Improved prosthesis accessory
Patent Information
- Application Number
- CN202280098573.5
- Authority / Receiving Office
- CN · China
- Patent Type
- Applications(China)
- Current Assignee / Owner
- Filing Date
- 2022-08-01
- Publication Date
- 2025-04-08
Smart Images
Figure CN119789832A_ABST
Abstract
Description
Improved prosthetic accessories Technical Field
[0001] The invention relates to an accessory for a dental implant, in particular to an improved prosthetic accessory device. Background Art
[0002] In the prior art, implant treatment involves placing an abutment tooth directly on the implant at the location where the implant is to be installed. However, the abutment tooth and the area surrounding the implant have not yet fully healed, and there is no stable gum growth to cover and secure the abutment tooth, nor is there stable bone growth to cover and secure the abutment tooth. Therefore, without the surrounding stable gum growth and bone growth to cover and secure the abutment tooth, the prior art structure of placing the abutment tooth on the abutment tooth is not a strong structure. Technical Solutions
[0003] The present invention aims to provide an improved prosthetic accessory to solve the problem that the unhealed gum and bone are not easy to heal when squeezed during the implantation treatment of existing dental implants.
[0004] The present invention provides an improved prosthetic accessory, comprising: a nut, wherein the upper end of the nut has a cap body, and the lower end of the nut has a threaded portion, the cap body engages with the threaded portion, wherein the threaded portion is locked to a dental implant, and the dental implant is located in an alveolar bone; wherein the convex ring structure of the nut is at least one convex ring structure selected from a first convex ring and a second convex ring; wherein the second convex ring of the nut is located at an extension of the top end of the cap body, and the first convex ring of the nut is located at an extension of the upper end of the second convex ring of the nut; wherein the annular structure protruding only from the first convex ring of the nut, and the space between the first convex ring of the nut and the threaded portion of the nut is for accommodating hyperplasia at least one of the gum or the tooth bone; wherein the annular structure protruded by the first protruding ring of the nut and the annular structure protruded by the second protruding ring of the nut, the space between the annular structure protruded by the first protruding ring of the nut and the annular structure protruded by the second protruding ring of the nut and the cap body of the nut is for accommodating at least one of the gum or the tooth bone in hyperplasia; wherein only the annular structure protruded by the second protruding ring of the nut, the structure of the space between the second protruding ring of the nut and the threaded portion is for accommodating at least one of the gum or the tooth bone in hyperplasia; wherein the gum forms a part of a gum and the tooth bone forms a part of the alveolar bone.
[0005] The present invention provides an improved prosthetic accessory, comprising: a healing cap, wherein the upper end of the healing cap has a cap crown, the lower end of the cap crown extends to a cap cone, the lower end of the cap cone engages with a cap body, the lower end of the cap body engages with a threaded portion, wherein the threaded portion is locked to a dental implant, and the dental implant is located in an alveolar bone; wherein the convex ring structure of the healing cap is at least one convex ring structure selected from a first convex ring and a second convex ring; wherein the first convex ring of the healing cap is located at the junction between the cap body and the cap cone, and the second convex ring of the healing cap is located at the junction between the cap crown and the cap cone; wherein the structure of the space between the annular shape of the first convex ring of the healing cap and the threaded portion is to accommodate the proliferating A gum or a tooth bone; wherein the annular structure protruding from only the second convex ring of the healing cap, and the structure of the space between the annular shape of the second convex ring of the healing cap and the threaded portion is for accommodating at least one of the gum or a tooth bone in hyperplasia; wherein the annular structure protruding from both the first convex ring of the healing cap and the second convex ring of the healing cap, and the structure between the annular shape of the first convex ring of the healing cap and the second convex ring of the healing cap is for accommodating at least one of the gum or a tooth bone in hyperplasia; wherein the gum forms a part of the gum, and the tooth bone forms a part of the alveolar bone.
[0006] The present invention provides an improved prosthetic accessory, comprising: a healing cap, wherein the upper end of the healing cap has a cap crown, the lower end of the cap crown extends to a cap cone, the lower end of the cap cone engages a cap body, the lower end of the cap body engages a threaded portion, wherein the threaded portion is locked to a dental implant, and the dental implant is located in an alveolar bone; wherein the convex ring structure of the healing cap is at least one convex ring structure selected from a first convex ring and a second convex ring; wherein the first convex ring of the healing cap is located at the junction of the top end of the cap cone, and the second convex ring of the healing cap is located at the junction of the lower end of the cap crown; wherein the structure of the space between the annular shape of the first convex ring of the healing cap and the threaded portion is to accommodate the implant; at least one of the growing gum or the tooth bone; wherein the ring shape of the first convex ring of the healing cap and the crown part of the cap also include: a first concave groove, the space of the first concave groove is for accommodating at least one of the growing gum or the tooth bone; wherein the ring shape of the second convex ring of the healing cap and the cone part of the cap have a second concave groove, the space of the second concave groove is for accommodating at least one of the growing gum or the tooth bone; wherein the space between the ring shape of the second convex ring of the healing cap and the threaded part of the healing cap is for accommodating at least one of the growing gum or the tooth bone; wherein the gum forms a part of the gum, and the tooth bone forms a part of the alveolar bone.
[0007] The present invention provides an improved prosthetic accessory, comprising: a support tooth, which is at least one structure selected from an integrally formed structure and a two-stage combined structure. The support tooth of the integrally formed structure comprises: the upper end of the support tooth has a supporting crown, the lower end of the supporting crown is engaged with a cap cone, the lower end of the cap cone is engaged with a cap body, the lower end of the cap body is engaged with a threaded portion, wherein the threaded portion is locked to a dental implant, and the dental implant is located in an alveolar bone; wherein the convex ring structure of the support tooth is at least one convex ring structure selected from a first convex ring and a second convex ring; wherein the first convex ring of the support tooth is located at the junction of the supporting crown and the cap cone, and the second convex ring of the support tooth is located at the junction of the cap cone and the cap body; wherein only the first convex ring of the support tooth is located at the junction of the supporting crown and the cap cone. The raised annular structure, the space between the first raised ring of the support tooth and the cap body of the support tooth is used to accommodate at least one of a gum or a tooth bone that is undergoing growth; wherein the space between the raised annular shape of the first raised ring of the support tooth and the raised annular shape of the second raised ring of the support tooth and the cone portion of the cap is used to accommodate at least one of the gum or the tooth bone that is undergoing growth; wherein the space between the raised annular shape of the second raised ring of the support tooth and the cap body is used to accommodate at least one of the gum or the tooth bone that is undergoing growth; wherein the gum forms a part of a gum, and the tooth bone forms a part of the alveolar bone.
