CN111653346A - Oral and maxillofacial implant operation and repair platform based on cloud computing and use method thereof - Google Patents
Oral and maxillofacial implant operation and repair platform based on cloud computing and use method thereof Download PDFInfo
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- CN111653346A CN111653346A CN202010507877.5A CN202010507877A CN111653346A CN 111653346 A CN111653346 A CN 111653346A CN 202010507877 A CN202010507877 A CN 202010507877A CN 111653346 A CN111653346 A CN 111653346A
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Abstract
The invention discloses an oral and maxillofacial implantation operation and repair platform based on cloud computing and a using method thereof, wherein the platform integrates clinical data acquired by a computer tomography scanning technology, guide plate scheme design of a computer aided design technology and a rapid prototyping manufacturing technology into a holographic navigation platform; allowing multiple users to remotely log on, upload or download patient data while providing an oral implant preoperative plan for the implant system; the planting design scheme can be stored in a cloud end and a high-performance host workstation, and doctors can remotely view and display the designed planting scheme in the cloud end except in a studio; after confirming the implant operation plan, the doctor exports the operation plan to a 3D printer and prints and manufactures operation guide plates, teeth, alveolar bones and various mixed support type guide plates; according to the use data test of the clinician, the optimal operation direction navigation, the personalized design and the personalized manufacture are automatically provided, so that the purposes of improving the operation precision and reducing the number of times of the repeated diagnosis are achieved.
Description
Technical Field
The invention relates to the technical field of medical internet platforms, in particular to a digital oral and maxillofacial implant operation and repair platform based on cloud computing and a using method thereof.
Background
At present, the dental implant has gradually become one of the best schemes for repairing the missing of the tooth, and how to accurately implant the dental implant into the alveolar bone is a hot point of current concern, wherein the digital guide plate is used as a carrier for transmitting information, so that the preoperative design can be accurately reflected in the operation, and the implantation operation of the implant can be completed. The method is a personalized operation auxiliary instrument which accurately transfers a scheme determined before an implantation preoperative to a patient, and is beneficial to the accurate control of an implant in the process of preparing a hole for implantation.
Although some experienced doctors do the operation without the help of the implant guide plate, in the case of beginners or cases with poor local bone conditions and complicated operation, adverse effects such as side perforation of bone wall, injury of the root of the adjacent tooth, injury of neurovascular bundle and the like caused by implant angle deviation are easy to occur. More importantly, the inaccurate implantation of the implant brings great difficulty to the upper part repair, such as difficult in-place caused by the non-parallel of a plurality of implants during the implantation, difficult in-arrangement of the repair body, influence on the beauty of the implant or abutment due to the metal exposure, and the like. The implant guide plate can accurately transfer the implant design which is guided by repair to an operation, and meanwhile, the requirements of jaw bone anatomical conditions can be considered, and the implant can be accurately implanted.
The work flow of the digital surgical guide plate design software in the prior art is as follows: digital mode taking (intraoral scanner), digital design of personalized abutment and restoration without model mode, 3D printing and digital processing of CAD/CAM;
the DIOnavi, whole-course navigation planting system is a digital simulation planting planning mode of repair guidance (considering occlusion and optimal stress dispersion axial direction), not only correctly controls the implantation accuracy, but also performs safe and controllable minimally invasive painless planting operation by adopting whole-course navigation through three-dimensional anatomical structure analysis.
The disadvantages of the prior art are as follows: 1. the planting design software is not open software or a cloud platform, is only matched with the self-produced implant, and has a single data source.
2. The guide plate is designed by guide plate designers of DIO companies, the participation of doctors is low, and the communication cost between doctors and the guide plate designers of the companies is high;
disclosure of Invention
Aiming at the defects of the prior art, the invention provides a digital oral and maxillofacial implantation operation and repair platform based on cloud computing and a using method thereof, and solves the defects in the prior art.
