Smart toothbrush case, oral health monitoring system and method for monitoring oral health

Abstract

The application relates to the field of oral care, and discloses an intelligent tooth kit, an oral health monitoring system and an oral health monitoring method. The intelligent tooth kit comprises a mouthwash adding part, a toothpaste discharging part, a camera and a control system. The mouthwash adding part comprises a mouthwash liquid tank, a first valve and a cup detection sensor. The toothpaste discharging part comprises a toothpaste cylinder, a toothpaste squeezing device and a brush head detection sensor. The camera is used for at least shooting facial features of a user. The control system is communicatively connected with the first valve, the toothpaste squeezing device and the brush head detection sensor, the camera and a cloud server, is used for transmitting the facial features of the user to the cloud server, and receives an indication of the cloud server to unlock the first valve and the cup detection sensor of the mouthwash adding part and / or the brush head detection sensor and the toothpaste squeezing device of the toothpaste discharging part. The tooth kit and the monitoring system can remotely connect a doctor to obtain a correct cleaning mode in real time, and realize oral health.

Description

TECHNICAL FIELD

[0001] The present application relates to the field of oral hygiene, in particular to an intelligent tooth kit, an oral health monitoring system and a method for monitoring oral health. BACKGROUND

[0002] With the improvement of people's living standards, more and more people pay attention to oral cleaning and health. The ordinary tooth kit only has the function of storage and cannot monitor the oral health at ordinary times. Oral cleaning is an essential thing every day, but it cannot be done under the monitoring of doctors every time, and the lack of doctor's monitoring makes it difficult to ensure that people use the correct cleaning method.

[0003] Therefore, it is urgent to develop an intelligent tooth kit and an oral health monitoring system, which can remotely connect doctors to obtain the correct cleaning method in real time, so that people can clean their oral cavities according to the doctor's prescription to achieve oral health. SUMMARY

[0004] The technical purpose of the present application is to solve the problem that the tooth kit cannot be monitored by doctors, and to provide an intelligent tooth kit, an oral health monitoring system and a method for monitoring oral health, which can remotely connect doctors to obtain the correct oral cleaning method in real time, so that users can clean their oral cavities according to the doctor's prescription to achieve oral health.

[0005] As an aspect of the present application, the present application provides an intelligent tooth kit, comprising:

[0006] mouthwash adding part, toothpaste dispensing part, camera and control system;

[0007] The mouthwash adding part comprises a mouthwash liquid tank, a first valve and a cup detection sensor. The mouthwash liquid tank is provided with a mouthwash opening, and the mouthwash opening is located at the bottom of the mouthwash liquid tank. The first valve is arranged at the mouthwash opening of the mouthwash liquid tank. The cup detection sensor is arranged near the bottom of the mouthwash opening and is used to detect whether a cup is placed below the mouthwash opening.

[0008] The toothpaste dispensing part comprises a toothpaste cylinder, a toothpaste squeezing device and a brush head detection sensor. The toothpaste cylinder is provided with a toothpaste opening, and the toothpaste opening is located at the bottom of the toothpaste cylinder. The brush head detection sensor is arranged near the bottom of the toothpaste opening and is used to detect whether a toothbrush head is placed below the toothpaste opening. The toothpaste squeezing device is arranged above the toothpaste cylinder and is used to control the extrusion of toothpaste in the toothpaste cylinder.

[0009] The camera is used at least to shoot the facial features of the user.

[0010] The control system is communicatively connected with the first valve of the mouthwash adding part, the toothpaste squeezing device and the brush head detection sensor of the toothpaste dispensing part, the camera, and the cloud server, is configured to transmit the user's facial features captured by the camera to the cloud server, and receive the indication of the cloud server to unlock the first valve of the mouthwash adding part and the cup detection sensor, and / or the toothpaste squeezing device and the brush head detection sensor of the toothpaste dispensing part.

[0011] According to an example embodiment of the present application, the plurality of mouthwash liquid tanks, the plurality of first valves, the plurality of cup detection sensors, the plurality of toothpaste tubes, the plurality of toothpaste squeezing devices, and the plurality of brush head detection sensors are provided, each of the first valves corresponds to one of the mouthwash liquid tanks, each of the cup detection sensors corresponds to one of the mouthwash liquid tanks, each of the toothpaste squeezing devices corresponds to one of the toothpaste tubes, and each of the brush head detection sensors corresponds to one of the toothpaste tubes.

[0012] The control system comprises a transmission device and a prompt device, the transmission device is connected with the cloud server, configured to transmit the user's facial features to the cloud server, and receive the cleaning tooth prescription sent by the cloud server; the cleaning tooth prescription comprises using a specified toothpaste or using a specified mouthwash; the prompt device is communicatively connected with the transmission device, configured to prompt the user with the cleaning tooth prescription.

[0013] According to an example embodiment of the present application, the camera is further configured to capture oral cavity information, and the transmission device of the control system is further configured to transmit the oral cavity information to the cloud server.

[0014] The smart tooth kit further comprises a thermometer configured to measure the temperature in the oral cavity, the thermometer is arranged near the camera and communicatively connected with the control system, and the transmission device of the control system is further configured to receive the temperature in the oral cavity and transmit it to the cloud server.

[0015] According to an example embodiment of the present application, the prompt device comprises a display screen, and / or a voice prompt device, and / or a prompt light.

