CN112120816A - Digital oral cavity management system - Google Patents
Digital oral cavity management system Download PDFInfo
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- CN112120816A CN112120816A CN202010783923.4A CN202010783923A CN112120816A CN 112120816 A CN112120816 A CN 112120816A CN 202010783923 A CN202010783923 A CN 202010783923A CN 112120816 A CN112120816 A CN 112120816A
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61C—DENTISTRY; APPARATUS OR METHODS FOR ORAL OR DENTAL HYGIENE
- A61C13/00—Dental prostheses; Making same
- A61C13/08—Artificial teeth; Making same
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61C—DENTISTRY; APPARATUS OR METHODS FOR ORAL OR DENTAL HYGIENE
- A61C13/00—Dental prostheses; Making same
- A61C13/0003—Making bridge-work, inlays, implants or the like
- A61C13/0004—Computer-assisted sizing or machining of dental prostheses
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Abstract
The invention discloses a digital oral cavity management system, which comprises a data acquisition module, a doctor end, a remote expert end, a data management terminal, a design end and a processing end, wherein the data acquisition module comprises: the data acquisition module can acquire patient information, the data acquisition module can transmit the acquired patient information to the doctor end, the doctor end can transmit patient feedback information to the remote expert end, and a doctor can communicate with the remote expert end through the doctor end and can perform initial scheme design and final scheme design of patient oral cavity restoration through the patient information and the patient feedback information.
Description
Technical Field
The invention belongs to the technical field of digital management of dental medical treatment, and particularly relates to a digital oral cavity management system.
Background
In the current medical field, most oral clinics are relatively independent individuals, different clinics have great obstacles on information communication, the clinics are difficult to communicate with patients, the communication time is limited and the clinics cannot communicate in time, so the later tooth restoration effect is not ideal, the communication between doctors and technical and processing companies is very inconvenient, technicians cannot directly refer to various detailed facial and oral aesthetic information of the patients when making restorations, and the processing companies cannot guarantee the aesthetic effect of the final restorations, so that the failure of the aesthetic restoration and the medical dispute are easily caused.
Disclosure of Invention
The present invention is directed to a digital oral cavity management system to solve the above-mentioned problems.
In order to achieve the purpose, the invention provides the following technical scheme: the utility model provides a digital oral cavity management system, includes data acquisition module, doctor end, long-range expert end, data management terminal, design end and processing end, wherein:
the data acquisition module can acquire patient information and transmit the acquired patient information to a doctor end;
the doctor end can transmit the patient feedback information to the remote expert end, a doctor can communicate with the remote expert end through the doctor end, preliminary scheme design and final scheme design of the patient oral cavity restoration are carried out through the patient information and the patient feedback information, and both the preliminary scheme design and the final scheme design can be transmitted to the data management terminal for storage and transmission;
the client is in transmission connection with the data management terminal, a patient can communicate with a doctor at a doctor end and make an appointment with the doctor at the doctor end through the client, the patient can check and determine the preliminary scheme design and the final scheme design through the client, and the patient can transmit the preliminary scheme design and the final scheme design determination opinions or the modification opinions to the doctor end through the client for determination or modification;
the doctor can receive the appointment information, the communication information, the confirmed opinion and the modified opinion transmitted by the client through the doctor end, and the doctor can make appointment and communication with the client through the doctor end and modify the preliminary scheme design and the final scheme design according to the modified opinion provided by the patient
The data management terminal is in transmission connection with the design end, the doctor end can perform information transmission and communication with the design end through the data management terminal, a technician can receive the determined preliminary scheme design and the final scheme design through the design end, printable temporary dental restoration data is generated according to the preliminary scheme design, and printable dental restoration data is generated according to the final scheme design;
the temporary restored tooth body data and the restored tooth body data can be transmitted to a doctor end through a design end to be determined, and the determined temporary restored tooth body data and the restored tooth body data can be transmitted to a processing end through the doctor end to be processed in a 3D mode;
the temporary dental restoration and the restoration of the tooth body which are processed by the 3D can be transported to a doctor through logistics, the doctor makes an operation appointment for a client patient through the doctor end, and the temporary dental restoration and the dental restoration are completed.
Preferably, the doctor end can communicate with the remote expert end through an ethernet or a wireless network, and the doctor end can be in transmission connection with the data management terminal through the ethernet or the wireless network, and the data management terminal is in transmission connection with the client, the design end and the processing end through the ethernet or the wireless network, respectively.