[0008] The present invention provides an improved prosthetic accessory, wherein the support tooth of the two-stage combination structure comprises: the upper end of the support tooth has the supporting crown, the lower end of the supporting crown is engaged with the cap cone, the lower end of the cap cone is engaged with the cap body, the support tooth has a movable screw, wherein the central cavity of the support crown, the cap cone and the cap body of the support tooth has a common axis, which is a through hole, the movable screw is arranged in the central cavity of the through hole of the support crown, the cap cone and the cap body of the support tooth, one end of the movable screw is a threaded portion, and the movable screw can lock the support tooth in the implant through the through hole, and the implant is located in the alveolar bone; wherein the convex ring structure of the support tooth is at least one convex ring structure selected from a first convex ring and a second convex ring; wherein the first convex ring of the support tooth is located at the The support crown and the cap cone portion are connected, and the second convex ring of the support tooth is located at the connection between the cap cone portion and the cap body portion; wherein the annular structure only has the protruding first convex ring of the support tooth, and the space between the first convex ring of the support tooth and the cap body portion of the support tooth is used to accommodate at least one of the growing gum or the bone; wherein the annular shape protruded by the first convex ring of the support tooth and the annular shape protruded by the second convex ring of the support tooth, and the space between the cap cone portion, are used to accommodate at least one of the growing gum or the bone; wherein the space between the annular shape protruded by the second convex ring of the support tooth and the cap body portion is used to accommodate at least one of the growing gum or the bone; wherein the gum forms a part of the gum, and the bone forms a part of the alveolar bone. Beneficial effects
[0009] The beneficial effects of the present invention are:
[0010] The present invention provides an improved prosthetic component that specifically utilizes a first convex ring and a second convex ring structure to assist in the stable growth of gum and bone, thereby preventing the gum and bone that have not yet fully healed from being squeezed and difficult to grow and heal. In addition, the present invention has the effect and purpose of shortening the healing process of dental implants and enhancing the growth and healing process. BRIEF DESCRIPTION OF THE DRAWINGS
[0011] FIG1A is a schematic diagram of the improved prosthetic accessory of the present invention before the nut is installed;
[0012] FIG1B is a schematic diagram of the improved prosthetic accessory of the present invention after the nut is installed;
[0013] FIG1C is a schematic diagram of the structure of a nut having a first protruding ring in the improved prosthetic accessory of the present invention;
[0014] FIG1D is a schematic diagram of the nut structure with a second protruding ring in the improved prosthetic accessory of the present invention;
[0015] FIG1E is a schematic diagram of a nut structure having a first convex ring and a second convex ring in the improved prosthetic accessory of the present invention;
[0016] FIG2A is a schematic diagram of the improved prosthetic accessory of the present invention before the healing cap is installed;
[0017] FIG2B is a schematic diagram of the improved prosthetic accessory of the present invention after the healing cap is placed;
[0018] FIG2C is a schematic diagram of gum healing after the healing cap of the improved prosthetic accessory of the present invention is placed;
[0019] FIG2D is a schematic diagram of the structure of a healing cap having a first convex ring and a first concave groove in the improved prosthetic accessory of the present invention;
[0020] FIG2E is a first schematic diagram of the structure of the healing cap with the first convex ring in the improved prosthetic accessory of the present invention;
[0021] FIG2F is a schematic diagram of the structure of a healing cap having a second convex ring and a first concave groove in the improved prosthetic accessory of the present invention;
[0022] FIG2G is a schematic diagram of the structure of a healing cap having a first convex ring and a second convex ring in the improved prosthetic accessory of the present invention;
[0023] FIG2H is a schematic diagram of the structure of a healing cap having a second convex ring in the improved prosthetic accessory of the present invention;
[0024] FIG2I is a second structural schematic diagram of a healing cap having a first convex ring in the improved prosthetic accessory of the present invention;
[0025] FIG3A is a schematic diagram of the support teeth of the improved prosthetic accessory of the present invention before installation;
[0026] FIG3B is a schematic diagram of the improved prosthetic accessory of the present invention after the support teeth are installed;
[0027] FIG3C is a schematic diagram of the improved prosthetic accessory of the present invention with the support teeth being covered with the denture cap;
[0028] FIG3D is a schematic diagram of the structure of the support teeth with a first convex ring, which is an integrally formed structure in the improved prosthetic accessory of the present invention;
[0029] FIG3E is a schematic diagram of the support tooth structure having a first convex ring and a second convex ring in the integrated structure of the improved prosthetic accessory of the present invention;
[0030] FIG3F is a schematic diagram of the structure of the support teeth with a second convex ring, which is an integrally formed structure in the improved prosthetic accessory of the present invention;
[0031] FIG3G is a schematic diagram of the two-stage joint structure of the improved prosthetic accessory of the present invention, in which the movable screw is not locked into the support teeth;
[0032] FIG3H is a schematic diagram of the two-stage joint structure of the improved prosthetic accessory of the present invention, in which the movable screw has been locked into the support tooth structure;
[0033] FIG3I is a schematic diagram of the support tooth structure with the first convex ring in the two-stage combination structure of the improved prosthetic accessory of the present invention, in which the movable screw is not locked; FIG3I is a schematic diagram of the support tooth structure of the support tooth;
[0034] FIG3J is a schematic diagram of the structure of the support teeth with the first and second convex rings in the two-stage joint structure of the improved prosthetic accessory of the present invention, with the movable screw not yet locked into place;
[0035] FIG3K is a schematic diagram of the structure of the two-stage joint structure in which the movable screw has not been locked into the support tooth with the second protruding ring in the improved prosthetic accessory of the present invention.
