KR20220135310A - IoT-enabled optical massage device - Google Patents

Abstract

The present invention relates to an IoT-enabled light massage device comprising: a handle (100) in which a control board (500) and hot/cold duct (512-1) are installed; an arcuate tube (200) surrounding the front of the user's neck in a spaced-apart state and emitting LED light through at least four lines of nozzle holes on a surface facing the neck; an opening tube (300) coaxially embedded in the arcuate tube (200) and having an open hole (310) simultaneously opening at least two lines of nozzle holes and an LED substrate (330) installed in the open hole (310); and a selection knob (400) exposed to the end of the arcuate tube (200) while rotating an LED array (350) arranged on the LED substrate (330) corresponding to the open hole (310) of the open tube (300) to selectively supply light. The nozzle holes comprise: a plurality of 90-degree nozzle holes (210) formed at regular length intervals at a horizontal line position opposite a diameter portion connected to the handle (100); a plurality of 45-degree nozzle holes (220) formed at regular length intervals at a horizontal line position spaced 45 degrees downward from the 90-degree nozzle hole (210); a plurality of 60-degree nozzle holes (230) formed at regular length intervals at a horizontal line position spaced 60 degrees downward from the 90-degree nozzle hole (210); and a plurality of 30-degree nozzle holes (240) formed at regular length intervals at a horizontal line position 30 degrees upward from the 90-degree nozzle hole (210). The present invention forms at least four lines of nozzle holes on a front surface of the arcuate tube (200) such that each nozzle hole is spaced apart at regular intervals and an intensive light massage is possible at a desired angle by installing the LED array (350) on a user's neck in the open tube (300) in an area corresponding to nozzle holes.

Description

IoT-enabled optical massage device

The present invention relates to an IoT-enabled optical massage device.

The medical effects according to the wavelength of light and the technology including the corresponding contents are summarized as follows.

① UV rays related to vitamin D synthesis; UVB Photosynthesis of Vit, D3 and Fabrics (Part ll) - The animal study, - Vitamin D3 synthesis and textiles by UV rays (Part 2) - Through animal experiments-/ Journal of the Korean Society of Clothing and Textiles / v.22 no.5, 1998, pp.646-653 / Kim Jeong-hyeon, Ahn Ryeong-mi, Song Myeong-gyeon/ Vitamin synthesis effect of UVB,

② Inhibition of inflammation by long-wavelength visible light; Inflammatory cytokines are suppressed by light-emitting diode irradiation of P. gingivalis LPS-treated human gingival fibroblasts : Inflammatory cytokine changes by LED irradiation/ Lasers in medical science / v.27 no.2, / 2012, pp.459-467/635nm Cytokine (inflammatory hormone) inhibitory effect by wavelength LED irradiation,

③ Regarding the skin regeneration effect of long-wavelength visible light; LED (660nm) and laser (670nm) use on skin flap viability: angiogenesis and mast cells on transition line / Lasers in medical science / v.27 no.5, / 2012, pp.1045-1050/ LED 660nm wavelength and laser 670nm Wavelength skin regeneration effect,

④ Related to the increase in the anti-acne effect of complex wavelengths; Blue & Red light Combination LED Photo therapy for Acne Vulgar is in Patient with skin Phototype IV / Lasers Surg. Med.39:180-188.2007/ The combined wavelength of 410nm+633nm is more effective on acne bacteria than using 410nm alone,

⑤ Complex wavelength skin care related; Varying ratios of wavelengths in dual wavelength LED photomodulation alters gene expression profiles in human skin fibroblasts/ Lasers in surgery and medicine / v. 42 no. 6, / 2010, pp.540-545/ Collagen production effect by complex wavelength,

⑥ Near-infrared radiation related to rheumatoid arthritis; Effect of light emitting diodes in the photodynamic therapy of rheumatoid arthritis/ Photodiagnosis and photodynamic therapy / v.7 no.1, / 2010, pp.44-49/

⑦ Far-infrared rays related to improvement of alopecia; Korean education journal of aesthetic society / v.8 no.1=no.21, 2010, pp.187-199 / Alopecia improvement effect of far infrared rays and specific electromagnetic waves

⑧ Related to improving blood circulation of far-infrared rays; Science and Technology Association Village 2001.01-2007.12)/ Yonsei University Medical Device Research Center Lee Myung-ho/ Blood circulation improvement by capillary expansion of far-infrared thermal effect/ Biological effects of far-infrared thermal effect on the human body,

⑨ Bioactivity of far-infrared rays; Characteristics and effects of far-infrared rays/Journal of the Korean Electric Association no.3 = no183, 1992, pp.18-26)/Seoul National University Cheol-geun Ji/ Bioactive effect of far-infrared rays,

⑩ Near-infrared inflammatory treatment related; Radiant near infrared light emitting Diode exposure as skin preparation to enhance photodynamic therapy inflammatory type acne treatment outcome (Source: Lasers in surgery and medicine / v.42 no.2 / 2010pp.171-178)/ 940nm wavelength acne therapeutic effect.