Preferably, the data acquisition module comprises a CBCT, an intraoral scanner and a digital camera.
Preferably, the patient information includes intra-patient intraoral CT image information, patient facial smile digital images, patient oral three-dimensional model data, and patient design requirements.
Preferably, the data management terminal comprises a storage module, and the storage module is used for storing all information in the tooth restoration process.
Preferably, after the patient completes the temporary dental restoration operation, the doctor should adopt the intraoral scanner to carry out oral cavity scanning to the patient's oral cavity, and after the patient completes the dental restoration operation, the doctor should adopt the intraoral scanner to carry out oral cavity scanning to the patient's oral cavity.
Preferably, after the patient completes the dental restoration operation, all information in the dental restoration process is produced into a compressed packet and stored in the storage module, and the name of the compressed packet is named in the format of the name of the doctor, the name of the patient and the treatment date.
The invention has the technical effects and advantages that: this digital oral cavity management system:
1. the communication among doctors, patients, technicians and processors is more direct and rapid through the Ethernet and the wireless network, the number of times of return visits required by the same treatment course is reduced, the globally consistent and highly cooperative integrated intelligent path flow of digital communication, design and processing in oral aesthetics can be realized, the doctors and the patients can communicate in detail, doctor-patient disputes are effectively reduced, the doctors and the technicians can communicate in detail and on line, the design flow is simplified, and the design time is saved.
2. The data acquisition module is adopted to acquire information of the patient, so that the real situation of each tooth in the oral cavity of the patient can be solved, a technician can conveniently design the restored tooth body of the tooth to be restored, the precision of the restored tooth body can be greatly improved, and the manufacture of the restored tooth body is more accurate;
3. the temporary restoration tooth body fitting process can enable a patient to have an adaptation process, feel the material, color and thickness information and the like of the temporary restoration tooth body, and provide modification suggestions according to the fitting feeling of the temporary restoration tooth body, so that the final effect of the restoration tooth body can be determined to meet the requirements of the patient;
4. the data management terminal can store all information in the tooth restoration process, all information of a patient in the tooth restoration process is stored in the storage module, a dental physical model does not need to be stored, an independent storage space is not needed, the storage cost is reduced, the tooth restoration information is not influenced by environmental factors and can not be changed for a long time, the accuracy of data can be permanently guaranteed, and the management of patient cases is facilitated.
Drawings
FIG. 1 is a block diagram of the system components of the present invention;
FIG. 2 is a flow chart of the present invention.
In the figure: 1. a data acquisition module; 2. a doctor end; 3. a remote expert terminal; 4. a data management terminal; 5. designing a terminal; 6. processing the end; 7. and (4) a client.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to fig. 1-2 in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
The invention provides a digital oral cavity management system as shown in figures 1-2, which comprises a data acquisition module 1, a doctor end 2, a remote expert end 3, a data management terminal 4, a design end 5 and a processing end 6, and is characterized in that:
before using the data acquisition module 1 to acquire information of a patient, doctors should take photos, visit and medical history inquiry of the patient, so as to eliminate some situations that heart diseases, blood diseases and diabetes are temporarily not suitable for operation.
And carry out the oral cavity clearance to the patient, thereby make the doctor wash the tooth and diminish inflammation to the patient and clear away the plaque to the pertinence, make gingivitis obtain effectual control, facilitate to use data acquisition module 1 and can gather patient's information.
The digital oral management system data acquisition module 1 can acquire patient information, and the digital oral management system data acquisition module 1 can transmit the acquired patient information to the doctor end 2;
the digital oral cavity management system doctor end 2 can transmit the feedback information of the patient to the remote expert end 3, the doctor can communicate with the digital oral cavity management system remote expert end 3 through the digital oral cavity management system doctor end 2, and can carry out preliminary scheme design and final scheme design of the oral cavity restoration of the patient through the patient information and the feedback information of the patient, and both the preliminary scheme design and the final scheme design can be transmitted to the data management terminal 4 for storage and transmission;
the client 7 of the digital oral cavity management system is connected with the data management terminal 4 of the digital oral cavity management system in a transmission way, a patient can communicate and make an appointment with a doctor at the doctor end 2 through the client 7 of the digital oral cavity management system, the patient can check and determine the preliminary scheme design and the final scheme design through the client 7 of the digital oral cavity management system, the patient can transmit the confirmed suggestions of the preliminary scheme design and the final scheme design or the modified suggestions to the doctor end 2 through the client 7 of the digital oral cavity management system for confirmation or modification, the doctor can receive the appointment information, the communication information, the confirmed suggestions and the modified suggestions transmitted by the client 7 through the doctor end 2 of the digital oral cavity management system, and the doctor can make an appointment and communicate with the patient at the client 7 through the doctor end 2 of the digital oral cavity management system and modify the preliminary scheme design and the final scheme design according to the modified suggestions provided by the patient, through the arrangement of the client 7 and the doctor end 2, a doctor can conveniently communicate with a patient, and disputes between the doctor and the patient can be effectively reduced.
