TWM495834U - Implant positioning device for dental braces - Google Patents

Description

Implant positioning device for dental appliance

The present invention relates to a leveling device for determining the position of a dental implant, and more particularly to a device for positioning a patient implanted in a dental appliance.

The current social orthodontics is popular. In general, the procedure for gingival correction is to first diagnose the patient's growth record, make a plaster model, X-ray examination inside and outside the mouth, and dentition photo photography in the face and mouth. Wait, it is possible to develop a better treatment plan. Therefore, the advantages and disadvantages of the treatment plan are one of the key factors determining the corrective effect of the gums, and the X-ray examination is an indispensable role in the proposed treatment plan, and the orthodontic device needs to be worn for a period of time after correction. In order to calibrate the teeth to the appropriate occlusion position, and according to the treatment plan, the mobile correction treatment and the warranty correction treatment are sequentially performed. At this time, the doctor will also know the state of the corrected teeth through the X-ray film to determine whether adjustment is needed. Implant position and implant the remaining implants.

Correcting the implant can provide a lot of extra strength. When the orthopaedic surgeon finds any deviation, over-biting, and insufficient space during the correction process, the correcting implant can be used for further adjustment to make the tooth movement more precise and subtle. More efficient, shorter correction time and better treatment results. If you want to implant the implant, you will first take the oral cavity photo system to take pictures of the oral cavity. However, the oral lighting system can only take the X-ray image of the tooth to judge the initial oral condition. It does not have any precision to assist the dentist. The position of the implant positioning device, if you want to implant the correcting implant, there is a risk of damage to the root. If there is no auxiliary tool on the X-ray image, it is difficult to confirm the effect of correcting the implant. In addition, if the patient's teeth have been fitted with a aligner, the orthosis has been fixed above the teeth, which will inevitably cause the dentist to have a lot of difficulty in correcting the state of the teeth.

The implant positioning device for the dental correction device is a positioning device for positioning the implant position without removing the orthosis.

The main purpose of this creation is to provide an implant positioning device for patients whose teeth have been corrected, so that the dentist can obtain the position distribution of the teeth inside the patient's mouth without disassembling the orthosis, and facilitate the teeth. The physician can follow the implant surgery accurately.

The secondary purpose of this creation is that the implant positioning device adopts a sleeve design, which allows the dentist to quickly assemble or disassemble the implant positioning device in the dental appliance. In addition to the simple and convenient structure, the tooth can be greatly reduced. The test time required by the physician.

Another object of the present invention is that the measurement reference member and the socket member of the implant positioning device are integrally formed, or can be quickly disassembled and replaced by direct or indirect fixing means, and the user can conveniently treat the oral condition of different patients. , select the measurement reference piece or socket that is suitable for the state.

In order to achieve the above object, the implant positioning device for the dental appliance is mounted on the orthodontic device of the orthodontic patient, and is used between an X-ray projector and an X-ray film, including: a measurement reference piece. And a set of connectors. The measuring reference member is formed by a radiopaque material, wherein the detecting area is provided with at least one set of measuring scales, and a positioning unit is disposed on one side of the detecting area, and the positioning unit is configured as a And the positioning plate is provided with at least one positioning through hole.

The sleeve member is formed of an elastic material and is an elastically extending surrounding body. The surrounding body is spanned over the outer circumference of two of the correcting elements of the corrector, and the sleeve is formed around the center of the body to form a sleeved space of a variable size. The aligner is accommodating and mounted in the sleeve-forming space surrounding the body, and the connecting body is further provided with a connecting unit, and the connecting unit is configured as a latching block corresponding to the positioning through-hole, and is connected by the connecting unit and the positioning The units together form a fixed means that can be repeatedly assembled.

In another preferred embodiment, the implant positioning device for the dental appliance includes: a measurement reference member, a fixing member and a plurality of socket members; wherein the measurement reference member is formed of a radiopaque material and a detection region And at least one set of measuring scales is disposed in the detecting area, and a positioning unit is disposed on a side of the detecting area, the positioning unit is configured to be the positioning plate, and the positioning plate is provided with at least one positioning through hole. .

The fixing member is provided with a connecting unit corresponding to the positioning unit, and the fixing member has at least one concave portion corresponding to the correcting device on a surface side thereof, and the connecting unit is configured as a latching block corresponding to the positioning through hole. The connecting unit and the positioning unit jointly form a fixing means capable of repeating the assembly.

