JP6471184B2 - Prosthetic teeth excluding artificial teeth and dentures that can store recording media, and manufacturing systems thereof, and methods for manufacturing prosthetic teeth excluding artificial teeth and dentures that store recording media - Google Patents

Description

The present invention relates to a prosthetic tooth excluding artificial teeth and dentures that can store a recording medium, a manufacturing system thereof, and a method for manufacturing a prosthetic tooth excluding artificial teeth and dentures that store a recording medium.

  When identifying the identity of a person involved in a major disaster, incident, or accident, there may be no clue. For example, it is a case where there is no personal identification thing such as a license. In some cases, it was discovered after a long time after being involved in a disaster, incident or accident.

  In such a case, for example, the identity is often identified by comparing, for example, a dental treatment mark with a dental chart. However, it is not easy to find a dental chart, and the corresponding dental chart is not always found. In addition, as a method for identifying the identity, it is also conceivable to perform DNA identification or fingerprint identification. However, in DNA testing, it is necessary to assume a relevant person or a person who is considered to be related, but such a person may be unknown. Also, with fingerprint identification, it becomes impossible to collect fingerprints over time, and even if it can be collected, it may not be possible to collect the fingerprint of the person to be compared with it. In addition, these methods all require a great deal of time and cost.

  In addition, it may be difficult to specify the identity of a person who is in the middle of traveling or traveling at a travel destination and is unaware of personnel due to a traffic accident, sudden illness, or other reasons. Recently, dementia patients have been protected, but there are no cases in the area where the identity is unknown.

  In such a case, a method of embedding or pasting a storage retention medium storing information that can identify an individual in a prosthesis or a denture in the oral cavity has been considered so that the identity can be easily identified. . For example, Patent Document 1 discloses a technique for attaching an identification information recording device to a healthy portion of a natural tooth, an outer surface of a restoration or a prosthesis. Patent Document 2 discloses a denture having a prosthetic tooth in which information for identifying a wearer is stored and a transmitting element for transmitting the information is incorporated therein.

JP 2016-18488 A JP2013-109745A

  The technique disclosed in Patent Document 1 is intended to install the identification information recording apparatus in a reversible and non-invasive manner. However, since it is installed on the surface, the identification information recording apparatus may be affected by an external impact. In addition, depending on the installation position, there is a possibility that the reading of information may be hindered.

  The technique disclosed in Patent Document 2 aims to make it possible to easily identify an individual by reading information by removing a denture. However, it is not applicable to those who do not need a denture.

  In addition, when a recording medium is installed inside the prosthesis in the oral cavity, no reference is made in any document as to where the recording medium can be stored most stably and information reading is easy.

The present invention has been made to solve the above-described problems, and can provide a prosthetic tooth excluding artificial teeth and dentures that can store a recording medium stably and can easily store information, and a prosthetic tooth thereof. It is an object of the present invention to provide a manufacturing system and a method for manufacturing a prosthetic tooth excluding artificial teeth and dentures that store recording media.

To achieve the above object, prosthetic teeth excluding artificial teeth and dentures that can store the recording medium according to the first aspect of the present invention are:
A prosthetic tooth that contains a recording medium that can be read / written by a reader / writer while being stored in the prosthetic tooth, excluding artificial teeth and dentures,
Opening downward in the upper tooth or upward in the lower tooth, and having a space for attaching the prosthetic tooth to a partially missing natural tooth or artificial tooth root ,
A recess capable of storing the recording medium capable of recording and reading information is provided on the inner wall surface of the space,
The concave portion is disposed on any of the cheek side, the lip side, the mesial side, and the distal side of the inner wall surface , and is disposed at a central portion in the vertical direction of the space, and the natural tooth or the artificial tooth root The recording medium is accommodated at a position where no force is applied to the natural tooth or the artificial tooth root from the prosthetic tooth at the time of meshing of the upper tooth and the lower tooth . The reader / writer is arranged at a location where the recording medium can be read / written,
A dental resin material is embedded in the gap between the recess and the recording medium, and the recording medium is fixed by the resin material.
The prosthetic tooth was fitted into the space so that the root of the tooth of the natural tooth or implant could be accommodated and joined.

