阅读说明：本技术 基于预体验的牙齿矫正方案生成方法及电子商务系统 (Tooth correction scheme generation method based on pre-experience and electronic commerce system ) 是由 姚峻峰 周瑞雪 叶傲冬 潘婷婷 于 2019-09-20 设计创作，主要内容包括：本发明公开了一种基于预体验的牙齿矫正方案生成方法、电子商务系统及方法,包括：获取用户信息,用户信息包括用户的口内信息及辅助信息；根据口内信息建立数字化牙齿模型；根据所述数字化牙齿模型,生成预矫正方案,发送至用户；接收用户对预矫正方案的确认信息；根据确认信息及辅助信息,向用户提供至少一套定制化牙齿矫正治疗方案。本发明利用现有的网络体系构建了一套预体验的牙齿矫正方案生成方案,根据用户信息来生成数字化牙齿模型,并生成预矫正方案,根据用户的反馈可以提供定制化的方案给到用户,不需要用户跑到医院等实地即可获得一适配的牙齿矫正方案,具有科学地推荐算法精准匹配用户的需求,具有极强的资源优化性和用户的体验度。(The invention discloses a tooth correction scheme generation method based on pre-experience, an electronic commerce system and a method, which comprise the following steps: acquiring user information, wherein the user information comprises intraoral information and auxiliary information of a user; establishing a digital tooth model according to the intraoral information; generating a pre-correction scheme according to the digital tooth model, and sending the pre-correction scheme to a user; receiving confirmation information of a user on the pre-distortion scheme; at least one customized orthodontic treatment plan is provided to the user based on the confirmation information and the auxiliary information. The invention constructs a set of pre-experienced tooth correction scheme generation scheme by utilizing the existing network system, generates a digital tooth model according to the user information, generates the pre-corrected scheme, can provide a customized scheme to the user according to the feedback of the user, can obtain an adaptive tooth correction scheme without the user running to a hospital and the like, has the advantages of scientifically recommending the requirement of the algorithm for accurately matching the user, and has strong resource optimization and user experience.)

1. A method for generating a pre-experience-based orthodontic solution, comprising:

acquiring user information, wherein the user information comprises intraoral information and auxiliary information of a user;

establishing a digital tooth model according to the intraoral information;

generating a pre-correction scheme according to the digital tooth model, and sending the pre-correction scheme to a user;

receiving confirmation information of a user on the predistortion scheme;

and generating at least one set of customized orthodontic treatment scheme according to the confirmation information and the auxiliary information and sending the customized orthodontic treatment scheme to the user.

2. The pre-experience based orthodontic solution generation method of claim 1 further comprising:

preparing a pre-experience mouthpiece according to the digital tooth model, and sending the pre-experience mouthpiece to a user;

receiving experience feedback information of a user on the pre-experience mouthpiece;

providing the customized orthodontic treatment plan to a user based on the received confirmation of experience feedback information.

3. The pre-experience based orthodontic solution generation method of claim 2 comprising: the intraoral information is acquired by intraoral scanning or impression model scanning.

4. The pre-experience based orthodontic solution generation method of claim 3 wherein obtaining the intraoral information by scanning the impression model comprises:

receiving an impression model of a user;

scanning the impression model by adopting a scanner to obtain a digital female impression model, generating a digital male impression model by a digital filling algorithm, and then obtaining the intraoral information by repairing;

or, the impression model is filled with plaster, a tooth plaster model corresponding to a user is prepared, the tooth plaster model is scanned by adopting a scanner to generate a digital male impression model, and the intraoral information is obtained through restoration treatment.

5. The pre-experience based orthodontic solution generation method of claim 4 further comprising, prior to receiving the impression model of the user:

making the impression model by an impression component; the impression assembly comprises a mold-biting material A, a mold-biting material B and a mold-taking tray;

blending the occlusion material A and the occlusion material B according to a preset proportion to prepare occlusion silica gel;

placing the occlusion silica gel into the mold taking tray;

and placing the mold taking tray with the occlusion silica gel in the oral cavity of the user, keeping the preset occlusion time, and curing the occlusion silica gel to form the impression model.

