CN-121971193-A - Tooth-flushing device and control method thereof

CN121971193ACN 121971193 ACN121971193 ACN 121971193ACN-121971193-A

Abstract

The invention discloses a tooth-rinsing device and a control method thereof, relating to the technical field of tooth-rinsing devices, wherein in the control method of the tooth-rinsing device, firstly, the tooth-rinsing device is controlled to execute rinsing action in response to a rinsing start instruction, and working parameter information corresponding to the rinsing action executed by the tooth-rinsing device is obtained, and then, after the rinsing action executed by the tooth-rinsing device, the working parameter information corresponding to the rinsing action is stored as historical use data; responding to a next flushing start instruction, generating corresponding feedback information according to the historical use data and outputting the feedback information; and finally, after the feedback information is output, controlling the tooth flusher to execute the next flushing action. The invention aims to guide a user to improve the rinsing behavior and improve the cleaning effect of the tooth rinsing device.

Inventors

LUO SISHENG
LI DONGBAO
ZHENG CHUANZHOU

Assignees

瑞圣特科技(深圳)有限公司

Dates

Publication Date: 20260505
Application Date: 20260121

Claims (10)

1. A method of controlling a dental irrigator, the method comprising: Responding to a flushing start instruction, controlling the tooth flusher to execute a flushing action, and acquiring working parameter information corresponding to the flushing action executed by the tooth flusher, wherein the working parameter information comprises any one or more of the combination of the working time length for executing a single flushing action, the water flow pressure, the type of a nozzle, the water consumption of the single flushing action and the relative distance between the nozzle and a target cleaning area; after the tooth washer executes the flushing action, the working parameter information corresponding to the flushing action is stored as historical use data; Responding to a next flushing start instruction, generating corresponding feedback information according to the historical use data and outputting the feedback information; and after the feedback information is output, controlling the tooth flusher to execute the next flushing action.
2. The method according to claim 1, wherein the operation parameter information includes an operation time period for performing a single rinsing action, and the generating corresponding feedback information according to the historical usage data and outputting the feedback information specifically includes: Under the condition that the working time length of executing the single flushing action is smaller than the preset time length, determining that the flushing action does not meet the effective cleaning condition, generating corresponding prompt feedback information and outputting the prompt feedback information; and under the condition that the working time length of executing the single flushing action is greater than or equal to the preset time length, determining that the flushing action meets the effective cleaning condition, generating corresponding forward excitation type feedback information and outputting the forward excitation type feedback information.
3. The method for controlling a dental irrigator of claim 2, wherein the method for controlling a dental irrigator further comprises: Calculating the difference between the working time length of the single flushing action and the preset time length; And under the condition that the difference value is not smaller than a preset difference value, acquiring a target duration corresponding to the next rinsing action executed by the tooth rinsing device, and controlling the working duration of the next rinsing action executed by the tooth rinsing device to be not smaller than the target duration.
4. The method of claim 1, wherein the operating parameter information includes water flow pressure, and wherein generating corresponding feedback information based on the historical usage data and outputting the feedback information specifically includes: Under the condition that the water flow pressure is smaller than the lower limit value of the preset pressure range, determining that the current flushing action does not meet the effective cleaning condition, generating corresponding first prompt feedback information and outputting the first prompt feedback information; Determining that the flushing action is abnormal when the water flow pressure is greater than the upper limit value of the preset pressure range, generating corresponding second prompt feedback information and outputting the second prompt feedback information; And under the condition that the water flow pressure is in a preset pressure range, determining that the flushing action meets the effective cleaning condition, generating corresponding forward excitation type feedback information and outputting the forward excitation type feedback information.
5. The method of controlling a dental irrigator according to claim 1, wherein the operating parameter information includes a nozzle type, and the generating corresponding feedback information according to the historical usage data and outputting the feedback information specifically includes: And determining a target cleaning area matched with the nozzle type according to the nozzle type, generating corresponding feedback information based on the target cleaning area, and outputting the feedback information.
6. The method for controlling a dental irrigator of claim 5, the method is characterized in that the method for controlling the tooth flusher further comprises the following steps: determining working parameters corresponding to the nozzle types according to the nozzle types, and controlling the tooth flusher to execute flushing actions according to the working parameters; the operating parameters include at least one of a target water flow pressure, an operating frequency, a target cleaning duration.
7. The method of claim 1, wherein the operating parameter information includes an amount of water consumed by a single rinse, and wherein generating corresponding feedback information based on the historical usage data and outputting the feedback information specifically includes: under the condition that the water consumption of a single flushing action is smaller than the lower limit value of the preset water consumption range, determining that the flushing action does not meet the effective cleaning condition, generating corresponding third prompt type feedback information and outputting the third prompt type feedback information; determining that the flushing action is abnormal when the water consumption of the single flushing action is larger than the upper limit value of the preset water consumption range, generating corresponding fourth prompt feedback information and outputting the fourth prompt feedback information; And under the condition that the water consumption of the single flushing action is in a preset water quantity range, determining that the flushing action meets the effective cleaning condition, generating corresponding forward excitation type feedback information and outputting the forward excitation type feedback information.
8. The method of claim 1, wherein the operating parameter information includes a relative distance of the nozzle from the target cleaning area, and wherein generating corresponding feedback information based on the historical usage data and outputting the feedback information specifically includes: Generating operation guide information and outputting the operation guide information under the condition that the relative distance is not in a preset flushing distance range, and adjusting working parameters of the tooth flusher according to a preset invalid area response strategy; wherein the operation instruction information comprises increasing/decreasing the relative distance between the nozzle and the target cleaning area, and the preset ineffective area response strategy comprises any one of reducing the water flow pressure or the working frequency and suspending the water flow output.
9. The method of controlling a dental irrigator according to claim 1, wherein storing the operating parameter information corresponding to the irrigation action as historical usage data specifically includes: the stored historical usage data is updated and stored based on the operating parameter information corresponding to the flushing action.
10. A dental appliance comprising a control device including a memory, a processor and a computer program stored on the memory and executable on the processor, the computer program being configured to implement the steps of the method of controlling a dental appliance according to any one of claims 1 to 9.