[0016] According to a second aspect of the present application, the present application provides a health system for oral health, comprising: the smart tooth kit, a cloud server, and a doctor terminal.

[0017] The control system of the smart tooth kit is communicatively connected with the cloud server, configured to at least transmit the user's facial features to the cloud server, receive and execute the indication of the cloud server, and transmit the user's oral cavity information and the temperature in the oral cavity to the cloud server, receive and execute the cleaning tooth prescription sent by the cloud server; the cleaning tooth prescription comprises using a specified toothpaste or using a specified mouthwash.

[0018] The doctor terminal is communicatively connected with the cloud server, and is configured to acquire oral information and temperature in the oral cavity of a user, and send a tooth cleaning prescription to the cloud server.

[0019] The cloud server is configured to receive facial features of the user, and identify the user; receive the oral information and the temperature in the oral cavity of the user, and send the information to the doctor terminal; receive the tooth cleaning prescription from the doctor terminal, and send the prescription to the intelligent dental kit; and according to the tooth cleaning prescription, unlock a first valve of a mouthwash adding part, and / or a toothbrush head detection sensor and a toothpaste squeezing device of a toothpaste dispensing part of the intelligent dental kit.

[0020] According to an example embodiment of the present application, the control system of the intelligent dental kit further comprises an identification device connected with the cup detection sensor, the toothbrush head detection sensor, the toothpaste squeezing device, the transmission device and the prompting device, and configured to acquire the tooth cleaning prescription, find a target cup detection sensor or a target toothbrush head detection sensor according to the tooth cleaning prescription, and if the target cup detection sensor fails to detect a cup within a first specified time, or a non-target cup detection sensor detects a cup, or the target toothbrush head detection sensor fails to detect a toothbrush head within a second specified time, or a non-target toothbrush head detection sensor detects a toothbrush head, prompt the user to place the cup under a specified mouthwash liquid tank or place the toothbrush head under a specified toothpaste cylinder through the prompting device; and when the cup is detected to be placed near the target cup detection sensor or the toothbrush head is detected to be placed near the target detection sensor, unlock the first valve corresponding to the target cup detection sensor or the toothpaste squeezing device corresponding to the target toothbrush head detection sensor.

[0021] According to an example embodiment of the present application, a unique two-dimensional code is arranged on the toothbrush head, the camera is further configured to capture the two-dimensional code on the toothbrush head, and the transmission device is further configured to send the two-dimensional code on the toothbrush head to the cloud server, and the cloud server is further configured to record the cumulative time length, use time and use frequency of the toothbrush head through the two-dimensional code on the toothbrush head.

[0022] The control system further comprises a toothbrush head recording device connected with the prompting device and the transmission device, and the toothbrush head recording device acquires the cumulative time length, use time and use frequency of the toothbrush head through the transmission device, and prompts the user to replace the toothbrush head through the prompting device when the cumulative time length, use time or use frequency of the toothbrush head exceeds a predetermined standard.

[0023] According to an example embodiment of the present application, a unique two-dimensional code is arranged on the mouthwash liquid tank, the camera is further configured to capture the two-dimensional code on the mouthwash liquid tank, the transmission device is further configured to send the two-dimensional code on the mouthwash liquid tank to the cloud server, and the cloud server is further configured to record the use amount of the mouthwash through the two-dimensional code on the mouthwash liquid tank.

[0024] The control system also includes a mouthwash recording device, which is connected to the prompting device and the transmission device. The mouthwash recording device obtains the amount of mouthwash used through the transmission device. When the mouthwash is used up, the prompting device prompts the user to replace the mouthwash liquid tank.

[0025] According to an exemplary embodiment of the present invention, a uniquely identified QR code is provided on the toothpaste tube, the camera is further configured to photograph the QR code on the toothpaste tube, the transmission device is further configured to transmit the QR code on the toothpaste tube to a cloud server, and the cloud server is further configured to record the amount of toothpaste used by the toothpaste tube using the QR code on the toothpaste tube;

[0026] The control system also includes a toothpaste recording device, which is connected to the prompting device and the transmission device. The toothpaste tube recording device obtains the usage of the toothpaste tube through the transmission device. When the toothpaste tube is used up, the prompting device prompts the user to replace the toothpaste tube.

[0027] As a third aspect of the present invention, the present invention provides a method for monitoring oral health, using the oral health monitoring system, comprising the following steps:

[0028] The smart toothbrush box obtains the user's facial features and transmits them to the cloud server;

[0029] The cloud server identifies the user;

[0030] The smart dental kit obtains the user's oral information and transmits it to the cloud server; the oral information includes the surface pattern of the teeth;

[0031] The doctor prescribes a teeth cleaning prescription based on the user's oral information and transmits it to the cloud server; the teeth cleaning prescription includes using a specified toothpaste or a specified mouthwash;

[0032] The smart toothbrush box obtains the teeth cleaning prescription through the cloud server and prompts the user;

[0033] The smart toothbrush box unlocks the corresponding toothpaste squeezing device or the first valve according to the teeth cleaning prescription.

[0034] According to an exemplary embodiment of the present invention, when the smart dental kit obtains the user's oral information and transmits it to the cloud server, the smart dental kit also obtains the temperature inside the user's oral cavity and transmits it to the cloud server;

[0035] The doctor also prescribes teeth cleaning based on the temperature inside the user's mouth.

