to the user or host.

(68) Furthermore, based upon the soft embodiment configuration, a variety of alternative embodiments are conceived, the suitability of which is determined by the intended application.

(69) By way of example, [FIGS. 10-C & D] shows the soft embodiment without the use of the outer retaining bands. Alternatively, [FIGS. 10-E & F] shows the soft embodiment with the outer retaining bands (33), but without the sleeve. Alternatively, [FIGS. 10-G & H) show the soft embodiment incorporating use of the fastener bands (35) only, eliminating both the outer retaining bands (33) and the sleeve (47).

(70) Additional alternative embodiments are shown in [FIGS. 11-A and C] wherein a connector band (48) is utilized in embodiments using outer retaining bands [FIG. 11-A] and do not [FIG. 11-C].

(71) Operation: Soft Embodiment FIGS. 9-A Thru 11-D

(72) The manner of using the alternate embodiments, by way of example only, may be for holding a container of refreshment fluids for a hiker, back packer, climber or cyclist.

(73) The beneficial attributes of the soft embodiment are many and include light weight, low manufacturing cost and compressibility of size for storage or transport, while retaining all the functional attributes of the hard embodiment.

(74) One example application of the soft embodiment is the backpacker or hiker where drinking fluids that add considerable weight to the back-packers load carrying requirements. Carrying the fluids, hands free in the area of the front torso, where it is more readily accessed would offer better distribution of the total carrying weight. Reduced weight together with its superior distribution increases hiker safety, as does increased control of the container mobility while climbing or traversing spaces that place the hiker in positions other that upright. Cyclists would receive similar benefits from the soft embodiments, where drinking fluids may be easily configured from the torso, with hands free use and instant accessibility, as opposed to “one-armed cycling” while accessing and drinking from a container attached to the cycle.

(75) The instant soft embodiment provides all these attributes, including a highly compact, and storable configuration when not in use.

(76) Because of the plurality of attachment points and options, the holder and container is fixable in a variety of locations suitable to the user for his intended purpose.

(77) Detailed Description: Fastener “A” [FIGS. 12-A Thru 13-G]

(78) In the following description, certain terms will be used for brevity, clarity, and understanding, but no unnecessary limitations are to be implied therefrom beyond the requirements of the prior art, because such words are used for description purposes herein and are intended to be broadly construed. Furthermore, the embodiments of the system illustrated and described herein are by way of example, and the scope of the invention is not limited to the exact details of construction and use. Many other variations are possible with the teachings of the various embodiments.

(79) Each embodiment of fastener “A” is comprised of connecting components (51, 53) and a point of free or limited articulation (52) between them. The snap/clip/hook/bolt assembly (51) is connected to the strap connector adjuster (53), through a variety of articulation types (52) as determined by the intended use or application. Similarly, the materials of which each component is made are determined by the intended use and are not limited to metals, plastics, carbons, synthetics or any other suitable material. The materials chosen for each element may, but need not be, the same. Each may be chosen for the specific qualities required by the intended use.

(80) The first aspect of fastener “A” is the snap/clip/hook/bolt assembly (51) is commonly the point of attachment to a user or host device. This assembly may be any appropriate design, as dictated by the intended use. Types commonly used, by way of example and without limitation include, slide bolts, spring clips, pin clips and butterfly snaps The instant embodiment incorporates the use of a “butterfly slide bolt” (51).

(81) The second aspect of fastener “A” is the strap connector adjuster (53), wherein a flexible strap may be attached. The spaces (54) of the strap connector adjuster (53) are rectangular, as created by the straightness of the cross bars (55). A flexible strap is attached [FIGS. 4-A and 5-A] by threading it through the spaces (54) and over and or under the cross bars (55), The shape of the cross bars (55) and remaining structure of the strap connector adjuster (53) may be anything suitable to the task, included circular [FIGS. 12-A thru C] or rectangular [FIGS. 12-D thru F] or any other shaped desired.

