Hair scissors blade drying method and system

Abstract

The invention relates to a hair clipper blade drying method and system, and relates to the technical field of hair clipper tools. Acquiring blade detection humidity of the blade when the equipment use state is consistent with a preset idle state; determining whether the blade detection humidity is greater than a preset reference processing humidity; if the blade detection humidity is not greater than the reference processing humidity, controlling the hair scissors to maintain the original state; if the blade detection humidity is larger than the reference processing humidity, a drying device preset on the hair scissors is controlled to be heated to the preset drying temperature, the blade detection humidity is obtained in real time, and when the blade detection humidity is not larger than the reference processing humidity, a drying completion signal is output, and the drying device is controlled to be closed. The blade has the effect that the situation that the service life is affected due to rusting of the blade is reduced.

Description

Technical Field

[0001] The present application relates to the field of hairdressing tool technology, and in particular to a hairdressing scissors blade drying method and system. Background Art

[0002] Hair clippers are a tool used for haircutting, including manual hair clippers and electric hair clippers. Among them, electric hair clippers are provided with blades. When the hair clippers are connected to the power supply, the built-in motor starts, which can generate rotational torque and transmit it to the blades, so that the blades rotate to cut the hair. At the same time, after the hair clippers are used, the barber can rinse the blades to clean the hair stuck on the blades, so as to facilitate the subsequent reuse.

[0003] In the above-mentioned related art, after the blade is cleaned, if the hair clippers are not used for a period of time, the residual water stains may easily cause the blade to rust, thereby reducing the service life of the blade, and there is still room for improvement. Summary of the invention

[0004] In order to reduce the possibility that the service life of the blades is affected by rust, the present application provides a method and system for drying the blades of hair cutting scissors.

[0005] In a first aspect, the present application provides a method for drying hairdressing scissors blades, which adopts the following technical solution: A method for drying hairdressing scissors blades, comprising: Get the device usage status of the hair clipper; When the device usage state is consistent with the preset idle state, the blade detection humidity of the blade is obtained; Determine whether the blade detection humidity is greater than a preset reference processing humidity; If the detected humidity of the blade is not greater than the reference processing humidity, the hair clippers are controlled to maintain the original state; If the detected humidity of the blade is greater than the reference processing humidity, the drying device preset on the hair clipper is controlled to be heated to the preset drying temperature, and the detected humidity of the blade is obtained in real time. When the detected humidity of the blade is not greater than the reference processing humidity, a drying completion signal is output and the drying device is controlled to be turned off.

[0006] Optionally, the method further includes a step of obtaining the device usage status, which includes: Get the motor usage status of the hair clipper motor; Determine whether the motor usage state is consistent with the preset power-on state; If the motor use state is consistent with the power-on state, the preset normal operation state is determined as the equipment use state; If the motor usage state is inconsistent with the power-on state, the power-off time duration preset to zero is controlled to be counted, and when the motor usage state is consistent with the power-on state, the power-off time duration is controlled to be zero; Determine whether the power outage duration is greater than the preset demand processing duration; If the power outage duration is not greater than the demand processing duration, the power outage duration is controlled to continue timing, and the normal operation state is determined as the equipment use state; If the power-off duration is longer than the demand processing duration, the power-off duration is controlled to be reset to zero and the idle state is determined as the equipment use state.

[0007] Optionally, a step of determining the demand processing time is also included, and the step includes: Establishing a detection interval with the current time point as the end point and a width of the preset detection duration on the preset time axis, and distinguishing a power-on period and a power-off period in the detection interval; In the power-off period, a power-off period whose duration is shorter than a preset short interval duration is defined as an intermediate period, and the power-on periods on both sides of the intermediate period are grouped into the same preset initially empty period set; Determine the single usage duration according to the frontmost power-on period and the rearmost power-on period in the same time period set, and define the single usage duration determined at the current time point as the current usage duration; The average usage time is determined by calculating the single usage time other than the current usage time; The difference between the average usage time and the current usage time is calculated to determine the difference usage time; Determine whether the difference usage time is greater than zero; If the difference usage time is greater than zero, the preset fixed processing time is determined as the required processing time; If the difference usage time is not greater than zero, the required processing time is determined by calculation based on the difference usage time, the preset adjustment parameters and the fixed processing time.