[0036] According to an exemplary embodiment of the present invention, before unlocking the corresponding toothpaste squeezing device or the first valve according to the teeth cleaning prescription, the smart toothbrush kit further includes:

[0037] If the cleaning teeth prescription is to use the specified mouthwash, the intelligent tooth kit first detects whether the cup is placed under the specified mouthwash liquid tank, and if not, prompts the user to place the cup under the specified mouthwash liquid tank.

[0038] If the cleaning teeth prescription is to use the specified toothpaste, the intelligent tooth kit first detects whether the toothbrush head is placed under the specified toothpaste cylinder, and if not, prompts the user to place the toothbrush head under the specified toothpaste cylinder.

[0039] The beneficial effects of the present application are:

[0040] The intelligent tooth kit and the monitoring system of the present scheme can remotely connect the doctor end, obtain the cleaning teeth prescription, and monitor the oral health status in real time, thereby ensuring the health of the user's teeth. BRIEF DESCRIPTION OF DRAWINGS

[0041] Figure 1 A connection relationship diagram of the oral health monitoring system is given.

[0042] Figure 2 A perspective view of the intelligent tooth kit is given.

[0043] Figure 3 A perspective view of the intelligent tooth kit (another angle) is given.

[0044] Figure 4 A perspective view of the mouthwash adding part is given.

[0045] Figure 5 A perspective view of the mouthwash adding part is given.

[0046] Figure 6 A perspective view of the toothpaste dispensing part is given.

[0047] Figure 7 A perspective view of the toothpaste cylinder is given.

[0048] Figure 8 An exploded view of the toothpaste cylinder is given.

[0049] Figure 9 A combination view of the screw rod, the tray, the gasket, and the rotating part (not in use) is given.

[0050] Figure 10 A combination view of the screw rod, the tray, the gasket, and the rotating part (in use) is given.

[0051] Figure 11 A structure diagram of the disinfection equipment and the prompting device is given.

[0052] Figure 12 A connection relationship diagram of the control system and each component is given.

[0053] Figure 13 A perspective view of the connecting plate is given.

[0054] Figure 14 A connection relationship diagram of the base and the water cup is given.

[0055] Wherein, 1-intelligent tooth kit, 11-mouthwash adding part, 111-mouthwash liquid tank, 112-first valve, 113-cup detection sensor, 114-water cup positioning mark, 12-toothpaste out of paste part, 121-toothpaste cylinder, 121A-cylinder body, 121B-screw rod, 121C-tray, 121D-rotation part, 121E-gasket, 122-toothpaste squeezing device, 123-brush head detection sensor, 124-second valve, 125-toothbrush head positioning mark, 13-camera, 14-control system, 141-transmission device, 142-prompting device, 143-identification device, 144-brush head recording device, 145-mouthwash recording device, 146-toothpaste cylinder recording device, 147-disinfection recording device, 148-air quality detection device, 15-thermometer, 16-disinfection device, 17-base, 18-connecting plate, 2-cloud server, 3-doctor end, 4-water cup. DETAILED DESCRIPTION

[0056] The embodiments of the present application are described in detail below, but the present application can be implemented in various different ways limited and covered by the claims.

[0057] According to the first embodiment of the present application, a monitoring system for oral health is provided, as shown in the figure, comprising: an intelligent tooth kit 1, a cloud server 2 and a doctor end 3. Figure 1

[0058] The cloud server 2 is communicatively connected with the intelligent tooth kit 1 and the doctor end 3, which can be wired connection or wireless connection. The number of intelligent tooth kits 1 and doctors 3 is multiple, one intelligent tooth kit 1 can correspond to one or more users, and one doctor end can serve one or more users.

[0059] The cloud server 2 is used to receive the information sent by the intelligent tooth kit 1, including the user's facial features, the user's oral information, the user's oral temperature, the two-dimensional code of the toothbrush head, the two-dimensional code of the toothpaste cylinder 121, and the two-dimensional code of the mouthwash liquid tank 111. The cloud server 2 identifies the user according to the user's facial features, sends the user's oral information and the user's oral temperature to the doctor end 3, and transmits the cleaning oral prescription of the doctor end 3 to the intelligent tooth kit 1. The cloud server 2 is also used to record the cumulative time, use time and use frequency of the toothbrush head, record the use amount of the toothpaste cylinder, record the use amount of the mouthwash, and record the time and frequency of disinfection.

[0060] ​The doctor terminal 3 issues a cleaning oral prescription according to the user's oral information, the user's oral temperature and the past cleaning oral prescription and transmits it to the cloud server 2.

