Oral implant system based on data acquisition and application

Abstract

The invention belongs to the technical field of tooth implantation, and particularly relates to an oral implant system based on data acquisition and application, which comprises an implant arranged on the implant and used for connecting all components; the accommodating assembly is arranged on the implant, and the accommodating assembly is used for accommodating and fixing a monitoring assembly; the monitoring assembly is arranged on the implant, and the monitoring assembly is connected with an alveolar bone of a patient and is used for monitoring and feeding back the oral cavity condition and the body condition of the patient in real time; the interaction system is connected with the containing assembly and the monitoring assembly, monitors the physical condition of the patient in real time and feeds back the physical condition for visual analysis, and the effects that oral implantation of the patient is intelligently managed, and body parameters of the patient are monitored in real time and fed back in time are achieved.

Description

Technical Field

[0001] The present invention relates to the technical field of tooth implantation, and in particular to an oral implant system based on data collection and application. Background Art

[0002] At present, dental implant technology is becoming more and more mature and its popularity is increasing year by year. The convenience it brings to patients is unprecedented and it plays an irreplaceable role in restoring function.

[0003] After clinical verification and with the deepening of clinical application and research, people have found that the implant restoration process has the following defects: In the existing dental implant process, the implant must first be implanted into the alveolar bone, and the healing abutment is inserted or fixed to the implant interface with screws for gingival shaping after the implant surgery. After gingival shaping, oral impression technology is still needed to complete the restoration process of clinical oral treatment. The traditional oral impression technology is to install the corresponding closed or open transfer rod on the intraoral implant and transfer the intraoral situation to the outside of the mouth, and then make a plaster mold in the mouth. Then, a scanning abutment or scanning rod is inserted into the plaster mold, and the intraoral data is obtained by scanning the plaster model and the scanning abutment. After that, the permanent restoration abutment and crown are designed and produced through CAD / CAM. Clinically, the healing abutment needs to be removed again, and the final restoration abutment and crown are installed to complete the entire restoration process;

[0004] After the existing dental implant restoration is completed, the patient's oral and physical parameters need to be monitored and collected. After the dental implant is installed, the accessory application and control system needs to be used to control and supervise the accessories;

[0005] In view of the above-mentioned technical defects, an oral implant system solution based on data collection and application is proposed. Summary of the invention

[0006] To solve the above problems, the present invention provides the following technical solutions:

[0007] An oral implant system based on data collection and application, comprising:

[0008] An implant, the implant being arranged on the implant and being used for connecting various components;

[0009] A receiving component, the receiving component is arranged on the implant, and the receiving component is used to receive and fix the monitoring component;

[0010] A monitoring component, which is disposed on the implant and connected to the alveolar bone of the patient for real-time monitoring and feedback of the patient's oral and physical conditions;

[0011] An interactive system connects the containing component and the monitoring component and monitors the patient's physical condition in real time and provides feedback in the form of visual analysis.

[0012] Furthermore, the accommodation component includes an accommodation groove, a central screw and a safety gap, the accommodation groove is arranged in the implant, and the central screw is threadedly connected to the implant and screwed into the safety gap.

[0013] Furthermore, the monitoring component includes a monitoring chip and a gasket, the monitoring chip is arranged in the accommodating groove, the gasket is arranged in the accommodating groove and abuts against the monitoring chip, the gasket is located at the safety gap, and the central screw and the gasket are separated by a distance along the width of the safety gap.

[0014] Furthermore, the interactive system includes:

[0015] Patient physical information entry module: Users enter personal physical information through the system, including height, weight, physical condition, and allergies, so that the system can better understand the patient's overall health status;

[0016] Oral implant related information input module: users input oral implant related information, such as implant model, implant location, and implant time;

[0017] Real-time monitoring module: The system monitors the impact of oral implants on the patient's body, such as oral health and overall health status;

[0018] Remote monitoring module: The remote monitoring module includes a remote monitoring unit, which enables the patient or the patient's family to check the patient's physical condition through the mobile phone;

[0019] Consultation service module: Users can consult professional oral implant doctors about the effects of oral implants on the body and related issues through the system to obtain professional advice and guidance;

[0020] Health Report Module: The system generates a health report on the impact of oral implants on the patient's body, helping users understand the overall impact of oral implants and related health conditions.