(82) Customarily, the spaces (54) would be large enough to accommodate a double passing of the webbing or strap. The straight cross bar (55) and rectangular shape of the space (54) distributes the strap load across the full width of each cross bar (55). This decreases wear and slippage, increases durability and security of the attachment

(83) The third aspect of fastener “A” is the point of articulation (52) between the snap/clip/hook/bolt assembly (51) and the strap connector adjuster (53). Said articulation may be pivotal/rotational [FIGS. 13-A, B, D, E], swingable [FIG. 13-G], or fixed [FIG. 13-C], as dictated by the intended use of the device.

(84) The fourth aspect of fastener “A” is that the cross bars (55) may also incorporate a textured surface or “teeth” (56) to facilitate greater frictional retention between the surface of the cross bar and the webbing or strap. [FIGS. 12-B, C, E, F]. This feature is equally adaptable to all other embodiments.

(85) Operation: Fastener “A” [FIGS. 12-A Thru 13-G]

(86) The following manner of using fastener “A” is by way of example only, with no intended limitation.

(87) Fastener “A” increases reliability and simplicity of use wherever a strap or web must be attached to a snap, clip, hook or bolt. The design decreases wear and tear on the strap or webbing to which it is attached. It increases the ease and security of the attachment and adjustment of the strap to the snap, clip, hook or bolt. It eliminates the purchase and use of a separate strap adjuster.

(88) Fasteners of this typed include but are not limited to snap devices that terminate on the “strap” end with a “U” shaped point of attachment, often called an “eye”. In the event the material attached is a rope, this “eye” may be satisfactory. But where the material to be attached is flat, i.e.; a strap or webbing, the webbing becomes bunched at the bottom of the “U” shape. The bunching up of the material increases the rate of wear and likelihood of failure. This occurs in part because the surface pressure of the strap material upon the snap device is not evenly distributed. This not only increase wear and decreases reliability, it also requires the use of a second device, a “strap adjuster” to secure and adjust the strap relative to the snap device and prevent its slippage, mal-adjustment or release. The strap adjuster is a separate, second device that is required by the deficiency of common fastener design. It requires additional cost to the use, is more complex to use and more prone to mal-adjustment and slippage.

(89) Operation of the instant embodiment demonstrates the superiority of the applicant's design. The design of the fastener, at the point of its attachment to the strap, is optimized for the wear and stress loads of the strap or webbing in all the following ways.

(90) First, by assuring the strap distributes its load evenly over the entire surface of the fastener, the pressure per square inch is significantly reduced. Wear is distributed evenly across all surfaces.

(91) Secondly, by distributing the load over three or more cross bar (55) surfaces, the load per square inch is reduced proportionally. In contrast, where the strap adjuster is separate from the snap device, said adjuster cannot carry any of the load of the strap or help transfer that load directly to the snap device. In this common arrangement, its work is limited to adjustment and not to transferring the load from the strap to the snap device. Wherein, fastener “A”, the material strength of the strap adjuster works not only to adjust the strap length, but also to transfer the entire strap load directly to the fastener.

(92) Detailed Description: Fastener “B1” [FIGS. 14-A thru F]

(93) In the following description of fasteners “B1” and “B2”, certain terms will be used for brevity, clarity, and understanding, but no unnecessary limitations are to be implied therefrom beyond the requirements of the prior art, because such words are used for description purposes herein and are intended to be broadly construed. Furthermore, the embodiments of the system illustrated and described herein are by way of example, and the scope of the invention is not limited to the exact details of construction and use. Many other variations are possible with the teachings of the various embodiments.

(94) Fastener “B1” is one “B” embodiment, expressed in this application, as shown in [FIGS. 14A thru F]. Fastener “B1” has a plurality of points of attachment for hooks, snap devices, clips and bolts: the D-Ring (61), G-Ring (62), and one point of attachment for webbing; the space between the clam shell top (72) and the clam shell bottom (73) and the teeth (74) that protrude from each interior side of clam shell halves.