[0061] The intelligent tooth kit 1 is used to send the photographed information to the cloud server 2, receive and execute the instructions of the cloud server 2. Specifically, as shown in Figure 2 and Figure 3 , the intelligent tooth kit 1 includes a mouthwash adding part 11, a toothpaste dispensing part 12, a camera 13, a control system 14, a thermometer 15, a sterilization device 16, a base 17, a connecting plate 18, a small night light (not shown in the figure), a battery (not shown in the figure), a charging port 19 and a ventilation port. The intelligent tooth kit 1 includes an upper part, a middle part and a lower part, the upper part is the sterilization device 16, the middle part is the toothpaste dispensing part 12 and the mouthwash adding part 11 on both sides, and the lower part is the base 17. The control system 14 and the battery are arranged inside the intelligent tooth kit 1, and cannot be seen from the outside structure of Figure 2 and Figure 3 . The camera 13, the thermometer 15, the small night light, the charging port 19 and the ventilation port are all arranged on the outer surface of the intelligent tooth kit 1. Figure 2 Among them, the camera 13 and the thermometer 15 are arranged on one side of the toothpaste dispensing part 12, the camera 13 and the thermometer 15 are relatively close, which is convenient for detection. The small night light can be arranged near the camera 13 or on one side of the mouthwash adding part 11, which can perform ordinary illumination or light compensation for the camera 13. The camera 13 is used to photograph the user's facial features, oral information and product two-dimensional code. The oral information is the outer surface condition of the user's teeth after opening the mouth photographed by the camera 13. The product two-dimensional code includes toothbrush head two-dimensional code, toothpaste cylinder two-dimensional code and mouthwash liquid tank two-dimensional code. These two-dimensional codes are unique identifiers of the product, and the product information can be obtained by scanning the two-dimensional code. The toothbrush head two-dimensional code includes the production date of the toothbrush head, the shape of the toothbrush head, the softness of the toothbrush head, the use frequency of the toothbrush head, the cumulative length of the toothbrush head, the use time of the toothbrush head, the sterilization frequency of the toothbrush head, and the sterilization time of the toothbrush head. The toothpaste cylinder two-dimensional code includes toothpaste variety, toothpaste factory date, toothpaste efficacy, toothpaste cylinder usage. The mouthwash liquid tank two-dimensional code includes the factory date of the mouthwash liquid tank, the variety of the mouthwash, the function of the mouthwash, and the usage of the mouthwash. The thermometer 15 is used to detect the temperature in the oral cavity, generally refers to the temperature under the tongue in the oral cavity, and preferably adopts an infrared sensor. The charging port 19 is connected with the battery, and the battery can be charged through the charging port 19, and the external device can also be charged through the charging port 19. The charging port 19 can adopt a USB interface, a Type-c interface or other types. The battery supplies power to the devices of the whole intelligent tooth kit 1, such as the control system 14, the toothpaste dispensing part 12, the mouthwash adding part 11 and the small night light.

[0062] As Figure 4 and Figure 5 shown, the mouthwash adding part 11 includes mouthwash liquid tanks 111, first valves 112, cup detection sensors 113, and water cup positioning marks 114. The mouthwash liquid tanks 111 are two, used to hold different varieties and different functions of mouthwash. The number of mouthwash liquid tanks 111 can be adjusted according to actual conditions. The number of first valves 112 is consistent with the number of mouthwash liquid tanks 111, and the number of cup detection sensors 113 is also consistent with the number of mouthwash liquid tanks 111. The mouthwash liquid tank 111 is provided with a mouthwash opening, which is located at the bottom of the mouthwash liquid tank 111. The first valve 112 is arranged at the mouthwash opening of the mouthwash liquid tank 111. The cup detection sensor 113 is near the bottom of the mouthwash opening, used to detect whether the cup is placed directly below the mouthwash opening. The water cup positioning mark 114 is located directly below the mouthwash opening of the mouthwash liquid tank 111, used to accurately position the water cup receiving mouthwash directly below the opening of the mouthwash liquid tank 111. Each water cup positioning mark 114 corresponds to a mouthwash liquid tank 111. The water cup positioning mark 114 includes a circular boss, a circular groove, or a circular flat icon. When the water cup positioning mark 114 is a circular boss, a water cup with a bottom provided with a fixed groove corresponding to the circular boss is required. When the water cup positioning mark 114 is a circular groove, a water cup with a bottom corresponding to the circular groove is required. When the water cup positioning mark 114 is a circular flat icon, the water cup only needs to be placed on the circular flat icon.

