CN106175958A - A kind of data transmission method applied on toothbrush and toothbrush - Google Patents

Abstract

The invention discloses a kind of data transmission method applied on toothbrush and toothbrush, endoscope head and toothbrush are combined by the present invention, utilize the detection of described endoscope head to obtain the intraoral pending pathological changes image data of user；Additionally toothbrush is additionally provided with mini processing unit, utilizes described mini processing unit to be compared by pathological changes image data corresponding with each pathological changes grade for described pending pathological changes image data, it is thus achieved that the pathological changes grade of described pending pathological changes image data；Described mini processing unit is utilized to obtain corresponding coping strategy according to the pathological changes grade of described pending pathological changes image data；Described mini processing unit is utilized to process described pending pathological changes image data according to described coping strategy.And then not only can obtain the concrete pathological changes situation in user oral cavity, and respective handling can be carried out according to concrete pathological changes situation, the health for user brings guarantee.

Description

A kind of data transmission method applied on toothbrush and toothbrush

technical field

This application relates to daily necessities, in particular to a data transmission method applied to a toothbrush and the toothbrush.

Background technique

Oral hygiene is the first step in a healthy life. With the upgrading of consumption level, people pay more and more attention to it. Brushing teeth in the morning and evening has become an indispensable oral cleaning method for people.

At present, in order to clean the oral cavity better, a variety of multifunctional toothbrushes have also appeared on the market, such as electric toothbrushes, toothbrushes with brackets for convenient placement, toothbrushes with detachable toothbrush heads and toothbrush handles, and the like.

However, if there are oral ulcers, swollen gums, or problems such as dental caries and wisdom teeth, the user can only feel the pain, but cannot clearly know the specific situation of the oral lesions. And the emphasis of current toothbrush is on how to improve the direction of toothbrush cleaning oral cavity, if when oral cavity has pathological changes, current toothbrush can't know concrete pathological changes situation.

Contents of the invention

The invention provides a data transmission method applied on a toothbrush and the toothbrush to solve the problem that the current toothbrush cannot detect the specific situation of oral cavity lesions.

In order to solve the above technical problems, the present invention provides a data transmission method applied on a toothbrush, the method comprising:

Using the endoscopic lens to detect and obtain the image data of the lesion to be processed in the user's oral cavity;

Using the micro-processing device to compare the lesion image data to be processed with the lesion image data corresponding to each lesion grade, to obtain the lesion grade of the lesion image data to be processed;

Using the micro-processing device to obtain a corresponding response strategy according to the lesion level of the lesion image data to be processed;

The micro processing device is used to process the lesion image data to be processed according to the countermeasure.

Preferably, after using the micro-processing device to compare the image data of the lesion to be processed with the image data of the lesion corresponding to each lesion grade, after obtaining the lesion grade of the image data of the lesion to be processed, the steps include:

According to the lesion level of the lesion image data to be processed, the micro-processing device is used to obtain the corresponding alarm prompt of the lesion image data to be processed from the alarm prompts corresponding to each lesion level, so as to remind the user.

Preferably, the alarm prompt includes at least an indicator light prompt and a vibration prompt.

Preferably, the micro-processing device also includes a display screen;

After using the micro-processing device to compare the lesion image data to be processed with the lesion image data corresponding to each lesion grade, and obtain the lesion grade of the lesion image data to be processed, the steps include:

Using the micro-processing device to obtain the corresponding diagnosis results of the lesion image data to be processed from the diagnosis results corresponding to each lesion level according to the lesion grades of the lesion image data to be processed;

The processing of the lesion image data to be processed by using the micro-processing device according to the coping strategy includes:

A diagnosis result corresponding to the lesion image data to be processed is displayed on the display screen.

Preferably, using the micro-processing device to obtain a corresponding response strategy according to the lesion level of the lesion image data to be processed includes:

Using the micro-processing device to obtain the response strategy corresponding to the lesion image data to be processed from the response strategies corresponding to each lesion level according to the lesion grade of the lesion image data to be processed.

