KR102541214B1 - Complex beautifying device based on ultrasonics wave - Google Patents

Abstract

In the ultrasonic-based complex cosmetic device according to the present invention, a touch panel for displaying a user's touch interface and visual expression is mounted at a predetermined location, and selectively executes EYE mode, FACE mode, and BODY mode. A device body in which a circuit device for controlling is mounted therein, and is detachably mounted to a connector formed at a predetermined position of the device body through a first piece coupling part, and when the eye mode is executed, among the preset first group ultrasound A first hand piece that oscillates one of the first ultrasonic waves and applies it to the eye part of the human body, and is detachably mounted to a connector formed at a predetermined position of the device body through a second piece coupling part, and when the face mode is executed A second hand piece for oscillating one of the preset second group ultrasound waves and applying the second ultrasound wave to the face of the human body, and a connector formed at a predetermined position of the body of the device through a third piece coupling part, and detachably mounted When the body mode is executed, a third hand piece oscillates one of the preset third group ultrasonic waves and applies the third ultrasonic waves to the body part of the human body, and is mounted at a predetermined position outside the device body It may include a piece hook member holding the first hand piece, the second hand piece, and the third hand piece, respectively.

Description

Ultrasound-based complex beauty device {COMPLEX BEAUTIFYING DEVICE BASED ON ULTRASONICS WAVE}

The present invention relates to a complex cosmetic device, and more particularly, by mounting a plurality of hand pieces that oscillate ultrasonic waves of different wavelength bands as a detachable device, oscillating (vibrating) ultrasonic waves suitable for each part of the human body, It relates to a complex beauty device based on ultrasound that can be applied to a site.

In recent years, the pursuit of a lively life through the suppression of skin aging along with the preference for an eco-friendly diet for leading a lively and healthy life has become a trend.

In general, skin aging inevitably progresses with the passage of time, but suppressing skin aging by using cosmetics applied to the skin inevitably has physical limitations.

As a means for overcoming the limitations of suppressing skin aging by cosmetics, beauty devices such as ultrasonic beauty devices and high frequency beauty devices have been developed and widely spread and utilized.

Ultrasonic beauty devices or high-frequency beauty devices are developed and used as individualized equipment (hand piece equipment for skin massage) that generates preset ultrasonic or high-frequency vibrations. These individualized equipment are devices for facial massage, scalp massage, and body massage. BACKGROUND ART It is used as equipment for cosmetic devices for caring for a specific part of the human body, such as a device.

Therefore, since users have to have different individualized equipment for each part of the human body, there is a problem that they cannot help but suffer very unreasonable disadvantages in terms of equipment purchase cost and equipment maintenance.

On the other hand, conventional hand piece equipment for skin massage is manufactured by soldering + electrodes and - electrodes to ceramic conductors that transmit ultrasonic vibrations. There is a problem that damage may occur, and this problem eventually reduces the product reliability of the hand piece equipment for skin massage and acts as a factor that hinders the longevity of the product.

Korean Patent Publication No. 2017-0134897 (published date: 2017. 12. 07.)

The present invention is an ultrasonic-based complex beauty treatment that can oscillate (vibrate) suitable ultrasonic waves for each part of the body and apply them to the corresponding part of the body by mounting a plurality of hand pieces that oscillate ultrasonic waves of different wavelengths as a detachable device. We want to provide you with a device.

The present invention provides an ultrasound-based complex cosmetic device that can be detachably coupled between a transducer mounted on the front end of the hand piece and two electrodes (+ electrode and - electrode) of the PCB embedded inside the hand piece through a pogo pin. want to do

The problems to be solved by the present invention are not limited to those mentioned above, and other problems to be solved that are not mentioned can be clearly understood by those skilled in the art from the description below. will be.

