WO2018166305A1

WO2018166305A1 - Tooth brushing information transmission method and system

Info

Publication number: WO2018166305A1
Application number: PCT/CN2018/075313
Authority: WO
Inventors: 郑洪�
Original assignee: 郑洪�
Priority date: 2017-03-14
Filing date: 2018-02-05
Publication date: 2018-09-20
Also published as: CN107070992A

Abstract

Disclosed in the present invention are a tooth brushing information transmission method and system, which can complete data transmission with a server without using a mobile phone. The technical solution used in the present invention is that: a tooth brushing information transmission method, comprising a tooth brushing monitoring device, a repeater, and a server. The repeater separately establishes a communicational connection with the tooth brushing monitoring device and the server. The method further comprises the following steps: a, the tooth brushing monitoring device detects tooth bushing action behaviors of a user to obtain behavior data; b, the tooth brushing monitoring device transmits the behavior data to the repeater; c, the repeater retransmits the received behavior data to the server.

Description

Brushing information transmission method and system

Technical field

The present invention relates to the field of brushing detection technology, and in particular, to a brushing information transmission method and a brushing information transmission system.

Background technique

Brushing is an important self-care method for people to remove plaque, soft dirt and food residues in their lives and keep their mouth clean. To guide the user in correct brushing, a toothbrush base with a brush monitoring device has appeared on the market. In the process of implementing the present invention, the inventors have found that the data transmission of the toothbrush base and the server in the prior art is completed by the mobile phone, and in the special space such as the school dormitory or the hospital, the user is not suitable to use the mobile phone. In the environment, data transfer between the toothbrush base and the server will not be possible.

Summary of the invention

According to the deficiencies in the prior art, the technical problem to be solved by the present invention is to provide a brushing information transmission method and a brushing information transmission system that can perform data transmission with a server from a mobile phone.

In order to solve the above technical problem, the technical solution adopted by the present invention is: a brushing information transmission method, including a brushing monitoring device, a repeater and a server, the repeater being adapted to be respectively established with the brushing monitoring device and the server The communication connection includes the following steps: a, the brushing monitoring device detects the user's brushing action behavior to obtain behavior data; b, the brushing monitoring device transmits the behavior data to the repeater; c, the repeater The received behavior data is transmitted to the server.

Further, the technical solution further includes the step of establishing a Bluetooth connection or a WIFI connection between the brushing monitoring device and the repeater before the step a or before the step b.

Further, the triggering of the communication connection between the brushing monitoring device and the repeater according to the technical solution is to detect whether the brushing action occurs by the brushing monitoring device, and if the toothbrush monitoring device generates a wireless signal waiting Connect the repeater.

Further, the repeater of the technical solution recognizes the device that sends the wireless signal after receiving the wireless signal, and if the device meets the preset condition, automatically establishes a communication connection with the device.

Further, the technical solution further includes the step of detecting whether the user's brushing process is completed, and the brushing monitoring device detects whether the brushing action behavior or behavior data is continuously generated, and if the brushing action behavior is not detected within a preset time Or the behavior data, the user is considered to have finished the brushing process.

Further, the technical solution further includes the step of detecting whether the behavior data is completed after the step b, and if the brushing monitoring device detects the termination code when transmitting the behavior data, the behavior data is considered The transmission is completed; or the repeater detects the termination code when receiving the behavior data, and considers that the behavior data transmission is completed.

Further, the technical solution further includes the step of terminating the communication connection between the brushing monitoring device and the repeater after the step b, if the brushing monitoring device finishes transmitting behavior data to the repeater, The brushing monitoring device stops emitting a wireless signal, and the brushing monitoring device terminates the communication connection with the repeater.

Further, the repeater of the present technical solution transmits the behavior data to the server by using wireless network data transmission.

Further, the wireless network data transmission of the technical solution includes SIM card communication or WIFI communication.

Further, the repeater of the technical solution further includes a first power supply component, and the first power supply component is configured to supply power to the repeater.

Further, the brushing monitoring device of the present technical solution further includes a second power supply component, and the second power supply component is configured to supply power to the brushing monitoring device.

Further, the repeater of the present technical solution can simultaneously communicate with a plurality of the brushing monitoring devices, and can obtain a plurality of sets of behavior data according to the different behavior codes of the respective brushing monitoring devices. The plurality of sets of behavioral data are then transmitted to the server one by one or the plurality of sets of behavioral data are simultaneously transmitted to the server.

Further, the repeater of the technical solution can communicate with the plurality of brushing monitoring devices one by one in sequence, and can distinguish the received behavior data according to different codes of the brushing monitoring devices to obtain multiple sets of behaviors. Data, and then transmitting the plurality of sets of behavior data to the server one by one or simultaneously transmitting the plurality of sets of behavior data to the server.

Further, the repeater of the present technical solution can randomly communicate with a plurality of the brush monitoring devices as needed, and can distinguish the received behavior data according to different codes of the brushing monitoring devices to obtain multiple sets of behaviors. Data, and then transmitting the plurality of sets of behavior data to the server one by one or simultaneously transmitting the plurality of sets of behavior data to the server.

Further, the technical solution further includes the step of deleting the behavior data, after the brushing monitoring device transmits the behavior data to the repeater, automatically deleting the behavior data that is completed in the brushing monitoring device. .

Further, the technical solution further includes the step of deleting the behavior data, and after the relay transmits the behavior data to the server, automatically deleting the behavior data that is completed in the relay.