The plurality of sockets are respectively connected to the two sides of the fixing member, and the elastic body is formed by a resiliently extending surrounding body, and the sleeve body is formed around the center of the body to form a variable size sleeve, and the above-mentioned aligner is to be mounted. In the above-mentioned wearing space around the body, the surrounding body is sleeved around the outer circumference of the single correcting unit of the aligner.

In a possible embodiment, an implant positioning device for a dental appliance is mounted on an orthodontic patient's orthosis and is used between an X-ray projector and an X-ray film, including: a measurement standard The measuring reference member is composed of a radiopaque material to form a detecting area, and the detecting area is provided with at least one set of measuring scales; a set of connecting pieces integrally extending from one side of the measuring reference piece to form a connection to the above correction The surrounding body of the device and the surrounding surrounding body and the measuring reference member form a wearing space.

At least one correcting unit of the above-mentioned aligner is inserted into the wearing space surrounding the body to be fixed.

The above-mentioned surrounding body is fixed in the central groove of the at least one correcting unit of the above-mentioned aligner.

The present invention is characterized in that a measuring reference piece forming a detecting scale is directly or indirectly connected to a stretchable socket member, thereby forming an implant positioning device capable of being easily assembled and detached from the aligner, and correcting the patient with different tooth states. It can directly measure the state of the teeth without removing the aligner, and can still be accurately positioned at the same position in the case of repeated assembly, so that the dentist can correctly judge the position of the implant by measuring the reference piece.

In addition, the measuring reference member and the socket member are integrally formed, or the measuring reference member is directly or indirectly connected to the socket member by a fixing means, so that the dentist can quickly assemble the implant positioning device to the tooth by using the lifting structure. The orthodontic device can be quickly disassembled and used to accurately determine the position of the implant to be implanted, and it can be applied to any patient wearing a dental appliance to improve the efficiency of the dentist.

In order to further understand the structure, use and characteristics of this creation, we have a deeper and clearer understanding and understanding. The preferred embodiment is described below with reference to the following:

Referring to the first preferred embodiment shown in FIG. 1 and FIG. 2, the present implant positioning device 4 includes a measurement reference member 41 and a set of connectors 42. The measurement reference member 41 is constructed of a radiopaque material. In the area 411, at least one set of measurement scales 411a is provided in the detection area 411, and the measurement scale 411a is formed by interlacing a plurality of horizontal lines and vertical lines parallel to each other, and has identification symbols as shown in the drawings A, B, and C. I, II, III, and a positioning unit 412 extending from one side of the detecting area 411, the positioning unit 412 can be a rectangular positioning plate 412a, and the positioning plate 412a is provided on the surface. A plurality of positioning through holes 412b.

The creative sleeve 42 has a surrounding body 421 formed of an elastic material, the surrounding body 421 is configured as a resiliently extending frame sleeve, and the central portion of the surrounding body 421 has a variable size sleeve. The space 422, the threaded space 422 can be a geometrical gap, and the sleeve space 422 can be elastically deformed and sleeved over the two correcting units 31, and can be applied to the oral condition of different patients. And surrounding the body 421 and surrounding the outer circumference of the two correcting units 31 of the aligner 3, the surrounding body 421 is further provided with a connecting unit 423 on one end surface thereof, and the connecting unit 423 can be set as a card. The abutting block 423a has the geometrical shape corresponding to the positioning through hole 412b to be engaged with each other.

However, the fixing means between the positioning unit 412 of the measuring reference member 41 and the connecting unit 423 of the socket member 42 is only for convenience of description, that is, the fixing means may also respectively separate the positioning unit 412 and the connecting unit 423. One of the adhesive elements, the fastening elements, the fastening elements or the fitting elements designed to correspond to the male and female designs.

As shown in FIG. 3, when the artificial implant positioning device 4 is used, the sleeved space 422 of the socket 42 is first sleeved on the two correcting units 31 of the aligner 3, and then the socket is spliced. The surrounding body 421 of the member 42 surrounds the groove 33 formed around the correcting unit 31, and the positioning through hole 412b of the positioning unit 412 of the measuring reference member 41 and the engaging portion 423a of the connecting unit 423 of the socket 42 are attached. The fixation is fixed to each other, that is, the configuration of the present implant positioning device 4 is completed.