According to one aspect of the present invention, a touch panel for displaying a user's touch interface and visuals is mounted at a predetermined location, and controls selective execution of EYE mode, FACE mode, and BODY mode. It is detachably mounted to a device body having a circuit device therein, and a connector formed at a predetermined location of the device body through a first piece coupling part, and when the eye mode is executed, one of the preset first group ultrasound waves is A first hand piece that oscillates with a first ultrasonic wave and applies it to the eye part of the human body, and is detachably mounted to a connector formed at a predetermined position of the main body of the device through a second piece coupling part, and when the face mode is executed, a predetermined number of A second hand piece for oscillating one of two groups of ultrasonic waves and applying the second ultrasonic wave to the face of the human body, and a connector formed at a predetermined position of the body of the device, which is detachably mounted through a third piece coupling part, and the body When the mode is executed, a third hand piece oscillates one of the preset third group ultrasound waves and applies the third ultrasound waves to the body part of the human body, and the first hand piece mounted at a predetermined position outside the device body , It is possible to provide an ultrasound-based composite cosmetic device including a piece hook member holding the second hand piece and the third hand piece, respectively.

Each of the first to third transducers mounted on the front end of each of the first to third hand pieces of the present invention connects each electrode of the PCB embedded in the first to third hand pieces through each pogo pin. They can be detachably coupled to each other.

The circuit device of the present invention includes a misconnection detection unit for detecting misconnection with any one of the first to third piece coupling parts corresponding to the first to third hand pieces, and when the misconnection is detected The display device may further include a visual warning unit for visually warning hand piece misconnection through the touch panel.

The circuit device of the present invention may further include an audible warning unit for giving an audible warning of a handpiece mismatch through a speaker mounted on the main body of the device when the mismatch is detected.

The first group ultrasound of the eye mode of the present invention includes a 1-1 ultrasound having a preset frequency, a 1-2 ultrasound having a frequency relatively higher than the frequency of the first ultrasound, and a 1-1 ultrasound. It may include mixed ultrasound waves in which a frequency and a frequency of the first and second ultrasound waves alternately oscillate at preset time intervals.

The frequency of the 1-1 ultrasound of the present invention is 3 MHz ± 20% because each ultrasonic transducer has a slightly different resonance point, and the frequency of the 1-2 ultrasound may be 10 MHz ± 20%.

The second group ultrasound of the face mode of the present invention may be composed of the same ultrasound waves as the first group ultrasound.

The third group ultrasound of the body mode of the present invention includes a 3-1 ultrasound of a preset frequency, a 3-2 ultrasound of a frequency relatively higher than the frequency of the 3-1 ultrasound, and It may include mixed ultrasonic waves in which the frequency of the ultrasonic wave and the frequency of the 3-2 ultrasonic wave alternately oscillate at preset time intervals.

The frequency of the 3-1 ultrasound of the present invention is 1 MHz ± 20% because each ultrasonic transducer has a slightly different resonance point, and the frequency of the 3-2 ultrasound may be 3 MHz ± Hz 20%.

According to an embodiment of the present invention, a plurality of hand pieces that oscillate ultrasonic waves of different wavelengths are mounted as a detachable device, and through this, ultrasonic waves suitable for each part of the human body are oscillated (vibrated) and applied to the corresponding part of the body. , can effectively realize cost savings and equipment maintenance for multiple handpiece equipment.

According to an embodiment of the present invention, the transducer mounted on the front end of the hand piece and the two electrodes (+ electrode and - electrode) of the PCB embedded inside the hand piece are freely detachably coupled through a pogo pin, thereby providing a hand for skin massage. Not only can the product reliability of piece equipment be improved, but also the longevity of the product can be realized.