[0036] Description of reference numerals:
[0037] 1. Dental implant; 11. Crown; 12. Root; 13. Alveolar bone; 16. Gum; 2. Nut; 21. First convex ring; 22. Cap body; 23. Threaded portion; 24. Second convex ring; 3. Healing cap; 301. First recessed groove; 302. Second recessed groove; 31. Crown; 311. First convex ring; 32. Cone; 312. Second convex ring; 33. Cap body; 34. Threaded portion; 4. Support teeth; 40. Adjustable screw; 401. Perforation; 41. Support crown; 411. First convex ring; 42. Cone; 421. Second convex ring; 43. Cap body; 44. Threaded portion; 61. Locking device. Best Mode for Carrying Out the Invention
[0038] As shown in Figures 1A to 1E, an embodiment of an improved prosthetic accessory according to the present invention includes: a nut 2, wherein the upper end of the nut 2 has a cap portion 22, and the lower end of the nut 2 has a threaded portion 23, the cap portion 22 engages with the threaded portion 23, wherein the threaded portion 23 is locked to a dental implant 1, and the dental implant 1 is located in an alveolar bone 13; wherein the convex ring structure of the nut 2 is at least one convex ring structure selected from a first convex ring 21 and a second convex ring 24; wherein the second convex ring 24 of the nut 2 is located at an extension of the top end of the cap portion 22, and the first convex ring 21 of the nut 2 is located at an extension of the upper end of the second convex ring 24 of the nut 2; wherein the ring structure protruding only from the first convex ring 21 of the nut 2, the first convex ring 21 of the nut 2 and the convex ring 24 of the nut 2 are connected. The space between the threaded portion 23 accommodates at least one of a growing gum or a tooth bone. The ring-shaped structure formed by the first protruding ring 21 of the nut 2, the ring-shaped structure formed by the second protruding ring 24 of the nut 2, and the space between the first protruding ring 21 and the ring-shaped structure formed by the second protruding ring 24 of the nut 2, and the body 22 of the nut 2 accommodates at least one of the growing gum or the tooth bone. The structure consisting only of the ring-shaped structure formed by the second protruding ring 24 of the nut 2, the space between the second protruding ring 24 of the nut 2 and the threaded portion 23 accommodates at least one of the growing gum or the tooth bone. The gum forms part of the gum 16, and the tooth bone forms part of the alveolar bone 13. The corresponding positions of the crown 11, root 12, alveolar bone 13, and gum 16 are shown in Figures 1A, 2A, and 3A. The locker 61 locks the corresponding positions of the nut 2, the healing cap 3, and the support teeth 4, as shown in Figures 1A, 1B, 2B, and 3B.
[0039] As shown in Figures 2A to 2C and Figures 2G to 2I, an embodiment of an improved prosthetic accessory according to the present invention includes: a healing cap 3, the upper end of the healing cap 3 having a cap crown 31, the lower end of the cap crown 31 extending into a cap cone 32, the lower end of the cap cone 32 engaging a cap body 33, the lower end of the cap body 33 engaging a threaded portion 34, wherein the threaded portion 34 is locked to a dental implant 1, the dental implant 1 being located in an alveolar bone 13; wherein the healing cap 3 The convex ring structure is selected from at least one of a first convex ring 311 and a second convex ring 312; wherein the first convex ring 311 of the healing cap 3 is located at the junction between the cap body 33 and the cap cone 32, and the second convex ring 312 of the healing cap 3 is located at the junction between the cap crown 31 and the cap cone 32; wherein only the annular structure protruded by the first convex ring 311 of the healing cap 3 is provided, and the annular shape of the first convex ring 311 of the healing cap 3 is connected to the annular shape of the first convex ring 311 of the healing cap 3. The structure of the space between the threaded portion 34 is to accommodate at least one of a gum or a tooth bone in hyperplasia; wherein only the annular structure protruded by the second convex ring 312 of the healing cap 3 is provided, and the structure of the space between the annular shape of the second convex ring 312 of the healing cap 3 and the threaded portion 34 is to accommodate at least one of a gum or a tooth bone in hyperplasia; wherein both the first convex ring 311 of the healing cap 3 and the annular structure protruded by the second convex ring 312 of the healing cap 3 are provided, and the structure between the annular shape of the first convex ring 311 of the healing cap 3 and the second convex ring 312 of the healing cap 3 is to accommodate at least one of a gum or a tooth bone in hyperplasia; wherein the structure of the space between the annular shape of the second convex ring 312 of the healing cap 3 and the threaded portion 34 of the healing cap 3 is to accommodate at least one of a gum or a tooth bone in hyperplasia; wherein the gum forms a part of the gum 16, and the tooth bone forms a part of the alveolar bone 13.
[0040] As shown in Figures 2D to 2F, an embodiment of an improved prosthetic accessory according to the present invention includes: a healing cap 3, the upper end of the healing cap 3 has a cap crown 31, the lower end of the cap crown 31 extends a cap cone 32, the lower end of the cap cone 32 is engaged with a cap body 33, the lower end of the cap body 33 is engaged with a threaded portion 34, wherein the threaded portion 34 is locked to a dental implant 1, and the dental implant 1 is located in an alveolar bone 13: wherein the convex ring structure of the healing cap 3 is selected from at least one of a first convex ring 311 and a second convex ring 312; wherein the first convex ring 311 of the healing cap 3 is located at the junction of the top end of the cap cone 32, and the second convex ring 312 of the healing cap 3 is located at the junction of the lower end of the cap crown 31; wherein only the annular structure protruded by the first convex ring 311 of the healing cap 3 is engaged with the annular shape of the first convex ring 311 of the healing cap 3 The structure of the space between the grooves 34 is for accommodating at least one of a gum or a tooth bone in growth; wherein the ring shape of the first convex ring 311 of the healing cap 3 and the crown portion 31 also include: a first recessed groove 301, the space of the first recessed groove 301 is for accommodating at least one of the gum or the tooth bone in growth; wherein the ring shape of the second convex ring 312 of the healing cap 3 and the cone portion 32 have a second recessed groove 302, the space of the second recessed groove 302 is for accommodating at least one of the gum or the tooth bone in growth; wherein the space between the ring shape of the second convex ring 312 of the healing cap 3 and the threaded portion 34 of the healing cap 3 is for accommodating at least one of the gum or the tooth bone in growth; wherein the gum forms a part of the gum 16, and the tooth bone forms a part of the alveolar bone 13.
