CN110942814A - Statistical method and statistical system for wearing information of shell-shaped tooth appliance - Google Patents
Statistical method and statistical system for wearing information of shell-shaped tooth appliance Download PDFInfo
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- CN110942814A CN110942814A CN201911193897.3A CN201911193897A CN110942814A CN 110942814 A CN110942814 A CN 110942814A CN 201911193897 A CN201911193897 A CN 201911193897A CN 110942814 A CN110942814 A CN 110942814A
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Abstract
The invention provides a statistical method and a statistical system for wearing information of a shell-shaped tooth appliance, which comprise the following steps: acquiring case information of a patient in a preset correcting period and wearing time information of a shell-shaped tooth corrector worn in a preset time period; counting the single wearing time and/or the single placing time in the wearing time information of the patient in a preset time period, wherein the distribution of the single wearing time and/or the single placing time in the preset time period is used for representing the wearing rule of the shell-shaped dental appliance worn by the patient; acquiring the correction achievement rate of the patient according to the current correction state information and the target correction state information; and carrying out association setting on the wearing rule of the shell-shaped tooth appliance worn by the patient and the corresponding appliance achievement rate. By analyzing the relationship between the wearing rule of the shell-shaped tooth appliance worn by the patient and the correction achievement rate, the incidence relationship between the wearing rule of the shell-shaped tooth appliance worn by the patient and the corresponding correction effect is obtained.
Description
Technical Field
The invention belongs to the technical field of tooth correction, more particularly relates to a shell-shaped tooth corrector wearing technology, and particularly relates to a shell-shaped tooth corrector wearing information statistical method and a statistical system.
Background
The invisible orthodontic treatment is to wear a shell-shaped tooth treatment device to correct teeth and relieve malocclusion and deformity so as to achieve the effect of beautifying the teeth.
Because shell tooth is rescued the ware and is worn on patient's tooth, apply certain power of correcting to patient's tooth through shell tooth is rescued to reach shell tooth and rescued the purpose that the ware was rescued to patient's tooth. Therefore, in the wearing process of the shell-shaped tooth appliance, the appliance force can cause the patient to feel uncomfortable, so the patient can select the wearing time of the shell-shaped tooth appliance according to the self intention, at present, the single wearing time of the shell-shaped tooth appliance cannot be fed back in real time in the wearing process of the patient, therefore, the single wearing time of the shell-shaped tooth appliance cannot be counted, a doctor designs the appliance scheme according to the type of a case, data information which can be referred to in the wearing scheme is lacked, and particularly, the doctor with smaller working age is a challenge, and the appliance effect of the patient is indirectly influenced.
Based on the above, the present application provides a technical solution to solve the above problems.
Disclosure of Invention
The invention mainly aims to overcome the defects of the prior art, and provides a shell-shaped tooth appliance wearing information statistical method and a statistical system, which solve the problem of the incidence relation between the wearing rule of the shell-shaped tooth appliance and the corresponding appliance effect, and how to guide a patient to effectively finish wearing the shell-shaped tooth appliance through the obtained wearing rule.
The technical scheme provided by the invention is as follows:
a statistical method for wearing information of a shell-shaped dental appliance comprises the following steps:
acquiring case information of a patient in a preset correcting period and wearing time information of a shell-shaped tooth corrector worn in a preset time period; the case information at least comprises current correction state information and target correction state information; counting the single wearing time and/or the single placing time in the wearing time information of the patient in the preset time period, wherein the distribution of the single wearing time and/or the single placing time in the preset time period is used for representing the wearing rule of the shell-shaped dental appliance worn by the patient; acquiring the correction achievement rate of the patient according to the current correction state information and the target correction state information; and carrying out association setting on the wearing rule of the shell-shaped tooth appliance worn by the patient and the corresponding appliance achievement rate.
Further preferably, the case information further includes: age information, gender information, case type of the patient; carrying out classified statistics on the case information of the patient according to different case types; classifying and counting the case information of the same case type according to a preset age range and corresponding gender information in sequence to obtain a case counting list, and associating the current correction state information and the target correction state information to the case counting list; and further correspondingly associating the correction achievement rate to the case statistics list.
