CN116999691A

CN116999691A - Beauty instrument, output control method thereof, beauty device and storage medium

Info

Publication number: CN116999691A
Application number: CN202310945186.7A
Authority: CN
Inventors: 王念欧; 郦轲; 储文进; 宋小龙
Original assignee: Shenzhen Accompany Technology Co Ltd
Current assignee: Shenzhen Accompany Technology Co Ltd
Priority date: 2023-07-29
Filing date: 2023-07-29
Publication date: 2023-11-07

Abstract

The application provides a beauty instrument, an output control method thereof, a beauty device and a storage medium. The output control method of the beauty instrument comprises the following steps: acquiring motion information of the beauty instrument when the beauty instrument acts on skin, wherein the motion information comprises a moving speed and/or a direction angle; and controlling and adjusting the output intensity of the beauty instrument according to the acquired motion information. The output control method of the beauty instrument can control the output of the beauty instrument in the moving use process of the beauty instrument, ensure the beauty efficacy of the beauty instrument and avoid the overhigh skin temperature.

Description

Beauty instrument, output control method thereof, beauty device and storage medium

Technical Field

The present application relates to the technical field of beauty treatment equipment, and in particular, to a beauty treatment instrument, an output control method thereof, a beauty treatment device and a storage medium.

Background

The skin care instrument can heat the skin, promote the contraction of collagen molecules, and the fibroblasts responsible for generating the collagen molecules can generate new collagen molecules, so that the effects of improving wrinkles and tightening the skin can be achieved, and meanwhile, the opening of skin capillaries can be promoted, so that skin care products such as beauty lotion, essence and the like can be promoted to permeate into the skin.

However, in the process of using the beauty instrument in a moving way, the heat treatment of the beauty instrument is not easy to control, the potential safety hazard of overhigh temperature is easy to appear or the heating temperature does not meet the heat treatment requirement, and how to control the output of the heat treatment of the beauty instrument in the process of using the beauty instrument in a moving way is a key for ensuring the efficacy and the safety of the heat treatment of the beauty instrument.

Disclosure of Invention

In order to solve the technical problems, the application provides a beauty instrument, an output control method thereof, a beauty device and a storage medium, wherein the output of the beauty instrument can be controlled in the moving use process of the beauty instrument so as to ensure the beauty efficacy of the beauty instrument and improve the safety.

The first aspect of the present application provides an output control method of a cosmetic instrument, the output control method of the cosmetic instrument comprising: acquiring motion information of the beauty instrument when the beauty instrument acts on skin, wherein the motion information comprises a moving speed and/or a direction angle; and controlling and adjusting the output intensity of the beauty instrument according to the acquired motion information.

The second aspect of the application provides a beauty instrument, which comprises a motion detection module and a control module, wherein the motion detection module is used for detecting motion information of the beauty instrument when the beauty instrument acts on skin, the motion information comprises a moving speed and/or a direction angle, and the control module is used for controlling and adjusting the output intensity of the beauty instrument according to the motion information acquired by the motion detection module.

A third aspect of the present application provides a cosmetic device comprising a reservoir assembly and a cosmetic apparatus as described above, the cosmetic apparatus being adapted to be removably mounted to the reservoir assembly and to be used in cooperation with the reservoir assembly when the reservoir assembly is mounted, the reservoir assembly having a cosmetic substance stored therein, the reservoir assembly being adapted to contact the skin and release the cosmetic substance to the skin surface when the cosmetic apparatus is applied to the skin when the reservoir assembly is mounted to the cosmetic apparatus.

A fourth aspect of the present application provides a computer readable storage medium having a computer program stored therein, the computer program being configured to be executed after being called by a processor, to implement the foregoing output control method of a cosmetic apparatus.

According to the output control method of the beauty instrument, the beauty device and the storage medium, the output intensity of the beauty instrument can be controlled in the moving use process of the beauty instrument by detecting the motion information of the beauty instrument and adjusting the output intensity of the beauty instrument according to the detected motion information, so that the beauty efficacy of the beauty instrument is ensured when the beauty instrument moves faster, the skin temperature is prevented from being too high when the beauty instrument moves slower, and the safety is improved.

Drawings

In order to more clearly illustrate the technical solutions of the present application, the drawings that are needed in the embodiments will be briefly described below, and it is obvious that the drawings in the following description are some embodiments of the present application, and other drawings may be obtained according to these drawings without inventive effort for a person skilled in the art.

Fig. 1 is a flowchart of an output control method of a cosmetic apparatus according to an embodiment of the present application.

Fig. 2 is a sub-flowchart of step S20 in fig. 1 according to an embodiment of the present application.

Fig. 3 is a schematic diagram of a partially exploded structure of a cosmetic apparatus according to an embodiment of the present application.

Fig. 4 is a schematic structural diagram of a liquid storage assembly according to an embodiment of the application.

Fig. 5 is a schematic structural diagram of a liquid storage assembly according to an embodiment of the present application mounted on a beauty treatment device.

Fig. 6 is an exploded view of the reservoir assembly of fig. 4.

Fig. 7 is a sub-flowchart of step S21 in fig. 2 according to an embodiment of the present application.

Fig. 8 is a sub-flowchart of step S21 in fig. 2 according to another embodiment of the present application.

Fig. 9 is a schematic view of a direction angle according to an embodiment of the application.

Fig. 10 is a schematic cross-sectional structure of a heating assembly according to an embodiment of the application.

Fig. 11 is a schematic cross-sectional structure of a heating assembly according to another embodiment of the present application.

Fig. 12 is a block diagram of a beauty device according to an embodiment of the present application.

Reference numerals illustrate:

100-a beauty treatment instrument; 30-a control module; 200-a liquid storage component; 210-a reservoir; 220-connecting part; 11-ocular region of action; 12-cheek region of action; 21-a first functional component; 22-a second functional component; 10-action plane; 20-a heating assembly; 23-a heat conducting member; 24-heating element; 23 a-a first heat conducting member; 23 b-a second heat conducting member; 24 a-a first heat generating element; 24 b-a second heat generating member; 40-a detection module; 300-cosmetic device.

Detailed Description

The following description of the embodiments of the present application will be made clearly and completely with reference to the accompanying drawings, in which it is apparent that the embodiments described are only some embodiments of the present application, but not all embodiments. All other embodiments, which can be made by those skilled in the art based on the embodiments of the application without any inventive effort, are intended to be within the scope of the application.

In the description of the present application, the terms "first," "second," "third," "fourth," etc. are used for distinguishing between different objects and not for describing a particular sequential order, and furthermore, the terms "upper," "inner," "outer," etc. refer to an orientation or positional relationship based on that shown in the drawings, merely for convenience of description and to simplify the description, and do not denote or imply that the apparatus or elements referred to must have a particular orientation, be configured and operated in a particular orientation, and thus should not be construed as limiting the present application.

In the description of the present application, unless explicitly stated and limited otherwise, the term "coupled" is to be interpreted broadly, as for example, whether fixedly coupled, detachably coupled, or integrally coupled; can be directly connected, can also be indirectly connected through an intermediate medium, and can also be the communication between the two elements; may be a communication connection; may be an electrical connection. The specific meaning of the above terms in the present application can be understood by those of ordinary skill in the art according to the specific circumstances.

Referring to fig. 1, fig. 1 is a flowchart of an output control method of a cosmetic apparatus according to an embodiment of the application. The output control method of the beauty instrument comprises the following steps:

s10: motion information of the cosmetic instrument is detected when the cosmetic instrument acts on the skin, the motion information including a movement speed and/or a direction angle.

S20: and controlling and adjusting the output intensity of the beauty instrument according to the acquired motion information.

According to the output control method of the beauty instrument, provided by the embodiment of the application, the output intensity of the beauty instrument can be controlled in the moving use process of the beauty instrument by detecting the motion information of the beauty instrument and adjusting the output intensity of the beauty instrument according to the acquired motion information, so that the beauty efficacy of the beauty instrument is ensured when the beauty instrument moves fast, the skin temperature is prevented from being too high when the beauty instrument moves slowly, and the safety is improved.

Referring to fig. 2, a sub-flowchart of step S20 in fig. 1 is provided according to an embodiment of the application. In some embodiments, the motion information includes a moving speed, and as shown in fig. 2, the controlling to adjust the output intensity of the cosmetic instrument according to the acquired motion information includes:

s21: and determining a target moving speed interval.

S22: and when the acquired moving speed is greater than or equal to the upper limit value of the target moving speed interval, controlling to increase the output intensity of the beauty instrument.

S23: and when the acquired moving speed is smaller than or equal to the lower limit value of the target moving speed interval, controlling to reduce the output intensity of the beauty instrument or controlling the beauty instrument to stop outputting.

When the acquired moving speed is greater than or equal to the upper limit value of the target moving speed interval, namely the beauty instrument moves relatively fast, the residence time on the skin is relatively short, and the temperature rise of the skin area caused by too fast movement can be avoided to be too slow by controlling the output intensity of the beauty instrument to be increased, so that the beauty effect can be ensured; when the acquired moving speed is smaller than or equal to the lower limit value of the target moving speed interval, namely the beauty instrument moves relatively slowly, the residence time on the skin is relatively long, and the temperature rise of the skin area caused by too slow movement can be avoided to be too fast by controlling to reduce the output intensity of the beauty instrument, so that the skin can be prevented from being burnt.

Wherein, the movement speed of the beauty instrument can be detected by the movement detection module of the beauty instrument when the beauty instrument acts on the skin. The motion detection module may include at least one of a gyroscope, an acceleration sensor, a six-axis sensor, and a nine-axis sensor.

Referring to fig. 3 to 5, fig. 3 is a schematic partially exploded structure of a cosmetic apparatus 100 according to an embodiment of the application, fig. 4 is a schematic structure of a liquid storage assembly 200 according to an embodiment of the application, and fig. 5 is a schematic structure of the liquid storage assembly 200 mounted on the cosmetic apparatus 100. In some embodiments, the cosmetic device 100 is further configured to be removably mounted to the reservoir assembly 200, and configured to be used with the reservoir assembly 200 when the reservoir assembly 200 is mounted (as shown in fig. 5), wherein the reservoir assembly 200 stores cosmetic substances therein, and wherein the reservoir assembly 200 is configured to contact the skin and release the cosmetic substances to the skin surface when the cosmetic device 100 is applied to the skin when the reservoir assembly 200 is mounted to the cosmetic device 100, wherein energy output from the cosmetic device 100 is conducted to the skin by the cosmetic substances stored in the reservoir assembly 200.