Further, the repeater of the technical solution includes a first storage unit, and the first storage unit is configured to store the received behavior data.

Further, after receiving the behavior data, the repeater of the technical solution transmits the behavior data to the server within a preset time period.

Further, the repeater of the present technical solution simultaneously transmits the behavior data to the server in the process of receiving the behavior data.

Further, the brushing monitoring device of the present technical solution includes a second storage unit, and the second storage unit is configured to store the behavior data obtained by detecting a brushing action.

Further, the brush monitoring device of the present technical solution further includes a step of firmware upgrade, if the brushing monitoring device is to perform firmware upgrade, the server sends upgrade data to the repeater, and then the repeater The obtained upgrade data is sent to the brushing monitoring device for firmware upgrade.

In order to solve the above technical problem, the present invention also discloses another technical solution: a brushing information transmission system, including a brushing monitoring device, a repeater and a server, the brushing monitoring device comprising a motion sensor and a data transmitting unit, a motion sensor is configured to detect user brushing action behavior to obtain behavior data, the data sending unit is configured to transmit the behavior data to the repeater; the repeater includes a transmitting and receiving unit, and the transmitting and receiving unit is configured to: The received behavior data is transmitted to the server.

Further, the data transmission of the brushing monitoring device and the repeater in the technical solution is a Bluetooth connection or a WIFI connection.

Further, the brushing monitoring device of the present invention further includes a first detecting unit, the data sending unit includes a Bluetooth module or a WIFI module, and the first detecting unit is configured to determine whether the brushing action occurs, and if so, The Bluetooth module or the WIFI module sends a wireless signal waiting to connect to the repeater.

Further, the repeater of the present technical solution further includes an identifying unit, configured to identify the device that sends the wireless signal, and if the device meets the preset condition, automatically establish a communication connection with the device.

Further, the brushing monitoring device of the present technical solution further includes a first detecting unit, the first detecting unit detecting whether the brushing action behavior or behavior data is continuously generated, if the brushing is not detected within a preset time Action behavior or behavior data, the user's brushing process is considered to be over.

Further, the brush monitoring device of the present technical solution further includes a second detecting unit and a stopping unit, wherein the second detecting unit is configured to detect whether the behavior data is completed, and complete the transmission to give a completion signal; Upon receipt of the completion signal, the data transmitting unit stops issuing a wireless signal, and the brushing monitoring device terminates the communication connection with the repeater.

Further, the repeater of the present technical solution includes a second detecting unit, the brushing monitoring device includes a stopping unit, and the second detecting unit is configured to detect whether the data sending unit completes the behavior data transmission, and completes the transmission. Then, a completion signal is given; when the stop unit receives the completion signal, the data transmission unit stops emitting a wireless signal, and the brushing monitoring device terminates the communication connection with the repeater.

Further, the transmitting and receiving unit of the technical solution includes a SIM card communication module or a WIFI communication module, and the SIM card communication module or the WIFI communication module is used for wireless connection with the server.

Further, the repeater of the present technical solution further includes an identification unit and a distinguishing unit, wherein the repeater can simultaneously communicate with a plurality of the brushing monitoring devices, and the identifying unit is configured to identify the brushing monitoring device. a code, the distinguishing unit is configured to distinguish the received behavior data according to different codes of each of the brushing monitoring devices to obtain a plurality of sets of behavior data, and the transmitting and receiving unit transmits the plurality of sets of behavior data one by one to the The server may simultaneously transmit the plurality of sets of behavior data to the server.

Further, the repeater of the present technical solution further includes an identification unit and a distinguishing unit, and the repeater can communicate with the plurality of the brushing monitoring devices one by one in sequence, and the identifying unit is configured to identify the brushing monitoring a code of the device, the distinguishing unit is configured to distinguish the received behavior data according to different codes of each of the brushing monitoring devices to obtain a plurality of sets of behavior data, and the transmitting and receiving unit transmits the plurality of sets of behavior data one by one Simultaneously transmitting the plurality of sets of behavior data to the server to the server.

Further, the repeater of the present technical solution further includes an identification unit and a distinguishing unit, and the repeater can communicate with the plurality of the brush monitoring devices randomly according to requirements, and the identifying unit is configured to identify the brushing teeth a code of the monitoring device, wherein the distinguishing unit is configured to distinguish the received behavior data according to different codes of each of the brushing monitoring devices to obtain a plurality of sets of behavior data, and the transmitting and receiving unit respectively performs the multiple sets of behavior data Transfer to the server or simultaneously transmit the plurality of sets of behavior data to the server.

Further, the brushing monitoring device of the present technical solution further includes a clearing module, configured to automatically delete the behavior of completing the transmission in the brushing monitoring device after the behavior data is transmitted to the repeater data.

Further, the repeater of the technical solution further includes a clearing unit, configured to automatically delete the behavior data that is completed in the repeater after the behavior data is transmitted to the server.

Further, the repeater of the technical solution further includes a clock unit, and the clock unit is configured to synchronize the network time, so that the action of transmitting the behavior data to the server is performed within a preset time period.

Further, the repeater of the technical solution simultaneously transmits the behavior data to the server in the process of receiving the behavior data.

The main beneficial effects brought by the technical solution provided by the present invention are: using a repeater instead of the mobile phone in the prior art, thereby completing the intermediate process data transmission of the behavior data from the brushing monitoring device to the server, and providing more in the field of brushing behavior monitoring. A method of data transmission.