  The prosthetic tooth may be a tooth used as a canine tooth or a molar tooth, and the recess may be disposed on the cheek side of the inner wall surface.

  The prosthetic tooth may be a tooth used as an anterior tooth, and the concave portion may be disposed on the lip side of the inner wall surface.

In order to achieve the above object, an artificial tooth capable of storing the recording medium according to the second aspect of the present invention
The prosthetic tooth manufacturing system excluding dentures is
An information input device for inputting information;
An information writing device for writing the input information to a recording medium;
A three-dimensional processing apparatus for manufacturing a prosthetic tooth excluding artificial teeth and dentures in which the information is recorded and the recording medium according to the first aspect can be stored;
Is provided.

  In the manufacturing system, the information input device, the information writing device, and the three-dimensional processing device may be installed in a dental clinic or a dental laboratory.

In addition, the information is personal information about a patient undergoing dental treatment,
The prosthetic tooth is a prosthetic tooth for the patient, which opens downward in the upper tooth or upward in the lower tooth and provides a space for attaching the prosthetic tooth to a partially missing natural tooth or artificial tooth root. And a concave portion capable of storing a recording medium capable of recording and reading the personal information is provided on an inner wall surface forming the space, and the concave portion includes a cheek side, a lip side, a mesial side, and a centrifugal portion of the inner wall surface. The upper teeth and the lower teeth are arranged on any one of the sides, arranged in a central portion in the vertical direction of the space, and arranged on a surface facing the natural tooth or the artificial tooth root. The recording medium is accommodated at a position where no force is applied to the natural tooth or the artificial tooth root from the prosthetic tooth at the time of meshing, and the recording medium can be read / written by the reader / writer It may be one that is location.

In order to achieve the above object, a method for producing a prosthetic tooth excluding artificial teeth and dentures containing a recording medium according to the third aspect of the present invention,
Inputting information,
Writing the input information into a recording medium;
Manufacturing the prosthetic tooth excluding artificial teeth and dentures in which the information is recorded and the recording medium according to the first aspect can be stored;
Embedding the recording medium in the recess of the prosthetic tooth;
including.

In the above method, the step of inputting the information is a step of inputting personal information of the patient obtained from a patient receiving dental treatment in the dental clinic at the dental clinic.
The prosthetic tooth is a prosthetic tooth for the patient, which opens downward in the upper tooth or upward in the lower tooth and provides a space for attaching the prosthetic tooth to a partially missing natural tooth or artificial tooth root. And a concave portion capable of storing a recording medium capable of recording and reading the personal information is provided on an inner wall surface forming the space, and the concave portion includes a cheek side, a lip side, a mesial side, and a centrifugal portion of the inner wall surface. The upper teeth and the lower teeth are arranged on any one of the sides, arranged in a central portion in the vertical direction of the space, and arranged on a surface facing the natural tooth or the artificial tooth root. The recording medium is accommodated at a position where no force is applied to the natural tooth or the artificial tooth root from the prosthetic tooth at the time of meshing, and the recording medium can be read / written by the reader / writer It is location,
The step of embedding the recording medium in the concave portion of the prosthetic tooth may be a step performed in the dental clinic or dental laboratory.

According to the present invention, a prosthetic tooth excluding an artificial tooth and a denture that can store a recording medium stably and can easily read the information, a manufacturing system thereof, and an artificial tooth and a denture storing the recording medium are provided. The manufacturing method of the prosthetic tooth except can be provided.

(A) is the side view which looked at the root of the molar tooth and the prosthetic tooth which concerns on embodiment of this invention attached to it from the buccal side, (b) is the top view which looked at the tooth root which mounts a prosthetic tooth from the top. . (A) is the side view seen from the cheek side when the prosthetic tooth shown in FIG. 1 is mounted | worn, (b) is the top view. (A) is the side view which looked at the prosthetic tooth which stored the recording medium from the buccal side, (b) is the side view which looked at the mesial side of the prosthetic tooth. (A) is a block diagram of the recording medium (RFID tag) used for this invention, (b) is an example of a writing / reading apparatus. It is a block diagram of the manufacturing system of the prosthetic tooth which can store the recording medium based on this invention. It is a flowchart which shows the manufacturing method of the prosthetic tooth which stored the recording medium based on this invention.

