Pivoting insertion apparatus and method
View Patent ↗A pivoting insertion apparatus and method includes a main body comprising a shaft including a longitudinal channel cavity and a forked end coupled to the shaft; an actuator seated within the channel cavity; a hinge joint including a hinge joint main body coupled to the main body and a pair of arms coupled to the hinge joint main body; an outer sleeve including an outer shell surrounding a cavity that loosely contains the main body, actuator, and a portion of the hinge joint; a member housing including a member housing body that includes a main cavity housing the longitudinal member and a pair of arms coupled to the member housing body; and a linkage component including a first end coupled to the forked end of the actuator and a second end coupled to at least one of the member housing arms.
1. An apparatus for inserting an implant during a surgical procedure, said apparatus comprising:
a main body comprising:
a main body shaft comprising a longitudinal channel cavity; and
a main body forked end coupled to said main body shaft;
an actuator loosely seated within said channel cavity, wherein said actuator is configured to axially move within said channel cavity, said actuator comprising:
an actuator shaft; and
an actuator forked end coupled to said actuator shaft;
a hinge joint comprising:
a hinge joint main body coupled to said main body forked end; and
a pair of hinge joint arms coupled to said hinge joint main body, wherein each hinge joint arm includes a protruding nipple configured to mate with said implant;
an outer sleeve comprising an outer shell surrounding a cavity, wherein said outer sleeve cavity loosely contains said main body, said actuator, and a portion of said hinge joint;
a member housing comprising:
a member housing body comprising a main cavity housing said implant; and
a pair of member housing arms coupled to said member housing body; and
a linkage component comprising:
a first linkage end coupled to said actuator forked end; and
a second linkage end coupled to at least one of said member housing arms.
2. The apparatus of claim 1 , wherein said main body forked end and said hinged joint main body each comprise a plurality of coordinating pinholes and said hinge joint main body is coupled to said main body forked end through pins securely mated with said coordinating pinholes.
3. The apparatus of claim 1 ,
wherein said first linkage end and said actuator forked end each comprise a plurality of first coordinating pinholes and said first linkage end is coupled to said actuator forked end through first pins securely mated with said first coordinating pinholes, and
wherein said second linkage end and at least one of said member housing arms each comprise second coordinating pinholes and said second linkage end is coupled to at least one of said member housing arms through second pins securely mated with said second coordinating pinholes.
4. The apparatus of claim 1 , wherein said implant rotates upon axially moving said actuator within said channel cavity.
5. The apparatus of claim 1 , wherein said outer sleeve is configured to move axially with respect to said main body, said actuator, and said hinge joint.
6. The apparatus of claim 5 , wherein said implant is secured within said hinge joint upon axially moving said outer sleeve axially with respect to said main body, said actuator, and said hinge joint.
7. The apparatus of claim 6 , wherein said implant is secured within said hinge joint by said outer sleeve pressing said hinge joint arms together upon axially moving said outer sleeve axially with respect to said main body, said actuator, and said hinge joint to thereby securely grip said implant.
8. An apparatus for inserting an implant during a surgical procedure, said apparatus comprising:
a main body comprising:
a main body shaft comprising a longitudinal channel cavity; and
a main body forked end coupled to said main body shaft;
an actuator loosely seated within said channel cavity, said actuator comprising:
an actuator shaft; and
an actuator forked end coupled to said actuator shaft;
a hinge joint comprising:
a hinge joint main body coupled to said main body forked end; and
a pair of hinge joint arms coupled to said hinge joint main body, wherein each hinge joint arm includes a protruding nipple configured to mate with said implant;
an outer sleeve comprising an outer shell surrounding a cavity, wherein said outer sleeve cavity loosely contains said main body, said actuator, and a portion of said hinge joint;
a member housing comprising:
a member housing body comprising a main cavity housing said implant; and
a pair of member housing arms coupled to said member housing body; and
a linkage component comprising:
a first linkage end coupled to said actuator forked end;
a second linkage end coupled to at least one of said member housing arms; and
a curved shaft coupled to said first linkage end and said second linkage end.