Preferably, using the micro-processing device to process the lesion image data to be processed according to the coping strategy includes:

Using the micro-processing device to obtain a qualified dental clinic according to the location of the toothbrush; wherein, the distance between the location of the qualified dental clinic and the location of the toothbrush is within a preset distance range;

The micro processing device is used to send the lesion image data to be processed to the dental clinic meeting the conditions.

Preferably, the micro-processing device also includes a display screen;

The processing of the lesion image data to be processed by using the micro-processing device according to the coping strategy includes:

According to the location of the toothbrush, the micro-processing device is used to obtain the relevant information of the dental clinic that meets the conditions; the distance between the location of the dental clinic that meets the conditions and the location of the toothbrush is within a preset distance range; the dental clinic The information about the clinic at least includes the name of the dental clinic, the address of the dental clinic, and the telephone number of the dental clinic;

Relevant information of the dental clinic is displayed on the display screen.

Preferably, using the micro-processing device to process the lesion image data to be processed according to the coping strategy includes:

Using the micro-processing device to send the image data of the lesion to be processed to the mobile terminal of the user, and then make the mobile terminal display the image data of the lesion to be processed.

Preferably, using the micro-processing device to send the lesion image data to be processed to the mobile terminal of the user includes:

Using the micro-processing device to transmit the image data of the lesion to be processed to the user's mobile terminal in the form of Bluetooth or wireless WIFI transmission.

The invention discloses a toothbrush. The toothbrush comprises: a brush head and a brush handle, the brush head is connected to the brush handle; an endoscopic lens is detachably arranged on the brush head; A groove is provided, and a microprocessing device is accommodated in the groove; inside the brush handle, the microprocessing device is detachably connected to the endoscopic lens;

Wherein, the endoscopic lens is used to detect and obtain the lesion image data to be processed in the user's oral cavity;

The micro-processing device is used to compare the lesion image data to be processed with the lesion image data corresponding to each lesion grade to obtain the lesion grade of the lesion image data to be processed; according to the lesion image data to be processed A corresponding response strategy is obtained for the lesion level; and the image data of the lesion to be processed is processed according to the response strategy.

Through one or more technical solutions of the present invention, the present invention has the following beneficial effects or advantages:

The invention discloses a data transmission method applied to a toothbrush and a toothbrush. The method combines an endoscopic lens with a toothbrush, and uses the endoscopic lens to detect and obtain lesion image data to be processed in the user's oral cavity; in addition, the toothbrush also includes A micro-processing device is provided, and the micro-processing device is used to compare the lesion image data to be processed with the lesion image data corresponding to each lesion level to obtain the lesion level of the lesion image data to be processed; The device obtains a corresponding response strategy according to the lesion level of the lesion image data to be processed; the micro-processing device processes the lesion image data to be processed according to the response strategy. Furthermore, not only can the specific pathological changes of the user's oral cavity be obtained, but also corresponding treatment can be carried out according to the specific pathological changes, so as to guarantee the health of the user.

Description of drawings

Fig. 1-Fig. 2 is the structural representation of toothbrush in the embodiment of the present invention;

Fig. 3 is an implementation process diagram of a data transmission method applied to a toothbrush according to an embodiment of the present invention.

detailed description

In order to enable those skilled in the technical field to which the application belongs to understand the application more clearly, the technical solutions of the application will be described in detail below through specific embodiments in conjunction with the accompanying drawings.

The design of the present invention is to combine the endoscopic lens and the toothbrush, and the endoscopic lens can be used to detect and obtain the lesion image data to be processed in the user's oral cavity when the oral cavity is lesioned. In addition, the toothbrush is also equipped with a micro-processing device, which can receive the lesion image data to be processed transmitted by the endoscopic lens, and obtain corresponding coping strategies according to the lesion grade of the lesion image data to be processed, and perform corresponding processing according to the coping strategies. The design of the present invention can not only obtain the specific pathological changes in the oral cavity of the user, but also perform corresponding treatment according to the specific pathological changes, thus bringing protection to the health of the user.

The structure of the toothbrush designed by the present invention is first introduced in detail below.

