OPENABLE FINGER RING SYSTEM

Abstract

An openable finger ring system includes a ring configured to be worn around a finger of a user. The ring comprises a first-arcuate member, a second-arcuate member, a hinge, and a fastener in functional combination. The first-arcuate member and the second-arcuate member may be hingedly coupled via the hinge creating a continuous circular the ring for encircling the finger of the user when secured for use. The openable finger ring system provides a ring which accommodates removal and donning of rings on inflamed fingers.

Claims

1. An openable finger ring system comprising: a ring configured to be worn around a finger of a user, the ring having; a first-arcuate member; a second-arcuate member; a hinge; and a fastener; wherein said ring comprises said first-arcuate member, said second-arcuate member, said hinge, and said fastener in functional combination; wherein said first-arcuate member and said second-arcuate member are hingedly coupled via said hinge creating a continuous circular said ring for encircling said finger of said user when secured for use; wherein said fastener provides releasable locking means for said first-arcuate member and said second-arcuate member; wherein said ring is configured to open and close via said hinge and said fastener with applied force; and wherein said second-arcuate member comprises a cavity portion for receiving a t-shaped extrusion of said first-arcuate member.

2. The openable finger ring system of claim 1, wherein said ring is rigid.

3. The openable finger ring system of claim 1, wherein said fastener comprises a male-fastener and a female-fastener.

4. The openable finger ring system of claim 3, wherein said male-fastener is positioned on said second-arcuate member on an opposing end to said hinge.

5. The openable finger ring system of claim 3, wherein said female-fastener of said t-shaped extrusion is positioned on said first-arcuate member on an opposing end to said hinge.

6. The openable finger ring system of claim 5, wherein said female-fastener comprises a tortured grooved channel for engaging and friction-holding a bar of said male-fastener and an open-end, said male-fastener able to engage into and egress from said open-end as desired.

7. The openable finger ring system of claim 6, wherein said bar is positioned adjacent said cavity portion of said second-arcuate member comprising said male-fastener.

8. The openable finger ring system of claim 7, wherein said cavity portion comprises a depth suitable for receiving said t-shaped extrusion of said first-arcuate member creating a smooth outer surface of said ring when engaged.

9. The openable finger ring system of claim 1, wherein said first-arcuate member and said second-arcuate member are manually separated via said applied force moving said bar back through said tortured grooved channel and separating said male-fastener and said female-fastener.

10. The openable finger ring system of claim 9, wherein said bar is positioned at a back end of said tortured grooved channel when in a closed in-use condition.

11. The openable finger ring system of claim 10, wherein said bar when in said closed in-use condition is secured within said tortured grooved channel and friction-fitted.

12. The openable finger ring system of claim 1, wherein said first-arcuate member and said second-arcuate member having a thickness forming a cylindrical profile when engaged.

13. The openable finger ring system of claim 9, wherein said tortured grooved channel runs along a width of said t-shaped extrusion suitable for receiving said bar positioned along a width of said cavity portion.

14. The openable finger ring system of claim 9, wherein said bar is positioned along a width of said cavity portion at a most distal end of said of said male-fastener.

15. The openable finger ring system of claim 9, wherein said first-arcuate member and said second-arcuate member are in said closed in-use condition when said bar is maneuvered into said back end of said tortured grooved channel and said t-shaped extrusion is mated within said cavity portion.

16. The openable finger ring system of claim 9, wherein when said t-shaped extrusion and said cavity portion are flush when said bar is maneuvered into said back end of said tortured grooved channel creating a virtually seamless and continuous said outer surface of said ring.

