CN214908435U - Combined controllable appliance system - Google Patents
Combined controllable appliance system Download PDFInfo
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- CN214908435U CN214908435U CN202121169386.0U CN202121169386U CN214908435U CN 214908435 U CN214908435 U CN 214908435U CN 202121169386 U CN202121169386 U CN 202121169386U CN 214908435 U CN214908435 U CN 214908435U
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Abstract
The utility model is suitable for a technical field is rescued to the tooth, provides a modular controllable ware system of rescuring, including patient's customer end, doctor's customer end and design center three, wherein: the design center combines the treatment scheme input by the doctor client and the treatment scheme input by the doctor student, and outputs the scheme of the appliance after synthesis according to the self condition input by the patient in the patient client and the selected appliance type, and selects various appliances in the appliance scheme for the patient to combine; the appliance comprises appliances with different thicknesses and appliances made of different materials, so that personalized correction can be performed on different patients, in the correction process of the patients, filling of self conditions is performed through patient clients, doctors issue medical diagnosis and treatment schemes, plans, targets and the like through examination on the patients at the doctor clients, real-time data adjustment can be performed, and a design center generates a customized combined appliance for the clients according to the doctor clients and the patient clients.
Description
Technical Field
The utility model belongs to the technical field of the tooth is rescued, especially, relate to a modular controllable ware system of rescuring.
Background
With the gradual development of the bracket-free invisible orthodontic technology, the invisible orthodontic device has the characteristics of convenient taking and wearing, easy clinical use, being beneficial to the sanitary cleaning of the oral cavity and the like, so that the bracket-free invisible orthodontic technology is more and more popular.
While the technology of correction has developed, the function of the appliance has received increased attention from expert learners, as well as from doctors. The function of the appliance is affected by materials, structures, attachments, auxiliary means, and the like.
Wherein the material is one of the important factors. The research of each party at present shows that the elastic modulus of the medical polymer is 800-3000 MPa, and the correction of deformed teeth in different degrees can be realized. When the invisible appliances with the same thickness have different elastic moduli, the generated correcting force can be greatly different. However, teeth of different sizes require different corrective forces during movement; when the same tooth moves in different modes, the required correcting force is different; when the alveolar bone density of different patients is different, the required correction force is different; the correction force required by patients with different growth and development speeds and different jaw hyperplasia absorption speeds is different; when the bearable ability, the oral cavity structural conditions and the like of patients are different, the required correction force is also different. The correction force directly affects the completion speed and the completion rate in the correction process, and the correction force is affected by the correction device material and the thickness.
SUMMERY OF THE UTILITY MODEL
The utility model provides a modular controllable ware system of rescuring aims at having solved prior art, because of using the ware of rescuring of single material and thickness preparation and the power size is rescued to the uncontrollable, leads to the completion rate that the tooth removed lower, the higher problem of the scheme restart rate of rescuring.
The utility model discloses a realize like this, a modular controllable ware system of rescuring, including patient's customer end, doctor's customer end and design center three, wherein: the design center combines the treatment scheme input by the doctor client and the treatment scheme input by the doctor student, and outputs the scheme of the appliance after synthesis according to the self condition input by the patient in the patient client and the selected appliance type, and selects various appliances in the correction scheme for the patient to combine,
the patient client comprises an information acquisition module for acquiring various information of the patient;
the doctor client comprises a doctor information module for collecting doctor information, a treatment scheme display module, a modification module for modifying the treatment scheme and an input module for inputting the treatment scheme;
the design center comprises an information receiving module for receiving information input by the patient client and the doctor client, a database for classified storage of treatment schemes, appliance materials and thickness types, a retrieval module for retrieving the database, and a design module for designing the targeted treatment schemes of the patients.
Preferably, the information acquisition module is used for acquiring physical data of the patient and sending the physical data to the information receiving module, wherein the physical data includes a plurality of factors including the age, sex, growth and development degree, jawbone bone density, hyperosteogeny, absorption speed and bearing limit of the patient on the correcting force.
