KR20230019324A - Cartridge type complex function skin care device - Google Patents

Abstract

The present invention relates to a skin care treatment device for hair removal, acne treatment, wrinkle reduction, and the like using cartridges, and a skin care treatment system using the same and, more specifically, to: a multifunctional skin care treatment device which can be used by combining and separating cartridges with functions of skin condition measurement, skin wrinkle reduction, skin disease treatment, acne treatment, and hair removal, and which provides step-by-step programs customized to a skin condition of a user; and a skin care treatment system using the skin care treatment device.

Description

Cartridge type complex function skin care device

The present invention relates to a skin beauty treatment device such as hair removal and acne and wrinkle improvement using a cartridge and a skin beauty treatment system using the same, and more specifically, to a skin condition measurement, skin wrinkle improvement, skin disease treatment, acne treatment, and hair removal functions It relates to a multifunctional skin beauty treatment device that can be used by combining and separating a cartridge having a cartridge, and provides a step-by-step program suitable for one's own skin condition, and a skin beauty treatment system using the same.

In general, the basic structure constituting the skin is composed of three layers, such as an epidermal layer, a dermal layer, and a subcutaneous tissue. The epidermal layer is located in the uppermost layer of the skin and serves to protect the skin from external stimuli, and keratinization and keratinization occur. The dermal layer is located below the epidermal layer, and is about 7 times thicker than the epidermal layer, and contains collagen, a type of protein, and elastic fibers (elastin). The dermis layer is in charge of important functions such as nutrient supply, secretion, and sensation of the skin. Subcutaneous tissue forms a curvaceous body and functions to protect against external shocks and maintain body temperature.

Wrinkles increase as the skin of this structure ages due to loss of elasticity and flexibility, decrease in water content, and decrease in regenerative power. In addition, when the weather is hot, the skin may sag, and swelling or enlarged pores may occur due to various causes such as plastic surgery, poor diet with sodium, lack of sleep and exercise, and blood circulation disorders.

Therefore, various medical devices and skin beauty devices are being released to prevent skin aging and wrinkles. For example, medical devices or skin care devices using LEDs emitting wavelengths in the visible and infrared regions are effective in wrinkle improvement, skin regeneration, and acne treatment, and medical devices or skin care devices using ultrasonic vibration are effective in skin care.

However, professional medical devices have excellent treatment effects, but are used only in medical institutions for treatment purposes, and are expensive, ranging from hundreds of thousands of won to tens of thousands of won, so they cannot be easily used at home.

In addition, since skin care devices that are widely distributed at home give only uniform stimulation without considering the skin type of a person, that is, dry, neutral, oily, etc., there is a problem of damaging the skin, and suitable for each skin type There was a limit to exerting the best cosmetic effect.

In addition, various skin beauty devices have been released in the past, and each device is configured independently according to the purpose of use, such as a vibration massager, an infrared treatment device, an ultrasonic treatment device, a thermal treatment device, a skin disease treatment device, and a hair removal device, so that each device does not require various treatments. There was a financial burden to purchase. In addition, since most of them are large, they are inconvenient to carry or store, and thus cannot be effectively used.

Therefore, there is a growing need for a skin care device that performs multiple functions through one device and can be easily used at home.

In order to solve the above-described problems, the technical problem to be achieved by the present invention is a composite that can be used by combining and separating (or attaching and detaching) a cartridge having skin condition measurement, skin wrinkle improvement, skin disease treatment, acne treatment, and hair removal function. It is to present a functional skin beauty treatment device and a skin beauty treatment system using the same.

In addition, another technical problem to be achieved by the present invention is to provide a step-by-step program suitable for one's own skin condition, and to provide a multi-function skin beauty treatment device that automatically performs while adjusting the operation time and intensity of strength and weakness, and a skin beauty treatment system using the same. is to present

In addition, another technical problem to be achieved by the present invention is to propose a multifunctional skin beauty treatment device and a skin beauty treatment system using the same that can effectively treat skin diseases such as skin itching and acne by using heat and light together.

In addition, another technical problem to be achieved by the present invention is to provide a multi-functional skin care treatment device and a skin care treatment system using the same, which provide a cartridge equipped with a moisture detector for determining skin condition by measuring skin moisture.

In addition, another technical problem to be achieved by the present invention is to present a multifunctional skin care treatment device that provides a cartridge with a camera installed to measure wrinkles around the eyes, acne and trouble conditions, and a skin beauty treatment system using the same.

In addition, another technical problem to be achieved by the present invention is to provide a multifunctional skin beauty treatment device and a skin beauty treatment system using the same, which provide a cartridge having a skin contact sensor, a heating unit, a temperature sensor, and a light source irradiation unit.

In addition, another technical problem to be achieved by the present invention is to present a multi-function skin beauty treatment device and a skin beauty treatment system using the same that operate only when the skin contact surface of the cartridge is in contact with the skin.

In addition, another technical problem to be achieved by the present invention is to present a multi-functional skin care treatment device and a skin care treatment system using the same to indicate the operation state by emitting an operation indicator light when the cartridge is in operation.

In addition, another technical problem to be achieved by the present invention is a multi-function skin care treatment device that installs or upgrades a program and transmits and receives data through a wired or wireless (Bluetooth, ZigBee, Wi-Fi, etc.) communication network and skin using the same. It is to present a beauty treatment system.

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

As a means for solving the above-described technical problem, the multi-function skin beauty treatment device according to the present invention includes a body part in the form of a handpiece; It is coupled and separated from the main body part, transmits its own ID through the connection terminal when coupled to the main body part, measures skin condition, improves skin wrinkles in stages, treats skin diseases in stages, treats acne in stages, and removes hair in stages. Detachable cartridge to perform; And when the cartridge is coupled to the main body, a unique ID of the cartridge is received and a program of the cartridge corresponding to the unique ID is operated, and when skin condition measurement data is received from the cartridge, a skin condition measurement program is performed and a controller for automatically controlling the operation of the cartridge according to a step-by-step skin wrinkle improvement program, a step-by-step skin disease program, a step-by-step acne treatment program, and a step-by-step hair removal program suitable for the determined skin condition.

The detachable cartridge may include a skin condition measurement cartridge, a skin wrinkle improvement cartridge, a skin disease and acne treatment cartridge, and a hair removal cartridge.

The detachable cartridge includes a memory for storing its own unique ID; A skin contact sensor that detects contact with the skin; a heating unit for heating the contact surface of the skin to a predetermined temperature; a temperature sensor for sensing the temperature of the heating part; A light source irradiation unit for selectively radiating an LED light source of any one of red, yellow, blue, green, and violet, or a combination thereof, a near-infrared ray, or an IPL laser to the skin; a terminal part electrically connected to the main body part when coupled; a charging unit for receiving and charging power through the terminal unit; a communication unit for transmitting and receiving data to and from the body unit through the terminal unit; Transmits its own ID through the communication unit when coupled with the body unit, and controls the temperature and operation time of the heating unit, the type of light source of the light source irradiation unit, the intensity and operation time of the light source according to the control of the controller control unit;

can be configured together.

The multi-function skin care treatment device, a cartridge coupling unit for coupling the cartridge; a cartridge connection terminal disposed in the cartridge coupling part; a storage unit for storing the skin condition measuring program and the step-by-step skin care program; a display window for displaying the operation program of the cartridge as a menu and displaying measurement values of operation status, problem situation, use time, remaining time, battery charge status, lock display, and skin condition on the screen; A power button for turning on/off the power and selecting and releasing the lock function; a selection button for selecting menus and functions of the display window; an operation and stop button for operating and stopping the program of the menu; It may be configured to include; a USB port for installing and upgrading an operation program in the memory or transmitting and receiving data information of the cartridge.