The digital oral cavity management system data management terminal 4 is in transmission connection with the digital oral cavity management system design terminal 5, the digital oral cavity management system doctor terminal 2 can perform information transmission and communication with the digital oral cavity management system design terminal 5 through the data management terminal 4, a technician can receive the determined preliminary scheme design and the final scheme design through the digital oral cavity management system design terminal 5, generate printable temporary restoration tooth body data according to the preliminary scheme design, and generate printable restoration tooth body data according to the final scheme design;
the temporary dental restoration body and the dental restoration body can be designed through three-dimensional design software, and a technician can perform personalized modification according to the oral information of a patient and the design requirements provided by the patient, so that the patient does not have discomfort after the dental restoration, and the comfort level of the patient after the dental restoration is higher.
The temporary restoration tooth data and the restoration tooth data can be transmitted to the doctor end 2 through the design end 5 to be determined, and the determined temporary restoration tooth data and the determined restoration tooth data can be transmitted to the processing end 6 through the doctor end 2 to be processed in a 3D mode.
Temporary tooth repair and restoration accessible logistics transportation to doctor that accomplish through 3D processing are performed the doctor through digital oral cavity management system doctor end 2 to 7 patients of customer end and are performed the operation reservation to accomplish temporary tooth repair operation and tooth repair operation, make things convenient for doctor to patient's unified management and arrangement.
The temporary restoration tooth body is a temporary crown and/or a temporary patch, the patient can have an adaptation process through the try-on of the temporary restoration tooth body, the material, color and thickness information and the like of the temporary restoration tooth body are sensed, modification suggestions can be provided according to the try-on sensing of the temporary restoration tooth body, and the final effect of determining the restoration tooth body can meet the requirements of the client.
Specifically, the digital oral cavity management system doctor end 2 can communicate with the digital oral cavity management system remote expert end 3 through the ethernet or the wireless network, when a doctor encounters a difficult case and wants to communicate with other doctors, the doctor can remotely communicate with the doctor located in other places and also provided with the digital oral cavity management system through the remote expert end 3, and in the communication process, the case and data of the patient can be transmitted to the remote expert end 3 through the ethernet or the wireless network, so that the doctor can diagnose and communicate with the remote expert.
In addition, the medical record data of the patient in other clinics can be transmitted to the doctor in another clinic through the remote expert terminal 3 according to the requirement of the patient, so that the patient can receive subsequent treatment in other clinics conveniently.
The digital oral cavity management system doctor end 2 can be in transmission connection with the digital oral cavity management system data management terminal 4 through an Ethernet or a wireless network, the digital oral cavity management system data management terminal 4 is in transmission connection with the client end 7, the design end 5 and the processing end 6 through the Ethernet or the wireless network respectively, and an integrated intelligent path flow of globally consistent and highly collaborative oral cavity aesthetic digital communication, design and processing can be realized, so that doctors and patients can be in detailed communication, and doctor-patient disputes are effectively reduced; and doctors and technicians can also carry out detailed and limited online communication, the design flow is simplified, and the design time is saved.
The patient can perform operations such as personal information query, diagnosis scheme query, diagnosis progress tracking, operation appointment, doctor-patient communication and the like through the client 7.
The doctor can perform the operations of dentist information management, patient data calling, remote patent communication, cooperative repair work, processing requirement writing, service submission, doctor-patient communication and the like through the doctor end 2.
The technician can perform operations such as patient information query, patient diagnosis scheme query, opinion modification query, medical and technical communication and the like through the design terminal 5.