[0041] As shown in FIG. 3A to FIG. 3F , an embodiment of an improved prosthetic accessory according to the present invention includes: a platform tooth 4 , which is at least one structure selected from an integrally formed structure and a two-section combined structure. The integrally formed support tooth comprises: the upper end of the support tooth 4 has a supporting crown 41, the lower end of the supporting crown 41 is engaged with a cap cone 42, the lower end of the cap cone 42 is engaged with a cap body 43, the lower end of the cap body 43 is engaged with a threaded portion 44, wherein the threaded portion 44 is locked to a dental implant 1, and the dental implant 1 is located in an alveolar bone 13: wherein the convex ring structure of the support tooth 4 is selected from at least one of a first convex ring 411 and a second convex ring 421; wherein the first convex ring 411 of the support tooth 4 is located at the junction of the supporting crown 41 and the cap cone 42, and the second convex ring 421 of the support tooth 4 is located at the junction of the cap cone 42 and the cap body 43; wherein only the support tooth 4 has The annular structure protruded by the first protruding ring 411 of the support tooth 4, and the space between the first protruding ring 411 of the support tooth 4 and the cap body 43 of the support tooth 4 are used to accommodate at least one of a gum or a tooth bone in growth; wherein the annular shape protruded by the first protruding ring 411 of the support tooth 4 and the annular shape protruded by the second protruding ring 421 of the support tooth 4, and the cap cone 42 are used to accommodate at least one of the gum or the tooth bone in growth; wherein the space between the annular shape protruded by the second protruding ring 421 of the support tooth 4 and the cap body 43 is used to accommodate at least one of the gum or the tooth bone in growth; wherein the gum forms a part of a gum 16, and the tooth bone forms a part of the alveolar bone 13.
[0042] As shown in Figures 3G to 3H and Figures 3I to 3K, an embodiment of an improved prosthetic accessory according to the present invention includes: a support tooth 4, which is selected from at least one structure of an integrally formed structure and a two-stage combined structure. The support tooth of the two-stage combined structure includes: the upper end of the support tooth 4 has a supporting crown 41, the lower end of the supporting crown 41 is connected to a cap cone 42, and the lower end of the cap cone 42 is connected to a cap body 43. In addition, the support tooth 4 has a movable screw 40, wherein the central cavity of the support crown 41, the cap cone 42, and the cap body 43 of the support tooth 4 has a common axis, which is a through hole 401. The movable screw 40 is set on the support tooth 4. The central cavity of the supporting crown 41, the cap cone 42, and the cap body 43, one end of the movable screw 40 is a threaded portion 44, and the movable screw 40 can lock the support tooth 4 in the implant body 1 through the through hole 401. The implant body 1 is located in an alveolar bone 13: wherein the convex ring structure of the support tooth 4 is selected from at least one convex ring structure of a first convex ring 411 and a second convex ring 421; wherein the first convex ring 411 of the support tooth 4 is located The second convex ring 421 of the support tooth 4 is located at the junction of the cone portion 42 and the cap body portion 43; wherein the first convex ring 411 of the support tooth 4 is the only annular structure protruding therefrom, and the space between the first convex ring 411 of the support tooth 4 and the cap body portion 43 of the support tooth 4 is used to accommodate at least one of the proliferating gums or the tooth bones; wherein the first convex ring 411 of the support tooth 4 is protruding therefrom. The space between the annular shape provided and the annular shape provided by the second convex ring 421 of the support tooth 4 and the cap cone portion 42 is used to accommodate at least one of the growing gum or the bone; wherein the space between the annular shape provided by the second convex ring 421 of the support tooth 4 and the cap body portion 43 is used to accommodate at least one of the growing gum or the bone; wherein the gum forms a part of the gum 16, and the bone forms a part of the alveolar bone 13.
[0043] FIG1A to FIG1E show an embodiment of an improved method for installing a prosthetic component according to the present invention, using a nut 2. The steps of installing the nut 2 include: step 1, using a dental implant 1 to be installed in an alveolar bone 13; step 2, using the nut 2 to be installed on the upper end of the dental implant 1; step 3, from step 2 to step 3, if the nut 2 only has the first protruding ring 21 of the nut 2, first suturing the gum 16 and covering the gum 16. The gum is located at the upper end of the nut 2 and the upper end of the dental implant 1, and then the space between the ring convexed by the first protruding ring 21 of the nut 2 and the cap body 22 of the nut 2 accommodates the proliferation of at least one of the gum or the bone; Step 4, from step 2 to step 4, if the nut 2 has a ring convexed by the first protruding ring 21 of the nut 2 and a ring convexed by the second protruding ring 24 of the nut 2, first sew the gum of the gum 16 and cover the gum 16 The gum or the bone is grown between the annular portion 21 of the nut 2 and the annular portion 24 of the nut 2, and the space between the annular portion 24 of the nut 2 and the threaded portion 23 is used to accommodate the growth of at least one of the gum or the bone; Step 5, proceeding from Step 2 to Step 5, if the nut 2 only has the first protruding ring 21 of the nut 2 The second convex ring 24 is used to first suture the gum 16 and cover the gum 16 on the upper end of the nut 2 and the upper end of the dental implant 1. Then, at least one of the growing gum or the bone is accommodated in the space between the second convex ring 24 and the threaded portion 23 of the nut 2; and step 6, from step 2 to step 5, respectively enter step 6, cut the gum 16 covering the upper end of the nut 2 and the upper end of the dental implant 1, and remove the nut 2.