9. The apparatus of claim 8 ,
wherein said implant comprises a connecting member comprising:
a plurality of dimples; and
an elongated body outwardly extending from at least one longitudinal end of said connecting member,
wherein each dimple is configured to mate said hinge joint arm through said protruding nipple, and
wherein said elongated body is configured to mate with an elongation channel.
10. The apparatus of claim 8 ,
wherein said implant comprises a connecting member comprising:
a plurality of dimples; and
an elongation channel bored within at least one longitudinal end of said connecting member,
wherein each dimple is configured to mate said hinge joint arm through said protruding nipple, and
wherein said elongation channel is configured to mate with an elongated body.
11. The apparatus of claim 8 ,
wherein said implant comprises an interbody device comprising:
an interbody device main body;
an interbody device attachment body coupled to said interbody main body; and
a plurality of dimples,
wherein each dimple is configured to mate said hinge joint arm through said protruding nipple.
12. The apparatus of claim 8 ,
wherein said implant comprises an interbody device comprising:
an interbody device main body comprising two opposing side surfaces;
an interbody device attachment body coupled to said interbody main body;
a pair of textured surfaces, opposing each other and coupled to said interbody device main body;
a central cavity centrally bored through said pair of textured surfaces;
a plurality of ribbing cavities bored through said side surfaces and forming a plurality of ribs within said side surfaces; and
a plurality of dimples,
wherein each dimple is configured to mate said hinge joint arm through said protruding nipple.
13. A pivoting insertion apparatus comprising:
a main body comprising:
a main body shaft comprising a longitudinal channel cavity; and
a main body forked end coupled to said main body shaft;
an actuator loosely seated within said channel cavity, said actuator comprising:
an actuator shaft; and
an actuator forked end coupled to said actuator shaft;
a hinge joint comprising:
a hinge joint main body coupled to said main body forked end; and
a pair of hinge joint arms coupled to said hinge joint main body, wherein each hinge joint arm includes a protruding nipple;
an outer sleeve comprising an outer shell surrounding a cavity, wherein said outer sleeve cavity loosely contains said main body, said actuator, and a portion of said hinge joint;
a member housing comprising:
a member housing body comprising a main cavity; and
a pair of member housing arms coupled to said member housing body;
a linkage component comprising:
a first linkage end coupled to said actuator forked end; and
a second linkage end coupled to at least one of said member housing arms; and
an implant coupled to said member housing, wherein said implant pivots with respect to said hinge joint upon axially moving said actuator within said channel cavity,
wherein said main body forked end and said hinged joint main body each comprise a plurality of coordinating pinholes and said hinge joint main body is coupled to said main body forked end through pins securely mated with said coordinating pinholes.
14. The pivoting insertion apparatus of claim 13 ,
wherein said first linkage end and said actuator forked end each comprise a plurality of first coordinating pinholes and said first linkage end is coupled to said actuator forked end through first pins securely mated with said first coordinating pinholes, and
wherein said second linkage end and at least one of said member housing arms each comprise second coordinating pinholes and said second linkage end is coupled to at least one of said member housing arms through second pins securely mated with said second coordinating pinholes.
15. The pivoting insertion apparatus of claim 13 ,
wherein said implant comprises a connecting member comprising:
a plurality of dimples; and
an elongated body outwardly extending from at least one longitudinal end of said connecting member,
wherein each dimple is configured to mate said hinge joint arm through said protruding nipple, and
wherein said elongated body is configured to mate with an elongation channel.
16. The pivoting insertion apparatus of claim 13 ,
wherein said implant comprises a connecting member comprising:
a plurality of dimples; and
an elongation channel bored within at least one longitudinal end of said connecting member,
wherein each dimple is configured to mate said hinge joint arm through said protruding nipple, and
wherein said elongation channel is configured to mate with an elongated body.
