Handle Conversion Unit

BACKGROUND
Technical Field

The present disclosure relates to handles. More particularly, and not by way of limitation, a handle or handle conversion unit with a tackle tray or hobby tray.

Description of Related Art

Cases are a convenient way to carry multiple items. Cases may be secured shut by a variety of closing mechanisms. For example, briefcases have fasteners that prevent the case from opening during transport. Likewise, a musical instrument case may use metal buckles to do the same. Latches, zippers, magnets, buttons, and clasps, among others, secure the contents inside the case.

Cases can be specially configured for specialized purposes. For example, tackle trays are a type of case designed to allow a user to carry a variety of fishing-related gear in organized compartments. Similarly, there can be hobby cases that are used for carrying and/or storing a variety of hobby products. For example, beads, thread, wire, tools, etc. Cases may be constructed following a variety of designs, each having benefits and drawbacks. Users may face additional challenges when engaging in activities while trying to access a case's contents. Cases designed to be accessed by a user already engaged in an activity must provide simple and easy-to-use opening mechanisms while maintaining sufficient sturdiness to keep the case shut during item storage.

BRIEF SUMMARY

The present disclosure provides an improved handle conversion unit for securing, transporting, and accessing storage containers, a handle for use with a tackle tray, a method of converting a tackle tray, and an improved handle.

Thus, in one aspect, the present disclosure can be directed to a handle conversion unit that is made of a rectangular material that has a first end and a second end. The second end is on the opposite side of the first end. Each end includes a set of protrusions.

In another aspect, the present disclosures are directed to a handle for use with a tackle tray. The handle includes a first set of protrusions may be designed to grip onto a first latch of the tackle tray. The handle also includes a second set of protrusions designed to grip a second latch of the tackle tray. Additionally, the handle includes a handle material that connects the first set of protrusions with the second set of protrusions.

In further aspects, the present disclosure can be directed to a method of converting a tackle tray with at least the following steps: attaching a first set of protrusions to a first tackle tray latch, attaching a second set of protrusions to a second tackle tray latch. A connection section joins the first set of protrusions and the second set of protrusions.

In yet other aspects, the present disclosure may be directed to an improved handle that has a central connection section. A first and a second coupling end are joined to the central connection section, with the second coupling end being on the opposite side of the first coupling end. Both the first and second set of protrusions extend from the first and second coupling end respectively. In addition, both the first and the second coupling end have an advertising section on the other side of the first and second set of protrusions respectively. Both the first and second set of protrusions have an upper lip on the first protrusion and a lower lip on the second protrusion.

BRIEF DESCRIPTION OF THE DRAWINGS

The novel features believed characteristic of the disclosure are set forth in the appended claims. The disclosure itself, however, as well as a preferred mode of use, further objectives and advantages thereof, will be best understood by reference to the following detailed description of illustrative embodiments when read in conjunction with the accompanying drawings, wherein:

FIG. 1 is an illustration of a front perspective view of a handle.

FIG. 2 is an illustration of a first-side perspective view of a handle.

FIG. 3 is an illustration of a rear perspective view of a handle.

FIG. 4 is an illustration of a second-side perspective view of a handle.

FIG. 5 is an illustration of a top perspective view of a handle.

FIG. 6 is an illustration of a perspective view of a rear central connection section of a handle.

FIG. 7 is an illustration of a perspective view of a front central connection section of a handle.

FIG. 8 is an illustration of a bottom perspective view of a handle.

FIG. 9 is an illustration of a handle attached to a case.

FIG. 10 is an illustration of another handle attached to a case.

FIG. 11A is an illustration of a cutaway profile view of a handle attached to a case.

FIG. 11B is an illustration of an external profile view of a handle attached to a case.

FIG. 12A is an illustration of a cutaway profile view of a handle attached to latches attached to a case.

FIG. 12B is an illustration of an external profile view of a handle attached to latches attached to a case.

FIG. 13 is an illustration of a perspective view of a rear central connection section of a handle.

FIG. 14 is an illustration of a perspective view of a front central connection section of a handle.

DETAILED DESCRIPTION

Embodiments of the disclosure will now be described. This handle, handle conversion unit, and method for converting a tackle tray can be used to secure a case closed shut or provide ease of opening a tackle tray with one hand. Many embodiments relate to a handle that is designed to be opened with one hand. In particular, some embodiments are designed to attach to tackle trays and engage a tackle tray latch.

Users most often use tackle trays to store various fishing gear, lures, and tackle. Users frequently bring their tackle trays with them when they go fishing to switch out their lures or to replace lost or broken tackle. Replacing lost or broken tackle requires the user to pay careful attention to themselves and their surroundings. Almost all fishing lures have sharp hooks that can easily embed themselves in objects or people by accident or carelessness. Because these sharp lures are often freely suspended from fishing rods, it is difficult to carefully maneuver the rod to avoid striking people or objects with the lure.

Additionally, many users will fish from a boat and thus bring their tackle box on the boat with them. Fishing from a boat adds additional challenges, however, in that the user is no longer firmly standing on the ground but must instead balance themselves within the floating boat. This necessary balancing heightens a user's mental load while fishing and contributes to a heightened risk of personal injury and property damage. When combined with the danger inherent in a lure swinging from a fishing pole, any advantage that reduces the difficulty of operating a tackle tray will help reduce the potential risk of injury. For example, one hand can be used to secure the lure in a manner that prevents it from swinging, while the other hand can operate a latch or handle of the tackle tray to access a new lure or tackle. Thus, there is a need for a tackle tray latch that can be more easily opened by the user.