Figure 1a is an external view of an ultrasonic-based composite cosmetic device according to an embodiment of the present invention, Figure 1b is a rear view of the ultrasonic-based composite cosmetic device according to an embodiment of the present invention.
2A is an external view of a hand piece according to an embodiment of the present invention, and 2B is an internal configuration diagram of the hand piece according to an embodiment of the present invention.
3 is an application example showing an example in which an ultrasonic-based composite cosmetic device according to an embodiment of the present invention is mounted on an upper part of a means of transportation having wheels on the lower part.
4 is an exemplary screen of a main control menu of a UI image provided according to an embodiment of the present invention.
5 is an example screen of a visual warning message displayed on the screen of the touch panel when the hand piece is incorrectly coupled to the connector of the device body.
6 is a screen showing an example in which a lamp located at the top of the eye mode menu warns in red when the first hand piece for the eye mode is incorrectly coupled (connected) to the connector of the main body of the device in the mode selection menu.

First, the advantages and characteristics of the present invention, and methods for achieving them will become clear with reference to the embodiments to be described in detail in conjunction with the accompanying drawings. Here, the present invention is not limited to the embodiments disclosed below, but may be implemented in a variety of different forms, only the present embodiments make the disclosure of the present invention complete, and are common in the art to which the present invention belongs. Since it is provided as an example so that those skilled in the art can clearly understand the scope of the invention, the technical scope of the present invention should be defined by the claims.

In addition, in describing the present invention below, if it is determined that a detailed description of a known function or configuration may unnecessarily obscure the subject matter of the present invention, the detailed description will be omitted. In addition, terms to be described later are terms defined in consideration of functions in the present invention, which may vary according to intentions or customs of users, operators, etc., of course. Therefore, the definition should be made based on the technical idea described throughout the description of the present invention.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

Figure 1a is an external view of an ultrasonic-based composite cosmetic device according to an embodiment of the present invention, Figure 1b is a rear view of the ultrasonic-based composite cosmetic device according to an embodiment of the present invention.

Referring to FIGS. 1A and 1B, the ultrasonic-based complex beauty device according to the present embodiment includes a device body 102, a touch panel 104, first to third piece coupling parts 106a to 106c, and first to third piece coupling parts 106a to 106c. 3 hand pieces 108a to 108c and a piece hook member 110 may be included, and a power input unit 112 and a power switch 114 may be disposed on the back of the device body 102, respectively.

The device body 102 is equipped with a touch panel 104 for a user's touch interface and visual expression at a predetermined position (e.g., a frontal position when viewed from the user's point of view), EYE mode, face (FACE) A circuit device (circuit control board) not shown for controlling selective execution of the mode and body mode may be mounted therein.

On the touch panel 104, as an example, a main control menu of UI images as shown in FIG. 4 may be expressed (displayed), and the user may use a touch interface (user interface) for UI images included in the main control menu. ), you can select and execute various functions of the complex beauty device you want.

Referring to FIG. 4, ① indicates a window displaying the oscillation frequency when the eye mode, face mode, body mode, etc. are performed, and the numerical value expressed here is 3 MHz ± 20% (1st-1st ultrasound or 2-1st ultrasound) as a numerical value, for example, 10MHz±20% (1-2nd ultrasound or 2-2nd ultrasound) as a numerical value, for example, 3MHz±20% & 10MHz±20% Alternating (mixed ultrasound) can be adjusted numerically, and also in body mode, for example, 1 MHz ± 20% (3-1 ultrasound) as a value, for example 3 MHz ± 20% (3-2 ultrasound) as a numerical value, for example Alternating 1MHz±20% & 3MHz±20% (mixed ultrasound) can be adjusted numerically.

In FIG. 4, ② is a window displaying a frequency of, for example, 3 MHz (3 MHz ± 20%), and as an example, values from 0.1 to 3.0 (W) can be adjusted in units of 0.1 W, and ③ is, for example, 10 MHz (10 MHz). As a window for displaying a frequency of ±20%), as an example, a value of 0.1 to 3.0 (W) can be adjusted in units of 0.1W.

That is, ② and ③ are individually activated according to the adjustment value in ①, and this can be equally applied to the body mode.