The toothbrush of the present invention includes, but is not limited to, an ordinary toothbrush, an electric toothbrush and the like.

In a specific implementation process, referring to FIGS. 1-2 , the toothbrush includes a brush head 1 and a brush handle 2 . The brush head 1 is connected to the brush handle 2 . Certainly, if it is an ordinary toothbrush, the brush head 1 and the brush handle 2 are fixed and integrally designed. And if it is an electric toothbrush, the brush head 1 can rotate relative to the brush handle 2 .

In addition, an endoscopic lens 3 is detachably arranged on the brush head 1 . That is: the endoscopic lens 3 can actually be disassembled from the brush head 1. With this design, when the endoscopic lens 3 is damaged or when brushing teeth, it can be disassembled and replaced at any time, which optimizes the cost performance and conforms to the user's operating experience. It is simple and easy. Row. The endoscopic lens 3 is used to detect and obtain the lesion image data to be processed in the oral cavity of the user.

A groove is arranged on the brush handle 2, and a micro-processing device 4 with a display screen 5 is accommodated in the groove.

Inside the brush handle 2, the micro-processing device 4 is detachably connected to the endoscope lens 3, and then the micro-processing device 4 can receive and process the image data of the lesion to be processed in the user's oral cavity obtained by the endoscope detection.

Specifically, the endoscopic lens 3 is detachably connected to the top of the brush head 1 ; or the endoscopic lens 3 is detachably connected to the back of the brush head 1 . When there is a lesion in the oral cavity, the user can place the endoscope lens 3 on the toothbrush at the lesion to detect and obtain image data of the lesion to be processed in the user's oral cavity.

There are many detachable connection methods, for example: the endoscopic lens 3 is embedded in the top of the brush head 1 or the back of the brush head 1 . In addition, the endoscopic lens 3 can also be screwed to the top of the brush head 1 or the back of the brush head 1 .

In order to replace the endoscopic lens 3 more conveniently, the micro-processing device 4 and the endoscopic lens 3 are also detachably connected. For example, the microprocessing device 4 is provided with a socket, and one end of the endoscopic lens 3 can be inserted into the microprocessing device 4 for connection, and can be pulled out when replacing.

In order to prevent the endoscope lens 3 from being damaged by water, the joint between the endoscope and the brush head 1 can be sealed with a sealing ring.

In a specific structure, the endoscopic lens 3 includes: an outer mirror tube, an inner mirror tube, an optical lens, and an optical fiber.

Wherein, the inner mirror tube is located in the outer mirror tube, the optical lens is placed in the inner mirror tube to form an optical system, and the optical fiber is placed between the inner mirror tube and the outer mirror tube to be responsible for illumination. Outer mirror tube is 0.1mm thick Stainless steel pipes will be deformed when bumped or squeezed.

Optical lenses are mostly A glass column with a length of about 25mm will crack, collapse or shift the optical axis if it is slightly bumped or squeezed. This is often the reason for the blurred vision and blackened edges of our common endoscopes. The optical fiber is made of extremely fine optical glass, a More than 1,500 speculums should be installed, and the external force in the outer mirror tube will cause broken wires, which will affect the illuminance. Most of the connections of the various mechanisms of the endoscope are bonded with epoxy resin, and the quality of the glue and the packaging technology also affect the service life of the endoscope. Although endoscopes are delicate, they will not be damaged as long as they are used and maintained correctly.

The micro-processing device 4 will be described in detail below.

The function of the micro-processing device 4 is to receive and process the lesion image data to be processed in the user's oral cavity detected by the endoscope lens 3 . Specifically, the micro-processing device 4 is used to compare the lesion image data to be processed with the lesion image data corresponding to each lesion grade to obtain the lesion grade of the lesion image data to be processed; Process the lesion level of the lesion image data to obtain a corresponding coping strategy; process the lesion image data to be processed according to the coping strategy.

In order to prevent the micro-processing device 4 from being damaged by water, a sealing ring is provided at the joint between the micro-processing device 4 and the brush handle 2 for sealing.

In another optional embodiment, the micro-processing device 4 further includes a display screen 5 capable of displaying the processing result of the micro-processing device 4 .