6. The pre-experience based orthodontic solution generation method of claim 5 further comprising, after forming the impression model, confirming whether the impression model meets the requirements for obtaining intraoral information by acquiring impression model images.

7. The pre-experience-based orthodontic solution generation method of claim 2 wherein the auxiliary information includes oral picture information, personal information, and auxiliary medical information;

the oral cavity picture information comprises: a frontal view, a frontal smile view, a side view of a user's face; at least one of a right buccal view, a left buccal view, a frontal view, a mandibular occlusal view, a maxillary occlusal view, an anterior overbite overlay view, a left molar view, a labial incisor view, a right molar view, an maxillary view, and a mandibular view of a user's teeth;

the personal information includes: at least one of user ID information, location information, gender information, age information, medical history information, and treatment budget information;

the ancillary medical information includes: at least one of medical institution information, doctor information, historical evaluation information, and treatment cost information.

8. The pre-experience based orthodontic solution generation method of claim 7 comprising:

screening out the auxiliary medical information matched with the personal information of the user;

generating a customized orthodontic treatment plan list according to the matched auxiliary medical information;

and sending at least one set of customized orthodontic treatment plan to the user according to the confirmation information of the user on the customized orthodontic treatment plan list.

9. The pre-experience-based orthodontic treatment plan generating method of claim 8 wherein the customized orthodontic treatment plan includes at least one of medical institution information, doctor information, historical evaluation information, treatment cost information.

10. The pre-experience based orthodontic solution generation method of claim 8, comprising:

acquiring at least one feedback value of medical institution information, doctor information, historical evaluation information and treatment expense information input by a user in the auxiliary medical information;

calculating the weight of at least one of the medical institution information, the doctor information, the historical evaluation information and the treatment expense information in the auxiliary medical information according to the feedback value through a preset algorithm, sequencing according to the weight, and constructing a user auxiliary medical priority list;

further screening out auxiliary medical information matched with the personal information of the user in the auxiliary medical sample module according to the auxiliary medical priority list of the user;

generating a customized orthodontic treatment plan list according to the matched auxiliary medical information; and the user confirms the information of the customized orthodontic treatment scheme list, and at least one set of customized orthodontic treatment scheme is sent to the user.

11. The pre-experience-based orthodontic solution generation method according to any one of claims 1 to 10, wherein the pre-straightening solution includes visual information including at least one of pre-straightening and post-straightening still image information, still image information during a pre-straightening period, and dynamic image information during a pre-straightening period.

12. The pre-experience based orthodontic solution generation method of claim 2 wherein preparing the pre-experience mouthpiece comprises:

producing a dental model by an additive manufacturing method according to the digital tooth information, and then manufacturing a pre-experience dental socket by a hot-press molding process, or,

and directly manufacturing the pre-experience tooth socket by adopting an additive manufacturing mode according to the digitalized tooth socket information.

13. An e-commerce system for orthodontics, comprising: the system comprises a user side, a transaction platform and a server side, wherein the transaction platform is respectively connected with the user side and the server side through a network;

the user side is used for acquiring user information, the user information comprises intraoral information and auxiliary information of a user, and the acquired user information is forwarded to the server side through the transaction platform;

the server further comprises:

the model construction module is used for establishing a digital tooth model according to the intraoral information;

the predistortion scheme generation module is used for generating a predistortion scheme according to the digital tooth model and forwarding the generated predistortion scheme to the user side through the transaction platform;

the information confirmation module is used for receiving confirmation information of the user on the predistortion scheme, which is sent by the transaction platform;

and the customized orthodontic treatment scheme generation module is used for generating at least one set of customized orthodontic treatment scheme according to the confirmation information and the auxiliary information acquired by the user terminal and sending the customized orthodontic treatment scheme to the user terminal.