[0021] Furthermore, the real-time monitoring module includes:

[0022] Implant position stability monitoring: The system monitors the stability of the oral implant in real time and promptly detects whether the implant position is loose or offset;

[0023] Surrounding tissue inflammation monitoring: Systematically monitor whether there is inflammation in the tissues around oral implants, and promptly detect and deal with related problems;

[0024] Oral hygiene monitoring: monitors the oral hygiene around oral implants, including gum health and oral hygiene habits, to help users keep the oral environment clean and reduce the risk of oral diseases;

[0025] Physical information monitoring: monitoring the patient's physical parameters after denture implantation, including the patient's sleep, heart rate, and blood pressure;

[0026] Real-time data update: monitor the real-time update of oral implant-related data to ensure that users are aware of the health status of oral implants in a timely manner and take appropriate care measures;

[0027] Provide alarm function: The system provides an alarm function based on the monitored data to remind users to take timely action or seek help from professional doctors.

[0028] Furthermore, the consulting service module includes:

[0029] Professional Q&A unit: Users can ask questions to oral implant doctors through the system to obtain professional oral implant care advice and guidance;

[0030] Online consultation unit: Users can communicate with oral implant doctors online in real time through the system to answer questions and provide personalized oral implant care suggestions;

[0031] Expert recommendation unit: The system recommends suitable oral implant doctors based on the user's needs and the condition of the oral implants, providing more accurate consulting services;

[0032] Health guidance: Oral implant doctors provide relevant oral health guidance based on the user's oral implant information and physical condition to help users properly care for oral implants and prevent and deal with related problems.

[0033] Furthermore, the remote monitoring module also includes establishing a connection with the user through terminal devices, including personal computers, industrial computers and servers. The user can access the remote monitoring interface through a Web browser or a dedicated software application to view monitoring data and control equipment in real time.

[0034] The remote monitoring module also includes connecting with users through mobile applications. Users download and install corresponding mobile applications through mobile devices such as mobile phones or tablets, and interact with the remote monitoring module through mobile applications.

[0035] The remote monitoring module also connects with users through cloud services. Users can connect to the remote monitoring system on the cloud through the Internet and operate it through a web browser or a dedicated mobile application.

[0036] Furthermore, the health report module includes:

[0037] Comprehensive analysis unit: The system will conduct a comprehensive analysis of the impact of oral implants on the patient's body based on the personal physical information entered by the user, oral implant-related information, and real-time data monitored, and provide a comprehensive health assessment;

[0038] Health status assessment unit: Based on the analysis results, the system will assess the impact of oral implants on the patient's overall health status, including oral health and systemic health assessment, to help users understand their own health status;

[0039] Risk warning unit: The system will provide possible risks and problems of oral implants based on the analysis results, such as the stability of the implant position and the inflammation of the surrounding tissues, and remind users to pay attention and deal with them in time;

[0040] Personalized advice unit: Based on the health assessment results, the system will provide users with personalized oral implant care recommendations, including oral hygiene habits and regular check-up recommendations, to help users maintain oral health.

[0041] Furthermore, the interactive system further includes a data analysis module, and the data analysis module includes:

[0042] Data cleaning and integration: The system cleans and integrates the oral implant data entered and monitored by the user to ensure the accuracy and completeness of the data and provide reliable data support for subsequent analysis;

[0043] Data mining and analysis: Through data analysis technology, the system mines and analyzes oral implant-related data, deeply understands the health status and influencing factors of oral implants, and provides scientific basis and decision-making support for users;

[0044] Health trend prediction: Based on historical data and trend analysis, the system predicts the health trend and development direction of oral implants, helping users prevent and deal with potential problems and adjust oral implant care strategies in advance;

[0045] Data report generation: The data analysis module generates detailed oral implant health data reports, including analysis results, trend forecasts, and question prompts to help users understand the overall health status of oral implants.