DRAWINGS

In order to more clearly illustrate the technical solutions in the embodiments of the present invention, the drawings used in the description of the embodiments will be briefly described below. It is obvious that the drawings in the following description are only some embodiments of the present invention. Those skilled in the art can also obtain other drawings based on these drawings without paying any creative work.

1 is a schematic structural diagram of an implementation environment provided by Embodiment 1 of the present invention;

Figure 2 is a perspective view showing the structure of the toothbrush base of Figure 1;

Figure 3 is a schematic view showing the structure of the toothbrush base connected to the toothbrush;

Figure 4 is a cross-sectional view of the toothbrush base of Figure 2;

Figure 5 is a schematic structural view of the brush monitoring device of Figure 4;

6 is a flowchart of a method for transmitting brushing information according to Embodiment 1 of the present invention;

7 is a flow chart showing optimization of a method for transmitting toothbrush information according to Embodiment 1;

FIG. 8 is a flowchart of a method for detecting completion of transmission of behavior data in the first embodiment; FIG.

9 is a block diagram showing the structure of a repeater according to Embodiment 2 of the present invention;

FIG. 10 is a block diagram showing the structure of a brushing monitoring device according to Embodiment 2 of the present invention.

detailed description

In order to make the technical problems, technical solutions and beneficial effects to be solved by the present invention more clearly, the present invention will be further described in detail below with reference to the embodiments and the accompanying drawings. It is understood that the specific embodiments described in this section are merely illustrative of the invention and are not intended to limit the invention.

Specific embodiment 1

FIG. 1 is a schematic structural view of an implementation environment provided by a preferred embodiment of the present invention. The implementation environment includes a toothbrush base 100, a repeater 200, and a server 300 for attaching to the handle of the toothbrush (as shown in FIG. 3) to detect user brushing behavior to obtain behavioral data. In this embodiment, the repeater 200 is adapted to establish a communication connection with the toothbrush base 100 and the server 300, respectively. Referring to FIG. 9, the repeater 200 includes a first power supply component 220 for powering the repeater 200 and a first storage unit 230 for storing various data. In other embodiments, the repeater 200 can also be externally connected to a power supply.

As shown in FIG. 2, FIG. 3 and FIG. 4, the toothbrush base 100 includes a housing 110 having a connecting end 111 connected to the external toothbrush 400. The housing 110 is further provided with a brush monitoring device 130 for collecting user's brushing behavior data. And a second power supply assembly 140 for powering the brush monitoring device 130, wherein the periphery of the brush monitoring device 130 is provided with a liquid-proof sleeve 120 for preventing entry of external liquid. In the present embodiment, the liquid-proof sleeve 120 is assembled by the cover sleeve 122 and the sealing cover 121, and the cover sleeve 122 and the sealing cover 121 can be separated from each other to take out or assemble the brush monitoring device 130.

As shown in FIG. 4 and FIG. 5, the brush monitoring device 130 includes a PCB board 131, a power input terminal 138 disposed on the PCB board 131, a motion sensor 132, a second storage unit 135, a controller 136, and a data converter 137. The power input 138 is used to electrically connect the second power supply assembly 140 to power the brushing monitoring device 130. In other embodiments, the second power supply component 140 can also be disposed within the brushing monitoring device 130. The motion sensor 132 is configured to monitor a user's brushing process to obtain behavior data thereof, including the motion track of the toothbrush during tooth brushing, the number of times the tooth is brushed in the same area, the brushing force during the brushing process, and the brushing time; the second storage unit 135 The behavior data is stored; the controller 136 is electrically connected to each component and used to control the operation of each component; the data exchanger 137 is used for communication connection with an external device to transmit or receive data.

In the present embodiment, referring to FIG. 10, the data exchanger 137 includes a data transmitting unit 1371 and a data receiving unit 1372. Among them, the data switch 137 preferably uses Bluetooth low energy. The motion sensor 132 includes an acceleration sensor 1321, a geomagnetic sensor 1322, a contact sensor 1323, a timer 1326, a gyroscope 1325, and a counter 1324. The acceleration sensor 1321 is used for detecting the linear acceleration of the toothbrush 400 during the brushing process of the user; the gyroscope 1325 is for detecting the inclination of the toothbrush 400 and the horizontal plane during the brushing process; the geomagnetic sensor 1322 is for detecting the specified direction of the toothbrush 400 during the brushing process of the user; The contact sensor 1323 is configured to detect whether the toothbrush 400 is in contact with the tooth; the timer 1326 is used to calculate the brushing time of the user's brushing and can also synchronize the network time, which can be the time spent in the entire brushing process, or can be a brushing The time spent by the area; the counter 1324 is used to calculate the number of scrubs for each tooth area during the user's brushing process.

As shown in FIG. 6, it shows a flow of a method for transmitting toothbrush information, the method comprising the following steps:

In step S101, the brushing monitoring device 130 detects the user's brushing action behavior by the motion sensor 132, and converts the brushing action behavior into behavior data (electrical signal) if the brushing action behavior is detected. At the same time, the brushing monitoring device 130 detects whether the brushing action behavior or the behavior data is continuously generated. If the brushing monitoring device 130 does not detect the brushing action behavior or behavior data within a preset time (for example, the preset time is set to 10 seconds), the brushing tooth is brushed. The monitoring device 130 considers that the user's current brushing process is over. At this time, the brushing monitoring device 130 adds a termination code to the obtained behavior data.