Further preferably, the method further comprises the following steps:
screening candidate case information meeting conditions according to the size of the correction achievement rate; and further analyzing the candidate case information to obtain the wearing rules of the shell-shaped dental appliance worn by the patient corresponding to different correction achievement rates.
Further preferably, the preset time period in the wearing rule includes: a day, or/and a period of correction.
Further preferred, comprising: and correspondingly associating each single wearing time and/or single placing time counted in one day with the corresponding 24-hour wearing time in one day, and constructing the wearing rule of the patient in the preset correcting period.
Further preferably, the wearing time information and the current correcting state information in the mouth are acquired through a correcting monitoring terminal for storing the shell-shaped tooth correcting device, and the correcting target state information is acquired through communication with external equipment.
A statistical system for wearing information of a shell-shaped dental appliance can execute the statistical method for the wearing information of the shell-shaped dental appliance, and comprises the following steps:
the acquiring module is used for acquiring case information of a patient in a preset correcting period and wearing time information of a shell-shaped tooth corrector worn in a preset time period; the case information at least comprises current correction state information and target correction state information;
the statistical module is used for counting each single wearing time and/or single placing time in the wearing time information of the patient in the preset time period, and the distribution rule of the single wearing time and/or the single placing time in the preset time period is used for representing the wearing rule of the shell-shaped dental appliance worn by the patient;
and the analysis module is used for acquiring the correction achievement rate of the patient according to the current correction state information and the target correction state information, and performing associated setting on the wearing rule of the shell-shaped tooth corrector worn by the patient and the corresponding correction achievement rate.
Further preferred, comprising: the case information further includes: age information, gender information, case type of the patient; the analysis module specifically comprises:
the case classification unit is used for performing classification statistics on the case information of the patient according to different case types; the construction list unit is used for carrying out classified statistics on the case information of the same case type according to a preset age range and different corresponding sexes in sequence to obtain a case statistical list; and the information association unit is used for associating the current correction state information, the target correction state information and the correction achievement rate to the case statistics list correspondingly.
Further preferably, the information associating unit includes: screening candidate case information meeting conditions according to the size of the correction achievement rate; and analyzing the candidate case information in one step to obtain the wearing rules of the shell-shaped dental appliance worn by the patient corresponding to different orthodontic achievement rates.
Further preferably, the method further comprises the following steps: the correcting monitoring terminal is used for storing the shell-shaped tooth correcting device and acquiring wearing time information and/or placing time information of the wearing shell-shaped tooth correcting device and the current correcting state information in the mouth; and acquiring the state information of the correction target through communication with external equipment, further communicating with the acquisition module, and sending the acquired information to the acquisition module.
The shell-shaped tooth appliance wearing information statistical method and the statistical system provided by the invention can bring at least one of the following beneficial effects:
counting each single-time wearing time and/or single-time placing time in the wearing time information of the patient in a preset time period by acquiring case information of the patient in the preset correcting period and the wearing time information of the shell-shaped dental correcting device worn in the preset time period, wherein the distribution rule of the counted single-time wearing time and/or single-time placing time represents the wearing rule of the shell-shaped dental correcting device worn by the patient; further realizing the statistics of the wearing rule of the shell-shaped tooth appliance worn by the patient; and then acquiring the correction achievement rate of the patient according to the current correction state information and the target correction state information, analyzing the relation between the wearing rule of the shell-shaped tooth correction device worn by the patient and the correction achievement rate, and further acquiring the incidence relation between the wearing rule of the shell-shaped tooth correction device worn by the patient and the corresponding correction effect of the shell-shaped tooth correction device, namely directly reflecting the corresponding correction effect of the shell-shaped tooth correction device through the wearing rule.