A prosthetic tooth excluding artificial teeth and dentures according to an embodiment of the present invention, a prosthetic tooth manufacturing system excluding artificial teeth and dentures, and a method for manufacturing prosthetic teeth excluding artificial teeth and dentures will be described. The prosthetic teeth here are artificially manufactured to make up the part of the teeth that are lost or lost due to illness such as caries or periodontal disease, or accidents. Means teeth. Examples of prosthetic teeth include a crown covering the top of the tooth, an artificial tooth mounted on an artificial root (implant), a bridge provided between teeth, and an artificial tooth used for a denture (bed denture).

  When a part of a tooth is lost, the crown is applied to the shape of a natural tooth by covering the missing part. This includes a partially covered crown that partially covers a portion of the upper portion of the tooth and a fully covered crown that covers the entire upper portion of the tooth. Examples of the material include porcelain, metals such as gold and palladium alloys, ceramics obtained by sintering an inorganic material such as hard resin (resin) and zirconia (zirconium oxide), and combinations thereof.

  When all teeth are lost, an artificial tooth root (implant) is an artificial tooth root made of metal such as titanium embedded in the jaw bone, and the artificial tooth is mounted thereon. As the artificial tooth material, the materials described above can be used.

  The bridge is for repairing a missing tooth (including both adjacent teeth) by using both adjacent teeth as a support material when a part of both adjacent teeth of the missing tooth remains. There is a problem that both adjacent teeth are burdened, but there is an advantage that it is not necessary to damage the jaw bone like an artificial tooth root. As the material, materials described above can be used.

  Plated dentures (partial dentures and full dentures) are metal or resin bases (floors) in which artificial teeth using various materials are arranged. As the artificial tooth material, the materials described above can be used.

The prosthetic tooth according to the present invention is provided with a recess capable of storing a recording medium inside thereof. The inner side is an area that cannot be seen from the outside when worn. In the prosthetic teeth for crowns and implants, a space having a shape complementary to the outer shape of the natural teeth and implants is provided inside the prosthetic teeth in order to be fixed over the natural teeth or implants that serve as the foundation. In the prosthetic tooth of the present invention, the recess for storing the recording medium is provided on the inner wall surface forming the space. That is, the concave portion is provided on the surface facing the natural tooth or implant as a base .

  The recess is provided at a position near the outside of the tooth on the inner wall surface of the prosthetic tooth. Specifically, in the canine (upper jaw, lower left and right third teeth) and molar (upper jaw, lower left and right fourth teeth 8-8) on the buccal side (side closer to the cheek), the front teeth (upper jaw, lower jaw) The first and second teeth on the left and right sides are provided on the lip side (side closer to the lips). Moreover, you may provide in the mesial side of each tooth | gear, or the distal side (all are the side which touches an adjacent tooth | gear). By providing at such a position, it becomes closer to the outside, and the distance through which the electromagnetic wave for reading information passes through the main body of the prosthetic tooth is shortened, and it becomes easier to read the information from the stored recording medium.

  In addition, since the lateral positions as described above are separated from the occlusal surfaces that mesh with each other during mastication, they are less susceptible to stress due to the meshing of teeth during mastication, and damage to the recording medium can be avoided.

  In addition, by arranging the concave portion on the buccal side, lip side, mesial side or distal side of the prosthetic tooth, it is possible to secure a thick portion around the concave portion, relieving stress during mastication, It is further effective to prevent damage to the recording medium.

  The size of the recess is set to be slightly larger than the size of the recording medium to be stored. Specifically, since the dimensions of the recording medium are about 2 to 5 mm in length and width and about 0.3 to 2 mm in thickness, the concave portion has a slightly larger vertical width, horizontal width, and depth. The concave portion is filled with a dental resin or the like after accommodating the recording medium.

