Eight-trigrams based five-color phototherapy device for body healing and balance

Abstract

Based on traditional Chinese medicine and ancient Eight-Trigram theory, a wearable five-color phototherapy device is invented for a unique painless, drug-free, non-invasive, and true green organic therapy by using light energy on some particular areas of a person's skin. There are multiple light-emitting components which is a number of light-emitting elements arranged in each of Eight-Trigram positions are designed on the bottom of this device. These multiple light-emitting components produce color of red or green or white or yellow or black or no color in each of Eight-Trigram positions. A software or App is developed to directly or remotely control and communicate with such device and provide the optimal solution for the five-color phototherapy.

Claims

1. A five-color phototherapy device comprises an enclosure, a wearable band strap, and a circuit board secured within said enclosure, wherein said enclosure has a shape of square or round or oval or rectangle; wherein said wearable band strap is connected with two sides of said enclosure; wherein said circuit board is a four-layered printed circuit board which consists of a layer of control modules for battery management and rechargeable module, a layer for power supplier, a layer for ground, a layer of light control modules and light display modules; wherein said circuit board includes an arrangement of Eight-Trigram positions with multiple light-emitting components symmetric configured to provide photodynamic stimulation to a surface of a person's skin tissue; wherein said multiple light-emitting components are a number of light-emitting elements arranged on said circuit board symmetrically only in said Eight-Trigram positions; wherein said multiple light-emitting components only produce color of red or green or white or yellow or black or no color in each said Eight-Trigram position; wherein a plurality of different colors or no color can be applied to each Eight-Trigram position; wherein said plurality of colors comprise a red color or green color or white color or yellow color or black color or no color that is applied in each Eight-Trigram position; wherein said five-color phototherapy device is powered by a battery or by DC power through a USB connector; wherein each of said multiple light-emitting components on each Eight-Trigrams position is square or round or oval or rectangle in shape and is placed repeatedly in continuous or non-continuous symmetric formation; wherein a power switch is electrically connected to said multiple of light-emitting components through a single current limiting circuit which operates each of different wavelength light-emitting components; wherein a microprocessor on said circuit board receives machine-readable instructions to control the light-emitting components with related wavelengths for different colors to display; wherein a microprocessor on said circuit board is configured to receive machine-readable instructions configuring a red color or green color or white color or yellow color or black color or no color in each Eight-Trigram position to create the Five Elements relationships for therapeutic purpose; wherein said machine-readable instructions are sent to said microprocessor is through USB (Universal Serial Bus) or microwave or a short-range wireless interconnection or infrared or WiFi (Wireless Fidelity for Internet networking) from either a directly attached screen display or a remote device; wherein said five-color phototherapy device is controlled or in communication with a remote device; wherein said light-emitting component is a LED (Light-Emitting Diodes) or any equivalent materials that can emit the various colors of light required; wherein said five-color phototherapy device is used on a person's palm or back of hand or forehead or chest or abdominal area along the center line of a person's body; wherein said five-color phototherapy device is controlled by a software or an APP in a remote device or a smartphone.

Description

BRIEF DESCRIPTION OF THE DRAWINGS

(1) FIG. 1 is a top perspective view of the empty Eight-Trigrams illustration.

(2) FIG. 2 is a top perspective view of the Eight-Trigrams Position illustration.

(3) FIG. 3 is a top perspective view of the Eight-Trigram Position and Assigned Internal Organs Relationship Illustration, where each Abbreviation represents:

(4) TABLE-US-00002 LV: Liver HT: Heart SP: Spleen GB: Gall Bladder LU: Lung ST: Stomach LI: Large Intestine KD: Kidney BL: Bladder

(5) FIG. 4 is a top perspective view of the Eight-Trigram Positions and Assigned Five-Elements Relationship illustration.

(6) FIG. 5 is a top perspective view of the Eight-Trigram Positions and Assigned Five Color Relationship illustration.

(7) FIG. 6 is a top perspective view of the Eight-Trigrams with 5-Color Combination illustration.

(8) FIG. 7 is diagrams of the relationships of the Five Elements and Five Colors.

(9) FIG. 8 is a sample view of the Eight-Trigrams with 5-Color Combination illustration on Palm.

(10) FIG. 9 is top perspective views of the Sample Design Diagrams for 5-Color Therapy Light-Emitting Component Positions.

(11) : Single Emitting Component that can emit different color of lights.

(12) FIG. 10 is top views (FIG. 10A) and bottom views (FIG. 10B) of the designed Five-Color Phototherapy Device.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS

(13) This invention creates a method and device that can provide steady energy source with five (5) different color schemes on Eight (8) Trigrams, easy and long duration of usage with related software that user can easily pick up the right color scheme for healing. This invention is to leverage the Photon which is the light energy source to implement the Five Element Color Therapy in active mode to heal the body and bring balance back to Human Body.

(14) A phototherapy device and related APP (the software) solution has been created as an Active Five Element Color Therapy method to balance and heal the Human Body.

(15) With modern technology and concept, LED Lights have been applied to the phototherapy device to provide the five (5) colors on Eight (8) Trigrams, a Bluetooth Module has been put into device so that related APP running on iOS or Android smartphones can communicate with the phototherapy device, a wearable design and battery rechargeable module are also implemented into the device.