Through the incidence relation between the wearing rule of the shell-shaped tooth appliance and the corresponding appliance effect, the doctor can search the wearing rule of the shell-shaped tooth appliance with the same appliance effect according to the incidence relation, and can recommend the best wearing scheme of the shell-shaped tooth appliance to other patients in an auxiliary manner according to the searched wearing rule.
Drawings
The foregoing features, technical features, advantages and embodiments are further described in the following detailed description of the preferred embodiments, which is to be read in connection with the accompanying drawings.
Fig. 1 is a flow chart illustrating statistics of wearing information of a shell-shaped dental appliance according to a first embodiment;
FIG. 2 is a flow chart of the wearing information statistics of the shell-shaped dental appliance according to the second embodiment;
fig. 3 is a flow chart of the wearing information statistics of the shell-shaped dental appliance according to the third embodiment;
FIG. 4 is a schematic block diagram of a statistical system for wearing information of a shell-shaped dental appliance according to a fourth embodiment;
FIG. 5 is another schematic block diagram of a statistical system for wearing information of a shell-shaped dental appliance according to a fourth embodiment;
FIG. 6 is a graph showing the relationship between the wearing rule and the expression rate in the present invention.
Detailed Description
In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the following description will be made with reference to the accompanying drawings. It is obvious that the drawings in the following description are only some examples of the invention, and that for a person skilled in the art, other drawings and embodiments can be derived from them without inventive effort.
The first embodiment is as follows:
the present embodiment provides a statistical method for wearing information of a shell-shaped dental appliance, a flowchart of which is shown in fig. 1, and the statistical method specifically includes the following steps.
S110: acquiring the case information of a patient in a preset correcting period and the wearing time information of the shell-shaped tooth correcting device worn in a preset time period.
The case information at least comprises age information, sex information, case types, current correction state information and target correction state information of the patients. The current correction state information at least comprises: any one or more of image information of dentition, image information of skull and dental arch information;
the age information, sex information and case type of the patient can be obtained from the patient profile information, for example, the case types are Andrews I, Andrews II, Andrews III, etc.
The wearing time information of the shell-shaped tooth appliance in the embodiment is acquired through the correction monitoring terminal, and the correction monitoring terminal is used for storing the shell-shaped tooth appliance, counting the wearing time information of the shell-shaped tooth appliance and collecting intraoral correction state information.
The correction monitor terminal in this embodiment is different from the conventional box that is used for placing shell-shaped tooth appliance, this correction monitor terminal not only can deposit shell-shaped tooth appliance, and can also make statistics of when the shell-shaped tooth appliance is worn once and/or when the single is placed, this correction monitor terminal still disposes the camera, gather the intraoral state information of correcting when the shell-shaped tooth appliance is worn once and finishes based on this camera, this correction monitor terminal still disposes the wireless communication function, further with the single of statistics wear time and/or the single is placed time and the correction state information of collection carry out wireless transmission to the background terminal rather than the communication, background server or cloud server etc..
S120: and counting the single wearing time and/or the single placing time in the wearing time information of the patient within the preset time period.
In this embodiment, the purpose of the statistics in step S120 is to obtain a wearing rule that the patient wears the shell-shaped dental appliance in a preset time period, where only a single wearing duration may be counted, for example, the wearing rule only includes the wearing duration that the patient wears the shell-shaped dental appliance each time; the single placing time can be counted, the single wearing time can be simply obtained through the single placing time, and the wearing rule of the shell-shaped dental appliance worn by the patient in the preset time period can be represented through the single placing time; the length of time that can also be placed to the single and length of time that the single is worn are counted respectively, for example, this rule of wearing has included the length of time and the length of rest of wearing that the patient wore shell form tooth and rescues the ware each time.