In order to realize the purpose, the technical scheme adopted by the invention is as follows:
a cloud computing-based oral maxillofacial implant surgery and repair platform comprising: the system comprises a data management module, a planting design module, a cloud storage database, a background data management module, a cloud storage server, a clinic flow management module, a supplier management module, a client management module, a financial billing module and a 3D printing module;
a data management module: a software usage certificate for detecting a plant design module; updating case status to cloud storage server
A planting design module: the system is installed locally for doctor customers to use, comprises implant operation design software and guide plate design software, and logs in through a digital certificate; the method can generate a new case, modify the case, store the case, and perform the implant surgery design and the guide plate design after the case is completed.
Cloud storage database: the cloud storage database is used for storing CT data of the planting design.
The cloud storage server: the cloud storage server is used for storing the client data, the processing data and the financial data and performing storage statistical analysis;
the background data management module is used for: synchronizing all data to a cloud storage server
The clinic procedure management module is used for: design for checking design and manufacturing progress of guide plate and calendaring reminding
The supplier management module is used for: for related consumable searching and ordering, and can track order status
The client management module is used for: the "customer" refers to a clinic or a doctor, and when the doctor and the customer log in the customer relationship management software in the clinic, the operation such as managing, paying and purchasing consumables can be performed on the data of the account.
And the financial billing module is used for platform piece counting and pricing statistics.
The 3D printing module is used for rapidly generating a 3D printing digital planting guide plate.
The invention also discloses a working method of the oral and maxillofacial implant operation and repair platform, which comprises the following steps:
1. when a doctor client starts the locally installed planting design module, the planting design module checks the use certificate on line through locally installed certificate management software. If the physician opens a case, which has been modified by other physicians, the latest case data is called in. If a doctor generates a new case, modifies the case, saves the case, finishes the case design, prints a planting guide plate and deletes the case, the planting design module updates the case state to the cloud storage server through the certificate management software.
2. The implant operation design software and the guide plate design software are installed on a local computer of a doctor.
3. When the doctor finishes the current operation and quits the planting design module, storing the case data into a cloud storage database, and updating the case state to a cloud storage server through data management software in the storage state; only one doctor can perform the planning operation on one case at a time.
4. Case data are synchronized to the background data management module from the cloud storage server, and the method comprises the following steps: creation of new doctor account, management of doctor account, generation of new case, modification of case, design of case completion, printing of implant template and deletion of case. The background data management module is operated by company personnel.
5. And the background data management module synchronizes all data to the cloud storage server.
6. After the doctor client logs in the client management module in the clinic, the data of the account can be managed, and consumables can be purchased in a paying mode.
7. After the doctor client logs in the client management software in the clinic, consumables related to the cloud planting system can be searched and ordered, and the order state can be tracked.
8. The case state of the local computer of the planting design module can be output to the clinic flow management software through a preset interface.
9. After the physician completes the implant design, the digital model of the implant guide can be output at the local computer, which can be sent to a 3D printing device to quickly generate the implant guide.
Compared with the prior art, the invention has the advantages that:
1. the platform integrates clinical data acquired by a computer tomography scanning technology, guide plate scheme design of a computer aided design technology and a rapid prototyping manufacturing technology (3D printing) into a holographic navigation platform, and has the characteristics of supporting human-computer interaction, multiple angles, multiple windows, repeated operation and the like;
2. the method has the advantages that the method allows multiple users to remotely log in, upload or download patient data by means of strong cloud computing capacity, and provides preoperative planning of the oral implant operation of the multiple users and the multiple brands of implant systems; the planting design scheme can be stored in a cloud end and a high-performance host workstation, and doctors can remotely view and display the designed planting scheme in the cloud end at any time except in a studio; after the implant operation plan is confirmed, a doctor can export the operation plan to a 3D printer and print and manufacture a high-precision operation guide plate; the utility model can print teeth, alveolar bones and various mixed supporting guide plates; according to the use data test of the clinician, the optimal operation direction navigation, the personalized design and the personalized manufacture are automatically provided, so that the purposes of improving the operation precision and reducing the number of times of the repeated diagnosis are achieved.
