TWI572335B - Denture production resume system and its establishment method - Google Patents

Description

Denture production history system and its establishment method

The invention relates to a denture production history system and a method for establishing the same, in particular to a denture production history system capable of archiving all the materials in the production process of the denture into a denture production data for subsequent traceback denture data and Establish a method.

The implant system is an artificial tooth implant in which an artificial root made of titanium or the like which is not repelled by the human body is implanted in a toothed bone of a missing tooth to replace a missing root and then a denture is placed. To restore dental function.

The traditional denture product method is performed by a dentist after the patient's osseointegration wound is healed, and the silicone material is used to allow the patient to bite out a plastic mold, and then the silicone mold is turned into an oral model. Next, the oral model is sent to a technician for the production of a denture product. The laboratories must first complete the artificial abutment teeth or the dental bar for the production of dental implants before they can make the crown and the gums. However, the above-mentioned denture manufacturing process is quite time consuming because the dentist must first send the silicone mold or the oral model to the technician, and the technician must also make a manual abutment or a dental bar to make the crown and the gum. Complete the denture making process.

In order to solve the flaws of the traditional denture process, CAD/CAM manufacturers introduce 3D scanners into the imaging applications of the extra-oral plaster tooth molds for fast and accurate scanning. Although the accuracy is improved, the process aging is low, so In 1985, someone developed a fully automatic oral cavity. The internal tooth measurement unit, combined with the ceramic milling unit, is used for all-ceramic computer-aided design and machining of denture inserts and inlays, which are excellent in both precision and time performance.

Although the technology of denture production is getting more and more advanced, the record of denture production is very vague. If you want to go back to the types of blocks used in the production process of dentures, producers, etc., the current industry See, there is almost no in-depth development for this point. For patients, the safety, appropriateness and value of a denture cannot be traced. The materials used in the production of dentures are not the patients. As required, since most of the denture production process is not recorded, the patient can't find it. Therefore, even if the denture production process uses a problematic material or improper design, the patient has no knowledge; If criminal identification is required, it may be possible to infer the true identity from the denture production history. However, since the records of today's denture production are very vague, there will be many difficulties in retrospective investigation.

Therefore, if all the materials in the denture production process can be archived into a history of denture production, it can be used for subsequent traceback denture data, which should be an optimal solution.

The invention provides a denture production history system and a method for establishing the same, which is capable of archiving all the materials in the production process of the denture into a history data of the denture production for later use of the denture data.

The above-mentioned denture production history system and the method for establishing the same can be achieved, wherein the denture production history system comprises: a material position separation module, which is used for marking on the surface of the block shape to block the surface of the block. The upper area is separated by different positions; a digital tooth carving device The block for marking the block position module is engraved into a shape of a predetermined denture; a storage module is used for storing data; and a denture production history building module is The storage module is connected to establish a history of denture production in the storage module; a code creation module is connected to the storage module, and the code creation module converts the history data of the denture material production into a code. And combining the code on the surface of the block; and a camera module connected to the storage module for capturing images of different programs for recording denture production, and storing the dentures stored in the storage module In the resume data.

More specifically, the history data of the denture production is the patient data, the tooth number, the count, the physician, the clinic, the tooth carving operator, the date of the denture production, the producer of the block, the material batch number of the block, and the block. The serial number of the material, the certification number or the image of the different procedures for the production of dentures, and the computer-aided design archive for the production process.

More specifically, the code converted by the code creation module is a QR code, a Bar code, or a code composed of words or numbers.

More specifically, the block position segmentation module is attached to the surface of the block by a number or symbol to separate the different locations.

More specifically, the digital tooth carving device comprises at least a computer aided design module, a computer aided manufacturing module, an image capturing module, a tooth carving control module and a tooth carving grinding machine.

The working method for establishing a dental prosthesis of the present invention has the following steps: 1. first converting the producer of the block material, the batch number or the serial number of the material into a code, and combining the code on the surface of the block; 2. Marking on the surface to distinguish different use positions; 3. The block is engraved into the shape of the intended denture, and the camera module is used for image recording during the production of the denture; and 4. Finally, all the materials in the denture production process are archived into a history of denture production. Information for the use of retrospective denture data.