(95) Fastener “B1” is easily attached to webbing by feeding it through the space between the clam shell top (72) and the thumb latch (68), until the webbing is seated flat, between the respective teeth (74) of the upper and lower half of the clam shell (72, 73). Once seated, the clam shell may be closed, by engaging the following simultaneous actions. The thumb latch (68) must be depressed and pulled backward by applying thumb pressure to the thumb latch ridges (71). The user must simultaneously squeeze the clam shell halves together until the open end lip of the clam shell top (42) is situated under the thumb latch lip (69). [FIG. 14-A] shows fastener “B1” in the open position. [FIG. 14-B] shows fastener “B1” in the closed position. To open fastener “B1” and release the webbing, the above procedure is reversed.

(96) The thumb latch (68) rises from its base, situated between the clam shell halves (72, 73), which includes the D-Ring (61) that extends from the clam shell top (72) and G-Ring (62) attachment points, over which it curves. The thumb latch (68) provides three important functions. a) to facilitate the closing of the clam shell; b) to facilitate the opening of the same, and c) to create protection and cover for the G-Ring (62) under adverse conditions.

(97) The D-Ring (61) extends perpendicular to the direction of threading of the host webbing and serves a similar function as commonly used “D-Rings”. This half circle extension allows for the attachment of additional devices via use of commonly designed snap devices.

(98) The G-Ring (62) also extends perpendicular to the direction of the threading of the host webbing. Unlike the commonly designed D-Ring, the G-Ring (62) provides a unique point for the direct attachment of snap devices, buckles, slides, glides, strap adjuster and similar devices that are customarily attach via webbing, that must in turn attached to a snap device in order for it to attach to a D-Ring. The unique function of the G-Ring (62) provides a direct attachment of said snap device, but without the need for an intermediary strap or additional connecting hardware. Every additional strap or connecting device is a potential point of failure. It is also an additional cost in economics and complexity. The G-Ring eliminates all that, by facilitating the direct attachment at the point customarily dedicated to a strap or web.

(99) The G-Ring (62) has a connective shape extends that is roughly the equivalent of an upside down letter “G” and extends from the clam shell bottom (73). It includes three G-Ring flex points (63, 64, 65), an access point (66) through which an appropriately designed snap device may pass, to become connected. The access point corners (67) are rounded to facilitated the insertion and removal of any connected device, as described herein.

(100) The upper and lower teeth (74) of fastener “B1” are of varying length and width, to accommodate both the insertion of the webbing within the fastener, and to facilitate its secure attachment to the webbing. Alternative embodiments of the teeth, within the fastener “B” may facilitate movement or adjustment of fastener “B” along the length of the inserted webbing, pursuant to the intended use.

(101) Operation: Fastener “B1” [FIGS. 14-A Thru F]

(102) The manner of using fastener “B1” is multiple and varied. The “D” attachment point may be utilized, with or without the “G-Ring” attachment point and vice versa [FIGS. 18-A & B]. Furthermore, snap devices of standard design are attachable to the D-Ring attachment point of the fastener “B1”

(103) The manner of using the G-Ring attachment point is diverse with many creative options. [FIGS. 17-A thru E] show a variety of standard snap devices that were originally designed to attach to webbing, but are instead attached directly to fastener “B1”.

(104) In the current embodiment, a form of quick release is shown as part of the design. Attached to the G-Ring of Fastener “B 1” is side release buckle [FIGS. 7-A thru F]. [FIGS. 5-B] shows fastener “B1” (37) attached directly to the female component (46) via the G-Ring (62). The male component (45) of the side release buckle is attached to the fastener strap (35) arriving from the holder. In use, this arrangement allows for the immediate release and removal of the container holder from the waistline webbing/belt of the user, in the example embodiment given hereinabove.