14. The system of claim 13, wherein the transaction platform comprises:

the order receiving module is used for receiving order information input by a user through the user side;

and the order processing module is used for receiving the corresponding payment amount according to the order information, generating transaction information and forwarding the transaction information to the server.

15. The system for orthodontic treatment of claim 14, wherein the server further comprises: and the order dispatching module is used for dispatching the impression component to the user according to the received transaction information and acquiring the intraoral information through the dispatched impression component.

16. The electronic commerce system for dental correction of claim 15, wherein the model construction module constructs a dental digital model from the intraoral information acquired by the impression component; the server side further comprises a pre-experience mouthpiece manufacturing module, and the pre-experience mouthpiece manufacturing module manufactures the pre-experience mouthpiece according to the tooth digital model.

17. The electronic commerce system for dental correction of claim 13, wherein the auxiliary information includes oral picture information, personal information, and auxiliary medical information;

the oral cavity picture information comprises: at least one of a frontal view, a frontal smile view, a side view of a user's face, a right cheek view, a left cheek view, a frontal view, a mandibular occlusal view, a maxillary occlusal view, an anterior overbite view, a left molar view, a labial incisor view, a right molar view, an maxillary view, and a mandibular view of a user's teeth;

the personal information includes: at least one of user ID information, location information, gender information, age information, medical history information, and treatment budget information;

the ancillary medical information includes: at least one of medical institution information, doctor information, historical evaluation information, and treatment cost information.

18. The electronic commerce system for dental correction of claim 17, wherein the customized correction plan generation module includes an assisted medical sample module and an information screening sub-module, wherein,

the assistant medical sample module is used for storing the assistant medical information;

the information screening submodule screens out auxiliary medical information matched with the personal information of the user from the auxiliary medical sample module;

the orthodontic treatment scheme providing module generates a customized orthodontic treatment scheme list according to the matched auxiliary medical information; and

the orthodontic treatment plan providing module sends at least one set of customized orthodontic treatment plans to the user according to the confirmation information of the user on the customized orthodontic treatment plan list.

19. The system of claim 18, wherein the customized orthodontic treatment plan includes at least one of medical institution information, doctor information, historical evaluation information, treatment cost information.

20. The electronic commerce system for dental correction of claim 17,

the customized correction scheme generation module acquires at least one feedback value of medical institution information, doctor information, historical evaluation information and treatment expense information input by a user in the auxiliary medical information; calculating the weight of at least one of the medical institution information, the doctor information, the historical evaluation information and the treatment expense information in the auxiliary medical information according to the feedback value through a preset algorithm, sequencing according to the weight, and constructing a user auxiliary medical priority list;

the information screening submodule is used for further screening out auxiliary medical information matched with the personal information of the user from the auxiliary medical sample module according to the auxiliary medical priority list of the user;

the customized orthodontic treatment scheme generation module generates a customized orthodontic treatment scheme list according to the matched auxiliary medical information; and

and the customized orthodontic treatment scheme generation module is used for sending at least one set of customized orthodontic treatment scheme to the user according to the confirmation information of the user on the customized orthodontic treatment scheme list.

21. The system of any one of claims 13-20, wherein the pre-distortion scheme comprises visual information, the visual information comprising at least one of pre-distortion and post-distortion static image information, static image information during a pre-distortion period, and dynamic image information during a pre-distortion period.

22. An e-commerce system for orthodontics, comprising: the system comprises a user side, a transaction platform and a server side; the transaction platform is respectively connected with the user side and the server side through a network;

the user side is used for acquiring user information, and the user information comprises intraoral information and auxiliary information of a user;

the transaction platform is used for receiving and processing the information of the user side;

the server generates at least one set of customized orthodontic treatment scheme according to the received user information and sends the customized orthodontic treatment scheme to the user side;

wherein the server is configured to perform the following operations: establishing a digital tooth model according to the intraoral information, generating a predistortion scheme and sending the predistortion scheme to a user side through the transaction platform; receiving confirmation information of the user end to the predistortion scheme; and generating at least one set of customized orthodontic treatment scheme according to the confirmation information and the auxiliary information and sending the customized orthodontic treatment scheme to the user side.

