Red light physiotherapy nursing equipment capable of wet compress and hot compress, wet compress solution and preparation method thereof

Abstract

The present invention discloses a red light therapy nursing device capable of wet compress and hot compress, comprising a transparent support body, a heating layer and a light-emitting layer integrated on the support body, a wet compress sheet attached to the inner side of the support body, and a wet compress liquid adsorbed in the wet compress sheet. The present invention also discloses a wet compress liquid and a preparation method thereof. The present invention performs atomization fumigation on the eyes by heating a support body (such as a lens) to evaporate the water in the wet compress sheet, thereby effectively alleviating dry eye symptoms and eye fatigue.

Description

Technical Field

[0001] The invention belongs to the field of ophthalmic physiotherapy and nursing, and relates to red light physiotherapy and nursing equipment capable of wet compress and hot compress. Background Art

[0002] With the development of social economy, people's lifestyles and working methods have undergone earth-shaking changes. Modern urbanites use mobile phones, computers and other electronic products more frequently, and the number of people working at desks for long periods of time and working at close range increases year by year, leading to eye fatigue and excessive overdraft of their vision. In addition, various unhealthy diets, overtime work and other bad living habits, diabetes, high myopia, and excessive light stimulation will accelerate the occurrence and development of eye diseases. Especially when staring at the screen for a long time or working at close range, it is easy to experience itchy eyes, stinging, foreign body sensation, paroxysmal blurred vision, increased secretions, decreased vision, blurred vision, reduced sensitivity to light and color, fixed black shadows in front of the eyes or dark vision, glare and other symptoms.

[0003] At this stage, early intervention and prevention are better than cure for common eye diseases such as visual fatigue, dry eyes and cataracts. For this reason, in addition to advocating scientific and reasonable eye habits, timely, scientific and regular daily eye care is also particularly important. For this reason, in addition to advocating scientific and reasonable eye habits, timely, scientific and regular daily eye care is also particularly important. Wet compress and hot compress are traditional eye care methods, which can effectively relieve eye fatigue and dryness, improve blood circulation around the eyes, relieve muscle soreness, relieve tension, and let the eyes relax and rest well. In recent years, studies have found that short-term stimulation of 624-730nm deep red light can effectively enhance the color sensitivity and brightness of retinal cone cells, and effectively fight or even reverse retinal damage caused by blue light.

[0004] The existing eye care instruments on the market cannot meet the above care requirements, and improper use may cause eye damage. Eye care usually adopts the method of manually changing hot towels for wet compresses, or using eye protectors. The former requires frequent replacement of towels to maintain the temperature, which is complicated to operate, not portable, and has a short-lived effect; the latter cannot meet the temperature and humidity requirements at the same time, has poor effects, is inconvenient to clean, has poor facial fit, is not comfortable to wear, and is not convenient. There is a market gap in physical therapy care devices that irradiate naked eyes with red light and cooperate with long-lasting constant temperature wet compresses. Summary of the invention

[0005] The purpose of the present invention is to provide a red light therapy care device that can be used for wet compresses or hot compresses. By heating a support body (such as a lens) to evaporate the water in a wet compress sheet and other low-boiling point small molecule active ingredients, the eyes are atomized and fumigated, thereby effectively alleviating dry eye symptoms and eye fatigue, thereby achieving effective daily therapy care for the eyes.

[0006] The second object of the present invention is to provide a wet compress solution;

[0007] The third object of the present invention is to provide a method for preparing a wet compress.

[0008] The first technical solution adopted by the present invention is a red light therapy nursing device capable of wet compress and hot compress, comprising a transparent support body with a heating layer and a light-emitting layer integrated thereon, a wet compress sheet attached to the inner side of the support body, and a wet compress liquid adsorbed in the wet compress sheet.

[0009] The first technical solution of the present invention is also characterized in that:

[0010] The supporting body comprises two lenses, and the ends of the two lenses are respectively connected with glasses legs.

