KR20210022453A - Colorpuncture Device - Google Patents

Abstract

The invention of the present invention is a method of stimulation of the human body by irradiating light energy to the human body, and through non-invasive stimulation, it is possible to activate various pain and function deterioration and immune functions, and to realize skin regeneration and elastic cells. It relates to a low-level laser stimulation device. The present invention relates to a device capable of selectively irradiating a laser beam and light of an LED, irradiating an infrared laser beam together, and stimulating the light to acupuncture points or a corresponding part of the human body to maintain human health. The irradiation time can be set, and the crystal rod that transmits light to the body surface can be selectively replaced according to the body part and treatment method, and due to the generation of infrared rays, the crystal rod for massage can also be used appropriately for skin health. . When using an external power adapter for constant and stable power supply, in some cases, if the wire is obstructed, remove the adapter and use the built-in battery freely and conveniently for a certain period of time.

Description

Colorpuncture Device

The present invention relates to a device capable of selectively irradiating light from a low-power laser and LED simply, and by stimulating a wave of light to human cells, the immunity function and the activation of the cell's wave energy and bio-photon Enhance your metabolism. Its functions include the lymphatic system of the human body, acupuncture points distributed throughout the body, pain points, and corresponding parts of the human body, skin care, etc. LED and low-power lasers that can select and irradiate the amount and type of light according to the usage. {Low Level Laser} It relates to a stimulation device.

The present invention is a stimulation tool using the theory of color stimulation based on quantum wave dynamics and the principle of inducing a physiological change in response to the light energy reception response of human cells.

It is known that color therapy, which is already widely used, causes mental, psychological, and material changes depending on the color and is involved in the physiological function of the human body. The present invention activates the body's immune function by using the wave of visible light to activate the human body's immune function and induces the promotion of microscopic energy in the body to regulate human physiological function and health by using the wave energy of the human cell and the light receptor physiological function of bio-photon. Let's promote maintenance.

According to this principle, various energies exist in the human body of the Indian chakra, and the energies are classified into 7 colors, and each color area exists according to the body part. In addition, it is said that diseases and health conditions are determined according to the chakra energy inside the human body and the chakra energy state in the outer membrane of the human body. Therefore, it is said that chakra energy changes according to human diseases and health conditions, and the disease is that chakra energy is destroyed and collapsed. This is said to reinforce the chakra energy with light and color to defeat the disease.

If chakra energy refers to the distribution and action of human energy, oriental medicine's meridians and acupuncture points have the principle of regulating the circulation of human energy and the physiological functions of the ledger. It is said that Gihyeol (氣血) and chakra (chakra), but they are all about the same energy of the human body, and physiological actions such as immunity, defense, driving action, gooseop action, and warmth action were defined. According to the circulation of the meridians, the physiological function of the ledger is smooth and the immune function is activated to maintain a healthy state.

If this circulation is not good, the intestinal physiology and immune function are lowered, leading to disease and unhealthy conditions. These diseases and unhealthy conditions (不健康) by stimulating the acupuncture points to activate the meridians and promote circulation to control bowel diseases and immune and defense functions.

The present invention can maintain a health state of the human body by irradiation of light energy in a state in which circulation disorders of the meridians and intestinal physiology are not smooth due to non-invasive stimulation for such stimulation therapy. In addition, the human body is a fractal principle as well as the meridian principle. Since the corresponding parts of the human body exist in the limbs, depending on the disease, the corresponding parts of the fingers, toes, and extremities of the limbs can be stimulated to control unhealthy conditions.

KR 2020060026116 Y1 KR 1020110106644 A KR 2020070016773 Y1 KR 1020030056022 A US 20070005119 A1 US 20120088204 A1 US 20170291040 A1 US 08080047 B2 US 08945196 B2

Kim Gyeong-cheol. A review of Petermandel's photochromic acupuncture for acupuncture phototherapy research (I). Journal of Oriental Physiological Pathology, 2004, vol.18 no.2, pp.371-375 Kim Gyeong-cheol. A review of Peter Mandel's photochromic acupuncture for the study of acupoint phototherapy (III). Journal of Oriental Physiology and Pathology, 2005, vol.19 no.2, pp.323-328 Yewon Cho, Sangwoon Park. The Change of Biofield Energy by Color Energy Therapy. Korean Journal of Psychiatry, 2006, vol.10, no.2, pp.33-47 Ryu Gyeong-ho, Kim Gyeong-cheol, and Lee Yong-tae. A study of 波動共鳴的氣. Journal of Oriental Physiological Pathology, 2003, vol.17, no.2, pp.263-274

Among oriental medicine, the invasive stimulation of acupuncture is the fear and pain of magnetic acupuncture, and there is a feeling of fear and rejection of patients. Therefore, there is a need for a method of efficiently utilizing acupuncture and non-invasive stimulation without pain.