23. An electronic device comprising a memory, a processor, and a computer program stored in the memory and executable on the processor, wherein the processor, when executing the computer program, performs the method for generating a pre-experience based orthodontic solution of any of claims 1-12.

Technical Field

The invention belongs to the technical field of orthodontics, and particularly relates to a method for generating an orthodontics scheme based on pre-experience and an electronic commerce system.

Background

The incidence of dentognathic deformities has been high, affecting not only oral health, physical health, but also the mental health of the user considerably. With the development of society and the improvement of aesthetic quality, more and more users pay attention to dental hygiene, participate in health care, and seek the correction of the dentognathic deformity.

An orthodontic appliance is a device for treating dentognathic deformities. Wherein the invisible dental appliance is produced by attaching a thin layer of elastic material to the desired dental model and thermoforming to form a shell. The shell of the desired tooth arrangement generally conforms to the user's teeth but differs slightly from the original tooth morphology. By wearing the elastomeric positioner over the teeth, a controlled force can be applied at specific locations to gradually move the teeth to a desired configuration.

At present, orthodontic treatment is mainly performed in a way that a user arrives at a treatment mechanism (such as an oral clinic or a hospital) to consult and treat, diagnosis and treatment need to be performed in the treatment mechanism, and a general diagnosis and treatment process comprises the following steps: 1) acquiring initial tooth data, 2) judging the deformity type according to the initial tooth data, 3) drawing up a diagnosis and treatment scheme according to the deformity type by a doctor, 4) conducting discussion and determination, then manufacturing an appliance according to the determined diagnosis and treatment scheme, 5) wearing the appliance by a user for treatment, and 6) conducting follow-up intermittent double diagnosis to ensure that the correction state does not deviate from the expectation or adjust the diagnosis and treatment scheme in time.

At present, the oral orthodontic diagnosis and treatment is usually carried out in a way of face diagnosis, a user directly enters a medical institution for consultation and then enters a doctor diagnosis and treatment stage, and for the user, prediction and prejudgment cannot be made on whether the tooth condition of the user needs to be corrected, whether the user can receive invisible correction by adopting what method for correction, and the like. In addition, the user lacks a doctor-patient information disclosure platform and the like, so that the user needs to investigate and research information by himself, and time and labor are consumed; furthermore, the cost of diagnosis associated with multiple office visits is relatively difficult to control.

Disclosure of Invention

The invention mainly aims to overcome the defects of the prior art and provides a tooth correction scheme generation method based on pre-experience and an e-commerce system.

The technical scheme of the invention is as follows:

a pre-experience based orthodontic solution generation method, comprising: acquiring user information, wherein the user information comprises intraoral information and auxiliary information of a user; establishing a digital tooth model according to the intraoral information; generating a pre-correction scheme according to the digital tooth model, and sending the pre-correction scheme to a user; receiving confirmation information of a user on the predistortion scheme; and providing at least one set of customized orthodontic treatment plan for the user according to the confirmation information and the auxiliary information.

The method comprises the steps that a digital tooth model is generated according to intraoral information of a user, a pre-correction scheme is generated and provided for the user, the user can finish early work of tooth correction without going to a medical institution, the tooth condition of the user is known, whether the user needs to perform tooth correction or not is pre-judged, and possible changes before and after correction and face changes caused by the changes can be visually observed; the invention can further provide the customized orthodontic scheme to the user according to the feedback of the user to the pre-straightening scheme, so that the user can obtain the orthodontic scheme matched with the self requirement, and the resource optimization is higher.

Further preferably, the method further comprises the following steps: preparing a pre-experience mouthpiece according to the digital tooth model, and sending the pre-experience mouthpiece to a user; receiving experience feedback information of a user on the pre-experience mouthpiece; providing the customized orthodontic treatment plan to a user based on the received confirmation of experience feedback information.