[0011] The light-emitting layer includes a red-light-emitting material, which is arranged on the inner side surfaces of the two lenses or integrated inside the lenses. The light-emitting material emits red light after being excited by an electronic emitter. The electronic emitter is powered by an electronic emitter battery, and the electronic emitter battery is charged through charging interface A.

[0012] The luminous material is optical fiber.

[0013] The heating layer includes a heating sheet, which is attached to the outer side of the lens or integrated inside the lens.

[0014] A rubber ring is also provided on one side of each lens where the luminous material is attached, and a groove is provided on the inner ring of the rubber ring.

[0015] A wet compress sheet is attached to the surface of one side of each lens on which the luminous material is attached, and the groove is used to receive liquid dripping from the wet compress sheet.

[0016] The luminescent material is located around the edges of the two lenses, and the wet compress just avoids the area where the luminescent material is located, that is, the wet compress is attached to the center of the lenses, and the luminescent material is arranged around the wet compress.

[0017] The second technical solution adopted by the present invention is a wet compress solution, which is prepared according to the following components: 100 mL of Chinese medicine extract, 40-50 mL of dendrobium stock solution, and 8-12 g of lutein;

[0018] Among them, the formula of the Chinese medicine extract is: 13g~17g of dried Rehmannia, 13g~17g of Cassia seed, 13g~17g of Lycium barbarum, 13g~17g of White Peony Root, 13g~17g of Ginseng, 13g~17g of Chrysanthemum, 8g~12g of Ophiopogon japonicus, 8g~12g of Schisandra chinensis, 8g~12g of Moutan Bark, 8g~12g of Mulberry Leaf, 8g~12g of Cicada Shell, and 3g~7g of Licorice.

[0019] The third technical solution adopted by the present invention is a method for preparing a wet compress solution, which specifically comprises the following steps:

[0020] Step 1, weighing each component medicinal material according to the following formula: the Chinese medicine extract is specifically: 13g-17g of dried rehmannia root, 13g-17g of cassia seed, 13g-17g of wolfberry, 13g-17g of white peony root, 13g-17g of ginseng, 13g-17g of chrysanthemum, 8g-12g of ophiopogon japonicus, 8g-12g of schisandra chinensis, 8g-12g of moutan bark, 8g-12g of mulberry leaf, 8g-12g of cicada shell, and 3g-7g of liquorice;

[0021] Step 2, mixing the medicinal materials of each component weighed in step 1, adding 600mL to 800mL, decocting for 55 to 65 minutes, decocting twice, filtering and combining the filtrate, concentrating the combined filtrate to 200mL to obtain a concentrated solution, and cooling for standby use;

[0022] Step 3, add 40 mL to 50 mL of the dendrobium stock solution to every 100 mL of the concentrated solution prepared in step 2, and then add 8 g to 12 g of lutein powder for re-dissolution to obtain a wet compress solution.

[0023] The beneficial effects of the present invention are as follows:

[0024] (1) The present invention uses a replaceable wet compress sheet, which is convenient and hygienic. The wet compress sheet can be prepared by soaking an opaque non-woven fabric in a Chinese medicine wet compress liquid, or can be prepared as a transparent gel material for application. The wet compress sheet is heated by a solid medium (lens) in the device to perform a wet compress and hot compress on the eye, thereby achieving an atomized fumigation effect on the eye, promoting blood microcirculation in the eye, relaxing tense eye muscles, and eliminating eye fatigue and discomfort.

[0025] (2) The present invention has a rubber ring that is ergonomically designed. At the same time, the material close to the face is made of skin-friendly materials such as silicone, which is gentle and non-irritating, increases comfort, covers a large area, and reduces facial pressure.