In addition, as a means for solving the above-described technical problem, the skin beauty treatment system according to the present invention couples a detachable cartridge to the main body, identifies the unique ID of the cartridge, and sends the operating program of the cartridge stored in the storage unit. A skin beauty treatment device that automatically measures skin conditions, improves skin wrinkles in stages, treats skin diseases in stages, treats acne in stages, and removes hair in stages; Data is transmitted and received with the skin care treatment device through a wired or wireless communication network, and when a skin measurement value is received through the communication network or directly input through a terminal, steps and programs corresponding to the measurement value are presented, and corresponding images and videos are provided. a user terminal; And a service providing server that transmits and receives data with the user terminal through the Internet or wired/wireless communication network, provides applications, images and videos, and provides an operation program of the cartridge to the skin care treatment device through the user terminal. can be configured.

According to the present invention, there is an economical effect because it is possible to measure the skin condition, perform skin care and treatment through a single skin beauty treatment device.

By measuring the user's skin, a skin beauty and treatment program suitable for the user's skin condition is presented, and the beauty and treatment program can be automatically performed while adjusting the type of light beam, operation time, and strength according to the selected program.

And, it is possible to enhance the treatment effect by irradiating light as well as heat to a skin area with itching or sebaceous gland disease such as acne.

In addition, the user can objectively check the user's own skin condition and skin beauty and treatment information according to the user's skin condition using a smartphone, and based on this, the user is recommended a skin beauty and treatment program suitable for the user. can be cured

In addition, there is an advantage in that the user can numerically determine the user's skin condition and can adjust the frequency of use of the skin care treatment device on their own based on objectified data.

In addition, it is possible to install or upgrade a step-by-step program of skin care and treatment stored in the memory of the skin beauty treatment device through a wired or wireless communication network and transmit and receive data.

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

1 is a block configuration diagram of a multi-function skin care treatment device according to an embodiment of the present invention.
2 to 5 are views showing a multi-function skin care treatment device equipped with a skin condition measurement cartridge 210, Figure 2 is a perspective view of the front view,
Figure 3 is a perspective view of the rear view, Figure 4 is a cartridge separation perspective view,
5 is a block configuration diagram of the skin condition measurement cartridge 210.
6 is a view showing a state of charging the charging cradle 180.
7 to 10 are views showing a multi-function skin care treatment device equipped with a skin wrinkle improvement cartridge 230, and FIG. 7 is a perspective view of a front view,
8 is a perspective view of a state in which the lid 230 is covered,
9 is an exploded perspective view of the skin wrinkle improvement cartridge 230;
10 is a block diagram of the skin wrinkle improvement cartridge 230.
11 and 12 are exploded perspective views and block diagrams of a multi-function skin beauty treatment device equipped with a skin disease and acne treatment cartridge 240.
13 and 14 are exploded perspective views and block diagrams of a multi-function skin care treatment device equipped with a hair removal cartridge 250.
15 is a diagram showing a charger and a USB connection jack.
16 is a block diagram of a skin care treatment system according to an embodiment of the present invention.

Hereinafter, embodiments of the present invention will be described in detail so that those skilled in the art can easily practice with reference to the accompanying drawings. However, the present invention may be implemented in many different forms and is not limited to the embodiments described herein. In addition, in order to clearly explain the present invention in the drawings, parts irrelevant to the description are omitted, and similar reference numerals will be attached to similar parts throughout the description of the invention.

Hereinafter, with reference to the accompanying drawings for the specific technical content to be carried out in the present invention will be described in detail.

Embodiment of multifunctional skin care treatment device

1 is a block configuration diagram of a multi-function skin care treatment device according to an embodiment of the present invention. And, Figures 2 to 5 are views showing a multi-function skin care treatment device equipped with a skin condition measuring cartridge 210, Figure 2 is a perspective view of the front view, Figure 3 is a perspective view of the rear view, Figure 4 is a cartridge It is an exploded perspective view, and FIG. 5 is a block configuration diagram of the skin condition measuring cartridge 210. 6 is a view showing a state of charging the charging cradle 180.

As shown in FIGS. 1 to 4, the multi-function skin beauty treatment device 100 according to the present invention includes a main body part 101 in the form of a hand piece and a cartridge coupling part 102 of the main body part 101. It may be configured to include a detachable tree 200 coupled to and separated from.

The body part 101 may have a power button 103, an operation and stop button 104, a selection button 105, a display window 106, and a speaker 107 disposed on the front side and the power supply on the rear side. An access port 108 and a USB port 109 may be disposed, and a cartridge coupling portion 102 may be formed thereon.

The body part 101 has a hand piece shape, and is preferably formed in an appropriate size so that the user can carry it or hold it by hand. The body portion 101 may be configured in a cylindrical shape, but may be implemented in a shape other than a cylinder.

The cartridge coupling portion 102 is configured such that the cartridge 200 is coupled by coupling and separation (or attachment/detachment), and has a cartridge connection terminal 160 electrically connected to the terminal of the cartridge 200 therein. do.

The power button 103 functions to turn on/off the power and select and release a lock function. At this time, the locking function is in a locked state by displaying a lock icon on the display window 106 when the power button 103 is pressed for 2 to 3 seconds in a state in which the power is turned on. And, in the unlocking method, when the power button 103 is pressed until a 'beep' sound is heard through the speaker 107 and then the power button 103 is released, the lock is released.

The operation and stop button 104 performs a function of operating and stopping the operation program of the skin care treatment device 100.

The selection button 105 is a button that selects the menu of the display window 106 while moving up and down or left and right, and the operation and stop button 104 functions to operate and stop the program of the menu.

The display window 106 displays the operating program of the cartridge 200 as a menu, and displays the operating state, problem situation, usage time, remaining time, battery charging state, lock indication, and measured values of the skin condition on the screen. can be configured.

The display window 106 displays menus of a skin condition measurement program 141, a step-by-step skin wrinkle improvement program 143, a step-by-step skin disease program 144, a step-by-step acne treatment program 145, and a step-by-step hair removal program 146. provided to The menus indicate operation functions provided by the multi-function skin care treatment device 100, and may consist of at least one or more of the menus.

The operating state displays the operation and step (intensity) when using the multi-function skin beauty treatment device 100, and the problem situation is displayed with light when a problem occurs in the multi-function skin beauty treatment device 100, The usage time indicates the usage time for beauty and treatment when the program is operated, and the remaining time indicates the remaining time of the currently used program. And, the battery state of charge may be configured to indicate the remaining amount of the battery, to light up when the remaining amount of the battery is low, and to flicker during charging.

The lock mark is a lock indicator of the multi-functional skin care treatment device 100, and a lock icon appears when the multi-function skin care treatment device 100 is in a locked state. In the locking method of the multi-function skin beauty treatment device 100, when the power button 103 is pressed for 2 to 3 seconds while the skin beauty treatment device is turned on, a lock icon is displayed on the display window 106 and the locked state is entered. do. The unlocking method of the multi-function skin care treatment device 100 is to press the power button 103 until a 'beep' sound is heard through the speaker 107 and then release the power button 103 to release the lock. do.

The measured value of the skin condition is a measured value of the skin condition measured through the skin condition measuring cartridge 210, and may be expressed as a numerical value or as a character.