The invention can also provide the pre-experience mouthpiece for the user, so that the user can know the acceptance of the user on the invisible orthodontic appliance/mouthpiece before the teeth are straightened, specifically, the material experience of the mouthpiece, whether allergy exists, the hardness requirement, the wearing comfort and the like can be realized, the straightening termination caused by the mouthpiece after the invisible straightening is started is avoided, and the personal benefit of the user is effectively ensured; according to the technical scheme, the matching is adjusted by combining platform resources according to the experience feedback of the user to the tooth socket, and a more adaptively customized orthodontic treatment scheme is recommended for the user.

Further preferred, comprising: the intraoral information is acquired by intraoral scanning or impression model scanning. Wherein obtaining the intraoral information by the impression model scan comprises: receiving an impression model of a user; scanning the impression model by adopting a scanner to obtain a digital female impression model, generating a digital male impression model by a digital filling algorithm, and then obtaining the intraoral information by repairing; or, the impression model is filled with plaster, a tooth plaster model corresponding to a user is prepared, the tooth plaster model is scanned by adopting a scanner to generate a digital male impression model, and the intraoral information is obtained through restoration treatment.

Further preferred, comprising: before receiving the impression model of the user, the method further comprises: making the impression model by an impression component; the impression assembly comprises a mold-biting material A, a mold-biting material B and a mold-taking tray; blending the occlusion material A and the occlusion material B according to a preset proportion to prepare occlusion silica gel; placing the occlusion silica gel into the mold taking tray; and placing the mold taking tray with the occlusion silica gel in the oral cavity of the user, keeping the preset occlusion time, and curing the occlusion silica gel to form the impression model.

Further preferred, comprising: after the impression model is formed, the impression model is confirmed whether to meet the requirement of acquiring intraoral information or not by acquiring an impression model image.

This patent is through providing the die subassembly to the user and instructing the user to accomplish the preparation of die model by oneself, and follow-up under professional's assistance, accomplishes the acquisition of intraoral information, avoids the degree of depth dependence to scarce resources such as doctor/medical institution, lets the user can not confine to position and time through the die subassembly and obtains the intraoral information of self by oneself, greatly provides convenience for user, doctor.

Further preferred, comprising: the auxiliary information comprises oral picture information, personal information and auxiliary medical information; the oral cavity picture information comprises: a frontal view, a frontal smile view, a side view of a user's face; at least one of a right buccal view, a left buccal view, a frontal view, a mandibular occlusal view, a maxillary occlusal view, an anterior overbite overlay view, a left molar view, a labial incisor view, a right molar view, an maxillary view, and a mandibular view of a user's teeth; the personal information includes: at least one of user ID information, location information, gender information, age information, medical history information, and treatment budget information; the ancillary medical information includes: at least one of medical institution information, doctor information, historical evaluation information, and treatment cost information.

Further preferred, comprising: screening out the auxiliary medical information matched with the personal information of the user in an auxiliary medical sample module; generating a customized orthodontic treatment plan list according to the matched auxiliary medical information; and sending at least one set of customized orthodontic treatment plan to the user according to the confirmation information of the user on the customized orthodontic treatment plan list.

Further preferred, comprising: the customized orthodontic treatment plan includes at least one of medical institution information, doctor information, historical evaluation information, treatment expense information.

Further preferred, comprising: acquiring at least one feedback value of medical institution information, doctor information, historical evaluation information and treatment expense information input by a user in the auxiliary medical information; calculating the weight of at least one of the medical institution information, the doctor information, the historical evaluation information and the treatment expense information in the auxiliary medical information according to the feedback value through a preset algorithm, sequencing according to the weight, and constructing a user auxiliary medical priority list; further screening out auxiliary medical information matched with the personal information of the user in the auxiliary medical sample module according to the auxiliary medical priority list of the user; generating a customized orthodontic treatment plan list according to the matched auxiliary medical information; and the user confirms the information of the customized orthodontic treatment scheme list, and at least one set of customized orthodontic treatment scheme is sent to the user.