The Internet of Things (IoT) refers to an environment in which information is shared by connecting things in life through wired and wireless networks.

Wireless communication includes communication using wireless LAN, WiFi, Wibro, PLC, ZigBee, Bluetooth, UWB (Ultra WideBand), and LED.

Patented technologies include those developed in the form of a mask (Domestic Patent Registration No. 10-0963687), Iron Brush Type 9, Domestic Patent Registration No. 10-1502243), and helmet-type ones (Domestic Patent Registration No. 10-1803867).

However, there is no known optical massage device that has been developed intensively in the field of optical massage such as neck wrinkle removal using this basic technology and uses the Internet of Things.

The present invention is to solve this problem, and an object of the present invention is to form at least 4 rows of nozzle holes on the front surface of an arc-shaped arc tube, so that each nozzle hole is formed to be spaced apart from each other at regular intervals, and correspond to the nozzle hole It is intended to provide an IoT-enabled optical massage device that enables intensive massage at a desired angle by installing an LED array on the user's neck in an open tube.

Another object of the present invention is to form at least 4 rows of nozzle holes on the front of the arc-shaped arc tube, and each row is 90 degrees around the horizontal line of the outer diameter of the arc-shaped tube opposite the handle, and 45 degrees to the horizontal line below it. Nozzle hole, 60 degree nozzle hole, 30 degree nozzle hole above the horizontal line of 90 degree nozzle hole, open at least two angle nozzle holes, and install LED array inside it to select and massage the neck It is to provide an IoT-enabled optical massage device that enables

Another object of the present invention is to install a thermoelectric element and a duct on the handle to select cold and warm heat and supply it to the nozzle hole. Alternatively, it is intended to provide an Internet of Things (IoT) capable optical massage device that provides both warmth and optical care by concentrating only on the neck, and at the same time increases the massage effect by combining cold or warmth.

Control board and handle with hot and cold ducts installed;

An arc tube configured to surround the front of the user's neck in a spaced state, and emitting the light of the LED through at least four rows of nozzle holes on the face opposite the neck;

an open tube coaxially built into the arc-shaped tube and having an opening hole for simultaneously opening at least two rows of nozzle holes, and an LED substrate installed in the opening hole; and

rotates to selectively supply LED array light arranged on the LED substrate corresponding to the open hole of the open tube, and includes a selection knob exposed to the end of the arc tube;

The nozzle hole is a 90-degree nozzle hole formed in a plurality at regular length intervals at a horizontal line position opposite the diameter part connected to the handle,

A number of 45-degree nozzle holes formed at regular intervals at a horizontal line position spaced 45 degrees down from the 90-degree nozzle hole,

A number of 60-degree nozzle holes formed at regular intervals at a horizontal line position spaced 60 degrees down from the 90-degree nozzle hole,

It provides an IoT-enabled optical massage device comprising a number of 30-degree nozzle holes formed at regular length intervals at a horizontal line position spaced 30 degrees upward from a 90-degree nozzle hole.

The present invention forms at least 4 rows of nozzle holes on the front of the arc-shaped arc-shaped tube, so that each nozzle hole is formed to be spaced apart from each other at regular intervals, and an LED array is placed on the open tube in the area corresponding to the nozzle hole. It is installed on the pole to enable intensive light massage at a desired angle.

Another object of the present invention is to form at least 4 rows of nozzle holes on the front of the arc-shaped arc tube, and each row is 90 degrees around the horizontal line of the outer diameter of the arc-shaped tube opposite the handle, and 45 degrees to the horizontal line below it. Nozzle hole, 60 degree nozzle hole, 30 degree nozzle hole above the horizontal line of 90 degree nozzle hole, open at least two angle nozzle holes, and install LED array inside it to select and massage the neck let it be so

The present invention installs a thermoelectric element and a duct on the handle to select cold and warm heat and supply it to the nozzle hole. By supplying it at the same time, it is possible to concentrate only on the neck to take care of the light, and at the same time to increase the massage effect by combining cold or warmth.