FIG. 1 is an illustration of a front perspective view of a handle 100. A handle 100 can include a rectangular section 102, a gripping section 104, first and second ends 106, and a finger lip 108. Each end 106 may be distal from the other. Each end 106 may comprise an end body 110. Each end body 110 may comprise an advertising section 190 and a set of protrusions (as seen in at least FIG. 6) with an upper lip (as seen in at least FIG. 6) and a lower lip (as seen in at least FIG. 6). The gripping section 104 may comprise the finger lip 108. The handle 100, in at least one example, can be sized and configured to engage with a tackle tray (as seen in at least FIG. 9), such as to form a securing mechanism with the tackle tray. The handle 100 in FIG. 1 can be combined or used along with the handles 200-1400 shown in FIGS. 2-14.

In some embodiments, each end body 110 may include at least one rounded corner, at least one square corner, or a combination of the two. The rounded corners of opposing end bodies 110 may be on the same side of the handle 100. In at least one example, illustrated in FIG. 1, the rounded corners are on the same side of the handle 100 as the finger lip 108.

In at least one example, each end body 110 may be coupled to the gripping section 104. In some embodiments, the gripping section 104 may include at least one rounded corner, at least one square corner, or a combination of the two. In at least one example, illustrated in FIG. 1, the gripping section 104 contains rounded corners for the corners of the side of the gripping section that also contains the finger lip 108.

The finger lip 108 can form a finger void 116 beneath the gripping section 104. The finger void 116 more easily allows a user to reach under the gripping section 104 to grasp the handle 100. This design choice enables easier access to a case (as seen in at least FIG. 9), such as a tackle tray. However, other cases, such as hobby cases or trays, may be engaged. In particular, a user is more easily able to unlatch the case with a single hand. This feature is most useful when the user is engaged in an activity that requires one of the user's hands to hold something throughout the activity. One example is when a user is fishing and wants to change a lure on the user's fishing rod. The user may wish to access a tackle tray with one hand while holding on to the fishing rod with their other hand. If the handle 100 was implemented into the tackle tray, the finger lip 108 would permit easier access to it by allowing the user to unlatch the tackle tray with a single hand.

In some embodiments, the finger lip 108 may be positioned in the center of the gripping section 104 between each end 106. The position of the finger lip 108 in the gripping section 104 may form an axis of symmetry in the gripping section 104. The position of each end body 110 coupled to the gripping section 104 may also form an axis of symmetry along the rectangular section 102 and the handle 100. This design choice further enables easier access to a tackle tray. Many tackle trays are symmetrical. Symmetrical designs are generally visually simpler than non-symmetrical designs. Handles containing an axis of symmetry may be easier to use when the case that the handle is attached to also contains an axis of symmetry. Additionally, a handle designed to be unlatched by only one hand of a user benefits from an axis of symmetry because a user may use either hand to unlatch the handle with equal effectiveness. This is particularly beneficial because some users may prefer to use one hand over the other.

In some embodiments, the rectangular section 102 may be of sufficient thickness to prevent bending from occurring, while also allowing for some flexibility. This balance between rigidity and flexibility permits the handle to be rigid enough to withstand collisions while flexible enough to prevent permanent deformation.

FIG. 2 is an illustration of a first-side perspective view of a handle 200. The handle 200 can include a gripping section 204, first and second ends 206, and a finger lip 208. Each end 206 may comprise an end body 210. Each end body 210 may include a set of protrusions 212A & 212B with an upper lip (as seen in at least FIG. 3) and a lower lip (as seen in at least FIG. 3). The handle 200 in FIG. 2 can be combined or used along with the handles 100, and 300-1400 shown in FIGS. 1, and 3-14.

Each set of protrusions 212A & 212B may be designed to attach to a tackle tray (as seen in at least FIG. 9) and engage a tackle tray latch (as seen in at least FIG. 11A). By attaching to the tackle tray and engaging with the tackle tray latch, the handle 200 functions as a securing mechanism for the tackle tray.

In some embodiments, each set of protrusions 212A & 212B extends rearwardly from each end body 210. When attached to the tackle tray, the protrusions 212A & 212B are on the opposite side of the gripping section that faces away from the tackle tray. Positioning protrusions 212A & 212B behind the outer-facing side of the handle 200 protects protrusions 212A & 212B from damage caused by external collisions during transportation as well as reduces the likelihood of pinching a user's finger.

In some embodiments, the gripping section 204 may be coupled in front of each end body 210. The protrusions 212A & 212B should extend from the opposite side where the gripping section 204 is positioned. This configuration generates a void 214 between the gripping section 204 and a case (as seen in at least FIG. 9) when the handle 200 is attached to the case. The void 214 creates a larger space for a user to place their fingers beneath the gripping section 204 when unlatching the handle 200. This additional space lets the user use more of their fingers for leverage while unlatching the handle. Additionally, the additional space more easily permits a user to unlatch the handle 200 if they have large fingers or are wearing gloves.