[0008] Optionally, the step of calculating the average usage time based on the single usage time other than the current usage time includes: Randomly select a single usage duration from all single usage durations except the current usage duration as the standard usage duration, and define the remaining single usage durations as the comparison usage durations; Calculating based on the standard usage duration and the comparative usage duration to determine the duration deviation value, and calculating based on all the duration deviation values ​​to determine the representative degree value; Determine the representative degree value with the smallest value according to the preset sorting rule, and define the standard usage time corresponding to the representative degree value as the representative usage time; A similar interval is delineated according to the representative usage time and the preset similar time, and a single usage time within the similar interval is defined as the effective usage time, and the average usage time is determined by averaging all the effective usage times.

[0009] Optionally, a step of determining a drying temperature is also included, the step comprising: Determine the operation time period corresponding to the current time point according to the preset operation time period table; Establishing a historical interval with the current time point as the end point and a width of a preset historical time length on the time axis, and determining an operation similar period similar to the operation operation period in the historical interval; Counting the single usage duration in the operation similarity period to determine the period processing quantity, calculating the period processing quantity in all the operation similarity periods to determine the operation processing frequency, and determining the prediction interval duration according to the operation processing frequency; A simulated drying time is randomly generated within the prediction interval, and a corresponding simulated temperature and simulated power consumption are determined according to the simulated drying time and blade detection humidity in a preset drying matching relationship; Determine the simulated power consumption with the minimum value according to the sorting rule, and define the simulated temperature corresponding to the simulated power consumption as the simulated effective temperature of the simulated drying time; The simulated power consumption with the minimum value is determined according to the sorting rule, and the simulated drying time corresponding to the simulated power consumption is defined as the simulated effective time, and the simulated effective temperature corresponding to the simulated power consumption is determined as the drying temperature.

[0010] Optionally, after the drying device is heated to a preset drying temperature, the hair cutting scissors blade drying method further includes: The control sets the preset initial zero heating time for timing, and calculates the difference between the heating time and the simulation effective time to determine the excess time; Determine whether the excess time is greater than the preset excess time; If the extra time is not greater than the excess time, the drying device is controlled to continue the operation; If the excess duration is greater than the excess duration, a device damage signal is output.

[0011] Optionally, if the extra time is not greater than the excess time, the hairdressing scissors blade drying method further includes: The drying processing humidity is determined by performing a difference calculation based on the blade detection humidity obtained before the drying device is operated and the current blade detection humidity; Determine the drying temperature and the theoretical processing humidity corresponding to the heating time according to the preset heating matching relationship; The difference between the drying treatment humidity and the theoretical treatment humidity is calculated to determine the difference treatment humidity; Determine whether the difference processing humidity is greater than the preset normal processing humidity; If the difference processing humidity is not greater than the normal processing humidity, the drying device is controlled to continue the operation; If the difference processing humidity is greater than the normal processing humidity, a device damage signal is output.

[0012] In a second aspect, the present application provides a hair cutting scissors blade drying system, which adopts the following technical solution: A hair cutting scissors blade drying system, comprising: An acquisition module, used to acquire the device usage status of the hair clippers; A processing module, connected to the acquisition module and the judgment module, for storing and processing information; A judgment module, connected with the acquisition module and the processing module, for judging the information; When the judging module judges that the device use state is consistent with the preset idle state, the obtaining module obtains the blade detection humidity of the blade; The judging module judges whether the detected humidity of the blade is greater than a preset reference processing humidity; If the judging module judges that the blade detection humidity is not greater than the reference processing humidity, the processing module controls the hair clippers to maintain the original state; If the judgment module determines that the blade detection humidity is greater than the reference processing humidity, the processing module controls the drying device preset on the hair clipper to heat to the preset drying temperature, and obtains the blade detection humidity in real time, until the blade detection humidity is no greater than the reference processing humidity, outputs a drying completion signal and controls the drying device to turn off.

[0013] In summary, the present application includes at least one of the following beneficial technical effects: After the use of the hair clippers, the humidity of the hair clippers blades is detected, and when residual water stains are detected on the blades, the installed drying device can be controlled to evaporate the water on the blades, thereby reducing the rust of the blades and affecting the overall service life; During the drying process of the blade, the blade drying process can be performed at a more appropriate time point according to the specific usage of the hair clippers in the past, so that the hair clippers can be used more effectively. BRIEF DESCRIPTION OF THE DRAWINGS

[0014] Figure 1 It is a flow chart of a method for drying hair cutting scissors blades.