More specifically, the history data of the denture production is the patient data, the tooth number, the count, the physician, the clinic, the tooth carving operator, the date of the denture production, the producer of the block, the material batch number of the block, and the block. The serial number of the material, the certification number or the image of the different procedures for the production of dentures, and the computer-aided design archive for the production process.

More specifically, before the use of the block to make a denture, the camera module first records the material batch number of the block or the production serial number of the block.

More specifically, the position prepared by the block to make a denture is captured by the camera module.

More specifically, before the fabrication of the denture is completed and the denture is not removed from the block, the image is captured by the camera module.

More specifically, after the denture completes the finished product, the image is captured by the camera module.

〔this invention〕

1‧‧‧Dental Production History System

11‧‧‧Block location segmentation module

12‧‧‧Digital tooth carving device

121‧‧‧Computer Aided Design Module

122‧‧‧Computer Aided Manufacturing Module

123‧‧‧Image capture module

124‧‧‧ tooth carving control module

125‧‧‧ tooth carving machine

13‧‧‧ Storage Module

14‧‧‧Dental tooth production history building module

15‧‧‧ Code Creation Module

16‧‧‧ camera module

2‧‧‧ Code

3‧‧‧Block

4‧‧ dentures

Fig. 1 is a schematic diagram showing the system architecture of the denture production history system and the method for establishing the same according to the present invention.

Fig. 2 is a flow chart showing the method for establishing a denture production history system and a method for establishing the same according to the present invention.

Fig. 3 is a schematic diagram showing the code establishment of the denture production history system and the method for establishing the same according to the present invention.

Figure 4 is a first shot recording image of the denture production history system and the method for establishing the same according to the present invention. Figure.

Fig. 5 is a schematic view showing a second photograph of the denture production history system and the method for establishing the same according to the present invention.

The above and other technical contents, features and advantages of the present invention will be apparent from the following detailed description of the preferred embodiments.

Please refer to FIG. 1 , which is a schematic diagram of a system architecture of a denture production history system and a method for establishing the same according to the present invention. As can be seen from the figure, the denture production history system 1 includes a material position separation module 11 and a digital tooth carving device 12 . a storage module 13, a denture production history creation module 14, a code creation module 15, and a camera module 16, wherein the block position partition module 11 is used for a block shape of a block shape Marking is performed to separate different positions on the surface of the block, and the digital tooth carving device 12 includes at least a computer aided design module 121 (CAD), a computer aided manufacturing module 122 (CAM), and an image. The capture module 123, a tooth engraving control module 124 and a tooth engraving and polishing machine 125 are used for engraving and shaping the block to which the block position is partitioned. The shape of the denture made; The denture production history building module 14 is connected to the storage module 13 for storing data, and the history of the denture production is established in the storage module 13 (for example, patient data, tooth number, count, Physician, clinic, tooth carving operator, date of denture production, producer of block material, batch number of block material, serial number of block material, certification number or image of different procedures for recording denture production using camera module) And the code building module 15 converts the history data of the denture production into a code and combines the code on the surface of the block.

As shown in Fig. 2, the method for establishing a denture production history of the present invention, the operation steps thereof The steps are as follows: 1. First convert the producer, material batch number or production serial number of the block into a code, and combine the code on the surface of the block 201; 2. Mark the surface of the block to distinguish different Using position 202; 3. engraving the block into the shape of the intended denture, and using the camera module to perform image recording 203 during the production of the denture; and 4. Finally, archiving all the data in the denture production process A biographical history of denture production for the use of retrospective denture data.

As described in the above steps, please refer to FIG. 3, FIG. 4 and FIG. 5. As can be seen from FIG. 3, the code building module 15 converts the producer, material batch number or production serial number of the block into a code 2, The code 2 is placed on the surface of the block, so that others can scan the code to obtain the material of the block producer, material batch number or production serial number, and the generated code 2 is QR code (but can also Bar code); In addition, since the camera module 16 will record images of different procedures for recording denture production, the following four cases will be recorded during the production process of the denture. The first case is before the block is made of dentures. First record the batch number of the block material or the serial number of the block; the second case is to prepare the denture on the block, and the image will be recorded at the position where the block is to be made into a denture; the third case If the denture 4 is completed, but the denture is not removed from the block 3, as shown in Fig. 4, the image will be recorded in this state; in the fourth case, the denture 4 is taken. The finished product, as shown in Figure 5 It will also be video recorded.