FIG. 3 is an illustration of a rear perspective view of a handle 300. The handle 300 can include a gripping section 304, first and second ends 306, and a finger lip 308. Each end 306 may comprise an end body 310. Each end body 310 may comprise a set of protrusions 312A & 312B with an upper lip 340 and a lower lip 350, respectively. Each end 306 may include a bulge 360 that extends from each end body 310 towards the center of the gripping section 304. FIG. 3 can be combined or used along with the handles 100, 200, and 400-1400 shown in FIGS. 1, 2, and 4-14.

Each set of protrusions 312A & 312B may include an upper lip 340 and a lower lip 350. In some embodiments, the first protrusion comprises the upper lip 340 and the second protrusion comprises the lower lip 350. The upper lip 340 may be configured to engage with a case latch (as seen in at least FIG. 11A) of a case (as seen in at least FIG. 9) to form a hinge. The lower lip 350 may be configured to engage with a case latch to form a securing mechanism. Combined, the set of protrusions 312A & 312B attach the handle 300 to the case wherein the upper lip 340 and the lower lip 350 are each configured to engage with the case latch in a manner that allows the case to be opened or closed when the handle 300 is coupled to the case. In effect, the entire handle 300 functions as a single latch, clamp, or clasp for the case so that the case can be opened in a single action.

Positioning each set of protrusions 312A & 312B at least substantially towards each end 306 of the handle 300 provides increased stability and reliability during operation. If a set of protrusions 312A & 312B were not placed at an end 306 but were instead placed more towards the center—with the gripping section 304 extending to the end 306—then the securing mechanism would be more prone to breakage. This is because the forces from the user's hand when gripping the handle 300 would disproportionately apply to one set of protrusions 312A & 312B over the other. Additionally, without a securing mechanism on the end 306, the portion of the gripping section 304 beyond the set of protrusions 312A & 312B would remain suspended and unattached to the case latch. This suspended portion of the gripping section 304 would feel more flimsy because it is only attached to the case on one side. In contrast, the present disclosed embodiment positions the gripping section 304 between each set of protrusions 312A & 312B. This configuration places roughly equal forces from the user's hand on each set of protrusions 312A & 312B, decreasing the likelihood that any part of the set of protrusions 312A & 312B will break.

In other embodiments, a set of protrusions 312A & 312B may extend beyond each end 306 of the handle 300. In at least one example, a set of protrusions 312A & 312B may be positioned along the length of the gripping section 304. This configuration provides a stronger securing mechanism than only having the set of protrusions 312A & 312B positioned at each end 306. Additionally, having the upper lip 340 of the protrusions 312A & 312B positioned along the length of the gripping section 304 instead of only at each end 306 provides increased reliability and reduces the likelihood that any part of the set of protrusions 312A & 312B will break. Yet this configuration has the drawback of potentially providing less space underneath the gripping section 304. Less space beneath the gripping section means the user will need to exert more force from their fingers when unlatching the handle 300.

The bulge 360 is designed to impede the user's fingers from approaching the set of protrusions 312A & 312B, particularly the lower lip 350, during operation. By separating the user's fingers from the lower lip 350, the bulge 360 reduces the likelihood that the user's fingers will be pinched from the lower lip 350 when opening and closing the handle 300. The bulge 360 may be deep or spread along the center-facing edge of the end body 310.

FIG. 4 is an illustration of a second-side perspective view of a handle 400. The handle 400 can include a gripping section 404, first and second ends 406, and a finger lip 408. Each end 406 may comprise an end body 410. Each end body 410 may comprise a set of protrusions (as seen in at least FIG. 3) with an upper lip 440 and a lower lip (as seen in at least FIG. 3). The finger lip 408 may form a finger void 416 beneath the gripping section 404. FIG. 4 can be combined or used along with the handles 100-300 and 500-1400 shown in FIGS. 1-3, 5-14.

The handle 400 may include a bulge 460 that extends from each end body 410 towards the center of the gripping section 404. The bulge 460 impedes a user's hand from approaching the lower lip (as seen in at least FIG. 3) during operation to reduce the likelihood of pinching. The bulge 460 may comprise a smooth and/or curved shape to ensure that the user's finger cannot be caught on sharp edges.

Similarly, moving away from the end body 410 along the gripping section 404 to the finger void 416 is a smooth curve to ensure that the user's finger cannot be caught on sharp edges.

FIG. 5 is an illustration of a top perspective view of the handle 500. The handle 500 can include a gripping section (as seen in at least FIG. 4), first and second ends (as seen in at least FIG. 4), and a finger lip 508. Each end (as seen in at least FIG. 4) may comprise an end body 510. Each end body 510 may comprise a set of protrusions 512A & (second set not pictured) with an upper lip 540 and a lower lip 550. In some embodiments, the end body 510 has a substantially curved shape. FIG. 5 can be combined or used along with the handles 100-400, and 600-1400 shown in FIGS. 1-4, and 6-14.

The upper lip 540 may comprise a semicircle overhang 542 for attaching to a case latch (as seen at least in FIG. 11A) of a case (as seen at least in FIG. 9). The semicircle overhang 542 may be positioned such that the edge of the semicircle overhang 542 faces towards the center of the end body 510. The upper lip 540 may also comprise a crest 544. The semicircle overhang 542 and the crest 544 may form a circular void 546. The circular void 546 may be sized to attach to the case latch thereby forming a hinge. The crest 544 secures the upper lip 540 to the case latch and prevents the handle 500 from detaching during operation.