There are methods of stimulating light and heating as a method for activating the human body's immune function and helping circulation of the lymphatic system and capillaries. In this regard, infrared laser rays and various wave beams are required to promote immunity through activation of capillaries and skin cells using light stimulation and infrared stimulation, and to benefit skin health.

The shape of the photoconductor, such as a crystal rod or an optical fiber rod, that transmits light to facilitate skin massage on the surface of the body with the light effect, varies the shape of the area where the skin touches.

The present invention is largely divided into a light source unit capable of irradiating a weakly stimulating laser and an LED, and a control unit controlling the same. As a weakly stimulating laser, a semiconductor laser module was used to emit a red spectrum of a wavelength of 650 nm with a power of 5 mW as a constant laser beam.

In order to increase the healing effect, an infrared laser module was added to emit a pulsed 12500Hz infrared (850nm) laser beam with a power of 5mW to obtain an infrared effect.

Green and purple laser modules are mounted to emit 532nm green spectrum laser beams and 405nm purple spectrum laser beams with a power of 5mW.

With the installation of three color laser modules, it can be selected and used according to each disease and skin condition, and the purple color close to ultraviolet rays has a short wavelength, so it can be applied to efficacy such as sterilization. LED is a warm white LED, and its wavelength band emits a wavelength similar to that of a red laser of 635nm, but the laser spectrum and the LED spectrum have a different effect because there is a difference in depth acting on the body surface.

For the efficient transmission of light, the crystal rod or the optical fiber rod can be replaced in various shapes, allowing selection of wide and narrow stimuli on the surface of the human body.

For constant power supply, an AC adapter, which is an external power device, can be used, and rechargeable batteries or general disposable batteries can be used for free activities and portable use. Therefore, when a battery is used, the battery status is displayed on the display.

The present invention has been developed in a hand type so that anyone can easily and safely utilize the shortcomings of various tools and methods of weak stimulation laser stimulation therapy. Complex light control of other laser beam treatment devices was made possible to irradiate the body surface with laser beam or LED light simply by using a crystal rod. In addition, laser beam and LED light can be selected to irradiate various waves, and a timer is built into the device to prevent excessive irradiation. It was possible to irradiate by setting the time according to the condition of the skin and the skin.

With non-invasive stimulation, the human body can be stimulated by appropriately controlling the wave energy of light according to age, sex, and symptoms, and it is possible to know how much of the laser beam is irradiated to the human body by adjusting the built-in timer. .

Various crystal rods can provide various stimulation of the body surface. By irradiating laser or infrared rays, a massage effect can be obtained, and by facilitating circulation of subcutaneous layers and capillaries, skin elasticity and immunity are strengthened, and it is effective for skin care.

Laser beams of multiple waves can be selectively applied according to diseases, which can be selected and applied appropriately for various skin types.

1 is a front perspective view of a color puncture device according to the present invention.
2 is a rear perspective view of a color puncture device according to the present invention.
3 is a cross-sectional view of a color puncture device according to the present invention.
4 is a light source diagram of the color puncture device according to the present invention.
5 is a front view of a color puncture device according to the present invention.
6 is a rear view of the color puncture device according to the present invention.
7 is a top view of a color puncture device according to the present invention.
8 is a bottom view of a color puncture device according to the present invention.
9 is a diagram of various correction bars of the color puncture device according to the present invention.
10 is a structural diagram of a color puncture device according to the present invention.
11 is a flowchart showing a method of using the color puncture device according to the present invention.

Embodiments according to the present invention will be described in detail with reference to the accompanying drawings.

The present invention comprises a main body 10, power supply units 20 and 22, and an irradiation unit 40 that emits a laser beam. The main body part 10 has a main body housing 11 that forms an external shape, a button part 13 that selects a laser and sets irradiation, and an LCD display part 12 that can check the status. There is a battery holder that can be changed and a lid (21) is covered, and there is an AC adapter jack (20) at the bottom for connecting an external power source. The main body part 10 is divided into three external stages: the main body head part 10-1 that emits laser light, the main body adjusting part 10-2 that controls and monitors the amount of light, and the main body power part with a power supply. It is divided into (10-3).

There are 6 buttons in the button part for setting functions, and it is composed of 3 top and 3 bottom, and the upper left button 13-1 is a power On/Off button. The upper row center button (13-2) is a button to select the type of laser. The default is set to red laser, followed by green laser, and the third is purple laser. So, if you don't press the button or if you press the button, once you press it, red, twice to green, and three times to select purple. The upper right button (13-3) is a button that turns on/off the LED light. The lower left button (13-4) is a button that moves to the left or minus the time in the selection of time and irradiation method with the setting button, and the middle button (13-5) of the lower row is a start and stop button. The lower right button (13-6) is a button to move a set menu such as time setting and survey method to the right or to add time.