When the liquid storage assembly 200 is mounted on the beauty instrument 100 and the beauty instrument 100 acts on the skin, the liquid storage assembly 200 contacts the skin and releases the beauty substance to the skin surface, and the beauty substance has conductivity and can conduct the energy output by the beauty instrument 100 to the skin so as to perform beauty repair on the skin. In the process of outputting energy to the skin by the beauty instrument 100, the beauty material can moisten and lubricate the skin to play a role of buffering, so as to avoid the skin from being damaged. In addition, the cosmetic material can be used for caring skin, and the combination of the cosmetic device 100 and the liquid storage assembly 200 can promote the absorption of the cosmetic material by the skin, so as to improve the cosmetic effect of the cosmetic device 100.

In some embodiments, the cosmetic substance may include at least one of toner, lotion, essence, emulsion, face cream, eye cream, gel, lipstick, lip cream, skin milk, and moisturizing milk, and the cosmetic substance may also be other types of substances having cosmetic skin care effects.

Wherein, a target movement speed interval may be determined by the control module 30 of the beauty instrument 100, and when the acquired movement speed is greater than or equal to an upper limit value of the target movement speed interval, the control is to increase the output intensity of the beauty instrument 100, and when the acquired movement speed is less than or equal to a lower limit value of the target movement speed interval, the control is to decrease the output intensity of the beauty instrument 100 or the control is to stop the output of the beauty instrument 100.

Fig. 6 is an exploded view of the liquid storage assembly 200 shown in fig. 4. In some embodiments, as shown in fig. 6, the liquid storage assembly 200 includes a liquid storage portion 210 and a connection portion 220 fixedly connected to the liquid storage portion 210, wherein the liquid storage portion 210 stores the cosmetic substance, and the connection portion 220 is configured to be detachably connected to an end portion of the cosmetic apparatus 100.

The liquid storage portion 210 may be fixedly connected to the connection portion 220 by an adhesive manner, and in other embodiments, may be fixedly connected to the connection portion 220 by other connection manners, such as a snap fit, a screw fit, etc.

Wherein, when the beauty apparatus 100 acts on the skin, the end of the liquid storage portion 210 away from the beauty apparatus 100 contacts the skin, and the beauty apparatus 100 can be pressed, so that the liquid storage portion 210 is pressed to release the beauty substance to the skin surface. The material of the liquid storage portion 210 may include at least one of sponge, foam, non-woven fabric, silk, pure cotton fiber, tencel, long carbon, biological fiber and viscose fiber.

In some embodiments, the reservoir assembly 200 may be a facial mask that may be mounted to an end of the cosmetic device 100.

In some embodiments, the output control method of the cosmetic instrument further includes: it is detected whether the reservoir assembly 200 is mounted to the beauty treatment instrument 100.

In some embodiments, the reservoir assembly 200 is provided with an identification mark and/or the reservoir assembly 200 has a magnetic piece for adsorptive securing the reservoir assembly 200 to the cosmetic device 100.

In some embodiments, the detecting whether the reservoir assembly 200 is mounted to the cosmetic device 100 comprises: detecting the identification mark and/or the magnetic field parameter value of the magnetic attraction piece to output corresponding detection signals, wherein the detection signals comprise the identification mark and/or the magnetic field parameter value of the magnetic attraction piece.

Wherein, the control module 30 determines that the beauty treatment instrument 100 is mounted with the liquid storage assembly 200 when receiving the detection signal; the control module 30 determines that the reservoir assembly 200 is not installed in the cosmetic apparatus 100 when the detection signal is not received.

In some embodiments, the identification mark comprises at least one of a color label, a pattern label, a text label, a number label, an information code, and an electronic label. In some embodiments, as shown in fig. 3, the beauty treatment instrument 100 includes a detection module 40, the detection module 40 may detect the identification mark and/or the magnetic field parameter value of the magnetic attraction member to output the detection signal, and the detection module 40 may include at least one of a color identification sensor, an image sensor, a magnetic sensor, a code reader, and an electronic tag reader.

Referring to fig. 7, a sub-flowchart of step S21 in fig. 2 is provided according to an embodiment of the application. In some embodiments, as shown in fig. 7, the determining the target moving speed interval includes:

s211: upon detecting that the beauty apparatus 100 is mounted with the liquid storage assembly 200, the target moving speed section is determined as a first preset moving speed section.

S212: when it is detected that the beauty apparatus 100 is not mounted with the liquid storage assembly 200, the target moving speed interval is determined to be a second preset moving speed interval, and the second preset moving speed interval is different from the first preset moving speed interval.

Wherein, through detecting whether stock solution subassembly 200 has been installed to beauty instrument 100 to set up under the circumstances of installing stock solution subassembly 200 and not installing stock solution subassembly 200 respectively correspond different first default travel speed interval with second default travel speed interval, make can be to installing stock solution subassembly 200 and not installing stock solution subassembly 200 the circumstances respectively to the output of beauty instrument 100 in the use of removal, thereby can both be ensured under the circumstances of installing stock solution subassembly 200 and not installing stock solution subassembly 200 beauty efficacy and the high skin temperature of avoiding of beauty instrument 100 improves the security.

In some embodiments, the upper limit of the second preset movement speed interval is greater than the upper limit of the first preset movement speed interval, and the lower limit of the second preset movement speed interval is greater than the lower limit of the first preset movement speed interval.

Illustratively, the second preset moving speed interval is [2cm/s,3cm/s ], and the first preset moving speed interval is [1.5cm/s,2.5cm/s ]. Obviously, the second preset moving speed interval and the first preset moving speed interval can be set to other values according to requirements.

When the beauty apparatus 100 is mounted with the liquid storage assembly 200, the energy output from the beauty apparatus 100 may be transmitted to the skin through the liquid storage assembly 200, and the energy transmission path may be longer than the energy transmission path when the beauty apparatus 100 is not mounted with the liquid storage assembly 200, and the energy loss may be greater in the process of transmitting to the skin.

Wherein, because the loss may be greater in the energy conduction process when the liquid storage assembly 200 is installed, by setting the upper limit value of the first preset moving speed interval to be smaller than the upper limit value of the second preset moving speed interval, that is, the moving speed threshold value of the control and adjustment increasing output intensity when the liquid storage assembly 200 is installed in the beauty treatment instrument 100 is smaller than the moving speed threshold value of the control and adjustment increasing output intensity when the liquid storage assembly 200 is not installed, that is, compared with the control and adjustment increasing output intensity when the liquid storage assembly 200 is not installed, the beauty treatment instrument 100 installed with the liquid storage assembly 200 adjusts the output intensity when the moving speed is lower, so that the energy conducted to the skin through the liquid storage assembly 200 when the beauty treatment instrument 100 moves faster can meet the beauty treatment requirement.

Wherein, because the loss may be smaller in the energy conduction process when the liquid storage assembly 200 is not installed, by setting the lower limit value of the second preset moving speed interval to be greater than the lower limit value of the first preset moving speed interval, that is, the moving speed threshold value for controlling and adjusting the output reducing intensity or stopping the output when the liquid storage assembly 200 is not installed in the beauty apparatus 100 is greater than the moving speed threshold value for controlling and adjusting the output reducing intensity or stopping the output when the liquid storage assembly 200 is installed, that is, compared with the case when the liquid storage assembly 200 is installed, the beauty apparatus 100 not installed with the liquid storage assembly 200 adjusts the output intensity or stopping the output when the moving speed is higher, the temperature of the skin which is not affected when the beauty apparatus 100 not installed with the liquid storage assembly 200 moves slowly is too high, and thus the skin can be prevented from being burned.

In some embodiments, the cosmetic device 100 has at least two modes of operation. The output control method of the beauty instrument further comprises the following steps: the mode of operation in which the cosmetic instrument 100 is currently located is determined.

The determining the target moving speed interval includes: and determining the moving speed interval corresponding to the current working mode of the beauty instrument 100 as the target moving speed interval according to the preset corresponding relation between the preset working mode and the moving speed interval.

The output of the beauty instrument 100 in use can be controlled according to different working modes, so that the beauty efficacy of the beauty instrument 100 in use is ensured and the skin temperature is prevented from being too high under different working modes, and the safety is improved.

The preset correspondence between the working mode and the moving speed interval may be stored in a memory (not shown) of the beauty apparatus 100 in advance, and the memory may be a nonvolatile memory. The preset corresponding relation between the working modes and the moving speed intervals defines the corresponding relation between at least two working modes and at least two moving speed intervals, each working mode corresponds to one moving speed interval, and the moving speed intervals corresponding to different working modes can be the same or different.

Wherein, the control module 30 may determine, according to a preset correspondence between a preset operation mode and a movement speed interval, that the movement speed interval corresponding to the current operation mode of the beauty apparatus 100 is the target movement speed interval.

The preset corresponding relation between the preset working mode and the moving speed interval comprises a first preset corresponding relation between the working mode and the first moving speed interval and a second preset corresponding relation between the working mode and the second moving speed interval. The first preset corresponding relation between the working modes and the first moving speed intervals defines the corresponding relation between at least two working modes and at least two first moving speed intervals, each working mode corresponds to a first moving speed interval, and the first moving speed intervals corresponding to different working modes are the same or different. The second preset corresponding relation between the working modes and the second moving speed intervals defines the corresponding relation between at least two working modes and at least two second moving speed intervals, each working mode corresponds to a second moving speed interval, and the second moving speed intervals corresponding to different working modes are the same or different.

The determining, according to the preset correspondence between the preset operation mode and the movement speed interval, the movement speed interval corresponding to the current operation mode of the beauty instrument 100 as the target movement speed interval includes: when it is detected that the beauty apparatus 100 is mounted with the liquid storage assembly 200, determining a first moving speed interval corresponding to a current working mode of the beauty apparatus 100 as the target moving speed interval according to a first preset corresponding relation between the working mode and the first moving speed interval; when it is detected that the liquid storage assembly 200 is not mounted on the beauty apparatus 100, according to a second preset correspondence between the working mode and a second moving speed interval, it is determined that the second moving speed interval corresponding to the working mode in which the beauty apparatus 100 is currently located is the target moving speed interval.