[0046] Furthermore, the interactive system further includes a visualization analysis module, and the visualization analysis module includes:

[0047] Data statistics chart: The system collects statistics and analyzes the real-time monitored oral implant-related data, and generates various visual charts, such as curve charts, bar charts, and pie charts, to intuitively display the health status and change trends of oral implants;

[0048] Data comparison and analysis: The visual analysis module compares and analyzes data at different time points or between different oral implants, helping users understand the development history of oral implants and compare the health status of different oral implants;

[0049] Regional heat map display: The system displays the inflammation and blood circulation of the tissues around oral implants through regional heat maps, helping users to understand the health of the tissues around oral implants more intuitively;

[0050] Warning of potential problems: The system uses visual charts to display potential problems with oral implants, such as unstable position and inflammation risk, to remind users to take timely measures to prevent problems from occurring.

[0051] Compared with the prior art, the present invention has the following beneficial effects:

[0052] 1. In an oral implant system based on data collection and application, the present invention provides an implant body arranged on the implant body, and the implant body is used to connect various components; a containing component, which is arranged on the implant body, and is used to store and fix the monitoring component; a monitoring component, which is arranged on the implant body, and is connected to the patient's alveolar bone for real-time monitoring and feedback of the patient's oral condition and the patient's physical condition; an interactive system, which connects the containing component and the monitoring component and monitors the patient's physical condition in real time and provides feedback in the form of visual analysis, and has the effect of intelligently managing the patient's oral implants and real-time monitoring of the patient's physical parameters for timely feedback;

[0053] 2. In an oral implant system based on data collection and application of the present invention, the user enters personal physical information through the system, including height, weight, physical condition, and allergies, so that the system can better understand the patient's overall health status; the user enters information related to the oral implant, such as the implant model, implant location, and implant time; the system monitors the impact of the oral implant on the patient's body, such as the oral health status and overall health status; the remote monitoring module includes a remote monitoring unit that enables the patient or the patient's family to view the patient's physical condition through a mobile phone; the user consults a professional oral implant doctor through the system about the impact of the oral implant on the body and related issues, and obtains professional advice and guidance; the system generates a health report on the impact of the oral implant on the patient's body to help the user understand the overall impact of the oral implant and related health conditions. BRIEF DESCRIPTION OF THE DRAWINGS

[0054] In order to facilitate understanding by those skilled in the art, the present invention is further described below in conjunction with the accompanying drawings;

[0055] Figure 1It is a schematic diagram of the overall structure of an oral implant system based on data collection and application of the present invention;

[0056] Figure 2 A schematic diagram of an axial cross-section of an oral implant system based on data collection and application according to the present invention

[0057] Figure 3 It is a schematic diagram of the framework of an interactive system in an oral implant system based on data collection and application of the present invention.

[0058] Figure numerals: 1. implant; 2. receiving component; 21. receiving groove; 22. central screw; 23. safety gap; 3. monitoring component; 31. monitoring chip; 32. gasket. DETAILED DESCRIPTION

[0059] The following will be combined with the drawings in the embodiments of the present invention to clearly and completely describe the technical solutions in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0060] like Figure 1-3 As shown, an oral implant system based on data collection and application includes:

[0061] Implant 1, which is arranged on the alveolar bone and is used for connecting various components;

[0062] A receiving component 2, which is disposed on the implant 1 and is used to receive and fix the monitoring component 3;

[0063] Monitoring component 3, which is disposed on the implant 1 and connected to the alveolar bone of the patient for real-time monitoring and feedback of the patient's oral and physical conditions;

[0064] The interactive system connects the containing component 2 and the monitoring component and monitors the patient's physical condition in real time and provides feedback in the form of visual analysis.