[0026] (3) The present invention can improve vision and mitochondrial performance to a certain extent by emitting red light through an electronic emitter. Mitochondria are particularly sensitive to long-wave light. Long-wave light with a wavelength between 650 and 900 nanometers can improve mitochondrial performance, thereby increasing energy generation. The main working principle of wet compress and hot compress is achieved through heat conduction. Through electrical conduction heating, hot compress for about half an hour can increase the skin epidermal temperature and promote blood circulation. Hot compress can promote the absorption of natural trace elements by the skin surface. The maximum heating temperature of the glasses is 50°C, which is a tolerable and comfortable temperature for most people, and there is a temperature control device to automatically keep the temperature constant, which is highly safe.

[0027] (4) The present invention applies constant and long-lasting red light irradiation, wet compress and hot compress to the eyes, which fills the defects of traditional eye care methods and has obvious advantages over other hot compress devices on the market. The red light wet compress is more conducive to eye care and prevention of eye diseases. BRIEF DESCRIPTION OF THE DRAWINGS

[0028] Figure 1 It is a structural schematic diagram of the red light physiotherapy nursing device capable of wet compress and hot compress of the present invention;

[0029] Figure 2 It is a schematic diagram of the exploded structure of the red light physiotherapy nursing device capable of wet compress and hot compress of the present invention;

[0030] Figure 3 It is a rear view of the red light physiotherapy nursing device capable of wet compress and hot compress of the present invention;

[0031] Figure 4 It is a schematic structural diagram of a wet compress sheet used in the red light therapy nursing device capable of wet compress and hot compress of the present invention;

[0032] Figure 5 This is a graph showing the test results after the red light therapy nursing device capable of wet compress and hot compress of the present invention was worn by volunteers.

[0033] In the figure, 1. glasses cover;

[0034] 2. Support body, 2-1. Lens, 2-2. Luminescent material, 2-3. Electron emitter, 2-4. Electron emitter battery, 2-5. Electron emitter control switch, 2-6. Charging port A, 2-7. Groove, 2-8. Rubber ring;

[0035] 3. Heating switch, 4. Heating temperature control board, 5. Glasses leg, 6. Heating plate, 7. Heating plate battery, 8. Charging port B, 9. Wet compress. DETAILED DESCRIPTION

[0036] The present invention is described in detail below with reference to the accompanying drawings and specific embodiments.

[0037] Example 1

[0038] The present invention can be used for wet compress and hot compress red light therapy nursing equipment, such as Figure 1 As shown, it comprises a support body 2, a glasses cover 1 is arranged on the outer side of the support body 2, and glasses legs 5 are connected to both ends of the support body 2 respectively.

[0039] like Figure 2As shown, the support body 2 includes two lenses 2-1, and the lenses 2-1 are made of resin material. The inner sides of the two lenses 2-1 are provided with luminescent materials 2-2 (the luminescent material 2-2 is optical fiber, and when the luminescent material 2-2 is optical fiber, the diameter of the optical fiber is 0.05mm~3mm), wherein the luminescent material 2-2 is attached to the inner side of the lens 2-1, and the luminescent material 2-2 emits light after being excited by an electron emitter 2-3 (the electron emitter 2-3 is an optical fiber exciter, and the optical fiber exciter emits red light), the electron emitter 2-3 is powered by an electron emitter battery 2-4, the electron emitter 2-3 is turned on and off by an electron emitter control switch 2-5, and the electron emitter battery 2-4 is charged through a charging interface A2-6 to power the electron emitter 2-3.

[0040] A heating plate 6 is provided between the support body 2 and the eyeglass cover 1. The heating plate 6 is attached to the outer side of the lens 2-1 (the luminescent material 2-2 is attached to the inner side of the lens 2-1). The heating plate 6 is connected to the heating temperature control board 4. The heating temperature control board 4 is controlled to be turned on and off by the heating switch 3. The heating plate 6 is powered by the heating plate battery 7. The heating plate battery 7 is charged through the charging port B8 to supply power to the heating plate 6. The electron emitter 2-3 emits red light.

