CN101138527A - Mouth cavity orthodontic system for measuring and analysing - Google Patents
Mouth cavity orthodontic system for measuring and analysing Download PDFInfo
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- CN101138527A CN101138527A CNA2007100928320A CN200710092832A CN101138527A CN 101138527 A CN101138527 A CN 101138527A CN A2007100928320 A CNA2007100928320 A CN A2007100928320A CN 200710092832 A CN200710092832 A CN 200710092832A CN 101138527 A CN101138527 A CN 101138527A
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Abstract
The present invention discloses an orthodontic measurement analysis system, which adopts the VC++ and MS SQL Server database technology and uses a C/S structure. The system includes a hardware system which consists of an image collecting equipment, a plurality of clients, an application server and a database and a software system which consists of a case history management system, a dental cast measurement system and a data analyzing system. The present invention has the beneficial technical effects that the dental cast measurement analyzing data are accurate and safe. The predicated results can be assisted to the doctor diagnosis. The statistical data provide the basis for later case studies. The virtual orthodontic results provide the safe guarantees for patients. The system has the advantages of simple operation and low cost, which is applied to the measurement and the analysis of the orthodontic dental cast.
Description
Technical field
The present invention relates to a kind of oral cavity measuring and analysis system, especially relate to a kind of mouth cavity orthodontic system for measuring and analysing.
Background technology
Along with improving constantly of living standard, people are more and more paid attention to the appearance of oneself, and lopsided tooth is the key factor that influences people's appearance always.Yet China's mouth cavity orthodontic level is compared very big gap in addition with some developed countries, it is also quite backward at aspects such as metering system, parameter analysis and equipment mainly to show as China's mouth cavity orthodontic model.For a long time, the measurement of domestic dentognathic model is carried out hand dipping with instruments such as slide gauge, dividers, and is not only time-consuming, require great effort and be easy to generate error, and influences the efficient of clinical oral work greatly.Particularly, the therapeutic scheme of often making according to rough measurement data and doctor's personal experience when therapeutic scheme is formulated not only allows patient be difficult to convince, and often has very mistake, even produces the oral cavity diagnosis mistake that can not save sometimes.
At present, domestic mouth cavity orthodontic doctor adopts the preservation of Gypsum Fibrosum record model as tooth jaw data, has taken big quantity space, and selects for use traditionally as manual measuring methods such as slide gaugies, and speed is slow, precision is low.Though in recent years, domestic also have some digitized mouth cavity orthodontic class softwares to be developed, but they all do not solve the storage and the on-line operation of data, do not consider mouth cavity orthodontic clinical medicine requirements of one's work, particularly for mixed dentition phase case history, even do not provide the software that has at Chinese computation model not consider such model at all.Abroad, though digitized mouth cavity orthodontic class software is very ripe, but cost an arm and a leg, and the Measurement and analysis parameter derives from particularly westerner's oral cavity case of foreigner, there is very big-difference in Buccodental parameter because of country variant or geographic people thus, makes external mouth cavity orthodontic class software and be not suitable for the measurement and the analysis of Chinese oral cavity tooth mould.
Summary of the invention
The purpose of this invention is to provide a kind of doctor of help improves diagnosis and therapeutic efficiency and more is applicable to Chinese mouth cavity orthodontic system for measuring and analysing, it adopts VC++ and MS SQL Server database technology, use the C/S framework, this mouth cavity orthodontic system for measuring and analysing comprises that (client can be a plurality of computers by image capture device, a plurality of client, or a plurality of work stations, or a plurality of mouth cavity orthodontic instrument, or the combination of aforementioned calculation machine, work station, mouth cavity orthodontic instrument; Wherein, computer, work station adopt MS Windows operating system, and the mouth cavity orthodontic instrument adopts MS WindowsCE operating system), the hardware system that constitutes of application server and data base and the software system that constitutes by record management system, tooth mould measuring system and data analysis system; Wherein: image capture device is connected with each client respectively, is connected by network between each client and the application server, and application server is connected with the data base; Described software system flow process is: 1) user's login enters main interface; 2) enter record management system, tooth mould measuring system or data analysis system.
Described record management system comprises following subcommand: 1) inquiry, 2) deletion, 3) modification, 4) increase, 5) newly-built; In the data that the client input will be inquired about, data corresponding in system's reading database are mated; Have only the successful inquiring user just can carry out 2 to the data of finding in client) deletion and 3) retouching operation; 2) deletion and 3) modification has only and could change data among the data base after operating successfully; The automatic inquiring user of system increases or whether newly-built data have repetition in the data base: then operation failure of repetition is arranged, do not repeat, then can carry out 4) increase or 5) newly-built order.