[0065] Specifically, the receiving assembly 2 includes a receiving groove 21, a central screw 22 and a safety gap 23. The receiving groove 21 is arranged in the implant 1. The central screw 22 is threadedly connected to the implant 1 and screwed into the safety gap 23. The monitoring assembly 3 includes a monitoring chip 31 and a gasket 32. The monitoring chip 31 is arranged in the receiving groove 21. The gasket 32 ​​is arranged in the receiving groove 21 and abuts against the monitoring chip 31. The gasket 32 ​​is located at the safety gap 23, and the central screw 22 and the gasket 32 ​​are separated along the width of the safety gap 23. The monitoring chip 31 is used to monitor the sleep, heart rate and blood pressure of the patient after dental implantation.

[0066] Specifically, the interactive system includes:

[0067] Patient physical information entry module: Users enter personal physical information through the system, including height, weight, physical condition, and allergies, so that the system can better understand the patient's overall health status;

[0068] Oral implant related information input module: users input oral implant related information, such as implant model, implant location, and implant time;

[0069] Real-time monitoring module: The system monitors the impact of oral implants on the patient's body, such as oral health and overall health status;

[0070] Remote monitoring module: The remote monitoring module includes a remote monitoring unit, which enables the patient or the patient's family to check the patient's physical condition through the mobile phone;

[0071] Consultation service module: Users can consult professional oral implant doctors about the effects of oral implants on the body and related issues through the system to obtain professional advice and guidance;

[0072] Health Report Module: The system generates a health report on the impact of oral implants on the patient's body, helping users understand the overall impact of oral implants and related health conditions.

[0073] Specifically, the real-time monitoring module includes:

[0074] Implant position stability monitoring: The system monitors the stability of the oral implant in real time and promptly detects whether the implant position is loose or offset;

[0075] Surrounding tissue inflammation monitoring: Systematically monitor whether there is inflammation in the tissues around oral implants, and promptly detect and deal with related problems;

[0076] Oral hygiene monitoring: monitors the oral hygiene around oral implants, including gum health and oral hygiene habits, to help users keep the oral environment clean and reduce the risk of oral diseases;

[0077] Physical information monitoring: monitoring the patient's physical parameters after denture implantation, including the patient's sleep, heart rate, and blood pressure;

[0078] Real-time data update: monitor the real-time update of oral implant-related data to ensure that users are aware of the health status of oral implants in a timely manner and take appropriate care measures;

[0079] Provide alarm function: The system provides an alarm function based on the monitored data to remind users to take timely action or seek help from professional doctors.

[0080] Specifically, the consulting service module includes:

[0081] Professional Q&A unit: Users can ask questions to oral implant doctors through the system to obtain professional oral implant care advice and guidance;

[0082] Online consultation unit: Users can communicate with oral implant doctors online in real time through the system to answer questions and provide personalized oral implant care suggestions;

[0083] Expert recommendation unit: The system recommends suitable oral implant doctors based on the user's needs and the condition of the oral implants, providing more accurate consulting services;

[0084] Health guidance: Oral implant doctors provide relevant oral health guidance based on the user's oral implant information and physical condition to help users properly care for oral implants and prevent and deal with related problems.

[0085] Specifically, the remote monitoring module also includes establishing a connection with the user through terminal devices, including personal computers, industrial computers and servers. The user can access the remote monitoring interface through a Web browser or a dedicated software application to view monitoring data and control equipment in real time.

[0086] The remote monitoring module also includes connecting with users through mobile applications. Users download and install corresponding mobile applications through mobile devices such as mobile phones or tablets, and interact with the remote monitoring module through mobile applications.

[0087] The remote monitoring module also connects with users through cloud services. Users can connect to the remote monitoring system on the cloud through the Internet and operate it through a web browser or a dedicated mobile application.