Preferably, the doctor information module of the doctor client collects a name, an age, a sex, a specialty, a scholarship, a job title, a number of diagnoses, and a plurality of materials to be evaluated of a doctor.
Preferably, the plan display module of the doctor client is used for displaying a plurality of information of plan design and appliance selection set by the design module to a doctor.
Preferably, the input module of the doctor client comprises a treatment target of a doctor, clinical experience of the doctor and control strength of the doctor on treatment of the patient.
Preferably, the modification module of the physician client includes patient willingness, interim adjustments, and contingencies.
Preferably, the database of the design center is used for storing appliance materials and thickness types selected by each patient for classification management.
Preferably, the search module of the design center is used for performing type search and matching after subsequent patient input, and quickly providing available solution references.
Preferably, the design module of the design center comprises four directions of a treatment scheme, an auxiliary means, a subdivision stage and a tooth movement mode, wherein the treatment scheme is a treatment target determined by a patient and a doctor; the auxiliary means is various auxiliary treatment means selected by a doctor, such as traction, bone screw, tooth extraction and implantation; the sequence of tooth movement in the subdivision stage; the tooth moving mode is one or more of the moving modes of integral moving, root control moving, rotating moving, vertical moving and inclined moving adopted by each tooth.
Preferably, the appliance material is a medical polymer material, and the elastic modulus is 800-3000 MPa; the thickness is 0.2 mm-0.8 mm.
Preferably, the appliance is provided with at least one of two structural forms of an accessory cavity and an opening at a designated position, wherein the appliance is provided with the accessory cavity matched with an accessory stuck on a tooth; the designated position opening is used for adjusting the structural strength of the appliance and is matched with other medical instruments for use.
Compared with the prior art, the beneficial effects of the utility model are that: the utility model discloses a system is rescued in controllable of combination formula, it contains the ware of rescuing of different thickness and the ware of rescuing of different materials, so that carry out the personalized correction to different patients, rescue the in-process at the patient, carry out filling in of self condition through patient's customer end, the doctor is through the inspection to the patient, at doctor's customer end issue medical treatment diagnosis and treatment scheme, plan, target etc., and can carry out real-time data adjustment, the ware is rescued to this customer's combination formula according to doctor's customer end and patient's customer end generation customization in design center, should rescue the ware to patient's upper jaw, the lower jaw, preceding tooth district, the different teeth in back tooth district carry out different removal designs, be convenient for reach comfortable, high efficiency, the quick purpose of rescuing.
Drawings
Fig. 1 is a schematic diagram of the system architecture of the present invention;
in the figure: 1. a patient client; 11. an information acquisition module; 2. a doctor client; 21. a doctor information module; 22. a scheme display module; 23. a modification module; 24. an input module; 3. designing a center; 31. an information receiving module; 32. a database; 33. a retrieval module; 34. and designing a module.
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention more clearly understood, the present invention is further described in detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.
Referring to fig. 1, the present invention provides a technical solution: a combined controllable appliance system comprises a patient client 1, a doctor client 2 and a design center 3, wherein: the design center 3 combines the treatment scheme input by the doctor client 2 according to the self condition input by the patient in the patient client 1 and the selected appliance type and outputs the appliance scheme after integrating, selects various appliances in the appliance scheme for the patient to combine,
the patient client 1 comprises an information acquisition module 11 for acquiring various information of the patient;
the doctor client 2 comprises a doctor information module 21 for collecting doctor information, a treatment scheme display module 22, a modification module 23 for modifying a treatment scheme, and an input module 24 for inputting the treatment scheme;
the design center 3 includes an information receiving module 31 for receiving information input by the patient client 1 and the doctor client 2, a database 32 for storing treatment plans and appliance material and thickness categories in a classified manner, a retrieval module 33 for retrieving the database 32, and a design module 34 for designing a patient-specific treatment plan.