  A specific example of the prosthetic tooth 20 according to the present invention will be described with reference to FIGS. As shown in FIG. 1, the prosthetic tooth 20 is a ceramic crown (all covered crown) that covers the root 15 of the fifth molar on the left side of the lower jaw. In the figure, for the sake of clarity, the 4th molar 14 on the left side of the 5th molar and the 6th molar 16 on the right are shown. In order to cover the prosthetic teeth 20, the root 15 of the fifth molar is cut into a rod shape. The root 15 is exposed from the gum 10 in a range where the prosthetic teeth 20 are covered. A space 22 having a shape complementary to the outer shape of the tooth root 15 is formed inside the prosthetic tooth 20. The prosthetic teeth 20 are formed so as to exhibit the same appearance as natural teeth as shown in FIG. 2 when they are fitted and joined so that the tooth roots 15 fit in the space 22 of the prosthetic teeth 20 as shown in FIG. ing.

  As shown in FIGS. 3A and 3B, the prosthetic tooth 20 is provided with a recess 30 in which a recording medium 40 on which personal information is recorded can be stored. The recess 30 is formed on the inner surface (inner wall surface) 24 of the prosthetic tooth 20. The inner wall surface 24 is a surface that forms the space 22. The recess 30 has a shape corresponding to the shape of the recording medium 40 and has a size larger than the size of the recording medium 40. Specifically, since the size of the recording medium 40 is a rectangle of about 3.2 mm (vertical) × 3.2 mm (horizontal) × 0.7 mm (thickness), the size of the recess 30 is about 4 mm in the vertical width L. The rectangular shape has a lateral width W of 4 mm and a depth D of 1 mm.

  The inner wall surface 24 of the prosthetic tooth 20 is not visible from the outside when the prosthetic tooth 20 is mounted. By providing the concave portion 30 at such a position, even if a trace of the concave portion 30 filled with resin remains, it cannot be seen from the outside, so that the aesthetic appearance is not impaired. Further, by providing the concave portion 30 on the inner wall surface 24 facing the space 22, it is possible to embed the recording medium 40 in the concave portion 30 with a dental resin or the like before mounting the prosthetic tooth 20 in the oral cavity.

  The recess 30 is provided at the center of the cheek sidewall surface 24 a of the inner wall surface 24. By providing the concave portion 30 on the cheek sidewall surface 24a, the distance between the recording medium 40 disposed in the concave portion 30 and the outside can be shortened, and the distance through which the electromagnetic wave passes through the main body of the prosthetic tooth 20 can be shortened. Therefore, it becomes easier to read information from the stored recording medium 40.

  The cheek side portion of the prosthetic tooth 20 reduces the thickness of the intermediate portion 26 by providing the concave portion 30, but by providing the concave portion 30 near the center, the thickness of the root portion 25 and the upper portion 27 can be secured, The structure can withstand the deformation stress during mastication and prevent the recording medium 40 from being damaged.

(recoding media)
As the recording medium 40, an RFID tag used for RFID (Radio Frequency Identifier) can be used. The RFID tag is an IC chip capable of non-contact information writing (recording) and reading. In particular, passive type RFID tags do not have a power supply on their own, are configured to be able to obtain and record energy by external electromagnetic waves, and to transmit recorded information to the outside. The size can be reduced to such an extent that it can be embedded inside. Information is recorded in advance in the RFID tag using an information writing device.

  RFID tags include those using UHF band electromagnetic waves and those using HF band electromagnetic waves as the frequency of electromagnetic waves for writing / reading. Either method can be adopted, and an RFID tag having a size that can be embedded is selected. The reading distance is determined by the frequency and the size of the antenna built in the IC chip. If the reading distance is too short, the reading operation becomes difficult, and if the reading distance is too long, information may be stolen from a third party. Therefore, a reading distance of about 1 cm to several tens of cm is preferable.

  The RFID tag can rewrite (overwrite) information once recorded by electromagnetic waves from the outside. Therefore, it can be rewritten if the recorded information changes. In addition, the recorded information can be deleted when it is desired to delete the recorded personal information for some reason.

  When reading information from a recording medium, an electromagnetic wave having a predetermined frequency is irradiated from a distance of several centimeters to several tens of centimeters from the prosthetic tooth using a reader. As a result, an electromagnetic wave including information is transmitted from the RFID tag, so that it can be received and read.

  It is preferable to use such a recording medium and its reading device widely used in society. This is because we do not know when and where it will be necessary to read the information. A recording medium that can be read by a widely used reading technique can immediately read information and confirm its identity wherever information is needed. In that sense, an RFID tag is preferable.