In some embodiments, the lower lip 550 may comprise a gripping projection 552. The gripping projection 552 may jut out from the end body 510 substantially perpendicular to the end body 510. The gripping projection 552 may be configured to engage with the case latch to secure the case shut. The gripping projection 552 is designed to securely fasten the case while also allowing a user to unlatch the handle 500 relatively easily. The gripping projection 552 may use a variety of securing mechanisms to secure the case including but not limited to friction latches, clasps, snaps, hook and loop, button and slot, magnets, fasteners, other removably coupled securing means, and/or some combination thereof.

In at least one example, the lower lip 550 may comprise a groove 554 in the gripping projection 552. The groove 554 may be positioned on the side of the gripping projection 552 that faces towards the center of the end body 510. The groove 554 is configured to clench a beam (as seen in at least FIG. 11A) or catch the edge of the case latch. The beam and the groove 554 may be sized so that the beam fits inside the groove 554 once the user closes the case with the handle 500.

FIG. 6 is an illustration of a rear central connection section 605 of a handle 600. The handle 600 can include a gripping section 604, first and second ends 606, and a finger lip 608. Each end 606 may comprise an end body 610. Each end body 610 may comprise a set of protrusions 612A & 612B with an upper lip 640 and a lower lip 650. In some embodiments, the central connection section 605 also comprises the gripping section 604. In some embodiments, the gripping section 604, the central connection section 605, and/or each end body 610 may have a substantially curved shape. FIG. 6 can be combined or used along with the handles 100-500, and 700-1400 shown in FIGS. 1-5, and 7-14.

Each set of protrusions 612A & 612B may include an upper lip 640 and a lower lip 650. In some embodiments, the first protrusion comprises the upper lip 640 and the second protrusion comprises the lower lip 650. The upper lip 640 may be configured to engage with a case latch (as seen in at least FIG. 11A) of a case (as seen in at least FIG. 9) to form a hinge. The lower lip 650 may be configured to engage with a case latch to form a securing mechanism. Combined, the set of protrusions 612A & 612B attach the handle 600 to the case wherein the upper lip 640 and the lower lip 650 are each configured to engage with the case latch in a manner that allows the case to be opened or closed when the handle 600 is coupled to the case. In effect, the entire handle 600 functions as a single latch, clamp, or clasp for the case so that the case can be opened in a single action.

Positioning each set of protrusions 612A & 612B at least substantially towards each end 606 of the handle 600 provides increased stability and reliability during operation. If a set of protrusions 612A & 612B were not placed at an end 606 but were instead placed more towards the center—with the gripping section 604 extending to the end 606—then the securing mechanism would be more prone to breakage. This is because the forces from the user's hand when gripping the handle 600 would disproportionately apply to one set of protrusions 612A & 612B over the other. Additionally, without a securing mechanism on the end 606, the portion of the gripping section 604 beyond the set of protrusions 612A & 612B would remain suspended and unattached to the case latch. This suspended portion of the gripping section 604 would feel more flimsy because it is only attached to the case on one side. In contrast, the present disclosed embodiment positions the gripping section 604 between each set of protrusions 612A & 612B. This configuration places roughly equal forces from the user's hand on each set of protrusions 612A & 612B, decreasing the likelihood that any part of the set of protrusions 612A & 612B will break.

In other embodiments, a set of protrusions 612A & 612B may extend beyond each end 606 of the handle 600. In at least one example, a set of protrusions 612A & 612B may be positioned along the length of the gripping section 604. This configuration provides a stronger securing mechanism than only having the set of protrusions 612A & 612B positioned at each end 606. Additionally, having the upper lip 640 of the protrusions 612A & 612B positioned along the length of the gripping section 604 instead of only at each end 606 provides increased reliability and reduces the likelihood that any part of the set of protrusions 612A & 612B will break. Yet this configuration has the drawback of potentially providing less space underneath the gripping section 604. Less space beneath the gripping section means the user will need to exert more force from their fingers when unlatching the handle 600.

FIG. 7 is an illustration of a front central connection 705 section view of a handle 700. The handle 700 can include a gripping section 704, first and second ends 706, and a finger lip 708. Each end 706 may comprise an end body 710. Each end body 710 may comprise an advertising section 790 and a set of protrusions (as seen in at least FIG. 6) with an upper lip (as seen in at least FIG. 6) and a lower lip (as seen in at least FIG. 6). In some embodiments, the central connection section 705 also comprises the gripping section 704. FIG. 7 can be combined or used along with the handles 100-600, and 800-1400 shown in FIGS. 1-6, and 8-14.

The handle 700, in at least one example, can be sized and configured to engage with a tackle tray (as seen in at least FIG. 9) such as to form a securing mechanism with the tackle tray. In some embodiments, the gripping section 704, the central connection section 705, and/or each end body 710 may have a substantially curved shape. In some embodiments, the handle 700 may include a smooth curve from each end body 710 to the gripping section 704 to ensure that a user's hand or fingers cannot be caught on sharp edges.

In some embodiments, the finger lip 708 may be positioned in the center of the gripping section 704 between each end 706. The position of the finger lip 708 in the gripping section 704 may form an axis of symmetry in the gripping section 704. The position of each end body 710 coupled to the gripping section 704 may also form an axis of symmetry along the rectangular section 702 and the handle 700. This design choice further enables easier access to a tackle tray. Many tackle trays are symmetrical. Symmetrical designs are generally visually simpler than non-symmetrical designs. Handles containing an axis of symmetry may be easier to use when the case that the handle is attached to also contains an axis of symmetry. Additionally, a handle designed to be unlatched by only one hand of a user benefits from an axis of symmetry because a user may use either hand to unlatch the handle with equal effectiveness. This is particularly beneficial because some users may prefer to use one hand over the other.

