TWM440690U - Phototherapy mulching apparatus structure with physiological feedback effect - Google Patents

Description

101 years. July 25th, Shuttle is replacing the ear Μ 44Ό 690. V. New description: [New technical field] [0001] This creation is about a phototherapy dressing structure with physiological feedback effect, especially one with physiological sensing. The device can measure the physiological signal of the feedback and can adjust the light flashing frequency, wavelength and color temperature of the phototherapy device. [Prior Art] [0002] The development of skin phototherapy has a history. Early use of short-wavelength irradiation of ultraviolet light to stimulate skin to regulate skin immune response, can be used for skin inflammation such as dry skin and white spot 'atopic dermatitis. In recent years, sections of longer wavelengths such as visible light, near-infrared light, and far-infrared light have also been introduced into skin phototherapy. In the field of medical beauty, lasers such as laser light and pulsed light are more common in large instruments in clinics. Because of their high energy, they cause some damage to the skin and surrounding tissues, causing inflammation and pain. They must be used in medical institutions. And under the supervision and treatment of doctors to reduce the side effects and sequelae of phototherapy, and not suitable for regular use. In order to make skin phototherapy more widely used in daily skin care, researchers have developed a lighter treatment for skin tissue. The equipment uses a longer visible light wavelength and a lower energy light source to produce a phototherapy device with low damage to the skin tissue, which is suitable for frequent use and can be applied to daily beauty maintenance procedures. Researchers have applied light-emitting diodes to the light source of phototherapy tools, which have the advantages of small size, low energy consumption, low cost, easy control of wavelength and strength, and the development of personal phototherapy tools available on the market. Since the effect of phototherapy is controlled by the selected wavelength section, illumination intensity and treatment time, some phototherapy applicators for personal use can be added to the adjustable wave 1012雠1^ single number A_ 1013285398-0 Page 3 of 21 M440690 On July 25, 101, the function of replacing the page length, changing the light intensity, setting the time, and other custom treatments was corrected. For example, the "mask type phototherapy skin care device" of the Republic of China Patent Publication No. M252309 has a plurality of sets of projection devices on the inner side of the mask body, and the projection devices each have a red or blue light emitting diode light source. And a grating filter is arranged in front of the light source, which can filter out the light of a desired wavelength and uniformly project the light wave to the maintenance part by a light guide body; the operation of the projection devices is controlled by a control box, and The control box has a set of batteries for supplying electric energy to the light projection devices, and a set of light source illumination adjustment units and timings are also provided on the control box.

a unit for regulating the irradiation intensity and the irradiation time of the light projection device. For example, the "visible type mask device" of the Republic of China Publication No. 2009461 63 has a human-machine interface device and can accept user instructions. The machine command is issued to drive the device, and the timing device can perform time calculation, and the light color selection device can select various light colors. The light source is a red light, a golden light and a blue light emitting diode device, and has a three-color mixing device, which can separate or mix the colored lights to illuminate the skin, and the light source positioning device has positioned the respective color light sources. Increase the utilization efficiency of the light source. For example, the "electronic mask" of the Republic of China Patent Gazette No. M364443 has a cover with a plurality of openings at the eyes, nose and mouth of the corresponding human face, so that the mask can be placed on the surface of the face. a skin; and a plurality of light-emitting elements uniformly disposed on a surface of the mask corresponding to the skin of the human face; and a controller coupled to the light-emitting elements for controlling the light-emitting state of the light-emitting elements for different It is necessary to adjust the illuminating of the illuminating elements to illuminate the face with a specific wavelength of light. #单编号 A0101 Page 4 / Total 21 pages 1013285398-0 Μ44Ό690 101.07.25 nucleus replaces the page skin to reach the face The effect of whitening health care. The above three patents are all personal phototherapy tools that can adjust the wavelength 'intensity' time of phototherapy according to individual needs. However, the phototherapy treatments of medical institutions have medical professionals who can select wavelength zones according to the conditions of different individuals. The segment, the adjustment of the irradiation intensity and the setting of the treatment time, the user of the phototherapy device for personal use does not necessarily have a relevant knowledge background. When the device is used without a medical professional, it is difficult to self-assess the condition to determine the phototherapy setting. The direction of parameter adjustment is more difficult to achieve the desired phototherapy effect.