[0044] 2A to 2F , an embodiment of a method for installing an improved prosthetic accessory according to the present invention is shown, which uses a healing cap 3. The steps of installing the healing cap 3 include: step 1, using a dental implant 1 to be installed in an alveolar bone 13; step 2, using the healing cap 3 to be installed on the upper end of the dental implant 1; step 3, proceeding from step 2 to step 3, if the healing cap 3 only has a first protruding ring 311 of the healing cap 3, first suturing the gum 16 and covering the gum 16 on the upper end of the healing cap 3 and the upper end of the dental implant 1, leaving only the top of the crown 31 of the healing cap 3 exposed, and then accommodating at least one of the gum or the bone to grow in the space between the ring shape of the first protruding ring 311 of the healing cap 3 and the threaded portion 34; step 4, proceeding from step 2 to step 4, if a first recessed groove 301 is provided between the protruding ring shape of the first protruding ring 311 of the healing cap 3 and the crown 31, First, suture the gum 16 and cover the gum 16 on the upper end of the healing cap 3 and the upper end of the dental implant 1, leaving only the top of the crown portion 31 of the healing cap 3 exposed. Then, the space of the first recessed groove 301 is used to accommodate at least one of the growth of the gum or the bone. Step 5, from step 2 to step 5, if there is a second recessed groove 302 between the ring convexly provided by the second convex ring 312 of the healing cap 3 and the cone portion 42, suture first. The gum of a gum 16 is cut and covered on the upper end of the healing cap 3 and the upper end of the dental implant 1, leaving only the top of the crown 31 of the healing cap 3 exposed, and then the space of the second recessed groove 302 is used to accommodate the proliferation of at least one of the gum or the tooth bone; and step 6, from step 2 to step 5, respectively enter step 6, cut the gum of the gum 16 covering the upper end of the healing cap 3 and the upper end of the dental implant 1, and remove the healing cap 3.
[0045] 3A to 3F show an embodiment of a method for placing an improved prosthetic accessory according to the present invention, using a support tooth 4. The steps for placing the support tooth 4 include: step 1, using a dental implant 1 to be placed in an alveolar bone 13; step 2, using the support tooth 4 to be placed on the upper end of the dental implant 1; step 3, from step 2 to step 3, if the support tooth 4 only has the first protruding ring 411 of the support tooth 4, first suturing the gum 16 and covering the gum 16 on the upper end of the support tooth 4 and the support tooth 4. At the upper end of the dental implant 1, only the top of the supporting crown 41 of the support tooth 4 is exposed, and then the space between the ring convexly provided by the first convex ring 411 of the support tooth 4 and the cap cone 42 is used to accommodate the proliferation of at least one of the gum or the bone; Step 4, enter step 4 from step 2, if the support tooth 4 has the first convex ring 411 of the support tooth 4 and the second convex ring 421 of the support tooth 4, first suture the gum of the gum 16 and cover the gum of the gum 16 on the upper end of the support tooth 4 and the upper end of the dental implant 1, only The top of the supporting crown 41 of the support tooth 4 is left exposed, and then the space between the ring convexed by the first convex ring 411 of the support tooth 4, the ring convexed by the second convex ring 421 of the support tooth 4 and the cap body 43 of the support tooth 4 is used to accommodate the growth of at least one of the gum or the bone, and the space between the ring convexed by the first convex ring 411 of the support tooth 4 and the cap cone 42 is used to accommodate the growth of at least one of the gum or the bone; Step 5, enter step 5 from step 2, if the support tooth 4 only has The second protruding ring 421 of the support tooth 4 first sutures the gum 16 and covers the gum 16 at the upper end of the support tooth 4 and the upper end of the dental implant 1, leaving only the top of the supporting crown 41 of the support tooth 4 exposed. Then, the space between the ring convexed by the second protruding ring 421 of the support tooth 4 and the cap body 43 of the support tooth 4 is used to accommodate the proliferation of at least one of the gum or the bone; and step 6, from step 3 to step 5, respectively enter step 6, use a denture and put it on the upper end of the support tooth 4.
[0046] As shown in Figures 1A to 1E and Figures 2A to 2F, the present invention provides an improved method for placing prosthetic accessories, which uses a nut 2 and a healing cap 3. The steps of placing the nut 2 and the healing cap 3 include: step 1, using an implant 1 to be placed in an alveolar bone 13; step 2, using the nut 2 to be placed on the upper end of the implant 1; step 3, entering step 3 from step 2, if the nut 2 only has the first protruding ring 21 of the nut 2, first suture the gum 16 and cover the gum 16 on the upper end of the nut 2 and the upper end of the implant 1, and then accommodate the growth of the gum or the space between the ring convexly provided by the first protruding ring 21 of the nut 2 and the 22 of the nut 2. at least one of the tooth bone; step 4, enter step 4 from step 2, if the nut 2 has a ring-shaped structure protruded by the first protruding ring 21 of the nut 2 and a ring-shaped structure protruded by the second protruding ring 24 of the nut 2, first suture the gum 16, and cover the gum 16 on the upper end of the nut 2 and the upper end of the dental implant 1, and then accommodate the proliferation of at least one of the gum or the tooth bone between the ring-shaped structure protruded by the first protruding ring 21 of the nut 2 and the ring-shaped structure protruded by the second protruding ring 24 of the nut 2, and accommodate the proliferation of at least one of the gum or the tooth bone in the space between the ring-shaped structure protruded by the second protruding ring 24 of the nut 2 and the threaded portion 23; and step 5, enter step 5 from step 2, if the nut 2 only The second protruding ring 24 of the nut 2 is provided, and the gum of the gum 16 is first sutured and covered on the upper end of the nut 2 and the upper end of the dental implant 1. Then, at least one of the gum or bone in growth is accommodated in the space between the second protruding ring 24 of the nut 2 and the threaded portion 23; Step 6, from Step 2 to Step 5, respectively enter Step 6, cut the gum of the gum 16 covering the upper end of the nut 2 and the upper end of the dental implant 1, and remove the nut 2; Step 7, use the healing cap 3 to set on the upper end of the dental implant 1; Step 8, from Step 7 to Step 8, if the healing cap 3 only has the first protruding ring 311 of the healing cap 3, first suture the gum of the gum 16 and cover the gum The gum of the gum 16 is exposed at the upper end of the healing cap 3 and the upper end of the dental implant 1, leaving only the top of the crown portion 31 of the healing cap 3 exposed. The space between the annular shape of the first protruding ring 311 of the healing cap 3 and the threaded portion 34 is used to accommodate the growth of at least one of the gum or the bone. Step 9, proceeding from step 7 to step 9, if a first recessed groove 301 is provided between the raised annular shape of the first protruding ring 311 of the healing cap 3 and the crown portion 31, the gum of the gum 16 is first sutured and covered at the upper end of the healing cap 3 and the upper end of the dental implant 1, leaving only the top of the crown portion 31 of the healing cap 3 exposed. The space in the first recessed groove 301 is used to accommodate the growth of at least one of the gum or the bone.Step 10, proceeding from Step 7 to Step 10, if a second recessed groove 302 is present between the raised annular portion of the second raised ring 312 of the healing cap 3 and the cone portion 42, first suture the gum 16 and cover it over the upper ends of the healing cap 3 and the dental implant 1, leaving only the top of the crown portion 31 of the healing cap 3 exposed. The space in the second recessed groove 302 then accommodates at least one of the gum or bone growth. And, Step 11, proceeding from Step 7 to Step 11, proceeding to Step 5, cutting the gum 16 covering the upper ends of the healing cap 3 and the dental implant 1, and removing the healing cap 3.
