CN217286131U

CN217286131U - Artificial gum structure with clamping type connecting rod for artificial tooth and implant supporting platform

Info

Publication number: CN217286131U
Application number: CN202220936571.6U
Authority: CN
Inventors: 李襱桀
Original assignee: Individual
Current assignee: Individual
Priority date: 2022-04-22
Filing date: 2022-04-22
Publication date: 2022-08-26
Anticipated expiration: 2032-04-22

Abstract

A structure of artificial gum clamped by artificial tooth and implant abutment connecting rod comprises artificial tooth, artificial gum and abutment connecting rod. The top end of the artificial gum forms an upper embedded area which is matched with the shape of the bottom end of the false tooth, and the bottom end of the artificial gum forms a lower embedded area which is matched with the upper end of the connecting rod of the supporting platform; the abutment connecting rod is a curved abutment which is in line with the edentulous area of the oral cavity of a patient, the abutment connecting rod can be fixed in the abutment of the implant through the screw locking of the abutment connecting rod, a plurality of false tooth fixing bolts can penetrate through the upper end of the abutment connecting rod to fix the false tooth, the artificial gum is positioned between the abutment connecting rod and the false tooth, and when the abutment connecting rod is locked with the false tooth, the artificial gum is firmly clamped and fixed.

Description

Artificial gum structure with clamping type connecting rod between artificial tooth and implant support

Technical Field

The present invention relates to a clamping structure, and more particularly, to a structure for clamping an artificial gum component when a denture is fastened to a supporting connection rod.

Background

When various diseases occur to teeth, the teeth are easy to be damaged and fall off, and particularly, the falling off of the teeth along with the age is more obvious. Today, the success rate and popularity of artificial tooth implantation are the first choice for restoring the function of the patient's edentulous area in the dental medicine field. The artificial tooth implantation technology has been widely used for performing a tooth implantation operation in a partial or full-mouth deficient area so as to remove a severely damaged or missing tooth, and an artificial implant is screwed into an alveolar bone of an oral cavity and an artificial denture is fixed to the upper end of the artificial implant, thereby restoring the function of the tooth and being expected to be used for a long time. In the above-mentioned artificial tooth implantation method, the artificial implant comprises an implant body screwed into the alveolar bone, and a support is locked to the implant body, so that the support is exposed outside the gum, after a period of bone healing, the implant body is integrated with the alveolar bone, and then the support and the crown are manufactured, and finally the artificial crown is fixed on the support in a sleeving manner, thereby restoring the function of the tooth. The problem encountered by the aforementioned dental implant method is whether the whole artificial tooth is designed to be a real and beautiful appearance, and when the oral cavity teeth are damaged and fall off, the problem of gingival atrophy is accompanied, so that the artificial gum can be manufactured in the dental implant process to match with the artificial tooth model to achieve the purpose of natural beauty.

Therefore, the inventor of the present application has been engaged in the manufacturing, development and design experience of the related medical behaviors and products for many years, and finally designs a practical creation after carefully evaluating the above defects.

SUMMERY OF THE UTILITY MODEL

For improving aforementioned problem and disappearance, the utility model mainly provides a structure of artificial gum of artificial tooth and planting body abutment connecting rod centre gripping, provides the planting body abutment locking behind the planting body, the structure of the artificial gum of centre gripping between artificial tooth and planting body abutment connecting rod.

