CN108261127B - Control method and system of skin makeup instrument - Google Patents
Control method and system of skin makeup instrument Download PDFInfo
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- CN108261127B CN108261127B CN201810098403.2A CN201810098403A CN108261127B CN 108261127 B CN108261127 B CN 108261127B CN 201810098403 A CN201810098403 A CN 201810098403A CN 108261127 B CN108261127 B CN 108261127B
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- A—HUMAN NECESSITIES
- A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
- A47K—SANITARY EQUIPMENT NOT OTHERWISE PROVIDED FOR; TOILET ACCESSORIES
- A47K7/00—Body washing or cleaning implements
- A47K7/04—Mechanical washing or cleaning devices, hand or mechanically, i.e. power operated
Abstract
The invention relates to a control method and a system of a skin makeup instrument, which comprises the following steps: the skin makeup instrument is in a first mode, and first input information is acquired in real time; when the first input information meets a first preset condition, switching the skin makeup instrument from a first mode to a second mode; the skin makeup instrument is in a second mode, and second input information is acquired in real time; when the second input information meets a second preset condition, switching the skin beautifying instrument from the second mode to a third mode; the skin makeup instrument is in a third mode, and third input information is acquired in real time; when the third input information meets a third preset condition, switching the skin makeup instrument from the third mode to a fourth mode; the skin makeup instrument is in a fourth mode, and the running time of the fourth mode is obtained in real time; and when the running time of the fourth mode is not less than the preset time of the fourth mode, switching the skin beautifying instrument from the fourth mode to the first mode. Can be better clean and maintain facial skin, can also be more intelligent carry out accurate stable control to skin makeup appearance.
Description
Technical Field
The invention relates to the technical field of cleaning equipment, in particular to a control method and a control system of a skin makeup instrument.
Background
With the development of society, the living standard of people is continuously improved. For women, beauty treatment has become a part of life. Most women wash and care the facial skin with various skin care products. The skin makeup instrument is a device which takes physical therapeutics as a reference to enable skin to be relaxed, better cleaned and absorbed, and mainly comprises a skin makeup instrument for a large yard line and a handheld household skin makeup instrument, and the handheld household skin makeup instrument is more convenient for women to use.
In the prior art, the skin beautifying instrument can clean the facial skin only by one mode of vibration or micro current. The skin makeup appearance further drives facial skin shake through the vibrations of instrument, cleans facial skin. When the face is smeared with the skin care product, the skin care instrument can enable the face skin to absorb more skin care products through vibration. The skin care instrument can separate out negative ion stains in the facial skin from pores of the skin through micro-current, so that the effects of cleaning and maintaining are achieved.
In the technical scheme of the skin care instrument for cleaning and caring facial skin of the prior art, the skin care instrument can only perform one of vibration and micro-current, that is, the vibration and the micro-current cannot be generated simultaneously, so that the best cleaning and caring effect cannot be achieved, and the operation of the conventional skin care instrument is more complicated.
Disclosure of Invention
Therefore, it is necessary to provide a control method and system for a skin care instrument to solve the problems that vibration and micro-current cannot be generated simultaneously, so that the best cleaning and caring effect cannot be achieved, and the operation of the conventional skin care instrument is more complicated.
The invention provides a control method of a skin makeup instrument, which comprises the following steps: the skin makeup instrument is in a first mode, and first input information is acquired in real time; based on the first input information, when the first input information meets a first preset condition, switching the skin makeup instrument from the first mode to a second mode; the skin makeup instrument is in a second mode, and second input information is acquired in real time; based on the second input information, when the second input information meets a second preset condition, switching the skin makeup instrument from the second mode to a third mode; the skin makeup instrument is in a third mode, and third input information is acquired in real time; based on the third input information, when the third input information meets a third preset condition, switching the skin makeup instrument from the third mode to a fourth mode; the skin makeup instrument is in a fourth mode, and the running time of the fourth mode is obtained in real time; and when the running time of the fourth mode is not less than the preset time of the fourth mode, switching the skin makeup instrument from the fourth mode to the first mode.
Further, when the skin makeup instrument is in the first mode: and if the first input information is not received within the preset time of the first mode, controlling the skin beautifying instrument to cut off the power supply.