In FIG. 4, ④ may mean an up button that increases the value of an activated menu, ⑤ may mean another button that decreases the value of an activated menu, and ⑥ means an on button that can oscillate ultrasonic waves. It can mean the /off button, and whenever the button is touched, it alternates (changes) between STANDBY and RUNNING, and ultrasonic waves can be oscillated only in the running state.

In FIG. 4, ⑦ is a window for displaying a timer, for example, it can be set up to 60 minutes in 5-minute increments. (eg, any one of eye mode, face mode, and body mode) may be executed. ⑧ informs of the ongoing timer time with the value set in ⑦, and may be, for example, 10 minutes by default.

In FIG. 4 , ⑨ may mean a button that returns the timer to its original state, and if the button is clicked during running use, the screen is converted to a standby screen and the timer is reset. ⑩ is a button to adjust the sound to a value of 1, 2, 3, or OFF.

In FIG. 4 , ⑪ may refer to a button to return to a function selection mode, ⑫ to a button to return to a part selection mode, and ⑬ to a memory storage button capable of storing current setting values. If the user does not select save in ⑬, the previous setting value is saved.

In FIG. 4 , ⑭ indicates a window indicating a function mode currently in use, and ⑮ indicates a window indicating a part mode (eye mode, face mode, body mode) currently in use.

Referring back to FIG. 1A, three hand pieces, that is, a first hand piece 108a, a second hand piece 108b, and a third hand piece 108c are mounted in the device body 102 as a detachable device integral type ( can be placed).

The first hand piece 108a is detachably mounted (inserted) to a connector formed at a predetermined position of the device body 102 (eg, a predetermined position on the lower end of the touch panel 104, etc.) through the first piece coupling part 106a. ) can be Here, the first hand piece 108a and the first piece coupling part 106a are fixedly connected via a cable extending to a predetermined length.

When the eye mode is executed, for example, the first hand piece 108a oscillates one of the first ultrasound groups into first ultrasound waves according to operation control transmitted from a circuit device (not shown) in the device body 102 to treat the eye area. It can provide functions such as applying to the skin of.

The first group ultrasound in the eye mode executed through the first hand piece 108a includes a 1-1 ultrasound of a preset frequency, a 1-2 ultrasound of a frequency relatively higher than the frequency of the 1-1 ultrasound, and It may include mixed ultrasound in which the frequency of the 1-1st ultrasound and the frequency of the 1-2nd ultrasound alternately oscillate at preset time intervals. Here, the frequency of the 1-1st ultrasound may be, for example, 3MHz±20%, and the frequency of the 1-2nd ultrasound may be, for example, 10MHz±20%.

The second hand piece 108b is detachably mounted (inserted) to a connector formed at a predetermined position of the device body 102 (eg, a predetermined position on the lower end of the touch panel 104, etc.) through the second piece coupling part 106b. ) can be Here, the second hand piece 108b and the second piece coupling part 106b are fixedly connected through a cable extending to a predetermined length.

When the face mode is executed, for example, the second hand piece 108b oscillates one of the second ultrasound groups into second ultrasound waves according to operation control transmitted from a circuit device (not shown) in the device main body 102 to treat the facial area. It can provide functions such as applying to the skin of.

The second group ultrasound in the face mode executed through the second hand piece 108b includes a 2-1 ultrasound of a preset frequency, a 2-2 ultrasound of a frequency relatively higher than the frequency of the 2-1 ultrasound, and It may include mixed ultrasound in which the frequency of the 2-1st ultrasound and the frequency of the 2-2nd ultrasound alternately oscillate at preset time intervals. Here, the frequency of the 2-1 ultrasound may be, for example, 3 MHz±20%, and the frequency of the 2-2 ultrasound may be, for example, 10 MHz±20%.

The third hand piece 108c is detachably mounted (inserted) to a connector formed at a predetermined position of the device body 102 (eg, a predetermined position on the lower end of the touch panel 104, etc.) through the third piece coupling part 106c. ) can be Here, the third hand piece 108c and the third piece coupling part 106c are fixedly connected through a cable extending to a predetermined length.