The working modes respectively correspond to the first moving speed interval and the second moving speed interval when the liquid storage assembly 200 is installed and the liquid storage assembly 200 is not installed, that is, the moving speed intervals corresponding to the case where the liquid storage assembly 200 is installed and the case where the liquid storage assembly 200 is not installed are different in the same working mode, so that the output of the beauty instrument 100 in use can be respectively controlled according to the case of whether the liquid storage assembly 200 is installed or not in the same working mode, and when the beauty instrument 100 is in any working mode, the beauty efficacy of the beauty instrument 100 can be ensured and the skin temperature is prevented from being too high under the condition that the liquid storage assembly 200 is installed and the liquid storage assembly 200 is not installed, thereby improving the safety.

The detection of whether the beauty apparatus 100 is mounted with the liquid storage assembly 200 can be determined by the aforementioned detection method, and will not be described herein.

In some embodiments, the upper limit value of the first movement speed section corresponding to the same operation mode is smaller than the upper limit value of the corresponding second movement speed section, and the lower limit value of the first movement speed section corresponding to the same operation mode is smaller than the lower limit value of the corresponding second movement speed section.

Illustratively, the same operating mode corresponds to a first travel speed interval of [2cm/s,3cm/s ], and a second travel speed interval of [2.5cm/s,3.5cm/s ]. Obviously, the first moving speed interval and the second moving speed interval corresponding to the working mode can be set to other values according to requirements.

Since the loss may be greater during the energy transfer process when the liquid storage assembly 200 is installed, by setting the upper limit value of the first moving speed interval to be smaller than the upper limit value of the second moving speed interval, that is, in the same working mode, the moving speed threshold for controlling and adjusting the output intensity when the liquid storage assembly 200 is installed in the beauty apparatus 100 is smaller than the moving speed threshold for controlling and adjusting the output intensity when the liquid storage assembly 200 is not installed, that is, in the same working mode, the output intensity is adjusted to be higher when the moving speed of the beauty apparatus 100 installed with the liquid storage assembly 200 is lower than that when the liquid storage assembly 200 is not installed, so that the energy transferred to the skin through the liquid storage assembly 200 can meet the beauty requirement.

Since the loss may be smaller in the energy transfer process when the liquid storage assembly 200 is not installed, by setting the lower limit value of the second moving speed interval to be greater than the lower limit value of the first moving speed interval, that is, in the same working mode, the moving speed threshold value for controlling and adjusting the output reducing intensity or stopping the output when the liquid storage assembly 200 is not installed in the beauty instrument 100 is greater than the moving speed threshold value for controlling and adjusting the output reducing intensity or stopping the output when the liquid storage assembly 200 is installed, that is, in the same working mode, compared with the case when the liquid storage assembly 200 is installed in the same working mode, the temperature of the skin which is prevented from being affected when the beauty instrument 100 is slower to move when the liquid storage assembly 200 is not installed is reduced, so that the skin can be prevented from being burned.

In some embodiments, as shown in fig. 3, the cosmetic device 100 includes an eye action area 11 and a cheek action area 12 on the same surface, the cosmetic device 100 further includes a first functional component 21 and a second functional component 22, the first functional component 21 corresponds to the eye action area 11, the second functional component 22 corresponds to the cheek action area 12, the eye action area 11 and the cheek action area 12 are oriented toward different skin areas when the cosmetic device 100 is applied to skin, the first functional component 21 is used for outputting energy to the skin area toward which the eye action area 11 is oriented, and the second functional component 22 is used for outputting energy to the skin area toward which the cheek action area 12 is oriented. The eye region of action 11 and cheek region of action 12 may lie in the same plane (as shown in fig. 3) or be in the same curved surface.

The operating modes include an area mode, the at least two operating modes include at least two area modes, and the at least two area modes include at least two of an eye mode, a cheek mode, and a full face mode. The movement speed intervals corresponding to different zone modes are the same or different. The eye pattern is suitable for caring skin of the region skin, the cheek pattern is suitable for caring skin of the cheek region, and the full face pattern is suitable for caring skin of the full face.

By determining the current region mode of the beauty instrument 100 and setting the eye mode, the cheek mode and the full face mode to correspond to a moving speed range, the output of the beauty instrument 100 in moving use can be controlled according to the eye mode, the cheek mode and the full face mode, so that the beauty efficacy of the beauty instrument 100 can be ensured, the skin temperature is prevented from being too high, and the safety is improved.

In some embodiments, the area of the eye acting region 11 is smaller than the area of the cheek acting region 12, that is, when the beauty apparatus 100 acts on the skin, the area of the orthographic projection of the eye acting region 11 on the skin is smaller than the area of the orthographic projection of the cheek acting region 12 on the skin, so that the acting area of the eye acting region 11 when acting on the skin is smaller than the acting area of the cheek acting region 12 when acting on the skin, and thus, according to the position of the facial region where the user needs to make up, different acting regions can be applied to the facial region, for example, when the user needs to make up the eye region, the eye acting region 11 can be applied to the eye region, because the area of the eye region is smaller, the eye acting region 11 with a smaller acting area can be applied to the eye region and the first functional component 21 can be controlled to output, so that not only the cosmetic requirement of the eye region can be satisfied, but also the energy of the output can be avoided from being wasted and the power consumption can be reduced; when the cheek region is required to be beautified, the cheek region 12 is acted on the cheek region, and the cheek region 12 with larger acting area is acted on the cheek region and the second functional component 22 is controlled to be output because the cheek region is larger than the eye region, so that the requirement of the cheek region on beauty can be met, the output energy can be avoided to be wasted, and the power consumption can be reduced; when the whole face region is required to be beautified, the eye acting region 11 and the cheek acting region 12 are acted on the whole face, and the eye acting region 11 and the cheek acting region 12 are acted on the face and are controlled to output the first functional component 21 and the second functional component 22 due to the fact that the area required to be beautified is large, the energy output area can be increased, and the beautifying efficiency is improved.

The preset corresponding relation between the working mode and the moving speed interval defines the preset corresponding relation between the eye mode, the cheek mode, the full face mode and the three moving speed intervals.

The upper limit value of the movement speed interval corresponding to the eye mode is larger than or equal to the upper limit value of the movement speed interval corresponding to the cheek mode, and the lower limit value of the movement speed interval corresponding to the eye mode is larger than or equal to the lower limit value of the movement speed interval corresponding to the cheek mode.

Illustratively, the eye pattern corresponds to a movement speed interval of [2cm/s,3cm/s ], and the cheek pattern corresponds to a movement speed interval of [1.8cm/s,2.8cm/s ]. Obviously, the movement speed interval corresponding to the area mode can be set to other values according to the requirement.

In some embodiments, the upper limit of the movement speed interval corresponding to the eye pattern is greater than the upper limit of the movement speed interval corresponding to the cheek pattern. The cheek skin is thicker than the eye skin, so that the temperature suitable for the cheek region is higher than the temperature suitable for the eye region, and the upper limit value of the movement speed interval corresponding to the cheek mode is smaller than the upper limit value of the movement speed interval corresponding to the eye mode, namely the movement speed threshold value for controlling and adjusting the output intensity in the cheek mode is smaller than the movement speed threshold value for controlling and adjusting the output intensity in the eye mode, namely the output intensity is adjusted to be higher in the cheek mode when the movement speed is lower than the eye mode, so that the energy output to the cheek region can meet the cosmetic requirement of the cheek region.

In some embodiments, the lower limit of the movement speed interval corresponding to the eye pattern is greater than the lower limit of the movement speed interval corresponding to the cheek pattern. The cheek skin is thicker than the eye skin, so that the temperature suitable for the eye area beauty is lower than the temperature suitable for the cheek area beauty, by setting the lower limit value of the movement speed interval corresponding to the eye mode to be greater than the lower limit value of the movement speed interval corresponding to the cheek mode, that is, controlling the movement speed threshold for adjusting the output reducing intensity or stopping the output when the movement speed threshold for adjusting the output reducing intensity or stopping the output is greater than the cheek mode in the eye mode, that is, adjusting the output intensity or stopping the output when the movement speed is higher in the eye mode than in the cheek mode, the temperature of the skin which is not affected when the movement of the beauty apparatus 100 is slower in the eye mode is too high, and thus the skin can be prevented from being burned.

In some embodiments, the upper limit value and the lower limit value of the movement speed interval corresponding to the eye pattern are greater than or equal to the upper limit value and the lower limit value of the movement speed interval corresponding to the full face pattern, respectively.

The first preset corresponding relation between the working mode and the first moving speed interval defines the corresponding relation between an eye mode, a cheek mode, a full face mode and three first moving speed intervals; the second preset corresponding relation between the working mode and the second moving speed interval defines the corresponding relation between the eye mode, the cheek mode, the full face mode and the three second moving speed intervals.

The upper limit value of the first moving speed section corresponding to the same area mode is smaller than the upper limit value of the second moving speed section corresponding to the same area mode, and the lower limit value of the first moving speed section corresponding to the same area mode is smaller than the lower limit value of the second moving speed section corresponding to the same area mode.

Wherein, the upper limit value and the lower limit value of the first moving speed interval corresponding to the eye pattern are respectively larger than or equal to the upper limit value and the lower limit value of the first moving speed interval corresponding to the cheek pattern; the upper limit value and the lower limit value of the second moving speed section corresponding to the eye pattern are respectively larger than or equal to the upper limit value and the lower limit value of the second moving speed section corresponding to the cheek pattern.

Illustratively, the first movement speed interval corresponding to the eye pattern is [2cm/s,3cm/s ], and the first movement speed interval corresponding to the cheek pattern is [1.8cm/s,2.8cm/s ]. The second movement speed interval corresponding to the eye pattern is [2.5cm/s,3.5cm/s ], and the second movement speed interval corresponding to the cheek pattern is [2.2cm/s,3.2cm/s ]. Obviously, the first moving speed interval and the second moving speed interval corresponding to the area mode may be set to other values according to the requirement.

In some embodiments, the upper limit value and the lower limit value of the first movement speed interval corresponding to the eye pattern are greater than or equal to the upper limit value and the lower limit value of the first movement speed interval corresponding to the full face pattern, respectively; the upper limit value and the lower limit value of the second moving speed section corresponding to the eye pattern are respectively larger than or equal to the upper limit value and the lower limit value of the second moving speed section corresponding to the full face pattern.

Referring to fig. 8, a sub-flowchart of step S21 in fig. 2 is provided according to another embodiment of the present application. In some embodiments, as shown in fig. 8, the determining the current operation mode of the beauty treatment instrument 100 includes:

s214: when the first functional component 21 outputs energy and the second functional component 22 does not output energy, it is determined that the region mode in which the cosmetic instrument 100 is currently located is the eye mode.