[0063] As Figure 6 shown, the toothpaste dispensing part 12 includes toothpaste barrels 121, toothpaste squeezing devices 122, brush head detection sensors 123, second valves 124, and toothbrush head positioning marks 125. The brush head detection sensor 123 is not shown in Figure 6 , and the position of the brush head detection sensor 123 is referenced to the position of the cup detection sensor 113. The toothpaste barrel 121 is four, used to hold different varieties of toothpaste, such as whitening, anti-cavity, etc. The number of toothpaste barrels 121 can be adjusted according to actual conditions. The number of toothpaste squeezing devices 122 is consistent with the number of toothpaste barrels 121, and the number of brush head detection sensors 123 is also consistent with the number of toothpaste barrels 121. The specific structure of the toothpaste barrel 121 is as shown in Figure 7 and Figure 8As shown, the toothpaste tube 121 is provided with a toothpaste opening, which is located at the bottom of the toothpaste tube 121. The toothpaste tube 121 comprises a tube body 121A, a screw rod 121B, a gasket 121C, a rotating part 121D and a tray 121E. The tube body 121A is cylindrical in shape, has a cylindrical cavity inside, is provided with a first protrusion at the bottom, and is provided with a toothpaste opening of the toothpaste tube 121 on the first protrusion for extruding toothpaste. The top of the tube body 121A is provided with a tube opening, and one or more guide rails are arranged on the inner wall of the tube body 121A. The lower part of the screw rod 121B is in a spiral structure, and the upper part is in a columnar structure. The screw rod 121B vertically extends into the cylindrical cavity from the tube opening at the top of the tube body 121A. The rotating part 121D is located above the tube body 121A, and the bottom of the rotating part 121D is provided with a first groove, into which the upper part of the screw rod 121B is inserted, so as to realize the fixed connection between the screw rod 121B and the rotating part 121D. The tray 121C is arranged in the cylindrical cavity and is in a cylindrical structure, comprising an extrusion disc at the upper part and a tray wall surrounding the extrusion disc. The extrusion disc is provided with a spiral hole corresponding to the screw rod 121B in the middle, and the screw rod 121B passes through the spiral hole to rotatably connect the screw rod 121B and the tray 121C. The outer wall of the tray wall is provided with a first guide groove corresponding to the guide rail, so that when the rotating part 121D rotates to drive the screw rod 121B to rotate, the tray 121C moves downward along the guide rail. The gasket 121E is arranged in the cylindrical cavity and above the tray 121C. The gasket 121E is cylindrical in shape and is provided with a circular insertion hole in the middle, through which the columnar structure at the upper part of the screw rod 121B passes. The outer wall of the gasket 121E is provided with a second guide groove corresponding to the guide rail. The gasket 121E can keep the screw rod 121B in a vertical state at all times and prevent the screw rod 121B from tilting during rotation. Figure 9 As shown, when the toothpaste tube 121 is not used, the amount of toothpaste is the largest at this time, the tray 121C is located above the tube body 121A, and there is no gap between the tray 121C and the gasket 121E. Figure 10As shown, when the toothpaste tube 121 is used, the rotation of the rotating part 121D drives the screw rod 121B to rotate, so that the tray 121C continuously moves downward to squeeze out the toothpaste, and the distance between the tray 121C and the gasket 121E becomes larger and larger. In this scheme, the rotation of the rotating part 121D causes the toothpaste to be squeezed out. Preferably, the rotating part 121D is rotated by the toothpaste squeezing device 122 in a mechanical manner, so as to squeeze out the toothpaste in the toothpaste tube 121. The toothpaste squeezing device 122 is arranged above the toothpaste tube 121. Specifically, the following two schemes can be adopted: (1) The top of the rotating part 121D is provided with a second groove, and the toothpaste squeezing device 122 is a first motor, which extends into the second groove and drives the rotating part 121D to rotate. The groove is a special-shaped groove with a square or other non-circular structure, preferably a quadrilateral or hexagonal structure. The special-shaped groove with a square or other non-circular structure can eliminate the need for a limiting structure; (2) The rotating part 121D has a cylindrical structure, and the outer surface of the rotating part 121D has a gear structure. The toothpaste squeezing device 122 includes a second motor and a rotating gear, the second motor is fixedly connected with the rotating gear and drives the rotating gear to rotate, and the rotating gear is engaged with the outer surface of the rotating part 121D. As a preferred embodiment, the toothpaste squeezing device 122 further includes a Hall sensor, which is used to record the number of rotations of the first motor or the second motor and transmit the number to the cloud server 2. The cloud server 2 records the toothpaste usage of the toothpaste tube 121 through the number of rotations. Although the usage of toothpaste can be known according to the oral cavity cleaning prescription, the number of rotations of the motor cannot completely guarantee that the squeezed amount is exactly the same as the amount of the prescription. Therefore, by recording the number of rotations of the motor, the usage of toothpaste can be recorded more accurately. The brush head positioning mark 125 is located directly below the opening of the toothpaste tube 121, and is used to prompt the user to place the brush head at the accurate position. The brush head detection sensor 123 is arranged near the opening of the toothpaste, and is used to detect whether the brush head is placed directly below the opening of the toothpaste. The second valve 124 is arranged near the opening of the toothpaste, and has a function similar to that of a cover. When the toothpaste is not used, the second valve 124 is closed to prevent the toothpaste from flowing out of the opening of the toothpaste. The brush head positioning mark 125 includes a circular boss, a circular groove or a circular planar icon. The brush head positioning mark 125 is a plurality of marks, and each mark corresponds to one toothpaste tube 121.

[0064] As shown in Figure 11 The disinfection device 16 is arranged at the upper part of the intelligent dental kit 1, and the disinfection device 16 is a cavity. A plurality of brush head placing grooves are arranged at the bottom of the cavity, and a disinfection lamp is arranged at one side or the top of the brush head placing grooves. Photocatalyst material is arranged in the cavity, and is used to sterilize the air in the cavity. A drying lamp is further arranged in the cavity, and is used to dry the brush head. A ventilation channel is arranged in the disinfection device 16, and the ventilation channel is in communication with a ventilation opening on the outer surface of the intelligent dental kit 1.