The processing department (i.e., a processor) can perform operations such as processing information management, order inquiry, processing request consultation, processing progress update, posting of order submission, and the like through the processing terminal 6.
Specifically, the data acquisition module 1 of the digital oral cavity management system comprises a CBCT, an intraoral scanner and a digital camera, and acquires information in the oral cavity of a patient through the data acquisition module 1, so that the health condition of each tooth of the patient can be fully solved.
The intraoral scanner can be a TRIOS digital intraoral scanner of 3SHAPE company, the intraoral scanner is adopted to scan lower jaws, scan upper jaws and scan occlusion of lower and upper jaws of patients, whether the patients are occluded tightly is required to be checked during occlusion scanning of the lower and upper jaws, the patients need to be scanned again if the occlusion of the lower and upper jaws is not tight, if so, determined teeth to be repaired of the patients can be scanned heavily, an intraoral three-dimensional model of the patients can be generated, a uniform KTL format is generated for transmission, the intraoral three-dimensional model of the patients obtained by the intraoral scanner not only has appearance characteristics, but also contains structures of intraoral bones, a doctor can directly measure specific size data of each position of the intraoral three-dimensional model of the digital intraoral management system through three-dimensional design software of the digital oral management system, and the doctor only can observe the SHAPEs of the teeth by adopting a traditional dental model, size data of each part cannot be obtained, and after the three-dimensional model data in the mouth is imported into three-dimensional design software, design editing and data processing can be carried out, so that the later-stage craftsman can conveniently carry out processing design.
CBCT is cone beam CT. As the name suggests, cone-beam projection computed tomography apparatus, the principle is that an X-ray generator makes a circular DR (digital projection) around the projection with a low dose (typically a bulb current around 10 ma). Then the data obtained in the intersection after the digital projection for a plurality of times (180-360 times, different according to different products) around the projection body are 'recombined and reconstructed' in the computer, and then the three-dimensional image is obtained
Because the intraoral scanner can not obtain the data of the inner skeleton of the oral cavity of the patient, the CBCT image light sheet is obtained, the intraoral three-dimensional model is favorably perfected, and the CBCT can clearly know the specific conditions in the oral cavity of the tooth, thereby creating favorable conditions for later dental restoration.
And the smile image of the face of the patient can be displayed by the digital camera, and the smile curve of the patient is designed, so that the made repairing escort is in accordance with the smile curve design of the current patient.
Specifically, the patient information of the digital oral cavity management system comprises CT image information in the mouth of the patient, smile digital images of the face of the patient, three-dimensional model data of the mouth of the patient and design requirements of the patient.
Specifically, digital oral cavity management system data management terminal 4 includes memory module, and digital oral cavity management system memory module is used for storing all information of tooth body restoration in-process, through with all information save of patient in tooth body restoration in-process in memory module, need not to save the dentistry physical model, need not independent storage space, reduce the storage cost, and tooth body restoration information is not influenced by environmental factor, can not change for a long time, can guarantee the accuracy of data forever, the convenient management to patient's case.
Specifically, after the patient completes the temporary dental restoration operation, the doctor should adopt the intraoral scanner to carry out oral cavity scanning to the patient oral cavity, can carry out detailed understanding to the patient temporary restoration dental body, and the doctor of being convenient for carries out detailed understanding and analysis to the temporary restoration dental body to can make things convenient for 5 technicians of design end to carry out the restoration dental body design in later stage.
After the patient finishes the dental restoration operation, the doctor should adopt intraoral scanner to carry out oral cavity scanning to the patient oral cavity to keep the file with the scanning data, so that doctor and technician later stage recall again, be convenient for follow-up visit for a long time, compare result of use, also can repair under the condition that the dental damage or lose, make once more at any time.
Specifically, the digital oral cavity management system produces a compressed packet with all information in the dental restoration process after a patient completes the dental restoration operation, and stores the compressed packet in the storage module, the name of the compressed packet is named in the format of the name of a doctor, the name of the patient and the treatment date, and only corresponding searching or searching is needed during subsequent searching, so that the searching convenience and efficiency are improved.
In order to protect privacy, when logging in the doctor end 2, the remote expert end 3, the data management terminal 4, the design end 5 and the processing end 6, a verification account number and a password are required to be input for identity verification, and if the verification fails, an error prompt appears; otherwise, entering a corresponding operation interface.