[0015] Figure 2 It is a module flow chart of a hair cutting scissors blade drying method. DETAILED DESCRIPTION

[0016] In order to make the purpose, technical solutions and advantages of this application more clear, the following Figure 1-Figure 2 It should be understood that the specific embodiments described herein are only used to explain the present application and are not used to limit the present application.

[0017] The embodiments of the present application are further described in detail below in conjunction with the drawings in the specification.

[0018] The embodiment of the present application discloses a method for drying a hair clipper blade. After the hair clippers are used, a humidity analysis is performed on the blade on the hair clippers, and the historical usage of the hair clippers is analyzed to control the blade to be dried at an appropriate time and at an appropriate temperature, thereby reducing the occurrence of blade rusting due to residual water stains on the blade and increasing the service life of the blade.

[0019] Reference Figure 1 The method flow of the hair cutting scissors blade drying method comprises the following steps: Step S100: obtaining the device usage status of the hair clippers.

[0020] The device usage status refers to the usage status of the hair clippers, including a status where the hair clippers are in operation and a status where the hair clippers are not in use and are in a resting state.

[0021] Step S101: obtaining blade detection humidity of a blade when the device usage state is consistent with a preset idle state.

[0022] The idle state is the equipment usage state set by the staff to determine that the hair clippers are not in use. When the equipment usage state is consistent with the idle state, it means that the hair clippers are not currently in use, which means that there is a possibility that water stains will cause the blades to rust, and further analysis is needed at this time; the blade detection humidity is the humidity of the blade on the hair clippers, which can be obtained through a humidity sensor installed near the blade.

[0023] Step S102: determining whether the blade detection humidity is greater than a preset reference processing humidity.

[0024] The reference processing humidity is the minimum blade detection humidity that must be met when it is determined that the blade humidity is serious and there may be a risk of rust. The purpose of the judgment is to know whether the blade needs to be processed.

[0025] Step S1021: If the blade detected humidity is not greater than the reference processing humidity, the hair clippers are controlled to maintain the original state.

[0026] When the detected humidity of the blade is not greater than the reference processing humidity, it means that the blade does not need to be processed, and the original state of the hair clippers can be maintained.

[0027] Step S1022: If the blade detected humidity is greater than the reference processing humidity, the drying device preset on the hair clipper is controlled to be heated to the preset drying temperature, and the blade detected humidity is obtained in real time, until the blade detected humidity is not greater than the reference processing humidity, a drying completion signal is output and the drying device is controlled to be turned off.

[0028] When the detected humidity of the blade is greater than the reference processing humidity, it means that there are water stains on the blade that may cause the blade to rust, and further analysis is needed at this time; the drying device is a device installed on the hair clippers that can dry and heat the blade, such as a heating film. The drying temperature is a temperature that can process the humidity of the blade. Controlling the operation of the drying device can evaporate the water stains on the blade. At this time, the specific drying situation can be known by continuously analyzing the detected humidity of the blade. When the drying completion signal is output, it means that the blade is not easy to rust due to water stains. At this time, the drying device can be normally controlled to be closed; at the same time, when the blade is dried, the device that can disinfect the blade preset inside the hair clippers can be controlled to start, and the blade can be disinfected to ensure that the hair clippers can be used in a healthy way. The disinfection device can be a device that can emit ultraviolet light, and sterilization and disinfection operations are achieved through ultraviolet light.

[0029] The step of obtaining the device usage status is also included, and the step includes: Step S200: obtaining the motor usage status of the hair clipper motor.

[0030] The motor usage status refers to the usage status of the motor on the hair clipper, that is, whether the motor is powered on.

[0031] Step S201: Determine whether the motor usage state is consistent with the preset power-on state.

[0032] The power-on state is a state set by the staff to determine whether the hair clipper motor is powered on and in use. The purpose of the judgment is to know whether the hair clipper is in use.

[0033] Step S2011: If the motor use state is consistent with the power-on state, the preset normal operation state is determined as the equipment use state.

[0034] When the motor usage status is consistent with the power-on status, it means that the hair clippers are in use. At this time, the normal operating status can be determined as the equipment usage status, wherein the normal operating status is the status of the hair clippers in use preset by the staff.

[0035] Step S2012: If the motor use state is inconsistent with the power-on state, the power-off time duration which is initially set to zero is controlled to be counted, and when the motor use state is consistent with the power-on state, the power-off time duration is controlled to be reset to zero.