A controllable system of correcting of combination formula, it contains the ware of correcting of the ware and different materials of correcting of different thickness to in order to correct to different patients individuality, correct the in-process at the patient, fill in through patient client 1 self condition, the doctor is through the inspection to the patient, issue medical diagnosis and treatment scheme, plan, target etc. at doctor client 2, and can carry out real-time data adjustment, design center 3 corrects the ware according to the combination formula of doctor client 2 and patient client 1 generation customization to this customer, so that reach comfortable, high-efficient, quick correction purpose.
The information collecting module 11 is used for collecting the body data of the patient and sending the body data to the information receiving module 31, wherein the body data includes a plurality of factors including the age, sex, growth and development degree, density of jaw bone, hyperosteogeny, absorption speed and bearing limit of the patient to the correcting force.
The doctor information module 21 of the doctor client 2 collects the name, age, sex, specialty, academic calendar, job title, number of diagnoses, and evaluation of a plurality of materials of the doctor.
The plan display module 22 of the doctor client 2 is used to show the doctor a plurality of information on the plan design and appliance selection set by the design module 34.
The input module 24 of the doctor client 2 includes the treatment goals of the doctor, the clinical experience of the doctor, and the physician's control over the treatment of the patient.
Wherein in respect of: the treatment target of the doctor comprises diagnosis information of the patient, a curative effect target achieved by the doctor and the patient, a tooth moving area designated by the doctor or an auxiliary means; physician clinical experience, including physician-skilled treatment techniques, medical conditions in a hospital or clinic, physician's treatment of similar patients, etc.; the control strength of the doctor on the treatment of the patient comprises the information of the patient re-diagnosis time interval and times appointed by the doctor, the degree of the patient cooperating with the doctor for treatment and the like.
The design center 3 generates an oral tissue three-dimensional model according to the oral data of the patient input by the doctor, and then the oral tissue three-dimensional model is combined with the treatment scheme of the doctor and the selection of the patient on the appliance to generate an appliance geometric model. The geometric model of the appliance needs to move teeth in the orthodontic process of dentition, including translation, rotation, depression and the like, and the moving distance of each tooth is different in the moving process, the twisting angle is different, so the moving/twisting difficulty is different, and the required orthodontic force or torque is different inevitably. Combining biomechanical information, calculating the orthodontic force/moment required by moving/twisting the tooth from an initial position to a target position by using a finite element analysis algorithm, combining the mechanical property and the dynamic characteristic of the material to construct a digital model of the orthodontic appliance meeting the orthodontic force requirement, and converting the digital model into a three-dimensional geometric model of the orthodontic appliance to be manufactured.
The modification module 23 of the physician client 2 includes patient willingness, interim adjustments, and contingencies.
Specifically, the method comprises the following steps: the patient will comprises the opinion and new requirements of the patient in the correcting process; adjusting in the middle period, wherein the adjusting comprises a treatment scheme needing to be adjusted in the treatment process, corresponding orthopedic appliance material types, orthopedic appliance thickness and the like; the sudden accident includes the situation that the treatment cannot be performed according to the original plan due to the occurrence of the accident in the treatment process, and the original treatment scheme needs to be modified or different types of appliances need to be replaced.
The database 32 of the design center 3 is used for storing the appliance material and thickness type selected by each patient for classification management. Clinical reference is provided for subsequent patients, so that subsequent doctors can conveniently perform better treatment on the patients, and the subsequent patients can conveniently perform autonomous selection of the appliance.
The search module 33 of the design center 3 is used for type searching and matching after subsequent patient input, and can quickly provide available scheme reference.
The design module 34 of the design center 3 comprises four directions of a treatment scheme, an auxiliary means, a subdivision stage and a tooth moving mode, wherein the treatment scheme is a treatment target determined by a patient and a doctor; the auxiliary means is various auxiliary treatment means selected by a doctor, such as traction, bone screw, tooth extraction and implantation; the sequence of tooth movement in the subdivision stage; the tooth moving mode is one or more of the moving modes of integral moving, root control moving, rotating moving, vertical moving and inclined moving adopted by each tooth.