In view of this, in order to enable the phototherapy equipment used in the home to have the function of adjusting various illumination parameters in response to individual differences, the present author has studied this direction and conceived to develop a phototherapy device structure with physiological feedback effect. The utility model changes the power supply by a controller, so that the illumination unit disposed on the body of the tool changes its illumination frequency, wavelength, color temperature and other illumination parameters, and adds at least one physiological sensing device to measure several physiological signals to reflect the individual Receiving the physiological state change after phototherapy, feeding back to the built-in arithmetic unit in the controller, and using the result of the operation to control the illumination unit to adjust the illumination for the phototherapy in accordance with the physiological state of the user. Therefore, the creation provides a physiological The feedback effect phototherapy device structure provides illumination to the user's skin by using an illumination unit provided on the body of the device, and is provided with a physiological sensing device for detecting changes in the physiological state of the user after receiving the illumination, and The physiological signal is converted into a telecommunication signal and transmitted to the controller, and is performed by an arithmetic unit in the controller. Calculating to obtain an operation signal, and controlling the power supply device to change the power supplied to the illumination unit by the operation signal to change the flashing frequency of the illumination unit 101202801^Single number A〇101 5th page/Total 21 page 1013285398-0 M440690 On July 25, 101, Shuttle was replacing the page rate, wavelength and color temperature. After the user receives the illumination unit of the phototherapy device, the sensory neurons return the stimulation of the light to the brain, and affect the muscles and blood vessels through the feedback function of the hypothalamus, the pituitary gland and the adrenal axis. If the physiological state such as body temperature, heart rate, respiratory rate, blood pressure or sweat gland activity changes, the physiological sensing device of the phototherapy device can measure the change of the physiological state, and the operation unit calculates the feedback signal, and then passes the power supply device. Change the flashing frequency, wavelength and color temperature of the illumination unit. [New content] [0003] The purpose of this creation is to provide a phototherapy dressing structure with physiological feedback effect, especially refers to a kind applied to the face or the eye, which can stimulate the optic nerve of the dressing, triggering the hypothalamus The path of the pituitary-adrenal axis is fed back. By detecting changes in the physiological state of the user, the calculation system calculates the signal and adjusts the illumination flicker frequency, wavelength and color temperature of the phototherapy applicator. The purpose of this creation is to provide a physiological feedback. The phototherapy device structure of the effect, in particular, the first applicator can be applied to the face or the eye, and the second applicator can be applied to the face or the eye, and the optic nerve receives the illumination of the first applicator. Stimulation, triggering the path of the hypothalamus-pituitary-adrenal axis, and by detecting changes in the physiological state of the user, calculating the signal and adjusting the photoflashing frequency, wavelength and color temperature of the phototherapy device. In order to achieve the above purpose, the present invention proposes a phototherapy dressing structure with physiological feedback effect, comprising a dressing body, provided with a light unit, which can be applied to the human body and irradiate the skin of the human body; at least one physiological sensing device can be Contact the human body and measure the physiological state of the human body, such as body temperature, heartbeat, 101202801^^^ A0101 Page 6 of 21 page 1013285398-0 Μ44Ό690 Correction of replacement page respiratory frequency, blood pressure or sweat gland activity, etc. The physiological signals are converted into telecommunication signals; and a controller includes a power supply device and an operation unit, and the operation unit can receive the telecommunication signals transmitted by the physiological sensing