[0036] When the motor usage status is inconsistent with the power-on status, it means that the hair clippers are not in use at this time, but the hair clippers may be in an intermittent power-off process during the haircutting process, which requires further analysis; the power-off duration is zero at the beginning, and the power-off duration can be reset to zero when the motor is powered on, so as to record the power-off situation next time.

[0037] Step S202: Determine whether the power outage duration is greater than a preset demand processing duration.

[0038] The demand processing time is the minimum power-off time set by the staff to determine that the hair clippers are not in the intermittent power-off process during the haircutting process. The purpose of the judgment is to know whether the user is in the process of using the hair clippers.

[0039] Step S2021: If the power outage duration is not greater than the demand processing duration, the power outage duration is controlled to continue timing, and the normal operating state is determined as the equipment use state.

[0040] When the power outage duration is not greater than the demand processing duration, it indicates that the hair clipper is likely in the process of haircutting. At this time, the timing can be continued for analysis. At the same time, the normal operating state is determined as the equipment usage state to facilitate subsequent drying process analysis.

[0041] Step S2022: If the power-off duration is greater than the demand processing duration, the power-off duration is controlled to be reset to zero and the idle state is determined as the device use state.

[0042] When the power-off duration is longer than the demand processing duration, it means that the hair clipper is not in the haircutting process. At this time, the power-off duration is reset to zero and the idle state is determined as the device usage state, so as to facilitate subsequent detection and analysis of the humidity of the blade.

[0043] The process also includes a step of determining the demand processing time, which includes: Step S300: establishing a detection interval with the current time point as the end point and a width of the preset detection duration on the preset time axis, and distinguishing the power-on period and the power-off period in the detection interval.

[0044] The time axis is a coordinate axis formed by a combination of various time points. The detection duration is the duration set by the staff for detecting and analyzing the historical usage of the hair clippers, for example, 1 month. A detection interval is established to facilitate the collection and acquisition of data within the detection duration; the power-on period is the time period when the motor usage status of the hair clippers motor is consistent with the power-on status, and the power-off period is the time period when the motor usage status of the hair clippers motor is not consistent with the power-on status.

[0045] Step S301: define a power-off period whose duration is shorter than a preset short interval duration as an intermediate period in the power-off period, and group the power-on periods on both sides of the intermediate period into the same preset initially empty period set.

[0046] The short interval duration is the maximum power-off duration allowed when the hair clippers are temporarily powered off during a haircut, as set by the staff. The intermediate time period is defined to analyze the situation during the haircut so that the power-on time periods during the haircut of the same user can be grouped into the same time period set. The rules for grouping the time period set are as follows: for example, there are three power-on time periods A, B, and C, of ​​which A and B can be grouped into the same time period set, B and C can be grouped into the same time period set, and then A, B, and C can be grouped into the same time period set.

[0047] Step S302: determining a single usage duration according to the frontmost power-on time period and the rearmost power-on time period in the same time period set, and defining the single usage duration determined at the current time point as the current usage duration.

[0048] The single usage duration is the interval between the left time point of the frontmost power-on period and the right time point of the rearmost power-on period in the same period set. The current usage duration is defined to distinguish different single usage durations for subsequent analysis.

[0049] Step S303: Calculate the average usage time based on the single usage time other than the current usage time.

[0050] The average usage time is the total time required for a haircut operation on a customer under theoretical circumstances, and can be obtained by averaging the single usage times other than the current usage time, or can be obtained through steps S400 to S403.

[0051] Step S304: Calculate the difference between the average usage time and the current usage time to determine the difference usage time.

[0052] The difference usage time is the value obtained by subtracting the current usage time from the average usage time.

[0053] Step S305: Determine whether the difference usage time is greater than zero.

[0054] The purpose of the judgment is to find out whether the time used for the current haircut reaches the average time.

[0055] Step S3051: If the difference usage time is greater than zero, the preset fixed processing time is determined as the required processing time.

[0056] When the difference usage time is greater than zero, it means that the haircut operation for the current user has not reached the average time. At this time, the fixed processing time can be determined as the required processing time. The fixed processing time is the time set by the staff to determine that the staff will no longer use the hair clippers, for example 5 minutes.

[0057] Step S3052: If the difference usage time is not greater than zero, a calculation is performed based on the difference usage time, a preset adjustment parameter and a fixed processing time to determine the required processing time.