1 is a plan view showing an example used for the neck of the present invention;
2 is an enlarged main view of the arc tube and the selection knob of FIG. 1;
3 is a cross-sectional view of the main part of FIG. 2;
4 is a vertical enlarged view of FIG. 1
5 is a cross-sectional enlarged view showing the nozzle hole portion of FIG. 2;
6 is an exemplary view showing an LED array installation state of the present invention;
7 is a block diagram of a control block of the present invention;
8 is an enlarged view showing a handle portion and a thermoelectric element installation state of the present invention.

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

The present invention provides a control board 500 and a handle 100 on which a hot and cold duct (512-1) is installed;

An arc tube 200 that is made to wrap the front of the user's neck in a spaced apart state, and emits LED light through at least four rows of nozzle holes on the face opposite the neck;

An open tube 300 having an open hole 310 that is coaxially embedded in the arc tube 200 and simultaneously opens at least two rows of nozzle holes, and an LED substrate 330 installed in the open hole 310; and

The LED array 350 arranged on the LED substrate 330 corresponding to the opening hole 310 of the open tube 300 is rotated to selectively supply light, and a selection knob 400 exposed to the end of the arc tube 200 is included. do;

The nozzle hole is a 90-degree nozzle hole 210 formed in a number at regular length intervals at a horizontal line position opposite the diameter part connected to the handle 100,

A 45-degree nozzle hole 220 formed in a plurality of horizontal lines spaced apart from the 90-degree nozzle hole 210 by a predetermined length at a distance of 45 degrees downward from the nozzle hole 210,

A plurality of 60-degree nozzle holes 230 formed at regular length intervals at a horizontal line position spaced 60 degrees down from the 90-degree nozzle hole 210, and,

It is configured to include a plurality of 30-degree nozzle holes 240 formed at intervals of a predetermined length at a horizontal line position spaced from the 90-degree nozzle hole 210 by 30 degrees upward.

The thermoelectric element 512 operated by the control unit 511, the duct 512-1 through which heating and cooling heat of the thermoelectric element 512 pass, and the thermoelectric element 512 rotate forward and reverse according to the operation and the first and second valves (V1, V2) for opening and closing the duct (512-1) passage in association with the fan (f1, f2), the rotation direction of the fan (f1, f2);

A slit groove 311 providing a rotational angle movement path of the selection knob 400 of the open pipe 300 is formed at the front end of the duct 512-1.

The thermoelectric element 512 in the present invention is an element having a Peltier effect, and the Peltier effect is when two types of metal ends are connected and a current flows therein, and heat is absorbed at one terminal according to the direction of the current. and heat generation at the other terminal, it is possible to switch between heat absorption and heat generation according to the direction of the current, and the amount of heat absorption/heat generation is adjusted according to the amount of current.

The LED array 350 installed on the LED substrate 330 is made of a set of R, G, and B LEDs, and a conductive plate 340 for horizontally conducting the light of each LED on the surface of the LED array 350 is provided. add;

In the LED substrate 330 and the conductive plate 340, ventilation holes 332 for supplying to the corresponding nozzle holes 210, 220, 230, 240 for supplying warm and cold air are dispersedly formed.

The control board 50 shown in FIG. 1 includes a control unit 511 for recognizing the operation of the corresponding selection switch of the selection knob 400 as a change in potential and recognizing the operation state of the operation unit 510 as shown in FIG. 7 ;

a thermoelectric element 512 for selectively supplying hot air (H) and cold air (C) according to the output terminals (O1, O2) of the control unit 511;

a fan driving unit 513 which drives the rotation direction of the fans f1 and f2 and the opening and closing of the valves V1 and V2 to be variable in association with the cold and hot operation of the thermoelectric element 512;

an LED driving unit 514 for driving to select light of a unit RGB LED set constituting each LED array 350;

a communication unit 515 such as a modem for wired/wireless communication to enable the Internet of Things (IoT);

a display 516 indicating the operation value of the operation unit 510 recognized by the control unit 511 and the operation assortment and state; and

It comprises a storage device 517 for storing data, operating applications, user IDs, main server URLs, and the like.

As shown in FIG. 5 , in the LED substrate 330 and the light conduction plate 340 of the present invention, ventilation holes 332 for selectively discharging hot and cold air to the corresponding nozzle holes 210 , 220 , 230 , 240 are preferably formed.

