Multi Functional Implanting Suite and Implanting Method Thereof

• US 20140178835A1
• Filed: 11/14/2013
• Published: 06/26/2014
• Est. Priority Date: 11/14/2012
• Status: Abandoned Application

• Current Assignee: Chen-Yi Lin
• Original Assignee: Chen-Yi Lin
• Inventors: Lin, Chen-Yi
• Application Number:
  US14/080,730
• Publication Number:
  US 20140178835A1
• Time in Patent Office: Days
• US Class Current: 433/173
• CPC Class Codes: A61C 2008/0084 Provisional implants or abutments
• CPC Class Codes: A61C 8/0001 Impression means for implants, e.g. impression coping
• CPC Class Codes: A61C 8/005 Connecting devices for joining an upper structure with an implant member, e.g. spacers
• CPC Class Codes: A61C 8/008 Healing caps or the like

Abstract

A multi functional implanting suite for an implant utilized in tooth reconstruction, artificial tooth implanting or dental restoration is disclosed. The implanting suite comprises a cap and a fastening member, in which it may be equipped with multi functions including healing abutment, scan jig, mold taking suite, temporary crown or UCLA abutment, so that the dental clinics may merely purchase one dental tool and then solve may tooth reconstruction, artificial tooth implanting or dental restoration situations.

Claims

1. A multi functional implanting suite for an implant utilized in tooth reconstruction, artificial tooth implanting or dental restoration, comprising:

a cap, having a main body, an inserting hole disposed in the main body and communicated to exterior of the main body, and a recognizing portion disposed around outside of the main body; and

a fastening member, having a positioning portion, a flange and a connecting portion, wherein the positioning portion and the connecting portion are respectively disposed at both axial ends of the fastening member, with the positioning portion detachably inserted into the inserting hole in specific orientation or specific azimuth, so that the flange is abutted against the main body and the connecting portion is detachably inserted into the implant.

2. The multi functional implanting suite of claim 1, wherein the flange is received in the main body when the positioning portion is inserted into the inserting hole, or the flange is received in the implant when the connecting portion is inserted into the implant.

3. The multi functional implanting suite of claim 1, further having an anti-rotational element disposed at the location between the fastening member and the implant, so that the fastening member is engaged to the implant in specific orientation or specific azimuth.

4. The multi functional implanting suite of claim 1, wherein the recognizing portion is detachably engaged to the main body.

5. A multi functional implanting suite for an implant utilized in a dental restoration, comprising:

a cap, having a main body, an inserting hole disposed in the main body and connected to exterior of the main body, a recognizing portion disposed at outside of the main body, and a fitting portion faced toward and detachably engaged to the implant; and

a fastening member having an abutting portion and a connecting portion, wherein the abutting portion and the connecting portion are respectively disposed at both axial ends of the fastening member, with the fastening member detachably inserted into the inserting hole, the abutting portion abutted against the inserting hole, and the connecting portion detachably inserted into the implant.

6. The multi functional implanting suite of claim 5, wherein the abutting portion is located in the inserting hole or located around one end of the inserting hole, or one end of the abutting portion is passed through inserting hole toward exterior of the inserting hole, when the fastening member is inserted in the inserting hole.

7. The multi functional implanting suite of claim 5, further has at least one anti-rotational element disposed on the fitting portion, such that the anti-rotational element is mated with the implant in a specific orientation or specific azimuth.

8. The multi functional implanting suite of claim 5, wherein the main body has a prime portion and an auxiliary portion disposed at radial exterior of the prime portion, such that the auxiliary portion is detachably mated with the prime portion.

9. The multi functional implanting suite of claim 8, wherein the main body has at least one coupling unit disposed around contact site of the prime portion and the auxiliary portion, such that the prime portion and the auxiliary portion is detachably fastened, positioned or orientated through the coupling unit.

10. The multi functional implanting suite of claim 5, wherein the recognizing portion is detachably engaged with the main body.