[0058] When the difference usage time is not greater than zero, it means that the current time has reached the average time. At this time, the possibility of the customer's haircut operation being completed increases, and further analysis is required. The calculation formula for the demand processing time is: ,in The processing time for the request, For a fixed processing time, is the difference usage time, The adjustment parameters set by the staff for processing the difference usage time; through this calculation method, the demand processing time can be shortened so that the blade situation can be analyzed and processed as quickly as possible.

[0059] The steps of calculating the average usage time based on the single usage time other than the current usage time include: Step S400: randomly selecting a single usage duration from all single usage durations except the current usage duration as the standard usage duration, and defining the remaining single usage durations as comparative usage durations.

[0060] Define standard usage time and comparative usage time to distinguish different single usage times for subsequent analysis.

[0061] Step S401: Calculate the duration deviation value based on the standard usage duration and the comparative usage duration, and calculate the representative degree value based on all the duration deviation values.

[0062] The duration deviation value is the difference between the standard usage duration and the comparative usage duration, and the difference is an absolute value. The representative degree value can be determined by averaging all the duration deviation values. The representative degree value reflects the deviation between the standard usage duration and the other comparative usage durations. The smaller the value is, the closer the standard usage duration is to most comparative usage durations, that is, the more representative the standard usage duration is of the other comparative usage durations.

[0063] Step S402: determining the representative degree value with the smallest value according to a preset sorting rule, and defining the standard usage time corresponding to the representative degree value as the representative usage time.

[0064] The sorting rule is a method set by the staff to sort the size of values, such as the bubble method. The sorting rule can be used to determine the representative degree value with the smallest value, that is, the standard usage time corresponding to the representative degree value is closest to the other comparison usage times. At this time, it is defined as the representative usage time to distinguish different standard usage times, which is convenient for subsequent analysis.

[0065] Step S403: Determine a similar interval based on the representative usage time and the preset similar time, define a single usage time in the similar interval as the effective usage time, and calculate the average value of all the effective usage time to determine the average usage time.

[0066] The similar duration is the maximum difference allowed by the staff for the duration that is close to the representative usage duration. The similar interval is the interval formed by the duration that is close to the representative usage duration. The upper endpoint of the interval is the representative usage duration plus the similar duration, and the lower endpoint is the representative usage duration minus the similar duration. The effective usage duration is defined to distinguish the single usage duration that is close to the representative usage duration. At this time, the average usage duration is determined by averaging all the effective usage durations, thereby excluding some abnormal data to improve the accuracy of data analysis.

[0067] The method also includes a step of determining a drying temperature, the step comprising: Step S500: determining the operation time period corresponding to the current time point according to a preset operation time period table.

[0068] The work period table is a time table designated by the barber staff, for example, the morning period is 9:00-12:00, the afternoon period is 12:00-17:00, and the evening period is 17:00-22:00; the operation time period is the time period in the work period table at the current time point, for example, if the current time point is 18:00, the corresponding operation time period is the evening period.

[0069] Step S501: establishing a history interval with the current time point as the end point and a width of a preset history time length on the time axis, and determining an operation similar time period similar to the operation operation time period in the history interval.

[0070] The historical duration is the duration set by the staff for obtaining historical haircut data, such as 1 year. A historical interval is established to facilitate the acquisition and analysis of data within the historical duration; a similar operation period is a period in the historical interval that is similar to the operation period. For example, if the current operation period is the evening period, all evening periods can be determined in the historical interval. Similarly, different conditions can be added to continuously improve the degree of similarity, such as working days and non-working days, seasons, etc. The specific added conditions are set by the staff according to actual conditions and will not be elaborated here.

[0071] Step S502: Counting the single usage duration in the operation similarity period to determine the period processing quantity, calculating the period processing quantity in all the operation similarity periods to determine the operation processing frequency, and determining the prediction interval duration according to the operation processing frequency.

[0072] The time period processing quantity refers to the total number of all single usage time determined in a single operation similar time period, that is, the number of people who perform hairdressing operations under theoretical circumstances; the operation processing frequency refers to the frequency of the interval time between two customers under theoretical circumstances, which can be calculated by the time period processing quantity within a single operation similar time period to determine the processing frequency of a single operation similar time period, and then the processing frequency of all operation similar time periods is averaged to determine the operation processing frequency; the predicted interval duration is the theoretical time interval from the completion of the haircut for the current customer to the next haircut for another customer based on the operation processing frequency.