17. The pivoting insertion apparatus of claim 13 ,
wherein said implant comprises an interbody device comprising:
an interbody device main body;
an interbody device attachment body coupled to said interbody main body; and
a plurality of dimples,
wherein each dimple is configured to mate said hinge joint arm through said protruding nipple.
18. The pivoting insertion apparatus of claim 13 ,
wherein said implant comprises an interbody device comprising:
an interbody device main body comprising two opposing side surfaces;
an interbody device attachment body coupled to said interbody main body;
a pair of textured surfaces, opposing each other and coupled to said interbody device main body;
a central cavity centrally bored through said pair of textured surfaces;
a plurality of ribbing cavities bored through said side surfaces and forming a plurality of ribs within said side surfaces; and
a plurality of dimples,
wherein each dimple is configured to mate said hinge joint arm through said protruding nipple.
19. A pivoting insertion apparatus comprising:
a main body comprising:
a main body shaft comprising a longitudinal channel cavity; and
a main body forked end coupled to said main body shaft;
an actuator loosely seated within said channel cavity, said actuator comprising:
an actuator shaft; and
an actuator forked end coupled to said actuator shaft;
a hinge joint comprising:
a hinge joint main body coupled to said main body forked end; and
a pair of hinge joint arms coupled to said hinge joint main body, wherein each hinge joint arm includes a protruding nipple;
an outer sleeve comprising an outer shell surrounding a cavity, wherein said outer sleeve cavity loosely contains said main body, said actuator, and a portion of said hinge joint;
a member housing comprising:
a member housing body comprising a main cavity; and
a pair of member housing arms coupled to said member housing body;
a linkage component comprising:
a first linkage end coupled to said actuator forked end; and
a second linkage end coupled to at least one of said member housing arms; and
an implant coupled to said member housing, wherein said implant pivots with respect to said hinge joint upon axially moving said actuator within said channel cavity,
wherein said outer sleeve is configured to move axially with respect to said main body, said actuator, and said hinge joint to secure said implant between said pair of hinge joint arms.
20. The pivoting insertion apparatus of claim 19 ,
wherein said implant comprises a connecting member comprising:
a plurality of dimples; and
an elongated body outwardly extending from at least one longitudinal end of said connecting member,
wherein each dimple is configured to mate said hinge joint arm through said protruding nipple, and
wherein said elongated body is configured to mate with an elongation channel.
21. A pivoting insertion apparatus comprising:
a main body comprising:
a main body shaft comprising a longitudinal channel cavity; and
a main body forked end coupled to said main body shaft;
an actuator loosely seated within said channel cavity, said actuator comprising:
an actuator shaft; and
an actuator forked end coupled to said actuator shaft;
a hinge joint comprising:
a hinge joint main body coupled to said main body forked end; and
a pair of hinge joint arms coupled to said hinge joint main body, wherein each hinge joint arm includes a protruding nipple;
an outer sleeve comprising an outer shell surrounding a cavity, wherein said outer sleeve cavity loosely contains said main body, said actuator, and a portion of said hinge joint;
a member housing comprising:
a member housing body comprising a main cavity; and
a pair of member housing arms coupled to said member housing body;
a linkage component comprising:
a first linkage end coupled to said actuator forked end;
a second linkage end coupled to at least one of said member housing arms; and
a curved shaft coupled to said first linkage end and said second linkage end; and
an implant coupled to said member housing, wherein said implant pivots with respect to said hinge joint upon axially moving said actuator within said channel cavity.
22. The pivoting insertion apparatus of claim 21 ,
wherein said implant comprises a connecting member comprising:
a plurality of dimples; and
an elongated body outwardly extending from at least one longitudinal end of said connecting member,
wherein each dimple is configured to mate said hinge joint arm through said protruding nipple, and
wherein said elongated body is configured to mate with an elongation channel.