Finally, it should be noted that: although the present invention has been described in detail with reference to the foregoing embodiments, it will be apparent to those skilled in the art that modifications, equivalents, improvements, and the like can be made in the embodiments or portions thereof without departing from the spirit and principles of the invention.
Claims (7)
1. The utility model provides a digital oral cavity management system, includes data acquisition module (1), doctor end (2), long-range expert end (3), data management terminal (4), design end (5) and processing end (6), its characterized in that:
the data acquisition module (1) can acquire patient information, and the data acquisition module (1) can transmit the acquired patient information to the doctor end (2);
the doctor end (2) can transmit patient feedback information to the remote expert end (3), a doctor can communicate with an expert at the remote expert end (3) through the doctor end (2), preliminary scheme design and final scheme design of oral restoration of a patient are carried out through the patient information and the patient feedback information, and both the preliminary scheme design and the final scheme design can be transmitted to the data management terminal (4) for storage and transmission;
the client (7) is in transmission connection with the data management terminal (4), a patient can communicate with a doctor at the doctor end (2) and make an appointment with the doctor at the doctor end (2) through the client (7), the patient can check and determine the preliminary scheme design and the final scheme design through the client (7), and the patient can transmit the preliminary scheme design and the final scheme design determination opinions or the modification opinions to the doctor end (2) through the client (7) for determination or modification;
the doctor can receive the appointment information, the communication information, the confirmed opinion and the modified opinion transmitted by the client (7) through the doctor end (2), and the doctor can make an appointment and communicate with the patient at the client (7) through the doctor end (2) and modify the preliminary scheme design and the final scheme design according to the modified opinion provided by the patient
The data management terminal (4) is in transmission connection with the design terminal (5), the doctor terminal (2) can perform information transmission and communication with the design terminal (5) through the data management terminal (4), a technician can receive the determined preliminary scheme design and the final scheme design through the design terminal (5), generate printable temporary restoration tooth body data according to the preliminary scheme design, and generate printable restoration tooth body data according to the final scheme design;
the temporary restoration tooth data and the restoration tooth data can be transmitted to the doctor end (2) through the design end (5) for determination, and the determined temporary restoration tooth data and the restoration tooth data can be transmitted to the processing end (6) through the doctor end (2) for 3D processing;
the temporary dental restoration and the restoration of the tooth body which are processed through 3D can be transported to a doctor through logistics, the doctor makes an operation appointment for a patient at a client (7) through the doctor end (2), and the temporary dental restoration and the tooth restoration are completed.
2. A digital oral management system according to claim 1, wherein: the doctor end (2) can communicate with the remote expert end (3) through an Ethernet or a wireless network, and the doctor end (2) can be in transmission connection with the data management terminal (4) through the Ethernet or the wireless network;
and the data management terminal (4) is in transmission connection with the client (7), the design terminal (5) and the processing terminal (6) through Ethernet or a wireless network respectively.
3. A digital oral management system according to claim 1, wherein: the data acquisition module (1) comprises a CBCT, an intraoral scanner and a digital camera.
4. A digital oral management system according to claim 1, wherein: the patient information comprises CT image information in the mouth of the patient, smile digital images of the face of the patient, three-dimensional model data of the mouth of the patient and design requirements of the patient.
5. A digital oral management system according to claim 1, wherein: the data management terminal (4) comprises a storage module, and the storage module is used for storing all information in the tooth restoration process.
6. A digital oral management system according to claim 1, wherein: after the patient completes the temporary dental restoration operation, the doctor needs to adopt an intraoral scanner to scan the oral cavity of the patient;
after the patient completes the dental restoration operation, the doctor should scan the oral cavity of the patient by using the intraoral scanner.
7. A digital oral management system according to claim 1, wherein: after the patient completes the dental restoration operation, all information in the dental restoration process is produced into a compression packet and stored in a storage module;
the compression package name is named in the format of doctor's name + patient's name + treatment date.
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| CN202010783923.4A CN112120816A (en) | 2020-08-06 | 2020-08-06 | Digital oral cavity management system |
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| CN202010783923.4A CN112120816A (en) | 2020-08-06 | 2020-08-06 | Digital oral cavity management system |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN112652388A (en) * | 2021-01-13 | 2021-04-13 | 上海交通大学医学院附属第九人民医院 | Oral cavity technical room management system |
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Application publication date: 20201225 |