[0073] Step S503: randomly generating a simulated drying time within the prediction interval, and determining the corresponding simulated temperature and simulated power consumption according to the simulated drying time and the blade detected humidity in a preset drying matching relationship.

[0074] The simulated drying time is a duration value within the prediction interval. The simulated temperature is the heating temperature required to dry the blade detection humidity to below the benchmark processing humidity under the simulated drying time. The simulated power consumption is the total power consumed when using the simulated temperature for processing. The drying matching relationship between the four is determined by the staff in advance through multiple tests.

[0075] Step S504: Determine the simulated power consumption with the minimum value according to the sorting rule, and define the simulated temperature corresponding to the simulated power consumption as the simulated effective temperature of the simulated drying time.

[0076] The sorting rules can be used to determine the simulated power consumption with the smallest value, that is, the simulated temperature corresponding to the simulated power consumption has the lowest power consumption. At this time, it is defined as the simulated effective temperature to distinguish different simulated temperatures, which is convenient for subsequent analysis.

[0077] Step S505: Determine the simulated power consumption with the minimum value according to the sorting rule, define the simulated drying time corresponding to the simulated power consumption as the simulated effective time, and determine the simulated effective temperature corresponding to the simulated power consumption as the drying temperature.

[0078] The sorting rules can be used to determine the simulated power consumption with the minimum value, that is, the corresponding simulated effective temperature consumes the lowest power at this time. At this time, it can be determined as the drying temperature, so that the blade can be processed to the appropriate humidity within the specified time, while reducing the overall power consumption and achieving energy saving.

[0079] After the drying device is heated to a preset drying temperature, the hair cutting scissors blade drying method further includes: Step S600: Control the preset heating time which is initially zero to start timing, and calculate the difference between the heating time and the simulation effective time to determine the excess time.

[0080] The current heating time is the time when the drying device starts heating, and the excess time is the value obtained by subtracting the simulation effective time from the current heating time.

[0081] Step S601: Determine whether the excess time is greater than a preset excess time.

[0082] The excess time is the minimum excess time set by the staff to determine that the heating time is greatly exceeded by expectations. The purpose of the judgment is to find out whether the heating time is greatly exceeded by expectations, so as to determine whether the drying device or humidity sensor on the hair clipper is damaged.

[0083] Step S6011: If the extra time is not greater than the excess time, the drying device is controlled to continue the operation.

[0084] When the extra time is not greater than the excess time, it indicates that the drying time does not greatly exceed expectations, and the drying device can be controlled to operate normally.

[0085] Step S6012: If the excess time is greater than the excess time, a device damage signal is output.

[0086] When the extra time is greater than the excess time, it means that the drying time is much longer than expected. At this time, the device is basically damaged. At this time, a device damage signal is output to identify the situation so that the user can be aware of the situation.

[0087] If the extra time is not greater than the excess time, the hairdressing scissors blade drying method also includes: Step S700: performing difference calculation based on the blade detection humidity obtained before the drying device operates and the current blade detection humidity to determine the drying processing humidity.

[0088] The drying treatment humidity is the humidity value of the blade after drying, and is determined by subtracting the current blade detection humidity from the blade detection humidity obtained before the drying device operates.

[0089] Step S701: Determine the drying temperature and the theoretical processing humidity corresponding to the current heating time according to a preset heating matching relationship.

[0090] The theoretical processing humidity is the humidity value that can be processed under theoretical conditions at the drying temperature and heating time. The heating matching relationship between the three is determined by the staff through multiple tests in advance.

[0091] Step S702: performing a difference calculation based on the drying process humidity and the theoretical process humidity to determine the difference process humidity.

[0092] The difference processing humidity is the difference between the drying processing humidity and the theoretical processing humidity, and the difference is an absolute value.

[0093] Step S703: determine whether the difference processing humidity is greater than the preset normal processing humidity.

[0094] Normal processing humidity is the maximum difference processing humidity allowed when each device is operating normally, which is set by the staff. The purpose of the judgment is to know whether each device is operating normally.

[0095] Step S7031: If the difference processing humidity is not greater than the normal processing humidity, the drying device is controlled to continue the operation.

[0096] When the difference processing humidity is not greater than the normal processing humidity, it indicates that each device is operating normally and the drying process can be carried out normally.