[0041] A rubber ring 2-8 is also provided on the side of each lens 2-1 to which the luminous material is attached. A groove 2-7 is provided on the inner ring of the rubber ring 2-8. The installation position of the rubber ring 2-8 on the lens 2-1 is as follows: Figure 3 shown.

[0042] like Figure 4 As shown, a wet compress sheet 9 is attached to the side of each lens 2-1 on which the luminescent material is attached.

[0043] The groove 2-7 is used to receive the liquid dripping from the wet compress sheet 9. Since the wet compress sheet 9 is used after being soaked in the wet compress liquid, it is inevitable that liquid will drip during use. The groove 2-7 receives the liquid dripping from the wet compress sheet 9 to prevent it from dripping onto the face of the person.

[0044] The electronic emission switch 2-5 can control the brightness of the luminescent material 2-2 and the presence or absence of red light to meet the wearer's usage needs (when the wearer only wants to experience wet compress and hot compress and does not want to be disturbed by external light sources, he can choose to turn off the red light emitter button and only enjoy the wet compress and hot compress effects). The working principle of the electronic emitter 2-3 is to convert binary information into electrical signals, load it into light pulses through the modulation circuit, and then excite the laser diode to generate high-intensity light pulses of the corresponding wavelength through the driving circuit.

[0045] The technology of combining the electron emission switch 2-5, the electron emitter 2-3 and the luminescent material 2-2 to emit red light is an existing mature technology, which does not belong to the invention point of the present application. The invention point of the present application is to combine red light, wet compress and hot compress therapy with the wet compress liquid proposed in the present invention to relieve dry eyes and eye fatigue.

[0046] Example 2

[0047] In order to make the whole structure simple and compact, the electronic emitter 2-3, the electronic emitter power supply 2-4, the electronic emitter control switch 2-5, and the charging interface A2-6 are integrated on one of the glasses legs 5;

[0048] The heating temperature control plate 4, the heating switch 3, the heating plate battery 7, and the charging interface B8 are integrated on another eyeglass leg 5; the eyeglass leg 5 is a foldable structure, and the two lenses 2-1 can also be folded around the central axis for easy storage and carrying.

[0049] Example 3

[0050] See also Figure 2 The light-emitting material 2-2 is attached around the frames of the two lenses 2-1 in sequence, and one end of the light-emitting material 2-2 is connected to the electron emitter 2-3.

[0051] Example 4

[0052] The wet compress sheet 9 just avoids the area where the luminescent material 2-7 is located, that is, the wet compress sheet 9 is attached to the center of the lens 2-1, and the luminescent material 2-7 is arranged around the wet compress sheet 9. The material of the wet compress sheet 9 can be an opaque non-woven fabric or a transparent gel film.

[0053] The electronic emitter 2 - 3 , the electronic emitter battery 2 - 4 , the electronic emitter control switch 2 - 5 , and the USB interface 2 - 6 are integrated on one of the glasses legs 5 ; the heating switch 3 and the heating temperature control board 4 are integrated on the other glasses leg 5 .

[0054] The glasses cover 1 and the glasses legs 5 are both made of hydrophilic PC material.

[0055] The heating plate 6 is one of an iron heating plate, a silicone heating plate, a composite fiber heating plate, a carbon fiber heating plate, and a graphene heating plate. The above five types of heating plates are all readily available heating plate structures that can be directly purchased.

[0056] The iron sheet heater is made based on the principle of resistance heating. The iron sheet itself has resistance. When electricity is applied, current flows through the iron sheet, generating resistance heat. If the iron sheet is heated to a higher temperature, it will radiate heat to the outside, raising the surrounding temperature.

[0057] Silicone heating sheet is a soft and bendable sheet-like electric heating device. It is made by evenly distributing the foam-like and filamentary metal heating elements between glass fiber cloth coated with high-temperature resistant silicone rubber and then molding them at high temperature. It is thin, usually 0.8mm to 1.5mm thick, and light in weight, usually 1.3 to 1.9 kilograms per square meter. It heats up quickly when powered on and has a fast temperature rise. It has the characteristics of large heating surface, uniform heating, weather resistance, corrosion resistance, environmental protection, flame retardancy, easy installation, long life and high insulation strength.