In order to achieve the above object, the utility model adopts the following technical scheme: a structure for clamping artificial gum between false tooth and implant abutment comprises false tooth, artificial gum and abutment connecting rod; the artificial gum is characterized in that the top end of the artificial gum forms an upper embedding area which is matched with the shape of the bottom end of the artificial tooth, and the bottom end of the artificial gum forms a lower embedding area which is matched with the upper end of the connecting rod of the abutment; the support connecting rod is a curved seat which is in line with the tooth lacking area of the oral cavity of the patient, the lower end of the support connecting rod is provided with a plurality of implant support connecting rod screw holes, and the implant support connecting rod screw holes can be used for a implant support connecting rod screw to penetrate through so as to lock the support connecting rod in the implant support; the upper end of the supporting platform connecting rod is also provided with a plurality of false tooth screwing holes for the penetration and locking of false tooth fixing bolts; the false tooth is provided with a lock hole corresponding to the false tooth screwed hole of the branch table connecting rod, so that when the false tooth fixing bolt is fixedly locked in the false tooth screwed hole of the branch table connecting rod through the lock hole, the false tooth is stably combined and fixed with the branch table connecting rod; the artificial gum is positioned between the abutment connecting rod and the artificial tooth, and when the artificial tooth fixing bolt is locked in the artificial tooth screwing hole through the artificial tooth locking hole, the artificial tooth is firmly combined with the abutment connecting rod, and meanwhile, the artificial gum is firmly clamped and fixed.

Drawings

Fig. 1 is a perspective view of the present invention;

FIG. 2 is a front view of the present invention;

fig. 3 is a sectional structural view of the present invention.

Description of the symbols:

10 false tooth

11 lock hole

20 Artificial gum

21 chimeric region

Lower 22 chimeric region

30 stand connecting rod

31 support platform connecting rod screw hole

32-support connecting rod screw

33 false tooth screw hole

34 false tooth fixing bolt

40 implant rest.

Detailed Description

The technical contents, characteristics and functions of the present invention will be clearly shown in the following detailed description of the preferred embodiments with reference to the accompanying drawings. In addition, before the present application is described in detail, it is to be understood that the drawings are designed as an illustration of the basic structure of the present application and that only the structures or elements that are relevant to the present application are shown in the drawings, wherein the structural shapes, sizes, proportions, or number of elements, etc. are shown as optional; the synthesis of the compound is described in the specification.

Please refer to fig. 1 to 3, which illustrate a perspective structural view, a front structural view and a sectional structural view of an embodiment of the present invention. The creation comprises a false tooth 10, an artificial gum 20 and a support connecting rod 30; wherein:

the denture 10 is manufactured by obtaining a model of a tooth mold of an affected part through impression material impression according to a deficient dental area (which may be partially or completely shown) of an oral cavity of a patient, obtaining parameters such as an accurate corresponding angle, a position and an interval of a locked implant (the above operations are not the content of the characteristics of the present case, and are not repeated), and performing denture mold-turning after obtaining the data.

The artificial gum 20 is manufactured by digitally scanning a composite material according to the oral cavity requirement of a patient and obtaining parameters such as a precise corresponding angle through computer aided design (the above operation is not the content of the characteristics of the present case, and is not described in detail), and is manufactured corresponding to the shapes of the artificial tooth 10 and the abutment connecting rod 30. Therefore, the artificial gum 20 has a top end formed with an upper fitting region 21 that conforms to the shape of the bottom end of the prosthetic appliance 10, and a bottom end formed with a lower fitting region 22 that conforms to the bottom end of the abutment connecting rod 30.

The supporting platform connecting rod 30 is a curved base platform which is in line with the oral cavity edentulous area of the patient, so that the supporting platform connecting rod can be displayed in a local or full-mouth shape, the lower end of the supporting platform connecting rod 30 is provided with a plurality of supporting platform connecting rod screw holes 31, the supporting platform connecting rod screw holes 31 can be penetrated by a supporting platform screw 32, and the supporting platform screw 32 is locked and fixed in the implant supporting platform 40; the upper end of the abutment connecting rod 30 is further provided with a plurality of denture thread holes 33, the denture thread holes 33 are used for the denture fixing bolts 34 to pass through and lock, and the denture fixing bolts 34 are used for fixing the denture 10.