[0088] Specifically, the health report module includes:

[0089] Comprehensive analysis unit: The system will conduct a comprehensive analysis of the impact of oral implants on the patient's body based on the personal physical information entered by the user, oral implant-related information, and real-time data monitored, and provide a comprehensive health assessment;

[0090] Health status assessment unit: Based on the analysis results, the system will assess the impact of oral implants on the patient's overall health status, including oral health and systemic health assessment, to help users understand their own health status;

[0091] Risk warning unit: The system will provide possible risks and problems of oral implants based on the analysis results, such as the stability of the implant position and the inflammation of the surrounding tissues, and remind users to pay attention and deal with them in time;

[0092] Personalized advice unit: Based on the health assessment results, the system will provide users with personalized oral implant care recommendations, including oral hygiene habits and regular check-up recommendations, to help users maintain oral health.

[0093] Specifically, the interactive system further includes a data analysis module, and the data analysis module includes:

[0094] Data cleaning and integration: The system cleans and integrates the oral implant data entered and monitored by the user to ensure the accuracy and completeness of the data and provide reliable data support for subsequent analysis;

[0095] Data mining and analysis: Through data analysis technology, the system mines and analyzes oral implant-related data, deeply understands the health status and influencing factors of oral implants, and provides scientific basis and decision-making support for users;

[0096] Health trend prediction: Based on historical data and trend analysis, the system predicts the health trend and development direction of oral implants, helping users prevent and deal with potential problems and adjust oral implant care strategies in advance;

[0097] Data report generation: The data analysis module generates detailed oral implant health data reports, including analysis results, trend forecasts, and question prompts to help users understand the overall health status of oral implants.

[0098] Specifically, the interactive system further includes a visualization analysis module, and the visualization analysis module includes:

[0099] Data statistics chart: The system collects statistics and analyzes the real-time monitored oral implant-related data, and generates various visual charts, such as curve charts, bar charts, and pie charts, to intuitively display the health status and change trends of oral implants;

[0100] Data comparison and analysis: The visual analysis module compares and analyzes data at different time points or between different oral implants, helping users understand the development history of oral implants and compare the health status of different oral implants;

[0101] Regional heat map display: The system displays the inflammation and blood circulation of the tissues around oral implants through regional heat maps, helping users to understand the health of the tissues around oral implants more intuitively;

[0102] Warning of potential problems: The system uses visual charts to display potential problems with oral implants, such as unstable position and inflammation risk, to remind users to take timely measures to prevent problems from occurring.

[0103] The data processing includes establishing a database for the collected data, calculating the minimum value of the cost function for the data feature values ​​in the database after the data processing, and generating a data analysis report. The minimum value of the cost function is calculated as follows:

[0104]

[0105] Among them, y i is the output of the target data, λ is the penalty coefficient, ||w|| 1 The L1-norm of the ω vector is used as a penalty term. The L1-norm means the sum of the absolute values ​​of each element of the vector ω. i is the data point of the target database, T is the exponential coefficient of the vector ω, The database for the target data.

[0106] The data visualization includes image processing, which includes image scaling. The pixels of the image are adjusted by building a convolutional neural network. The neurons in each layer of the convolutional neural network are arranged in three dimensions: width, height and depth. For the input layer, the width and height refer to the width and height of the input image, and the depth represents the number of channels of the input image, which is calculated by the following formula:

[0107]

[0108] Among them, n out is the output size, n in is the input size, p is the padding size, f is the convolution kernel size, s is the convolution step size. The original image is scaled by combining the original image pixel input size with the padding size through the convolution neural network, and the width, height and depth of the original image are modified. After the original image is scaled, the clarity of the original image is guaranteed.