(105) Use of the D-Ring (61) and G-Ring (62) is independent. Some devices may utilize both attachment points simultaneously together. One example of this dual use utilization incorporates a coiled lanyard, with one end attached to the “D” via snap device for permanence, with the opposite end of the lanyard attached both to the tool or accessory, and to the male component of side release buckle, the female component is attached directly to the G-Ring. This configuration allows for the quick release of the tool from the fastener, while the lanyard, still attached firmly to the “D” is stretched during tool use. The tool is immediately useable, but if dropped, is not lost because of its continued attachment to the D-Ring via the lanyard.

(106) Detailed Description: Fastener “B2” [FIGS. 15A thru G, FIGS. 19A-20F]

(107) The application of fastener “B2” is identical in all aspects described hereinabove to “B1” as they pertain to the D-Ring (61) and G-Ring (62). However, fastener “B2” provides an alternate method of attaching the fastener to the host web or belt. Unlike the “B1” where the host web is fed between the halves of the clam shell, the “B2” incorporates either an “under, over, under” [FIGS. 19A-20F] or “over, under, over” [FIGS. 15A thru G′] threading of the host webbing across the base platform of the fastener.

(108) [FIGS. 15A thru G] show outer fingers (81) bracketing a center strut (80) above which extends the D-Ring (61) and to which at one end is attached the G-Ring (62). At the opposite end of the center strut (80) are two outer finger flex points (82). Located at the opposite end of the outer fingers (81) is a outer finger insertion point (83). The space separates the outer fingers (81) from the center strut (80) and allows for the insertion of the webbing so that it arrives either over or under each outer finger (81) and extends either over or under the center strut (80).

(109) [FIGS. 19A-20F] show the outer fingers may include a clipping mechanism (90) that when pressed close, said mechanism securely attaches the outer fingers (81) to the center strut (80) such that the webbing is securely retained within the space between. The clipping mechanism in FIGS. 19 A-G is actuated when the outer fingers (87) are moved laterally, then downward, then upward, to insert the keyed finger clip (90) into the notch finger clip insertion point (92). The clipping mechanism in FIGS. 20 A-F is actuated when the outer fingers (87) are first moved downward, relative to the center strut (86) to accept threading of the web, strap or belt; then motioned upward, to insert the keyed finger clip (90) up and over the center strut cross bar retainer (88).

(110) Both the center strut (80) and outer fingers (81) may include small teeth (84, 85) appropriately located within the path of the web or belt. When the host webbing or belt is thread through the fastener using the “over, under, over” or the “under, over, under” configuration, the teeth will prove additional grip, to inhibit movement along the length of the webbing. Additional alternative versions may include, or exclude the “D-Ring” and may include or exclude the “G-Ring,” in either the multisided or circular shape.

(111) An alternative embodiment may allow the teeth to be eliminated. This will facilitate movement of the fastener along the length of the webbing, if the intended use requires.

(112) While the description herein contains many specificities, these should not be construed as limitations on the scope of any embodiment, but as exemplifications of alternative embodiments thereof. Many other ramifications and variations are possible with the teachings of the various embodiments.

(113) Operation: Fastener “B2” [FIGS. 15A Thru G, FIGS. 19A-20F]

(114) The operation of alternative embodiment fastener “B2” resembles all those described about the “B1” embodiment, herein. Both embodiments are equally applicable, with no preference except that which is indicated by the needs and requirements of the intended use.

SUMMARY OF ADDITIONAL EMBODIMENTS

(115) Many other variations are possible with the teachings of the various embodiments as each offers an alternative set of advantages and anticipated uses. Some embodiments present greater structural strength, to accommodate holding greater weight or reliability under extreme environmental conditions. Other embodiments reduce structural strength to reap a lighter weight, a more pliable shape or other important configuration options. By varying the types of fasteners used, whether “A and A”, “B and B” or “A and B” the variety of uses and types of attachment options to host devices or users, expands greatly.