In the irradiation unit 40, a semiconductor laser module is mounted vertically, left and right 41, and an LED light source 41-4 is mounted in the center. All laser light projection forms are fitted with a straight lens 42 so that they can be radiated in a straight length rather than a single point. Among the four laser modules in the top, bottom, left and right, the upper red laser R1 (41-1) and the lower infrared laser R2 (41-5) operate at the same time. That is, when the red laser 41-1 is operated, it operates together with the infrared laser 41-5. And the left and right green (41-2) and purple (41-3) can be operated separately, and the laser can operate two or both of the other lasers in addition to the red laser and the infrared laser operating at the same time. It is determined by the button part 13 so that only one can be selected so that it is impossible. However, since simultaneous operation between the LED and the laser is allowed for the variable of the wave, the LED button 13-3 is configured separately. Therefore, the LED can be irradiated alone or with a laser. A ring-shaped mounting frame 31 that inserts the clear crystal rod 30 and fixes it to the main body is fixed in accordance with the irradiation port 40 from which the laser light is emitted. Crystal rods are used by replacing various shapes of crystal rods according to the body surface area and purpose of use. The round fertilization rod (30-1) with a wide area in contact with the skin can be applied to skin massage, sprains, and muscle pain in large areas, and the conical fertilization rod (30-2) is used for general acupoint stimulation or stimulation of the corresponding area. The triangular fertilization rod (30-3), which has a blunt triangle at the end, has two advantages, and is used for collecting and stimulating light from a pointed area and for irradiating a wide area.

The method of use of the present invention is to turn on the power button 13-1 according to the flow chart, power on the device, select the LED and laser to be irradiated (13-2)/(13-3), and then age and body mark. Set the irradiation time with the buttons (13-4) (13-6) below according to the condition or the intended method. When the setting is finished, start the investigation with the start/stop button (13-5). After a certain period of time, the laser beam stops irradiation according to the set time. To repeat this, if you press the restart button (13-5) as it is, the irradiation starts again at the same time. If you want to change the setting of a different time zone and frequency band, press the start/stop button (13-5) to stop, press the setting button (13-4) (13-6) to change the setting, and then the start button (13-5). Click to start the investigation. If all are finished in the state set automatically, the power is turned off by pressing the power button (13-1), or if it is in a stopped state without doing so, the power is automatically turned off after a certain period of time.

10: main body, 10-1: main body head,
10-2: main body control unit, 10-3: main body power supply unit,
11: main body housing, 12: display unit,
13: button part, 13-1: power button,
13-2: laser selection button, 13-3: LED On/Off button,
13-4: left button for setting, 13-5: start/stop button,
13-6: right button for setting, 20: external power jack,
21: battery holder lid, 22: battery,
30: crystal rod, 30-1: round crystal rod,
30-2: conical crystal rod, 30-3: triangular crystal rod,
31: crystal rod mounting frame, 40: irradiation unit,
41: laser module, 41-1: red laser,
41-2: green laser, 41-3: purple laser,
41-4: warm white LED, 41-5: infrared laser,
42: straight lens, 50: control unit,
51: control main board, 60: light source module board.

Claims (2)

A body housing forming a space therein;
A laser module mounted inside the main housing to generate a laser beam;
An LED module mounted inside the main housing to irradiate LED light;
An infrared laser module mounted inside the main housing to generate an infrared laser beam;
A laser module mounted inside the body housing and equipped with a straight lens to emit light from a laser module generating a laser beam in a straight line;
A crystal rod fastened to the main body housing and irradiating the laser generated from the laser module to the outside;
A laser irradiation button fastened to the main body housing and operating the laser module to irradiate the laser;
An LED irradiation button fastened to the main body housing to operate the LED module to irradiate the LED;
A setting button fastened to the main body housing and configured to set a method and time for irradiating the laser and the LED light;
A controller main board mounted inside the main body housing and having a built-in timer so as to irradiate a predetermined period of time when irradiating a laser and an LED beam;
A light source module board mounted inside the main body housing and coupled to irradiate a laser and an LED beam;
A display unit that is fastened to the body housing and displays a state of the device using an OLED mounted inside the body housing;
A button portion fastened to the main body housing and configured to turn on and off power of the laser module and the LED module and to change settings;
A battery unit and an AC power supply jack connected to the main body housing to supply power;
It is mounted inside the main housing and operates the laser module and the LED module when the laser module, the LED module, and the irradiation button are pressed so that the laser and LED are irradiated, and when the red laser is irradiated, the infrared laser is The color puncture device comprising a control unit capable of being irradiated, allowing the LED to be irradiated together or selectively irradiated when the laser is irradiated, and setting a time and a wave at which the laser is irradiated. The method according to claim 1,
The correction rod is a color puncture device for replacing the correction rod of the irradiation unit according to the use, such as the amount of the laser beam and the skin contact area, acupuncture points and skin massage.

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