As shown in FIG. 3, the present invention must be used in conjunction with a developing device 5, which includes an X-ray projector 51, an X-ray film 52, a base 53, and a card. In a possible embodiment, the X-ray film 52 can be used in the engaging portion 54 of the base 53 and used together with the original implant positioning device 4, An impression material 55 for occluding the teeth is disposed above the pedestal 53. The impression material 55 is engaged by the teeth, and the measurement scale 411a, the X-ray projector 51 and the X-ray film 52 of the measurement reference member 41 are adjusted to be presented together. In a parallel state, after the X-ray film 52 is irradiated with the tube image by the X-ray projector 51, the positional relationship between the teeth and the teeth and the measurement scale 411a of the measurement reference member 41 are displayed on the X-ray film 52. As shown in Fig. 4, at this time, the dentist will judge the position of the implant to be implanted by the image displayed by the X-ray film 52, and mark the measurement scale to be implanted in the implant to perform positioning. The location of the implant.

In another possible embodiment, the X-ray film 52 can be fixed by directly engaging the X-ray film 52 with the finger to the oral cavity to be irradiated without being fixed by the engaging portion 54 of the base 53. The patient is directly engaged with the oral cavity to limit the X-ray film 52, and the implant positioning device 4 of the present invention is installed, so that the X-ray film 52 is generated on the X-ray film 52 and the measurement scale 411a of the reference member 41 is measured.

Referring to FIG. 5, when it is required to rapidly illuminate the lower teeth of the patient, it is only necessary to fit the socket 42 of the first embodiment in the opposite direction to the orthosis 3 of the lower row of teeth, and to display the image. The device 5 is also placed in the opposite direction, and the positioning unit 412 of the measuring reference member 41 and the connecting unit 423 of the socket member 42 are sequentially engaged with each other according to the above method, and the X-ray film 52 is placed on the downward direction. In the engaging portion 54 of the base 53, after being irradiated by the X-ray projector 51, the dentist can quickly and accurately know the state of the teeth.

In addition, referring to the second preferred embodiment shown in FIG. 6-7, the present implant positioning device 4 includes: a measuring reference member 41, a fixing member 43 and a plurality of socket members 44, wherein the measuring reference member The structural form of 41 is the same as that of the first embodiment described above, and therefore will not be described.

The fixing member 43 is provided with a connecting unit 43a. The connecting unit 43a can be configured as at least one latching block 43b corresponding to the positioning through hole 412b of the measuring reference member 41. The hole 412b is engaged to form a fixing means capable of repeating the assembly, and has at least one recess 43c on one side of the surface of the fixing member 43. The recess 43c is configured such that the correcting wire 32 of the aligner 3 can pass through and between each other. Interfit each other.

Similarly, the fixing means between the connecting unit 43a and the positioning through hole 412b is only for convenience of description. In other embodiments, the positioning unit 412 and the connecting unit 43a may be configured to correspond to each other. One of the pasting element, the fastening element, the fastening element or the fitting element.

The plurality of sockets 44 are respectively connected to the opposite sides of the fixing member 43 side by side and symmetrically, and are formed of an elastic material to form an elastically extending surrounding body 44a, and the center of the surrounding body 44a has a variable size sleeve. The space 44b, the surrounding body 44a of the two symmetrically arranged sleeve members 44 can be respectively sleeved around the outer circumference of the single correcting unit 31 adjacent to the aligner 3, and the sleeved space 44b surrounding the body 44a can be used for the aligner 3 The correcting monomer 31 is accommodated therein.

Referring to FIG. 8 , in the second embodiment, the implant positioning device 4 firstly positions the fixing member 43 in the position of the tooth region of the implant, and then disassembles the correcting wire 32 on the aligner 3 . The sleeves 44 on the two sides of the fixing member 43 are respectively sleeved on the correcting unit 31 of the aligner 3 in a one-to-one manner, and the sleeves are flexibly deformed by the elastic deformation of the sleeve 44. 44b is sized to limit the wearing space 44b to the outer periphery of the correcting unit 31. In use, the wearing space 44b of the one side socket 44 can be sleeved over a correcting unit 31 of the aligner 3, Then, on the other side, the sleeve space 44b of the sleeve member 44 on the other side is sleeved on the other side of the correcting unit 31, or a plurality of sockets 44 can be sleeved at the same time, and then the measurement is performed. The positioning unit 412 of the reference member 41 and the connecting unit 43a on the surface of the fixing member 43 are fixed to each other. Finally, the detached correcting wire 32 and the recess 43c on the fixing member 43 are fitted to each other over the aligner 3, That is, the configuration of the implant positioning device 4 is completed, and the remaining steps are the same as those of the first embodiment.