The unit RGB LED constituting the LED array in the present invention has a wavelength and a color as shown in Table 1 below.

The wavelength of LED contributes to collagen production at 590 nm, cell regeneration at 600-672 nm, and skin elasticity at 830 nm. may add an ultrasonic LED if necessary.

In the present invention, it can be confirmed from Table 1 that the light with a wavelength of 590 nm is yellow, and colors (R247, G231, B60) can be exemplified based on the Adobe color table,

Light with a wavelength of 600-672 nm is a red series, and colors (R247, G92, B54) can be exemplified in the Adobe color table,

Light with a wavelength of 830 nm is a pearl yellow series, and colors (R194, G43, B203) can be exemplified in the Adobe color table.

In the present invention configured as shown in FIG. 1 , when the user approaches the user's neck as shown in FIG. 1 , the nozzle holes of at least two lines of the nozzle holes shown in FIG. 2 are opened through the opening hole 310 to the corresponding one of the LED array 350 . light is emitted

2 to 3 , the selection knob 400 fixes the open tube cap 320 with a set screw 410 , and the open tube cap 320 functions to block the end of the open tube 300 , so the selection knob When 400 is rotated, the position of the opening hole 310 is changed, and according to the changing state, at least two rows of nozzle holes are opened to emit the light of the corresponding LED.

That is, so that the reference point of the selection knob 400 coincides with the a of FIG. 2 so that the 45 degree nozzle hole 220 and the 60 degree nozzle hole 230 shown in FIG. turn Then, since the part marked with a in FIG. 4 matches the opening hole 310 shown in FIGS. 2 and 3 , light is emitted through the 45 degree nozzle hole 220 and the 60 degree nozzle hole 230 , which is shown in FIG. Massage the clavicle area with light.

In addition, the selection knob 400 so that the 45 degree nozzle hole 220, the 60 degree nozzle hole 230, and the 90 degree nozzle hole 210 shown in FIG. Rotate so that the reference point of is coincides with b in FIG. 2 . Then, since the part marked with b in FIG. 4 matches the opening hole 310 shown in FIGS. 2 and 3 through the 45 degree nozzle hole 220, the 60 degree nozzle hole 230, and the 90 degree nozzle hole 210 Water is ejected, which increases the nozzle hole by one more line, so the range is widened, and it acts to continuously raise the wrinkles in the neck area.

In addition, the reference point of the selection knob 400 is rotated to coincide with the c of FIG. 2 so that the 45 degree nozzle hole 220 and the 90 degree nozzle hole 210 shown in FIG. . Then, since the part marked with c in FIG. 4 matches the opening hole 310 shown in FIGS. 2 and 3 , light is emitted through the 45 degree nozzle hole 220 and the 90 degree nozzle hole 230 , which is shown in FIG. Massage the neck muscles above the clavicle.

In addition, the selection knob 400 so that the 45 degree nozzle hole 220, the 90 degree nozzle hole 210, and the 30 degree nozzle hole 240 shown in FIG. Rotate so that the reference point of is coincides with d of FIG. 2 . Then, the part marked with d in FIG. 4 matches the opening hole 310 shown in FIGS. 2 and 3 through the 45 degree nozzle hole 220, the 90 degree nozzle hole 210, and the 30 degree nozzle hole 240. Light is emitted, and since it massages the neck muscle of FIG. 4 , a user who wants a uniform massage may use the opening mode of the part d of the opening hole 310 .

In the present invention, 90 degrees, 45 degrees, 60 degrees and 30 degrees nozzle holes are denoted by the nozzle hole lines are radially dispersed, and at least two lines of the dispersed lines are opened, so that the user can select and use it according to the purpose of light massage. It can be seen that it is not intended to limit the nozzle hole line to an exact angle.

The present invention also functions to prevent skin aging by opening or closing the skin pores by supplying cool and warm air simultaneously or separately with the light massage, and to enhance the essence penetration effect even when the essence is used at the same time.