11. An implanting method for utilization of an implant suite of claim 5, comprising:

step A11;

placing the implant in the underlying bone;

step A2;

inserting the implanting suite into the implant, and engaging the fastening member and the implant;

step A3;

selectively grinding the cap in the mouth;

step A4a;

sewing the gingiva around the cap, to make appearance of the main body around the gingiva correspond to the gingiva mutually;

step A4b;

selectively filling the filling material into the inserting hole to adhere the cap and the fastening member.

12. The implanting method of claim 11, wherein the step A2 has the cap engaged to the fastening member and then the connecting portion inserted into the implant;

or the step A2 has the connecting portion inserted into the implant and then the cap engaged to the fastening member.

13. The implanting method of claim 12, wherein the fastening member is disposed in the inserting hole with tightly fitted.

14. The implanting method of claim 12, wherein the fastening member is screwed and fastened to the implant.

15. The implanting method of claim 11, further comprising the step of 3D oral scanning, or the step of taking mold through the impression material, or the step of fabricating a temporary crown on the cap, after step A4a or step A4b is progressed.

16. The implanting method of claim 15, wherein the following steps are further comprised after the temporary crown is fabricated:

step B7;

engaging a replica, or the fastening member, or an imitating cap having the same contour with the recognizing portion and identical height to the cap, to the impression material;

step B8;

modeling the impression material, imitating cap, fastening member or the replica;

step B9;

separating the impression material from the cast after the cast is hardened.

17. The implanting method of claim 16, wherein the following step is further comprised after step B9 is progressed:

step B111;

selectively engaging another imitating cap to the fastening member located on the cast.

18. The implanting method of claim 16, wherein the following step is further comprised after step B9 is progressed:

step B120;

forming wax on the imitating cap.

19. The implanting method of claim 11, wherein the following steps are further comprised after step A4a or step A4b is progressed:

step B5;

taking mold through a impression material;

step B6;

separating the impression material;

step B7;

engaging a replica, or the fastening member, or an imitating cap having the same contour with the recognizing portion and identical height to the cap, to the impression material;

step B8;

modeling the impression material, imitating cap, fastening member or the replica;

step B9;

separating the impression material from the cast after the cast is hardened.

20. The implanting method of claim 19, wherein the following step is further comprised after step B9 is progressed:

step B111;

selectively engaging another imitating cap to the fastening member located on the cast.

21. The implanting method of claim 19, wherein the following step is further comprised after step B9 is progressed:

step B120;

forming wax on the imitating cap.

22. The implanting method of claim 11, wherein the step A3 has the recognizing portion of the cap ground, or has outer surface of the main body ground.

23. An implanting method for utilization of an implant suite, comprising:

placing an implant in the underlying bone;

engaging a cap with the implant;

inserting a fastening member such that the cap and the implant is engaged and fastened;

oral modeling through a impression material;

separating the fastening member, impression material or the cap;

engaging a replica with the cap;

modeling the impression material.

24. The implanting method of claim 23, wherein the modeling step further comprises the following sub-steps:

placing a impression material into mouth;

pressing the impression material such that the cap is immersed in the impression material;

the impression material forming corresponding contour matching with the inside of oral cavity;

the impression material hardening.

25. The implanting method of claim 24, wherein one end of the fastening member is passed through the impression material or surrounded by the impression material after the cap is immersed in the impression material.

26. The implanting method of claim 23, wherein the modeling step further comprises the following sub-steps:

plaster material encompassing the replica such that the plaster material forms corresponding contour with the impression material;

the plaster material hardening;

separating the hardened cast and the impression material.

27. The implanting method of claim 23, wherein the fastening member, impression material or the cap separating step further comprises the following sub-steps:

separating the fastening member from the cap or from the implant;

separating the cap and the impression material.

28. The implanting method of claim 23, wherein the fastening member, impression material or the cap separating step further comprises the following sub-steps:

separating the impression material from the cap or from the fastening member;

orderly separating the fastening member and then the cap;

returning the cap to the impression material.