In another embodiment, the micro-processing device 4 further includes an alarm device, which can perform different alarm processing based on the lesion level of the lesion image data to be processed. The way of alarming can use indicator light to carry out light alarm, also can use the mode of language broadcast to alarm, or the mode of vibrating to alarm and so on.

Taking the indicator light 6 as an example, the micro-processing device 4 also includes an indicator light 6; the indicator light 6 receives the control of the alarm device and performs a light alarm. The color of the indicator light 6 can be set according to the lesion level of the lesion image data to be processed. The way of setting is variable, for example, one color alarm is used for each lesion level, or one color alarm is used for every two lesion levels, and so on.

The indicator light 6 can be located near the display screen 5, or can be located elsewhere on the brush handle, as shown in FIG. 2 for example.

If the alarm device uses voice broadcast to alarm, then the micro-processing device 4 also includes a voice output device; the voice output device performs voice alarm based on the control of the alarm device. The content of the voice broadcast may be the diagnosis result corresponding to the lesion image data to be processed.

In another optional embodiment, the micro-processing device 4 can send the image data of the lesion to be processed to the user's mobile terminal by means of Bluetooth or wireless WIFI transmission.

Referring to Fig. 3 below, the data transmission method applied on the toothbrush according to the present invention will be introduced in detail.

S1, using the endoscopic lens to detect and obtain the image data of the lesion to be processed in the user's oral cavity.

In the specific implementation process, the lesions in the user's mouth include oral ulcers, swollen gums, tooth decay, wisdom teeth and so on.

When a lesion occurs in the user's oral cavity, the toothbrush can be placed in the oral cavity, so that the endoscopic lens on the toothbrush is placed at the oral lesion for detection.

As for the endoscopic lens, it can generate lesion image data to be processed that can reflect the lesion in the user's oral cavity, and transmit it to the micro-processing device for processing.

S2. Using the micro-processing device to compare the lesion image data to be processed with lesion image data corresponding to each lesion level, to obtain the lesion level of the lesion image data to be processed.

Since the lesion degrees of various types of lesions (such as ulcers and gingival ulcers) are different, the application classifies the lesion image data. Of course, multiple lesion image data can be classified into the same lesion level.

Each lesion level corresponds to its own coping strategy, and the coping strategy for each lesion level is not limited to one.

In addition, each lesion level also has its own alarm prompt and its own diagnosis result. Diagnosis results can be displayed on the display screen, which is actually equivalent to an alarm method.

Referring to Table 1 below, it is the mapping relationship of a certain disease (such as oral ulcer). In Table 1, the lesion grades of the present invention are distinguished by digital grades such as 1, 2, and 3, wherein grade 1 is the lowest, grade 4 is the highest, and the higher the number, the higher the grade of the lesion.

There may be many pieces of lesion image data corresponding to each lesion level. When processing the lesion image data to be processed in this application, the lesion image data to be processed is compared with the lesion image data corresponding to each lesion level, and then Obtaining the lesion level of the lesion image data to be processed.

Each lesion level has its own coping strategy, and each lesion level may contain one or several coping strategies.

Alarm prompt Use indicator light for alarm prompt. Diagnosis results can be displayed in the form of language broadcast or display.

Certainly, the data in Table 1 in the present invention are only for illustration and are not intended to limit the present invention.

Table 1

When processing the lesion image data to be processed, the microprocessing device can call the lesion image data in Table 1 for comparison with the lesion image data to be processed by the microprocessing device, and then determine the lesion level of the lesion image data to be processed.

S3, using the micro-processing device to obtain a corresponding response strategy according to the lesion level of the lesion image data to be processed.

In a specific implementation process, the micro-processing device will obtain the response strategy corresponding to the lesion image data to be processed from the response strategies corresponding to each lesion level according to the lesion grade of the lesion image data to be processed.

Specifically, different lesion grades correspond to different coping strategies. Taking oral ulcers as an example, the lesion grades of oral ulcers can be divided into high and low grades. If the lesion grades of oral ulcers are low, you can usually pay attention to maintaining oral hygiene. If the lesion grade of oral ulcer is higher, you need to go to the hospital for timely treatment in order to aggravate the condition.