17. An openable finger ring system comprising: a ring configured to be worn around a finger of a user, the ring having; a first-arcuate member; a second-arcuate member; a hinge; and a fastener; wherein said ring comprises said first-arcuate member, said second-arcuate member, said hinge, and said fastener in functional combination; wherein said ring is rigid; wherein said first-arcuate member and said second-arcuate member are hingedly coupled via said hinge creating a continuous circular said ring for encircling said finger of said user when secured for use; wherein said fastener provides releasable locking means for said first-arcuate member and said second-arcuate member; wherein said ring is configured to open and close via said hinge and said fastener with applied force; wherein said fastener comprises a male-fastener and a female-fastener; wherein said male-fastener is positioned on said second-arcuate member on an opposing end to said hinge; wherein said female-fastener of said t-shaped extrusion is positioned on said first-arcuate member on an opposing end to said hinge; wherein said female-fastener comprises a tortured grooved channel for engaging and friction-holding a bar of said male-fastener and an open-end, said male-fastener able to engage into and egress from said open-end as desired; wherein said second-arcuate member comprises a cavity portion for receiving a t-shaped extrusion of said first-arcuate member; wherein said bar is positioned adjacent said cavity portion of said second-arcuate member comprising said male-fastener; wherein said cavity portion comprises a depth suitable for receiving said t-shaped extrusion of said first-arcuate member creating a smooth outer surface of said ring when engaged; wherein said first-arcuate member and said second-arcuate member are manually separated via said applied force moving said bar back through said tortured grooved channel and separating said male-fastener and said female-fastener; wherein said bar is positioned at a back end of said tortured grooved channel when in a closed in-use condition; wherein said bar when in said closed in-use condition is secured within said tortured grooved channel and friction-fitted; wherein said first-arcuate member and said second-arcuate member having a thickness forming a cylindrical profile when engaged; wherein said tortured grooved channel runs along a width of said t-shaped extrusion suitable for receiving said bar positioned along a width of said cavity portion; wherein said bar is positioned along a width of said cavity portion at a most distal end of said of said male-fastener; wherein said first-arcuate member and said second-arcuate member are in said closed in-use condition when said bar is maneuvered into said back end of said tortured grooved channel and said t-shaped extrusion is mated within said cavity portion; and wherein when said t-shaped extrusion and said cavity portion are flush when said bar is maneuvered into said back end of said tortured grooved channel creating a virtually seamless and continuous said outer surface of said ring.

Description

BRIEF DESCRIPTION OF THE DRAWINGS

[0008] The figures which accompany the written portion of this specification illustrate embodiments and methods of use for the present disclosure, an openable finger ring system, constructed and operative according to the teachings of the present disclosure.

[0009] FIG. 1 is a perspective view of the openable finger ring system during an in-use condition, according to an embodiment of the disclosure.

[0010] FIG. 2 is a perspective view of the openable finger ring system of FIG. 1, according to an embodiment of the present disclosure.

[0011] FIG. 3 is a perspective view of the openable finger ring system of FIG. 1, according to an embodiment of the present disclosure.

[0012] FIG. 4 is a perspective view of the openable finger ring system of FIG. 1, according to an embodiment of the present disclosure.

[0013] FIG. 5 is a perspective view of the openable finger ring system of FIG. 1, according to an embodiment of the present disclosure.

[0014] The various embodiments of the present invention will hereinafter be described in conjunction with the appended drawings, wherein like designations denote like elements.

DETAILED DESCRIPTION

[0015] As discussed above, embodiments of the present disclosure relate to rings and more particularly to an openable finger ring system as used to improve the removal and donning of a ring when knuckles are inflamed.

[0016] Generally, the present invention provides a ring which is designed to accommodate the removal and donning of a ring when knuckles are inflamed. The ring is openable and pivots on a hinge for opening and closing of the ring. This invention solves this issue without having to cut off the ring and destroy what some would consider their most precious asset.

[0017] Referring now more specifically to the drawings by numerals of reference, there is shown in FIGS. 1-5, various views of an openable finger ring system 100. FIG. 1 shows an openable finger ring system 100 during an in-use condition 150, according to an embodiment of the present disclosure. As illustrated, the openable finger ring system 100 may include a ring 110 configured to be worn around a finger of a user 140. The ring 110 may comprise a first-arcuate member 120, a second-arcuate member 130, a hinge 160, and a fastener 170.