Further, when the skin makeup instrument is in the second mode: controlling the skin makeup instrument to conduct the micro-current circuit to generate a unidirectional micro-current; controlling the skin makeup instrument to conduct a motor to generate vibration; controlling the skin beautifying instrument to conduct the heating circuit to generate constant temperature; acquiring fourth input information in real time; and controlling the output power of the micro-current circuit to change circularly when the fourth input information meets a fourth preset condition based on the fourth input information.
Further, the switching the skin makeup instrument from the first mode to the second mode when the first input information satisfies a first preset condition based on the first input information further includes: counting the running time of the second mode in real time; judging whether the micro-current circuit forms a closed loop or not; if the micro-current circuit does not form a closed loop, stopping counting the running time of the second mode; judging whether the micro-current circuit forms a closed loop or not; if the micro-current circuit is detected to form a closed loop, continuously counting the second mode operation time length based on the operation time length counted before stopping; and acquiring the running time of a second mode in real time, and switching the skin makeup instrument from the second mode to the first mode when the running time of the second mode is not less than the preset time of the second mode.
Further, the switching the skin makeup instrument from the second mode to a third mode when the second input information satisfies a second preset condition based on the second input information further includes: and acquiring the running time of a third mode in real time, and switching the skin makeup instrument from the third mode to the first mode when the running time of the third mode is not less than the preset time of the third mode.
Further, when the skin makeup instrument is in the third mode: controlling the skin makeup instrument to conduct a motor to generate vibration; acquiring fifth input information in real time; and controlling the vibration frequency of the motor to change circularly when the fifth input information meets a fifth preset condition based on the fifth input information.
Further, when the skin makeup instrument is in the fourth mode: controlling the skin makeup instrument to conduct the micro-current circuit to generate bidirectional micro-current; controlling the skin makeup instrument to conduct a motor to generate vibration; controlling the skin beautifying instrument to conduct the heating circuit to generate constant temperature; acquiring sixth input information in real time; and controlling the output power of the micro-current circuit to change circularly when the sixth input information meets a sixth preset condition based on the sixth input information.
Further, the step of obtaining the running time of the fourth mode in real time when the skin makeup instrument is in the fourth mode further includes: counting the running time of the fourth mode in real time; judging whether the micro-current circuit forms a closed loop or not; if the micro-current circuit does not form a closed loop, stopping counting the running time of the fourth mode; judging whether the micro-current circuit forms a closed loop or not; if the micro-current circuit is detected to form a closed loop, continuously counting the fourth mode operation time length based on the operation time length counted before stopping; and acquiring the running time of the fourth mode in real time.
Further, the first input information, the second input information, the third input information, the fourth input information, the fifth input information, and the sixth input information are: information of the number of times of pressing of the key.
Further, the first preset condition, the second preset condition and the third preset condition are as follows: the pressing times of the key are one; the fourth preset condition, the fifth preset condition and the sixth preset condition are as follows: the number of times of pressing the key is two.
The invention also provides a control system of the skin makeup instrument, which comprises: an acquisition module: the skin beautifying device is used for acquiring first input information in real time under a first mode; the skin makeup instrument is also used for acquiring second input information in real time under a second mode; the skin makeup instrument is also used for acquiring third input information in real time under a third mode; the skin makeup instrument is also used for acquiring the running time of the fourth mode in real time when the skin makeup instrument is in the fourth mode; a mode switching module: the skin beautifying instrument is used for switching from the first mode to a second mode when the first input information meets a first preset condition based on the first input information; the skin beautifying instrument is further used for switching the skin beautifying instrument from the second mode to a third mode when the second input information meets a second preset condition based on the second input information; the skin beautifying instrument is further used for switching the skin beautifying instrument from the third mode to a fourth mode when the third input information meets a third preset condition based on the third input information; and the control unit is further used for switching the skin makeup instrument from the fourth mode to the first mode when the running time of the fourth mode is not less than the preset time of the fourth mode.
According to the invention, the first input information, the second input information, the third input information and the operation duration of the fourth mode of the skin makeup instrument are detected in real time, the skin makeup instrument can be intelligently controlled to be switched among a plurality of operation modes, the skin care product permeation efficiency is further controlled by controlling the operation duration of the preset fourth mode, the facial skin can be better cleaned and maintained, and the skin makeup instrument can be more intelligently and stably controlled.
Drawings
Fig. 1 is a flowchart of a method for controlling a skin makeup instrument according to an embodiment of the present invention;
fig. 2 is a schematic structural diagram of a control system of a skin makeup instrument according to an embodiment of the present invention.