FIG. 8 is an illustration of a bottom perspective view of a handle 800. The handle 800 can include a gripping section (as seen in at least FIG. 6), first and second ends (as seen in at least FIG. 6), and a finger lip 808. Each end (as seen in at least FIG. 6) may comprise an end body 810. Each end body 810 may comprise a set of protrusions (first set not pictured) & 812B with an upper lip 840 and a lower lip 850. In some embodiments, the end body 810 has a substantially curved shape. FIG. 8 can be combined or used along with the handles 100-700, and 900-1400 shown in FIGS. 1-7, and 9-14.

The upper lip 840 may comprise a semicircle overhang 842 for attaching to a case latch (as seen in at least FIG. 11A) of a case (as seen in at least FIG. 9). The semicircle overhang 842 may be positioned such that the edge of the semicircle overhang 842 faces towards the center of the end body 810. The upper lip 840 may also comprise a crest 844. The semicircle overhang 842 and the crest 844 may form a circular void 846. The circular void 846 may be sized to attach to the case latch thereby forming a hinge. The crest 844 secures the upper lip 840 to the case latch and prevents the handle 800 from detaching during operation.

In some embodiments, the lower lip 850 may comprise a gripping projection 852. The gripping projection 852 may jut out from the end body 810 substantially perpendicular to the end body 810. The gripping projection 852 may be configured to engage with the case latch to secure the case shut. The gripping projection 852 is designed to securely fasten the case while also allowing a user to unlatch the handle 800 relatively easily. The gripping projection 852 may use a variety of securing mechanisms to secure the case including but not limited to friction latches, clasps, snaps, hook and loop, button and slot, magnets, fasteners, other removably coupled securing means, and/or some combination thereof.

In at least one example, the lower lip 850 may comprise a groove 854 in the gripping projection 852. The groove 854 may be positioned on the side of the gripping projection 852 that faces towards the center of the end body 810. The groove 854 is configured to clench a beam (as seen in at least FIG. 11A) or catch the edge of the case latch. The beam and the groove 854 may be sized so that the beam fits inside the groove 854 once the user closes the case with the handle 800.

FIG. 9 is an illustration of a handle 900 attached to latches (as seen in at least FIG. 12A) attached to a case 920. In some embodiments, the case 920 may be a tackle tray as illustrated in FIG. 9. The case 920 may comprise a case body 922, a case lid 924, and at least two case latches (as seen in at least FIG. 12A). The handle 900 can include a rectangular section 902, a gripping section 904, first and second ends 906, and a finger lip 908. Each end 906 may be distal from the other. Each end 906 may comprise an end body 910. Each end body 910 may comprise an advertising section 990 and a set of protrusions (as seen in at least FIG. 6) with an upper lip (as seen in at least FIG. 6) and a lower lip (as seen in at least FIG. 6). The gripping section 904 may comprise the finger lip 908. In some embodiments, the handle 920 functions to secure the case lid 924 to the case body 922, thereby forming a securing mechanism. FIG. 9 can be combined or used along with the handles 100-800 and 1000-1400 shown in FIGS. 1-8 and 10-14.

In at least one example, the handle 900 attaches to at least two case latches (not pictured) attached to the case 920. When used in this manner, the handle 900 serves as a handle conversion unit, converting the existing at least two-latch case into a single-handle case, allowing a user to reuse their existing cases while taking advantage of the above-disclosed handles and without needing to replace the case latches (not pictured).

In at least another example, the handle 900 replaces at least two case latches (not pictured) attached to the case 920. When used in this manner, the handle 900 functions as a single latch. This configuration permits a user to replace the case's latches with the disclosed handle 900, allowing a user to reuse their existing cases while taking advantage of the above-disclosed handles.

FIG. 10 is an illustration of a handle 1000 attached to latches (as seen in at least FIG. 12A) attached to a case 1020. In some embodiments, the case 1020 may be a tackle tray as illustrated in FIG. 10. The case 1020 may comprise a case body 1022 and a case lid 1024. The handle 1000 can include a rectangular section 1002, gripping section 1004, and first and second ends 1006. Each end 1006 may be distal from the other. Each end 1006 may comprise an end body 1010. Each end body 1010 may comprise a set of protrusions (as seen in at least FIG. 6) with an upper lip (as seen in at least FIG. 6) and a lower lip (as seen in at least FIG. 6). In some embodiments, the handle 1020 functions to secure the case lid 1024 to the case body 1022, thereby forming a securing mechanism. FIG. 10 can be combined or used along with the handles 100-900 and 1100-1400 shown in FIGS. 1-9 and 11A-114.

In at least one example, the handle 1000 attaches to at least two case latches (not pictured) attached to the case 1020. When used in this manner, the handle 1000 serves as a handle conversion unit, converting the existing at least two-latch case into a single-handle case, allowing a user to reuse their existing cases while taking advantage of the above-disclosed handles and without needing to replace the case latches (not pictured).

In at least another example, the handle 1000 replaces at least two case latches (not pictured) attached to the case 1020. When used in this manner, the handle 1000 functions as a single latch. This configuration permits a user to replace the case's latches with the disclosed handle 1000, allowing a user to reuse their existing cases while taking advantage of the above-disclosed handles.