device, and obtain the operation signals after operation, and operate the signals Manipulating the power supply device to adjust the power supply to the illumination unit, changing the flashing frequency, wavelength and color temperature of the illumination unit; in the structure, the device body, the physiological sensing device and the controller are connected by at least one line In addition, the phototherapy device structure with physiological feedback effect can be further set outside the first dressing. a second dressing device, the second dressing device is provided with a second light unit, which can be applied to the human body and illuminate the skin of the human body, and the second light unit is also regulated by the controller to change its flashing frequency, wavelength and color temperature. The physiological response of the human body is mainly caused by the stimulation of the first illumination unit. [Embodiment] [0004] In order to give your reviewers a better understanding and understanding of the structural features and the efficacies achieved, please refer to the preferred examples and detailed explanations. Referring to the first figure and the second figure, which is a schematic structural view of the first embodiment of the present invention and a schematic structure of the body of the first embodiment; as shown in the figure, the phototherapy device structure la having the physiological feedback effect is included a dressing body 10, the dressing body 10 is provided with a light unit 100, and a fixing belt 102 is connected to the edge of the dressing body 10; a physiological sensing device 12, and the physiological sensing device 12 can be attached to the device The main body 10 is disposed or separated. The controller 14 includes a power supply device 140 and an operation unit 142. The controller 14 is numbered A by a first line L1 and 1013285398-0 101202801. 〇101 Page 7 of 21 M440690 On July 25, 101, the dressing body 10 is connected by a positive replacement page, and is connected to the physiological sensing device 12 by a second line L2. The dressing body 10 can be fixed to the human body by the fixing strap 102. The physiological sensing device 12 can detect the physiological condition of the human body, and can convert the measured physiological signal into a telecommunication signal, and transmit it to the control through the first line L1. The operation unit 142 in the controller 14 has a set operation module ′ therein for calculating the illumination condition corresponding to the physiological condition, and generating an operation signal 'control power supply device 〇 4〇 to supply power The device 140 changes the power supplied to the dressing body 10 through the first line L1, thereby changing the flicker frequency, the illuminating wavelength, the illuminating color temperature, and the like of the illumination unit 1 . < The applicator body 10 has an outer film 104 and an inner film 106 sandwiched by a light unit 100. The illumination unit includes a plurality of light emitting diode package units 1000' and the light emitting diode package units 1000 are It is set on a flexible circuit board 1 002. The flexible circuit board 1〇〇2 is arranged such that the dressing body 10 can cooperate with the undulation of the human body surface and is applied to the skin of the body surface. The inner film 104 covers the human skin, so that the light unit 100 does not directly contact the skin. 'Can increase the comfort and reduce the heat generated by the illumination unit 1〇〇 causing discomfort to the user. ^ Please refer to the third figure, which is a schematic diagram of the implementation of the first embodiment of the present invention; as shown in the figure, when the phototherapy device structure After the illumination unit 1 is driven to emit light by the power supply device 140, the optic nerve 20 of the human body 2 can receive an illumination signal S1 and trigger a signal feedback of the path of the paraxial axis 22 (ie, the hypothalamus-pituitary-adrenal axis). Finally, the muscle vascular tissue 24 is affected. After the muscle vascular tissue 24 is regulated by the iliac axis 22, it will reflect the change of the physiological state. The physiological state is reflected in the physiological signal S2 measured by the physiological sensing device 12 and is physiologically sensed. In device 丨2, it is converted into telecommunication signal S3, which is 10120280^^^ Α〇101 page 8/total 21 page 1013285398-0 Μ44Ό690 101.07.25 nucleus replacement page