[0047] As shown in Figures 1A to 1E and Figures 3A to 3F, the present invention provides an improved method for placing prosthetic accessories, which uses a nut 2 and a support tooth 4. The steps of placing the nut 2 and the support tooth 4 include: step 1, using an implant 1 to be placed in an alveolar bone 13; step 2, using the nut 2 to be placed on the upper end of the implant 1; step 3, entering step 3 from step 2, if the nut 2 only has the first convex ring 21 of the nut 2, first sew the gum 16 and cover the gum 16 on the upper end of the nut 2 and the upper end of the implant 1, and then at the first convex ring 21 of the nut 2 The space between the ring convex by the first convex ring 21 and the cap body 22 of the nut 2 accommodates the proliferation of at least one of the gum or the tooth bone; step 4, enter step 4 from step 2, if the nut 2 has a ring convex by the first convex ring 21 of the nut 2 and a ring convex by the second convex ring 24 of the nut 2, first suture the gum 16 and cover the gum 16 on the upper end of the nut 2 and the upper end of the dental implant 1, and then between the ring convex by the first convex ring 21 of the nut 2 and the ring convex by the second convex ring 24 of the nut 2, accommodate the proliferation of at least one of the gum or the tooth bone The space between the annular portion 24 of the second protruding ring 24 of the nut 2 and the threaded portion 23 accommodates at least one of the proliferating gum or the bone; Step 5, proceeding from Step 2 to Step 5, if the nut 2 only has the second protruding ring 24 of the nut 2, first suture the gum 16 and cover the gum 16 on the upper end of the nut 2 and the upper end of the dental implant 1, and then accommodate at least one of the proliferating gum or the bone in the space between the second protruding ring 24 of the nut 2 and the threaded portion 23; Step 6, proceeding from Step 2 to Step 5, respectively, cut the gum covering the nut 2 and the gum 16 at the upper end of the dental implant 1, and remove the nut 2; step 7, use the support tooth 4 to set it on the upper end of the dental implant 1; step 8, go to step 8 from step 7, if the support tooth 4 only has the first protruding ring 411 of the support tooth 4, first suture the gum 16 and cover the gum 16 at the upper end of the support tooth 4 and the upper end of the dental implant 1, leaving only the top of the supporting crown 41 of the support tooth 4 exposed, and then the space between the ring convex provided by the first protruding ring 411 of the support tooth 4 and the cone portion 42 is used to accommodate the proliferation of at least one of the gum or the bone;Step 9, go to step 9 from step 7, if the support tooth 4 has the first protruding ring 411 of the support tooth 4 and the second protruding ring 421 of the support tooth 4, first suture the gum 16 and cover the gum 16 at the upper end of the support tooth 4 and the upper end of the dental implant 1, leaving only the top of the supporting crown 41 of the support tooth 4 exposed, and then the space between the ring convex by the first protruding ring 411 of the support tooth 4, the ring convex by the second protruding ring 421 of the support tooth 4 and the cap body 43 of the support tooth 4 is used to accommodate the proliferation of at least one of the gum or the tooth bone, and the space between the ring convex by the first protruding ring 411 of the support tooth 4 and the cap cone 42 The space between the second protruding ring 421 of the abutment tooth 4 is used to accommodate the growth of at least one of the gum or the bone; Step 10, proceeding from Step 7 to Step 10, if the abutment tooth 4 only has the second protruding ring 421 of the abutment tooth 4, first suture the gum 16 and cover the gum 16 on the upper end of the abutment tooth 4 and the upper end of the dental implant 1, leaving only the top of the supporting crown 41 of the abutment tooth 4 exposed, and then the space between the annular portion of the second protruding ring 421 of the abutment tooth 4 and the cap portion 43 of the abutment tooth 4 is used to accommodate the growth of at least one of the gum or the bone; and Step 11, proceeding from Step 7 to Step 10, respectively, to Step 11, using a denture and fitting it on the upper end of the abutment tooth 4.