FIG. 11A is an illustration of a cutaway profile view of a handle 1100 attached to a beam 1134 of a case 1120. In some embodiments, the case 1120 may be a tackle tray. The case 1120 may comprise a case body 1122 and a case lid 1124. The case 1120 may comprise at least one set of case-securing points 1130. The case-securing points 1130 may comprise a protruding lip 1132 that extends from the case body 1122 and the beam 1134 that is coupled to the case lid 1124. In some embodiments, the handle 1100 functions to secure the case lid 1124 to the case body 1122, thereby forming a securing mechanism. FIG. 11A can be combined or used along with the handles 100-1000 and 1300-1400 shown in FIGS. 1-10 and 13-14.

The handle 1100 can include a gripping section 1104, an end body 1110, and a finger lip 1108. Each end body 1110 may comprise a set of protrusions 1112A & 1112B (not pictured) with an upper lip 1140 and a lower lip 1150 respectively.

Each set of protrusions 1112A & 1112B (not pictured) may include an upper lip 1140 and a lower lip 1150. In some embodiments, the first protrusion comprises the upper lip 1140 and the second protrusion comprises the lower lip 1150. The upper lip 1140 may be configured to engage with the beam 1134 of the case-securing points 1130 thus forming a hinge. The lower lip 1150 may be configured to engage with the protruding lip 1132 of the case-securing points 1130 to form a securing mechanism in a manner that allows the case 1120 to be opened or closed when the handle 1100 is coupled to the case 1120. In effect, the entire handle 1100 functions as a single latch, clamp, or clasp for the case 1120 so that it can be opened in a single action.

In some embodiments, the lower lip 1150 may comprise a gripping projection 1152. The gripping projection 1152 may jut out from the end body 1110 substantially perpendicular to the end body 1110. The gripping projection 1152 may be configured to engage with the case-securing points 1130 to secure the case 1120 shut. The gripping projection 1152 is designed to securely fasten the case while also allowing a user to unlatch the handle 1100 relatively easily. The gripping projection 1152 may use a variety of securing mechanisms to secure the case including but not limited to friction latches, clasps, snaps, hook and loop, button and slot, magnets, fasteners, other removably coupled securing means, and/or some combination thereof.

In at least one example, the lower lip 1150 may comprise a groove 1154 in the gripping projection 1152. The groove 1154 may be positioned on the side of the gripping projection 1152 that faces towards the center of the end body 1110. The groove 1154 is configured to clench the protruding lip 1132. The protruding lip 1132 and the groove 1154 may be sized so that the protruding lip 1132 fits inside the groove 1154 once the user closes the case 1120 with the handle 1100.

FIG. 11B is an illustration of an external profile view of the handle 1100 attached to the case 1120. When the case lid 1124 is closed, the case lid 1124 may sit atop an external case ledge 1128 that protrudes from the case 1120. The external case ledge 1128 may jut out from the case 1120 substantially perpendicular to the case body 1122. The external case protrusion 1128 provides additional support for the case lid 1124 when the case is closed, improving the case lid's 1124 structural stability. FIG. 11B can be combined or used along with the handles 100-1000 and 1300-1400 shown in FIGS. 1-10 and 13-14.

In at least one example, when the handle 1100 is attached to the case 1120, the handle's 1100 set of protrusions (as seen at least in FIG. 11A) are recessed into the case body 1122. Recessing the handle 1100 protects the connecting points, such as the hinge or securing mechanism, between the set of protrusions (as seen at least in FIG. 11A) of the handle 1100, and the case-connecting points (as seen at least in FIG. 11A). A user may unintentionally strike or drop the case 1120 causing external collisions to the handle 1100, case body 1122, or case lid 1124. The connecting points are a critical component of the functionality of the case 1120, so it is valuable to protect them.

FIG. 12A is an illustration of a cutaway profile view of a handle 1200 attached to a latches 1221A & 1221B (not pictured) of a case 1220. In some embodiments, the case 1220 may be a tackle tray. The case 1220 may comprise a case body 1222 and a case lid 1224. The case 1220 may comprise at least one set of case-securing points 1230. The case-securing points 1230 may comprise a protruding lip 1232 that extends from the case body 1222 and a beam 1234 that is coupled to the case lid 1224. In some embodiments, the handle 1200 functions to envelop the case latches 1221A & 1221B that secure the case lid 1224 to the case body 1222, thereby forming a securing mechanism. FIG. 12A can be combined or used along with the handles 100-1000 and 1300-1400 shown in FIGS. 1-10 and 13-14. This allows the handle 1200 to convert an existing case with latches into a single handed case.

The handle 1200 can include a gripping section 1204, an end body 1210, and a finger lip 1208. Each end body 1210 may comprise a set of protrusions 1212A & 1212B (not pictured) with an upper lip 1240 and a lower lip 1250 respectively.