(116) Additional considerations include a) the weight of the container b) the weight of its contents, c) the viscosity of the contents d) the environment or special user conditions (such as the user being in motion) in which the container contents may be accessed.

SUMMARY OF ADVANTAGES

(117) From the description and illustration of each embodiment of each component hereinabove, numerous advantages become evident:

(118) 1) The Holder a. is scalable to accommodate containers of different sizes and shapes b. is adaptable in structure and the materials from which it is manufactured—from minimally to highly flexible materials, as dictated by the requirements of its application. c. may be fabricated from a vast array of materials including metals, plastics, synthetics, rubbers, carbons, composites as well as an array of natural and synthetic fabrics. d. in both its hard and soft embodiments, is functional without the use of latches, buckles or other devices that may fail and are costly to manufacturer, in order to retain the container within the holder. e. its soft embodiments offer the advantage of lighter weight, reduced manufacturing costs, easy adaptability to a variety of shapes and sizes and the ability to fold or role the holder with it fasteners into a compact size for storage. f. depending upon the fasteners chosen, may be utilized in any position, relative to gravity, with and without the option of fast release and redeployment.

(119) 2) Fastener “A”; a. provides the choice of snap device assembly, pursuant to the needs and specifications of the intended use. b. provides a strap connector adjuster that is scalable and incorporable into every choice of snap device assembly. c. Is scalable to any dimension, size and load bearing capacity. d. is scalable in the number of “spaces and cross bars”. e. may be fabricated from a vast array of materials either uniformly throughout or in mixed combination.

(120) 3) Fastener “B” a. In either embodiment, “B1” or “B2” is installable upon the host webbing at the location of use, by simple threading between the outer fingers and center strut, as required and does not require disassembly and or reassembly of the web or strap for installation. b. integrated D-Ring attachment point provides all the benefits of a standard D-Ring, but with greater ease of installation. c. integrated G-Ring provides a direct point of attachment for a vast array of both standard and customized snap devices, without the need for any intermediary strap, web, or additional attachment device. d. integrated G-Ring and D-Ring attachment points may be utilized independently or jointly as determined by the intended use, effectively doubling the opportunities for utilization. e. The clam shell arrangement of embodiment “B1” i. incorporates a thumb latch to provide three functions; 1) the opening and 2) closing of the upper half of the clam shell to secure the host webbing within the fastener, and 3) create a protective cover for the “G-Ring attachment point under adverse conditions. ii. provides strength and reliability and secure attachment to the host webbing pursuant to the clam shell top and bottom contiguous material design. f. The over, under, over arrangement of embodiment “B2” i. provides a simpler, lighter weight design that is ii. easier to install on host webbing of greater variations in thickness. g. The under, over, under arrangement of embodiment “B2” i. further provides a simple clipping mechanism to fully enclose the web, strap or belt within the fastener, and beneficially restrict movement of the webbing, strap or belt within the fastener.

CONCLUSION, RAMIFICATIONS, AND SCOPE

(121) Accordingly, the reader will see that, many variations are possible with the teachings of the various embodiments. Each offers an alternative set of advantages and anticipated uses. Some embodiments present greater structural strength and usefulness in extreme environments. Other embodiments reap lighter weight, a more pliable shape, greater options in configuration and more compact storage. Similarly, fastener configuration expands the variety of uses and types of attachments to which the container holder system by be attached, used, transported and redeployed.

(122) In accordance with each embodiment of each component; container holder, fasteners “A” and “B”, the applicant provides a quantum improvement in the design of holders and fasteners for attaching, using and deploying containers and/or other accessories, that is simple, inexpensive and easy to use.

(123) While the above description contains many specificities, these should not be construed as limitations on the scope of any embodiment, but as exemplifications of the embodiments described thereof. Many other ramifications and variations are possible with the teachings of the various embodiments. Thus the scope of the invention should be determined by the appended claims and their legal equivalents, and not by the examples given.