The appliance is made of medical polymer material, and the elastic modulus is 800-3000 MPa; the thickness is 0.2 mm-0.8 mm; the appliance is provided with at least one of an accessory cavity matched with an accessory stuck on the tooth or a traction opening.
Generally; the appliance is a shell and defines tooth-receiving cavities that communicate with one another, the shell wall engaging the lingual and labial sides of the crown.
It is to be noted that; the combined appliance of a complete treatment scheme comprises a plurality of appliances, and the appliances in the combined appliance have at least one difference: the cavities are different in shape; the materials of the correction devices are different; the appliance thicknesses are different; the thickness of the orthodontic appliances in the anterior dental zone is different; the posterior dental zone appliances vary in thickness.
Wherein: the appliance is provided with at least one of two structural forms of an accessory cavity and an opening at a designated position. The appliance is provided with an accessory cavity matched with an accessory stuck on the tooth. The accessory cavity is used for adjusting the size and the direction of the correcting force and the comprehensive stress point; the designated position opening is used for adjusting the structural strength of the appliance and is matched with other medical instruments for use.
Further, the method comprises the following steps of; the appliance is made of medical polymer material, and the elastic modulus is 800-3000 MPa; the thickness is 0.2 mm-0.8 mm; according to the doctor's suggestion and the condition of oneself and in combination with "treatment scheme, auxiliary means, subdivision stage, tooth moving mode" four directions of design center 3 as reference information, select corresponding correction ware material and thickness kind by oneself, in the treatment process of same patient, the correction ware material that adopts and thickness be more than or equal to 2, but in order to reach the required speed of orthodontic treatment, the power of correcting of each correction ware in the treatment course can be customized in order to satisfy the treatment needs.
The utility model discloses a theory of operation and use flow:
the first step is as follows: the client logs on the door, and the client 1 of the logged-on patient fills in the condition factors of the client through the information acquisition module 11 and is received by the information receiving module 31 of the design center 3;
the second step is that: a doctor acquires data of oral cavity and tooth conditions of a patient through CT;
the third step: a doctor logs in a doctor client 2, firstly fills in a doctor information module 21, then inputs oral cavity data of a patient obtained through CT and a medical diagnosis and treatment scheme of the patient through an input module 24, establishes a three-dimensional model of an oral tissue of the patient and inputs the oral tissue into a design module 34;
the fourth step: a client logs in a patient client 1, retrieves the doctor scheme through a retrieval module 33 of the design center 3, comprehensively considers and selects materials, thickness, structural form, attractiveness and the like of the appliance according to the doctor suggestion and the self condition, and submits the materials, the thickness, the structural form, the attractiveness and the like;
the fifth step: the design center 3 comprehensively screens the generated geometric model diagram of the appliance for the patient according to the medical diagnosis and treatment scheme of the doctor and the selection of the patient, the production department manufactures the appliance according to the geometric model diagram of the appliance for the patient, and then the patient is installed;
and a sixth step: when the patient goes back for consultation again, the doctor further detects the oral cavity of the patient through equipment such as a CT (computed tomography) scanner, an intraoral scanner and the like again;
the seventh step: the doctor logs in the doctor client 2 again according to the detected data and conditions, and the previously designed oral tissue three-dimensional model and the medical diagnosis and treatment scheme are subjected to fine adjustment through the modification module 23;
eighth step: the database 32 and the design module 34 of the design center 3 adjust the appliance geometric model according to the medical diagnosis and treatment scheme at this time and generate a new appliance geometric model, and then the hospital adjusts the original appliance according to the new appliance geometric model and reinstalls the appliance by the patient;
after repeating the sixth step, the seventh step and the eighth step for several times, the whole treatment process of the patient can be completed.
The above description is only exemplary of the present invention and should not be taken as limiting the scope of the present invention, as any modifications, equivalents, improvements and the like made within the spirit and principles of the present invention are intended to be included within the scope of the present invention.