In addition, as described in step 202, the block location module 11 is separated by a number or symbol on the surface of the block, mainly because the block may be applied to different teeth. Types of dentures, so that different positions are separated by numbers or symbols. In addition to making it easier to make dentures on the surface of the block, it is also possible to record which position the denture is made of.

The denture production history system and the method for establishing the same provided by the present invention have the following advantages when compared with other conventional technologies:

1. The invention can form all the data in the production process of the denture into a history data of the denture production, that is, it can be used for the subsequent traceback denture data, so the patient can learn the denture production process by using the history data of the denture production. Information on materials used, etc.

2. The present invention can provide preservation, natural person identification or criminal tracing because it can establish history data of denture production.

The features and spirit of the present invention will be more apparent from the detailed description of the preferred embodiments. On the contrary, the intention is to cover various modifications and equivalents within the scope of the invention as claimed.

1‧‧‧Dental Production History System

11‧‧‧Block location segmentation module

12‧‧‧Digital tooth carving device

121‧‧‧Computer Aided Design Module

122‧‧‧Computer Aided Manufacturing Module

123‧‧‧Image capture module

124‧‧‧ tooth carving control module

125‧‧‧ tooth carving machine

13‧‧‧ Storage Module

14‧‧‧Dental tooth production history building module

15‧‧‧ Code Creation Module

16‧‧‧ camera module

Claims (11)

The utility model relates to a dental prosthesis production history system, which comprises: a material position separation module, which is used for marking on the surface of a block of a block shape to separate different positions on the surface of the block; a digital tooth carving device, The utility model is used for engraving and forming the block marked by the block position module into a shape of a predetermined denture; a storage module is used for storing data; and a dental prosthesis production history establishing module is The storage module is connected to establish a history of denture production in the storage module; a code creation module is connected to the storage module, and the code creation module converts the history data of the denture material production into a code, and the code is coupled to the surface of the block; and a camera module is coupled to the storage module for capturing images of different programs for recording denture production and storing the dentures of the storage module In the history of production. For example, the dental prosthesis production history system described in claim 1 is characterized in that the dental history data is patient data, tooth number, count, physician, clinic, tooth carving operator, denture production date, and block production. The material batch number of the block material, the serial number of the block material, the certification number or the image of the different procedures for the production of dentures, and the computer-aided design archive used in the production process. The denture production history system according to claim 1 , wherein the code converted by the code creation module is QR code, Bar code or composed of words or numbers. The denture production history system according to claim 1 , wherein the block position partitioning module is separated from the surface of the block by a number or a symbol to separate different positions. The denture production history system according to claim 1 , wherein the digital tooth carving device comprises at least a computer aided design module, a computer aided manufacturing module, an image capturing module, and a tooth carving control module. And a tooth carving machine. A method for establishing a denture production history, the operation steps are: first converting a producer of a block material, a material batch number or a production serial number into a code, and binding the code to the surface of the block; and then marking the surface of the block to the area Separating different use positions; engraving the block into the shape of the intended denture, and using the camera module for image recording during the production of the denture; and finally, archiving all the data in the denture production process into a denture History of production data for use in retrospective denture data. For example, the method for establishing a denture production history according to claim 6 is as follows: wherein the history data of the denture production is patient data, tooth number, count, physician, clinic, tooth carving operator, denture production date, and block material. Producer, block material batch number, block production serial number, certification number or image of different procedures for denture production, computer-aided design archive for production process. The method for establishing a denture production history according to claim 7 , wherein the camera module first records the material batch number of the block or the production serial number of the block before using the block to make a denture. The method for establishing a denture production history according to claim 7 , wherein the position of the denture is prepared in the block, and the image is captured by the camera module. The method for establishing a denture production history according to claim 7, wherein the recording image is captured by the camera module before the denture is produced and the denture is not removed from the block. The method for establishing a denture production history according to claim 7 , wherein the image is recorded by the camera module after the denture completes the finished product.