3. The platform can also be used as a platform for clinical virtual teaching and scientific research, teachers can upload patient data to the cloud, and students can make corresponding simulation diagnosis and operation design for patients according to the knowledge learned by the students; the teacher can log in a corresponding cloud database, investigate the planting plan and the output guide plate of the student, and the student can also optimize the operation scheme through comparison, so that the purpose of digital interactive teaching is achieved.
Drawings
Fig. 1 is a structural block diagram of a dental maxillofacial implant surgery and repair platform according to an embodiment of the present invention.
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention will be further described in detail below with reference to the accompanying drawings by way of examples.
As shown in fig. 1, an oral maxillofacial implant surgery and repair platform based on cloud computing comprises: the system comprises a data management module, a planting design module, a cloud storage database, a background data management module, a cloud storage server, a clinic flow management module, a supplier management module, a client management module, a financial billing module and a 3D printing module;
a data management module: a software usage certificate for detecting a plant design module; updating case status to cloud storage server
A planting design module: the system is installed locally for doctor customers to use, comprises implant operation design software and guide plate design software, and logs in through a digital certificate; the method can generate a new case, modify the case, store the case, and perform the implant surgery design and the guide plate design after the case is completed.
Cloud storage database: the cloud storage database is used for storing CT data of the planting design.
The cloud storage server: the cloud storage server is used for storing the client data, the processing data and the financial data and performing storage statistical analysis;
the background data management module is used for: synchronizing all data to a cloud storage server
The clinic procedure management module is used for: design for checking design and manufacturing progress of guide plate and calendaring reminding
The supplier management module is used for: for related consumable searching and ordering, and can track order status
The client management module is used for: the "customer" refers to a clinic or a doctor, and when the doctor and the customer log in the customer relationship management software in the clinic, the operation such as managing, paying and purchasing consumables can be performed on the data of the account.
And the financial billing module is used for platform piece counting and pricing statistics.
The 3D printing module is used for rapidly generating a 3D printing digital planting guide plate.
The working process of the oral and maxillofacial implant operation and repair platform is as follows:
1. when a doctor client starts the locally installed planting design module, the planting design module checks the use certificate on line through locally installed certificate management software. If the physician opens a case, which has been modified by other physicians, the latest case data is called in. If a doctor generates a new case, modifies the case, saves the case, finishes the case design, prints a planting guide plate and deletes the case, the planting design module updates the case state to the cloud storage server through the certificate management software.
2. The implant operation design software and the guide plate design software are installed on a local computer of a doctor.
3. When the doctor finishes the current operation and quits the planting design module, storing the case data into a cloud storage database, and updating the case state to a cloud storage server through data management software in the storage state; only one doctor can perform the planning operation on one case at a time.
4. Case data are synchronized to the background data management module from the cloud storage server, and the method comprises the following steps: creating a new doctor account, managing the doctor account, generating a new case, modifying the case, designing the case, printing a planting guide plate, deleting the case and the like. The background data management module is operated by company personnel.
5. And the background data management module synchronizes all data to the cloud storage server.
6. After the doctor client logs in the client management module in the clinic, the data of the account can be managed, and consumables can be purchased in a paying mode.
7. After the doctor client logs in the client management software in the clinic, consumables related to the cloud planting system can be searched and ordered, and the order state can be tracked.
8. The case state of the local computer of the planting design module can be output to the clinic flow management software through a preset interface.
9. After the physician completes the implant design, the digital model of the implant guide can be output at the local computer, which can be sent to a 3D printing device to quickly generate the implant guide.
It will be appreciated by those of ordinary skill in the art that the examples described herein are intended to assist the reader in understanding the manner in which the invention is practiced, and it is to be understood that the scope of the invention is not limited to such specifically recited statements and examples. Those skilled in the art can make various other specific changes and combinations based on the teachings of the present invention without departing from the spirit of the invention, and these changes and combinations are within the scope of the invention.