[0097] Step S7032: If the difference processing humidity is greater than the normal processing humidity, a device damage signal is output.

[0098] When the difference processing humidity is greater than the normal processing humidity, it indicates that the device is working abnormally, that is, the device is damaged. At this time, a device damage signal is output to mark the situation.

[0099] Reference Figure 2 Based on the same inventive concept, an embodiment of the present invention provides a hair cutting scissors blade drying system, comprising: An acquisition module, used to acquire the device usage status of the hair clippers; A processing module, connected to the acquisition module and the judgment module, for storing and processing information; A judgment module, connected with the acquisition module and the processing module, for judging the information; When the judging module judges that the device use state is consistent with the preset idle state, the obtaining module obtains the blade detection humidity of the blade; The judging module judges whether the detected humidity of the blade is greater than a preset reference processing humidity; If the judging module judges that the blade detection humidity is not greater than the reference processing humidity, the processing module controls the hair clippers to maintain the original state; If the judgment module determines that the blade detection humidity is greater than the reference processing humidity, the processing module controls the drying device preset on the hair clipper to heat to a preset drying temperature, and obtains the blade detection humidity in real time, until the blade detection humidity is not greater than the reference processing humidity, outputs a drying completion signal and controls the drying device to be turned off; A device usage status determination module is used to determine a relatively accurate device usage status; A demand processing time determination module is used to determine a more appropriate demand processing time; The average usage time determination module is used to determine a relatively accurate average usage time to analyze the specific situation of the current operation; A drying temperature determination module is used to determine a more appropriate drying temperature for blade drying operations; The device damage analysis module analyzes and processes whether there is any device damage on the hair clipper; The drying process analysis module analyzes and processes the operating conditions during the blade drying process.

[0100] Those skilled in the art can clearly understand that for the convenience and simplicity of description, only the division of the above-mentioned functional modules is used as an example. In actual applications, the above-mentioned functions can be assigned to different functional modules as needed, that is, the internal structure of the device is divided into different functional modules to complete all or part of the functions described above. The specific working process of the system, device and unit described above can refer to the corresponding process in the aforementioned method embodiment, and will not be repeated here.

Claims

1. A method for drying hairdressing scissors blades, characterized in that: include: Get the device usage status of the hair clipper; When the device usage state is consistent with the preset idle state, the blade detection humidity of the blade is obtained; Determine whether the blade detection humidity is greater than a preset reference processing humidity; If the detected humidity of the blade is not greater than the reference processing humidity, the hair clippers are controlled to maintain the original state; If the detected humidity of the blade is greater than the reference processing humidity, the drying device preset on the hair clipper is controlled to be heated to the preset drying temperature, and the detected humidity of the blade is obtained in real time. When the detected humidity of the blade is not greater than the reference processing humidity, a drying completion signal is output and the drying device is controlled to be turned off.

2. The method for drying hair cutting scissors blades according to claim 1, characterized in that: The step of obtaining the device usage status is also included, and the step includes: Get the motor usage status of the hair clipper motor; Determine whether the motor usage state is consistent with the preset power-on state; If the motor use state is consistent with the power-on state, the preset normal operation state is determined as the equipment use state; If the motor usage state is inconsistent with the power-on state, the power-off time duration preset to zero is controlled to be counted, and when the motor usage state is consistent with the power-on state, the power-off time duration is controlled to be zero; Determine whether the power outage duration is greater than the preset demand processing duration; If the power outage duration is not greater than the demand processing duration, the power outage duration is controlled to continue timing, and the normal operation state is determined as the equipment use state; If the power-off duration is longer than the demand processing duration, the power-off duration is controlled to be reset to zero and the idle state is determined as the equipment use state.

3. The method for drying hair cutting scissors blades according to claim 2, characterized in that: The process also includes a step of determining the demand processing time, which includes: Establishing a detection interval with the current time point as the end point and a width of the preset detection duration on the preset time axis, and distinguishing a power-on period and a power-off period in the detection interval; In the power-off period, a power-off period whose duration is shorter than a preset short interval duration is defined as an intermediate period, and the power-on periods on both sides of the intermediate period are grouped into the same preset initially empty period set; Determine the single usage duration according to the frontmost power-on period and the rearmost power-on period in the same time period set, and define the single usage duration determined at the current time point as the current usage duration; The average usage time is calculated based on the single usage time other than the current usage time; The difference between the average usage time and the current usage time is calculated to determine the difference usage time; Determine whether the difference usage time is greater than zero; If the difference usage time is greater than zero, the preset fixed processing time is determined as the required processing time; If the difference usage time is not greater than zero, the required processing time is determined by calculation based on the difference usage time, the preset adjustment parameters and the fixed processing time.