For example, according to the statistics in step S120, the single wearing time of the patient class a is 2.5 hours, and the single placing time is 45 minutes within the preset time period; the shell-shaped dental shell appliance is taken down when the patient A wears the appliance for 2.5 hours each time within the preset time period, and is worn again after being placed on the appliance monitoring terminal for 45 minutes;
for another example, according to the statistics in step S120, it is known that the single wearing time of the patient class B is 3 hours and the single placing time is 45 minutes within the preset time period, which indicates that the shell-shaped dental shell appliance needs to be taken down each time the patient class B is worn for 3 hours within the preset time period, and the patient class B is placed on the appliance monitoring terminal for 45 minutes and then worn again;
for example, according to the statistics in step S120, it is found that the single wearing time of the patient class C is 3.5 hours and the single placing time is 1 hour in the preset time period, which indicates that the shell-shaped dental shell appliance needs to be taken down when the patient class C wears the patient class C for 3.5 hours each time in the preset time period, and the patient class C is placed on the appliance monitoring terminal for 1 hour and then worn again;
therefore, the wearing rule of the shell-shaped orthodontic appliance worn by the patient in the preset time period can be obtained according to the distribution rule of each single wearing time and/or single placing time counted in the step S120.
It should be noted that the preset time period in this embodiment may be one day, one orthodontic period, or the whole orthodontic period, so that when the preset time period is one day, the wearing rule of the shell-shaped orthodontic appliance in one day may be counted through step S120; when the preset time period is one orthodontic period, the wearing rule of the shell-shaped dental appliance in one orthodontic period can be counted through the step S120; when the preset time period is the whole orthodontic period, the wearing rule of the shell-shaped dental appliance in the whole orthodontic period can be counted through the step S120.
Should wear the law and still include: for example, the total correction period of the patient F is 52 days, each correction period is 14 days, and the patient F wears the regular first 7 days for 18 hours each day and the last 7 days for 23 hours; or the wearing time is consistent every day, the wearing time is different within one day, the time periods are inconsistent, for example, the wearing time at night is long, the wearing time in the daytime is long, and the relationship between the wearing time and the correcting effect is analyzed according to the wearing rules.
S130: and acquiring the correction achievement rate of the patient according to the current correction state information and the target correction state information.
The correction achievement rate refers to a ratio of the current correction state to the target correction state, and if the ratio of the current correction state to the target correction state is 90%, the correction effect of the patient is 90%, so that the correction achievement rate also represents the corresponding correction effect.
Since the correction state information at least includes image information of dentition and image information of skull, tooth parameters, dental arch parameters and occlusion parameters in the current correction state information can be obtained through image analysis, and tooth parameters, dental arch parameters and occlusion parameters in the current correction state information are compared with corresponding parameters in the target correction state information, so that the correction achievement rate can be obtained.
According to statistics in clinical information, taking the tooth movement amount as an example, the target movement amount of the tooth in the correction period is 0.2mm, and if the actual movement amount of the tooth in the correction period is 0.1mm, the correction achievement rate in the correction period is 50%.
In each embodiment of the invention, the step of acquiring the correction information in the correction period refers to the starting time of the period and the actual movement amount calculated in two time periods from the finishing time of the correction period, and the dental arch parameters and the occlusion parameters are calculated according to the tooth parameters in the same way.
S140: and carrying out association setting on the wearing rule of the shell-shaped tooth appliance worn by the patient and the corresponding appliance achievement rate.
Taking one correction period as an example, counting the wearing rules of the shell-shaped tooth correction device worn by the patient in the correction period, obtaining the correction achievement rate of the correction state information at the end of the correction period relative to the target correction state information of the correction period through step S130, associating the wearing rules in the correction period with the correction achievement rate, and further obtaining the association relationship between the wearing rules of the shell-shaped tooth correction device worn by the patient in the correction period and the correction achievement rate.
The association relationship between the wearing rule of the shell-shaped dental appliance worn by the patient in the preset time period and the appliance effect can be realized through the steps S110 to S140.
Further, this embodiment still includes: carrying out classified statistics on the case information of the patient according to different case types; further, classifying and counting the case information of the same case type according to a preset age range and corresponding gender difference in sequence to obtain a case counting list; and correspondingly associating the correction achievement rate to a case statistics list.