Therefore, the present invention adopts different coping strategies to deal with different lesion levels of oral ulcers, and can deal with the problem of oral ulcers in all aspects to ensure the health of users.

Specifically, the coping strategies of the present invention can be roughly divided into two categories. One category of coping strategies does not require medical treatment, but only needs to pay attention to oral hygiene. Another type of coping strategy involves prompt hospital visits.

S4. Using the micro-processing device to process the lesion image data to be processed according to the countermeasure.

In a specific implementation process, there may be various coping strategies, and the present invention lists several coping strategies for illustration.

For example, a countermeasure is to display diagnostic results on a display.

In a specific implementation process, using the micro-processing device to compare the lesion image data to be processed with the lesion image data corresponding to each lesion grade, after obtaining the lesion grade of the lesion image data to be processed, including :

Using the micro-processing device to obtain the corresponding diagnosis results of the lesion image data to be processed from the diagnosis results corresponding to each lesion level according to the lesion levels of the lesion image data to be processed.

Furthermore, when the image data of the lesion to be processed is processed by using the countermeasure, the diagnosis result corresponding to the image data of the lesion to be processed may be displayed on the display screen.

This coping strategy focuses on the situation where the lesion grade of the lesion image data to be processed is low (such as grade 1, grade 2, etc.), and can prompt the user to pay attention to oral hygiene.

Of course, in addition to this, the coping strategy of the present invention can also be to broadcast the diagnostic result by voice to prompt the user.

In a specific implementation process, the micro-processing device also includes a voice output device. When the micro-processing device is used to obtain the lesion level of the lesion image data to be processed from the diagnosis results corresponding to each lesion level After the diagnosis result corresponding to the image data, when using the coping strategy to process the image data of the lesion to be processed, voice broadcasting can be used, and the voice output device is used to play the diagnosis result corresponding to the image data of the lesion to be processed.

For another example, the coping strategy may be to find a nearby dental clinic, then the microprocessing device may perform the following processing:

The first processing method:

According to the location of the toothbrush, the micro-processing device is used to obtain dental clinics meeting the conditions. Wherein, the distance between the location of the qualified dental clinic and the location of the toothbrush is within a preset distance range. For example, the location of the dental clinic and the location of the toothbrush are within 2 kilometers. That is, the dental clinic is near the user's residence.

The micro processing device is used to send the lesion image data to be processed to the dental clinic meeting the conditions. After the dentist in the dental clinic receives the lesion image data to be processed, he can discuss the condition by contacting the user.

The second processing method:

This processing requires a display using a microprocessor.

First, the micro-processing device is used to obtain relevant information of dental clinics that meet the conditions according to the location of the toothbrush. The distance between the location of the qualified dental clinic and the location of the toothbrush is within a preset distance range. For example, the location of the dental clinic and the location of the toothbrush are within 2 kilometers. That is, the dental clinic is near the user's residence. The relevant information of the dental clinic includes at least the name of the dental clinic, the address of the dental clinic, and the telephone number of the dental clinic;

The relevant information of the dental clinic is displayed on the display screen, so as to actively provide the relevant information of the dental clinic for the user, so that the user can see a doctor in time.

In another embodiment, when the micro-processing device finds various dental clinics, it can also classify dental clinics according to their scale and number of people, or screen them according to the classification of dental clinics by national agencies to obtain dental clinics that meet the grades. The dental clinic is shown on the display for feedback to the user.

In another embodiment, comparing the lesion image data to be processed with the lesion image data corresponding to each lesion grade by using the micro-processing device, after obtaining the lesion grade of the lesion image data to be processed, includes Using the micro-processing device to obtain the corresponding alarm prompts of the lesion image data to be processed from the alarm prompts corresponding to each lesion level according to the lesion grades of the lesion image data to be processed, so as to prompt the user.

In the specific implementation process, there are multiple ways of alarm prompts in the present invention, and the alarm prompts at least include indicator light prompts and vibration prompts.