Further preferred, comprising: the predistortion scheme includes visualization information, the visualization information including: at least one of the static image information before and after the pre-distortion, the static image information in the pre-distortion period, and the dynamic image information in the pre-distortion period.

Further preferred, comprising: the preparation method further comprises the steps of: and producing a dental jaw model by adopting an additive manufacturing mode according to the digital tooth information, and then manufacturing a pre-experience tooth socket by a hot press molding process, or directly manufacturing the pre-experience tooth socket by adopting an additive manufacturing mode according to the digital tooth socket information.

An e-commerce system for orthodontics, comprising: the system comprises a user side, a transaction platform and a server side, wherein the transaction platform is respectively connected with the user side and the server side through a network; the user side is used for acquiring user information, the user information comprises intraoral information and auxiliary information of a user, and the acquired user information is forwarded to the server side through the transaction platform;

the server further comprises: the model construction module is used for establishing a digital tooth model according to the intraoral information; the predistortion scheme generation module is used for generating a predistortion scheme according to the digital tooth model and forwarding the generated predistortion scheme to the user side through the transaction platform; the information confirmation module is used for receiving confirmation information of the user on the predistortion scheme, which is sent by the transaction platform; and the customized orthodontic treatment scheme generation module is used for generating at least one set of customized orthodontic treatment scheme according to the confirmation information and the auxiliary information acquired by the user terminal and sending the customized orthodontic treatment scheme to the user terminal.

Further preferred, comprising: the trading platform comprises: the order receiving module is used for receiving order information input by a user through the user side; and the order processing module is used for receiving the corresponding payment amount according to the order information, generating transaction information and forwarding the transaction information to the server.

Further preferred, comprising: the server side further comprises: and the order dispatching module is used for dispatching an impression component to a user according to the received transaction information, and the impression component is used for acquiring the intraoral information.

Further preferably, the model construction module constructs a dental digital model from the intraoral information acquired by the impression assembly; the server side further comprises a pre-experience mouthpiece manufacturing module, and the pre-experience mouthpiece manufacturing module manufactures the pre-experience mouthpiece according to the tooth digital model.

Further preferably, the auxiliary information includes oral picture information, personal information, and auxiliary medical information;

the oral cavity picture information comprises: at least one of a frontal view, a frontal smile view, a side view of a user's face, a right cheek view, a left cheek view, a frontal view, a mandibular occlusal view, a maxillary occlusal view, an anterior overbite view, a left molar view, a labial incisor view, a right molar view, an maxillary view, and a mandibular view of a user's teeth; the personal information includes: at least one of user ID information, location information, gender information, age information, medical history information, and treatment budget information;

the ancillary medical information includes: at least one of medical institution information, doctor information, historical evaluation information, and treatment cost information.

Further preferred, comprising: the customized correction scheme generation module comprises an auxiliary medical sample module and an information screening submodule, wherein the auxiliary medical sample module is used for storing the auxiliary medical information; the information screening submodule screens out auxiliary medical information matched with the personal information of the user from the auxiliary medical sample module; the customized orthodontic treatment scheme generation module generates a customized orthodontic treatment scheme list according to the matched auxiliary medical information; and sending at least one set of customized orthodontic treatment plan to the user according to the confirmation information of the user on the customized orthodontic treatment plan list.

Further preferred, comprising: the customized orthodontic treatment plan includes at least one of medical institution information, doctor information, historical evaluation information, treatment expense information.

Further preferred, comprising: the customized correction scheme generation module acquires at least one feedback value of medical institution information, doctor information, historical evaluation information and treatment expense information input by a user in the auxiliary medical information; calculating the weight of at least one of the medical institution information, the doctor information, the historical evaluation information and the treatment expense information in the auxiliary medical information according to the feedback value through a preset algorithm, sequencing according to the weight, and constructing a user auxiliary medical priority list; the information screening submodule is used for further screening out auxiliary medical information matched with the personal information of the user from the auxiliary medical sample module according to the auxiliary medical priority list of the user; the customized orthodontic treatment scheme generation module generates a customized orthodontic treatment scheme list according to the matched auxiliary medical information; and the customized orthodontic treatment plan generating module sends at least one set of customized orthodontic treatment plan to the user according to the confirmation information of the user on the customized orthodontic treatment plan list.