  The configuration of the RFID tag will be described with reference to FIG. As shown in FIG. 4A, the RFID tag 1 includes an IC 6 including a control unit 4 and a memory 5, a radio high frequency circuit 7, and an antenna 8. When recording information, as shown in FIG. 4B, information input to the personal computer 3 can be written to the RFID tag 1 via the reader / writer 2 conforming to the ISO15693 standard. When reading the information recorded on the RFID tag 1, it can be read by the same kind of reader / writer 2. The reader / writer 2 may be pen-shaped and can be used in the vicinity of the memory 5 by being put in the mouth.

  As an example of a specific RFID tag, for example, an RFID tag (product number LXMS33HCNG-134) manufactured by Murata Manufacturing Co., Ltd. can be used. This is configured by laminating an IC including a control unit and a memory capable of recording information and an antenna on a substrate, each having a length and width of about 3.2 mm and a thickness of about 0.7 mm. The writing / reading frequency is 13.56 MHz (HF band), and the reading distance is about 15 mm.

  The information recorded on the recording medium 40 is personal information regarding a patient who receives dental treatment. This is information obtained directly from the patient as information necessary for dental treatment. Further, additional information may be obtained from the patient according to the patient's request. Such information includes, for example, name, date of birth, address, and contact information. If the recording capacity of the recording medium 40 is large, a face photograph or the like may be further added.

(Prosthetic tooth manufacturing system excluding artificial teeth and dentures that can store recording media)
The prosthetic tooth manufacturing system 100 excluding artificial teeth and dentures that can store a recording medium is used to manufacture the prosthetic teeth when the prosthetic teeth are employed in dental treatment at a dental clinic. Since the shape of prosthetic teeth differs depending on the patient, it is basically made to order. Therefore, if it is decided to perform treatment using prosthetic teeth at the dental clinic and the patient wishes to embed a recording medium in which the patient's personal information is recorded in the prosthetic teeth, the prosthetic teeth excluding artificial teeth and dentures Using the manufacturing system 100, a prosthetic tooth excluding artificial teeth and dentures that can store a recording medium is manufactured.

As shown in FIG. 5, a prosthetic tooth manufacturing system 100 excluding artificial teeth and dentures includes an information input device 50 for inputting information, an information writing device 60 for writing the input information on a recording medium, and information recording. And a three-dimensional processing device 70 for producing a prosthetic tooth having a recess for storing the recorded recording medium. The information input device 50, the information writing device 60, and the three-dimensional processing device 70 can all be provided in a dental clinic or a dental laboratory. Although an information reading device is not necessarily provided, when an RFID is used, the information reading device 60 can also be used.

  The information recorded on the recording medium is personal information regarding a patient who receives dental treatment as described above. Therefore, information acquired from a patient can be inputted and stored using, for example, a personal computer installed in a dental clinic as the information input device 50. As the information writing device 60 for writing information to a recording medium, for example, a reader / writer for an RFID tag for writing / reading information on an RFID tag or the like installed in a dental clinic or a dental laboratory can be used. In this case, the information stored in the personal computer is copied to the reader / writer and then written to the RFID tag. Alternatively, a reader / writer may be used as the information input device 50 and the information writing device 60.

  The prosthetic tooth manufactured by the manufacturing system 100 is a prosthetic tooth for a patient to be treated. This prosthetic tooth has the features described above. Since a prosthetic tooth having such a feature has a complicated shape, a CAD (Computer Aided Design) / CAM (Computer Aided Manufacturing), a three-dimensional laminating apparatus, a so-called 3D printer, or the like is used as the three-dimensional processing apparatus 70. CAD / CAM and 3D printer can be installed in a dental clinic or a dental laboratory.

  Of the materials used for prosthetic teeth, ceramic materials, in particular, have the advantages of being chemically stable and biocompatible, having high hardness and little discoloration. However, in addition to shrinkage due to firing, there is a drawback in that it is difficult to perform dimensional precision processing because of its high hardness. However, a three-dimensional processing apparatus such as CAD / CAM has also been applied to the dental field, and can be controlled using a personal computer. Therefore, the prosthetic tooth having a complicated shape according to the present invention can be manufactured in a dental clinic or a dental laboratory using a ceramic material or other materials. That is, it is possible to easily manufacture a prosthetic tooth capable of storing a recording medium by the dental clinic alone or in cooperation with the dental clinic and the dental laboratory.