Reference numerals: 100 is an acquisition module, and 200 is a mode switching module.
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention is described in further detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.
The embodiment of the invention discloses a control method of a skin makeup instrument. The skin care instrument control method comprises the steps of obtaining the running time of first input information, second input information, third input information and a fourth mode, switching between the first mode and the second mode based on the first input information, switching between the second mode and the third mode based on the second input information, switching between the third mode and the fourth mode based on the third input information, and controlling the skin care instrument to penetrate and complete based on the running time of the fourth mode, so that the skin care instrument is intelligently controlled, stains in skin pores are cleaned to the maximum extent, and skin care products are enabled to be fully absorbed by facial skin.
Referring to fig. 1, fig. 1 is a flowchart illustrating a method for controlling a skin makeup instrument according to an embodiment of the present invention.
As shown in fig. 1, a method for controlling a skin makeup instrument may include the following steps S100 to S800.
Step S100: the skin makeup instrument is in a first mode, and first input information is acquired in real time.
Specifically, the skin makeup instrument is powered on to receive electric energy provided by an external power supply, and at the moment, the skin makeup instrument is powered on to perform initialization operation to enter a first mode. Wherein the first mode is a standby mode. When the skin makeup instrument is in the first mode, first input information is acquired in real time. Wherein the first input information is: information of the number of times of pressing of the key. And if the first input information is not received within the preset time of the first mode, controlling the skin beautifying instrument to cut off the power supply. Wherein the first mode is a standby mode. When the skin makeup instrument is in a power-off state, the tail key of the skin makeup instrument is pressed for two seconds, the skin makeup instrument is powered on to enter a first mode, namely a standby mode. When the skin makeup instrument is in a standby mode, the tail key of the skin makeup instrument is pressed for two seconds, and the skin makeup instrument is controlled to be powered off. Or when the skin makeup instrument is in the first mode and no operation is performed within the preset time length of the first mode, the skin makeup instrument is controlled to be powered off. The first mode preset time is preferably 60 seconds, namely when the skin beautifying instrument is in the standby mode for 60 seconds without any operation, the skin beautifying instrument is controlled to be powered off.
Step S200: based on the first input information, when the first input information meets a first preset condition, the skin beautifying instrument is switched from the first mode to a second mode.
Specifically, the first preset condition is that the number of times of pressing the key is one. Wherein the second mode is a clear mode. Namely, when the skin makeup instrument is in a standby mode, the button is clicked, and the skin makeup instrument is switched from the standby mode to a clean mode. When the skin makeup instrument is in a clean through mode, the skin makeup instrument is controlled to conduct the micro-current circuit to generate unidirectional micro-current; controlling the skin makeup instrument to conduct a motor to generate vibration; and controlling the skin beautifying instrument to conduct the heating circuit to generate constant temperature. The clear mode is used to remove dirt from the facial skin. When the cleansing mode is used, the makeup removing cotton is wetted firstly, and the wetted makeup removing cotton is fixed on the guide head by utilizing the clamping ring matched with the skin beautifying instrument. The guide head is made of titanium metal, and the titanium metal belongs to safe metal and avoids allergy of a human body to the metal. When the wetted makeup removing cotton is fixed on the guide head, the skin care instrument is controlled to enter a clean and transparent mode, the micro-current circuit generates a unidirectional micro-current, and the single-row micro-current forms a closed loop through the micro-current circuit, the guide head of the skin care instrument, the face skin of the human body, the hand skin of the human body and the side conductor of the skin care instrument. When the micro-current circuit is detected to form the closed circuit again, the second mode operation time length is continuously counted based on the operation time length counted before stopping. That is, when the operation time period of the second mode is 180 seconds, if the user does not contact the guide head with the facial skin or does not contact the side conductor of the skin care instrument with the hand, the operation time period of the second mode is not counted. The negative ions in the skin are separated out of the skin through the unidirectional micro-current, so that residual stains and cosmetic residues in the skin can be better cleaned. The motor is conducted to generate vibration and the heating circuit is conducted to generate constant temperature, skin pores can be opened by generating comfortable temperature, stains in the skin pores and cosmetics residues are loosened by vibration, and the skin can be better cleaned by matching with constant temperature and vibration. Wherein the heating circuit generates a constant temperature of preferably 40 deg.. When the skin makeup instrument is in a clean and transparent mode, two temperature sensors in the skin makeup instrument