Described tooth mould measuring system comprises following subcommand: the tooth modulus that 1) reads in patient according to (the tooth modulus that reads in patient is according to comprising: upper jaw figure, lower jaw figure, front elevation, left hand view and right part of flg, and every kind of image be divided into treatment separately before, the back two kinds of images of treatment); 2) measure also video data; 3) carry out the operation of measurement data by data base's importing/derivation; 4) the tooth mould is carried out the match operation; 5) can operate image; 6) select to enter record management system or data analysis system; The user to tooth mould image measurement after, the measurement data of acquisition temporarily is kept on the client computer, selecting data to derive operation by the data base can be saved in data among the data base; Be kept at the measurement data among the data base, selecting data imports to client computer by data base's import operation.
Calibrate earlier before measurement, the size conversion that computer is shown is an actual size.
Measuring command comprises ten subcommands: arch width, arch length, dental arch gradient, theoretical dental arch girth, actual dental arch girth, SpeeShi distance, crowding, front symmetry, labial teeth Bolton index, full tooth Bolton index; System accounting is calculated measurement parameter, distributes corresponding variable for each parameter and preserve in client tooth mould measuring and analysis system, and lane database also has corresponding variable; Measurement is finished, and can import to database storage to measurement data; Can from the data base derive and assignment give the tooth mould measuring and analysis system to dependent variable.
Can comprise seven subcommands to the operational order that image carries out: select, browse, drag, survey and draw, rotate, amplify, dwindle; Wherein browsing, dragging, rotate, amplify, dwindle is operation to the tooth mould image that reads in; Selected order is used for selected measurement point or the slotted line of drawing.
Described data analysis system comprise in advance examine, the mixed dentition phase is analyzed, pre-rash, specialist system, emulation are just abnormal, data statistics, data base, data printing; Analytical data is temporarily to be kept on the client machine, the user can by analytical system import and export database manipulation realize analytical data and data base alternately.
Useful technique effect of the present invention is: tooth mould Measurement and analysis data are accurate, safety, examining the result in advance can assist the doctor to diagnose, statistical data provides foundation for later case research, the virtual orthodontic result provides safety guarantee for patient, whole system is simple to operate, cost is low, is fit to Chinese oral cavity tooth mould and measures and analyze.
Description of drawings
Accompanying drawing 1 is C/S framework of the present invention and data base's scattergram;
Accompanying drawing 2 is structure charts of mouth cavity orthodontic system;
Accompanying drawing 3 is mouth cavity orthodontic system for measuring and analysing software flow patterns;
In the accompanying drawing: image capture device 1, client 2, database server 3, data base 4, computer 5, work station 6, mouth cavity orthodontic instrument 7.
The specific embodiment
Referring to 1 one kinds of mouth cavity orthodontic system for measuring and analysing of accompanying drawing, adopt VC++ and MS SQL Server database technology, use the C/S framework.
The native system hardware structure comprises: this system comprises hardware system that is made of image capture device 1, a plurality of client 2, application server 3 and data base 4 and the software system that is made of record management system, tooth mould measuring system and data analysis system; Wherein: image capture device 1 is connected with each client 2 respectively, is connected by network between each client 2 and the application server 3, and application server 3 is connected with data base 4.
Described client can be a plurality of computers 5, or a plurality of work station 6, or a plurality of mouth cavity orthodontic instrument 7, or the combination of aforementioned calculation machine 5, work station 6, mouth cavity orthodontic instrument 7; Wherein, computer 5, work station 6 adopt MS Windows operating system, and mouth cavity orthodontic instrument 7 adopts MS WindowsCE operating system.
Flow process referring to the described mouth cavity orthodontic of accompanying drawing 2, accompanying drawing 3 system is: 1) user's login; 2) enter record management system, tooth mould measuring system or data analysis system, promptly the user logins described system, and selectable sub-interface comprises: record management system, tooth mould measuring system and data analysis system.
The order that the record management system interface comprises: inquiry, deletion, modification, increase, newly-built, withdraw from.
The order that tooth mould measuring system interface comprises: read in tooth mould left hand view, read in tooth mould right part of flg, read in tooth mould upper jaw figure, read in tooth mould lower jaw figure, read in tooth mould front elevation, calibration, attribute, match, operation, state, measurement, data base, data print, help, nullify and withdraw from.
The order that the data analysis system interface comprises: fundamental analysis, mixed dentition phase are analyzed, pre-rash, specialist system, emulation are just abnormal, data statistics, data base, data are printed, withdrawed from.