Further preferred, comprising: the predistortion scheme includes visualization information, the visualization information including: at least one of the static image information before and after the pre-distortion, the static image information in the pre-distortion period, and the dynamic image information in the pre-distortion period.

An e-commerce system for orthodontics, comprising: the system comprises a user side, a transaction platform and a server side; the transaction platform is respectively connected with the user side and the server side through a network; the user side is used for acquiring user information, and the user information comprises intraoral information and auxiliary information of a user; the transaction platform is used for receiving and processing the information of the user side; the server generates at least one set of customized orthodontic treatment scheme according to the received user information and sends the customized orthodontic treatment scheme to the user side; wherein the server is configured to perform the following operations: establishing a digital tooth model according to the intraoral information, generating a predistortion scheme and sending the predistortion scheme to a user side through the transaction platform; receiving confirmation information of the user end to the predistortion scheme; and generating at least one set of customized orthodontic treatment scheme according to the confirmation information and the auxiliary information and sending the customized orthodontic treatment scheme to the user side.

Compared with the prior art, the invention has the following advantages:

according to the tooth correction scheme generation method based on pre-experience and the electronic commerce system, a user can obtain a set of pre-correction scheme without using a medical mechanism for face diagnosis, and through the pre-correction scheme, the user can obtain relevant information for judging whether the invisible correction is suitable or not and whether the correction is necessary or not, for example, visual information such as tooth change before and after the correction and face change caused by the tooth change can be visually observed in the pre-correction scheme, so that the user has specific cognition on the correction process and the correction result, diagnosis failure caused by unpredictable factors during direct face diagnosis is avoided, and therefore, the diagnosis time cost and the economic cost of the user are saved; in addition, after the user confirms the pre-correction scheme, the invention recommends a series of customized correction diagnosis and treatment schemes generated based on the personal information, the auxiliary medical information and other information of the user to the user, the customized correction diagnosis and treatment schemes are formed by optimally screening the personal information, the auxiliary medical information, the intelligent algorithm and the like of the user, the customized correction diagnosis and treatment schemes have high attaching degree with the user requirements, and in addition, the diversity of the schemes also promotes the selectivity of the user.

Drawings

FIG. 1 is a flowchart of a first embodiment of a pre-experience-based orthodontic appliance generation method;

FIG. 2 is a schematic view of a process for making an impression model;

FIG. 3A is a schematic flow chart of the guided software guided lower impression modeling;

FIG. 3B is a schematic view of the process of making silicone gel for making a lower impression model under the guidance of a guidance software;

FIG. 3C is a schematic flow chart of the guided software guided lower impression modeling;

FIG. 4 is a schematic flow chart of the process of creating a digitized tooth model from intraoral information;

FIG. 5 is a schematic flow chart illustrating the generation of a user pre-distortion solution from a digitized tooth model;

FIG. 6 is a flowchart of a second embodiment of a pre-experience based orthodontic appliance generation method;

fig. 7 is a schematic structural diagram of a third embodiment of an e-commerce system for orthodontics.

FIG. 8 is a block diagram of an electronic commerce system transaction platform.

FIG. 9 is a block diagram of a server of an e-commerce system.

Fig. 10 is a schematic diagram of a service end in an embodiment of an e-commerce system for dental correction.

Detailed Description

In order to more clearly illustrate the technical solutions in the embodiments of the present invention, the following description will explain specific embodiments of the present invention 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 present invention may be embodied in other specific forms without departing from its spirit or essential characteristics. The present examples are, therefore, to be considered in all respects as illustrative and not restrictive.