[0018] FIG. 2 shows a perspective view of the openable finger ring system 100 of FIG. 1, according to an embodiment of the present disclosure. As above, the openable finger ring system 100 may include a ring 110 having a first-arcuate member 120, a second-arcuate member 130, a hinge 160, and a fastener 170. The ring 110 may comprise the first-arcuate member 120, the second-arcuate member 130, the hinge 160, and the fastener 170 in functional combination. The first-arcuate member 120 and the second-arcuate member 130 are hingedly coupled via the hinge 160 creating a continuous circular ring 110 for encircling the finger of the user 140 when secured for use. The fastener 170 provides releasable locking means for the first-arcuate member 120 and the second-arcuate member 130. The ring 110 is configured to open and close via the hinge 160 (or other suitable equivalent means for rotating) and the fastener with applied force. The second-arcuate member 130 comprises a cavity portion 132 for receiving a t-shaped extrusion 122 of the first-arcuate member 120.

[0019] FIG. 3 shows a perspective view of the openable finger ring system 100 of FIG. 1, according to an embodiment of the present disclosure. As above, the openable finger ring system 100 may include a ring 110 having a first-arcuate member 120, a second-arcuate member 130, a hinge 160, and a fastener 170. The ring 110 may be rigid and provides means for accommodating removal and donning of a ring 110 when knuckles and fingers are swollen. The fastener 170 may comprise a male-fastener 172 and a female-fastener 178. The male-fastener 172 is positioned on the second-arcuate member 130 on an opposing end to the hinge 160. The female-fastener 178 of the t-shaped extrusion 122 is positioned on the first-arcuate member 120 on an opposing end to the hinge 160. The female-fastener 178 may comprise a tortured grooved channel 180 for engaging and friction-holding a bar 174 of the male-fastener 172 and an open-end, the male-fastener 172 able to engage into and egress from the open-end as desired. Other shapes/profiles of the bar 174 may be used.

[0020] FIG. 4 shows a perspective view of the openable finger ring system 100 of FIG. 1, according to an embodiment of the present disclosure. As above, the openable finger ring system 100 may include a ring 110 having a first-arcuate member 120, a second-arcuate member 130, a hinge 160, and a fastener 170. The bar 174 is positioned adjacent the cavity portion 132 of the second-arcuate member 130 comprising the male-fastener 172. The bar 174 is positioned at a back end of the tortured grooved channel 180 (substantially S-shaped) when in a closed in-use condition. The cavity portion 132 comprises a depth suitable for receiving the t-shaped extrusion 122 of the first-arcuate member 120 creating a smooth outer surface of the ring 110 when engaged. The first-arcuate member 120 and the second-arcuate member 130 are manually separated via the applied force moving the bar 174 back through the tortured grooved channel 180 and separating the male-fastener 172 and the female-fastener 178. The bar 174 when in the closed in-use condition is secured within the tortured grooved channel 180 and friction-fitted. The first-arcuate member 120 and the second-arcuate member 130 having a thickness forming a cylindrical profile when engaged.

[0021] FIG. 5 shows a perspective view of the openable finger ring system 100 of FIG. 1, according to an embodiment of the present disclosure. As above, the openable finger ring system 100 may include a ring 110 having a first-arcuate member 120, a second-arcuate member 130, a hinge 160, and a fastener 170. The tortured grooved channel 180 runs along a width of the t-shaped extrusion 122 suitable for receiving the bar 174 positioned along a width of the cavity portion 132. The bar 174 is positioned along a width of the cavity portion 132 at a most distal end of the male-fastener 172.

[0022] The first-arcuate member 120 and the second-arcuate member 130 are in the closed in-use condition when the bar 174 is maneuvered into the back end of the tortured grooved channel 180 and the t-shaped extrusion 122 is mated within the cavity portion 132. When the t-shaped extrusion 122 and the cavity portion 132 are flush when the bar 174 is maneuvered into the back end of the tortured grooved channel 180 creating a virtually seamless and continuous the outer surface of the ring 110.

[0023] The embodiments of the invention described herein are exemplary and numerous modifications, variations and rearrangements can be readily envisioned to achieve substantially equivalent results, all of which are intended to be embraced within the spirit and scope of the invention. Further, the purpose of the foregoing abstract is to enable the U.S. Patent and Trademark Office and the public generally, and especially the scientist, engineers and practitioners in the art who are not familiar with patent or legal terms or phraseology, to determine quickly from a cursory inspection the nature and essence of the technical disclosure of the application.