When another lower row of teeth is irradiated by using the artificial implant positioning device 4, as shown in FIG. 9, the fixing member 43 is only required to face downward, and the socket member 44 is sleeved on the lower row of the orthodontic appliances 3, and then The measurement reference member 41 is disposed in the downward direction and the connection unit 43a of the positioning through hole 412b is engaged with the fixing member 43. The remaining steps are the same as those of the first embodiment, and therefore will not be described again.

In another possible third embodiment, as shown in FIG. 10, an implant positioning device 4 for a dental appliance includes: a measurement reference member 41 having a detection area 411 made of a radiopaque material, And the at least one set of measuring scales 411a is disposed in the detecting area 411; the connecting part 42 is integrally extended from one side of the measuring reference member 41 to form a surrounding body 421 connected to the aligner 3, and A sleeve space 422 is formed by the surrounding body 421 and the measurement reference member 41.

As shown in FIG. 11, when the implant positioning device 4 for the dental appliance of the third embodiment of the present invention is used, the surrounding body 421 can be restricted to the outer peripheral groove 33 of the correcting unit 31 of the aligner 3, so that the above-mentioned aligner At least one correcting unit 31 of the 3 is inserted into the wearing space 422 surrounding the body 421, so that the measuring reference member 41 is placed above the gum and X-ray photography is performed, so that the patient's oral cavity can be accurately known. The position of the implant is the same as the above embodiment, so it will not be repeated here.

This figure only shows the use condition of the implant positioning device 4 when used in the upper row of teeth. However, when the teeth are arranged to be irradiated, the measurement reference member 41 and the socket 42 need to be placed in the opposite direction together. The measurement reference member 41 is placed on the lower row of dental gums, and the X-ray photography as described above is performed to know the position of the implant.

In Fig. 12, another method of use in the third embodiment of the present invention is to first remove the correcting metal wire (not shown) on the aligner 3, so that the aligner 3 corrects the central groove (Slot) on the unit 31. 33 is exposed, and the above-mentioned surrounding body 421 is fixed in the central groove S of at least one correcting unit 31 of the aligner 3, so that a partial region of at least one correcting unit 31 of the aligner 3 is located around the above. In the wearing space 422 of the body 421, and re-installing the correcting metal wire (not shown) back to the aligner 3 to fix and position the position of the measuring reference member 41 and the socket 42, the X can be performed. Light photography, since the remaining steps are the same as the above embodiments, they will not be described again. In summary, the feature of the present invention is that the correcting patients of different tooth states can be made by adjusting the different sizes of the sockets by the sleeves, and the dental X-ray photography can be performed without removing the aligner. The technical means of connecting a measuring reference piece with a detecting scale enables the dentist to obtain the information required for orthodontics and implanting the implant on the detecting scale, and the artificial implant positioning device can accurately position the tooth even after repeated assembly. The physician can correctly determine the correction or the position of the implant; therefore, the creation of the implant positioning device can greatly improve the accuracy and efficiency of the diagnosis and treatment of the dentist.

The above embodiments are used for convenience only to illustrate that the present invention is not limited. In the spirit of the creative spirit, all kinds of simple deformations and modifications made by those skilled in the industry in accordance with the scope of the patent application and the creative description of the creation should still be It is included in the scope of the following patent application.

[this creation]
423‧‧‧ Connection unit
3‧‧‧Orthodonator
423a‧‧‧ card offset
31‧‧‧ Correction monomer
43‧‧‧Fixed parts
32‧‧‧Correct metal wire
43a‧‧‧ Connection unit
33‧‧‧ Groove
43b‧‧‧ card offset
4‧‧‧plant positioning device
43c‧‧‧ recess
41‧‧‧Measurement reference
44‧‧‧ Sockets
411‧‧‧Detection area
44a‧‧‧ Around the ontology
411a‧‧‧Measurement scale
44b‧‧‧wearing space
412‧‧‧ Positioning unit
5‧‧‧Developing device
412a‧‧‧ Positioning plate
51‧‧‧X-ray projector
412b‧‧‧ Positioning through hole
52‧‧‧X-ray film
42‧‧‧ Sockets
53‧‧‧Base
421‧‧‧ Around the ontology
54‧‧‧Care Department
422‧‧‧wearing space
55‧‧‧Induction mould