In step S102, the data switch 137 in the brushing monitoring device 130 establishes a Bluetooth connection (or WIFI connection) with the repeater 200. In other embodiments, the step of establishing a Bluetooth connection (or WIFI connection) between the brushing monitoring device 130 and the repeater 200 may precede step S101.

In step S103, the data switch 137 transmits the behavior data to the repeater 200 by means of Bluetooth data transmission (or WIFI data transmission).

In step S104, the repeater 200 and the server 300 are connected through a wireless network. Specifically, the repeater 200 is provided with a SIM card communication module and a WIFI communication module, and then the repeater 200 performs wireless network data transmission with the server 300 by means of WIFI or mobile data (2G communication, 3G communication, 4G communication). In other embodiments, the step of the repeater 200 establishing a wireless network connection with the server 300 may precede step S101 or before step S102 or before step S103.

In step S105, the repeater 200 transmits the received behavior data to the server 300 for storage or processing through the wireless network. In this embodiment, the repeater 200 simultaneously transmits the behavior data to the server 300 in the process of receiving the behavior data. That is, after the repeater 200 is connected to the brushing monitoring device 130, the behavior data is just received, and the behavior data just received is transmitted to the server 300.

In this embodiment, the manner in which the data switch 137 establishes a Bluetooth connection with the repeater 200 is an automatic control mode. As shown in FIG. 7 , the triggering of the Bluetooth connection between the brushing monitoring device 130 and the repeater 200 is performed by: in step S1031, the brushing monitoring device 130 detects whether the brushing action occurs; and in step S1032, the brushing monitoring device 130 sends out the wireless device. A signal (such as a Bluetooth connection request) waits for the connection to the repeater 200; otherwise, step S101 is repeated.

Step S1033, the repeater 200 recognizes the device that sends the wireless signal after receiving the wireless signal; in step S1034, the repeater 200 determines whether the recognition result meets the preset condition; and in step S1035, if the device that sends the wireless signal conforms to the preset Condition, the repeater 200 automatically establishes a wireless communication connection with the device; otherwise, the repeater 200 repeats step S1033. In other embodiments, the manner in which the brushing monitoring device 130 establishes a Bluetooth connection with the mobile terminal 200 may also be a manual connection manner.

The repeater 200 identifies the device that sends the wireless signal by acquiring the hardware address (MAC address) of the wireless signaling device, and the preset condition is that the hardware address programming rule meets certain conditions, and the purpose is to determine that the hardware is When the tooth monitoring device is brushed, a communication connection is established therewith.

As shown in FIG. 8, after step S103, step S1061 and step S1062 are further included. In step S1061, the brushing monitoring device 130 detects whether the behavior data is transmitted or not. When the behavior monitoring data is transmitted, if the termination code is detected, the brushing monitoring device 130 considers that the behavior data transmission is completed; or the repeater 200 detects the termination code when receiving the behavior data, and the repeater 200 considers the behavior. The data transfer is complete. Step S1062, if the brushing monitoring device 130 transmits the behavior data to the repeater 200 (ie, the behavior data transmission is completed), the brushing monitoring device 130 stops emitting the wireless signal, terminates the Bluetooth connection with the repeater 200, and the brushing monitoring device 130 Entering the standby state; otherwise, repeating step S103.

In this embodiment, the selected repeater 200 can simultaneously communicate with the seven brush monitoring devices 130, and can distinguish the received behavior data according to different codes of the respective brush monitoring devices 130 to obtain multiple sets of behavior data, and then The plurality of sets of behavior data are transmitted to the server 300 one by one according to the code discrimination result. The code of the brushing monitoring device 130 refers to a hardware address (MAC address), and transmission one by one includes sequentially transmitting the discrimination results in code order or randomly and not in code order. In other embodiments, the manner in which the behavioral data is transmitted to the server 300 can also simultaneously transmit the plurality of sets of behavioral data to the server 300 by code differentiation results.

In this embodiment, after the behavior monitoring data is transmitted to the repeater 200, the brushing monitoring device 130 automatically deletes the behavior data of the completion of the transmission in the brushing monitoring device 130. The action of deleting the completion of the transmission behavior data may be a situation in which a set of behavior data is completely transmitted, that is, the group behavior data is deleted after completing a set of behavior data; or a group of behavior data is partially completed, that is, the completion is completed. How much behavior data is deleted by how much of the behavior data is transmitted. In other embodiments, the deletion of behavior data can also be done by manual deletion.

In this embodiment, after the relay 200 transmits the behavior data to the server 300, the behavior data of the transmission completed in the repeater 200 is automatically deleted. The action of deleting the completed transmission behavior data may refer to a situation in which a set of behavior data is completely transmitted, that is, the group behavior data is deleted after completing a group of behavior data; or a group of behavior data portions are completely transmitted, that is, How much behavior data is deleted when the transfer of how much behavior data is completed. In other embodiments, the deletion of behavior data can also be done by manual deletion.

The brushing monitoring device 130 further includes a step of firmware upgrade. If the server 300 determines that the brushing monitoring device 130 is to perform a firmware upgrade, the server 300 transmits the firmware upgrade data to the repeater 200, and then the relay 200 will obtain the acquired upgrade data. Send to the brushing monitoring device 130 for firmware upgrade.