S215: when the second functional component 22 outputs energy and the first functional component 21 does not output energy, it is determined that the area mode in which the cosmetic instrument 100 is currently located is the cheek mode.

S216: when the first functional component 21 and the second functional component 22 output energy, the area mode in which the beauty instrument 100 is currently located is determined to be the full face mode.

In eye mode, the first functional component 21 outputs energy and the second functional component 22 does not; in cheek mode, the second functional component 22 outputs energy and the first functional component 21 does not; in the full face mode, the first functional component 21 and the second functional component 22 both output energy, so that the region mode can be determined by detecting the component outputting energy. In the eye mode, the cosmetic device 100 may be used to beautify an eye area, in the cheek mode, the cosmetic device 100 may be used to beautify a cheek area, and in the full face mode, the cosmetic device 100 may be used to beautify a full face. By controlling the output of the first and second functional components 21 and 22 in the eye and cheek modes, respectively, waste of energy can be avoided, and controlling both outputs in the full face mode can improve cosmetic efficiency.

The output component is detected to determine the current region mode of the beauty instrument 100, and further determine the target moving speed interval according to the current region mode of the beauty instrument 100.

In some embodiments, the upper and lower limits of the first movement speed interval corresponding to the eye pattern when the beauty treatment instrument 100 is mounted with the liquid storage assembly 200 are respectively smaller than the upper and lower limits of the second movement speed interval corresponding to the eye pattern when the liquid storage assembly 200 is not mounted; the upper limit value and the lower limit value of the first movement speed interval corresponding to the cheek mode when the liquid storage assembly 200 is installed in the beauty instrument 100 are respectively smaller than the upper limit value and the lower limit value of the second movement speed interval corresponding to the cheek mode when the liquid storage assembly 200 is not installed; the upper limit value and the lower limit value of the first moving speed interval corresponding to the full-face mode when the liquid storage assembly 200 is installed in the beauty apparatus 100 are respectively smaller than the upper limit value and the lower limit value of the second moving speed interval corresponding to the full-face mode when the liquid storage assembly 200 is not installed.

In other embodiments, the cosmetic apparatus 100 may have at least two region mode buttons, and the selected region mode may be determined in response to a pressing operation of the region mode buttons.

The controlling and adjusting the output intensity of the beauty instrument according to the acquired motion information includes: when the current area mode of the beauty instrument 100 is determined to be the eye mode, controlling and adjusting the output intensity of the first functional component 21 according to the acquired motion information; when the current area mode of the beauty instrument 100 is the cheek mode, controlling and adjusting the output intensity of the second functional component 22 according to the acquired motion information; when it is determined that the current area mode of the beauty apparatus 100 is the full-face mode, the output intensities of the first functional component 21 and the second functional component 22 are controlled and adjusted according to the acquired motion information.

In some embodiments, the beauty apparatus 100 is detachably mounted to the liquid storage assembly 200 and is used in cooperation with the liquid storage assembly 200, the types of the liquid storage assembly 200 include at least two types, the beauty substances stored in the different types of liquid storage assemblies 200 are different, and the compositions and the effects of the beauty substances stored in the different types of liquid storage assemblies 200 can be different, for example, the beauty substances stored in the different types of liquid storage assemblies 200 have the effects of resisting aging, removing yellow, repairing and brightening respectively. The types of the liquid storage component 200 include at least two of an anti-aging type, a yellow-removing type, a repairing type and a brightening type.

The working modes comprise output modes, the at least two working modes comprise at least two output modes, and the at least two output modes comprise at least two of an anti-aging mode, a yellow removing mode, a repairing mode and a brightening mode. The movement speed intervals corresponding to different output modes are the same or different.

By determining the current output mode of the beauty instrument 100 and setting the anti-aging mode, the yellow-removing mode, the repair mode and the brightening mode to correspond to a moving speed interval respectively, the output of the beauty instrument 100 in moving use can be controlled respectively aiming at the anti-aging mode, the yellow-removing mode, the repair mode and the brightening mode, so that the beauty efficacy of the beauty instrument 100 can be ensured and the skin temperature is prevented from being too high in the anti-aging mode, the yellow-removing mode, the repair mode and the brightening mode, and the safety is improved.

The preset corresponding relation between the working mode and the moving speed interval defines the preset corresponding relation between the anti-aging mode, the yellow-removing mode, the repairing mode, the brightening mode and the four moving speed intervals.

In some embodiments, the cosmetic device 100 includes functional components for outputting energy. The controlling and adjusting the output intensity of the beauty instrument according to the acquired motion information includes: and controlling and adjusting the output intensity of the functional component according to the acquired motion information.

In some embodiments, the energy output by the functional component in the anti-fade mode is greater than the energy output by the functional component in the anti-fade mode, the glow mode, and the repair mode.

In some embodiments, the functional components include at least one of an electrotherapy component for outputting radio frequency energy and/or EMS micro-current, a hyperthermia component for outputting thermal energy, and a phototherapy component for outputting optical energy. The electrotherapy component can comprise an electrode, the thermotherapy component can comprise a heating piece and a heat conducting piece, and the phototherapy component comprises a luminous piece and a light conducting piece.

In different output modes, the components for output are different, or the components for output are the same, and the energy output is different.

The upper limit value of the moving speed interval corresponding to the anti-aging mode is smaller than the upper limit value of the moving speed interval corresponding to the yellow removing mode, the repairing mode and the brightening mode, and the lower limit value of the moving speed interval corresponding to the anti-aging mode is smaller than the lower limit value of the moving speed interval corresponding to the yellow removing mode, the repairing mode and the brightening mode.

Illustratively, the moving speed interval corresponding to the anti-aging mode is [1.2cm/s,2.2cm/s ], the moving speed interval corresponding to the yellowing mode is [1.5cm/s,2.5cm/s ], the moving speed interval corresponding to the repairing mode is [1.8cm/s,2.8cm/s ], and the moving speed interval corresponding to the brightening mode is [2.0cm/s,3.0cm/s ]. Obviously, the movement speed interval corresponding to the output mode can be set to other values according to the requirement.

Compared with the yellow removing mode, the repairing mode and the brightening mode, in the anti-aging mode, in order to achieve the effect of anti-aging and tightening, larger energy is required to be output to the skin, the upper limit value of the moving speed interval corresponding to the anti-aging mode is smaller than the upper limit value of the moving speed interval corresponding to other output modes, namely the moving speed threshold value for controlling and adjusting the increasing output intensity is smaller than the moving speed threshold value for controlling and adjusting the increasing output intensity in the anti-aging mode, namely the output intensity is adjusted to be higher in the anti-aging mode when the moving speed is lower than in the other output modes, so that the output energy can meet the cosmetic requirement of the anti-aging mode.

The lower limit value of the moving speed interval corresponding to the yellow removing mode, the repairing mode and the brightening mode is set to be larger than the lower limit value of the moving speed interval corresponding to the anti-aging mode, namely, the moving speed threshold value for controlling and adjusting the output strength or stopping output is controlled and adjusted to be larger than the moving speed threshold value for controlling and adjusting the output strength or stopping output when the yellow removing mode, the repairing mode and the brightening mode are used for controlling and adjusting the output strength or stopping output when the moving speed is higher than that of the anti-aging mode, namely, the temperature of the skin which is used for avoiding being affected when the beauty instrument 100 moves slowly in the yellow removing mode, the repairing mode and the brightening mode is controlled and adjusted to be higher than that of the anti-aging mode, so that the skin can be prevented from being burned.

In some embodiments, the output control method of the cosmetic instrument further includes: the type of the reservoir assembly 200 mounted to the beauty treatment instrument 100 is identified.

The determining the current operation mode of the beauty treatment instrument 100 includes: according to the preset correspondence between the type of the preset liquid storage component 200 and the output mode, it is determined that the identified output mode corresponding to the type of the liquid storage component 200 is the current output mode of the beauty instrument 100. The preset correspondence between the type of the liquid storage component 200 and the output mode defines that the anti-aging mode corresponds to the anti-aging mode, the yellow-removing mode corresponds to the yellow-removing mode, the repair mode corresponds to the repair mode, and the brightening mode corresponds to the brightening mode. The preset correspondence between the type of the liquid storage assembly 200 and the output mode may be stored in the memory of the cosmetic apparatus 100 in advance.

The current working mode of the beauty instrument 100 is adapted to the beauty substance stored in the liquid storage assembly 200, and the current working mode of the beauty instrument 100 can be determined by identifying the type of the liquid storage assembly 200.

In some embodiments, the identifying the type of reservoir assembly 200 mounted to the cosmetic device 100 may include: determining the identification mark and/or the magnetic field parameter value according to the detection signal; according to a preset correspondence between a preset identification mark and/or a magnetic field parameter value and the type of the liquid storage component 200, it is determined that the type corresponding to the detected identification mark and/or magnetic field parameter value is the type of the liquid storage component 200 in contact with the beauty instrument 100. The preset correspondence between the identification and the type of the reservoir assembly 200 may be stored in the memory of the cosmetic apparatus 100 in advance, and the preset correspondence between the magnetic field parameter value and the type of the reservoir assembly 200 may be stored in the memory in advance.

In some embodiments, the reservoir assembly 200 is provided with identification indicia, with the identification indicia being different for different types of reservoir assemblies 200.

When the identification mark includes a color label, the color label may be a color area provided on the liquid storage component 200, for example, the color area may be formed on the liquid storage component 200 by printing, silk-screen printing, coating, pasting, etc.; the color label may also be the color of the reservoir assembly 200 itself, i.e., the reservoir assembly 200 is made of a material having a predetermined color. The detection module 40 may include the color recognition sensor and/or the image sensor, where the color recognition sensor is configured to detect tristimulus values of the recognition mark of the liquid storage assembly 200, including R values, G values, and B values, and output corresponding detection signals, where the detection signals include the detected tristimulus values. The identification of the liquid storage component 200 can be obtained by the control module 30 according to the proportional relation of the tristimulus values included in the detection signal. Illustratively, the detection signal output by the color recognition sensor includes R, G, and B values of 255, 0, and 0, respectively, and the recognition mark of the reservoir assembly 200 is determined to be a red label when the R, G, and B values are received.

When the identification mark includes at least one of a pattern label, a text label and a digital label, the pattern label, the text label and the digital label may be patterns, characters and numbers formed on the liquid storage component 200 by printing, silk-screening, coating, pasting, etc. The detection module 40 may include an image sensor for acquiring image information of the identification mark and outputting a corresponding detection signal including image information of at least one of the acquired pattern, text and number. The control module 30 may perform image processing and analysis on the image information of at least one of the pattern, the text and the number included in the identification signal, so as to identify at least one of the pattern, the text and the number of the identification mark of the liquid storage component 200.