[0058] Composite fiber heating sheet is a fiber material with self-heating function. Its principle is that when electric current passes through the fiber material, electrical energy is converted into heat energy, so that the fiber produces a heating effect. Composite fiber heating sheet is usually made of conductive material nanoparticles doped in the fiber. These conductive particles can form a current path. When the external power supply applies voltage, current is formed between the conductive particles, thereby generating heat energy. Carbon fiber heating sheet is a device that generates heat by using the resistance heating effect of carbon fiber. Its heating principle mainly involves the following aspects:

[0059] Resistive heating effect: Carbon fiber has a high resistivity. When electricity is passed through the carbon fiber, the current will encounter obstacles and produce a resistive heating effect. According to Ohm's law, when current passes through a resistor, heat is generated, and its size is proportional to the resistance value and the current intensity. Therefore, the heating effect of the carbon fiber heating sheet can be controlled by controlling the current.

[0060] Electric heat conversion efficiency: Carbon fiber has a high electric heat conversion efficiency, which means that electrical energy is effectively converted into thermal energy. This means that carbon fiber can generate a large amount of heat in a short time, thus achieving a rapid heating effect.

[0061] Thermal conduction: Carbon fiber has a relatively high thermal conductivity and can effectively conduct the generated heat to the surrounding environment. This helps ensure that the carbon fiber heating sheet can evenly heat the target area and improve heating efficiency.

[0062] Material properties: Carbon fiber also has the characteristics of high strength, low density and high temperature resistance, which makes carbon fiber heating sheet have broad application prospects in industrial, medical and other fields.

[0063] To sum up, the heating principle of carbon fiber heating sheet is mainly to utilize the resistance heating effect of carbon fiber to generate heat by passing electric current, so as to achieve the purpose of heating the target area.

[0064] In graphene heating sheets, graphene is a single-layer sheet material composed of carbon atoms arranged in a hexagonal shape. Its unique electronic structure gives it many special physical and chemical properties, including its heating characteristics. The heating principle of graphene can be mainly attributed to the following aspects:

[0065] Electron transport: Graphene has high electron mobility and thermal conductivity, and the electron transport process inside it will cause resistance, thereby generating heat. This process is mainly caused by the movement of graphene's carriers (electrons and holes), especially when graphene is excited by an electric field or current.

[0066] Phonon transport: Atomic vibrations (phonons) in graphene can also lead to energy transfer and heat generation. When phonons propagate in the lattice, they cause lattice vibrations and heat scattering, leading to heat generation and transport.

[0067] Light absorption and photothermal effect: Graphene has a high absorption rate for light. After absorbing light energy, it will be converted into heat energy, causing graphene to heat up. In addition, light can also cause non-equilibrium excited states of graphene, leading to the generation of hot electrons and heat conduction processes.

[0068] Local defects and edge effects: Local defects and edge effects in graphene can also lead to heat generation. At these defects and edges, the scattering of electrons and phonons increases, which in turn increases heat generation.

[0069] In general, the heating of graphene is mainly due to the combined effects of electron transport, phonon transport, light absorption and photothermal effect, local defects and edge effects, etc. These characteristics make graphene of great significance in many applications, such as nanoelectronics, thermal management, and optoelectronics.

[0070] Example 5

[0071] In the present invention, the wet compress sheet 9 is adsorbed with a wet compress liquid, which is prepared according to the following components: comprising a Chinese medicine extract (100 mL), a dendrobium stock solution (40-50 mL), and lutein (8-12 g);

[0072] Among them, the formula of Chinese medicine extract is: dried rehmannia (13-17g), cassia seed (13-17g), wolfberry (13-17g), white peony root (13-17g), ginseng (13-17g), chrysanthemum (13-17g), ophiopogon (8-12g), schisandra (8-12g), moutan bark (8-12g), mulberry leaf (8-12g), cicada shell (8-12g), and licorice (3-7g).