In other embodiments, another repeater 200 can be selected, which can communicate with the plurality of brush monitoring devices 130 one by one in sequence (ie, the repeater 200 and the plurality of brush monitoring devices 130) One of the communication communicates with the other brush monitoring device 130 after completing the behavior data transmission, and can distinguish the received behavior data according to different codes of the respective brush monitoring devices 130 to obtain a plurality of sets of behavior data, and then press The plurality of sets of behavior data obtained by the code division are transmitted to the server 300 one by one or the plurality of sets of behavior data obtained by the code are simultaneously transmitted to the server 300. The code of the brushing monitoring device 130 refers to a hardware address (MAC address), and transmission one by one includes sequentially transmitting the discrimination results in code order or randomly and not in code order.

In other embodiments, another repeater 200 can be selected, which can communicate with the plurality of brush monitoring devices 130 randomly according to requirements (ie, the repeater 200 and the plurality of brush monitoring devices 130). Any one of them communicates, communicates with any other brush monitoring device 130 after completing the behavior data transmission, and can distinguish the received behavior data according to different codes of the respective brush monitoring devices 130 to obtain a plurality of sets of behavior data. The plurality of sets of behavior data are then transmitted to the server 300 one by one according to the code discrimination result or the plurality of sets of behavior data are simultaneously transmitted to the server 300 by the code discrimination result. The repeater 200 can refer to as needed: when the brush monitoring device 130 sends a wireless signal, it indicates that the brushing monitoring device 130 needs to connect the repeater 200 to transmit behavior data. The code of the brushing monitoring device 130 refers to a hardware address (MAC address).

In other embodiments, the repeater 200 can also transmit the received plurality of sets of behavior data to the server 300 for a preset period of time. For example, the preset time period is from 0:00 am to 5:00 am.

In summary, the embodiment uses the repeater 200 to replace the mobile phone in the prior art, thereby completing the intermediate process data transmission of the behavior data from the brushing monitoring device 130 to the server 300, and provides a data in the field of brushing behavior monitoring. transfer method.

Specific embodiment 2

As shown in FIG. 1, it shows a schematic diagram of an implementation structure of a brushing information transmission system. For details of implementations that are not described in detail in the embodiment of the information delivery system, reference may be made to the corresponding method embodiment of the foregoing specific embodiment. The information delivery system includes a toothbrush base 100, a repeater 200, and a server 300 for attaching to the handle of the toothbrush to detect user brushing behavior to obtain behavioral data. The repeater 200 is adapted to establish a communication connection with the toothbrush base 100 and the server 300, respectively. The toothbrush pedestal 100 includes a brushing device 130 and a second power supply unit 140 for powering the brushing device 130. For the specific structure of the toothbrush pedestal 100, please refer to the first embodiment.

As shown in FIG. 9, the repeater 200 includes a microprocessor 210, a first power supply component 220, a first storage unit 230, a transmission receiving unit 240, a clock unit 250, an identification unit 260, a distinguishing unit 270, and a clearing unit 280. The first power supply component 220 is configured to supply power to the components of the repeater 200. The first storage unit 230 is configured to store various types of data, the transmitting and receiving unit 240 is configured to perform communication connection with an external device, and the clock unit 250 is used for synchronization. Network time. In this embodiment, the transmitting and receiving unit 240 includes a SIM card communication module 243, a WIFI communication module 242, and a Bluetooth module 241. The SIM card communication module 243 and the WIFI communication module 242 are mainly used for communication connection with the server 300, and the Bluetooth module 241 is mainly used. The communication with the brush monitoring device 130 is performed. In other embodiments, the repeater 200 may not have a built-in power supply component, but adopts an external power supply scheme.

As shown in FIGS. 5 and 10, the brushing monitoring device 130 includes a motion sensor 132, a first detecting unit 133, a second detecting unit 134, a second storage unit 135, a data exchanger 137, a stopping unit 139, and a clearing module 1311. The action sensor 132 is configured to detect the user's brushing action behavior to obtain behavior data, and the second storage unit 135 is configured to store the behavior data. The data switch 137 is used to communicate with an external device to transmit or receive data. In the present embodiment, the data switch 137 includes a data transmitting unit 1371 and a data receiving unit 1372. The data transmitting unit 1371 is for transmitting the behavior data to the repeater 200. That is, the repeater 200 receives the behavior data transmitted from the data transmitting unit 1371 through the transmitting and receiving unit 240, and then stores the received behavior data by the first storage unit 230. For the specific structure not described in the brushing monitoring device 130 in this embodiment, please refer to the specific embodiment 1.

The repeater 200 transmits the received behavior data to the server 300 by the transmitting and receiving unit 240 when it is required to transmit the received behavior data to the server 300. In this embodiment, the repeater 200 simultaneously transmits the behavior data to the server 300 in the process of receiving the behavior data. In other embodiments, the act of synchronizing the network time by the clock unit 250 to cause the transmit receive unit 240 to transmit the behavior data to the server 300 may be performed for a preset period of time. For example, the preset time period is from 1 am to 4 am.

In this embodiment, the first detecting unit 133 is configured to determine whether the brushing action occurs, and if so, the data transmitting unit 1371 sends a wireless signal to the connection repeater 200. The data transmitting unit 1371 may be a Bluetooth module or a WIFI module. This embodiment is preferably a low power Bluetooth module. The first detecting unit 133 determines whether or not the brushing action behavior occurs by analyzing the action behavior detected by the motion sensor 132. For example, when the motion sensor 132 detects that there is a high frequency back and forth vibration, or/and the motion sensor 132 detects that the tilt angle and the indication direction change frequently for a long time, it is considered that the brushing action behavior occurs. The high frequency in this embodiment refers to more than 3 times per second, and the long time refers to more than 10 seconds, and frequently refers to changes within 5 seconds.