(16) The phototherapy device is designed based on Arduino ESP32 motherboard and tailored to incorporate LEDs on the back of the board, a Four-layered PCB (Printed Circuit Board) was created for it.

(17) First-Layered Circuit is for ESP32 control modules with Battery management and rechargeable module. Second-Layered is mainly for power supplier. Third-Layered is for Ground®. Fourth-Layered is for LED control modules and LED Display Modules.

(18) A firmware software was created running on ESP32 Module to control the LEDs, Communicate with APPs via Bluetooth Module and monitor the PCB functions in general.

(19) 3D Printing Case and Wearable Band Stripe are included in this phototherapy device.

(20) The light-emitting components on each Eight-Trigrams position can be either square, round or rectangle in continuous or non-continuous manner.

(21) Based on the 5-Colors (plus empty color or no color) and Eight-Trigram positions, there will be totally 1,679,616 combinations as the Color Therapy Formula to treat the body and bring body back to balance. In order to implement the black light emitting source, a black color-like film has been equipped to the light-emitting components which emit white color light through the film to create the black light in need.

(22) The invented phototherapy device comprises: an enclosure or case and a wearable band stripe, wherein a circuit board secured within said enclosure; wherein said circuit board includes an arrangement of Eight-Trigram positions with multiple light-emitting components symmetric configured to provide photodynamic stimulation of a surface and underlying layers of cells of skin tissue, wherein the stimulation of light energy increasing the activity of cells and propagate the same effects to entire body for healing; wherein a battery-powered or USB (Universal Serial Bus) Connector receives DC Power and a power switch electrically connected to said multiple of light-emitting components though a single current limiting circuit; wherein operating current of each of said different wavelength light emitting components is from the single current limiting circuit; wherein a microprocessor powered by above power source on the circuit board will receive machine-instructions to control the light-emitting components should be lighted up with what wavelength for different light color to display; wherein the machine-instructions sent to Microprocessor can be either through USB (Universal Serial Bus), Microwave, Bluetooth, Infrared or WiFi (Wireless Fidelity for Internet networking) from either direct attached Screen Display or remote devices; wherein said phototherapy device could be controlled or communicated by another remote device.

(23) Such phototherapy device has said circuit board which is configured to operate all of said light-emitting components with only a single positive, a single negative and a single signal connection from said power switch and from said printed circuit board; wherein all of the said light emitting components are contained on a printed circuit board; wherein said printed circuit board has electrical connections for as many as light-emitting components, wherein said light-emitting components are placed in a repeating and symmetric pattern, and close proximity in an eight-trigram positions; wherein said light-emitting components are connected in groups of at least one light-emitting component; wherein said light-emitting component could be LED (Light-Emitting Diodes) or any new materials that can emit various color of light in need; wherein said light-emitting component could be as small as a cell or to very large in combination with single or multiple light-emitting components to cover the entire body or area; wherein the light-emitting components on each Trigrams position can be either square, round, opal or rectangle in continuous or non-continuous and in symmetric formation.

(24) The current invented phototherapy device could be used on Palm or Back of Hand, Forehead, Chest or on abdominal area along the center line of the body.

(25) Such phototherapy device, wherein said light-emitting components transmit light in the wavelengths of 620-630 nm, 510-520 nm, and 570-580 nm, with Kelvin color temperature of 4000K-4500K, provides pain relief for a group of indications including arthritic pain, shoulder pain, lumber pain, menstruation pain, tooth pain, headache, stomach pain, sprain ankle pain, bruising pain, etc.

(26) Such phototherapy device can be used to promote Qi and Blood Circulation, increase Immune system and to boost up Body Energy to prevent Etiology and against Pathogenesis causation. Such Etiology includes but not limited to Seven Emotional Factors (Anger, Joy, Melancholy, Worry, Grief, Fear and Fright), Six Exogenous Factors (Wind, Cold, Summer Heat, Damp, Dryness and Fire), Improper Diet, Overstrain, Stress and Lack of Physical Exercise, Traumatic Injury and Insect or Animal Bites, Phlegm Fluid and Stagnant Blood. Such Pathogenesis includes but not limited to Disharmony of Yin and Yang, Conflict between Antipathogenic Qi and Pathogenic Qi, Abnormal Ascending or Descending of Qi.

(27) Such phototherapy device can also reduce post-op scarring, inflammation and redness; healing sores in the mouth; reduce and eliminate bruise; clear sinuses, constipation, Coughing, Dizziness, Diarrhea, Fever, Headache, Stye (Hordeolum), Gout, UTI (Urinary Tract Infection), Frequent Urination, Allergies, Prostate Enlargement (Swollen), Eczema, Flu, Dryness, Herpes Roster, Drunk, Itching, High Blood Pressure, Menopause Syndrome, Insomnia, Asthma, Stroke Sequelae, Impotence, etc.

(28) In summary, the present invention provides a novel device for Five-Color Phototherapy based on Eight-Trigrams. It is wearable with band stripe and controllable with related software APP. Although this device and the method of using the same according to the present invention have been described in the foregoing specification with considerable details, it is to be understood that modifications may be made to the invention which do not exceed the scope of the claims and modified forms of the present invention done by others skilled in the art to which the invention pertains will be considered infringements of this invention when those modified forms fall within the claimed scope of this invention.