[0048] As shown in Figures 1A to 1E, Figures 2A to 2F, and Figures 3A to 3F, the present invention provides an improved method for placing prosthetic accessories, which uses a nut 2, a healing cap 3, and a support tooth 4. The steps of placing the nut 2, the healing cap 3, and the support tooth 4 include: step 1, using an implant 1 to be placed in an alveolar bone 13; step 2, using the nut 2 to be placed on the upper end of the implant 1; step 3, entering step 3 from step 2, if the nut 2 only has the first convex ring 21 of the nut 2, first sew the gum 16 and cover the gum 16 on the upper end of the nut 2 and the upper end of the implant 1, and then sew the convex ring provided by the first convex ring 21 of the nut 2 and the cap of the nut 2. The space between the body 43 accommodates the growth of at least one of the gum or the tooth bone; Step 4, enter step 4 from step 2, if the nut 2 has a ring-shaped structure protruded by the first protruding ring 21 of the nut 2 and a ring-shaped structure protruded by the second protruding ring 24 of the nut 2, first suture the gum 16 and cover the gum 16 on the upper end of the nut 2 and the upper end of the dental implant 1, and then between the ring-shaped structure protruded by the first protruding ring 21 of the nut 2 and the ring-shaped structure protruded by the second protruding ring 24 of the nut 2, accommodate the growth of at least one of the gum or the tooth bone, and the space between the ring-shaped structure protruded by the second protruding ring 24 of the nut 2 and the threaded portion 23 accommodates the growth of at least one of the gum or the tooth bone; Step 5, enter step 2 Go to step 5. If the nut 2 only has the second protruding ring 24 of the nut 2, first suture the gum of the gum 16 and cover the gum of the gum 16 on the upper end of the nut 2 and the upper end of the dental implant 1. Then, accommodate at least one of the proliferating gum or the bone in the space between the second protruding ring 24 of the nut 2 and the threaded portion 23. Step 6. From step 2 to step 5, respectively go to step 6, cut the gum of the gum 16 covering the upper end of the nut 2 and the upper end of the dental implant 1, and remove the nut 2. Step 7. Use the healing cap 3 to set it on the upper end of the dental implant 1. Step 8. From step 7, go to step 8. If the healing cap 3 only has the first protruding ring 311 of the healing cap 3, first suture the gum of the gum 16. , and covering the gum 16 at the upper end of the healing cap 3 and the upper end of the dental implant 1, leaving only the top of the crown portion 31 of the healing cap 3 exposed, and then the space between the annular shape of the first convex ring 311 of the healing cap 3 and the threaded portion 34 is used to accommodate the proliferation of at least one of the gum or the tooth bone; Step 9, proceeding from Step 7 to Step 9, if there is a first recessed groove 301 between the raised annular shape of the first convex ring 311 of the healing cap 3 and the crown portion 31, first suture the gum 16 and cover the gum 16 at the upper end of the healing cap 3 and the upper end of the dental implant 1, leaving only the top of the crown portion 31 of the healing cap 3 exposed, and then the space in the first recessed groove 301 is used to accommodate the proliferation of at least one of the gum or the tooth bone;Step 10, proceeding from step 7 to step 10, if there is a second recessed groove 302 between the raised ring of the second convex ring 312 of the healing cap 3 and the cone portion 32, first suture the gum 16 and cover the gum 16 on the upper end of the healing cap 3 and the upper end of the dental implant 1, leaving only the top of the crown portion 31 of the healing cap 3 exposed, and then the space of the second recessed groove 302 is used to accommodate at least one of the hyperplasia of the gum or the tooth bone; Step 11, proceeding from step 7 to step 10, respectively, cut the gum 16 covering the upper end of the healing cap 3 and the upper end of the dental implant 1, and remove the healing cap 3. Cap 3; Step 12, using the support tooth 4 to be set at the upper end of the implant 1; Step 13, entering step 13 from step 12, if the support tooth 4 only has the first convex ring 411 of the support tooth 4, first suture the gum 16 of the gum, and cover the gum 16 of the gum at the upper end of the support tooth 4 and the upper end of the implant 1, leaving only the top of the support crown 41 of the support tooth 4 exposed, and then in the annular shape convexly provided by the first convex ring 411 of the support tooth 4, and the space between the cone portion 42 of the cap, is to accommodate the proliferation of at least one of the gum or the bone; Step 14, entering step 14 from step 12, if the support tooth 4 has the support tooth 4 The first protruding ring 411 and the second protruding ring 421 of the support tooth 4 are first sutured to the gum 16, and the gum 16 is covered at the upper end of the support tooth 4 and the upper end of the dental implant 1, leaving only the top of the supporting crown 41 of the support tooth 4 exposed, and then the space between the ring convex by the first protruding ring 411 of the support tooth 4, the ring convex by the second protruding ring 421 of the support tooth 4 and the cap body 43 of the support tooth 4 is used to accommodate the proliferation of at least one of the gum or the bone, and the space between the ring convex by the first protruding ring 411 of the support tooth 4 and the cap cone 42 is used to accommodate the proliferation of the gum or the bone. At least one; and step 15, proceeding from step 12 to step 15, if the abutment tooth 4 only has the second protruding ring 421 of the abutment tooth 4, first suturing the gum 16 and covering the gum 16 at the upper end of the abutment tooth 4 and the upper end of the dental implant 1, leaving only the top of the supporting crown 41 of the abutment tooth 4 exposed, and then accommodating the growth of at least one of the gum or the bone in the space between the annular protrusion of the second protruding ring 421 of the abutment tooth 4 and the cap body 43 of the abutment tooth 4; and step 16, proceeding from step 12 to step 15, respectively, to step 16, using a denture and fitting it over the upper end of the abutment tooth 4.;
[0049] The above description and explanation are only the description of the preferred embodiments of the present invention. Those skilled in the art may make other modifications based on the scope of the patent application defined above and the above description, but these modifications should still be within the creative spirit of the present invention and within the scope of the rights of the present invention.
Claims
1. An improved prosthetic accessory, characterized in that: include: A nut having a body at its upper end and a threaded portion at its lower end, the body engaging the threaded portion, wherein the threaded portion is locked to a dental implant located in an alveolar bone; wherein the convex ring structure of the nut is at least one of a first convex ring and a second convex ring; The second protruding ring of the nut is located at an extension of the top end of the cap body, and the first protruding ring of the nut is located at an extension of the upper end of the second protruding ring of the nut; The annular structure is provided only with the first protruding ring of the nut, and the space between the first protruding ring of the nut and the threaded portion of the nut is used to accommodate at least one of a proliferating gum or a tooth bone; The first protruding ring of the nut and the second protruding ring of the nut are provided with a ring-shaped structure, and the space between the first protruding ring of the nut and the second protruding ring of the nut and the cap body of the nut is used to accommodate at least one of the proliferating gum or the tooth bone; The second protruding ring of the nut only has an annular structure, and the space between the second protruding ring of the nut and the threaded portion is configured to accommodate at least one of the proliferating gum or the bone; The gum forms a part of the gum, and the tooth bone forms a part of the alveolar bone.