The information code may include at least one of a two-dimensional code and a bar code, and the code reader may include at least one of a two-dimensional code reader and a bar code reader for identifying the two-dimensional code and the bar code, respectively.

The electronic tag may include at least one of an RFID tag and an NFC tag, and the electronic tag reader may include at least one of an RFID tag reader and an NFC tag reader, which are respectively used for identifying the RFID tag and the NFC tag.

Wherein the magnetic field parameter value may include at least one of a magnetic field strength value and a magnetic flux value. The magnetic field parameter values of the magnetic attraction of the different types of reservoir assemblies 200 are different. The magnetic sensor may comprise at least one of a hall sensor and a gauss meter for detecting the magnetic field parameter value. Wherein, the magnetic attraction piece may be disposed at the connection portion 220.

Illustratively, the liquid storage assembly 200 is provided with an identification mark, the identification mark is a color label, the preset correspondence between the identification mark and the type of the liquid storage assembly 200 defines that the red label corresponds to an anti-aging type, the yellow label corresponds to a yellow-removing type, the blue label corresponds to a repairing type, and the green label corresponds to a brightening type, and the control module 30 determines that the type of the liquid storage assembly 200 is an anti-aging type when determining that the identification mark is a red label according to the identification signal.

In some embodiments, the at least two modes of operation include at least two modes of operation including at least two of an eye mode, a face mode, and a full face mode, and at least two modes of operation including at least two of an anti-fade mode, a yellow-out mode, a repair mode, and a glow mode. The moving speed intervals corresponding to different working modes are the same or different.

By determining the current working mode of the beauty instrument 100 and setting the working modes to correspond to a moving speed interval, the output of the beauty instrument 100 in moving use can be controlled according to the working modes, so that the beauty efficacy of the beauty instrument 100 can be ensured and the skin temperature can be avoided in the working modes, and the safety is improved.

When the area modes included in the working modes are the same, the upper limit value of the moving speed interval corresponding to the working modes including the anti-aging mode is smaller than the upper limit value of the moving speed interval corresponding to the working modes including the yellow removing mode, the repairing mode and the brightening mode, and the lower limit value of the moving speed interval corresponding to the working modes including the anti-aging mode is smaller than the lower limit value of the moving speed interval corresponding to the working modes including the yellow removing mode, the repairing mode and the brightening mode.

When the included output modes are the same, the upper limit value of the movement speed interval corresponding to the working mode including the eye mode is larger than the upper limit value of the movement speed interval corresponding to the working mode including the cheek mode, and the lower limit value of the movement speed interval corresponding to the working mode including the eye mode is larger than the lower limit value of the movement speed interval corresponding to the working mode including the cheek mode. When the included output modes are the same, the upper limit value of the movement speed interval corresponding to the working mode including the eye mode is larger than the upper limit value of the movement speed interval corresponding to the working mode including the full face mode, and the lower limit value of the movement speed interval corresponding to the working mode including the eye mode is larger than the lower limit value of the movement speed interval corresponding to the working mode including the full face mode.

The determining the current operation mode of the beauty treatment instrument 100 includes: the region mode and the output mode in which the cosmetic instrument 100 is currently located are determined.

The determining, according to the preset correspondence between the preset working mode and the moving speed interval, that the moving speed interval corresponding to the working mode in which the beauty instrument 100 is currently located is the target moving speed interval includes: and determining the moving speed interval corresponding to the current area mode and the output mode of the beauty instrument 100 as the target moving speed interval according to the preset corresponding relation between the preset area mode and the preset corresponding relation between the output mode and the moving speed interval.

The preset corresponding relation between the region mode and the output mode and the moving speed interval defines an eye mode and an anti-aging mode, an eye mode and a yellow removing mode, an eye mode and a repairing mode, an eye mode and a brightening mode, a cheek mode and an anti-aging mode, a cheek mode and a yellow removing mode, a cheek mode and a repairing mode, a cheek mode and a brightening mode, a full face mode and an anti-aging mode, a full face mode and a yellow removing mode, a full face mode and a repairing mode, and a full face mode and a brightening mode respectively correspond to twelve moving speed intervals.

In some embodiments, the types of the reservoir assembly 200 include at least two of an eye anti-aging type, an eye yellowing type, an eye repair type, an eye brightening type, a cheek anti-aging type, a cheek yellowing type, a cheek repair type, a cheek brightening type, a full face anti-aging type, a full face yellowing type, a full face repair type, and a full face brightening type.

In some embodiments, when the reservoir assembly 200 is mounted to the cosmetic apparatus 100, the determining the area mode and the output mode in which the cosmetic apparatus 100 is currently located includes: identifying a type of reservoir assembly 200 mounted to the cosmetic device 100; according to the preset correspondence between the type of the preset liquid storage component 200 and the region mode and the output mode, the region mode and the output mode corresponding to the type of the identified liquid storage component 200 are determined to be the region mode and the output mode where the beauty instrument 100 is currently located.

Wherein the type of the reservoir assembly 200 may be determined by identifying the identification of the reservoir assembly 200.

The preset correspondence between the type of the liquid storage component 200 and the area mode and the output mode defines that the eye anti-aging mode corresponds to the eye mode and the anti-aging mode, the eye yellowing mode corresponds to the eye mode and the yellowing mode, the eye repair mode corresponds to the eye mode and the repair mode, the eye brightening mode corresponds to the eye mode and the brightening mode, the cheek anti-aging mode corresponds to the cheek mode and the anti-aging mode, the cheek yellowing mode corresponds to the cheek mode and the yellowing mode, the cheek repair mode corresponds to the cheek brightening mode and the repair mode, the full face anti-aging mode corresponds to the full face mode and the anti-aging mode, the full face yellowing mode corresponds to the full face mode and the yellowing mode, the full face repair mode corresponds to the full face mode and the repair mode, and the full face brightening mode corresponds to the full face brightening mode and the brightening mode.

In some embodiments, when the operation mode of the beauty treatment apparatus 100 includes an anti-aging mode, the control module 30 controls the electrotherapy module to output EMS micro-current, the phototherapy module to emit red light and infrared light, and the hyperthermia module to heat; when the operation mode of the beauty apparatus 100 includes a repair mode, the control module 30 controls the electrotherapy module to output EMS micro-current and the phototherapy module to emit red light, orange light and infrared light; when the operation mode of the beauty apparatus 100 includes a yellow-removing mode, the control module 30 controls the electrotherapy module to output EMS micro-current, the phototherapy module to emit red light and orange light, and the hyperthermia module to heat; when the operation mode of the beauty treatment apparatus 100 includes a lighting mode, the control module 30 controls the electrotherapy assembly to output EMS micro-current, the phototherapy assembly to emit orange light, and the hyperthermia assembly to heat.

In some embodiments, each of the operation modes has at least two energy levels, each energy level corresponds to a preset output energy, the preset output energy corresponding to a different energy level is different, and the beauty instrument 100 outputs with a different preset output energy under a different energy level. The preset corresponding relation between the working modes and the moving speed interval defines the preset corresponding relation between at least two working modes and the moving speed interval, wherein the preset corresponding relation between each working mode and the moving speed interval comprises the preset corresponding relation between at least two energy gears and the moving speed interval, and the moving speed intervals corresponding to different energy gears are the same or different.

By determining the current energy gear of the current working mode of the beauty instrument 100 and setting the at least two energy gears to correspond to a moving speed interval, the output of the beauty instrument 100 in moving use can be controlled by aiming at the at least two energy gears of the working mode in any working mode, so that the beauty efficacy of the beauty instrument 100 can be ensured and the skin temperature is avoided to be too high in different energy gears of any working mode, and the safety is improved.

In some embodiments, the at least two energy gears are ordered sequentially in advance, the preset output energy corresponding to the at least two energy gears increases gradually according to the order of the at least two energy gears, and the upper limit value of the corresponding moving speed interval decreases gradually according to the order of the at least two energy gears, and the lower limit value of the corresponding moving speed interval decreases gradually according to the order of the at least two energy gears. That is, the larger the corresponding output energy, the smaller the upper limit value of the corresponding movement speed section, and the smaller the lower limit value of the corresponding movement speed section. Therefore, under the condition that the preset output energy corresponding to the current energy gear is larger, the energy output when the beauty instrument 100 moves faster can meet the beauty requirement of the energy gear, and under the condition that the preset output energy corresponding to the current energy gear is smaller, the skin temperature which acts when the beauty instrument 100 moves slower is prevented from being too high, and further skin burn can be avoided.

The at least two energy gears include a first energy gear and a second energy gear, the preset output energy corresponding to the first energy gear is smaller than that of the second energy gear, the moving speed interval corresponding to the second energy gear is [1.5cm/s,2.5cm/s ], and the moving speed interval corresponding to the first energy gear is [2.0cm/s,3.0cm/s ]. Obviously, the movement speed interval corresponding to the energy gear can be set to other values according to the requirement.

In some embodiments, after determining the current operation mode of the cosmetic instrument 100, the output control method of the cosmetic instrument further includes: a current energy gear of the operating mode in which the cosmetic instrument 100 is currently located is determined. Wherein a current energy gear of an operating mode in which the cosmetic instrument 100 is currently located may be determined by the control module 30.

In some embodiments, the beauty treatment instrument 100 may be provided with at least two energy gear buttons, and the determining the current energy gear of the operation mode in which the beauty treatment instrument 100 is currently located may include: in response to a pressing operation of the energy level button, to determine an energy level of the selected operation mode, i.e., to determine the current energy level. In other embodiments, the determining the current energy level of the current operating mode of the cosmetic apparatus 100 may include: and receiving a voice command of energy gear selection to determine the energy gear of the selected working mode, namely determining the current energy gear.

The determining, according to the preset correspondence between the preset operation mode and the movement speed interval, the movement speed interval corresponding to the current operation mode of the beauty instrument 100 as the target movement speed interval includes: and determining the moving speed interval corresponding to the current energy gear of the cosmetic instrument 100 as the target moving speed interval according to the preset corresponding relation between the energy gear and the moving speed interval. The control module 30 may determine, according to a preset correspondence between the energy gear and the movement speed interval, that the movement speed interval corresponding to the current energy gear of the cosmetic apparatus 100 is the target movement speed interval.

