CN108451086B

CN108451086B - Dress up device

Info

Publication number: CN108451086B
Application number: CN201810349195.9A
Authority: CN
Inventors: 刘召军; 王艳; 覃丽环; 张胡梦圆
Original assignee: Southwest University of Science and Technology
Current assignee: Southwest University of Science and Technology
Priority date: 2018-04-18
Filing date: 2018-04-18
Publication date: 2024-01-23
Anticipated expiration: 2038-04-18
Also published as: CN108451086A

Abstract

The invention discloses a dressing device, which comprises: at least one of false eyelashes, eye shadow patches, eyebrow patches, and wigs; at least one of false eyelashes, eye shadow patches, eyebrow patches and wigs is provided with a micro LED; the device of making up still includes power and drive circuit, drive circuit and the power with miniature LED is connected, the power with drive circuit connects, be provided with the control button on the drive circuit, the control button is used for controlling miniature LED is luminous. The technical scheme provided by the invention is convenient to wear, the defect that the color cannot be changed along with the scene is overcome, and whether each micro LED emits light is controlled by the control key on the driving circuit, so that a dynamic effect is generated according to the scene change, and the entertainment atmosphere can be enhanced.

Description

Dress up device

Technical Field

Embodiments of the present invention relate to a dressing technique, and more particularly, to a dressing apparatus.

Background

In occasions such as make-up dance, program performance, game activities, KTV cheering, halloween dress and the like, actors often modify eyes, can make up strongly, paste eyelashes, draw eye shadow, draw eyebrows and the like, and often wear beautiful wigs of colour, however make up strongly, the color of the eye also can not change in time along with the scene, and entertainment atmosphere is relatively poor.

Disclosure of Invention

The invention provides a decorating device, which is convenient to wear, can generate dynamic effects along with scene changes and can build entertainment atmosphere.

The invention discloses a dressing device, comprising:

at least one of false eyelashes, eye shadow patches, eyebrow patches, and wigs;

at least one of false eyelashes, eye shadow patches, eyebrow patches and wigs is provided with a micro LED;

the device of making up still includes power and drive circuit, drive circuit and the power with miniature LED is connected, the power with drive circuit connects, be provided with the control button on the drive circuit, the control button is used for controlling miniature LED is luminous.

Optionally, the driving circuit includes a first end and a plurality of second ends, the first end of the driving circuit is connected with the first end of the power supply, the plurality of second ends of the driving circuit are connected with the first ends of the micro LEDs in a one-to-one correspondence, and the second ends of the micro LEDs are connected with the second ends of the power supply.

Optionally, the micro LED is electrically connected to the power supply and the driving circuit through a flexible cable.

Optionally, the false eyelashes include a ciliary line and a peduncles;

the eyelash line and the eyelash stalk are respectively provided with a plurality of micro LEDs along the length direction of the main body, and the micro LEDs on the eyelash stalk and the eyelash line are connected by a flexible cable.

Optionally, the control key comprises a first control key, and the first control key at least comprises a first adjusting gear, a second adjusting gear, a third adjusting gear and a fourth adjusting gear;

the first adjusting gear is used for enabling the micro LEDs on the eyelash line to emit light;

the second adjusting gear is used for enabling the micro LED on the eyelash peduncles to emit light;

the third adjusting gear is used for enabling the micro LEDs on the eyelash lines and the eyelash stems to emit light;

the fourth adjustment gear is used for enabling the miniature LEDs on the eyelash line and the eyelash peduncles to be extinguished.

Optionally, the eye shadow patch and the eyebrow patch both comprise transparent flexible substrates, and the micro LED arrays included in the eye shadow patch and the eyebrow patch are arranged on the respective transparent flexible substrates;

the transparent flexible substrate comprises a functional circuit for connecting each micro LED.

Optionally, the control keys include a second control key and a third control key, and the second control key includes a fifth adjustment gear, a sixth adjustment gear and a seventh adjustment gear; the third control key comprises an eighth adjusting gear, a ninth adjusting gear and a tenth adjusting gear;

the fifth adjusting gear is used for enabling the micro LEDs on the eye shadow to emit light;

the sixth adjusting gear is used for enabling the micro LEDs on the eye shadow to display a first preset pattern;

the seventh adjusting gear is used for enabling all the micro LEDs on the eye shadow to be turned off;

the eighth adjusting gear is used for enabling the micro LED on the eyebrow paste to emit light;

the ninth adjusting gear is used for enabling the micro LED on the eyebrow paste to display a second preset pattern;

and the tenth adjusting gear is used for enabling all the micro LEDs on the eyebrow paste to be extinguished.