The subcommand that comprises of the querying command in the record management system interface wherein: by patient name, palpation attending doctor name, by medical record number.
Database command in the tooth mould measuring system interface comprises two subcommands and imports and derive; The attribute order comprises three subcommands: paintbrush size Selection, brush color are selected, the paintbrush type selecting; Measuring command comprises ten subcommands: arch width, arch length, dental arch gradient, theoretical dental arch girth, actual dental arch girth, SpeeShi distance, crowding, front symmetry, labial teeth Bolton index, full tooth Bolton index; Operational order to tooth mould image comprises seven subcommands: select, browse, drag, survey and draw, rotate, amplify, dwindle; Wherein browsing, dragging, rotate, amplify, dwindle is operation to the tooth mould image that reads in, and selected order is used for selected measurement point or the slotted line of drawing.
Database command in the data analysis system interface comprises two subcommands and imports and derive.
Specific embodiment: enter user's login interface, input user name, encrypted message is sent to server, information is compared just can enter main interface after errorless;
1) when selecting to enter the record management system interface:
Want information inquiring in the client input, information corresponding in system's reading database is mated; Have only the successful inquiring user just can delete and retouching operation to the information of finding in client; Deletion and modification have only could change data among the data base after operating successfully; The automatic inquiring user of system increases or whether newly-built information has repetition in the data base: then operation failure of repetition is arranged, do not repeat, then can carry out increases or newly-built order.
Exit command, be retracted into main interface.
2) when entering tooth mould measuring system of picture interface:
Read in tooth mould left hand view, read in tooth mould right part of flg, read in tooth mould upper jaw figure, read in tooth mould lower jaw figure, read in the order of tooth mould front elevation, can have access to accordingly the image data of preserving on computers, also can have access to the corresponding data of preserving in the data base;
The calibration order, the user directly determines length of the scale and unit on computers with mouse, and is recorded on this computer, promptly the size conversion that computer is shown is an actual size;
Color, line weight and the straight line of the icon of calibration usefulness, the selection of curve are adjusted in the attribute order;
The match order utilizes the Beta equation that the tooth mould is carried out a match operation, and a trend after reflection tooth mould is just abnormal is promptly simulated therapeutic outcome;
Operational order can be selected the image that the data collecting device collects, browses, drags, surveys and draws, rotates, amplification, reduction operation;
Measuring command, start external data acquisition equipment, the data that collect are divided into arch width, arch length, dental arch gradient, theoretical dental arch girth, actual dental arch girth, SpeeShi distance, crowding, front symmetry, labial teeth Bolton index, full tooth Bolton index, and storage also shows on computers;
Database command comprises derivation and imports two subcommands that derivation can access the document that is stored in the data base, and importing can send to database storage to the drawing information that collects;
The data print command prints current document;
HELP command is opened on the computer help information of relevant native system;
Nullify order, switching between login user or release calculator memory;
Exit command, be retracted into main interface;
3) when entering the analytical system interface:
Utilize that the Moyers analytic process is examined in advance, the analysis of mixed dentition phase, data statistics, fundamental analysis, emulation orthodontic procedure;
The specialist system order goes out diagnosis and treatment means or result with for reference by computer simulation.
The data print command prints current data;
Database command comprises deriving and importing two subcommands that derivation can access the document that is stored in the data base, and importing can send to database storage to current document on the computer, promptly realize analytical data and data base alternately.
Exit command, be retracted into main interface.
But tooth mould measuring system uniaxially enters record management system or data analysis system.
Claims (9)
1. mouth cavity orthodontic system for measuring and analysing, it adopts VC++ and MS SQL Server database technology, use the C/S framework, it is characterized in that: this mouth cavity orthodontic system for measuring and analysing comprises hardware system that is made of image capture device (1), a plurality of client (2), application server (3) and data base (4) and the software system that is made of record management system, tooth mould measuring system and data analysis system; Wherein: image capture device (1) is connected with each client (2) respectively, is connected by network between each client (2) and the application server (3), and application server (3) is connected with data base (4); Described software system flow process is: 1) user's login enters main interface; 2) enter record management system, tooth mould measuring system or data analysis system.
2. mouth cavity orthodontic system for measuring and analysing according to claim 1, it is characterized in that: described client (2) can be a plurality of computers (5), or a plurality of work stations (6), or a plurality of mouth cavity orthodontic instrument (7), or the combination of aforementioned calculation machine (5), work station (6), mouth cavity orthodontic instrument (7); Wherein, computer (5), work station (6) adopt MS Windows operating system, and mouth cavity orthodontic instrument (7) adopts MS WindowsCE operating system.