Each set of protrusions 1212A & 1212B (not pictured) may include an upper lip 1240 and a lower lip 1250. In some embodiments, the first protrusion comprises the upper lip 1240 and the second protrusion comprises the lower lip 1250. The upper lip 1240 may be configured to engage with an upper portion of the latches 1221A & 1221B (not pictured) attached to the beam 1234 of the case-securing points 1230 thus forming a hinge. The lower lip 1250 may be configured to engage with a lower portion of the latches 1221A & 1221B (not pictured) that couple to the protruding lip 1232 of the case-securing points 1230 to form a securing mechanism in a manner that allows the case 1220 to be opened or closed when the handle 1200 is attached to the latches 1221A & 1221B (not pictured) that are attached to the case 1220. In effect, the entire handle 1200 functions as a single latch, clamp, or clasp for the case 1220 so that it can be opened in a single action.

In some embodiments, the lower lip 1250 may comprise a gripping projection 1252. The gripping projection 1252 may jut out from the end body 1210 substantially perpendicular to the end body 1210. The gripping projection 1252 may be configured to engage with a lower portion of the latches 1221A & 1221B (not pictured) to secure the case 1220 shut. The gripping projection 1252 is designed to securely fasten the handle 1200 to the latches 1221A & 1221B (not pictured) while also allowing a user to open the case 1222 relatively easily. The gripping projection 1252 may use a variety of securing mechanisms to attach to the latches 1221A & 1221B (not pictured) including but not limited to friction latches, clasps, snaps, hook and loop, button and slot, magnets, fasteners, other removably coupled securing means, and/or some combination thereof.

In at least one example, the lower lip 1250 may comprise a groove 1254 in the gripping projection 1252. The groove 1254 may be positioned on the side of the gripping projection 1252 that faces towards the center of the end body 1210. The groove 1254 is configured to clench a lower portion of the latches 1221A & 1221B (not pictured). The lower portion of the latches 1221A & 1221B (not pictured) and the groove 1254 may be sized so that the lower portion of the latches 1221A & 1221B (not pictured) fit inside the groove 1254 once the user attaches the handle 1200 to the case 1220.

FIG. 12B is an illustration of an external profile view of the handle 1200 attached to case latches 1221A & 1221B (not pictured) attached to the case 1220. When the case lid 1224 is closed, the case lid 1224 may sit atop an external case ledge 1228 that protrudes from the case 1220. The external case ledge 1228 may jut out from the case 1220 substantially perpendicular to the case body 1222. The external case protrusion 1228 provides additional support for the case lid 1224 when the case is closed, improving the case lid's 1224 structural stability. FIG. 12B can be combined or used along with the handles 100-1000 and 1300-1400 shown in FIGS. 1-10 and 13-14.

In at least one example, when the handle 1200 is attached to the latches 1221A & 1221B (not pictured), the handle's 1200 set of protrusions (as seen at least in FIG. 12A) are recessed into the case body 1222. Recessing the handle 1200 protects the connecting points, such as the hinge or securing mechanism, between the set of protrusions (as seen at least in FIG. 12A) of the handle 1200, the case latches 1221A & 1221B (not pictured), and the case-securing points (as seen at least in FIG. 12A). A user may unintentionally strike or drop the case 1220 causing external collisions to the handle 1200, case body 1222, or case lid 1224. The connecting points are a critical component of the functionality of the case 1220, so it is valuable to protect them.

FIG. 13 is an illustration of a rear central connection section 1305 of a handle 1300. The handle 1300 can include a gripping section 1304, and first and second ends 1306. Each end 1306 may comprise an end body 1310. Each end body 1310 may comprise a set of protrusions 1312A & 1312B with an upper lip 1340 and a lower lip 1350. In some embodiments, the central connection section 1305 also comprises the gripping section 1304. In some embodiments, the gripping section 1304, the central connection section 1305, and/or each end body 1310 may have a substantially curved shape. FIG. 13 can be combined or used along with the handles 100-1200, and 1400 shown in FIGS. 1-12B, and 14.

Each set of protrusions 1312A & 1312B may include an upper lip 1340 and a lower lip 1350. In some embodiments, the first protrusion comprises the upper lip 1340 and the second protrusion comprises the lower lip 1350. The upper lip 1340 may be configured to engage with a case latch (as seen in at least FIG. 11A) of a case (as seen in at least FIG. 9) to form a hinge. The lower lip 1350 may be configured to engage with a case latch to form a securing mechanism. Combined, the set of protrusions 1312A & 1312B attach the handle 1300 to the case wherein the upper lip 1340 and the lower lip 1350 are each configured to engage with the case latch in a manner that allows the case to be opened or closed when the handle 1300 is coupled to the case. In effect, the entire handle 1300 functions as a single latch, clamp, or clasp for the case so that the case can be opened in a single action.

Positioning each set of protrusions 1312A & 1312B at least substantially towards each end 1306 of the handle 1300 provides increased stability and reliability during operation. If a set of protrusions 1312A & 1312B were not placed at an end 1306 but were instead placed more towards the center—with the gripping section 1304 extending to the end 1306—then the securing mechanism would be more prone to breakage. This is because the forces from the user's hand when gripping the handle 1300 would disproportionately apply to one set of protrusions 1312A & 1312B over the other. Additionally, without a securing mechanism on the end 1306, the portion of the gripping section 1304 beyond the set of protrusions 1312A & 1312B would remain suspended and unattached to the case latch. This suspended portion of the gripping section 1304 would feel more flimsy because it is only attached to the case on one side. In contrast, the present disclosed embodiment positions the gripping section 1304 between each set of protrusions 1312A & 1312B. This configuration places roughly equal forces from the user's hand on each set of protrusions 1312A & 1312B, decreasing the likelihood that any part of the set of protrusions 1312A & 1312B will break.