[0065] As shown in Figure 12As shown, the control system 14 comprises a transmission device 141, a prompting device 142, an identification device 143, a brush head recording device 144, a mouthwash recording device 145, a toothpaste cylinder recording device 146, a disinfection recording device 147, and an air quality detection device 148. The transmission device 141 is communicatively connected with the camera 13 and the thermometer 15, and is also communicatively connected with the cloud server 2, for sending the data recorded by the camera 14 and the thermometer 15 to the cloud server 2, and for receiving the data transmitted by the cloud server 2, including the oral cleaning prescription, the toothbrush head information, the toothpaste cylinder information, and the mouthwash liquid tank information. The prompting device 142 is used for prompting the user to clean the oral cavity according to the oral cleaning prescription. The prompting device 142 comprises a display screen, and / or a voice prompting device, and / or an indicator light. The display screen can adopt an interactive screen, such as Figure 11As shown, it is located at the top of the smart toothbrush case 1. The identification device 143 is communicatively connected to the transmission device 141 and the prompting device 142 within the control system 14. It is also communicatively connected to the first valve 112, the cup detection sensor 113, the toothpaste squeezing device 122, the brush head detection sensor 123, and the second valve 124 outside the control system 14. It is used to obtain a cleaning toothpaste prescription and unlock the first valve 112, the cup detection sensor 113, the toothpaste squeezing device 122, the brush head detection sensor 123, and the second valve 124. When using mouthwash and the cup is correctly placed, the first valve 112 opens. When using toothpaste and the toothbrush head is correctly placed, the second valve 124 opens, and the toothpaste squeezing device 122 controls toothpaste extrusion. When using mouthwash and the cup is not placed or is placed incorrectly, the prompting device prompts the user to correctly place the cup. When using toothpaste and the toothbrush head is not placed or is placed incorrectly, the prompting device prompts the user to correctly place the toothbrush head. The brush head recording device 144 is communicatively connected to the prompting device 142 and the transmission device 141. The brush head recording device 144 obtains the cumulative usage time, usage time, and number of uses of the toothbrush head through the transmission device 141. When the cumulative usage time, usage time, or number of uses of the toothbrush head exceeds a predetermined standard, the prompting device 142 prompts the user to replace the toothbrush head. If the user scans the toothbrush head QR code before brushing each time, all uses and usage time of the toothbrush head can be recorded. Usage time refers to the total time the user brushes with the toothbrush head. However, if the user only scans the toothbrush head QR code intermittently, the number of uses will not accurately record toothbrush head usage. Therefore, cumulative usage time is also required as a criterion. Cumulative usage time refers to the time elapsed since the user first used the toothbrush head. For example, if the predetermined standards are 9 hours of usage time, 180 uses, and a cumulative usage time of 3 months, then if any of these three conditions are exceeded, the brush head recording device 144 will prompt the user to replace the toothbrush head through the prompting device 142. The mouthwash recording device 145 is communicatively connected to the prompting device 142 and the transmission device 141. The mouthwash recording device 145 obtains the amount of mouthwash used via the transmission device 141. When the mouthwash is finished, the prompting device 142 prompts the user to replace the mouthwash liquid tank 111. The toothpaste tube recording device 146 is connected to the prompting device 142 and the transmission device 141. The toothpaste tube recording device 146 obtains the amount of toothpaste tube 121 used via the transmission device 141. When the toothpaste tube 121 is finished, the prompting device 142 prompts the user to replace the toothpaste tube 121. The disinfection recording device 147 is communicatively connected to the prompting device 142 and the transmission device 131. It obtains information about the toothbrush head via the transmission device 141, records the number of times the toothbrush head has been disinfected and the disinfection time. If the toothbrush head has not been disinfected for a long time, the prompting device 142 prompts the user to disinfect it.The air quality detection device 148 is arranged in the ventilation channel. Although the ventilation channel can ventilate, the disinfection device 16 is prone to breed bacteria when storing the toothbrush head, especially the humid toothbrush head for a long time. The air quality detection device is used for detecting the air composition in the ventilation channel. If it is detected that the humidity is too large or there is mold, the user is prompted to clean the disinfection device 16 or place the intelligent toothbrush box 1 in a dry place through the prompting device 142.

[0066] As shown in Figure 4 , a plurality of first grooves are arranged on one side of the intelligent toothbrush box 1, and a second groove is further arranged on the top of the first groove. As shown in Figure 13 , one side of the connecting plate 18 is provided with a first protrusion 181 corresponding to the first groove, and the top of the first protrusion 181 is provided with a second protrusion corresponding to the second groove, so that the second protrusion can hook the toothbrush box. A first magnetic patch is arranged on the second groove, and the first protrusion has magnetism and can be attracted to the first magnetic patch. The other side of the connecting plate 18 is provided with an adhesive, which is used to bond the entire intelligent toothbrush box to the wall.

[0067] A plurality of toothbrush handle fixing grooves are arranged on the base 17, and a wired charging port and / or a wireless charger are further arranged on the bottom of the toothbrush handle fixing groove, which is connected with the battery. As shown in Figure 14 , the bottom of the base 17 is further provided with a plurality of second magnetic patches. The bottom of the water cup 4 is provided with a third magnetic patch, and the second magnetic patch and the third magnetic patch are attracted to each other, realizing the water control of the water cup 4 and the space saving.

[0068] Through the above-mentioned monitoring system, the doctor can be remotely connected, and the user's oral condition can be monitored in real time, so that a more suitable oral cleaning prescription can be set for the user, and the cleaning and health of the oral cavity can be realized. The intelligent toothbrush box 1 can be used by a family, or placed in a collective life of people such as nursing homes and kindergartens, so that one intelligent toothbrush box 1 can match multiple users, and the matching of the users can be realized through face recognition.