In this embodiment, during each brushing process, the first detecting unit 133 also detects whether the brushing action behavior or behavior data continues to be generated, if the first detecting unit 133 does not detect the brushing action or behavior within a preset time. Data, the first detecting unit 133 considers that the user's process of brushing is finished, and issues an end electrical signal that the user ends the brushing process. At this time, the controller 136 adds a termination code to the end of the obtained behavior data. Among them, the preset time is set to 10 seconds.

In this embodiment, after receiving the wireless signal, the transmitting and receiving unit 240 identifies the device that sends the wireless signal by the identifying unit 260 and determines whether the recognition result meets the preset condition. If the preset condition is met, the transmitting and receiving unit 240 and the data switch 137 automatically establish a communication connection.

In this embodiment, the second detecting unit 134 is configured to detect whether the behavior data is completed, and the completion signal is obtained when the transmission is completed; when the stop unit 139 receives the completion signal, the Bluetooth module or the WIFI module of the data sending unit 1371 stops sending the wireless signal. The brushing monitoring device 130 terminates the communication connection with the repeater 200, and the brushing monitoring device 130 enters a standby state. The second detecting unit 134 may detect whether the behavior data is completed or not. If the data sending unit 1371 detects the termination code when transmitting the behavior data, it is considered that the behavior data transmission is completed; or the brushing monitoring device 130 After the behavior data is obtained each time the brushing action behavior is obtained, the second detecting unit 134 detects whether the behavior data sent by the data transmitting unit 1371 is the same as the behavior data stored in the second storage unit 135, and the same indicates that the behavior data is completed.

In this embodiment, the selected repeater 200 can simultaneously communicate with the plurality of brush monitoring devices 130, and can distinguish the received behavior data according to different codes of the respective brush monitoring devices 130 to obtain a plurality of sets of behavior data, and then The plurality of sets of behavior data are transmitted to the server 300 one by one according to the code discrimination result. The code of the brushing monitoring device 130 refers to a hardware address (MAC address). The plurality referred to in the present invention means two or more. Specifically, the identification unit 260 is configured to identify the code of the brushing monitoring device 130, and the distinguishing unit 270 is configured to distinguish the received behavior data according to different codes of the respective brushing monitoring devices 130 to obtain a plurality of sets of behavior data, and the transmitting and receiving unit 240 The group behavior data is transmitted to the server 300 one by one. In other embodiments, the manner in which the behavioral data is transmitted to the server 300 can also simultaneously transmit the plurality of sets of behavioral data to the server 300 by code differentiation results.

In this embodiment, the clearing module 1311 is configured to automatically delete the behavior data of the completed brushing monitoring device 130 after the brushing monitoring device 130 transmits the behavior data to the repeater 200. The clearing unit 280 is configured to automatically delete the behavior data of the completion of the transmission in the repeater 200 after the behavior data is transmitted to the server 300. The completion of the transmission may refer to a situation in which a set of behavior data is completely transmitted, or a situation in which a group of behavior data is partially transmitted.

The brushing monitoring device 130 further includes a step of firmware upgrade. If the server 300 determines that the brushing monitoring device 130 is to perform a firmware upgrade, the server 300 transmits the firmware upgrade data to the repeater 200, and then the relay 200 will obtain the acquired upgrade data. Sended to the brushing monitoring device 130, the data receiving unit 1372 receives the upgrade data and stores it in the second storage unit 135, and then completes the firmware upgrade.

In other embodiments, the second detecting unit 134 may also be disposed in the repeater 200. The second detecting unit 134 is configured to detect whether the behavior data is completed, and the completion signal is obtained after the transmission is completed; if the stopping unit 139 receives the completion If the signal is sent, the Bluetooth module or the WIFI module in the data transmitting unit 1371 stops sending the wireless signal, the brushing monitoring device 130 terminates the communication connection with the repeater 200, and the brushing monitoring device 130 enters the standby state. The implementation of the second detecting unit 134 to detect whether the behavior data is completed may be: after the brushing monitoring device 130 completes the brushing action, a termination code is added after the obtained behavior data, if the transmitting and receiving unit in the repeater 200 When the second detecting unit 134 detects the termination code when receiving the behavior data, it is considered that the behavior data transmission is completed.

In other embodiments, another repeater 200 can be selected. The repeater 200 can communicate with the plurality of brush monitoring devices 130 one by one in sequence, and can receive the received behavior data according to each of the brush monitoring devices 130. The different codes are differentiated to obtain a plurality of sets of behavior data, and then the plurality of sets of behavior data are transmitted to the server 300 one by one or the plurality of sets of behavior data are simultaneously transmitted to the server 300 by the code discrimination result. Specifically, the identification unit 260 is configured to identify the code of the brushing monitoring device 130, and the distinguishing unit 270 is configured to distinguish the received behavior data according to different codes of the respective brushing monitoring devices 130 to obtain a plurality of sets of behavior data, and the transmitting and receiving unit 240 The group behavior data is transmitted to the server 300 one by one or a plurality of sets of behavior data are simultaneously transmitted to the server 300.