Optionally, a plurality of micro LEDs are arranged on the hairline on the wig outer layer along the length direction of the main body, and the micro LEDs on the wig hairline are connected by a flexible cable.

Optionally, the control keys include a fourth control key, and the fourth control key includes an eleventh adjustment gear, a twelfth adjustment gear and a thirteenth adjustment gear;

the eleventh adjusting gear is used for enabling the micro LED on the wig hairline to emit light;

the twelfth adjusting gear is used for enabling the micro LED on the wig hairline to display a third preset pattern;

the thirteenth adjusting gear is used for enabling all the micro LEDs on the wig hairline to be extinguished.

Optionally, the plurality of micro LEDs of the false eyelashes, the eye shadow patches, the eyebrow patches and the wigs at least comprise red micro LEDs, green micro LEDs and blue micro LEDs, and the red micro LEDs, the green micro LEDs and the blue micro LEDs are arranged according to a certain rule;

the driving circuit is also provided with a fifth control key, and the fifth control key is used for controlling the light emission of the red micro LED, the green micro LED and the blue micro LED so as to realize different light emission colors of the false eyelashes, the eye shadow patches, the eyebrow patches and the wigs.

Optionally, the driving circuit further includes a sound sensor, where the sound sensor is used to convert external sound into an electrical signal;

the driving circuit is used for controlling the luminous brightness of each micro LED according to the magnitude of the electric signal.

Optionally, each micro LED is a flip-chip micro LED chip.

The present invention discloses a dressing device, comprising: at least one of false eyelashes, eye shadow patches, eyebrow patches, and wigs; at least one of false eyelashes, eye shadow patches, eyebrow patches and wigs is provided with micro LEDs; the dress up device further comprises a power supply and a driving circuit, wherein the driving circuit and the power supply are connected with the micro-LEDs, the power supply is connected with the driving circuit, a control key is arranged on the driving circuit, and the control key is used for controlling the micro-LEDs to emit light. The decorative device provided by the invention is convenient to wear, solves the defect that the color cannot be changed along with the scene, and has the advantages that false eyelashes, eye shadow patches, eyebrow patches or wigs formed by a plurality of micro LEDs are uniform in light emission, the ornamental value is high, whether each micro LED emits light or not is controlled by a control key on a driving circuit according to atmosphere, so that dynamic effects are generated according to the scene change, and the entertainment atmosphere can be enhanced.

Drawings

Fig. 1 is a schematic structural view of a dressing apparatus according to an embodiment of the present invention;

fig. 2 is a schematic structural diagram of a micro LED according to an embodiment of the present invention;

fig. 3 is a schematic view of a false eyelash according to an embodiment of the present invention;

fig. 4 is a schematic structural diagram of an eye shadow patch according to an embodiment of the present invention;

fig. 5 is a schematic structural view of an eyebrow mask according to an embodiment of the present invention;

fig. 6 is a schematic diagram of a wig according to an embodiment of the present invention.

Detailed Description

The invention is described in further detail below with reference to the drawings and examples. It is to be understood that the specific embodiments described herein are merely illustrative of the invention and are not limiting thereof. It should be further noted that, for convenience of description, only some, but not all of the structures related to the present invention are shown in the drawings.

Fig. 1 is a schematic structural view of a dressing apparatus according to an embodiment of the present invention. Referring to fig. 1, the present invention discloses a grooming device comprising: at least one of the false eyelashes 10, the eye shadow patch 20, the eyebrow patch 30, and the hairpiece 40; at least one of the false eyelashes 10, the eye shadow patch 20, the eyebrow patch 30, and the hairpiece 40 is provided with a micro LED100; the dressing device further comprises a power supply 50 and a driving circuit 60, the driving circuit 60 and the power supply 50 are connected with the micro-LEDs 100, the power supply 50 is connected with the driving circuit 60, a control key 70 is arranged on the driving circuit 60, and the control key 70 is used for controlling the micro-LEDs 100 to emit light.

Wherein, the false eyelashes 10, the eye shadow patches 20 and the eyebrow patches 30 are arranged in pairs. One or more of the false eyelashes 10, the eye shadow patches 20, the eyebrow patches 30 and the wigs 40 can be selected for dressing according to actual needs, and the false eyelashes, the eye shadow patches 20, the eyebrow patches 30 and the wigs 40 can be directly stuck or worn on corresponding positions, so that the method is simple and convenient, the time for each make-up can be reduced, the damage of cosmetics to the skin can be reduced, and the defect that the color cannot be changed along with the scene can be overcome.