Specifically, the alarm prompt can be an indicator light alarm (for example, the color of the indicator light flashes according to different lesion levels), a vibration alarm (the severity of the vibration is determined according to the lesion level), and an audio alarm (for example, different degrees of vibration are emitted according to the lesion level). beeps or other prompts).

Of course, text content alarms (such as displaying diagnostic results on the display screen) and playing voice content alarms (such as voice playback of diagnostic results) can actually be counted as an alarm method to prompt the user. The diagnosis is based on the final textual summary obtained from the imaging data of the lesion to be processed.

In another embodiment, the micro-processing device can also send the lesion image data to be processed to the user's mobile terminal for display in real time, so that the user can watch the lesion in his oral cavity in real time on the mobile terminal.

In a specific implementation process, using the micro-processing device to process the lesion image data to be processed according to the coping strategy includes: using the micro-processing device to send the lesion image data to be processed to the user mobile terminal, and then make the mobile terminal display the lesion image data to be processed.

Specifically, the micro-processing device can also send the lesion image data to be processed to the user's mobile terminal by means of Bluetooth or wireless WIFI transmission. Allow users to conduct preliminary observation and judgment of oral health, and can transmit the image data of the lesion to be processed acquired by the endoscopic lens to the remote dentist for guidance and inspection in real time. In the specific use process, the user can insert the toothbrush into the oral cavity, and the camera on the endoscope lens will upload the image data of the lesion to be processed inside the oral cavity to the transfer terminal through the WeChat processor, so that the user can observe himself in real time on the mobile phone. In addition, the image data of the lesion to be processed can be transmitted to a remote dentist in real time. The dentist can communicate with the user in real time, guide the user to perform a preliminary oral health diagnosis, and observe the condition of the user's oral cavity. Real-time image information combined with its own experience provides users with professional diagnostic advice and guides users in the direction of their next treatment.

Of course, the present invention can be used not only in oral cavity lesions, but also in daily inspection of oral cavity.

The invention combines the endoscopic lens with the toothbrush, so that the medical-grade professional equipment becomes a daily necessities that users can easily operate, and the high cost performance makes it easier for users to accept.

Through one or more embodiments of the present invention, the present invention has the following beneficial effects or advantages:

The invention discloses a data transmission method applied to a toothbrush and a toothbrush. The method combines an endoscopic lens with a toothbrush, and uses the endoscopic lens to detect and obtain lesion image data to be processed in the user's oral cavity; in addition, the toothbrush also includes A micro-processing device is provided, and the micro-processing device is used to compare the lesion image data to be processed with the lesion image data corresponding to each lesion level to obtain the lesion level of the lesion image data to be processed; The device obtains a corresponding response strategy according to the lesion level of the lesion image data to be processed; the micro-processing device processes the lesion image data to be processed according to the response strategy. Furthermore, not only can the specific pathological changes of the user's oral cavity be obtained, but also corresponding treatment can be carried out according to the specific pathological changes, so as to guarantee the health of the user.

While preferred embodiments of the present application have been described, additional changes and modifications to these embodiments can be made by those of ordinary skill in the art once the basic inventive concept is appreciated. Therefore, the appended claims are intended to be construed to cover the preferred embodiment and all changes and modifications which fall within the scope of the application.

Obviously, those skilled in the art can make various changes and modifications to the application without departing from the spirit and scope of the application. In this way, if these modifications and variations of the present application fall within the scope of the claims of the present application and their equivalent technologies, the present application is also intended to include these modifications and variations.

Claims (10)

1. apply the data transmission method on toothbrush for one kind, it is characterised in that described method includes:

The detection of described endoscope head is utilized to obtain the intraoral pending pathological changes image data of user；

Utilize described mini processing unit by pathological changes image number corresponding with each pathological changes grade for described pending pathological changes image data According to comparing, it is thus achieved that the pathological changes grade of described pending pathological changes image data；

Utilize described mini processing unit to obtain according to the pathological changes grade of described pending pathological changes image data and corresponding answer countermeasure Slightly；

Described mini processing unit is utilized to process described pending pathological changes image data according to described coping strategy.