detect the temperature of a guide head of the skin makeup instrument in real time, the first temperature sensor is used for transmitting the detected temperature to a heating circuit in real time and controlling the temperature to the head in real time so as to enable the skin makeup instrument to be in a constant temperature state, the second temperature sensor is set with a highest temperature value, and when the second temperature sensor detects that the current temperature exceeds the highest temperature value, the skin makeup instrument is forcibly closed. When the skin makeup instrument is in a clean mode, an overvoltage protection circuit in the skin makeup instrument detects the voltage of the lead head in real time, and when the voltage is greater than the preset voltage, the skin makeup instrument is forcibly closed. And when the skin makeup instrument is in a clear mode, acquiring fourth input information in real time, and controlling the output power of the micro-current circuit to change circularly when the fourth input information meets a fourth preset condition based on the fourth input information. The fourth input information is information of the number of times of pressing the key; the fourth preset condition is that the number of times of pressing the key is two. That is to say when skin makeup appearance is in net mode of penetrating, double click button, steerable little current circuit output power, that is to say through changing current strength, satisfy various crowds' demand. And when the skin makeup instrument is in a clear mode, acquiring the running time of a second mode in real time, and when the running time of the second mode is not less than the preset time of the second mode, switching the skin makeup instrument from the second mode to the first mode. Namely, after the skin beautifying instrument runs for corresponding time in the clean through mode, the skin beautifying instrument is switched to the standby mode from the clean through mode. When the skin makeup instrument is in a clean mode, the tail key of the skin makeup instrument is pressed for two seconds, and the skin makeup instrument is controlled to be powered off.
Step S300: and the skin makeup instrument is in a second mode and acquires second input information in real time.
Specifically, the skin makeup instrument is in the second mode, and the second input information is obtained in real time, that is, when the skin makeup instrument is in the clean mode, the information of the number of times of pressing the key is obtained in real time.
Step S400: based on the second input information, when the second input information meets a second preset condition, the skin beautifying instrument is switched from the second mode to a third mode.
Specifically, the second preset condition is that the number of times of pressing the key is one. Wherein the third mode is a cleansing mode. Namely, when the skin makeup instrument is in the clean mode, the button is clicked, and the skin makeup instrument is switched from the clean mode to the face cleaning mode. When the skin makeup instrument is in the third mode: and controlling the skin beautifying instrument to conduct the motor to generate vibration. The cleansing mode is used for further cleansing facial skin by the cleansing product. When the face cleaning mode is used, firstly, a silica gel face cleaning head matched with the skin makeup instrument is fixedly arranged on the guide head. Wherein the silica gel face cleaning head is made of selected medical silica gel, and the silica gel face cleaning head is designed in a 3D mode, so that the silica gel face cleaning head can be better attached to the skin of a human body. The medical silica gel has no stimulation, toxicity or anaphylaxis to human tissues. Secondly, the face cleaning product is smeared on a silica gel face cleaning head or the face skin. And then the skin beautifying instrument is controlled to enter a face cleaning mode, and the motor is conducted to generate vibration. The vibration is vertical sound wave pulsation technology, sound wave vibration of 4100-8000 times per minute can be generated, facial microcirculation can be accelerated, and the facial cleaning product can be better contacted with stains and cosmetic residues through high-frequency vibration, so that facial skin can be better cleaned. When the skin makeup instrument is in a face cleaning mode, acquiring fifth input information in real time; and controlling the vibration frequency of the motor to change circularly when the fifth input information meets a fifth preset condition based on the fifth input information. The fifth input information is information of the number of times of pressing the key; the fifth preset condition is that the number of times of pressing the key is two. That is when skin makeup appearance is in clean face mode, double click button, the vibration frequency of steerable motor, that is through changing the vibrations number of times of every minute, satisfy various crowds' demand promptly. The vibration sound of the motor is 50 decibels, so that the influence of noise generated by vibration on a user is reduced. And when the skin makeup instrument is in a face cleaning mode, acquiring the running time of a third mode in real time, and when the running time of the third mode is not less than the preset time of the third mode, switching the skin makeup instrument from the third mode to the first mode. Namely, after the skin makeup instrument runs for corresponding time in the face cleaning mode, the skin makeup instrument is switched to the standby mode from the face cleaning mode. Wherein the third mode is preferably operated for 90 seconds. When the skin makeup instrument is in a face cleaning mode, the power of the skin makeup instrument is controlled to be turned off by pressing a key at the tail of the skin makeup instrument for two seconds.