The common LED has larger volume, if the common LEDs are arranged on the hairline, the hairline is required to shield, the number of the LEDs which can be arranged is limited, the light is not uniform, and the common LEDs have the problem of low heat dissipation.

Micro-LEDs (Micro-LEDs) 100 are much smaller than conventional LEDs, which are illustratively on the order of millimeters or micrometers in size, while Micro-LEDs 100 may be on the order of nanometers in size. The micro LED100 not only has the characteristics of high efficiency, high brightness, high reliability, quick response time and the like of a common LED, but also has the advantages of energy saving, simple structure, small volume and the like. The false eyelashes 10, the eye shadow patches 20 and the eyebrow patches 30 are formed by the plurality of micro LEDs 100, so that small-area areas around eyes can be decorated, the diversity of decoration is increased, the device is more attractive, and the device can be repeatedly used, so that resources are saved.

Alternatively, each micro LED100 is a flip-chip micro LED chip.

Considering that the flip-chip micro LED chip emits light from one side of the chip substrate, the light emitting area is large, the light utilization rate is high, and the heat dissipation speed of one side of the chip substrate is high, all micro LEDs in the decoration device can be provided with the flip-chip micro LED chip.

Fig. 2 is a schematic structural diagram of a micro LED according to an embodiment of the present invention. For example, referring to fig. 2, the micro LED chip of the present invention may have a specific structure in which a sapphire substrate 110, an N-type GaN layer 120, a Multi-quantum Well (MQW) 130, and a P-type GaN layer 140 are sequentially stacked, and an N-type electrode 150 and a P-type electrode 160 are respectively disposed on the N-type GaN layer 120 and the P-type GaN layer 140.

It should be noted that fig. 2 only shows a specific structure of a micro LED, and the structure and the materials of the internal structure of each micro LED may be determined according to actual requirements.

The plurality of micro LEDs 100 can be arranged in a single row to form the hairlines of the eyelashes or the wigs 40 in the false eyelashes 10, and the array arrangement is adopted to form the eye shadow patches 20 or the eyebrow patches 30, so that the formed false eyelashes 10, eye shadow patches 20, eyebrow patches 30 or wigs 40 have uniform light emission and high ornamental value.

The micro LEDs 100 may be controlled to emit light according to the atmosphere through the control keys 70 on the driving circuit 60 to generate a dynamic effect according to a scene change, and the entertainment atmosphere may be enhanced, and the driving circuit 60 may adjust the brightness of the micro LEDs by controlling the pulse width of the driving signal, or by whether to transmit the driving signal to the micro LEDs, for example, to make the grooming device realize the dynamic effect.

The power supply source of the power supply can be in environmental protection power generation modes such as thermoelectric power generation, solar power generation, biological power generation and the like, so that resources are saved.

The device of making up that this embodiment provided wears the convenience, has reduced the time of making up at every turn, and has reduced cosmetics and to the injury of skin, has solved the color development and can not follow the defect of scene change, and by the false eyelash that a plurality of miniature LEDs constitute, eye shadow subsides, eyebrow subsides or wig luminous even, the sight is strong, whether each miniature LED of control on the drive circuit is luminous according to the atmosphere, makes it produce dynamic effect according to the scene change, can strengthen the amusement atmosphere.

It will be appreciated that the micro-LEDs 100 are provided with a smaller volume, and a certain gap may be formed between the adjacent micro-LEDs 100, so that the false eyelashes 10, the eye shadow patch 20, the eyebrow patch 30 or the wig 40 have a certain softness, and are not limited to wear, and as an example, the false eyelashes 10, the eye shadow patch 20 and the eyebrow patch 30 may be bent to a certain extent, and the micro-LEDs 100 on the hairline of the wig 40 may shake along with the shake of the wearer. The power supply 50 and the driving circuit 60 may be placed under the hairpiece 40 for aesthetic purposes.

Optionally, the driving circuit 60 includes a first end and a plurality of second ends, the first end of the driving circuit 60 is connected to the first end of the power source 50, the plurality of second ends of the driving circuit 60 are connected to the first ends of the micro LEDs 100 in a one-to-one correspondence, and the second end of each micro LED100 is connected to the second end of the power source 50.