3. mouth cavity orthodontic system for measuring and analysing according to claim 1 is characterized in that: described record management system comprises following subcommand: 1) inquiry, 2) deletion, 3) modification, 4) increase, 5) newly-built; In the data that the client input will be inquired about, data corresponding in system's reading database are mated; Have only the successful inquiring user just can carry out 2 to the data of finding in client) deletion and 3) retouching operation; 2) deletion and 3) modification has only and could change data among the data base after operating successfully; The automatic inquiring user of system increases or whether newly-built data have repetition in the data base: then operation failure of repetition is arranged, do not repeat, then can carry out 4) increase or 5) newly-built order.
4. mouth cavity orthodontic system for measuring and analysing according to claim 1 is characterized in that: described tooth mould measuring system comprises following subcommand: the tooth modulus certificate of 1) reading in patient; 2) measure also video data; 3) carry out the operation of measurement data by data base's importing/derivation; 4) the tooth mould is carried out match; 5) tooth mould image is operated; 6) select to enter record management system or data analysis system; The user to tooth mould image measurement after, the measurement data of acquisition temporarily is kept on the client computer, selecting data to derive operation by the data base can be saved in data among the data base; Be kept at the measurement data among the data base, selecting data imports to client computer by data base's import operation.
5. mouth cavity orthodontic system for measuring and analysing according to claim 4, it is characterized in that: the tooth modulus that reads in patient is according to comprising: upper jaw figure, lower jaw figure, front elevation, left hand view and right part of flg before the treatment, the upper jaw figure after the treatment, lower jaw figure, front elevation, left hand view and right part of flg.
6. mouth cavity orthodontic system for measuring and analysing according to claim 4 is characterized in that: at subcommand 2) to measure also and calibrate earlier before the video data, the size conversion that computer is shown is an actual size.
7. mouth cavity orthodontic system for measuring and analysing according to claim 4 is characterized in that: measuring command comprises ten subcommands: arch width, arch length, dental arch gradient, theoretical dental arch girth, actual dental arch girth, SpeeShi distance, crowding, front symmetry, labial teeth Bolton index, full tooth Bolton index; System accounting is calculated measurement parameter, distributes corresponding variable for each parameter and preserve in client tooth mould measuring and analysis system, and lane database also has corresponding variable; Measurement is finished, and can import to database storage to measurement data; Can from the data base derive and assignment give the tooth mould measuring and analysis system to dependent variable.
8. mouth cavity orthodontic system for measuring and analysing according to claim 4 is characterized in that: subcommand 5) tooth mould image is operated and can be comprised seven subcommands to the operational order that image carries out: select, browse, drag, survey and draw, rotate, amplify, dwindle; Wherein browsing, dragging, rotate, amplify, dwindle is operation to the tooth mould image that reads in; Selected order is used for selected measurement point or the slotted line of drawing.
9. mouth cavity orthodontic system for measuring and analysing according to claim 1 is characterized in that: described data analysis system comprise in advance examine, the mixed dentition phase is analyzed, pre-rash, specialist system, emulation are just abnormal, data statistics, data base, data printing; Analytical data is temporarily to be kept on the client machine, the importing that the user can be by analytical system/export to database manipulation realize analytical data and data base alternately.
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| Application Number | Priority Date | Filing Date | Title |
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| CNA2007100928320A CN101138527A (en) | 2007-10-12 | 2007-10-12 | Mouth cavity orthodontic system for measuring and analysing |
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| Application Number | Priority Date | Filing Date | Title |
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| CNA2007100928320A CN101138527A (en) | 2007-10-12 | 2007-10-12 | Mouth cavity orthodontic system for measuring and analysing |
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| CN101138527A true CN101138527A (en) | 2008-03-12 |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103054658A (en) * | 2012-12-18 | 2013-04-24 | 浙江工业大学 | Modeling method of oral cavity model used for individual three-dimensional orthodontic force test |
| CN102215771B (en) * | 2008-11-20 | 2014-02-19 | 矫正技术公司 | Orthodontic systems and methods including parametric attachments |
-
2007
- 2007-10-12 CN CNA2007100928320A patent/CN101138527A/en active Pending
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102215771B (en) * | 2008-11-20 | 2014-02-19 | 矫正技术公司 | Orthodontic systems and methods including parametric attachments |
| CN103054658A (en) * | 2012-12-18 | 2013-04-24 | 浙江工业大学 | Modeling method of oral cavity model used for individual three-dimensional orthodontic force test |
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