For example, it can be expressed as dry, neutral, oily, or combination skin according to the measured value of the skin condition, and it can be expressed in stages (eg, 1 stage, stage 2, stage 3, etc.).

A method of detecting the measurement value of the skin condition will be described in detail in the skin condition measurement cartridge 210 to be described later.

The speaker 107 serves to guide the operation of the skin care treatment device 100 by sound. The speaker 107 provides instructions for the operation of the program selected by the user (eg, "This is a first-step acne treatment program", "This is a first-step wrinkle improvement program", etc.) Do not shine the laser into your eyes", etc.).

The power connector 108 functions to supply commercial power by plugging in a jack of a power adapter (see a in FIG. 15) or supplying power from a PC (not shown) by plugging in a jack of a USB power cable (b in FIG. 15). reference).

The USB port 109 functions to transmit and receive data by connecting a USB cable to a PC (not shown) (see c in FIG. 15).

The multi-function skin beauty treatment device 100 includes a skin condition measurement program 141, a step-by-step skin wrinkle improvement program 143, and a step-by-step skin disease program through a USB cable connected to the USB port 109 or the wireless communication unit 150. 144, a step-by-step acne treatment program 145, a step-by-step hair removal program 146, etc. are transmitted and received and installed or upgraded in the storage unit 140 of the skin beauty treatment device 100.

In addition, the multi-function skin beauty treatment device 100 includes the skin condition measurement value performed through the program of the skin beauty treatment device 100 through the USB cable connected to the USB port 109 or the wireless communication unit 150. It can be configured to transmit skin beauty and treatment data to a PC or smartphone for storage and management. The PC or smart phone may be configured to provide personalized skin care and treatment services in conjunction with an application installed on the PC or smart phone with the data received from the skin care treatment device 100.

The multi-function skin care treatment device 100 may configure a charging port (not shown) on the lower side or lower surface. The charging port functions to charge power by placing the multi-function skin care treatment device 100 on a charging cradle (180 in FIG. 6). The charging port may be configured to be electrically connected to a power supply terminal of the charging cradle 180 when the multi-function skin care treatment device 100 is mounted on the cradle 180 for charging.

The charging cradle 180 charges the battery of the multi-functional skin care treatment device 100 through an internal charging circuit, and displays the charging state through a charging indicator 181 (see FIG. 6). For example, a red lamp may be turned on when charging starts and a yellow lamp may be turned on when charging is complete.

Continuing to explain with reference to FIG. 1, the multi-function skin beauty treatment device 100 includes a controller 110, a power supply unit 120, a charging unit 130, a storage unit 140, and a wireless communication unit 150, can be configured.

When the detachable cartridge 200 is coupled to the main body 100, the controller 110 receives a unique ID of the detachable cartridge 200 and operates a program corresponding to the unique ID. In addition, when the skin condition measurement data is received from the detachable cartridge 200, the skin condition is determined by the skin condition measurement program 141, and a step-by-step skin wrinkle improvement program 143 suitable for the determined skin condition, and a step-by-step skin disease program 144, a step-by-step acne treatment program 145, and a step-by-step hair removal program 146 automatically control the operation of the cartridge 200.

The power unit 120 supplies power through the power connector 108 or the USB port 109 by the power button 103 or supplies power stored in the charging unit 130 .

The charging unit 130 receives power through the power connector 108 or the USB port 109 and charges the battery (not shown).

The storage unit 140 stores a skin condition measurement program 141, a step-by-step skin wrinkle improvement program 143, a step-by-step skin disease program 144, a step-by-step acne treatment program 145, and a step-by-step hair removal program 146. . At this time, the programs stored in the memory 140 may be installed or upgraded through a wired or wireless communication network or an Internet network. At this time, the wireless communication network includes Bluetooth, ZigBee, Wi-Fi, and the like.

The skin condition measurement program 141 measures the user's skin through the skin condition measurement cartridge 210 to determine skin conditions such as dry, neutral, oily, and combination, and troubles on the skin surface (eg, acne) It is a program that performs the function of discriminating in stages (eg, 1st stage, 2nd stage, 3rd stage, etc.) according to the measured values of the size of the wrinkles and the size of the crow's feet (eg, depth and width). .

The step-by-step skin wrinkle improvement program 143 is a program for improving wrinkles step by step according to the measured value of skin wrinkles (eg, wrinkles around the eyes) measured through the skin condition measuring cartridge 210 . The step-by-step skin wrinkle improvement program 143 irradiates diode lasers to the skin around the eyes step by step to improve wrinkles and skin texture around the eyes. The diode laser selectively irradiates the surface of the wrinkles around the eyes to the inside of the skin to improve wrinkles and skin texture.

The step-by-step skin disease program 144 is a program that treats skin diseases in stages according to the measured values of skin surface troubles (eg, bumps, boils, swelling, etc.) measured through the skin condition measurement cartridge 210.

The step-by-step acne treatment program 145 is a program that treats acne step by step according to the measured value of acne measured through the skin condition measurement cartridge 210. The step-by-step acne treatment program 145 uses blue light to treat acne by removing bacteria in the skin that cause acne. At this time, the acne treatment program adjusts the irradiation intensity of blue light step by step according to the condition of the user's skin and acne.

The step-by-step hair removal program 146 is a laser hair removal program that makes smooth and soft skin by removing unwanted hair from body parts such as armpits, arms, and legs. The step-by-step hair removal program 146 irradiates 810 nm single-wavelength diode lasers to body parts such as armpits, arms, and legs step by step at a predetermined time and intensity to remove unwanted hair, thereby making smooth and soft skin. The user performs hair removal from the lowest output level at which he or she feels comfortable among the first to third steps. At this time, make sure that the generating part touches the area to be epilated flat, and then, whenever you hear a 'beep' sound, lift the device slightly and move it so that it overlaps with the already treated area to irradiate the laser. As a result, it neutralizes the targeted hair follicles with little damage to the skin and helps prevent new hair from growing any more.

The wireless communication unit 150 transmits and receives data through wireless communication with a user terminal (eg, PC, smart phone, etc.). At this time, the wireless communication includes all of Bluetooth, ZigBee, Wi-Fi, and Internet communication networks.

Continuing to explain with reference to FIGS. 1 to 5 , a detachable cartridge 200 is detachably coupled to the top of the main body 101 . In addition, a lid (see 170 in FIG. 8 ) may be covered on the top of the body portion 101 to which the detachable cartridge 200 is coupled to protect it from external impact and foreign substances.

The detachable cartridge 200 includes a skin condition measurement cartridge 210, a skin wrinkle improvement cartridge 230, a skin disease and acne treatment cartridge 240, and a hair removal cartridge 250.

The skin condition measuring cartridge 210 is attached to and detached from the cartridge coupling part 102 of the body part 101, and transmits its own ID through a connection terminal when the body part 101 is attached.

The skin condition measurement cartridge 210 is for measuring the user's skin conditions such as dryness, neutrality, oilyness, and combination, the condition of wrinkles around the eyes, and the condition of troubles including acne, and includes a moisture detector 213 and a camera ( 214) are included.

For example, as shown in FIG. 5, the skin condition measurement cartridge 210 includes a controller 211, a skin contact sensor 212, a moisture detector 213, a camera 214, an LED light 215, and a charging unit. 216, a memory 217, a communication unit 218, and a terminal unit 219.

Here, the control unit 211 transmits its own ID stored in the memory 217 to the controller 110 of the body unit 101 through the communication unit 218 when coupled with the body unit 101. . In addition, operations of the moisture detector 213 , the camera 214 , the LED light 215 , and the communication unit 218 are controlled under the control of the controller 110 .