It will be appreciated that in order to make the micro-LEDs in the grooming device controllable and ensure that they can emit light, a closed loop is required between each micro-LED, the drive circuit and the power supply. In order that the micro LEDs do not interfere with each other, the micro LEDs may be connected in parallel, that is, a first end of each micro LED is correspondingly connected to a second end of the driving circuit 60, and each micro LED may correspond to a driving unit in the driving circuit 60.

Considering that the number of micro-LEDs in the decorating device is more, and the size of the micro-LEDs is smaller, the connection difficulty is higher and the appearance is influenced by using a conventional wire, and optionally, the micro-LEDs are electrically connected with a power supply and a driving circuit through flexible cables.

Fig. 3 is a schematic view of a false eyelash according to an embodiment of the present invention. Referring to fig. 3, alternatively, the false eyelash 10 includes a ciliary wire 11 and a peduncles 12; the mascara wire 11 and the mascara stem 12 are provided with a plurality of micro LEDs 100 along the length direction of the body thereof, respectively, and the micro LEDs 100 on the mascara stem 12 and the mascara wire 11 are connected by a flexible cable (not shown in the drawing).

A plurality of cilia 11 are fixed to the stem 12. Referring to the partially enlarged portion of fig. 2, a plurality of micro LEDs 100 arranged in a single row of 1×m are uniformly distributed in the length direction of the main body of each of the mascara line 11 and the mascara stick 12.

It is understood that the control buttons 70 may be provided in plural numbers to control the lighting of the micro LEDs on the false eyelashes 10, the eye shadow patch 20, the eyebrow patch 30, or the hairpiece 40, respectively.

Optionally, the control keys 70 include a first control key, where the first control key includes at least a first adjustment gear, a second adjustment gear, a third adjustment gear, and a fourth adjustment gear; the first adjusting gear is used for enabling the micro LED100 on the eyelash line 11 to emit light; the second adjustment gear is used for enabling the micro LED100 on the lash stem 12 to illuminate; the third adjusting gear is used for enabling the micro LEDs 100 on the eyelash line 11 and the eyelash peduncles 12 to emit light; the fourth adjustment range is used to turn off the micro LED100 on both the mascara line 11 and the mascara stem 12.

The first control key is a multi-gear adjusting control key, and the light emitting conditions of the micro LEDs 100 on the eyelash 11 and the eyelash stalk 12 can be respectively controlled by switching each adjusting gear in the first control key, so that the light emitting position of the false eyelash 10 can be controlled, and the entertainment atmosphere can be increased.

Fig. 4 is a schematic structural diagram of an eye shadow patch according to an embodiment of the present invention. Fig. 5 is a schematic structural view of an eyebrow mask according to an embodiment of the present invention. Referring to fig. 4 and 5, optionally, the eye shadow patch 20 and the eyebrow patch 30 each include a transparent flexible substrate 21, and the array of micro LEDs 100 included in the eye shadow patch 20 and the eyebrow patch 30 are disposed on the respective transparent flexible substrates 21; the transparent flexible substrate 21 includes a functional circuit (not shown in the drawing) for connecting the respective micro LEDs 100, a functional circuit interface circuit and wirings for transmitting the driving signals outputted from the driving circuit 60 to the micro LEDs 100.

It will be appreciated that since both the eye shadow patch 20 and the eyebrow patch 30 are required to be attached to the eyelids and eyebrows of the wearer, a certain softness of the eye shadow patch 20 and the eyebrow patch 30 is required, and thus, the substrates of the eye shadow patch 20 and the eyebrow patch 31 are both flexible substrates.

The plurality of micro LEDs 100 may be uniformly arranged on the flexible substrate so that both the eye shadow patch 20 and the eyebrow patch 30 may uniformly emit light. Considering that the eye shadow patch 20 and the eyebrow patch 30 have more micro LEDs 100, functional circuits can be arranged on the respective transparent flexible substrates 21, and can be regarded as flexible PCB boards, each micro LED100 is connected through the functional circuit, and driving signals can be transmitted to each corresponding micro LED100 through wiring in the functional circuit, so that control over each micro LED100 is realized, access of a large number of wires can be avoided, and the eye shadow patch 20 and the eyebrow patch 30 are more attractive and convenient to control.

Optionally, the control keys include a second control key and a third control key, and the second control key includes a fifth adjusting gear, a sixth adjusting gear and a seventh adjusting gear; the third control button includes eighth adjustment gear, ninth adjustment gear and tenth adjustment gear.