When the artificial tooth 10 is built on the abutment connecting rod 30, the position of the artificial tooth 10 corresponding to the artificial tooth threaded hole 33 is reserved with the lock hole 11, and certainly, the center line of the lock hole 11 and the center line of the artificial tooth threaded hole 33 are the same axis, so that when the artificial tooth fixing bolt 34 is fixed on the artificial tooth threaded hole 33 of the abutment connecting rod 30 through the lock hole 11, the artificial tooth 10 is stably fixed with the abutment connecting rod 30, and the lock hole 11 is filled and sealed by filling materials, so that the appearance of the artificial tooth 10 is not different.

The number, angle, length, etc. of the abutment connecting rod screw holes 31 at the lower end of the abutment connecting rod 30 are customized according to the actual state of the patient's implant abutment, and therefore, the axis lines of the inserted abutment screws 32 are not necessarily the same and are designed to correspond to the optimal locking position of the patient's alveolar bone.

Since the number and angles of the plurality of denture holes 33 formed at the upper end of the abutment connecting rod 30 are customized according to the actual shape of the denture 10 of the patient, the axes of the denture holes 33 are not necessarily the same, and the denture 10 is provided for locking and fixing the denture 10 by the denture fixing bolts 34 after the denture 10 is built on the abutment connecting rod 30.

According to the design of the above-mentioned components, the abutment connecting rod screw 32 of the abutment connecting rod 30 is inserted into the abutment connecting rod screw hole 31 and then locked into the implant abutment 40 at an optimum angle, the lower engaging region 22 of the bottom of the artificial gum 20 is fittingly engaged with the upper engaging region 21 of the top of the artificial gum 20, and the bottom of the denture 10 is fittingly engaged with the upper engaging region 21 of the top of the artificial gum 20, at this time, the locking hole 11 of the denture 10 corresponds to the denture engaging hole 33 of the abutment connecting rod 30, so that the denture fixing bolt 34 is locked in the denture engaging hole 33 through the locking hole 11, so that the denture 10 is firmly combined and fixed with the abutment connecting rod 30, and the artificial gum 20 is firmly clamped and fixed.

Therefore, the excellent characteristics that can be generated according to the structural design of the scheme are summarized as follows:

the artificial gum 20 of the present invention is provided with an upper fitting region 21 fitted to the bottom end of the artificial tooth 10 and a lower fitting region 22 fitted to the upper end of the abutment connecting rod 30, and can be easily fixed and disassembled for maintenance by using clip-type locking.

In view of the above, it is intended that the present invention cover the present invention not limited to the particular embodiments disclosed, but include all modifications and variations that fall within the scope of the appended claims. From the above, the present invention has many advantages and remarkable practical characteristics, and the technical means and structural features for its application are certainly developed by the authors of the present invention, and the structure is not seen in any workshop.

Claims

1. A structure for clamping artificial gum between false tooth and implant abutment comprises false tooth, artificial gum and abutment connecting rod; the artificial gum is characterized in that the top end of the artificial gum forms an upper embedding area which is matched with the shape of the bottom end of the artificial tooth, and the bottom end of the artificial gum forms a lower embedding area which is matched with the upper end of the connecting rod of the abutment; the support connecting rod is a curved seat which is in line with the tooth lacking area of the oral cavity of the patient, the lower end of the support connecting rod is provided with a plurality of implant support connecting rod screw holes, and the implant support connecting rod screw holes can be used for a implant support connecting rod screw to penetrate through so as to lock the support connecting rod in the implant support; the upper end of the supporting platform connecting rod is also provided with a plurality of false tooth screw holes, and the false tooth screw holes can be used for the false tooth fixing bolt to pass through and lock; the false tooth is provided with a lock hole corresponding to the false tooth screwed hole of the abutment connecting rod, so that when the false tooth fixing bolt is locked in the false tooth screwed hole of the abutment connecting rod through the lock hole, the false tooth is stably combined and fixed with the abutment connecting rod; the artificial gum is positioned between the abutment connecting rod and the artificial tooth, and when the artificial tooth fixing bolt is locked in the artificial tooth screwing hole through the artificial tooth locking hole, the artificial tooth is firmly combined with the abutment connecting rod, and meanwhile, the artificial gum is firmly clamped and fixed.