In other embodiments, another repeater 200 can be selected, which can communicate with the plurality of brush monitoring devices 130 randomly according to needs, and can receive the received behavior data according to each brush monitoring device. The different codes of 130 are differentiated to obtain a plurality of sets of behavior data, and then the plurality of sets of behavior data are transmitted to the server 300 one by one according to the code discrimination result or the plurality of sets of behavior data are simultaneously transmitted to the server 300 by the code division result. Specifically, the identification unit 260 is configured to identify the code of the brushing monitoring device 130, and the distinguishing unit 270 is configured to distinguish the received behavior data according to different codes of the respective brushing monitoring devices 130 to obtain a plurality of sets of behavior data, and the transmitting and receiving unit 240 The group behavior data is transmitted to the server 300 one by one or a plurality of sets of behavior data are simultaneously transmitted to the server 300.

It should be noted that the brushing information transmission system provided by the above embodiments is mostly illustrated by dividing functional units. In practical applications, the above function assignments may be performed by different functional units or modules as needed, that is, the internal structure of the unit is divided into different functional modules to complete all or part of the functions described above.

A person skilled in the art can understand that all or part of the steps of implementing the above embodiments may be implemented by hardware or by hardware related to program instructions, and the program may be stored in a computer readable storage medium. The storage medium mentioned may be a read only memory or a magnetic disk or an optical disk or the like.

The above embodiments are intended to be illustrative of the principles and embodiments of the present invention. It is understood that the above embodiments are only intended to aid the understanding of the invention and are not to be construed as limiting. Any minor modifications or equivalent substitutions made to the structural forms or configurations of the present invention are intended to be included within the scope of the present invention.