When the body mode is executed, for example, the third hand piece 108c oscillates one of the third ultrasound groups into third ultrasound waves according to operation control transmitted from a circuit device (not shown) in the device body 102 to obtain a specific body A function such as application to the skin of the site may be provided.

The third group ultrasound in the body mode executed through the third hand piece 108c includes a 3-1 ultrasound of a preset frequency, a 3-2 ultrasound of a frequency relatively higher than the frequency of the 3-1 ultrasound, and It may include mixed ultrasound in which the frequency of the 3-1 ultrasound and the frequency of the 3-2 ultrasound alternately oscillate at preset time intervals. Here, the frequency of the 3-1 ultrasound may be, for example, 1 MHz±20%, and the frequency of the 3-2 ultrasound may be, for example, 3 MHz±20%.

A piece hanging member 110 may be mounted at a predetermined location outside the device body 102 (eg, a left middle portion of the device body). Two open groove type hangers are formed at predetermined intervals, and each of the first to third hand pieces 108a to 108c can be detachably held through each open groove type hanger.

The complex beauty device according to the present embodiment may detect misconnection of each piece coupling part and provide a visual or audible alarm when misconnection is detected (recognized).

As an example, the first piece coupling portion 106a is not a connector to be coupled to (e.g., the first connector of the device body 102), but a connector to which the second piece coupling portion 106b is to be coupled (e.g., a device When coupled to the second connector of the main body 102), it can be detected, and when such misconnection is detected, an audio and visual alarm can be issued. A combination detection unit, a visual alarm unit, and an audible alarm unit may be mounted.

The misconnection detection unit (not shown) in the circuit device may provide a function such as detecting misconnection of any one of the first to third piece coupling parts corresponding to the first to third hand pieces.

The visual alarm unit (not shown) provides functions such as visually warning of hand piece misconnection through the touch panel 104 when misconnection is detected through the misconnection detection unit, as shown in FIG. 5 as an example. can

The auditory alarm unit (not shown) may provide a function such as audibly warning of hand piece misconnection through a speaker (not shown) mounted on the device body 102 when misconnection is detected through the misconnection detection unit. .

6 shows, as an example, when the first hand piece 108a for the eye mode is incorrectly coupled (connected) to the connector of the device body 102 in the mode selection menu, the lamp located at the top of the eye mode menu warns in red. show an example of

That is, according to the present embodiment, when the piece coupling part of the hand piece is coupled to a connector other than its own connector among the connectors of the device body, a visual warning is issued immediately in the mode selection menu so that the user can immediately visually recognize this. show that you can

2A is an external view of a hand piece according to an embodiment of the present invention, and 2B is an internal configuration diagram of the hand piece according to an embodiment of the present invention.

Referring to Figures 2a and 2b, the hand piece exterior may be composed of a hand piece body 202, a titanium tip 204 and an acetal intermediate portion 206, etc., and the hand piece body 202 is, for example, made of aluminum. can be manufactured

The titanium tip 204 may be manufactured in a structure in which the transducer 210 is attached to the titanium workpiece (mounted and attached to the front end of the hand piece), and each cable passes through the hand piece body 202 and is installed inside the body. It can be connected to a connector (not shown) located on the mounted PCB 208 .

It has a form in which the acetal middle part 206 and the PCB 208 are combined, and when the LED element attached to the PCB 208 emits light, the light is transmitted through the acetal middle part 206, and each hand piece emits a respective color. It can be.

Two electrode pins are coupled to the PCB 28, and these electrode pins may be pog pins 212 whose length is adjusted by a spring inside. That is, the transducer 210 can be detachably coupled to each electrode of the PCB 208 embedded in the hand piece through the pog pin 212 (eg, rotationally coupled with a screw structure at the tip of the hand piece).