Step S500: and the skin makeup instrument is in a third mode and acquires third input information in real time.
Specifically, the skin makeup instrument is in the third mode, and the third input information is acquired in real time, that is, the information of the number of times of pressing the key is acquired in real time when the skin makeup instrument is in the face cleaning mode.
Step S600: based on the third input information, when the third input information meets a third preset condition, switching the skin makeup instrument from the third mode to a fourth mode.
Specifically, the third preset condition is that the number of times of pressing the key is one. Wherein the fourth mode is a permeate mode. Namely, when the skin makeup instrument is in the permeation mode, the key is clicked, and the skin makeup instrument is switched from the face cleaning mode to the permeation mode. When the skin makeup instrument is in the fourth mode: the skin care instrument is controlled to be conducted with the micro-current circuit to generate bidirectional micro-current, and the double-line micro-current forms a closed loop through the micro-current circuit, the skin care instrument guide head, the human face skin, the human body, the human hand skin and the side conductor of the skin care instrument. Controlling the skin makeup instrument to conduct a motor to generate vibration; and controlling the skin beautifying instrument to conduct the heating circuit to generate constant temperature. The permeation mode is used to further care the facial skin through the skin care product. When the infiltration mode is used, the titanium metal guide head can be directly utilized or the wetted makeup removing cotton can be fixed on the guide head through a clamping ring for use. The skin care product is first applied to the facial skin. Then the skin care instrument is controlled to enter an infiltration mode, the micro-current circuit generates bidirectional micro-current, and the skin care product can better infiltrate into pores of the skin and be more easily absorbed by tissue cells by the mutual alternation of the forward current and the reverse current. Meanwhile, the motor is conducted to generate vibration and the heating circuit is conducted to generate constant temperature, skin pores can be opened by generating comfortable temperature, and then the skin care product can directly permeate into the corium layer of the skin by matching with high-frequency vibration, so that the skin is better improved. Wherein the heating circuit generates a constant temperature of preferably 40 deg.. When the skin makeup instrument is in a permeation mode, two temperature sensors in the skin makeup instrument detect the temperature of a guide head of the skin makeup instrument in real time, the first temperature sensor is used for transmitting the detected temperature to a heating circuit in real time and controlling the temperature of the guide head in real time to enable the guide head to be in a constant temperature state, the second temperature sensor is set with a highest temperature value, and when the second temperature sensor detects that the current temperature exceeds the highest temperature value, the skin makeup instrument is forcibly closed. When the skin makeup instrument is in an infiltration mode, an overvoltage protection circuit in the skin makeup instrument detects the voltage of the guide head in real time, and when the voltage is greater than the preset voltage, the skin makeup instrument is forcibly closed. Wherein the plane of leading head contact skin is provided with annular groove along the circumference for prevent that skin care product too much from skin drop. When the skin makeup instrument is in the permeation mode, acquiring sixth input information in real time; and controlling the output power of the micro-current circuit to change circularly when the sixth input information meets a sixth preset condition based on the sixth input information. The sixth input information is information of the number of times of pressing the key; the sixth preset condition is that the number of times of pressing the key is two. That is to say when skin makeup appearance is in the infiltration mode, double click button can control little current circuit output power, namely through changing current strength, satisfies various crowds' demand.
Step S700: and the skin makeup instrument is in a fourth mode, and the running time of the fourth mode is obtained in real time.
Specifically, when the skin makeup instrument is in the permeation mode, the running time of the fourth mode is obtained in real time, that is, the corresponding running time of the skin makeup instrument in the clean permeation mode is obtained. When the skin makeup instrument is in the fourth mode, the skin makeup instrument counts the running time of the fourth mode in real time and judges whether the micro-current circuit forms a closed loop, wherein the closed loop is formed by: the double-line micro-current forms a closed loop through the micro-current circuit, the skin care instrument guide head, the human face skin, the human body, the human hand skin and the skin care instrument side conductor. And when the micro-current circuit is detected to form the closed loop again, continuously counting the fourth mode operation time length based on the operation time length counted before stopping. That is, when the operation time period of the fourth mode is 180 seconds, if the user does not contact the guide head with the facial skin or does not contact the hand with the side conductor of the skin care instrument, the operation time period of the fourth mode is not counted.