By associating the correction achievement rate with the case statistics list correspondingly and associating the correction achievement rate with the wearing rules, the embodiment can also enable the doctor end to search the wearing rules of the shellliform dental appliance with the same correction effect according to the associating relations, and recommend the best wearing scheme of the shellliform dental appliance to other patients in an auxiliary manner according to the searched wearing rules.
In other embodiments, the following steps may also be included:
screening candidate case information meeting the conditions in a case statistics list according to the size of the correction achievement rate; and further analyzing the information of the candidate cases to obtain the wearing rules of the shell-shaped dental appliance worn by the patient corresponding to different orthodontic achievement rates.
For example, candidate case information with the correction achievement rate of more than 85% is screened out from the case statistical list, the wearing rules of the shell-shaped dental appliance worn by the patient corresponding to different correction achievement rates in the candidate case information are analyzed, and compared with the case where the wearing rules of only one patient are counted, the case where the wearing rules of the patient with a certain probability are counted is more meaningful.
Example two:
the present embodiment provides a statistical method for wearing information of a shell-shaped dental appliance, a flowchart of which is shown in fig. 2, and the statistical method specifically includes the following steps.
S210: acquiring the case information of a patient in a preset correcting period and the wearing time information of the shell-shaped tooth correcting device worn in a preset time period.
The case information at least comprises age information, sex information, case types, current correction state information and target correction state information of the patients. The current correction state information at least comprises: image information of dentition and image information of skull.
S220: and counting the single wearing time and/or the single placing time in the wearing time information of the patient within the preset time period.
Wherein, the distribution rule of each single wearing time and/or single placing time is used for representing the wearing rule of the shell-shaped dental appliance worn by the patient in the preset time period.
S230: and correspondingly associating each single wearing time and/or single placing time counted in one day with the corresponding 24-hour-per-day time.
S240: the achievement rate of correction of each time period in 24-hour time of a day of the patient is obtained.
S250: and analyzing the relation between the wearing rule of the shell-shaped dental appliance worn by the patient in one day and the appliance achievement rate.
The purpose of step S230 is to correspond the time period of one day to which the shell-shaped dental appliance is worn, and for example, it can be known from step S230 that the shell-shaped dental appliance is worn by the patient a in the time periods of 7:00 to 11:00, 14:00 to 18:00, 21:00 to 23:00, and 24:00 to 6:00 during one day.
Further, the time of 24 hours a day can be divided into three time periods, and the wearing time of wearing the shell-shaped dental appliance and the appliance achievement rate generated by wearing the shell-shaped dental appliance in each time period can be counted.
For example, the time of 24 hours a day is divided into three time periods of 6:00-12:00, 12:00-20:00 and 20:00-6:00, and the wearing time of the shell-shaped dental appliance and the achievement rate of the appliance in the three time periods are counted, so that the patient can intuitively know which time period in a day the appliance effect is the best, that is, the best time period in a day in which the shell-shaped dental appliance is worn can be directly known.
Taking the patients a, B and C reaching the correction target, the wearing time of the three patients per day and the corresponding optimal wearing time period are shown in table 1 below and fig. 6.
| Wearing time/day | Patient class A18-20 (h) | Patient B class 20-22(h) | Patient C22-24 (h) |
| Optimal time period for correction | 24：00-6:00 | 22:00-6:00 | 21:00-7:00 |
Through the steps S210-S250, the wearing rules of the shell-shaped dental appliance worn by the patient in one day can be counted, and the optimal wearing time of the patient in one day can be obtained.
Further, this embodiment still includes:
carrying out classified statistics on the case information of the patient according to different case types;
further, classifying and counting the case information of the same case type according to a preset age range and corresponding gender difference in sequence to obtain a case counting list;
and correspondingly associating the correction achievement rate to a case statistics list.