The control unit 211 receives power through the terminal unit 219, stores it in the charging unit 216, and operates with power supplied through the terminal unit 219 or power stored in the charging unit 216.

In addition, the control unit 211 transmits the moisture measurement value measured (detected) by the moisture detector 213 and a video image of skin wrinkles or troubles captured by the camera 214 to the main body unit through the communication unit 218. It is transmitted to the controller 110 of (101). At this time, the controller 110 of the body part 101 determines the skin condition by the skin condition measuring program 141 and determines the condition of skin wrinkles or troubles.

On the other hand, the control unit 211 may be configured to control the operation of the moisture detection unit 213 by the skin contact detection signal of the skin contact sensor 212.

The skin contact sensor 212 detects contact with the skin, and may be configured on the skin contact surface of the skin condition measuring cartridge 210. For example, it may be configured within the moisture detection unit 213 (see FIG. 2) or may be configured on one side of the moisture detection unit 213. The skin contact sensor 212 may be omitted from the configuration in some cases.

The moisture detector 213 detects skin conditions such as dry, neutral, oily, and combination skin by measuring the amount of moisture in the skin by measuring the magnitude of current flowing through the skin. As shown in FIGS. 2 and 4 , the moisture detector 213 may be formed in a flat circular shape on the front surface of the skin condition measurement cartridge 210 .

The skin is composed of various components such as moisture, oily carbohydrates, and sodium. When power is applied to the skin, the value of current flowing in the skin varies according to the amount of moisture in the skin. In this way, changing the value of current flowing in the skin according to the difference in the amount of moisture in the skin can be expressed as 'skin resistance'. This skin resistance has various values depending on the amount of moisture in the skin.

For example, when there is little moisture in the skin, the resistance value of the skin resistance increases, so when a predetermined power is applied to the skin, the magnitude of the current flowing through the skin decreases. On the other hand, when the skin has a lot of moisture, the resistance value of the skin resistance decreases, so that when a predetermined power is applied to the skin, the magnitude of the current flowing through the skin increases. Therefore, the amount of moisture in the skin can be calculated by measuring the impedance (resistance value) of the person.

The camera 214 detects the color and size of skin wrinkles and troubles as video images. The LED light 215 may be installed together with the camera 214 . The LED light 215 illuminates a subject when the camera 214 captures the skin.

It is preferable that the camera 214 and the LED light 215 are configured in a direction different from that of the moisture detector 213 . For example, it may be configured on the rear surface of the skin condition measurement cartridge 210 (see FIGS. 2 and 4).

The camera 214 may be configured to produce a three-dimensional image and natural color by reducing surface and reflection through adoption of a lens with a deep depth of field and irradiation of side-projection light. The skin condition is detected based on the measured value of the size and color of the skin surface trouble photographed by the camera 214 . In addition, the camera diagnoses the wrinkle state of the skin, in particular, the state of crow's feet, by measuring the depth and width of the valley of the wrinkle.

The charging unit 216 receives power through the terminal unit 219 and charges the battery. The memory 217 stores the unique ID of the skin condition measuring cartridge 210 . The communication unit 218 transmits/receives data with the body unit 101 through the terminal unit 219, and transmits the unique ID stored in the memory 217 to the body unit 101 through the terminal unit 219. will do The terminal part 219 is a part electrically connected to the main body part 101 when coupled.

The skin condition measuring cartridge 210 transmits the moisture measurement value measured by the moisture detection unit 213 and the video image of skin wrinkles and troubles captured by the camera 214 to the main body 101 through the communication unit 218. It is transmitted to the controller 110 of

The controller 110 determines skin conditions such as dryness, neutrality, oilyness, and combination with the moisture measurement value measured by the moisture detection unit 213 through the skin condition measurement program 141, and the camera 214 Step-by-step skin care and treatment (e.g., For example, step 1, step 2, step 3, etc.).

The multi-function skin beauty treatment device 100 displays the skin conditions determined by the controller 110, skin care and treatment steps and programs on the display window 120, and the cartridge 200 according to the program selected by the user. to control the action.

Next, the skin wrinkle improvement cartridge 230 will be described with reference to FIGS. 7 to 10 .

7 to 10 are views showing a skin care treatment device equipped with a skin wrinkle improvement cartridge 230, FIG. 7 is a front perspective view, FIG. 8 is a perspective view of a lid 230 covered, and FIG. 9 is a It is an exploded perspective view of the skin wrinkle improvement cartridge 230, and FIG. 10 is a block diagram of the skin wrinkle improvement cartridge 230.

As shown in FIG. 10, the skin wrinkle improvement cartridge 230 includes a control unit 231, a skin contact sensor 232, a heating unit 232, a temperature sensor 234, a light source irradiation unit 235, and a charging unit 236. , A memory 237, a communication unit 238, and a terminal unit 239 may be included.

Here, the control unit 231 transmits its own ID stored in the memory 237 to the controller 110 of the body unit 101 through the communication unit 238 when coupled with the body unit 101. . In addition, the skin contact sensor 232, the heating unit 233, the temperature sensor 234, the light source irradiation unit 235, and the communication unit 238 are controlled according to the control of the controller 110. do.

The control unit 231 receives power through the terminal unit 239, stores it in the charging unit 236, and operates with power supplied through the terminal unit 239 or power stored in the charging unit 236.

The control unit 231 transmits its own ID through the communication unit 238 when coupled with the body unit 101, and the temperature and operating time of the heating unit 233 are controlled by the controller 110. , The type of light source of the light source irradiator 235, the intensity of the light source, and the operating time are controlled.

In addition, the control unit 231 may be configured to control the operation of the heating unit 233 and the light source irradiation unit 235 according to a detection signal of the skin contact sensor 232 .

The skin contact sensor 232 detects contact with the skin and may be configured on the skin contact surface of the skin wrinkle improvement cartridge 230 . For example, the skin contact sensor 232 is configured in the heating unit 233 or the light source irradiation unit 235 (see FIG. 7), or on one side of the heating unit 233 or the light source irradiation unit 235. can be configured.

The skin contact sensor 232 transmits a signal detecting contact with the skin to the controller 231 . At this time, the control unit 231 controls the operation of the heating unit 233 and the light source irradiation unit 235 by a signal of the skin contact sensor 232 . For example, the heating unit 233 and the light source irradiation unit 235 may be operated only when the skin is in contact with the skin contact surface of the skin wrinkle improvement cartridge 230 .

On the other hand, the skin contact sensor 232 may be configured to generate light when the product is applied to the skin and gently moved.

The heating part 233 serves to increase the temperature of the contacted skin by heating the head part in contact with the skin to a predetermined temperature. This has the effect of sufficiently supplying blood and oxygen by promoting expansion of microvessels and blood circulation, and is effective in treating acne by inducing the disappearance of bacteria generated in the epidermal layer of the skin, and is effective in treating melasma, freckles, erythema, and sebum. There is an effect that can promote secretion inhibition.

For example, the heating unit 233 may perform skin treatment by heating at a temperature in the range of 40 °C to 60 °C. These treatments are effective in skin rejuvenation, collagen remodeling and contraction, skin tightening, wrinkle treatment, subcutaneous tissue treatment, cellulite treatment, pore size reduction, skin texture and tone improvement, acne treatment and hair removal. am.

The heating unit 233 may be configured to be operated by the step-by-step skin wrinkle improvement program 143 .