After the signal S3 is transmitted to the computing unit 142, the operation unit 142 performs an operation to generate an operation signal S4. After receiving the operation signal S4, the power supply device 140 can change the power supply to the illumination unit 100 to cause the illumination unit 100 to flash. The dynamic frequency, the illuminating wavelength, the illuminating color temperature and the like are correspondingly changed, and the illumination signal S1 received by the optic nerve 20 is changed. Therefore, the phototherapy device structure la can learn the physiological state of the human body 2 by the physiological signal S2 reflected by the human body 2 after receiving the illumination signal S1, and calculate the phototherapy condition corresponding to the physiological state via the operation unit, and reflect it in the illumination unit 100. The change of the illumination signal S1 is emitted, and the physiological state of the human body 2 is again affected. The physiological state after the change is transmitted to the phototherapy device structure la by the physiological signal S2 obtained by the physiological sensing device 12, and the phototherapy device structure la is repeated. Feedback control with the human body 2.

Please refer to the fourth figure, which is a schematic structural view of the second embodiment of the present invention; as shown in the figure, the phototherapy dressing structure lb of the present invention has a first dressing 11 and is used in the first dressing. 11 is provided with a first illumination unit 110; a second applicator 13 and a second illumination unit 130 on the second applicator 13; a physiological sensing device 12, which is compatible with The first dressing 11 or the second applicator 13 is arranged in a combined or separated manner; a controller 14 includes a power supply device 140 and an arithmetic unit 142, the controller 14 having a first A line The L1A is connected to the first dressing 11 and connected to the second dressing 13 by a first B line L1B, and is connected to the physiological sensing device 12 by a second line L2. The physiological sensing device 12 can detect the physiological condition of the human body, and can convert the measured physiological signal into a telecommunication signal, and transmit it to the controller 14 through the second line L2, and the operation unit 142 in the controller 14 It has a set of calculations, which can calculate the illumination conditions corresponding to the physiological condition, and generate 101202801^single number A0101 page 9/21 pages 1013285398-0 M440690 operation signal, control power supply device 140, and supply power The device 14 changes the power supplied to the first dressing 11 and the second applicator 13 through the first A line L1A and the first B line L1B, thereby changing the flashing frequency of the first illumination unit 110 and the second illumination unit 130, Light-emitting wavelength, illuminating color temperature and other properties 1013285398-0 Please refer to the fifth figure, which is a schematic diagram of the implementation of the second embodiment of the present invention; as shown, when the first light-emitting unit 11 of the phototherapy dressing structure lb is subjected to the power supply device After the 140 driver emits light, the optic nerve 20 of the human body 2 can receive an illumination signal S1 and trigger the signal feedback of the path of the paraxial axis 22 (ie, the hypothalamic pituitary to the adrenal axis), and finally affect the muscle. The tube tissue 24, the muscle vascular tissue 24 is regulated by the iliac axis 22, and reflects the change of the physiological state. The physiological state is reflected in the physiological signal S2' measured by the physiological sensing device 12 and is transformed in the physiological sensing device 12. After the telecommunication signal S3 is transmitted to the operation unit 142, the operation unit 142 performs an operation signal S4, and the power supply device 140 receives the operation signal S4 and can change the first illumination unit 110 and the The power supply of the two illumination units 130 changes the flashing frequency, the illuminating wavelength, the illuminating color temperature and the like of the first illuminating unit 11 产生 to change the first illuminating unit received by the optic nerve 2 〇 11〇 produced. Illumination signal S1. Therefore, the phototherapy device structure lb can learn the physiological state of the human body 2 by the physiological signal S2 reflected by the human body 2 after receiving the illumination signal S1, and calculate the phototherapy condition corresponding to the physiological state through the operation unit, and reflect it in the first illumination. The illumination property of the unit 11〇 and the second illumination unit 130 causes the optic nerve 20 to receive the illumination signal 51 emitted by the first illumination unit 丨1(), and then affects the physiological state of the human body 2 again, and the physiological state after the change The physiological signal S2 obtained by the physiological sensing device 12 is transmitted to the phototherapy 10120280^ single number deletion 1 帛 10 pages / 21 pages total M440690

[0006] [0006] On July 25, 101, the replacement page structure lb was modified to repeat the feedback control of the phototherapy device structure lb and the human body 2. In summary, the present invention is a phototherapy dressing structure with physiological feedback effect, which uses a physiological sensing device to measure the physiological signal of the human body to know the physiological state of the human body after being illuminated by the phototherapy applicator, and is calculated by the arithmetic unit. The phototherapy conditions corresponding to the physiological state are obtained, and the phototherapy conditions such as the flicker frequency, the illuminating wavelength, and the illuminating color temperature of the illumination unit are changed by changing the power supply of the power supply device to the illumination unit. After the phototherapy conditions are changed, the physiological state of the human body will also change. The structure of the phototherapy device and the human body can be fed back and controlled by the illumination signal and the physiological signal. Therefore, this creation is a novelty, progressive and available for industrial use. It should be in accordance with the patent application requirements stipulated in China's Patent Law. It is undoubtedly proposed to create a patent application according to law, and the Prayer Council will grant patents as soon as possible. For prayer. However, the above description is only a preferred embodiment of the present invention, and is not intended to limit the scope of the present invention, and the shape, structure, characteristics and spirit described in the scope of the patent application are equally changed. Modifications shall be included in the scope of the patent application of this creation. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic structural view of a first embodiment of the present invention; FIG. 2 is a schematic view showing the structure of a first embodiment of the present invention; The fourth figure is a schematic structural view of the second embodiment of the present invention; and the fifth figure is a schematic diagram of the implementation of the second embodiment of the present creation. [Main component symbol description] la phototherapy device structure (first embodiment) 1012028GI^single number A_ page 11/total 21 page 1013285398-0 M440690 July 25, 2014 shuttle replacement page lb phototherapy device structure (first Second Embodiment) 10 Applicator body 100 Light unit 1 000 Light-emitting diode package unit 1 002 Flexible circuit board 102 Fixing tape 104 Outer film 106 Inner film 11 First dressing

110 first illumination unit 112 first fixation strap 12 physiological sensing device 13 second applicator 130 second illumination unit 132 second fixation band 14 controller

140 Power supply device 142 Operation unit L1 First line L1A First A line L1B First B line L2 Second line 51 Illumination signal 52 Physiological signal 53 Telecommunications signal 54 Operation signal 101202801*^^^ 1013285398-0 A0101 Page 12/ Total 21 pages Μ 44Ό 690 July 25, 2011 Revision replacement page 2 Human body 20 Optic nerve 22 Axillary axis 24 Muscle vascular tissue 101202801^^^ Α〇101 Page 13 of 21 1013285398-0

Claims (1)