Claims (2)
1. The utility model provides an operation is planted to oral cavity maxillofacial area and restores platform based on cloud calculates which characterized in that includes: the system comprises a data management module, a planting design module, a cloud storage database, a background data management module, a cloud storage server, a clinic flow management module, a supplier management module, a client management module, a financial billing module and a 3D printing module;
a data management module: a software usage certificate for detecting a plant design module; updating case status to cloud storage server
A planting design module: the system is installed locally for doctor customers to use, comprises implant operation design software and guide plate design software, and logs in through a digital certificate; the method can generate a new case, modify the case, store the case, and perform the design of the implant operation and the design of the guide plate after the case is completed;
cloud storage database: the cloud storage database is used for storing CT data of the planting design;
the cloud storage server: the cloud storage server is used for storing the client data, the processing data and the financial data and performing storage statistical analysis;
the background data management module is used for: synchronizing all data to a cloud storage server
The clinic procedure management module is used for: design for checking design and manufacturing progress of guide plate and calendaring reminding
The supplier management module is used for: for related consumable searching and ordering, and can track order status
The client management module is used for: the client refers to a clinic or a doctor, and when the doctor client logs in the client relationship management software in the clinic, the data of the account can be managed, paid, purchased and the like;
the financial billing module is used for platform piece counting and pricing statistics;
the 3D printing module is used for rapidly generating a 3D printing digital planting guide plate.
2. The use method of the cloud computing-based oromaxillofacial implant surgery and restoration platform according to claim 1, comprising the following steps:
(1) when a doctor client starts a locally installed planting design module, the planting design module checks a use certificate on line through locally installed certificate management software; if the doctor opens a case, which has been modified by other doctors, the latest case data will be called in; if a doctor generates a new case, modifies the case, saves the case, finishes the case design, prints a planting guide plate and deletes the case, the planting design module updates the case state to the cloud storage server through certificate management software;
(2) installing the implant operation design software and the guide plate design software on a local computer of a doctor;
(3) when the doctor finishes the current operation and quits the planting design module, storing the case data into a cloud storage database, and updating the case state to a cloud storage server through data management software in the storage state; only one doctor can carry out design operation on one case at the same time;
(4) synchronizing case data from a cloud storage server to a background data management module, comprising: creating a new doctor account, managing the doctor account, generating a new case, modifying the case, completing the design of the case, printing a planting guide plate and deleting the case; the background data management module is operated by company personnel;
(5) synchronizing all data to a cloud storage server by a background data management module;
(6) after the doctor client logs in a client management module in a clinic, the data of the account can be managed, and consumables can be purchased in a paying way;
(7) after a doctor client logs in client management software in a clinic, consumables related to the cloud planting system can be searched and ordered, and the order state can be tracked;
(8) the case state of the local computer of the planting design module can be output to clinic flow management software through a preset interface;
(9) after the implant design is completed, the physician can output a digital model of the implant guide at the local computer, which can be sent to a 3D printing device to quickly generate the implant guide.
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN114081623A (en) * | 2021-11-08 | 2022-02-25 | 北京中诺恒康生物科技有限公司 | 3D cloud platform multi-plate guide plate manufacturing data management system and guide plate manufacturing method |
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| CN110613520A (en) * | 2019-10-25 | 2019-12-27 | 南京欧赛尔齿业有限公司 | Digital 3D planting guide plate manufacturing method and system |
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Patent Citations (5)
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| US20120323590A1 (en) * | 2011-06-17 | 2012-12-20 | Sanjay Udani | Methods and systems for electronic medical source |
| CN110400634A (en) * | 2019-07-19 | 2019-11-01 | 丁浩男 | A kind of digitlization Internet of Things medical system |
| CN110428879A (en) * | 2019-08-23 | 2019-11-08 | 重庆市劢齐医疗科技有限责任公司 | A kind of production method of the dynamic implantation operation designing report based on mobile terminal technology |
| CN110613520A (en) * | 2019-10-25 | 2019-12-27 | 南京欧赛尔齿业有限公司 | Digital 3D planting guide plate manufacturing method and system |
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