Since the heating unit 233 transfers heat to the skin, it is preferable to be made of a material having good thermal conductivity. For example, it can be configured using a metal or non-metal with good thermal conductivity. Although gold, silver, aluminum, tungsten, copper, etc. may be used as a metal material, aluminum is preferable in consideration of economic feasibility. As the non-metallic material, thermally conductive plastic or fine ceramics such as aluminum nitride may be used.

The temperature sensor 234 detects the temperature of the head of the heating unit 233 in contact with the skin, and stops the operation of the heating unit 233 when the temperature rises above a set temperature. At this time, the control unit 231 controls the operation of the heating unit 233 according to the detection signal of the temperature sensor 234 . The temperature sensor 234 can properly control the user's skin temperature to prevent burns due to overheating.

The light source irradiation unit 235 may be configured to be operated by the step-by-step wrinkle improvement program 142 .

The light source irradiator 235 uses any one of red (R), yellow (Y), blue (B), green (G), and violet (Violet) light sources or any combination of these LED light sources or near-infrared rays or It may be configured to selectively irradiate an Intense Pulsed Light (IPL) laser.

The light source irradiation unit 235 irradiates light from R, G, and B light emitting diodes (LEDs) to heat the skin of each part of the human body to provide heat and far-infrared rays at the same time, while infrared (IR) emission By penetrating the near-infrared rays generated by the diode to the depth of the human skin (e.g., 40 nm), raising the temperature to the epidermis layer as well as the dermis layer, it promotes the expansion of microvessels and blood circulation, thereby supplying sufficient blood and oxygen levels and reducing skin wrinkles. has the effect of improving

The charging unit 236 receives power through the terminal unit 239 and charges the battery. The memory 237 stores the unique ID of the skin wrinkle improvement cartridge 230 . The communication unit 238 transmits/receives data with the body unit 101 through the terminal unit 239, and transmits the unique ID stored in the memory 237 to the body unit 101 through the terminal unit 239. will do The terminal part 239 is a part electrically connected to the main body part 101 when coupled.

The skin wrinkle improvement cartridge 230 controls the operation of the heating unit 233 and the light source irradiation unit 235 by a step-by-step skin wrinkle improvement program suitable for the user's skin condition measured through the skin condition measurement cartridge 210. control each.

The heating unit 233 heats the skin to a predetermined temperature, thereby promoting the expansion of microvessels and blood circulation to sufficiently supply blood and oxygen, and induces the disappearance of bacteria generated in the epidermal layer of the skin to induce acne. It is effective in treatment, and has the effect of promoting melasma, freckles, erythema, and suppression of sebum secretion.

In addition, the light source irradiator 235 may improve skin wrinkles by selectively irradiating an LED light source, near infrared rays, or IPL (Intense Pulsed Light) laser to the skin according to the skin wrinkle improvement program 143 .

The controller 110 of the main body 101 or the controller 231 of the skin wrinkle improvement cartridge 230 controls the heating unit 233 and the light source irradiation unit 235 in response to a signal from the skin contact sensor 232. ) to control the operation of

In addition, the controller 110 of the body part 101 presents a step-by-step skin wrinkle improvement program 143 tailored to the user on the display window 106 according to the skin condition measured by the skin condition measurement cartridge 210. And, by the step-by-step skin wrinkle improvement program 143 selected by the user, the heating unit 223 and the light source irradiation unit 235 are selectively operated, and the operating time and strength of the intensity are automatically adjusted, and the operation state, during operation The problem situation, usage time, and remaining time are displayed on the display window 106 .

The controller 110 measures the user's skin condition and controls the operating time and output intensity of the heating unit 223 and the light source irradiation unit 235 accordingly to ensure safety in use and to ensure the user's skin condition. Since it is easy to know, it can help in the selection of cosmetics and the like accordingly.

Next, with reference to FIGS. 11 and 12, the skin disease and acne treatment cartridge 240 will be described.

11 and 12 are a perspective view and a block configuration diagram of a skin beauty treatment device equipped with a skin disease and acne treatment cartridge 240.

As shown in FIG. 12, the skin disease and acne treatment cartridge 240 includes a control unit 241, a skin contact sensor 242, a heating unit 242, a temperature sensor 244, a light source irradiation unit 245, a charging unit ( 246), a memory 247, a communication unit 248, and a terminal unit 249.

Here, the control unit 241 transmits its unique ID stored in the memory 247 to the controller 110 of the body unit 101 through the communication unit 248 when coupled with the body unit 101. . In addition, the skin contact sensor 242, the heating unit 243, the temperature sensor 244, the light source irradiation unit 245, and the communication unit 248 are controlled according to the control of the controller 110. do.

The control unit 241 receives power through the terminal unit 249, stores it in the charging unit 246, and operates with power supplied through the terminal unit 249 or power stored in the charging unit 246.

The control unit 241 transmits its own ID through the communication unit 248 when coupled with the body unit 101, and the temperature and operating time of the heating unit 243 are controlled by the controller 110. , The type of light source of the light source irradiator 245, the intensity of the light source, and the operating time are controlled.

In addition, the control unit 241 may be configured to control the operation of the heating unit 243 and the light source irradiation unit 245 according to a detection signal of the skin contact sensor 242 .

The skin contact sensor 242 senses contact with the skin, and may be configured on the skin contact surface of the skin disease and acne treatment cartridge 240. For example, the skin contact sensor 242 is configured in the heating unit 243 or the light source irradiation unit 245 (see FIG. 11), or on one side of the heating unit 243 or the light source irradiation unit 245. can be configured.

The skin contact sensor 242 transmits a signal detecting contact with the skin to the controller 241 . At this time, the control unit 241 controls the operation of the heating unit 243 and the light source irradiation unit 245 by a signal from the skin contact sensor 242 . For example, the heating unit 243 and the light source irradiation unit 245 may be operated only when the skin is in contact with the skin contact surface of the skin disease and acne treatment cartridge 240 .

On the other hand, the skin contact sensor 242 may be configured to generate light when used while gently moving the product against the skin.

The heating part 243 serves to increase the temperature of the contacted skin by heating the head part in contact with the skin to a predetermined temperature. This has the effect of sufficiently supplying blood and oxygen by promoting expansion of microvessels and blood circulation, and is effective in treating acne by inducing the disappearance of bacteria generated in the epidermal layer of the skin, and is effective in treating melasma, freckles, erythema, and sebum. There is an effect that can promote secretion inhibition.

For example, the heating unit 243 may perform skin treatment by heating at a temperature in the range of 40 °C to 60 °C. These treatments are effective in skin rejuvenation, collagen remodeling and contraction, skin tightening, wrinkle treatment, subcutaneous tissue treatment, cellulite treatment, pore size reduction, skin texture and tone improvement, acne treatment and hair removal. am.

The heating unit 243 may be configured to be operated by the step-by-step skin disease program 144 or the step-by-step acne treatment program 145.

Since the heating unit 243 transfers heat to the skin, it is preferable to be made of a material having good thermal conductivity. For example, it can be configured using a metal or non-metal with good thermal conductivity. Although gold, silver, aluminum, tungsten, copper, etc. may be used as a metal material, aluminum is preferable in consideration of economic feasibility. As the non-metallic material, thermally conductive plastic or fine ceramics such as aluminum nitride may be used.

The temperature sensor 244 detects the temperature of the head of the heating unit 243 in contact with the skin, and stops the operation of the heating unit 243 when the temperature rises above a set temperature. At this time, the control unit 241 controls the operation of the heating unit 243 according to the detection signal of the temperature sensor 244 . The temperature sensor 244 can properly control the user's skin temperature to prevent burns due to overheating.