[0109] The working principle of the oral implant system based on data collection and application of the present invention is as follows: an implant is arranged in the patient's oral cavity, and the implant is used to connect various components; a containing component is arranged on the implant, and the containing component is used to implant a denture in the patient's alveolar position and perform healing treatment on the patient's oral cavity; a monitoring component is arranged on the implant, and the monitoring component is connected to the patient's alveolar bone to monitor and feedback the patient's oral condition and the patient's physical condition in real time; an interactive system is connected to the containing component and the monitoring component, and monitors and feedbacks the patient's physical condition in real time in the form of visual analysis, which has the effect of intelligently managing the patient's oral implant and real-time monitoring of the patient's physical parameters and timely feedback; the user can use the system Enter personal physical information, including height, weight, physical condition, and allergies, so that the system can better understand the patient's overall health status; the user enters information related to the oral implant, such as the implant model, implant location, and implant time; the system monitors the impact of the oral implant on the patient's body, such as the oral health status and overall health status; the remote monitoring module includes a remote monitoring unit that enables the patient or the patient's family to view the patient's physical condition through a mobile phone; the user consults a professional oral implant doctor about the impact of oral implants on the body and related issues through the system to obtain professional advice and guidance; the system generates a health report on the impact of oral implants on the patient's body to help users understand the overall impact of oral implants and related health conditions.

[0110] The preferred embodiments of the present invention disclosed above are only used to help explain the present invention. The preferred embodiments do not describe all the details in detail, nor do they limit the invention to only specific implementation methods. Obviously, many modifications and changes can be made according to the content of this specification. This specification selects and specifically describes these embodiments in order to better explain the principles and practical applications of the present invention, so that those skilled in the art can understand and use the present invention well. The present invention is limited only by the claims and their full scope and equivalents.

Claims

1. An oral implant system based on data collection and application, characterized in that: include: An implant (1), the implant (1) being arranged on the grooved bone, and the implant (1) being used for connecting various components; A containing component (2), the containing component (2) being arranged on the implant (1), and the containing component (2) being used to store and fix the monitoring component (3); A monitoring component (3), the monitoring component (3) being arranged on the implant (1), the monitoring component (3) being connected to the alveolar bone of the patient for real-time monitoring and feedback of the patient's oral condition and the patient's physical condition; An interactive system connects the containing component (2) and the monitoring component and monitors the patient's physical condition in real time and provides feedback in the form of visual analysis.

2. The oral implant system based on data collection and application according to claim 1, characterized in that: The receiving assembly (2) comprises a receiving groove (21), a central screw (22) and a safety gap (23); the receiving groove (21) is arranged in the implant (1); the central screw (22) is threadedly connected to the implant (1) and screwed into the safety gap (23).

3. An oral implant (1) system based on data collection and application according to claim 2, characterized in that: The monitoring component (3) comprises a monitoring chip (31) and a gasket (32); the monitoring chip (31) is arranged in the receiving groove (21); the gasket (32) is arranged in the receiving groove (21) and abuts against the monitoring chip (31); the gasket (32) is located at the safety gap (23); and the central screw (22) and the gasket (32) are arranged to be spaced apart along the width of the safety gap (23).

4. The oral implant system based on data collection and application according to claim 1, characterized in that: The interactive system comprises: Patient physical information entry module: Users enter personal physical information through the system, including height, weight, physical condition, and allergies, so that the system can better understand the patient's overall health status; Oral implant related information input module: users input oral implant related information, such as implant model, implant location, and implant time; Real-time monitoring module: The system monitors the impact of oral implants on the patient's body, such as oral health and overall health status; Remote monitoring module: The remote monitoring module includes a remote monitoring unit, which enables the patient or the patient's family to check the patient's physical condition through the mobile phone; Consultation service module: Users can consult professional oral implant doctors about the effects of oral implants on the body and related issues through the system to obtain professional advice and guidance; Health Report Module: The system generates a health report on the impact of oral implants on the patient's body, helping users understand the overall impact of oral implants and related health conditions.

5. The oral implant system based on data collection and application according to claim 1, characterized in that: The real-time monitoring module comprises: Implant position stability monitoring: The system monitors the stability of the oral implant in real time and promptly detects whether the implant position is loose or offset; Surrounding tissue inflammation monitoring: Systematically monitor whether there is inflammation in the tissues around oral implants, and promptly detect and deal with related problems; Oral hygiene monitoring: monitors the oral hygiene around oral implants, including gum health and oral hygiene habits, to help users keep the oral environment clean and reduce the risk of oral diseases; Physical information monitoring: monitoring the patient's physical parameters after denture implantation, including the patient's sleep, heart rate, and blood pressure; Real-time data update: monitor the real-time update of oral implant-related data to ensure that users are aware of the health status of oral implants in a timely manner and take appropriate care measures; Provide alarm function: The system provides an alarm function based on the monitored data to remind users to take timely action or seek help from professional doctors.