In some embodiments, the gripping section 1304 is substantially smooth. This design has the advantage of a certain aesthetic appeal in addition to further structural rigidity. The smooth gripping section 1304 also has the advantage of reducing accidental openings of the case by reducing the number of points that an object could unintentionally unlatch the handle 1300. This configuration trades ease of opening with increased reliability in preventing accidental openings. In certain use scenarios, such as when the case is storing valuable or fragile cargo, a user may prefer the increased reliability over easier case opening.

In other embodiments, a set of protrusions 1312A & 1312B may extend beyond each end 1306 of the handle 1300. In at least one example, a set of protrusions 1312A & 1312B may be positioned along the length of the gripping section 1304. This configuration provides a stronger securing mechanism than only having the set of protrusions 1312A & 1312B positioned at each end 1306. Additionally, having the upper lip 1340 of the protrusions 1312A & 1312B positioned along the length of the gripping section 1304 instead of only at each end 1306 provides increased reliability and reduces the likelihood that any part of the set of protrusions 1312A & 1312B will break. Yet this configuration has the drawback of potentially providing less space underneath the gripping section 1304. Less space beneath the gripping section means the user will need to exert more force from their fingers when unlatching the handle 1300.

FIG. 14 is an illustration of a front central connection 1405 section view of a handle 1400. The handle 1400 can include a gripping section 1404, and first and second ends 1406. Each end 1406 may comprise an end body 1410. Each end body 1410 may comprise an advertising section (not pictured) and a set of protrusions (as seen in at least FIG. 6) with an upper lip (as seen in at least FIG. 6) and a lower lip (as seen in at least FIG. 6). In some embodiments, the central connection section 1405 also comprises the gripping section 1404. FIG. 14 can be combined or used along with the handles 100-1300 shown in FIGS. 1-13.

The handle 1400, in at least one example, can be sized and configured to engage with a tackle tray (as seen in at least FIG. 9) such as to form a securing mechanism with the tackle tray. In some embodiments, the gripping section 1404, the central connection section 1405, and/or each end body 1410 may have a substantially curved shape. In some embodiments, the handle 1400 may include a smooth curve from each end body 1410 to the gripping section 1404 to ensure that a user's hand or fingers cannot be caught on sharp edges.

In some embodiments, the position of each end body 1410 coupled to the gripping section 1404 may form an axis of symmetry along the rectangular section 1402 and the handle 1400. This design choice further enables easier access to a tackle tray. Many tackle trays are symmetrical. Symmetrical designs are generally visually simpler than non-symmetrical designs. Handles containing an axis of symmetry may be easier to use when the case that the handle is attached to also contains an axis of symmetry. Additionally, a handle designed to be unlatched by only one hand of a user benefits from an axis of symmetry because a user may use either hand to unlatch the handle with equal effectiveness. This is particularly beneficial because some users may prefer to use one hand over the other.

In some embodiments, the gripping section 1404 is substantially smooth. This design has the advantage of a certain aesthetic appeal in addition to further structural rigidity. The smooth gripping section 1404 also has the advantage of reducing accidental openings of the case by reducing the number of points that an object could unintentionally unlatch the handle 1400. This configuration trades ease of opening with increased reliability in preventing accidental openings. In certain use scenarios, such as when the case is storing valuable or fragile cargo, a user may prefer the increased reliability over easier case opening.

While this disclosure has been particularly shown and described with reference to preferred embodiments, it will be understood by those skilled in the art that various changes in form and detail may be made therein without departing from the spirit and scope of the invention. The inventors expect skilled artisans to employ such variations as appropriate, and the inventors intend the invention to be practiced otherwise than as specifically described herein. Accordingly, this disclosure includes all modifications and equivalents of the subject matter recited in the claims appended hereto as permitted by applicable law. Moreover, any combination of the above-described elements in all possible variations thereof is encompassed by the disclosure unless otherwise indicated herein or otherwise clearly contradicted by context.

While various embodiments in accordance with the principles disclosed herein have been described above, it should be understood that they have been presented by way of example only, and not limitation. Thus, the breadth and scope of this disclosure should not be limited by any of the above-described exemplary embodiments but should be defined only in accordance with any claims and their equivalents issuing from this disclosure. Furthermore, the above advantages and features are provided in described embodiments but shall not limit the application of such issued claims to processes and structures accomplishing any or all of the above advantages.

Additionally, the section headings herein are provided for consistency with the suggestions under 37 C.F.R. 1.77 or otherwise to provide organizational cues. These headings shall not limit or characterize the invention(s) set out in any claims that may issue from this disclosure. Specifically, and by way of example, although the headings refer to a “Technical Field,” the claims should not be limited by the language chosen under this heading to describe the so-called field. Further, a description of a technology as background information is not to be construed as an admission that certain technology is prior art to any embodiment(s) in this disclosure. Neither is the “Brief Summary” to be considered as a characterization of the embodiment(s) set forth in issued claims. Furthermore, any reference in this disclosure to “invention” in the singular should not be used to argue that there is only a single point of novelty in this disclosure. Multiple embodiments may be set forth according to the limitations of the multiple claims issuing from this disclosure, and such claims accordingly define the embodiment(s), and their equivalents, that are protected thereby. In all instances, the scope of such claims shall be considered on their own merits in light of this disclosure but should not be constrained by the headings set forth herein.

Handle Conversion Unit

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