Claims

A brushing information transmission method, comprising a brushing monitoring device, a repeater and a server, wherein the repeater is adapted to establish a communication connection with the brushing monitoring device and the server respectively, characterized in that the method further comprises the following steps: a, The brushing monitoring device detects the user's brushing action behavior to obtain behavior data; b, the brushing monitoring device transmits the behavior data to the repeater; c, the repeater transmits the received behavior data to the The server.
The method according to claim 1, characterized in that before the step a or before the step b, the step of establishing a Bluetooth connection or a WIFI connection between the brushing monitoring device and the repeater is further included.
The method according to claim 1 or 2, wherein the triggering of the communication connection between the brushing monitoring device and the repeater is performed by the brushing monitoring device to detect whether the brushing action occurs, and if so, The brushing monitoring device emits a wireless signal waiting to connect to the repeater.
The method according to claim 3, wherein the repeater recognizes the device that transmits the wireless signal after receiving the wireless signal, and automatically establishes a communication connection with the device if the device meets a preset condition.
The method according to claim 1, further comprising the step of detecting whether the user's brushing process is completed, the brushing monitoring device detecting whether the brushing action behavior or behavior data is continuously generated, if not within a preset time When the brushing action behavior or behavior data is detected, it is considered that the user's brushing process ends.
The method according to claim 1, further comprising the step of detecting whether the behavior data is completed after the step b, if the brushing monitoring device detects the termination code when transmitting the behavior data And the behavior data transmission is considered to be completed; or the repeater detects the termination code when receiving the behavior data, and then considers that the behavior data transmission is completed.
The method of claim 1 further comprising the step of terminating said brushing monitoring device in communication with said repeater after said step b, if said brushing monitoring device completes transmitting behavior data to said The repeater, the brushing monitoring device stops emitting a wireless signal, and the brushing monitoring device terminates the communication connection with the repeater.
The method of claim 1 wherein said repeater transmits said behavior data to said server in a manner of wireless network data transmission.
The method of claim 8 wherein said wireless network data transmission comprises SIM card communication or WIFI communication.
The method of claim 1 wherein said repeater further comprises a first power supply component for powering said repeater.
The method of claim 1 wherein said brushing monitoring device further comprises a second power supply assembly for powering said brushing monitoring device.
The method according to claim 1, wherein said repeater is capable of simultaneously communicating with a plurality of said brush monitoring devices, and is capable of distinguishing said received behaviors according to different codes of said respective brushing monitoring devices The data is obtained from a plurality of sets of behavior data, and then the plurality of sets of behavior data are transmitted to the server one by one or the plurality of sets of behavior data are simultaneously transmitted to the server.
The method according to claim 1, wherein said repeater is capable of sequentially communicating with said plurality of said brush monitoring devices one by one, and is capable of distinguishing received ones according to different codes of said respective brushing monitoring devices The behavior data obtains a plurality of sets of behavior data, and then the plurality of sets of behavior data are transmitted to the server one by one or the plurality of sets of behavior data are simultaneously transmitted to the server.
The method according to claim 1, wherein the repeater can randomly communicate with the plurality of brush monitoring devices as needed and can distinguish the received ones according to different codes of the respective brush monitoring devices. The behavior data obtains a plurality of sets of behavior data, and then the plurality of sets of behavior data are transmitted to the server one by one or the plurality of sets of behavior data are simultaneously transmitted to the server.
The method according to claim 1, further comprising the step of deleting said behavior data, said brushing monitoring device automatically deleting said brushing monitoring device after transmitting said behavior data to said repeater The behavior data of the transmission is completed.
The method according to claim 1, further comprising the step of deleting said behavior data, said repeater automatically deleting said relay to complete transmission after transmitting said behavior data to said server The behavior data.
The method of claim 1 wherein said repeater comprises a first storage unit, said first storage unit for storing said received behavior data.
The method according to claim 17, wherein said relay device transmits said behavior data to said server for a preset period of time after receiving said behavior data.
The method according to claim 1, wherein said repeater simultaneously transmits said behavior data to said server in the process of receiving said behavior data.
The method according to claim 1, wherein said brushing monitoring means comprises a second storage unit for storing said behavior data obtained by detecting a brushing action.
The method according to claim 1, wherein said brushing monitoring device further comprises a step of firmware upgrading, said server transmitting upgrade data to said repeater if said brushing monitoring device is to perform a firmware upgrade And then the repeater sends the acquired upgrade data to the brushing monitoring device for firmware upgrade.
A brushing information transmission system, comprising a brushing monitoring device, a repeater and a server, wherein the brushing monitoring device comprises a motion sensor and a data sending unit, wherein the motion sensor is configured to detect behavioral data of a user's brushing action behavior, The data transmitting unit is configured to transmit the behavior data to the repeater; the repeater includes a transmitting and receiving unit, and the transmitting and receiving unit is configured to transmit the received behavior data to the server .
The system according to claim 22, wherein the data transmission by the brushing monitoring device and the repeater is a Bluetooth connection or a WIFI connection.
The system according to claim 23, wherein the brushing monitoring device further comprises a first detecting unit, the data sending unit comprises a Bluetooth module or a WIFI module, and the first detecting unit is configured to determine the brushing action Whether the behavior occurs, if it occurs, the Bluetooth module or the WIFI module sends a wireless signal waiting to connect to the repeater.
The system according to claim 24, wherein said repeater further comprises an identification unit, said identification unit configured to identify a device that transmits said wireless signal, and if the device meets a preset condition, The communication connection is automatically established.
The system according to claim 22, wherein said brush monitoring device further comprises a first detecting unit, said first detecting unit detecting whether said brushing action behavior or behavior data is continuously generated if a predetermined time If the brushing action behavior or behavior data is not detected, the user's brushing process is considered to be finished.
The system according to claim 22, wherein said brushing monitoring device further comprises a second detecting unit and a stopping unit, said second detecting unit for detecting whether said behavior data is completed, and transmitting is completed Completion signal; when the stop unit receives the completion signal, the data transmitting unit stops emitting a wireless signal, and the brushing monitoring device terminates the communication connection with the repeater.
The system according to claim 22, wherein said repeater comprises a second detecting unit, said brush detecting device comprises a stopping unit, and said second detecting unit is configured to detect whether said data transmitting unit is completed The behavior data transmission is performed, and the completion signal is given; when the stop unit receives the completion signal, the data transmission unit stops emitting a wireless signal, and the brushing monitoring device terminates the communication connection with the repeater.
The system according to claim 22, wherein the transmitting and receiving unit comprises a SIM card communication module or a WIFI communication module, and the SIM card communication module or the WIFI communication module is configured to perform wireless connection with the server.
The system of claim 22 wherein said repeater further comprises a first power supply component for powering said repeater.
The system of claim 22 wherein said brushing monitoring device further comprises a second power supply assembly for powering said brushing monitoring device.
The system according to claim 22, wherein said repeater further comprises an identification unit and a distinguishing unit, said repeater being capable of simultaneously communicating with a plurality of said brush monitoring devices, said identification unit being Identifying the code of the brushing monitoring device, the distinguishing unit is configured to distinguish the received behavior data according to different codes of each of the brushing monitoring devices to obtain a plurality of sets of behavior data, where the transmitting and receiving unit The group behavior data is transmitted to the server one by one or the plurality of sets of behavior data are simultaneously transmitted to the server.
The system according to claim 22, wherein said repeater further comprises an identification unit and a distinguishing unit, said repeater being capable of communicating one by one with said plurality of said brush monitoring devices, said identification unit a code for identifying the brushing monitoring device, wherein the distinguishing unit is configured to distinguish the received behavior data according to different codes of each of the brushing monitoring devices to obtain a plurality of sets of behavior data, and the transmitting and receiving unit The plurality of sets of behavior data are transmitted to the server one by one or the plurality of sets of behavior data are simultaneously transmitted to the server.
The system according to claim 22, wherein said repeater further comprises an identification unit and a distinguishing unit, said repeater being capable of randomly communicating with said plurality of said brush monitoring devices as needed, said identifying The unit is configured to identify a code of the brushing monitoring device, and the distinguishing unit is configured to distinguish the received behavior data according to different codes of each of the brushing monitoring devices to obtain a plurality of sets of behavior data, and the transmitting and receiving unit The plurality of sets of behavior data are transmitted to the server one by one or the plurality of sets of behavior data are simultaneously transmitted to the server.
The system according to claim 22, wherein said brushing monitoring device further comprises a clearing module, said clearing module for automatically deleting said brushing monitoring device after said behavior data is transmitted to said repeater The behavior data of the transmission is completed.
The system according to claim 22, wherein said repeater further comprises a clearing unit, said clearing unit configured to automatically delete said repeater after said behavior data is transmitted to said server The behavior data transmitted.
The system of claim 22 wherein said repeater comprises a first storage unit, said first storage unit for storing said received behavior data.
The system according to claim 37, wherein said repeater further comprises a clock unit, said clock unit for synchronizing network time, such that the action of transmitting said behavior data to said server is preset Execute during the time period.
The system according to claim 22, wherein said repeater simultaneously transmits said behavior data to said server in the process of receiving said behavior data.
The system according to any one of claims 22 to 39, wherein the brushing monitoring device comprises a second storage unit for storing the behavior data obtained by detecting a brushing action.