Step S800: and when the running time of the fourth mode is not less than the preset time of the fourth mode, switching the skin makeup instrument from the fourth mode to the first mode.
Specifically, after the skin makeup instrument operates for a corresponding time in the clean permeation mode, the skin makeup instrument is switched from the permeation mode to the standby mode. Wherein the operating time of the fourth mode is preferably 180 seconds. When the skin makeup instrument is in the permeation mode, the tail key of the skin makeup instrument is pressed for two seconds, and the skin makeup instrument is controlled to be powered off.
The skin makeup appearance real-time detection lithium cell's temperature, when the temperature of lithium cell surpassed preset temperature, force to close the skin makeup appearance.
Referring to fig. 2, fig. 2 is a schematic structural diagram of a control system of a skin makeup instrument according to an embodiment of the present invention.
As shown in fig. 2, a control system of a skin makeup instrument includes: the acquisition module 100: the skin beautifying device is used for acquiring first input information in real time under a first mode; the skin makeup instrument is also used for acquiring second input information in real time under a second mode; the skin makeup instrument is also used for acquiring third input information in real time under a third mode; the skin makeup instrument is also used for acquiring the running time of the fourth mode in real time when the skin makeup instrument is in the fourth mode; the mode switching module 200: the skin beautifying instrument is used for switching from the first mode to a second mode when the first input information meets a first preset condition based on the first input information; the skin beautifying instrument is further used for switching the skin beautifying instrument from the second mode to a third mode when the second input information meets a second preset condition based on the second input information; the skin beautifying instrument is further used for switching the skin beautifying instrument from the third mode to a fourth mode when the third input information meets a third preset condition based on the third input information; and the control unit is further used for switching the skin makeup instrument from the fourth mode to the first mode when the running time of the fourth mode is not less than the preset time of the fourth mode.
Specifically, the obtaining module 100 obtains information in various states and external input information; the mode switching module 200 is used for switching the skin care instrument to different operation modes according to information in various states and external input information.
According to the invention, the first input information, the second input information, the third input information and the operation duration of the fourth mode of the skin makeup instrument are detected in real time, the skin makeup instrument can be intelligently controlled to be switched among a plurality of operation modes, the skin care product permeation efficiency is further controlled by controlling the operation duration of the preset fourth mode, the facial skin can be better cleaned and maintained, and the skin makeup instrument can be more intelligently and stably controlled.
The technical features of the embodiments described above may be arbitrarily combined, and for the sake of brevity, all possible combinations of the technical features in the embodiments described above are not described, but should be considered as being within the scope of the present specification as long as there is no contradiction between the combinations of the technical features.
The above-mentioned embodiments only express several embodiments of the present invention, and the description thereof is more specific and detailed, but not construed as limiting the scope of the invention. It should be noted that, for a person skilled in the art, several variations and modifications can be made without departing from the inventive concept, which falls within the scope of the present invention. Therefore, the protection scope of the present patent shall be subject to the appended claims.
Claims (6)
1. A control method of a skin makeup instrument is characterized by comprising the following steps:
the skin makeup instrument is in a first mode, and first input information is acquired in real time;
based on the first input information, when the first input information meets a first preset condition, switching the skin makeup instrument from the first mode to a second mode, and then further comprising:
counting the running time of the second mode in real time; judging whether the micro-current circuit forms a closed loop or not; if the micro-current circuit does not form a closed loop, stopping counting the running time of the second mode; judging whether the micro-current circuit forms a closed loop or not; if the micro-current circuit is detected to form a closed loop, continuously counting the second mode operation time length based on the operation time length counted before stopping; acquiring the running time of a second mode in real time, and switching the skin makeup instrument from the second mode to the first mode when the running time of the second mode is not less than the preset time of the second mode; the skin makeup instrument is in a second mode, and second input information is acquired in real time; when the skin makeup instrument is in the second mode: controlling the skin makeup instrument to conduct the micro-current circuit to generate a unidirectional micro-current; controlling the skin makeup instrument to conduct a motor to generate vibration; controlling the skin beautifying instrument to conduct the heating circuit to generate constant temperature; acquiring fourth input information in real time; controlling the micro-current circuit to output power cycle change when the fourth input information meets a fourth preset condition based on the fourth input information;