1 is an exploded view of a first preferred embodiment of the present implant positioning device; FIG. 2 is a schematic view of the implant positioning device of FIG. 1 mounted on the corrector; FIG. 3 is a schematic view of the implant positioning device and the X-ray camera of FIG. Schematic diagram of the use of the upper gum; Figure 4 is a schematic view of the X-ray film irradiated by the artificial implant positioning device; Figure 5 is another schematic diagram of the use of the implant positioning device with the X-ray camera to photograph the lower gum; 6 is an exploded view of a second preferred embodiment of the present implant positioning device; FIG. 7 is a schematic view of the present implant positioning device mounted on the aligner; FIG. 8 is a view of the implant positioning device of FIG. FIG. 9 is a schematic view showing another use of the implant positioning device of FIG. 6 and the X-ray imaging device for photographing the lower gum; FIG. 10 is a structural view of the third preferred embodiment of the implant positioning device; Figure 11 is a schematic view of the present implant positioning device mounted on the aligner of Figure 10; Figure 12 is another schematic view of the imaginary implant positioning device of Figure 10 mounted on the aligner.

4‧‧‧plant positioning device

41‧‧‧Measurement reference

411‧‧‧Detection area

411a‧‧‧Measurement scale

412‧‧‧ Positioning unit

412a‧‧‧ Positioning plate

412b‧‧‧ Positioning through hole

42‧‧‧ Sockets

421‧‧‧ Around the ontology

422‧‧‧wearing space

423‧‧‧ Connection unit

423a‧‧‧ card offset

Claims (11)

An implant positioning device for a dental appliance, mounted on an orthodontic patient's orthosis, and used in conjunction with an X-ray projector and an X-ray film, comprising: a measuring reference piece, made of a radiopaque material Forming a detection area, and providing a positioning unit on a side of the detection area, and at least one set of measurement scales is disposed in the detection area; at least one set of connectors is formed of an elastic material to form an elastically extending surrounding body, and the surrounding Forming a sleeved space of a variable size in the center of the body, and the above-mentioned aligner is to be received and mounted in the sleeved space surrounding the body, and the surrounding body is further provided with a connecting unit, and the connecting unit and the positioning unit are Together, they form a fixed means that can be repeatedly assembled. The implant positioning device for a dental appliance according to claim 1, wherein the surrounding body is sleeved around an outer circumference of two adjacent correcting elements of the aligner. The implant positioning device for a dental appliance according to claim 1, wherein the positioning unit is a positioning plate, and the positioning plate is provided with at least one positioning through hole, and the connecting unit is configured to correspond to the above Position the through hole of the card to block. An implant positioning device for a dental appliance, mounted on an orthodontic patient's orthosis, and used in conjunction with an X-ray projector and an X-ray film, comprising: a measuring reference piece, made of a radiopaque material Forming a detection area, and providing a positioning unit on the side of the detection area, and at least one set of measurement scales is disposed in the detection area; a fixing member is provided with a connection unit corresponding to the positioning unit, and the connection unit is The positioning unit together form a fixing means capable of repeatedly unloading; a plurality of sockets are respectively connected to both sides of the fixing member, and an elastic material forms an elastically extending surrounding body, and the surrounding body forms a change around the center of the body. The size of the sleeve is provided, and the above-mentioned aligner will be housed in the above-mentioned sleeve surrounding the body. The implant positioning device for a dental appliance according to claim 4, wherein the fixing member has at least one concave portion on a surface side thereof. The implant positioning device for a dental appliance according to claim 4, wherein the plurality of sockets are juxtaposed and symmetrical to opposite sides of the fixing member. The implant positioning device for a dental appliance according to the sixth aspect of the invention, wherein the two bodies of the symmetrically arranged sleeves are respectively sleeved around the outer circumference of the single correcting unit adjacent to the aligner. The implant positioning device for a dental appliance according to claim 4, wherein the positioning unit is configured as a positioning plate, and the positioning plate is provided with at least one positioning through hole, and the connecting unit is configured to correspond to the above Position the through hole of the card to block. An implant positioning device for a dental appliance, mounted on an orthodontic device for an orthodontic patient, and used in conjunction with an X-ray projector and an X-ray film, comprising: a measurement reference member, the measurement reference member Forming a detection area by the radiopaque material, and the detection area is provided with at least one set of measurement scales, and a set of joints integrally extending from one side of the measurement reference piece to form a surrounding body connected to the aligner, and The surrounding body and the measuring reference member together form a wearing space. The implant positioning device for a dental appliance according to claim 9, wherein at least one correcting unit of the aligner is inserted into the wearing space surrounding the body. The implant positioning device for a dental appliance according to claim 9, wherein the surrounding body is fixed in a central recess of the at least one correcting unit of the aligner.