2. An improved prosthetic accessory, characterized in that: include: A healing cap for use with the nut in the improved prosthetic accessory of claim 1, wherein the upper end of the healing cap has a crown portion, the lower end of the crown portion extends into a cone portion, the lower end of the cone portion engages a body portion, the lower end of the body portion engages a threaded portion, wherein the threaded portion is locked to a dental implant, and the dental implant is located in an alveolar bone: The convex ring structure of the healing cap is selected from at least one of a first convex ring and a second convex ring; The first convex ring of the healing cap is located at the junction between the cap body and the cap cone, and the second convex ring of the healing cap is located at the junction between the cap crown and the cap cone; The healing cap only has a ring-shaped structure protruding from the first protruding ring, and the space between the ring-shaped portion of the first protruding ring and the threaded portion is configured to accommodate at least one of a proliferating gum or a tooth bone; The healing cap only has an annular structure protruding from the second protruding ring, and the space between the annular structure of the second protruding ring of the healing cap and the threaded portion is structured to accommodate at least one of a proliferating gum or a tooth bone; The first convex ring of the healing cap and the second convex ring of the healing cap are provided with an annular structure, and at least one of a proliferating gum or a tooth bone is accommodated between the first convex ring of the healing cap and the second convex ring of the healing cap; The space between the annular shape of the second protruding ring of the healing cap and the threaded portion of the healing cap is configured to accommodate at least one of a proliferating gum or a tooth bone; The gum forms a part of the gum, and the tooth bone forms a part of the alveolar bone.
3. An improved prosthetic accessory, characterized in that: include: A healing cap for use with the nut in the improved prosthetic accessory of claim 1, wherein the upper end of the healing cap has a crown portion, the lower end of the crown portion extends into a cone portion, the lower end of the cone portion engages a body portion, the lower end of the body portion engages a threaded portion, wherein the threaded portion is locked to a dental implant, and the dental implant is located in an alveolar bone: The convex ring structure of the healing cap is selected from at least one of a first convex ring and a second convex ring; The first convex ring of the healing cap is located at the junction of the top end of the cap cone, and the second convex ring of the healing cap is located at the junction of the lower end of the cap crown; The healing cap only has a ring-shaped structure protruding from the first protruding ring, and the space between the ring-shaped portion of the first protruding ring and the threaded portion is configured to accommodate at least one of a proliferating gum or a tooth bone; The healing cap further comprises a first recessed groove between the raised ring of the first raised ring and the crown portion, wherein the space of the first recessed groove is used to accommodate at least one of the proliferating gum or the tooth bone; A second recessed groove is formed between the raised ring of the second raised ring of the healing cap and the cone portion of the cap, and the space of the second recessed groove is used to accommodate at least one of the proliferating gum or the tooth bone; The space between the ring-shaped portion of the second protruding ring of the healing cap and the threaded portion of the healing cap is used to accommodate at least one of the proliferating gum or the bone; The gum forms a part of the gum, and the tooth bone forms a part of the alveolar bone.
4. An improved prosthetic accessory, characterized in that: include: A support tooth used in conjunction with the nut in the improved prosthetic accessory according to claim 1, which is at least one structure selected from an integrally formed structure and a two-stage combined structure; The integrally formed support tooth comprises: The upper end of the support tooth has a supporting crown, the lower end of the supporting crown is engaged with a cap cone, the lower end of the cap cone is engaged with a cap body, and the lower end of the cap body is engaged with a threaded portion, wherein the threaded portion is locked to a dental implant, and the dental implant is located in an alveolar bone: The convex ring structure of the support tooth is selected from at least one of a first convex ring and a second convex ring; The first convex ring of the support teeth is located at the junction of the support crown and the cap cone portion, and the second convex ring of the support teeth is located at the junction of the cap cone portion and the cap body portion; The annular structure is provided only with the first protruding ring of the support tooth, and the space between the first protruding ring of the support tooth and the cap body of the support tooth is used to accommodate at least one of a proliferating gum or a tooth bone; The space between the annular shape of the first protruding ring of the support tooth, the annular shape of the second protruding ring of the support tooth, and the cone portion is used to accommodate at least one of the growing gum or the bone. The space between the ring-shaped portion of the second protruding ring of the support tooth and the cap body is used to accommodate at least one of the growing gum or the bone; wherein the gum forms a part of a gum, and the tooth bone forms a part of the alveolar bone; The support teeth of the two-stage combined structure include: The upper end of the abutment tooth has the supporting crown, the lower end of the supporting crown engages the cap cone, and the lower end of the cap cone engages the cap body. The abutment tooth has a movable screw, wherein the central cavity of the supporting crown, the cap cone, and the cap body of the abutment tooth has a common axis, which is a through hole. The movable screw is disposed in the central cavity of the through hole of the supporting crown, the cap cone, and the cap body of the abutment tooth. One end of the movable screw is a threaded portion. The movable screw passes through the through hole to lock the abutment tooth in the dental implant. The dental implant is located in the alveolar bone. The convex ring structure of the support tooth is selected from at least one convex ring structure of the first convex ring and the second convex ring; The first convex ring of the support teeth is located at the junction of the support crown and the cap cone portion, and the second convex ring of the support teeth is located at the junction of the cap cone portion and the cap body portion; The annular structure is provided only with the first protruding ring of the support tooth, and the space between the first protruding ring of the support tooth and the cap body of the support tooth is used to accommodate at least one of the proliferating gum or the tooth bone; The space between the annular shape of the first protruding ring of the support tooth, the annular shape of the second protruding ring of the support tooth, and the cone portion is used to accommodate at least one of the growing gum or the bone. The space between the ring-shaped portion of the second protruding ring of the support tooth and the cap body is used to accommodate at least one of the growing gum or the bone; The gum forms a part of the gum, and the tooth bone forms a part of the alveolar bone.