The light source irradiation unit 245 may be configured to be operated by the step-by-step skin disease program 144 or the step-by-step acne treatment program 145.

The light source irradiation unit 245 is an LED light source of any one of red (R), yellow (Y), blue (B), green (G), and violet (Violet) or a combination thereof, or a near-infrared light or It may be configured to selectively irradiate an Intense Pulsed Light (IPL) laser.

The light source irradiator 245 is configured to treat acne by a photochemical effect that kills acne bacteria by irradiating the skin with visible light in a wavelength range of 400 nm to 700 nm to activate endogenous porphyrin of acne bacteria. It can be. In addition, it can induce the disappearance of bacteria generated in the epidermal layer of the skin, and can promote the suppression of melasma, freckles, erythema, and sebum secretion.

In addition, the light source irradiation unit 245 is configured to irradiate light in a blue-based wavelength band of 405 nm or more and 520 nm or less to support the sterilization effect of contagious viruses, sebum inhibition, skin infection prevention, scar regeneration effect, and wart bacteria removal effect It can be. Light in the blue-type wavelength band of 405 nm or more and 520 nm or less is irradiated to the inflammatory acne, and the bacteria inside the inflammatory acne are destroyed by the photodynamic reaction principle (Phothdynamic theory) without giving any image to the normal skin tissue around the inflammatory acne. can support you as much as possible.

In addition, the light source irradiation unit 245 may be configured to irradiate light in a green series wavelength band of 520 nm or more and 575 nm or less to support skin soothing, skin antibacterial, and cancer cell destruction effects.

In addition, the light source irradiation unit 245 relieves redness/erythema, skin discoloration, collagen production, presbyopia, UV resistance, atopic disease, skin inflammation relief, acne, scar regeneration, skin wrinkle improvement, cell regeneration, wound recovery, and pain. It may be configured to emit light in a red-based wavelength band of 575 nm or more and 750 nm or less that supports the induced reduction effect. For example, light in a red-based wavelength band of 575 nm or more and 750 nm or less may be irradiated to a specific skin location where a problem occurs to support cell regeneration, wound recovery, and pain reduction effects.

In addition, the light source irradiation unit 245 may be configured to irradiate red-based light in a 630 to 660 nm band. The red light in the 630 to 660 nm band is less effective in photoactivating porphyrins, but can penetrate deeper into tissues and has an anti-inflammatory effect. That is, there is an effect of increasing collagen synthesis from fiber cells by regulating the release of cytokines from macrophages, promoting microcirculation and promoting wound healing.

The red light is effective in activating the skin to remove wrinkles of the facial skin and is effective in skin whitening. Blue light can treat and improve redness or inflammation through a photochemical mechanism that destroys bacteria, and has anti-inflammatory effects on bacteria.

In addition, the light source irradiation unit 245 may be configured to emit light in an infrared wavelength band of 750 nm to 830 nm to support sterilization, cleansing, soothing, anti-inflammatory and thermal effects. For example, sterilization, cleansing, soothing, anti-inflammatory, and thermal effects can be supported by irradiating light of an infrared wavelength band of 750 nm to 830 nm to a specific skin location where a problem occurs.

In addition, the light source irradiation unit 245 may be configured to emit near infrared rays.

The near infrared ray is a light for which side effects due to overuse have not been reported at all, and there is no chemical change and breathing disorder, it is possible to pass through transparent objects, it has a sterilizing effect on fungi, and it is possible to supply oxygen And, the effective use time of the skin is about 30 minutes, and the body fat decomposition rate is about 90%. In addition, the near-infrared rays have a wavelength penetration depth of about 6 mm, so they can penetrate deep into the subcutaneous layer of the skin, and have a heating effect about 1.2 times that of far-infrared rays. In addition, the near-infrared rays not only increase blood flow in tissues by dilating blood vessels in cell tissues, but also have cell division promoting effects, cell activation effects, immune cell effects, and anti-inflammatory effects, and thus are used to treat various diseases in the human body. In addition, it is known to have various effects such as warming the human body to maintain optimal body temperature, discharging heavy metals from the body, and promoting pain, deodorization, purification, detoxification, and waste excretion.

The light source irradiator 245 may be configured to irradiate intense pulsed light (IPL) laser.

The IPL (Intense Pulsed Light) is a complex light in a wide wavelength range, and an overall skin condition improvement effect can be seen. A laser composed of a single wavelength can treat only one skin defect that is effective for each such as blood vessels, wrinkles, pigment, and hair removal, but IPL laser has the effect of improving the overall skin condition by affecting all of the various skin troubles. .

The charging unit 246 receives power through the terminal unit 249 and charges the battery. The memory 247 stores the unique ID of the skin disease and acne treatment cartridge 240 . The communication unit 248 transmits/receives data with the body unit 101 through the terminal unit 249, and transmits the unique ID stored in the memory 247 to the body unit 101 through the terminal unit 249. will do The terminal part 249 is a part electrically connected to the main body part 101 when coupled.

The skin disease and acne treatment cartridge 240 is the heating unit ( 243) and the operation of the light source irradiator 245 are respectively controlled.

The heating unit 243 heats the skin to a predetermined temperature, thereby promoting the expansion of microvessels and blood circulation, thereby providing sufficient blood and oxygen amounts, and induces the disappearance of bacteria generated in the epidermal layer of the skin to induce acne. It is effective in treatment, and has the effect of promoting melasma, freckles, erythema, and suppression of sebum secretion.

In addition, the light source irradiator 245 may improve skin wrinkles by selectively irradiating an LED light source, near infrared rays, or IPL (Intense Pulsed Light) laser to the skin according to the skin wrinkle improvement program 143 .

The controller 110 of the body unit 101 or the controller 241 of the skin disease and acne treatment cartridge 240 controls the heating unit 243 and the light source irradiation unit by signals from the skin contact sensor 242. 245 to control the operation.

In addition, the controller 110 of the body part 101 displays a step-by-step skin disease program 144 or a step-by-step acne treatment program 145 tailored to the user according to the skin condition measured by the skin condition measurement cartridge 210. It is presented on the display window 106, and the heating unit 243 and the light source irradiation unit 245 are selectively operated according to a step-by-step program selected by the user, and the operating time and strength of the intensity are automatically adjusted, and the operating state, operation Among the problem situations, use time, and remaining time are displayed on the display window 106 .

The controller 110 measures the user's skin condition and controls the operating time and output intensity of the heating unit 243 and the light source irradiation unit 245 accordingly to ensure safety in use and to ensure the user's skin condition. Since it is easy to know, it can help in the selection of cosmetics and the like accordingly.

Next, the hair removal cartridge 250 will be described with reference to FIGS. 13 and 14 .

13 and 14 are a perspective view and a block configuration diagram of a skin care treatment device in which a hair removal cartridge 250 is mounted.

As shown in FIG. 14, the hair removal cartridge 250 includes a control unit 251, a skin contact sensor 252, a heating unit 252, a temperature sensor 254, a light source irradiation unit 255, a charging unit 256, and a memory. 257, a communication unit 258, and a terminal unit 259 may be included.

Here, the control unit 251 transmits its own ID stored in the memory 257 to the controller 110 of the body unit 101 through the communication unit 258 when coupled with the body unit 101. . In addition, the skin contact sensor 252, the heating unit 253, the temperature sensor 254, the light source irradiation unit 255, and the communication unit 258 are controlled according to the control of the controller 110. do.