2. the method for claim 1, it is characterised in that described utilize described mini processing unit by described pending disease The pathological changes image data becoming image data corresponding with each pathological changes grade is compared, it is thus achieved that described pending pathological changes image data After pathological changes grade, including:

Utilize described mini processing unit according to the pathological changes grade of described pending pathological changes image data, corresponding from each pathological changes grade Alarm in obtain the corresponding alarm of described pending pathological changes image data, to point out user.

3. method as claimed in claim 2, it is characterised in that described alarm at least includes that display lamp prompting, vibrations carry Show.

4. the method for claim 1, it is characterised in that described mini processing unit also includes display screen；

Described utilize described mini processing unit by pathological changes shadow corresponding with each pathological changes grade for described pending pathological changes image data As data are compared, it is thus achieved that after the pathological changes grade of described pending pathological changes image data, including:

Utilize described mini processing unit according to the pathological changes grade of described pending pathological changes image data, corresponding from each pathological changes grade Diagnostic result in obtain the corresponding diagnostic result of described pending pathological changes image data；

Described utilize described mini processing unit according to described coping strategy process described pending pathological changes image data, including:

At the diagnostic result that pathological changes image data pending described in described display screen display is corresponding.

5. the method for claim 1, it is characterised in that described utilize described mini processing unit according to described pending The pathological changes grade of pathological changes image data obtains corresponding coping strategy, including:

Utilize described mini processing unit according to the pathological changes grade of described pending pathological changes image data, corresponding from each pathological changes grade Coping strategy in obtain the coping strategy that described pending pathological changes image data is corresponding.

6. the method for claim 1, it is characterised in that described utilize described mini processing unit according to described in answer countermeasure Slightly process described pending pathological changes image data, including:

Utilize described mini processing unit according to described toothbrush position, obtain the dental clinic meeting condition；Wherein, described In the range of the distance of the position and described toothbrush position that meet the dental clinic of condition is in predeterminable range；

Described mini processing unit is utilized to be sent to be in the described dentistry meeting condition by described pending pathological changes image data Clinic.

7. the method for claim 1, it is characterised in that described mini processing unit also includes display screen；

Described utilize described mini processing unit according to described coping strategy process described pending pathological changes image data, including:

Utilize described mini processing unit according to described toothbrush position, obtain the relevant letter of the dental clinic meeting condition Breath；In the range of the position of the described dental clinic meeting condition and the distance of described toothbrush position are in predeterminable range；Institute The relevant information stating dental clinic at least includes that the title of described dental clinic, the address of described dental clinic, described dentistry are examined Telephone number；

In the relevant information of dental clinic described in described display screen display.

8. the method for claim 1, it is characterised in that described utilize described mini processing unit according to described in answer countermeasure Slightly process described pending pathological changes image data, including:

Utilize described mini processing unit that described pending pathological changes image data is sent to the mobile terminal of described user, and then Described mobile terminal is made to show described pending pathological changes image data.

9. method as claimed in claim 8, it is characterised in that described utilize described mini processing unit to locate according to by described waiting Reason pathological changes image data is sent to the mobile terminal of described user, including:

Utilize described mini processing unit in the way of bluetooth or wireless WIFI transmission, described pending pathological changes image data is sent out Give the mobile terminal of described user.

10. a toothbrush, it is characterised in that described toothbrush includes: brush and brush holder, described brush and described brush holder connect；? Dismountable on described brush it is provided with endoscope head；It is provided with a groove on described brush holder, described groove is equipped with miniature Processing means；Inside described brush holder, described mini processing unit and described endoscope head removably connect；

Wherein, described endoscope head, it is used for detecting the acquisition intraoral pending pathological changes image data of user；

Described mini processing unit, for by pathological changes image number corresponding with each pathological changes grade for described pending pathological changes image data According to comparing, it is thus achieved that the pathological changes grade of described pending pathological changes image data；According to described pending pathological changes image data Pathological changes grade obtains corresponding coping strategy；Described pending pathological changes image data is processed according to described coping strategy.