4. The method for drying hair cutting scissors blades according to claim 3, characterized in that: The steps of calculating the average usage time based on the single usage time other than the current usage time include: Randomly select a single usage duration from all single usage durations except the current usage duration as the standard usage duration, and define the remaining single usage durations as the comparison usage durations; Calculating based on the standard usage duration and the comparative usage duration to determine the duration deviation value, and calculating based on all the duration deviation values ​​to determine the representative degree value; Determine the representative degree value with the smallest value according to the preset sorting rule, and define the standard usage time corresponding to the representative degree value as the representative usage time; A similar interval is delineated according to the representative usage time and the preset similar time, and a single usage time within the similar interval is defined as the effective usage time, and the average usage time is determined by averaging all the effective usage times.

5. The method for drying hair cutting scissors blades according to claim 3, characterized in that: The method also includes a step of determining a drying temperature, the step comprising: Determine the operation time period corresponding to the current time point according to the preset operation time period table; Establishing a historical interval with the current time point as the end point and a width of a preset historical time length on the time axis, and determining an operation similar period similar to the operation operation period in the historical interval; Counting the single usage duration in the operation similarity period to determine the period processing quantity, calculating the period processing quantity in all the operation similarity periods to determine the operation processing frequency, and determining the prediction interval duration according to the operation processing frequency; A simulated drying time is randomly generated within the prediction interval, and a corresponding simulated temperature and simulated power consumption are determined according to the simulated drying time and blade detection humidity in a preset drying matching relationship; Determine the simulated power consumption with the minimum value according to the sorting rule, and define the simulated temperature corresponding to the simulated power consumption as the simulated effective temperature of the simulated drying time; The simulated power consumption with the minimum value is determined according to the sorting rule, and the simulated drying time corresponding to the simulated power consumption is defined as the simulated effective time, and the simulated effective temperature corresponding to the simulated power consumption is determined as the drying temperature.

6. The method for drying hair cutting scissors blades according to claim 5, characterized in that: After the drying device is heated to a preset drying temperature, the hair cutting scissors blade drying method further includes: The control sets the preset initial zero heating time for timing, and calculates the difference between the heating time and the simulation effective time to determine the excess time; Determine whether the excess time is greater than the preset excess time; If the extra time is not greater than the excess time, the drying device is controlled to continue the operation; If the excess duration is greater than the excess duration, a device damage signal is output.

7. The method for drying hair cutting scissors blades according to claim 6, characterized in that: If the extra time is not greater than the excess time, the hairdressing scissors blade drying method also includes: The drying processing humidity is determined by performing a difference calculation based on the blade detection humidity obtained before the drying device is operated and the current blade detection humidity; Determine the drying temperature and the theoretical processing humidity corresponding to the heating time according to the preset heating matching relationship; The difference between the drying treatment humidity and the theoretical treatment humidity is calculated to determine the difference treatment humidity; Determine whether the difference processing humidity is greater than the preset normal processing humidity; If the difference processing humidity is not greater than the normal processing humidity, the drying device is controlled to continue the operation; If the difference processing humidity is greater than the normal processing humidity, a device damage signal is output.

8. A hair cutting scissors blade drying system, characterized in that: include: An acquisition module, used to acquire the device usage status of the hair clippers; A processing module, connected to the acquisition module and the judgment module, for storing and processing information; A judgment module, connected with the acquisition module and the processing module, for judging the information; When the judging module judges that the device use state is consistent with the preset idle state, the obtaining module obtains the blade detection humidity of the blade; The judging module judges whether the detected humidity of the blade is greater than a preset reference processing humidity; If the judging module judges that the blade detection humidity is not greater than the reference processing humidity, the processing module controls the hair clippers to maintain the original state; If the judgment module determines that the blade detection humidity is greater than the reference processing humidity, the processing module controls the drying device preset on the hair clipper to heat to the preset drying temperature, and obtains the blade detection humidity in real time, until the blade detection humidity is no greater than the reference processing humidity, outputs a drying completion signal and controls the drying device to turn off.

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