In some embodiments, the lower limit value of the target movement speed interval is equal to 0. When the moving speed of the beauty treatment instrument 100 is equal to 0, the control decreases the output intensity of the beauty treatment instrument 100 or controls to stop the output. In other embodiments, the lower limit value of the target moving speed interval may be set according to actual requirements. In some embodiments, the lower limit of the target movement speed interval is related to an operation mode.

In some embodiments, the cosmetic device 100 is used for application to the face. The controlling and adjusting the output intensity of the beauty instrument 100 according to the acquired motion information includes: when it is determined that the beauty instrument 100 moves from the currently active face area to the target face area according to the acquired motion information, the output intensity of the beauty instrument 100 is controlled and adjusted according to the currently active face area of the beauty instrument 100 and the target face area.

The output intensity of the beauty instrument 100 can be controlled and adjusted when the beauty instrument 100 moves from one face area to another face area in the moving and using process of the beauty instrument 100 by judging that the beauty instrument 100 moves from the face area with current action to the target face area and controlling and adjusting the output intensity according to the face area with current action and the target face area, so that the energy intensity applicable to the face area can be output for different face areas in a targeted manner, and the beauty treatment of different face areas is facilitated.

Wherein, the control module 30 can determine that the beauty instrument 100 moves from the currently acting face area to the target face area according to the acquired motion information and control and adjust the output intensity of the beauty instrument according to the currently acting face area of the beauty instrument 100 and the target face area.

In some embodiments, as shown in fig. 3, the cosmetic device 100 includes an active surface 10, the active surface 10 faces the face when the cosmetic device 100 acts on the face, the active surface 10 contacts the skin when the reservoir assembly 200 is not mounted to the cosmetic device 100, and the active surface 10 contacts the reservoir 210 when the reservoir assembly 200 is mounted to the cosmetic device 100. As shown in fig. 3, the eye action area 11 and the cheek action area 12 are provided on the action surface 10.

The face includes at least two face regions including an eye region, and at least one of a cheek region and a forehead region.

In some embodiments, the motion information includes a direction angle, which is an angle between the acting surface 10 and a preset direction, and the preset direction may be set in advance according to requirements, for example, the preset direction may be a direction perpendicular to the ground. Referring to fig. 9, a schematic view of a direction angle provided by an embodiment of the present application is shown in fig. 9, wherein fig. 9 illustrates a side structure of the cosmetic apparatus 100 and the direction angle, the preset direction may be the Z direction shown in fig. 9, and the direction angle may be α shown in fig. 9. In the process of using the beauty apparatus 100 to make a face beauty, when the beauty apparatus 100 is moved from one face area to another face area, the angle between the acting surface 10 and the preset direction changes, that is, the direction angle changes, and the face area to which the beauty apparatus 100 is moved from the currently acting face area can be determined by detecting the direction angle.

In some embodiments, the determining that the beauty treatment instrument 100 moves from the currently active face area to the target face area according to the acquired motion information includes: determining that the beauty treatment instrument 100 moves from a cheek region to an eye region when the acquired direction angle changes from being within a first preset angle interval to being within a second preset angle interval; determining that the cosmetic instrument 100 moves from an eye region to a cheek region when the acquired direction angle changes from being within the second preset angle interval to being within the first preset angle interval; determining that the beauty treatment instrument 100 moves from a forehead area to an eye area when the acquired direction angle changes from being located in a third preset angle interval to being located in a second preset angle interval; and determining that the beauty instrument 100 moves from the eye region to the forehead region when the acquired direction angle changes from being located in the second preset angle interval to being located in the third preset angle interval.

In some embodiments, the value of the first preset angle interval is less than the value of the second preset angle interval, and the value of the third preset angle interval is less than the value of the second preset angle interval.

The first preset angle interval, the second preset angle interval and the third preset angle interval can be obtained through face experiment testing of the direction angle. Specifically, the beauty apparatus 100 is applied to each position of the cheek area, and the corresponding direction angles are obtained by testing respectively, so as to obtain the first preset angle interval; the beauty treatment instrument 100 acts on each position of the eye region, and the corresponding direction angles are respectively tested and obtained, so that the second preset angle interval can be obtained; the beauty apparatus 100 is applied to each position of the forehead area, and the corresponding direction angles are respectively tested to obtain the third preset angle interval.

The direction angle of the beauty instrument 100 is detected, so that the current acting face area of the beauty instrument 100 and the moved target face area can be determined very quickly and conveniently, and the output intensity of the beauty instrument 100 can be adjusted according to the current acting face area and the moved target face area.

Wherein the direction angle of the cosmetic instrument 100 can be acquired by the motion detection module when the cosmetic instrument 100 acts on the skin.

In some embodiments, as previously described, the face includes at least two face regions including an eye region, and further including at least one of a cheek region and a forehead region. The adjusting the output intensity of the beauty instrument 100 according to the face area currently acted by the beauty instrument 100 and the target face area control includes: upon determining that the cosmetic instrument 100 moves from the cheek region or the forehead region to the eye region, controlling to decrease the output intensity of the cosmetic instrument 100; upon determining that the cosmetic instrument 100 moves from the eye region to the cheek region or the forehead region, control increases the output intensity of the cosmetic instrument 100.

The skin in the eye region is thinner than the face region and the forehead region, and when it is determined that the beauty apparatus 100 moves from the face region or the forehead region to the eye region, the output intensity of the beauty apparatus 100 is reduced by controlling, so that the damage to the skin of the eyes due to the overlarge output energy can be avoided. Similarly, when it is determined that the beauty treatment instrument 100 moves from the eye region to the face region or the forehead region, the control increases the output intensity of the beauty treatment instrument 100 so that the output energy satisfies the energy amount required for beauty treatment of the face region or the forehead region.

Referring to fig. 3 and 10, fig. 10 is a schematic cross-sectional structure of a heating assembly 20 according to an embodiment of the application. In some embodiments, as shown in fig. 3, the functional components of the beauty apparatus 100 include a heating component 20, as shown in fig. 10, the heating component 20 includes a heat conducting member 23 and a heat generating member 24 that are stacked, the control module 30 is connected to the heat generating member 24 to control the heat generating power of the heat generating member 24, when the beauty apparatus 100 acts on the skin, the surface of the heat conducting member 23 facing away from the heat generating member 24 contacts the skin, and the heat generated by the heat generating member 24 is conducted to the skin through the heat conducting member 23. The active surface 10 is located on the surface of the heat-conducting element 23 facing away from the heat-generating element 24.

The controlling and adjusting the output intensity of the beauty instrument 100 according to the acquired motion information includes: and controlling and adjusting the heating power of the heating element 24 according to the acquired motion information.

Referring to fig. 11, a schematic cross-sectional structure of a heating assembly 20 according to another embodiment of the application is shown. In some embodiments, as shown in fig. 11, the heating element 20 may include the first functional element 21 and the second functional element 22, the heat conducting element 23 includes a first heat conducting element 23a and a second heat conducting element 23b, the heat generating element 24 includes a first heat generating element 24a and a second heat generating element 24b, the first heat conducting element 23a is stacked with the first heat generating element 24a, the second heat conducting element 23b is stacked with the second heat generating element 24b, the first functional element 21 includes the first heat conducting element 23a and the first heat generating element 24a stacked, and the second functional element 22 includes the second heat conducting element 23b and the second heat generating element 24b stacked. Wherein the eye action region 11 is located on a surface of the first heat conducting member 23a facing away from the first heat generating member 24a, and the cheek action region 12 is located on a surface of the second heat conducting member 23b facing away from the second heat generating member 24b.

Wherein, through setting up the functional module includes heating module 20 for can control and adjust through the control heating module 20's the power that generates heat the control adjust beauty instrument 100's output intensity, compare and control the output intensity of adjusting beauty instrument through the output of control regulation radio frequency energy, the adjustment process is more quick and more accurate, thereby when beauty instrument 100 removes the use, through the power that generates heat of adjusting heating module 20 to adjust the energy of output to skin, can make the regulation of the temperature of skin more quick and more accurate, is favorable to guaranteeing more that the temperature of skin can satisfy the beauty efficiency and avoid skin temperature too high.

In other embodiments, the first functional component 21 further comprises a first electrotherapy component for outputting radio frequency energy and/or EMS micro-current to the skin area towards which the ocular region of action 11 is directed, and/or a first phototherapy component for outputting light energy to the skin area towards which the ocular region of action 11 is directed; the second functional component 22 further comprises a second electrotherapy component for outputting radio frequency energy and/or EMS micro-current to the skin area towards which the cheek region 12 is directed, and/or a second phototherapy component for outputting light energy to the skin area towards which the cheek region 12 is directed.

In some embodiments, the output control method of the cosmetic instrument further includes: detecting the temperature of the skin on which the cosmetic instrument 100 acts; and determining a target safety temperature and a target working temperature interval.

Wherein the beauty instrument 100 may include a temperature sensor provided at an end of the beauty instrument 100 for detecting a temperature of the skin when the beauty instrument 100 acts on the skin.

In some embodiments, the target safe temperature and the target working temperature range may be preset according to actual requirements. For example, the target safe temperature may be 50 ℃, and the target operating temperature interval may be [41 ℃,43 ℃ ].

In other embodiments, it may be determined whether the cosmetic apparatus 100 is mounted with the liquid storage assembly 200, and then the target safe temperature and the target working temperature range are determined according to the determination result. The target safe temperature and the target working temperature interval corresponding to the case of installing the liquid storage assembly 200 may be different from the target safe temperature and the target working temperature interval corresponding to the case of not installing the liquid storage assembly 200, respectively.

In other embodiments, the current operating mode of the beauty apparatus 100 may be determined, and then the target safe temperature and the target operating temperature range may be determined according to the determination result. The target safe temperatures and target operating temperature ranges corresponding to different operating modes may be different. The operating modes may include the aforementioned output modes and/or zone modes.

The controlling to increase the output intensity of the beauty treatment instrument 100 when the acquired moving speed is greater than or equal to the upper limit value of the target moving speed section includes: when the obtained moving speed is greater than or equal to the upper limit value of the target moving speed interval, the output intensity of the beauty instrument 100 is controlled to be increased, so that the temperature of the skin acted by the beauty instrument 100 is located in the target working temperature interval, and a better beauty effect can be achieved.