6. The oral implant system based on data collection and application according to claim 5, characterized in that: The consulting service module includes: Professional Q&A unit: Users can ask questions to oral implant doctors through the system to obtain professional oral implant care advice and guidance; Online consultation unit: Users can communicate with oral implant doctors online in real time through the system to answer questions and provide personalized oral implant care suggestions; Expert recommendation unit: The system recommends suitable oral implant doctors based on the user's needs and the condition of the oral implants, providing more accurate consulting services; Health guidance: Oral implant doctors provide relevant oral health guidance based on the user's oral implant information and physical condition to help users properly care for oral implants and prevent and deal with related problems.

7. The oral implant system based on data collection and application according to claim 6, characterized in that: The remote monitoring module also includes establishing a connection with the user through terminal devices, including personal computers, industrial computers and servers. The user can access the remote monitoring interface through a Web browser or a dedicated software application to view monitoring data and control equipment in real time. The remote monitoring module also includes connecting with users through mobile applications. Users download and install corresponding mobile applications through mobile devices such as mobile phones or tablets, and interact with the remote monitoring module through mobile applications. The remote monitoring module also connects with users through cloud services. Users can connect to the remote monitoring system on the cloud through the Internet and operate it through a web browser or a dedicated mobile application.

8. The oral implant system based on data collection and application according to claim 6, characterized in that: The health report module includes: Comprehensive analysis unit: The system will conduct a comprehensive analysis of the impact of oral implants on the patient's body based on the personal physical information entered by the user, oral implant-related information, and real-time data monitored, and provide a comprehensive health assessment; Health status assessment unit: Based on the analysis results, the system will assess the impact of oral implants on the patient's overall health status, including oral health and systemic health assessment, to help users understand their own health status; Risk warning unit: The system will provide possible risks and problems of oral implants based on the analysis results, such as the stability of the implant position and the inflammation of the surrounding tissues, and remind users to pay attention and deal with them in time; Personalized advice unit: Based on the health assessment results, the system will provide users with personalized oral implant care recommendations, including oral hygiene habits and regular check-up recommendations, to help users maintain oral health.

9. The oral implant system based on data collection and application according to claim 8, characterized in that: The interactive system further includes a data analysis module, which includes: Data cleaning and integration: The system cleans and integrates the oral implant data entered and monitored by the user to ensure the accuracy and completeness of the data and provide reliable data support for subsequent analysis; Data mining and analysis: Through data analysis technology, the system mines and analyzes oral implant-related data, deeply understands the health status and influencing factors of oral implants, and provides scientific basis and decision-making support for users; Health trend prediction: Based on historical data and trend analysis, the system predicts the health trend and development direction of oral implants, helping users prevent and deal with potential problems and adjust oral implant care strategies in advance; Data report generation: The data analysis module generates detailed oral implant health data reports, including analysis results, trend forecasts, and question prompts to help users understand the overall health status of oral implants.

10. The oral implant system based on data collection and application according to claim 8, characterized in that: The interactive system further includes a visualization analysis module, which includes: Data statistics charts: The system collects statistics and analyzes the real-time monitored oral implant-related data, and generates various visual charts, such as curve charts, bar charts, and pie charts, to intuitively display the health status and change trends of oral implants; Data comparison and analysis: The visual analysis module compares and analyzes data at different time points or between different oral implants, helping users understand the development history of oral implants and compare the health status of different oral implants; Regional heat map display: The system displays the inflammation and blood circulation of the tissues around oral implants through regional heat maps, helping users to understand the health of the tissues around oral implants more intuitively; Warning of potential problems: The system uses visual charts to display potential problems with oral implants, such as unstable position and inflammation risk, to remind users to take timely measures to prevent problems from occurring.

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