  In addition, before manufacturing a prosthetic tooth using the three-dimensional processing apparatus 70, it is necessary to design a prosthetic tooth based on the dental diagnosis result of a patient. The dentist performs a dental diagnosis and designs a prosthetic tooth based on the diagnosis result. Furthermore, it is necessary to design the position of the recessed part provided in the prosthetic tooth. This can be done by a dentist or dental technician. Such a design can be performed using a personal computer provided in a dental clinic or a dental laboratory. When the design of the prosthetic tooth having the concave portion is completed, the dentist or dental technician inputs the data to the three-dimensional processing apparatus 70. The three-dimensional processing device 70 processes the prosthetic tooth based on the data.

  A patient who desires a prosthetic tooth may not want to store a recording medium in the prosthetic tooth. In such a case, a general prosthetic tooth that does not have a recess for storing the recording medium may be manufactured.

(Method for manufacturing prosthetic teeth excluding artificial teeth and dentures containing recording media)
A method for manufacturing a prosthetic tooth excluding artificial teeth and artificial teeth containing a recording medium includes a step of inputting and storing information, a step of writing the stored information in the recording medium, and a prosthesis having a recess for storing the recording medium A step of designing a tooth, a step of manufacturing a designed prosthetic tooth, and a step of embedding a recording medium in a recess of the prosthetic tooth.

  Specifically, as shown in FIG. 6, first, information to be input is obtained from a patient who has visited a dental clinic for treatment (step S10). Next, the information obtained from the patient is input to, for example, a personal computer at the dental clinic and stored in the memory (step S11). Next, the input information is written into a recording medium (RFID tag or the like) using, for example, a reader / writer (step S12).

  Next, it determines what kind of prosthetic tooth to manufacture from the result of dental diagnosis, and designs the position of a prosthetic tooth and the recessed part formed in it using a personal computer etc. (step S13). The dentist decides what prosthetic teeth to manufacture. The position of the recess can be designed by a dentist or a dental technician. And the prosthetic tooth which has a recessed part is manufactured using a three-dimensional processing apparatus based on the design (step S14).

  Finally, the recording medium on which the information is recorded is embedded in the concave portion of the prosthetic tooth using a dental resin, a dental adhesive, or the like (step S15). This process can be performed by a dentist or dental technician at a dental clinic or dental laboratory. Thus, a prosthetic tooth storing the recording medium is completed.

  Steps S10 to S12 and steps S13 to S14 can be performed independently. In some cases, both can be performed in parallel. Step S15 may be executed when a recording medium on which information is recorded (step S12 is completed) and a prosthetic tooth having a recess is manufactured (step S14 is completed).

  By using the above-described prosthetic tooth manufacturing system and manufacturing method, a patient who wishes to embed a recording medium on which personal information is recorded in the prosthetic tooth only needs to go to the dental clinic and apply. Since the patient performs dental treatment simply by applying, the prosthetic tooth storing the recording medium is completed, so it is possible to easily consider whether or not to select such treatment. For the dental clinic, there is an advantage that new options can be presented to the patient.

1 RFID tag 2 Reader / writer 3 Personal computer 4 Control unit 5 Memory 6 IC
7 Radio-frequency circuit 8 Antenna 10 Gum 14 4th molar 15 Tooth root 16 6th molar 20 Prosthetic tooth 22 Space 24 Surface (inner wall surface)
24a Cheek side wall surface 25 Root portion 26 Intermediate portion 27 Upper portion 30 Recess portion 40 Recording medium 50 Information input device 60 Information writing device 70 Three-dimensional processing device 100 Manufacturing system L Vertical width W Horizontal width D Depth

Claims (8)