The control unit 251 receives power through the terminal unit 249, stores it in the charging unit 256, and operates with power supplied through the terminal unit 259 or power stored in the charging unit 256.

The control unit 251 transmits its own ID through the communication unit 258 when coupled with the body unit 101, and the temperature and operating time of the heating unit 253 are controlled by the controller 110. , The type of light source of the light source irradiation unit 255, the intensity of the light source, and the operating time are controlled.

In addition, the control unit 251 may be configured to control the operation of the heating unit 253 and the light source irradiation unit 255 according to a detection signal of the skin contact sensor 252 .

The skin contact sensor 252 senses contact with the skin, and may be configured on the skin contact surface of the hair removal cartridge 250. For example, the skin contact sensor 252 is configured in the heating unit 253 or the light source irradiation unit 255 (see FIG. 13), or on one side of the heating unit 253 or the light source irradiation unit 255. can be configured.

The skin contact sensor 252 transmits a signal detecting contact with the skin to the controller 251 . At this time, the control unit 251 controls the operation of the heating unit 253 and the light source irradiation unit 255 by a signal of the skin contact sensor 252 . For example, the heating unit 253 and the light source irradiation unit 255 may be operated only when the skin is in contact with the skin contact surface of the skin disease and acne treatment cartridge 250 .

On the other hand, the skin contact sensor 252 may be configured to generate light when used while gently moving the product against the skin.

The heating unit 253 serves to increase the temperature of the contacted skin by heating the head part in contact with the skin to a predetermined temperature. This has the effect of sufficiently supplying blood and oxygen by promoting expansion of microvessels and blood circulation, and is effective in treating acne by inducing the disappearance of bacteria generated in the epidermal layer of the skin, and is effective in treating melasma, freckles, erythema, and sebum. There is an effect that can promote secretion inhibition.

For example, the heating unit 253 may perform skin treatment by heating at a temperature in the range of 40° C. to 60° C. These treatments are effective in skin rejuvenation, collagen remodeling and contraction, skin tightening, wrinkle treatment, subcutaneous tissue treatment, cellulite treatment, pore size reduction, skin texture and tone improvement, acne treatment and hair removal. am.

The heating unit 253 may be configured to be operated by the step-by-step hair removal program 146 .

Since the heating unit 253 transfers heat to the skin, it is preferable to be made of a material having good thermal conductivity. For example, it may be configured using a metal or non-metal having good thermal conductivity. Although gold, silver, aluminum, tungsten, copper, etc. may be used as a metal material, aluminum is preferable in consideration of economic feasibility. As the non-metallic material, thermally conductive plastic or fine ceramics such as aluminum nitride may be used.

The temperature sensor 254 detects the temperature of the head of the heating unit 253 in contact with the skin, and stops the operation of the heating unit 243 when the temperature rises above a set temperature. At this time, the controller 251 controls the operation of the heating unit 253 according to the detection signal of the temperature sensor 254 . The temperature sensor 254 can properly control the user's skin temperature to prevent burns due to overheating.

The light source irradiation unit 255 may be configured to be operated by the step-by-step hair removal program 146 . And, the light source irradiation unit 255 may be configured to irradiate IPL (Intense Pulsed Light) laser.

The IPL (Intense Pulsed Light) is a complex light in a wide wavelength range, and an overall skin condition improvement effect can be seen. A laser composed of a single wavelength can treat only one skin defect that is effective for each such as blood vessels, wrinkles, pigment, and hair removal, but IPL laser has the effect of improving the overall skin condition by affecting all of the various skin troubles. .

The charging unit 256 receives power through the terminal unit 259 and charges the battery. The memory 257 stores the unique ID of the hair removal cartridge 250 . The communication unit 258 transmits/receives data with the body unit 101 through the terminal unit 259, and transmits the unique ID stored in the memory 257 to the body unit 101 through the terminal unit 259. will do The terminal part 259 is a part electrically connected to the main body part 101 when coupled.

The hair removal cartridge 250 controls the operation of the heating unit 253 and the light source irradiation unit 255 by a step-by-step hair removal program 146 suitable for the user's skin condition measured through the skin condition measuring cartridge 210. will control

The heating unit 253 heats the skin to a predetermined temperature, thereby promoting the expansion of microvessels and blood circulation, thereby supplying sufficient blood and oxygen amounts, and inducing the disappearance of bacteria generated in the epidermal layer of the skin, resulting in acne. It is effective in treatment, and has the effect of promoting melasma, freckles, erythema, and suppression of sebum secretion.

In addition, the light source irradiator 255 selectively irradiates the skin with an LED light source or IPL (Intense Pulsed Light) laser according to the hair removal program 146, so that unnecessary hair can be removed.

The controller 110 of the body unit 101 or the controller 251 of the hair removal cartridge 250 controls the heating unit 253 and the light source irradiation unit 255 in response to a signal from the skin contact sensor 252. control the operation.

In addition, the controller 110 of the body part 101 presents a step-by-step hair removal program 146 suitable for the user on the display window 106 according to the skin condition measured by the hair removal cartridge 250, and the user Selectively operate the heating unit 253 and the light source irradiation unit 255 according to the selected step-by-step program, automatically adjust the operating time and intensity of the intensity, and recall the operating state, problem situation during operation, use time, and remaining time. displayed on the display window 106.

Embodiment of Skin Beauty Treatment System

16 is a block diagram of a skin care treatment system according to an embodiment of the present invention.

As shown in FIG. 16, the skin beauty treatment system according to the present invention may include a skin beauty treatment device 100, a user terminal 300, a service providing server 400, and an app store 410.

The skin care treatment device 100 couples the detachable cartridge 200 to the main body 101, identifies the unique ID of the cartridge 200, and operates the skin according to the operation program of the cartridge 200 stored in the storage unit. It automatically performs conditions measurement, step-by-step skin wrinkle improvement, step-by-step skin disease treatment, step-by-step acne treatment, and step-by-step hair removal.

The skin beauty treatment device 100 measures the user's skin condition, wrinkles, and trouble conditions including acne, and displays the measured values on the display window 106, or the steps and programs of skin care and treatment corresponding to the measured values is presented, and skin care and treatment are automatically performed while adjusting the type of light beam, operation time, and strength of intensity according to the program selected by the user in the program of the menu. Programs in the menu include a skin condition measurement program 141, a step-by-step skin wrinkle improvement program 143, a step-by-step skin disease program 144, a step-by-step acne treatment program 145, and a step-by-step hair removal program 146.

The skin care treatment device 100 transmits and receives data with the user terminal 300 through a wired or wireless communication network C1.

At this time, the wired communication network can transmit and receive data through a USB cable, etc., and the wireless communication network can transmit and receive data through Bluetooth, WiFi, ZigBee, and wireless Internet networks.

When the user terminal 300 receives a skin measurement value through the skin care treatment device 100 and the wired or wireless communication network C1 or receives a direct input through the user terminal 300, the skin care and Treatment steps and programs are presented, and corresponding images and videos are provided.

The user terminal 300 transmits and receives data through a wireless communication network or a wired communication network C1 through the skin beauty treatment device 100 and the skin beauty treatment application installed therein. At this time, the wireless communication network includes Wi-Fi, Bluetooth, ZigBee, a wireless Internet network, and the like. The user terminal 300 includes all terminals capable of communication, such as a smart phone 210 and a PC 220.

The user terminal 300 may be configured to operate in conjunction with the skin beauty treatment device 100 .

