ANCHORING SYSTEM FOR PROSTHETICS

Abstract

This invention is a new single piece dental prosthetic, a root section connected to the decorative crown section, becoming one part, with a bifurcated root for better anchoring and cleaning action, characterized by: Its simplicity makes it less expensive, and affordable by persons of limited means. Simpler, easier implementation than previous systems. This reliable system provides a new type of anchoring.

The present invention is a reliable system with several fastening systems.

It is also new way to make an implant less costly, and therefore more affordable by poor persons of low income status.

This is done by simplifying the above mentioned procedures, and using new method's such as bifurcation and circular ridge fastening.

Claims

1. An anchoring system for a dental prosthetic comprising: a prosthetic's root section combined with the prosthetic's crown section into a single cost-effective prosthetic part, wherein the crown section is the only visible part above the a human gum line, when the prosthetic part is placed in an extraction cavity in the jaw, the prosthetic made by mass production by a screw-machine for less than one dollar, into a bendable, prosthetic, thereby making the prosthetic non-personalized, and much less expensive then prior art, with the root section having a bifurcated tapered root, and with the prosthetic parts made from appropriately selected material compatible with bone and tissue, the prosthetic inserted by force or screw type motion into an existing or surgically made dental cavity in the human or animal body.

2. An anchoring system for a dental prosthetic comprising: a prosthetic's tapered root section having an internal thread structure, used for attaching to a decorative crown section, making a combined prosthetic, wherein the root section is made bifurcated into two bendable legs, and the prosthetic made from appropriately selected material, compatible with bone and tissue, and the prosthetic inserted by force or screw type motion into an existing extraction cavity or surgically made dental cavity in the human or animal body.

3. An anchoring system for a dental prosthetic comprising: a prosthetic's root section combined with the prosthetic's crown section into a single cost-effective prosthetic part, made by mass production by a screw-machine into a bendable, prosthetic, thereby making the prosthetic, non-personalized, and much less expensive then prior art, wherein the root section is made with peripheral grooves and into two bendable legs, the prosthetic having circular peripheral grooves located on its upper parts, and corresponding circular grooves in a human or animal cavity, filling both grooves with UV curable material, exposing with UV rays, wherein the cured and hardened materials anchors the prosthetic, when the prosthetic part is placed in the jaw, in an extraction cavity, the prosthetic part is made from appropriately selected material, compatible with bone and tissue, and the prosthetic inserted by force or screw type motion into an existing or surgically made dental cavity in the human or animal body, in an extraction cavity, or trephine cavity.

4. An anchoring system for a dental prosthetic according to claim 3 wherein the root sections bifurcated two bendable legs is providing dual side passages, and openings, for a clean out function for bacteria, blood and debris, using the natural cleansing action of the body.

5. An anchoring system for a dental prosthetic according to claim 3 wherein the root sections two bendable legs are to be adjusted into dual roots, bent into a bow leg condition or cut to appropriate length, for an extraction cavity, or trephine cavity.

6. An anchoring system for a dental prosthetic comprising: a prosthetic's tapered root section having an internal thread structure, attached to a decorative crown section, wherein the root section is bifurcated bendable into two bendable legs, and the prosthetic is made from appropriately selected material, the prosthetic made by mass production by a screw-machine for less than one dollar, the prosthetic is compatible with bone and tissue, and the prosthetic inserted by force or screw type motion into an existing extraction cavity or surgically made dental cavity, and the prosthetic is then placed in a human or animal body.

7. An anchoring system for a dental prosthetic according to claim 1 wherein the root section is cost effectively mass produced for one dollar, as bifurcated, by a bifurcating operation into two bendable legs.

8. An anchoring system for a dental prosthetic according to claim 3 wherein the root sections two bendable legs are to be adjusted into dual roots, bent into a bow leg condition or adjusted and cut to appropriate length.

9. An anchoring system for a dental prosthetic according to claim 1 wherein the root section and decorative part are made from appropriate material, or from solid metal.

10. (canceled)

11. (canceled)

12. An anchoring system for a dental prosthetic according to claim 3 wherein, in addition to other adhesives, are using compounds of the cyanoacrylate family.

13. An anchoring system for a dental prosthetic according to claim 3 wherein peripheral bifurcated grooves is providing tissue and bone a place to grow into and thereby anchoring the prosthetic in the jaw.

14. An anchoring system for a dental prosthetic according to claim 1 wherein the root section or upper part decorative section is produced by 3D printing, by 3D appropriate material, or from solid metal.

15. An anchoring system for a dental prosthetic according to claim 3 wherein, the root section or decorative upper section is computer machined using ceramic-resin. a compound of nano-ceramic particles embedded in a resin matrix, using cad-cam type programs.

16. An anchoring system for a dental prosthetic according to claim 2 wherein the material of the prosthetic is titanium, stainless steel, or precious metal, with all the above metal materials allowing bending and cutting.

Description

DESCRIPTION OF THE DRAWINGS

[0022] FIG. 1 is describing a prosthetic with a hollow spherical indent.

[0023] FIG. 2 is describing a trephine drill.

[0024] FIG. 3 is describing a prosthetic root section combined with a decorative crown section.

[0025] FIG. 4 is describing another method of combining the root and crown.

[0026] FIG. 5 is describing how to securely mount the root and crown prosthetic.

DETAILED DESCRIPTION OF THE DRAWINGS

[0027] FIG. 1 is describing a prosthetic 10 with a hollow spherical indent 35, also having a tapered rounded bottom legs 40. Towards the top of its cylindrical profile 15 it is having external cylindrical ribs or helical ribs 32, and an internal thread structure 20. Its top portion can have a rounded or flattened structure.

[0028] FIG. 2 is showing how a cavity, needed for the prosthetic, is done with a trephine tool.

[0029] This surgically created cavity can be done with a trephine tool 41 or other bore.

[0030] To locate where the cavity is to be placed, it is very helpful to drill a guide hole 42.

[0031] To effectively center the trephine tool 41 in this guide hole, a center post 43 in the tool have been found to provide excellent placement and very good qualities of cavities.

[0032] FIG. 3 is a view 50 which is showing how a hollow spherical indent (35 in FIG. 1)

can be extended into a bifurcated opening 80 which is the root sections bifurcation.

[0033] The tapered sides of the root 55 is continuing into a decorative section 56

combining the two parts into one, making it a single part prosthetic.

[0034] The decorative section, which is also the crown part 56, is visible above the gum line 57. FIG. 4 is showing how a tapered 55 bifurcated 80 root prosthetic can have a decorative portion 56 attached with a screw type attachment 58. A possible join line 59 is shown

where the two parts would be combined. The decorative portion 56
can be of the same material, or with another suitable material as stated in the Claims.

[0035] FIG. 5 is showing a different form of retention of the dental prosthetic with bifurcation 80, showing how it is held firmly in its position in a cavity 81, specifically

right after that it has been placed.

[0036] It is to have a circular female indentation 82 made towards to the top of the prosthetic,

with a corresponding circular female indentation 83 in the cavity 81 that will receive it.

[0037] The cavity 81 can be an extraction cavity, or trephine tool cavity.

[0038] The two indentations 82 and 83 can be filled with the appropriate type of adhesive 84,

such as UV curable or other resins. Both the UV type and other adhesives like
cyano-acrylate are almost instant setting.

[0039] The circular female indentation in the 83 cavity is accomplished

with a circular (spherical) dental burr.

[0040] A logical combination of the above figures,

would make additional prosthetic forms and attachments.