A prosthetic tooth that contains a recording medium that can be read / written by a reader / writer while being stored in the prosthetic tooth, excluding artificial teeth and dentures,
Opening downward in the upper tooth or upward in the lower tooth, and having a space for attaching the prosthetic tooth to a partially missing natural tooth or artificial tooth root ,
A recess capable of storing the recording medium capable of recording and reading information is provided on the inner wall surface of the space,
The concave portion is disposed on any of the cheek side, the lip side, the mesial side, and the distal side of the inner wall surface , and is disposed at a central portion in the vertical direction of the space, and the natural tooth or the artificial tooth root The recording medium is accommodated at a position where no force is applied to the natural tooth or the artificial tooth root from the prosthetic tooth at the time of meshing of the upper tooth and the lower tooth . The reader / writer is arranged at a location where the recording medium can be read / written,
A dental resin material is embedded in the gap between the recess and the recording medium, and the recording medium is fixed by the resin material.
The prosthetic teeth were fitted into the space so that the roots of the teeth of natural teeth or implants could be fitted and joined.
Prosthetic teeth excluding artificial teeth and dentures that can store recording media. The prosthetic tooth excluding artificial teeth and artificial teeth that can store the recording medium according to claim 1, wherein the prosthetic tooth is a tooth used as a canine tooth or a molar tooth, and the concave portion is disposed on the buccal side of the inner wall surface. . The prosthetic tooth excluding artificial teeth and artificial teeth that can store the recording medium according to claim 1, wherein the prosthetic tooth is a tooth used as an anterior tooth, and the concave portion is disposed on the lip side of the inner wall surface. An information input device for inputting information;
An information writing device for writing the input information to a recording medium;
A three-dimensional processing apparatus for manufacturing a prosthetic tooth excluding artificial teeth and artificial teeth in which the information is recorded and the recording medium according to any one of claims 1 to 3 can be stored;
A system for manufacturing prosthetic teeth excluding artificial teeth and dentures that can store a recording medium. The information input device, the information writing device, and the three-dimensional processing device are installed in a dental clinic or a dental laboratory, except for artificial teeth and dentures that can store the recording medium according to claim 4 . Prosthetic tooth manufacturing system. The information is personal information about the patient undergoing dental treatment;
The prosthetic tooth is a prosthetic tooth for the patient, which opens downward in the upper tooth or upward in the lower tooth and provides a space for attaching the prosthetic tooth to a partially missing natural tooth or artificial tooth root. And a concave portion capable of storing a recording medium capable of recording and reading the personal information is provided on an inner wall surface forming the space, and the concave portion includes a cheek side, a lip side, a mesial side, and a centrifugal portion of the inner wall surface. The upper teeth and the lower teeth are arranged on any one of the sides, arranged in a central portion in the vertical direction of the space, and arranged on a surface facing the natural tooth or the artificial tooth root. The recording medium is accommodated at a position where no force is applied to the natural tooth or the artificial tooth root from the prosthetic tooth at the time of meshing, and the recording medium can be read / written by the reader / writer It is location,
A prosthetic tooth manufacturing system excluding artificial teeth and dentures that can store the recording medium according to claim 4 or 5 . Inputting information,
Writing the input information into a recording medium;
A step of manufacturing a prosthetic tooth excluding artificial teeth and dentures in which the information is recorded and the recording medium according to any one of claims 1 to 3 can be stored;
Embedding the recording medium in the recess of the prosthetic tooth;
A method for manufacturing a prosthetic tooth excluding artificial teeth and dentures containing a recording medium. The step of inputting the information is a step of inputting personal information of the patient obtained from a patient receiving dental treatment in the dental clinic at the dental clinic,
The prosthetic tooth is a prosthetic tooth for the patient, which opens downward in the upper tooth or upward in the lower tooth and provides a space for attaching the prosthetic tooth to a partially missing natural tooth or artificial tooth root. And a concave portion capable of storing a recording medium capable of recording and reading the personal information is provided on an inner wall surface forming the space, and the concave portion includes a cheek side, a lip side, a mesial side, and a centrifugal portion of the inner wall surface. The upper teeth and the lower teeth are arranged on any one of the sides, arranged in a central portion in the vertical direction of the space, and arranged on a surface facing the natural tooth or the artificial tooth root. The recording medium is accommodated at a position where no force is applied to the natural tooth or the artificial tooth root from the prosthetic tooth at the time of meshing, and the recording medium can be read / written by the reader / writer It is location,
The step of embedding the recording medium in the concave portion of the prosthetic tooth is a step performed in the dental clinic or dental laboratory.
The manufacturing method of a prosthetic tooth except the artificial tooth and denture which stored the recording medium of Claim 7 .

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