By correspondingly associating the correction achievement rate with the case statistics list and associating the correction achievement rate with the wearing rules, the embodiment can also enable a doctor end to search the wearing rules of the shellliform dental correction device with the same correction effect according to the associating relations, and recommend the best wearing scheme of the shellliform dental correction device to other patients in an auxiliary manner according to the searched wearing rules. For example: assuming that a patient class A needs to perform dental correction, firstly, the wearing rule of the shell-shaped dental appliance related to the case type (such as Ann's class I) can be searched according to the case type of the patient class A, for example, 500 results are searched; further, under the search results, a re-search may be performed again according to the age information of patient class a (e.g., 6-8 years old), for example, 258 results are searched out; further, under the search result, a search may be performed again according to the patient gender information, for example, 90 results are searched out; further, under the search result, searching can be performed again according to the condition that the target orthodontic state information is met, for example, 10 results are searched, and then the wearing scheme of the class a patient can be guided according to the wearing rule of the shell-shaped orthodontic device in the 10 searched results.
Example three:
based on the first embodiment, the present embodiment provides a statistical method for wearing information of a shell-shaped dental appliance, and a flowchart of the statistical method is shown in fig. 3, which specifically includes the following steps.
S310: acquiring the case information, the correction scheme and the wearing time information of the shell-shaped tooth corrector worn by the patient in the preset correction period.
The case information at least comprises age information, sex information, case types, current correction state information and target correction state information of the patients. The current correction state information at least comprises: image information of dentition and image information of skull.
S320: and counting each single wearing time and/or single placing time in the wearing time information of the patient in the preset time period.
Wherein, the distribution rule of each single wearing time and/or single placing time is used for representing the wearing rule of the shell-shaped dental appliance worn by the patient in the preset time period.
S330: and acquiring the correction achievement rate of the patient according to the current correction state information and the target correction state information.
S340: and analyzing the relation between the wearing rule of the shell-shaped dental appliance worn by the patient and the appliance achievement rate.
S350: and carrying out classified statistics on the case information to obtain a case statistics list.
S360: and associating the correction scheme corresponding to the shell-shaped dental appliance worn by the patient and the correction achievement rate to a case statistics list.
In step S350, performing classified statistics on the patient case information according to different case types; and further carrying out classified statistics on the case information of the same case type according to a preset age range and different corresponding sexes in sequence to obtain a case statistical list. The correction scheme corresponding to the shell-shaped tooth corrector worn by the patient and the correction achievement rate are associated to the case statistics list through the step S360, and further, the wearing rule, the correction achievement rate and the correction scheme of the patient in the preset time period are associated to the case statistics list.
In the present embodiment, the steps S310 to S340 are the same as the steps S110 to S140 in the first embodiment, please refer to the first embodiment, which is not repeated herein, but the difference between the first embodiment and the second embodiment is that a correction scheme corresponding to the patient wearing the shell-shaped dental appliance in a preset time period is further considered. Through the case statistics list, the doctor end can search the wearing rule of the corresponding shell-shaped tooth appliance and the correction scheme corresponding to the wearing rule according to different requirements.
Example four:
based on the first to third embodiments, the present embodiment provides a statistical system of wearing information of a shell-shaped dental appliance, whose functional block diagrams are shown in fig. 4 and 5, including: the device comprises an acquisition module 1, a statistic module 2 and a storage module 3.
The acquisition module 1 is used for acquiring case information of a patient in a preset correction period and wearing time information of a shell-shaped dental corrector worn in a preset time period; the case information at least includes age information, gender information, case type, current correction state information, and target correction state information of the patient.
The preset time period can be one day, or/and one correcting period, or/and the whole correcting period.
The statistical module 2 is used for counting each single wearing time and/or single placing time in the wearing time information of the patient in a preset time period, and in the preset time period, the distribution rule of the single wearing time and/or the single placing time is used for representing the wearing rule of the shell-shaped dental appliance worn by the patient.
The analysis module 3 is used for acquiring the correction achievement rate of the patient according to the current correction state information and the target correction state information, and analyzing the relation between the wearing rule of the shell-shaped tooth corrector worn by the patient and the correction achievement rate.