When the user terminal 300 is implemented as a smartphone 310, accesses the service providing server 400 or the App store 410 to download a skin beauty treatment application, and the skin beauty treatment device ( 100), skin care and treatment services can be performed.

For example, the smartphone 310 or the PC 320 receives the user's skin condition data (measurement value) measured by the skin care treatment device 100 through a preloaded application through a wireless communication network, and based on this The user's skin condition is determined through the pre-stored skin condition measurement program, and the result is stored in memory and displayed on the screen for the user to see.

At this time, the skin condition measurement program is a program for analyzing the skin by type (eg, dry, oily, neutral, combination, etc.) according to the user's skin condition, a program for analyzing the state of wrinkles around the eyes, and troubles including acne. It may be configured to include a program that analyzes the state.

The user terminal 300 including the smart phone 310 receives data according to the user's skin condition from the service providing server 400 through a preloaded skin beauty treatment application and presents a step-by-step program corresponding to the measured value. or provide images and videos related to skin care and treatment on the screen.

The service providing server 400 transmits and receives data with the user terminal 300 through the Internet or a wired/wireless communication network, provides applications, images and videos, and provides the skin care treatment device 100 through the user terminal 300. ) to provide the operation program of the cartridge 200.

The service providing server 400 transmits and receives data with the user terminal 300 and the Internet or wireless communication network C2, provides the skin beauty treatment application and images and videos related to skin care and treatment, and provides the user terminal Through 300, beauty and treatment programs are provided to the skin care treatment device 100.

On the other hand, the user of the skin beauty treatment device 100 selects a step-by-step program presented by the user terminal 300 in the menu of the display window 106 to receive skin beauty and treatment suitable for his/her skin condition. . At this time, the step-by-step program presented by the user terminal 300 is provided on the menu of the display window 120 of the skin beauty treatment device 100 . Here, the step-by-step program includes a skin condition measurement program 141, a step-by-step skin wrinkle improvement program 143, a step-by-step skin disease program 144, a step-by-step acne treatment program 145, and a step-by-step hair removal program 146.

As described above, the skin beauty treatment device and the skin beauty treatment system using the same according to the present invention measure the user's skin condition, present a step-by-step program suitable for the user's skin condition, and according to the selected program, the heater and the light source of the light source irradiation unit. By automatically adjusting the type, intensity and operation time, the technical problem of the present invention can be solved.

Preferred embodiments of the present invention described above have been disclosed to solve the technical problems, and those skilled in the art (those skilled in the art) to which the present invention belongs can make various modifications, changes, additions, etc. within the spirit and scope of the present invention. This will be possible, and such modifications and changes should be regarded as belonging to the scope of the following claims.

100: skin beauty treatment device
101: body part in the form of a hand piece
102: cartridge coupling part 103: power button
104: operation and stop button 105: selection button
106: display window 107: speaker
108: power connection port 109: USB port
110: controller 120: power unit
130: charging unit 140: storage unit
141: skin condition measurement program
143: step-by-step skin wrinkle improvement program
144: step-by-step skin disease program
145: step-by-step acne treatment program
146: step-by-step hair removal program
150: wireless communication unit 160: cartridge connection terminal
170: lid 180: charging cradle
181: charging indicator 182: cable
200: detachable cartridge
210: skin condition measurement cartridge
211: control unit 212: skin contact sensor
213: moisture detector 214: camera
215: LED light 216: charging unit
217: memory 218: communication unit
219: terminal part 230: skin wrinkle improvement cartridge
231: control unit 232: skin contact sensor
233: heating unit 234: temperature sensor
235: light source irradiation unit 236: charging unit
237: memory 238: communication unit
239: terminal part
240: Skin disease and acne treatment cartridge
241: control unit 242: skin contact sensor
243: heating unit 244: temperature sensor
245: light source irradiation unit 246: charging unit
247: memory 248: communication unit
249: terminal unit 250: hair removal cartridge
251: control unit 252: skin contact sensor
253: heating unit 254: temperature sensor
255: light source irradiation unit 256: charging unit
257: memory 258: communication unit
259: terminal part
300: user terminal 310: smartphone
320: PC 400: service providing server
410: App Store

Claims (5)

A body part in the form of a handpiece;
It is coupled and separated from the main body part, transmits its own ID through the connection terminal when coupled to the main body part, measures skin condition, improves skin wrinkles in stages, treats skin diseases in stages, treats acne in stages, and removes hair in stages. Detachable cartridge to perform; and
When the cartridge is coupled to the main body, a unique ID of the cartridge is received and a program of the cartridge corresponding to the unique ID is operated, and when skin condition measurement data is received from the cartridge, the skin condition is measured by a skin condition measurement program. a controller that automatically controls the operation of the cartridge according to a step-by-step skin wrinkle improvement program, a step-by-step skin disease program, a step-by-step acne treatment program, and a step-by-step hair removal program suitable for the determined skin condition;
Multifunctional skin care treatment device comprising a.
According to claim 1,
The detachable cartridge,
Multifunctional skin beauty treatment device including skin condition measurement cartridge, skin wrinkle improvement cartridge, skin disease and acne treatment cartridge, and hair removal cartridge.
According to claim 1 or 2,
The detachable cartridge,
a memory that stores its own unique ID;
A skin contact sensor that detects contact with the skin;
a heating unit for heating the contact surface of the skin to a predetermined temperature;
a temperature sensor for sensing the temperature of the heating part;
A light source irradiation unit for selectively irradiating a red, yellow, blue, green, violet, or any one of a combination of LED light sources, near-infrared rays, and IPL lasers to the skin;
a terminal part electrically connected to the main body part when coupled;
a charging unit for receiving and charging power through the terminal unit;
a communication unit for transmitting and receiving data to and from the body unit through the terminal unit;
Transmits its own ID through the communication unit when coupled with the body unit, and controls the temperature and operation time of the heating unit, the type of light source of the light source irradiation unit, the intensity and operation time of the light source according to the control of the controller control unit;
Multifunctional skin care treatment device comprising a.
According to claim 1,
The multifunctional skin care treatment device,
Cartridge coupling part for coupling the cartridge;
a cartridge connection terminal disposed in the cartridge coupling part;
a storage unit for storing the skin condition measuring program and the step-by-step skin care program;
a display window for displaying the operation program of the cartridge as a menu and displaying measurement values of the operating state, problem situation, usage time, remaining time, battery charge state, lock indication, and skin condition on the screen;
A power button for turning on/off the power and selecting and releasing the lock function;
a selection button for selecting menus and functions of the display window;
an operation and stop button for operating and stopping the program of the menu;
a USB port for installing and upgrading an operation program in the memory or transmitting and receiving data information of the cartridge;
Multifunctional skin care treatment device comprising a. A detachable cartridge is coupled to the main body, and the unique ID of the cartridge is identified to perform skin condition measurement, step-by-step skin wrinkle improvement, step-by-step skin disease treatment, step-by-step acne treatment, and step-by-step hair removal according to the operation program of the cartridge stored in the storage unit. Automatic skin care treatment device;
Data is transmitted and received with the skin care treatment device through a wired or wireless communication network, and when a skin measurement value is received through the communication network or directly input through a terminal, steps and programs corresponding to the measurement value are presented, and corresponding images and videos are provided. a user terminal; And a service providing server that transmits and receives data with the user terminal through the Internet or a wired/wireless communication network, provides applications, images and videos, and provides an operation program of the cartridge to the skin care treatment device through the user terminal;
Skin beauty treatment system comprising a.

Images