[0069] As a second embodiment of the present application, a method for monitoring oral health is provided, which adopts the monitoring system of the first embodiment, and includes the following steps:

[0070] S1: The intelligent toothbrush box 1 acquires the facial features of the user and transmits them to the cloud server 2. The intelligent toothbrush box 1 captures the facial features of the user through the camera 13, and transmits the facial features of the user to the cloud server 2 through the transmission device 11. Moreover, the intelligent toothbrush box 1 also acquires the temperature in the oral cavity of the user and transmits it to the cloud server 2.

[0071] S2: The cloud server 2 identifies the user. The cloud server 2 stores a plurality of user information. By identifying the facial features of the user, the corresponding user is found. The user's information under the user's name is stored, including all the user's clean oral information, including the toothbrush head, toothpaste cylinder, mouthwash, prescription, tooth condition, etc.

[0072] S3: The intelligent tooth kit 1 obtains the oral information of the user and transmits it to the cloud server 2; the oral information includes the surface pattern of the teeth. The oral information is the tooth surface information that the user faces the camera 13 and opens his mouth to let the camera 13 shoot. Through the oral information, the user can see the tartar condition, tooth decay condition, and gum condition, etc., which is convenient for the doctor to prescribe a clean tooth prescription.

[0073] S4: The doctor end 3 prescribes a clean tooth prescription according to the user's oral information and transmits it to the cloud server 2. The doctor end 3 also prescribes a clean tooth prescription according to the temperature in the user's mouth. The clean tooth prescription includes using a specified toothpaste or using a specified mouthwash, and also includes brushing time, softness of toothbrush head, main brushing area, toothpaste usage, mouthwash usage, whether to go to the hospital for treatment, etc.

[0074] S5: The intelligent tooth kit 1 obtains the clean tooth prescription through the cloud server 2 and prompts the user. Let the user clean the oral cavity according to the clean tooth prescription.

[0075] S6: The intelligent tooth kit 1 unlocks the corresponding toothpaste squeezing device 122 or first valve 112 according to the clean tooth prescription.

[0076] Before step S6, it also includes:

[0077] If the clean tooth prescription is to use a specified mouthwash, the intelligent tooth kit 1 first detects whether the cup is placed under the specified mouthwash liquid tank 111 through the cup detection sensor 113. If not, the recognition device 143 prompts the user to place the cup under the specified mouthwash liquid tank 111 through the prompt device 142.

[0078] If the clean tooth prescription is to use a specified toothpaste, the intelligent tooth kit 1 first detects whether the toothbrush head is placed under the specified toothpaste cylinder 121 through the toothbrush head detection sensor 123. If not, the recognition device 143 prompts the user to place the toothbrush head under the specified toothpaste cylinder 121 through the prompt device 142.

[0079] Through the above method, the doctor can realize real-time control of the user's oral condition, and realize more suitable oral cleaning for each person.

[0080] The above merely provides the preferred embodiments of the present application, and is not used to limit the present application. For those skilled in the art, the present application can have various modifications and changes. Any modifications, equivalent replacements, improvements, etc. made within the principles and technical scope of the present application shall fall into the scope of the present application.

Claims

1. An oral health monitoring system, characterized in that: include: Smart dental kit, cloud server and doctor terminal; The smart toothbrush box includes a mouthwash adding part, a toothpaste dispensing part, a camera, and a thermometer; The mouthwash adding unit includes a mouthwash liquid tank, a first valve, and a cup detection sensor. The mouthwash liquid tank is provided with a mouthwash opening, the mouthwash opening being located at the bottom of the mouthwash liquid tank. The first valve is disposed at the mouthwash opening of the mouthwash liquid tank. The cup detection sensor is located near the mouthwash opening and is used to detect whether a cup is placed directly below the mouthwash opening. The toothpaste dispensing unit includes a toothpaste tube, a toothpaste squeezing device, and a brush head detection sensor. The toothpaste tube is provided with a toothpaste opening, which is located at the bottom of the toothpaste tube. The brush head detection sensor is located near the toothpaste opening and is used to detect whether the toothbrush head is placed directly below the toothpaste opening. The toothpaste squeezing device is located above the toothpaste tube and is used to control the squeezing of toothpaste in the toothpaste tube. The camera is at least used to capture facial features of the user; The camera is also used to capture oral information; The thermometer is used to measure the temperature inside the oral cavity; the thermometer is set near the camera; The cloud server is used to receive information sent by the smart dental kit, at least for receiving the user's facial features, identifying the user, and storing all the user's oral cleaning information under the user's name, including the toothbrush head, toothpaste tube, mouthwash, previous oral cleaning prescriptions, and dental conditions; it is also used to receive the user's oral information and oral temperature and send them to the doctor's end; it is also used to receive the doctor's dental cleaning prescription and send it to the smart dental kit, and instruct the smart dental kit to unlock the first valve of the mouthwash adding part and / or the brush head detection sensor and toothpaste squeezing device of the toothpaste dispensing part according to the dental cleaning prescription; The doctor end is communicatively connected to the cloud server to obtain the user's oral information and oral temperature as well as previous oral cleaning prescriptions to issue an oral cleaning prescription. The tooth cleaning prescription includes using a specified toothpaste or a specified mouthwash, and sending the tooth cleaning prescription to the cloud server.