Further, still include with obtaining module 1 communication connection's the monitor terminal 4 of correcting, correct monitor terminal and be used for depositing shell form tooth and correct the ware, count and wear that shell form tooth corrected the ware and wear time length information and gather intraoral correction state information, should correct state information and include: image information of dentition and image information of skull. And the collected information is sent to the acquisition module 1 for further statistical analysis.
The analysis module 3 is further configured to:
a case classification unit 31 for performing classification statistics on the case information of the patient according to the different types of cases;
a list building unit 32, which further performs classified statistics on the case information of the same case type according to a preset age group and corresponding gender difference in sequence to obtain a case statistical list;
the information associating unit 33 associates the achievement rate with the case statistics list.
Further, the information associating unit 33 is further configured to:
screening candidate case information meeting conditions according to the size of the correction achievement rate; and analyzing the candidate case information in one step to obtain the wearing rules of the shell-shaped dental appliance worn by the patient corresponding to different orthodontic achievement rates.
Further, the analysis module 3 is further configured to correspondingly associate each single wearing time and/or single placement time counted in one day with the corresponding 24-hour wearing time of one day, and construct a wearing rule of the patient in a preset correction period.
The analysis module 3 is further configured to obtain a correction scheme corresponding to the shell-shaped dental appliance worn by the patient within a preset time period, and associate the correction scheme with the case statistics list correspondingly.
In this embodiment, statistical analysis is performed based on the wearing rules of the patients according to the first embodiment, the second embodiment and the third embodiment, the wearing rules corresponding to each type of patients are analyzed, the wearing rules with better correction effect are further analyzed for marking, and when a new correction patient is present, matching is performed according to the acquired initial intraoral information, so that a wearing scheme with relatively consistent correlation is obtained.
According to the statistical system for the wearing information of the shell-shaped tooth appliance, the single wearing time and/or the single placing time in the wearing time information of a patient in the preset time period are counted by acquiring the case information of the patient in the preset appliance period and the wearing time information of the shell-shaped tooth appliance worn in the preset time period, wherein the counted distribution rule of the single wearing time and/or the single placing time represents the wearing rule of the patient wearing the shell-shaped tooth appliance; further realizing the statistics of the wearing rule of the shell-shaped tooth appliance worn by the patient; and then acquiring the correction achievement rate of the patient according to the current correction state information and the target correction state information, analyzing the relation between the wearing rule of the shell-shaped tooth correction device worn by the patient and the correction achievement rate, and further acquiring the incidence relation between the wearing rule of the shell-shaped tooth correction device worn by the patient and the corresponding correction effect of the shell-shaped tooth correction device, namely directly reflecting the corresponding correction effect of the shell-shaped tooth correction device through the wearing rule.
Through the incidence relation between the wearing rule of the shell-shaped tooth appliance and the corresponding appliance effect, the doctor can search the wearing rule of the shell-shaped tooth appliance with the same appliance effect according to the incidence relation, and can recommend the best wearing scheme of the shell-shaped tooth appliance to other patients in an auxiliary manner according to the searched wearing rule.
It should be noted that the above embodiments can be freely combined as necessary. The foregoing is only a preferred embodiment of the present invention, and it should be noted that, for those skilled in the art, various modifications and decorations can be made without departing from the principle of the present invention, and these modifications and decorations should also be regarded as the protection scope of the present invention.
Claims (10)
1. A statistical method for wearing information of a shell-shaped tooth appliance is characterized by comprising the following steps:
acquiring case information of a patient in a preset correcting period and wearing time information of a shell-shaped tooth corrector worn in a preset time period; the case information at least comprises current correction state information and target correction state information;
counting the single wearing time and/or the single placing time in the wearing time information of the patient in the preset time period, wherein the distribution of the single wearing time and/or the single placing time in the preset time period is used for representing the wearing rule of the shell-shaped dental appliance worn by the patient;
acquiring the correction achievement rate of the patient according to the current correction state information and the target correction state information;
and carrying out association setting on the wearing rule of the shell-shaped tooth appliance worn by the patient and the corresponding appliance achievement rate.