[0073] The preparation method of wet compress is as follows:

[0074] Step 1, weighing each component medicinal material according to the following formula: the Chinese medicine extract is specifically: 13g-17g of dried rehmannia root, 13g-17g of cassia seed, 13g-17g of wolfberry, 13g-17g of white peony root, 13g-17g of ginseng, 13g-17g of chrysanthemum, 8g-12g of ophiopogon japonicus, 8g-12g of schisandra chinensis, 8g-12g of moutan bark, 8g-12g of mulberry leaf, 8g-12g of cicada shell, and 3g-7g of liquorice;

[0075] Step 2, mixing the medicinal materials of each component weighed in step 1, adding 600mL to 800mL, decocting for 55 to 65 minutes, decocting twice, filtering and combining the filtrate, concentrating the combined filtrate to 200mL to obtain a concentrated solution, and cooling for standby use;

[0076] Step 3, add 40 mL to 50 mL of the dendrobium stock solution to every 100 mL of the concentrated solution prepared in step 2, and then add 8 g to 12 g of lutein powder for re-dissolution to obtain a wet compress solution.

[0077] The method of using the red light therapy nursing device capable of wet compress and hot compress of the present invention is as follows: when in use, wet compress sheets 9 are respectively attached to the two lenses 2-1, the support body 2 is worn on the eyes, the electronic emitter control switch 2-5 is turned on, and the electronic emitter 2-3 (before use, the electronic emitter battery 2-4 is fully charged by an external power supply connected to the charging interface A2-6, and the power is stored by the electronic emitter battery 2-4) emits red light; at the same time, the heating switch 3 is turned on, and the temperature is adjusted by the heating temperature control plate 4, and the temperature adjustment range is 40 to 50°C, thereby controlling the heating plate 6 to heat (the heating plate material mentioned in the present invention is selected for heating and temperature control, which are both existing mature technologies. In the present invention, only the heating plate 6 is required to have a heating function, and the temperature is adjustable, which adopts conventional technologies. The structural design and temperature adjustment of the heating plate 6 itself do not belong to the present application. Inventive point, before using the heating plate 6, connect the external power supply through the charging interface B8 to fully charge the heating plate battery 7, and adjust the temperature of the heating plate 6 through the heating temperature control plate 4, according to the acceptance of different wearers, and adjust it in three levels within the range of 40℃~50℃. Since the purpose of the invention is to achieve fumigation therapy, the heating temperature of the heating plate 6 here is 40℃~50℃, which can meet the therapy requirements. It is just that the temperature gradient is set according to the acceptance of the skin surface temperature of different groups of people. Therefore, as long as it is within the temperature range of 40℃~50℃, it can meet the use requirements). At this time, due to the heating effect of the heating plate 6, the wet compress liquid adsorbed on the wet compress sheet 9 begins to evaporate, and the wet compress liquid is conducted into the eye tissue in the form of steam. At the same time, because the luminescent material 2-2 begins to emit red light, the two work together to achieve the effect of red light hot compress and wet compress.

[0078] In the present invention, in addition to the red light wet compress plus the hot compress, the formula of the wet compress liquid in the wet compress sheet 9 is also independently developed, and the components therein are mild and non-irritating to the eyes, can effectively promote blood circulation in the eyes, and relieve symptoms of eye discomfort.

[0079] Example 6

[0080] The adsorbed wet compress liquid in the wet compress sheet 9 of the present invention is prepared according to the following steps:

[0081] The wet compress sheet 9 is adsorbed with a wet compress solution, which is prepared according to the following components: comprising a Chinese medicine extract (100 mL), a dendrobium stock solution (45 mL), and lutein (10 g);

[0082] Among them, the formula of Chinese medicine extract is: dried Rehmannia root (15g), Cassia seed (15g), Lycium barbarum (15g), White Peony Root (15g), Ginseng (15g), Chrysanthemum (15g), Ophiopogon japonicus (10g), Schisandra chinensis (10g), Cortex Moutan (10g), Mulberry leaf (10g), Cicada Shell (10g), and Licorice (5g).