The controlling to decrease the output intensity of the cosmetic instrument 100 or controlling the cosmetic instrument 100 to stop outputting when the acquired moving speed is less than or equal to the lower limit value of the target moving speed section includes: when the acquired moving speed is less than or equal to the lower limit value of the target moving speed interval, controlling to reduce the output intensity of the beauty instrument 100 or controlling the beauty instrument 100 to stop outputting so that the temperature of the skin acted by the beauty instrument 100 is less than the target safety temperature, thereby avoiding burning the skin.

In some embodiments, the cosmetic device 100 is used to act on the face, which may be facial mask-applied. The output control method of the beauty instrument further comprises the following steps: when the beauty instrument 100 acts on the skin, it is determined whether the beauty instrument 100 is in contact with a mask, that is, whether the face is laid with a mask.

The beauty treatment instrument 100 may include a humidity sensor, an image sensor, etc. disposed at an end of the beauty treatment instrument 100, for determining whether the beauty treatment instrument 100 is in contact with a mask. For example, the beauty treatment instrument 100 includes an image sensor for acquiring image information of a face, and the control module 30 may determine whether the beauty treatment instrument 100 is in contact with a mask according to the image information acquired by the image sensor.

The determining the target moving speed interval includes: when the beauty treatment instrument 100 is determined to be in contact with a mask, determining the target moving speed interval as a third preset moving speed interval; when it is determined that the beauty apparatus 100 is not in contact with the mask, i.e., in contact with the skin, the target movement speed interval is determined as a fourth preset movement speed interval, which is different from the third preset movement speed interval.

By judging whether the beauty instrument 100 is in contact with the mask and setting the third preset moving speed interval and the fourth preset moving speed interval which are respectively different under the conditions of contact with the mask and non-contact with the mask, the output of the beauty instrument 100 in moving use can be respectively controlled according to the conditions of contact between the beauty instrument 100 and the mask and non-contact with the mask, so that the beauty efficacy of the beauty instrument 100 can be ensured under the conditions of contact between the beauty instrument 100 and the mask and non-contact with the mask, the skin temperature is prevented from being too high, and the safety is improved.

The upper limit value of the fourth preset moving speed interval is larger than the upper limit value of the third preset moving speed interval, and the lower limit value of the fourth preset moving speed interval is larger than the lower limit value of the third preset moving speed interval.

Since the loss may be greater in the process of transferring the energy output by the beauty instrument 100 to the skin when the beauty instrument 100 is in contact with the mask, by setting the upper limit value of the third preset moving speed interval to be smaller than the upper limit value of the fourth preset moving speed interval, that is, the moving speed threshold value for controlling and adjusting the output intensity when the beauty instrument 100 is in contact with the mask is smaller than the moving speed threshold value for controlling and adjusting the output intensity when the beauty instrument 100 is not in contact with the mask, that is, the output intensity is adjusted to be higher when the moving speed of the beauty instrument 100 is lower than when the beauty instrument 100 is not in contact with the mask, the energy transferred to the skin through the mask when the beauty instrument 100 is moving faster can meet the beauty demand.

Wherein, since the loss may be smaller in the process of transmitting the energy output from the beauty apparatus 100 to the skin when the beauty apparatus 100 is not in contact with the mask, by setting the lower limit value of the fourth preset moving speed interval to be greater than the lower limit value of the third preset moving speed interval, that is, the moving speed threshold value of controlling to reduce the output intensity or stop outputting is greater than the moving speed threshold value of controlling to reduce the output intensity or stop outputting when the beauty apparatus 100 is not mounted with the liquid storage assembly 200, that is, compared with the process of contacting with the mask, the temperature of the skin which is not in contact with the mask and is prevented from being too high when the moving speed of the beauty apparatus 100 is not in contact with the mask is slower, thereby preventing the skin from being burned.

Referring to fig. 3 again, an embodiment of the present application further provides a cosmetic apparatus 100, as shown in fig. 3, the cosmetic apparatus 100 includes a motion detection module (not shown) and a control module 30, where the motion detection module is configured to obtain motion information of the cosmetic apparatus 100 when the cosmetic apparatus 100 acts on skin, and the motion information includes a moving speed and/or a direction angle. The control module 30 is configured to control and adjust the output intensity of the beauty treatment instrument 100 according to the motion information acquired by the motion detection module.

The control module 30 may include a single chip microcomputer, a CPU (central processing unit), a DSP (digital signal processor), and the like.

Wherein, the motion detection module can comprise at least one of a gyroscope, an acceleration sensor, a six-axis sensor and a nine-axis sensor. The motion detection module may be provided at an end of the cosmetic apparatus 100 for mounting the reservoir assembly 200.

According to the beauty instrument 100 provided by the embodiment of the application, the motion information of the beauty instrument 100 is obtained through the motion detection module, and the output intensity of the beauty instrument 100 is adjusted according to the obtained motion information, so that the output of the beauty instrument 100 can be controlled in the moving use process of the beauty instrument 100, the beauty efficacy of the beauty instrument 100 is ensured, the skin temperature is avoided to be too high, and the safety is improved.

The beauty apparatus 100 corresponds to the foregoing output control method of the beauty apparatus, and for more detailed description, reference may be made to the content of each embodiment of the foregoing output control method of the beauty apparatus, and the content of the beauty apparatus 100 and the foregoing output control method of the beauty apparatus may also be referred to each other.

Referring to fig. 12, a block diagram of a cosmetic device 300 according to an embodiment of the application is shown. As shown in fig. 12, the cosmetic device 300 includes the aforementioned liquid storage assembly 200 and the aforementioned cosmetic device 100, wherein the cosmetic device 100 is configured to be detachably mounted to the liquid storage assembly 200, and configured to cooperate with the liquid storage assembly 200 when the liquid storage assembly 200 is mounted, wherein the liquid storage assembly 200 stores a cosmetic substance therein, and wherein the liquid storage assembly 200 is configured to contact the skin and release the cosmetic substance to the skin surface when the cosmetic device 100 is mounted to the skin.

In some embodiments, a partially exploded view of the cosmetic device 300 is shown in fig. 5.

The embodiment of the application also provides a computer readable storage medium, wherein a computer program is stored in the computer readable storage medium, and the computer program is used for being executed after being called by a processing timer so as to realize the micro-current output control method provided by any embodiment.

Those of ordinary skill in the art will appreciate that all or a portion of the steps in the various methods of the above embodiments may be implemented by a program that instructs associated hardware, and the program may be stored in a computer readable memory, which may include: flash disk, read-only memory, random access memory, magnetic or optical disk, etc.

It should be noted that, for simplicity of description, the foregoing method embodiments are all described as a series of acts, but it should be understood by those skilled in the art that the present application is not limited by the order of acts described, as some steps may be performed in other orders or concurrently in accordance with the present application. Further, those skilled in the art will also appreciate that the embodiments described in the specification are all preferred embodiments, and that the acts and modules referred to are not necessarily required for the present application.

In the foregoing embodiments, the descriptions of the embodiments are emphasized, and for parts of one embodiment that are not described in detail, reference may be made to related descriptions of other embodiments.

The foregoing is a description of embodiments of the present application, and it should be noted that, for those skilled in the art, modifications and variations can be made without departing from the principles of the embodiments of the present application, and such modifications and variations are also considered to be within the scope of the present application.

Claims

1. An output control method of a cosmetic instrument, characterized in that the output control method of the cosmetic instrument comprises the following steps:

acquiring motion information of the beauty instrument when the beauty instrument acts on skin, wherein the motion information comprises a moving speed and/or a direction angle;

and controlling and adjusting the output intensity of the beauty instrument according to the acquired motion information.

2. The output control method of a cosmetic apparatus according to claim 1, wherein the motion information includes a moving speed, and the controlling and adjusting the output intensity of the cosmetic apparatus according to the acquired motion information includes:

determining a target moving speed interval;

when the acquired moving speed is greater than or equal to the upper limit value of the target moving speed interval, controlling to increase the output intensity of the beauty instrument;

and when the acquired moving speed is smaller than or equal to the lower limit value of the target moving speed interval, controlling to reduce the output intensity of the beauty instrument or controlling the beauty instrument to stop outputting.

3. The output control method of a cosmetic apparatus according to claim 2, wherein the cosmetic apparatus is further configured to be detachably mounted to a liquid storage assembly, and to be used in cooperation with the liquid storage assembly when the liquid storage assembly is mounted, the liquid storage assembly storing therein a cosmetic substance, and the liquid storage assembly being configured to be brought into contact with skin and release the cosmetic substance to a skin surface when the cosmetic apparatus is mounted to the cosmetic apparatus, energy output from the cosmetic apparatus being conducted to the skin through the cosmetic substance stored in the liquid storage assembly; the method further comprises the steps of:

Detecting whether the liquid storage component is mounted on the beauty instrument;

the determining the target moving speed interval includes:

when the beauty instrument is detected to be provided with the liquid storage component, determining the target moving speed interval as a first preset moving speed interval;

when the fact that the liquid storage component is not mounted on the beauty instrument is detected, the target moving speed interval is determined to be a second preset moving speed interval, the upper limit value of the second preset moving speed interval is larger than the upper limit value of the first preset moving speed interval, and the lower limit value of the second preset moving speed interval is larger than the lower limit value of the first preset moving speed interval.

4. The output control method of a cosmetic instrument according to claim 2, wherein the cosmetic instrument has at least two operation modes; the method further comprises the steps of:

determining the current working mode of the beauty instrument;

the determining the target moving speed interval includes:

and determining the moving speed interval corresponding to the current working mode of the beauty instrument as the target moving speed interval according to the preset corresponding relation between the preset working mode and the moving speed interval.

5. The output control method of a cosmetic apparatus according to claim 4, wherein the cosmetic apparatus is further configured to be detachably mounted to a liquid storage assembly, and to be used in cooperation with the liquid storage assembly when the liquid storage assembly is mounted, the liquid storage assembly storing therein a cosmetic substance, and the liquid storage assembly being configured to be brought into contact with skin and release the cosmetic substance to a skin surface when the cosmetic apparatus is mounted to the cosmetic apparatus, energy output from the cosmetic apparatus being conducted to the skin through the cosmetic substance stored in the liquid storage assembly; the method further comprises the steps of:

the preset corresponding relation between the preset working mode and the moving speed interval comprises a first preset corresponding relation between the working mode and the first moving speed interval and a second preset corresponding relation between the working mode and the second moving speed interval; the step of determining the moving speed interval corresponding to the current working mode of the beauty instrument as the target moving speed interval according to the preset corresponding relation between the preset working mode and the moving speed interval comprises the following steps:

when the fact that the liquid storage component is installed on the beauty instrument is detected, determining a first moving speed interval corresponding to the current working mode of the beauty instrument as the target moving speed interval according to a first preset corresponding relation between the working mode and the first moving speed interval;

when the fact that the liquid storage component is not installed on the beauty instrument is detected, determining a second moving speed interval corresponding to the current working mode of the beauty instrument as the target moving speed interval according to a second preset corresponding relation between the working mode and the second moving speed interval.