Claims (11)
1. A modular controllable appliance system, comprising: the system comprises a patient client (1), a doctor client (2) and a design center (3), wherein: the design center (3) combines the treatment schemes input by the doctor client (2) according to the self condition input by the patient in the patient client (1) and the selected appliance type and outputs the appliance schemes after integrating, and selects various appliances in the appliance schemes for the patient to combine,
the patient client (1) comprises an information acquisition module (11) for acquiring various information of a patient;
the doctor client (2) comprises a doctor information module (21) for collecting doctor information, a treatment scheme display module (22), a modification module (23) for modifying a treatment scheme, and an input module (24) for inputting the treatment scheme;
the design center (3) comprises an information receiving module (31) for receiving information input by the patient client (1) and the doctor client (2), a database (32) for classified storage of treatment schemes and appliance material and thickness types, a retrieval module (33) for retrieving the database (32), and a design module (34) for designing a patient-specific treatment scheme.
2. The modular controllable appliance system of claim 1, wherein: the information acquisition module (11) is used for acquiring physical data of a patient and sending the physical data to the information receiving module (31), wherein the physical data comprises a plurality of factors including the age, the sex, the growth and development degree, the bone density of a jaw bone, the hyperosteogeny and the absorption speed of the patient and the bearing limit of the patient on the correcting force.
3. The modular controllable appliance system of claim 1, wherein: the doctor information module (21) of the doctor client (2) collects the name, age, sex, specialty, academic calendar, job title, number of diagnoses of a doctor and evaluates a plurality of materials.
4. The modular controllable appliance system of claim 1, wherein: the scheme display module (22) of the doctor client (2) is used for displaying scheme design set by the design module (34) and a plurality of pieces of information selected by the appliance to a doctor.
5. The modular controllable appliance system of claim 1, wherein: the input module (24) of the doctor client (2) comprises a treatment target of a doctor, clinical experience of the doctor and control strength of the doctor on treatment of a patient.
6. The modular controllable appliance system of claim 1, wherein: the modification module (23) of the physician client (2) includes patient willingness, interim adjustments, and contingencies.
7. The modular controllable appliance system of claim 1, wherein: the database (32) of the design center (3) is used for storing appliance materials and thickness types selected by each patient for classification management.
8. The modular controllable appliance system of claim 1, wherein: the retrieval module (33) of the design center (3) is used for carrying out type searching and matching after subsequent patient input, and rapidly providing available scheme reference.
9. The modular controllable appliance system of claim 1, wherein: the design module (34) of the design center (3) comprises four directions of a treatment scheme, an auxiliary means, a subdivision stage and a tooth movement mode, wherein the treatment scheme is a treatment target determined by a patient and a doctor; the auxiliary means is various auxiliary treatment means selected by a doctor, such as traction, bone screw, tooth extraction and implantation; the sequence of tooth movement in the subdivision stage; the tooth moving mode is one or more of the moving modes of integral moving, root control moving, rotating moving, vertical moving and inclined moving adopted by each tooth.
10. The modular controllable appliance system of claim 9, wherein: the appliance is made of medical polymer material, and the elastic modulus is 800-3000 MPa; the thickness is 0.2 mm-0.8 mm.
11. The modular controllable appliance system of claim 9, wherein: the appliance is provided with at least one of two structural forms of an accessory cavity and an opening at a designated position, wherein the appliance is provided with the accessory cavity matched with an accessory stuck on a tooth; the designated position opening is used for adjusting the structural strength of the appliance and is matched with other medical instruments for use.
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| CN202121169386.0U CN214908435U (en) | 2021-05-28 | 2021-05-28 | Combined controllable appliance system |
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| CN202121169386.0U CN214908435U (en) | 2021-05-28 | 2021-05-28 | Combined controllable appliance system |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114948291A (en) * | 2022-06-21 | 2022-08-30 | 天津正丽科技有限公司 | Special appliance selection system |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114948291A (en) * | 2022-06-21 | 2022-08-30 | 天津正丽科技有限公司 | Special appliance selection system |
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