The fifth adjusting gear is used for enabling the micro LEDs on the eye shadow patch to emit light; the sixth adjusting gear is used for enabling the micro LEDs on the eye shadow to display a first preset pattern; the seventh adjusting gear is used for enabling all the micro LEDs on the eye shadow to be turned off.

The eighth adjusting gear is used for enabling the micro LED on the eyebrow paste to emit light; the ninth adjusting gear is used for enabling the micro LED on the eyebrow paste to display a second preset pattern; the tenth adjusting gear is used for enabling all the micro LEDs on the eyebrow paste to be turned off.

It should be noted that, the second control key of the control keys is used for controlling the lighting condition of each micro LED on the eye shadow patch, and the third control key is used for controlling the lighting condition of each micro LED on the eyebrow patch. The second control key and the third control key are all multi-gear adjusting control keys, and the luminous parts of all the miniature LEDs can be controlled by adjusting gears, so that the entertainment atmosphere is increased.

The first preset pattern and the second preset pattern can be a plurality of different patterns which are preset and stored, and the patterns of the first preset pattern and the second preset pattern can be the same or different. For example, the driving signals sent to the micro LEDs on the eye shadow may be controlled to emit light with the micro LEDs at the corresponding positions in the first preset pattern, the micro LEDs at other positions do not emit light, and the plurality of light-emitting micro LEDs are displayed as the first preset pattern.

When the second control key is adjusted to the sixth adjustment gear and the third control key is adjusted to the ninth adjustment gear, the eye shadow patch and the eyebrow patch both display preset patterns, and the first preset pattern and the second preset pattern can be set to be switched once every a period of time, for example, the first preset pattern and the second preset pattern are respectively switched once every minute, so as to generate a dynamic effect.

Fig. 6 is a schematic diagram of a wig according to an embodiment of the present invention. Referring to fig. 6, alternatively, a plurality of micro LEDs 100 are provided on the hairpiece 41 on the outer layer of the hairpiece 40 along the length direction of the main body thereof, and the micro LEDs 100 on the hairpiece 41 are connected by a flexible cable (not shown).

Considering that the hairlines on the wig 40 are many, each hairline is provided with a plurality of micro LEDs, so that the wig 40 is heavy, a large number of micro LEDs emit light to destroy the aesthetic feeling, and the micro LEDs on the hairlines inside the wig 40 are shielded to cause resource waste, therefore, the micro LEDs 100 can be only arranged on the hairlines on the outer layer of the wig 40.

Optionally, the control keys include a fourth control key, and the fourth control key includes an eleventh adjustment gear, a twelfth adjustment gear, and a thirteenth adjustment gear; the eleventh adjusting gear is used for enabling the micro LED on the wig hairline to emit light; the twelfth adjusting gear is used for enabling the micro LED on the wig hairline to display a third preset pattern; the thirteenth adjustment gear is used for completely extinguishing the micro LEDs on the wig hairline.

It is understood that the fourth control button controls the illumination of each micro LED on the hairpiece. The wig hairline can shake along with the movement of a wearer, so that the third preset pattern displayed by the micro-LEDs on the wig hairline can be a simple pattern with a large area, such as a large smiling face or a crying face, and the wig hairline is simple and easy to understand, and the display effect of the pattern cannot be affected due to the shake of the hairline.

Optionally, the plurality of micro LEDs of the false eyelash, the eye shadow patch, the eyebrow patch and the wig at least comprise a red micro LED, a green micro LED and a blue micro LED, and the red micro LED, the green micro LED and the blue micro LED are arranged according to a certain rule; the driving circuit further comprises a fifth control key, and the fifth control key is used for controlling the light emission of the red micro LED, the green micro LED and the blue micro LED so as to realize different light emission colors of false eyelashes, eye shadow patches, eyebrow patches and wigs.

It should be noted that, the micro LEDs have smaller volumes, and are arranged according to a certain preset rule, for example, the red micro LEDs, the green micro LEDs and the blue micro LEDs are arranged periodically, which can be regarded as periodically arranged pixel units including three primary colors, and the light emitting colors of the area after the three are mixed can be changed by adjusting the light emitting brightness of the red micro LEDs, the green micro LEDs and the blue micro LEDs.

The fifth control key can control the micro LEDs of different colors at different positions to emit light, so that the false eyelashes, eye shadow patches, eyebrows patches and wigs can emit light of different colors, and the fifth control key can change the light emitting brightness of the red micro LEDs, the green micro LEDs and the blue micro LEDs, so as to change the light emitting colors of different areas in the false eyelashes, the eye shadow patches, the eyebrows patches or the wigs in the dressing device, realize the colorization of the dressing device, change the color of the dressing device according to scenes, and increase entertainment atmosphere.