6. The method according to claim 5, wherein an upper limit value of the first moving speed section corresponding to the same operation mode is smaller than an upper limit value of the second moving speed section corresponding to the same operation mode, and a lower limit value of the first moving speed section corresponding to the same operation mode is smaller than a lower limit value of the second moving speed section corresponding to the same operation mode.

7. The output control method of a cosmetic apparatus according to claim 4, wherein the at least two operation modes include at least two region modes, the at least two region modes include at least two of an eye mode, a cheek mode, and a full face mode, an upper limit value of a movement speed section corresponding to the eye mode is greater than or equal to an upper limit value of a movement speed section corresponding to the cheek mode, and a lower limit value of a movement speed section corresponding to the eye mode is greater than or equal to a lower limit value of a movement speed section corresponding to the cheek mode.

8. The output control method of a cosmetic instrument according to claim 7, wherein the cosmetic instrument includes an eye-acting region and a cheek-acting region on the same side, the cosmetic instrument further includes a first functional component and a second functional component, the first functional component corresponding to the eye-acting region, the second functional component corresponding to the cheek-acting region, the eye-acting region and the cheek-acting region facing different skin regions when the cosmetic instrument acts on skin, the first functional component being configured to output energy to the skin region facing the eye-acting region, the second functional component being configured to output energy to the skin region facing the cheek-acting region; the determining the current working mode of the beauty instrument comprises the following steps:

When the first functional component outputs energy and the second functional component does not output energy, determining that the current area mode of the beauty instrument is the eye mode;

when the second functional component outputs energy and the first functional component does not output energy, determining that the current area mode of the beauty instrument is the cheek mode;

and when the first functional component and the second functional component output energy, determining that the current area mode of the beauty instrument is the full-face mode.

9. The method according to claim 4, wherein the at least two operation modes include at least two output modes, the at least two output modes include at least two of an anti-aging mode, a yellow-removing mode, a repair mode and a brightening mode, an upper limit value of a moving speed interval corresponding to the anti-aging mode is smaller than an upper limit value of a moving speed interval corresponding to the yellow-removing mode, the repair mode and the brightening mode, and a lower limit value of a moving speed interval corresponding to the anti-aging mode is smaller than a lower limit value of a moving speed interval corresponding to the yellow-removing mode, the repair mode and the brightening mode.

10. The method of claim 9, wherein the cosmetic instrument is detachably mounted to and used in combination with a reservoir assembly, the reservoir assembly having stored therein a cosmetic substance, the reservoir assembly being configured to contact the skin and release the cosmetic substance to the skin surface when the cosmetic instrument is applied to the skin, the energy output by the cosmetic instrument being conducted to the skin through the cosmetic substance stored in the reservoir assembly, the reservoir assembly being of a type comprising at least two types, the cosmetic substances stored in the reservoir assemblies of different types being different; the method further comprises the steps of:

Identifying the type of a liquid storage component mounted on the cosmetic instrument;

the determining the current working mode of the beauty instrument comprises the following steps:

according to a preset corresponding relation between the type of the preset liquid storage component and the output mode, determining that the identified output mode corresponding to the type of the liquid storage component is the current output mode of the beauty instrument.

11. The method according to claim 4, wherein the at least two operation modes include at least two region modes and at least two output modes, the at least two region modes include at least two of an eye mode, a face mode and a full face mode, and the at least two output modes include at least two of an anti-aging mode, a yellow-removing mode, a repair mode and a glow mode; the determining the current working mode of the beauty instrument comprises the following steps:

determining the current area mode and the current output mode of the beauty instrument;

the step of determining the moving speed interval corresponding to the current working mode of the beauty instrument as the target moving speed interval according to the preset corresponding relation between the preset working mode and the moving speed interval comprises the following steps:

And determining the moving speed interval corresponding to the current area mode and the output mode of the beauty instrument as the target moving speed interval according to the preset corresponding relation between the preset area mode and the preset corresponding relation between the output mode and the moving speed interval.

12. The method according to claim 4, wherein each working mode has at least two energy levels, each energy level corresponds to a preset output energy, the preset output energy corresponding to a different energy level is different, the preset correspondence between the working mode and the moving speed interval defines the preset correspondence between at least two working modes and the moving speed interval, the preset correspondence between each working mode and the moving speed interval includes the preset correspondence between at least two energy levels and the moving speed interval, the at least two energy levels are sequentially ordered in advance, the preset output energy corresponding to the at least two energy levels is gradually increased, the upper limit value of the corresponding moving speed interval is gradually decreased, and the lower limit value of the corresponding moving speed interval is gradually decreased.

13. The output control method of a cosmetic apparatus according to claim 12, wherein after determining an operation mode in which the cosmetic apparatus is currently located, the method further comprises:

Determining the current energy gear of the current working mode of the beauty instrument;

and determining the moving speed interval corresponding to the current energy gear of the beauty instrument as the target moving speed interval according to the preset corresponding relation between the energy gear and the moving speed interval.

14. The output control method of a cosmetic instrument according to claim 1, wherein the cosmetic instrument is configured to act on a face, and the controlling and adjusting the output intensity of the cosmetic instrument based on the acquired motion information includes:

and when the motion information obtained is used for determining that the beauty instrument moves from the currently acting face area to the target face area, controlling and adjusting the output intensity of the beauty instrument according to the currently acting face area and the target face area of the beauty instrument.

15. The output control method of a cosmetic instrument according to claim 14, wherein the cosmetic instrument includes an action face that faces a face when the cosmetic instrument acts on the face, the face including at least two face regions including an eye region and at least one of a cheek region and a forehead region, the movement information including a direction angle that is an angle of the action face with a preset direction; the step of determining that the beauty instrument moves from the currently acting face area to the target face area according to the acquired motion information comprises the following steps:

Determining that the beauty treatment instrument moves from a cheek region to an eye region when the acquired direction angle changes from being within a first preset angle interval to being within a second preset angle interval;

determining that the beauty instrument moves from an eye region to a cheek region when the acquired direction angle changes from being located in the second preset angle interval to being located in the first preset angle interval;

when the acquired direction angle changes from being positioned in a third preset angle interval to being positioned in a second preset angle interval, determining that the beauty instrument moves from a forehead area to an eye area;

and when the acquired direction angle is changed from being positioned in the second preset angle interval to being positioned in the third preset angle interval, determining that the beauty instrument moves from the eye area to the forehead area.

16. The output control method of a cosmetic apparatus according to claim 14, wherein the face includes at least two face regions including an eye region, and further including at least one of a cheek region and a forehead region; the controlling and adjusting the output intensity of the beauty instrument according to the currently acting face area of the beauty instrument and the target face area comprises the following steps:

Controlling to decrease the output intensity of the cosmetic instrument when it is determined that the cosmetic instrument is moving from the cheek area or the forehead area to the eye area;

upon determining that the cosmetic instrument moves from the eye region to the cheek region or the forehead region, controlling to increase the output intensity of the cosmetic instrument.

17. The output control method of a cosmetic instrument according to claim 1, wherein the cosmetic instrument includes a heating assembly including a heat-conducting member and a heat-generating member which are stacked, a surface of the heat-conducting member facing away from the heat-generating member being in contact with the skin when the cosmetic instrument is applied to the skin, and heat generated by the heat-generating member being conducted to the skin through the heat-conducting member; the controlling and adjusting the output intensity of the beauty instrument according to the acquired motion information comprises the following steps:

and controlling and adjusting the heating power of the heating element according to the acquired motion information.

18. The output control method of a cosmetic apparatus according to claim 2, characterized in that the method further comprises:

detecting the temperature of the skin acted by the beauty instrument;

determining a target safety temperature and a target working temperature interval;

and when the acquired moving speed is greater than or equal to the upper limit value of the target moving speed interval, controlling to increase the output intensity of the beauty instrument, wherein the method comprises the following steps:

When the acquired moving speed is greater than or equal to the upper limit value of the target moving speed interval, controlling and increasing the output intensity of the beauty instrument so that the temperature of the skin acted by the beauty instrument is positioned in the target working temperature interval;

and when the acquired moving speed is less than or equal to the lower limit value of the target moving speed interval, controlling to reduce the output intensity of the beauty instrument or controlling the beauty instrument to stop outputting, including:

and when the acquired moving speed is smaller than or equal to the lower limit value of the target moving speed interval, controlling to reduce the output intensity of the beauty instrument or controlling the beauty instrument to stop outputting so that the temperature of the skin acted by the beauty instrument is smaller than the target safety temperature.

19. The output control method of a cosmetic instrument according to claim 2, wherein the cosmetic instrument is for acting on a face, the face being capable of being covered with a mask; the method further comprises the steps of:

judging whether the beauty instrument is contacted with a mask or not when the beauty instrument acts on skin;

the determining the target moving speed interval includes:

when the beauty instrument is determined to be in contact with the mask, determining the target moving speed interval as a third preset moving speed interval;

When the beauty instrument is not contacted with the mask, the target moving speed interval is determined to be a fourth preset moving speed interval, the upper limit value of the fourth preset moving speed interval is larger than the upper limit value of the third preset moving speed interval, and the lower limit value of the fourth preset moving speed interval is larger than the lower limit value of the third preset moving speed interval.

20. A cosmetic device, comprising:

a motion detection module for detecting motion information of the beauty instrument when the beauty instrument acts on skin, wherein the motion information comprises a moving speed and/or a direction angle;

and the control module is used for controlling and adjusting the output intensity of the beauty instrument according to the motion information acquired by the motion detection module.

21. A cosmetic device comprising a reservoir assembly and a cosmetic device as claimed in claim 20, the cosmetic device being adapted to be removably mounted to the reservoir assembly and adapted to be used in conjunction with the reservoir assembly when the reservoir assembly is mounted, the reservoir assembly having stored therein a cosmetic substance, the reservoir assembly being adapted to contact the skin and release the cosmetic substance to the skin surface when the cosmetic device is mounted to the cosmetic device.

22. A computer readable storage medium, wherein a computer program is stored in the computer readable storage medium, and the computer program is used for being executed after being called by a processor, so as to implement the output control method of the beauty instrument according to any one of claims 1 to 19.