based on the second input information, when the second input information meets a second preset condition, switching the skin makeup instrument from the second mode to a third mode;
the skin makeup instrument is in a third mode, and third input information is acquired in real time;
based on the third input information, when the third input information meets a third preset condition, switching the skin makeup instrument from the third mode to a fourth mode;
when the skin makeup instrument is in the fourth mode: controlling the skin makeup instrument to conduct the micro-current circuit to generate bidirectional micro-current; controlling the skin makeup instrument to conduct a motor to generate vibration; controlling the skin beautifying instrument to conduct the heating circuit to generate constant temperature; acquiring sixth input information in real time; controlling the micro-current circuit to output power cycle change when the sixth input information meets a sixth preset condition based on the sixth input information;
the skin makeup instrument is in the fourth mode, obtains the length of operation time of fourth mode in real time, includes the following step: counting the running time of the fourth mode in real time; judging whether the micro-current circuit forms a closed loop or not; if the micro-current circuit does not form a closed loop, stopping counting the running time of the fourth mode; judging whether the micro-current circuit forms a closed loop or not; if the micro-current circuit is detected to form a closed loop, continuously counting the fourth mode operation time length based on the operation time length counted before stopping; acquiring the running time of the fourth mode in real time;
when the running time of the fourth mode is not less than the preset time of the fourth mode, switching the skin makeup instrument from the fourth mode to the first mode;
the closed loop is formed by a single-line micro-current or a double-line micro-current passing through a micro-current circuit, a skin makeup instrument guide head, human face skin or human hand skin and a skin makeup instrument conductor.
2. The method of claim 1, wherein when the skin makeup instrument is in the first mode:
and if the first input information is not received within the preset time of the first mode, controlling the skin beautifying instrument to cut off the power supply.
3. The method of claim 1, wherein switching the skin makeup instrument from the second mode to a third mode when the second input information satisfies a second preset condition based on the second input information further comprises:
and acquiring the running time of a third mode in real time, and switching the skin makeup instrument from the third mode to the first mode when the running time of the third mode is not less than the preset time of the third mode.
4. The method of claim 3, wherein when the skin makeup instrument is in the third mode:
controlling the skin makeup instrument to conduct a motor to generate vibration;
acquiring fifth input information in real time;
and controlling the vibration frequency of the motor to change circularly when the fifth input information meets a fifth preset condition based on the fifth input information.
5. The method of claim 4,
the first input information, the second input information, the third input information, the fourth input information, the fifth input information and the sixth input information are: information of the number of times of pressing the key;
the first preset condition, the second preset condition and the third preset condition are as follows: the pressing times of the key are one;
the fourth preset condition, the fifth preset condition and the sixth preset condition are as follows: the number of times of pressing the key is two.
6. A control system for implementing the method of controlling a skin makeup instrument according to any one of claims 1 to 5, comprising:
an acquisition module: the skin beautifying device is used for acquiring first input information in real time under a first mode; the skin makeup instrument is also used for acquiring second input information in real time under a second mode; the skin makeup instrument is also used for acquiring third input information in real time under a third mode; the skin makeup instrument is also used for acquiring the running time of the fourth mode in real time when the skin makeup instrument is in the fourth mode;
a mode switching module: the skin beautifying instrument is used for switching from the first mode to a second mode when the first input information meets a first preset condition based on the first input information; the skin beautifying instrument is further used for switching the skin beautifying instrument from the second mode to a third mode when the second input information meets a second preset condition based on the second input information; the skin beautifying instrument is further used for switching the skin beautifying instrument from the third mode to a fourth mode when the third input information meets a third preset condition based on the third input information; and the control unit is further used for switching the skin makeup instrument from the fourth mode to the first mode when the running time of the fourth mode is not less than the preset time of the fourth mode.
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| CN108261127B true CN108261127B (en) | 2021-12-14 |
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| CN114871222B (en) * | 2022-03-23 | 2023-08-15 | 浙江宜格企业管理集团有限公司 | Self-cleaning control method, system and equipment for pressure container for beauty instrument |
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Denomination of invention: Control method and system of skin beauty instrument Effective date of registration: 20220921 Granted publication date: 20211214 Pledgee: Industrial and Commercial Bank of China Limited Shenzhen Hongwei sub branch Pledgor: SHENZHEN MIGU INTELLIGENT Co.,Ltd. Registration number: Y2022980015953 |