M440690 July 25, 101, according to the replacement page, the scope of patent application: 1. A phototherapy dressing structure with physiological feedback effect, comprising: a dressing body, provided with a light unit; at least one physiological sensing device; A controller includes a power supply device and an arithmetic unit, and the tool body and the physiological sensing device are connected by at least one line. 2. A phototherapy dressing structure having physiological feedback effect as described in claim 1 wherein the dressing system is a one-sided film or an eye film. 3. The phototherapy dressing structure having physiological feedback effect according to claim 1, wherein the applicator body has at least one fixing band attached to the edge thereof. 4. The phototherapy dressing structure having physiological feedback effect according to claim 1, wherein the dressing system comprises an outer film and an inner film, and the light unit is interposed between the outer film and the outer film. The inner membrane contacts the human skin during use. 5. Phototherapy dressing with physiological feedback effect as described in item 1 of the patent application scope The illuminating unit comprises a plurality of illuminating diode package units, and the illuminating diode package units are disposed on a flexible circuit board. 6. The phototherapy dressing structure having physiological feedback effect according to claim 1, wherein the physiological sensing device measures a plurality of physiological signals of the human body, such as body temperature, heart rate, respiratory rate, blood pressure or sweat gland activity. The physiological signals are converted into telecommunication signals and transmitted to the controller. 7. The phototherapy device structure according to claim 1, wherein the controller transmits the telecommunication signal transmitted by the physiological sensing device, and the operation signal is obtained by the operation unit to obtain the operation signal to control the signal. The power supply device changes the power supplied to the illumination unit to change the flicker frequency, wavelength, and color temperature of the illumination unit. 028#单号A0101 Page 14/Total 21 Page 1013285398-0 M440690 101 years 〇 July 25. Risuo is replacing the phototherapy dressing structure with physiological feedback effect as described in claim 1 of the patent scope, wherein A physiological sensing device is coupled to the body of the applicator. A phototherapy dressing structure having a physiological feedback effect, comprising: a first dressing device provided with a first light unit; at least one second dressing device provided with a second light unit; at least one physiological sensing device; The controller includes a power supply device and an operation unit, and connects the first applicator, the second applicator and the physiological sensing device 10 by at least one line. The device of claim 9 is as claimed in claim 9 The phototherapy dressing structure of the physiological feedback effect, wherein the first dressing is a one-sided film or an eye mask. 11. The phototherapy dressing structure having a physiological feedback effect according to claim 9, wherein the first applicator has at least one fixing band at its edge. 12. The phototherapy dressing structure having physiological feedback effect according to claim 9, wherein the first applicator is composed of an outer film and an inner film, and the first light unit is interposed thereon. Between the membrane and the inner membrane, the inner membrane contacts human skin during use. 13. The phototherapy dressing structure having physiological feedback effect according to claim 9, wherein the second dressing is a hand dressing, a leg dressing, a chest dressing, and an abdominal dressing. Or a back dressing. 14. The phototherapy dressing structure of claim 9, wherein the second applicator has at least one strap attached to the edge. 15. The phototherapy dressing structure having physiological feedback effect according to claim 9, wherein the second applicator is composed of an outer film and an inner film, and the second light unit is interposed thereon. Between the membrane and the inner membrane, the inner membrane contacts human skin during use. 1 off 280 single weaving ship 01 page 15 / 21 pages 1013285398-0 M440690 __: July 25, 101, according to the replacement page 16. The phototherapy application with physiological feedback effect as described in claim 9 The first illumination unit includes a plurality of LED package units, and the LED package units are disposed on a flexible circuit board. The device is as described in claim 9 The phototherapy device structure of the physiological feedback effect, wherein the second illumination unit comprises a plurality of LED package units, and the LED package units are disposed on a flexible circuit board 〇18. The phototherapy dressing I structure with physiological feedback effect according to the nine items, wherein the physiological sensing device measures a plurality of physiological signals of the human body, such as body temperature, heart rate, respiratory rate, blood pressure or sweat gland activity, and the physiological signals are Converted to a telecommunication signal and transmitted to the controller. 19. The phototherapy dressing structure having physiological feedback effect according to claim 9, wherein the controller transmits the telecommunication signal transmitted by the physiological sensing device, and the operation signal is obtained by the operation unit to obtain the operation signal to control the signal. The power supply device changes the power supplied to the first illumination unit and the second illumination unit. To change the flicker frequency, the wavelength, and the color temperature of the first illumination unit and the second illumination unit. 20. The phototherapy dressing structure having a physiological feedback effect according to claim 9, wherein the physiological sensing device is coupled to the first dressing or the second applicator. 1〇12_Ρ号 A0101 Page 16 of 21 1013285398-0