2. The statistical method of wearing information of shell-shaped dental appliances according to claim 1, wherein the case information further includes: age information, gender information, case type of the patient;
carrying out classified statistics on the case information of the patient according to different case types;
classifying and counting the case information of the same case type according to a preset age range and corresponding gender information in sequence to obtain a case counting list, and associating the current correction state information and the target correction state information to the case counting list;
and further correspondingly associating the correction achievement rate to the case statistics list.
3. The statistical method for wearing information of a shell-shaped dental appliance according to claim 2, further comprising:
screening candidate case information meeting conditions according to the size of the correction achievement rate;
and further analyzing the candidate case information to obtain the wearing rules of the shell-shaped dental appliance worn by the patient corresponding to different correction achievement rates.
4. The statistical method for wearing information of a shell-shaped dental appliance according to claim 3, wherein the preset time period in the wearing rule includes: a day, or/and a period of correction.
5. The statistical method of wearing information of a shell-shaped dental appliance according to claim 4, comprising: and correspondingly associating each single wearing time and/or single placing time counted in one day with the corresponding 24-hour wearing time in one day, and constructing the wearing rule of the patient in the preset correcting period.
6. The method for counting wearing information of a shell-shaped dental appliance according to claim 1, wherein the wearing duration information and the intraoral current correction state information are collected through a correction monitoring terminal for storing the shell-shaped dental appliance, and the correction target state information is obtained through communication with an external device.
7. A system for counting wearing information of a shell-shaped dental appliance, which can perform the method for counting wearing information of a shell-shaped dental appliance according to any one of claims 1 to 6, the system comprising:
the acquiring module is used for acquiring case information of a patient in a preset correcting period and wearing time information of a shell-shaped tooth corrector worn in a preset time period; the case information at least comprises current correction state information and target correction state information;
the statistical module is used for counting each single wearing time and/or single placing time in the wearing time information of the patient in the preset time period, and the distribution rule of the single wearing time and/or the single placing time in the preset time period is used for representing the wearing rule of the shell-shaped dental appliance worn by the patient;
and the analysis module is used for acquiring the correction achievement rate of the patient according to the current correction state information and the target correction state information, and performing associated setting on the wearing rule of the shell-shaped tooth corrector worn by the patient and the corresponding correction achievement rate.
8. The system of claim 7, comprising: the case information further includes: age information, gender information, case type of the patient;
the analysis module specifically comprises:
the case classification unit is used for performing classification statistics on the case information of the patient according to different case types;
the construction list unit is used for carrying out classified statistics on the case information of the same case type according to a preset age range and corresponding gender information in sequence to obtain a case statistical list;
and the information association unit is used for associating the current correction state information, the target correction state information and the correction achievement rate to the case statistics list correspondingly.
9. The statistical system for wearing information on a shell-shaped dental appliance according to claim 8, wherein the information association unit includes:
screening candidate case information meeting conditions according to the size of the correction achievement rate;
and analyzing the candidate case information in one step to obtain the wearing rules of the shell-shaped dental appliance worn by the patient corresponding to different orthodontic achievement rates.
10. The system of claim 7, further comprising: the correcting monitoring terminal is used for storing the shell-shaped tooth correcting device and acquiring wearing time information and/or placing time information of the wearing shell-shaped tooth correcting device and the current correcting state information in the mouth; and acquiring the state information of the correction target through communication with external equipment, further communicating with the acquisition module, and sending the acquired information to the acquisition module.
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Address after: Room 122, 2305 Zuchongzhi Road, China (Shanghai) pilot Free Trade Zone, Pudong New Area, Shanghai 201210 Applicant after: Zhengya Dental Technology (Shanghai) Co.,Ltd. Address before: Room 122, 2305 Zuchongzhi Road, China (Shanghai) pilot Free Trade Zone, Pudong New Area, Shanghai 201210 Applicant before: SHANGHAI SMARTEE DENTI-TECHNOLOGY Co.,Ltd. |
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