The titanium tip 204 is screwed to the acetal middle portion 206, and the two electrode pins of the PCB 208 contact the titanium tip 204 to the transducer 210, so that the transducer 210 operates (ultrasonic wave). oscillation) becomes possible.

3 is an application example showing an example in which an ultrasonic-based composite cosmetic device according to an embodiment of the present invention is mounted on an upper part of a means of transportation having wheels on the lower part.

Referring to FIG. 3 , the ultrasound-based composite beauty device according to the present embodiment may be used in a form mounted on a moving means having wheels at the bottom.

The above description is merely illustrative of the technical idea of the present invention, and those skilled in the art can make various substitutions, modifications, and changes within the scope not departing from the essential characteristics of the present invention. You will easily see that this is possible. That is, the embodiments disclosed in the present invention are not intended to limit the technical idea of the present invention but to explain, and the scope of the technical idea of the present invention is not limited by these embodiments.

Therefore, the protection scope of the present invention should be construed according to the following claims, and all technical ideas within the scope equivalent thereto should be construed as being included in the scope of the present invention.

102: device body
104: touch panel
106a to 106c: feed coupling part
108a to 108c: hand piece
110: piece hanger member
202: hand piece body
204: titanium tip
206: acetal middle part
208: PCB
210: transducer
212: pogo pin

Claims (7)

A device in which a touch panel for user's touch interface and visual expression is mounted at a predetermined location, and a circuit device for controlling selective execution of EYE mode, FACE mode, and BODY mode is mounted therein. body and
It is detachably mounted to a connector formed at a predetermined position of the device body through a first piece coupling part, and when the eye mode is executed, one of the preset first group ultrasonic waves is oscillated as a first ultrasonic wave and applied to the eye part of the human body A first hand piece to do;
It is detachably attached to the connector formed at a predetermined position of the device body through a second piece coupling part, and when the face mode is executed, one of the preset second group ultrasonic waves is oscillated as a second ultrasonic wave, and applied to the face of the human body. A second hand piece to be applied;
It is detachably attached to a connector formed at a predetermined position of the device body through a third piece coupling part, and when the body mode is executed, one of the preset third group ultrasonic waves is oscillated as a third ultrasonic wave, so that the body part of the human body A third hand piece to be applied;
A piece hook member mounted at a predetermined position outside the device body to hold the first hand piece, the second hand piece, and the third hand piece, respectively;
Each of the first to third transducers mounted on the front end of each of the first to third hand pieces is freely detachable from each electrode of the PCB, respectively, embedded in the first to third hand pieces through each pogo pin. combined,
The circuit device includes a misconnection detection unit for detecting misconnection with any one of the first to third piece coupling parts corresponding to the first to third hand pieces, and the touch panel when the misconnection is detected. Further comprising a visual alarm unit for visually warning of hand piece misconnection through a visual alarm unit, and an audible alarm unit for audibly warning of hand piece misconnection through a speaker mounted on the main body of the device when the misconnection is detected,
The first group ultrasound of the eye mode includes a 1-1 ultrasound of a preset frequency, a 1-2 ultrasound of a frequency relatively higher than the frequency of the first ultrasound, a frequency of the 1-1 ultrasound and the Ultrasound-based composite cosmetic device including mixed ultrasound waves in which the frequencies of the first and second ultrasound waves alternately oscillate at predetermined time intervals.
delete delete delete delete According to claim 1,
The second group ultrasound of the face mode,
Consisting of the same ultrasonic waves as the first group ultrasonic waves
Ultrasound-based complex beauty device.
According to claim 1,
The third group ultrasound of the body mode,
The 3-1 ultrasound of a preset frequency;
A 3-2 ultrasound having a frequency relatively higher than the frequency of the 3-1 ultrasound;
Including mixed ultrasound in which the frequency of the 3-1 ultrasound and the frequency of the 3-2 ultrasound alternately oscillate at preset time intervals
Ultrasound-based complex beauty device.

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