In this case, in the case of supplying warmth, for example, the output terminal O1 of the control unit 511 applies positive power and the output terminal O2 applies negative power, for example, the fan f1 of the thermoelectric element 512 is positive. Rotating and opening the first valve (V1), the heat is supplied through the inner diameter of the open pipe 300, which passes through the ventilation holes 332 of the LED substrate 330 and the conduction plate 340 shown in FIG. It is supplied to the user's neck through the nozzle holes 210, 220, 230, and 240 to expand the pores of the neck. Of course, in this case, since cold air is generated in the lower part of the thermoelectric element 512, the second fan f2 is rotated in the reverse direction, and when the second valve V2 is closed, the cold air is discharged through the vent formed in the handle 100. improve thermal efficiency.

In the case of supplying cold air, for example, when positive and negative power is applied to the output terminal O1 of the control unit 511 and negative power to the output terminal O2 as it is, the duct ( 512-1), when the fan f1 is reversely rotated and the first valve V1 is closed, the warmth is discharged through the vent formed in the handle 100 .

Of course, in this case, since cold air is generated in the lower part (the part marked with C) of the thermoelectric element 512, the second fan f2 is rotated in the forward direction, and when the second valve V2 is opened, cold air is released into the open pipe 300 ) is supplied through the inner diameter, which passes through the ventilation holes 332 of the LED substrate 330 and the conduction plate 340 shown in FIG. function to close This is a factor that makes the sagging skin work by shrinking the skin.

The operating time and conditions are stored as data in the storage device 517 and managed through a platform that provides the stored data to the hospital main server or homepage for non-face-to-face skin or wrinkle management in hospitals or the 4th industrial era. It is also possible to check the data in real time through the communication unit 515 that enables the Internet of Things.

10; shower hose 100; handle 110; filter 120; ampoule 200; arc tube 210; 90 degree nozzle hole 220; 45 degree nozzle hole 230; 60 degree nozzle hole 240; 30 degree nozzle hole 300; open pipe 310; open hole 311 ; Slit groove 320; Open tube cap 330; LED substrate 332; Ventilation hole 340; Conductive plate 350; LED array 400; Select knob 410; Set screw 420; Gasket 500; Control board 510; Control unit 511; Control unit 512; Thermoelectric element 513; Fan drive unit 514; LED drive unit 515; Communication unit 516; Display 517; Storage device

Claims (3)

a handle 100 on which the control board 500 and the hot and cold ducts 512-1 are installed;
An arc tube 200 that is made to wrap the front of the user's neck in a spaced apart state, and emits LED light through at least four rows of nozzle holes on the face opposite the neck;
An open tube 300 having an open hole 310 that is coaxially embedded in the arc tube 200 and simultaneously opens at least two rows of nozzle holes, and an LED substrate 330 installed in the open hole 310; and
The LED array 350 arranged on the LED substrate 330 corresponding to the opening hole 310 of the open tube 300 is rotated to selectively supply light, and a selection knob 400 exposed to the end of the arc tube 200 is included. do;
The nozzle hole is a 90-degree nozzle hole 210 formed in a number at regular length intervals at a horizontal line position opposite the diameter part connected to the handle 100,
A 45-degree nozzle hole 220 formed in a plurality of horizontal lines spaced apart from the 90-degree nozzle hole 210 by a predetermined length at a distance of 45 degrees downward from the nozzle hole 210,
A plurality of 60-degree nozzle holes 230 formed at regular length intervals at a horizontal line position spaced 60 degrees downward from the 90-degree nozzle hole 210, and
Internet of Things-enabled optical massage device, characterized in that it comprises a plurality of 30-degree nozzle holes 240 formed at regular length intervals at a horizontal line position spaced from the 90-degree nozzle hole 210 by 30 degrees upward.
According to claim 1, wherein the thermoelectric element 512 operated by the controller 511, the duct 512-1 through which the heating and cooling heat of the thermoelectric element 512 passes, and the thermoelectric element 512 according to the operation forward and reverse rotating fans (f1, f2), and first and second valves (V1, V2) for opening and closing the passage of the duct (512-1) in association with the rotation direction of the fans (f1, f2);
An Internet of Things (IoT) capable optical massage device, characterized in that a slit groove (311) providing a rotational angle movement path of the selection knob (400) of the open tube (300) is formed at the tip of the duct (512-1).
According to claim 1, wherein the LED array 350 installed on the LED substrate 330 is made of a set of R, G, B LED, the surface of the LED array 350 is a conductive plate that conducts the light of each LED horizontally add (340);
Internet of Things-enabled optical massage device, characterized in that the LED substrate 330 and the conductive plate 340 are dispersedly formed with ventilation holes 332 supplied to the corresponding nozzle holes 210,220,230,240 for supplying warm and cold air.

Images