In order to further enhance the entertainment effect of the grooming device, the drive circuit may optionally further comprise a sound sensor for converting external sound into an electrical signal; the driving circuit is used for controlling the luminous brightness of each micro LED according to the magnitude of the electric signal.

It should be noted that, only when the micro LEDs emit light, the magnitude of the electrical signal will affect the light emitting brightness of each micro LED. Therefore, in order to save resources, when none of the micro LEDs in the grooming device emit light, the sound sensor may be set to be inactive. Only when the miniature LED emits light in the decorating device, the sound sensor is in a working state.

When the external sound changes in magnitude, the electrical signal converted by the sound sensor also changes in magnitude, and the light emitting brightness of each micro LED also changes, for example, when the external sound (such as music) tone is higher, the brightness of each micro LED is higher, and when the external sound (such as music) tone is lower, the brightness of each micro LED is lower.

Note that the above is only a preferred embodiment of the present invention and the technical principle applied. It will be understood by those skilled in the art that the present invention is not limited to the particular embodiments described herein, but is capable of various obvious changes, rearrangements and substitutions as will now become apparent to those skilled in the art without departing from the scope of the invention. Therefore, while the invention has been described in connection with the above embodiments, the invention is not limited to the embodiments, but may be embodied in many other equivalent forms without departing from the spirit or scope of the invention, which is set forth in the following claims.

Claims

1. A grooming apparatus, comprising:

at least one of false eyelashes, eye shadow patches, eyebrow patches, and wigs;

the decorating device further comprises a power supply and a driving circuit, wherein the driving circuit and the power supply are connected with the micro-LEDs, the power supply is connected with the driving circuit, a control key is arranged on the driving circuit, and the control key is used for controlling the micro-LEDs to emit light;

the false eyelashes comprise eyelash lines and eyelash stems;

the eyelash line and the eyelash peduncles are respectively provided with a plurality of micro LEDs along the length direction of the main body, and the micro LEDs on the eyelash peduncles and the eyelash peduncles are connected by a flexible cable;

the control key comprises a plurality of adjusting gears, and each adjusting gear respectively controls the luminous conditions of the miniature LEDs on the eyelash lines and the eyelash stems;

the power supply and the driving circuit are placed under the wig.

2. The grooming apparatus according to claim 1, characterized in that the driving circuit comprises a first end and a plurality of second ends, the first end of the driving circuit being connected to the first end of the power supply, the plurality of second ends of the driving circuit being connected to the first ends of the micro-LEDs in a one-to-one correspondence, the second end of each micro-LED being connected to the second end of the power supply.

3. The grooming apparatus according to claim 1, characterized in that the micro LED is electrically connected to the power supply and the driving circuit by a flexible cable.

4. The grooming apparatus according to claim 1, characterized in that the control key comprises a first control key comprising at least a first adjustment gear, a second adjustment gear, a third adjustment gear and a fourth adjustment gear;

5. The grooming apparatus according to claim 1, wherein the eye shadow patch and the eyebrow patch each comprise a transparent flexible substrate, the eye shadow patch and the eyebrow patch comprising the micro LED arrays being disposed on the respective transparent flexible substrates;

6. The grooming apparatus according to claim 5, characterized in that the control keys comprise a second control key and a third control key, the second control key comprising a fifth adjustment gear, a sixth adjustment gear and a seventh adjustment gear; the third control key comprises an eighth adjusting gear, a ninth adjusting gear and a tenth adjusting gear;

7. The apparatus according to claim 1, wherein a plurality of micro-LEDs are provided on the hairpiece on the outer layer of the hairpiece along the length direction of the main body thereof, and the micro-LEDs on the hairpiece are connected by a flexible cable.

8. The grooming apparatus according to claim 7, characterized in that the control keys comprise a fourth control key comprising an eleventh adjustment gear, a twelfth adjustment gear and a thirteenth adjustment gear;

9. The grooming apparatus according to claim 1, wherein the plurality of micro-LEDs of the false eyelashes, eye shadow patches, eyebrow patches, and wigs include at least red micro-LEDs, green micro-LEDs, and blue micro-LEDs, which are arranged in a regular pattern;

10. The grooming apparatus according to claim 1, characterized in that the driving circuit further comprises a sound sensor for converting external sound into an electrical signal;

11. The grooming apparatus according to claim 1, characterized in that each of the micro-LEDs is a flip-chip micro-LED chip.