Description

Tooth-flushing device and control method thereof Technical Field The invention relates to the technical field of tooth flushers, in particular to a tooth flusher and a control method thereof. Background Existing tooth irrigators typically provide multiple levels of water flow pressure regulation and are equipped with different types of nozzles to suit the particular care needs of sensitive gums, orthodontic appliances, or teeth Zhou Weihu. However, in the actual use process, the user may use too high water pressure for a long time to cause gum irritation or even damage due to worry about incomplete cleaning, select too low water pressure or shorten the flushing time to cause insufficient cleaning effect due to uncomfortable feeling, or it is difficult for the user to judge whether the nozzle is aligned to the target area, whether the flushing is covered comprehensively, and the like. I.e. users often lack consideration of their own oral hygiene, their rinsing behaviour results in ineffective or poor cleaning. Disclosure of Invention The invention mainly aims to provide a tooth flusher and a control method thereof, and aims to guide a user to improve flushing behavior and improve cleaning effect of the tooth flusher. In order to achieve the above object, the present invention provides a control method of a tooth irrigator, the control method of the tooth irrigator comprising: Responding to a flushing start instruction, controlling the tooth flusher to execute a flushing action, and acquiring working parameter information corresponding to the flushing action executed by the tooth flusher, wherein the working parameter information comprises any one or more of the combination of the working time length for executing a single flushing action, the water flow pressure, the type of a nozzle, the water consumption of the single flushing action and the relative distance between the nozzle and a target cleaning area; after the tooth washer executes the flushing action, the working parameter information corresponding to the flushing action is stored as historical use data; Responding to a next flushing start instruction, generating corresponding feedback information according to the historical use data and outputting the feedback information; and after the feedback information is output, controlling the tooth flusher to execute the next flushing action. In an embodiment, the working parameter information includes a working time length for executing a single flushing action, and the generating corresponding feedback information according to the historical usage data and outputting the feedback information specifically includes: Under the condition that the working time length of executing the single flushing action is smaller than the preset time length, determining that the flushing action does not meet the effective cleaning condition, generating corresponding prompt feedback information and outputting the prompt feedback information; and under the condition that the working time length of executing the single flushing action is greater than or equal to the preset time length, determining that the flushing action meets the effective cleaning condition, generating corresponding forward excitation type feedback information and outputting the forward excitation type feedback information. In an embodiment, the method for controlling a dental irrigator further comprises: Calculating the difference between the working time length of the single flushing action and the preset time length; And under the condition that the difference value is not smaller than a preset difference value, acquiring a target duration corresponding to the next rinsing action executed by the tooth rinsing device, and controlling the working duration of the next rinsing action executed by the tooth rinsing device to be not smaller than the target duration. In an embodiment, the working parameter information includes water flow pressure, and the generating corresponding feedback information according to the historical usage data and outputting the feedback information specifically includes: Under the condition that the water flow pressure is smaller than the lower limit value of the preset pressure range, determining that the current flushing action does not meet the effective cleaning condition, generating corresponding first prompt feedback information and outputting the first prompt feedback information; Determining that the flushing action is abnormal when the water flow pressure is greater than the upper limit value of the preset pressure range, generating corresponding second prompt feedback information and outputting the second prompt feedback information; And under the condition that the water flow pressure is in a preset pressure range, determining that the flushing action meets the effective cleaning condition, generating corresponding forward excitation type feedback information and outputting the forward excitation type feedback information