2. The oral health monitoring system according to claim 1, characterized in that: The smart toothbrush box also includes a disinfection device and a control system; The disinfection device is arranged on the upper part of the smart toothbrush box. The disinfection device is a cavity with multiple toothbrush head placement slots at the bottom of the cavity. The disinfection lamp is arranged on one side or the top of the toothbrush head placement slot; The transmission device of the control system is used to send oral information to the cloud server; The thermometer is communicatively connected to the control system; the transmission device of the control system is also used to receive the temperature in the oral cavity and send it to the cloud server The control system is communicatively connected to the first valve of the mouthwash adding part, the toothpaste squeezing device and the brush head detection sensor of the toothpaste dispensing part, the camera, and the cloud server, and is used to transmit the user's facial features captured by the camera to the cloud server, and receive an instruction from the cloud server to unlock the first valve of the mouthwash adding part and the cup detection sensor, and / or the brush head detection sensor and the toothpaste squeezing device of the toothpaste dispensing part; The control system is communicatively connected to the cloud server and is at least used to send the user's facial features to the cloud server and receive and execute instructions from the cloud server; it is also used to send the user's oral information and oral temperature to the cloud server and receive and execute the teeth cleaning prescription sent by the cloud server; The cloud server is used to receive information sent by the smart toothbrush box, which also includes user facial features, user oral information, user oral temperature, QR code of the toothbrush head, QR code of the toothpaste tube, and QR code of the mouthwash liquid tank; the cloud server stores multiple user information, cloud server.

3. The oral health monitoring system according to claim 2, characterized in that: There are multiple mouthwash liquid tanks, multiple first valves, multiple cup detection sensors, multiple toothpaste tubes, multiple toothpaste squeezing devices, and multiple brush head detection sensors, each first valve corresponds to a mouthwash liquid tank, each cup detection sensor corresponds to a mouthwash liquid tank, each toothpaste squeezing device corresponds to a toothpaste tube, and each brush head detection sensor corresponds to a toothpaste tube; The control system includes a transmission device and a prompting device. The transmission device is connected to the cloud server and is used to send the user's facial features to the cloud server and also to receive the teeth cleaning prescription sent by the cloud server; the prompting device is communicatively connected to the transmission device and is used to prompt the user with the teeth cleaning prescription.

4. The oral health monitoring system according to claim 3, characterized in that: The prompt device includes a display screen, and / or a voice prompt device, and / or a prompt light.

5. The oral health monitoring system according to claim 2, characterized in that: The control system of the smart toothbrush box also includes an identification device, which is connected to the cup detection sensor, the brush head detection sensor, the toothpaste squeezing device, the transmission device and the prompting device, and is used to obtain a teeth cleaning prescription and find a target cup detection sensor or a target brush head detection sensor according to the teeth cleaning prescription. If the target cup detection sensor fails to detect a cup within a first specified time, or the non-target cup detection sensor detects a cup, or the target brush head detection sensor fails to detect a toothbrush head within a second specified time, or the non-target brush head detection sensor detects a toothbrush head, the prompting device prompts the user to place the cup under the specified mouthwash liquid tank or the toothbrush head under the specified toothpaste tube; when it is detected that the cup is placed near the target cup detection sensor or the toothbrush head is placed near the target brush head detection sensor, the first valve corresponding to the target cup detection sensor or the toothpaste squeezing device corresponding to the target brush head detection sensor is unlocked.

6. The oral health monitoring system according to claim 2, characterized in that: A unique QR code is provided on the toothbrush head. The camera is also used to photograph the QR code on the toothbrush head. The transmission device is also used to send the QR code on the toothbrush head to the cloud server. The cloud server is also used to record the cumulative usage time, usage time and number of uses of the toothbrush head through the QR code on the toothbrush head.

7. The oral health monitoring system according to claim 2, characterized in that: The control system also includes a brush head recording device, which is connected to the prompting device and the transmission device. The brush head recording device obtains the cumulative time, usage time and number of uses of the toothbrush head through the transmission device. When the cumulative time, usage time or number of uses of the toothbrush head exceeds the predetermined standard, the prompting device prompts the user to replace the toothbrush head.

8. The oral health monitoring system according to claim 2, characterized in that: A unique QR code is provided on the mouthwash liquid tank, the camera is further used to photograph the QR code on the mouthwash liquid tank, the transmission device is further used to send the QR code on the mouthwash liquid tank to a cloud server, and the cloud server is further used to record the amount of mouthwash used based on the QR code on the mouthwash liquid tank; The control system also includes a mouthwash recording device, which is connected to the prompting device and the transmission device. The mouthwash recording device obtains the amount of mouthwash used through the transmission device. When the mouthwash is used up, the prompting device prompts the user to replace the mouthwash liquid tank.

9. The oral health monitoring system according to claim 2, characterized in that: The toothpaste tube is provided with a unique QR code, the camera is further used to photograph the QR code on the toothpaste tube, the transmission device is further used to send the QR code on the toothpaste tube to the cloud server, and the cloud server is further used to record the usage of the toothpaste tube through the QR code on the toothpaste tube; The control system also includes a toothpaste tube recording device, which is connected to the prompting device and the transmission device. The toothpaste tube recording device obtains the usage amount of the toothpaste tube through the transmission device. When the toothpaste tube is used up, the prompting device prompts the user to replace the toothpaste tube.

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