[0083] The preparation method of wet compress is as follows:

[0084] Step 1, weigh the various medicinal materials according to the following formula: the Chinese medicine extract is specifically: 15g of dried rehmannia root, 15g of cassia seed, 15g of wolfberry, 15g of white peony root, 15g of ginseng, 15g of chrysanthemum, 10g of ophiopogon japonicus, 10g of schisandra chinensis, 10g of moutan bark, 10g of mulberry leaf, 10g of cicada shell, and 5g of liquorice;

[0085] Step 2, mixing the medicinal materials of each component weighed in step 1 and adding 700 mL, decocting for 60 minutes, decocting twice, filtering and combining the filtrate, concentrating the combined filtrate to 200 mL, obtaining a concentrated solution, and cooling for standby use;

[0086] Step 3, add 45 mL of Dendrobium stock solution to every 100 mL of the concentrated solution prepared in step 2, and then add 10 g of lutein powder to re-dissolve, to obtain a wet compress solution.

[0087] Example 7

[0088] The adsorbed wet compress liquid in the wet compress sheet 9 of the present invention is prepared according to the following steps:

[0089] The wet compress sheet 9 is adsorbed with a wet compress solution, which is prepared according to the following components: comprising a Chinese medicine extract (100 mL), a dendrobium stock solution (40 mL), and lutein (8 g);

[0090] Among them, the formula of the Chinese medicine extract is: dried Rehmannia root (13g), Cassia seed (13g), Lycium barbarum (13g), White Peony Root (13g), Ginseng (13g), Chrysanthemum (13g), Ophiopogon japonicus (8g), Schisandra chinensis (8g), Cortex Moutan (8g), Mulberry leaf (8g), Cicada Shell (8g), and Licorice (3g).

[0091] The preparation method of wet compress is as follows:

[0092] Step 1, weigh the various medicinal materials according to the following formula: the Chinese medicine extract is specifically: 13g of dried rehmannia root, 13g of cassia seed, 13g of wolfberry, 13g of white peony root, 13g of ginseng, 13g of chrysanthemum, 8g of ophiopogon japonicus, 8g of schisandra chinensis, 8g of moutan bark, 8g of mulberry leaf, 8g of cicada shell, and 3g of liquorice;

[0093] Step 2, mixing the medicinal materials of each component weighed in step 1 and adding 600 mL, decocting for 55 minutes, decocting twice, filtering and combining the filtrate, concentrating the combined filtrate to 200 mL, obtaining a concentrated solution, and cooling for standby use;

[0094] Step 3, add 40 mL of Dendrobium stock solution to every 100 mL of the concentrated solution prepared in step 2, and then add 8 g of lutein powder for re-dissolution to obtain a wet compress solution.

[0095] Example 8

[0096] The adsorbed wet compress liquid in the wet compress sheet 9 of the present invention is prepared according to the following steps:

[0097] The wet compress sheet 9 is adsorbed with a wet compress solution, which is prepared according to the following components: comprising a Chinese medicine extract (100 mL), a dendrobium stock solution (50 mL), and lutein (12 g);

[0098] Among them, the formula of Chinese medicine extract is: dried Rehmannia root (17g), Cassia seed (17g), Lycium barbarum (17g), White Peony Root (17g), Ginseng (17g), Chrysanthemum (17g), Ophiopogon japonicus (12g), Schisandra chinensis (12g), Cortex Moutan (12g), Mulberry leaf (12g), Cicada Shell (12g), and Licorice (7g).

[0099] The preparation method of wet compress is as follows:

[0100] Step 1, weigh the various medicinal materials according to the following formula: the Chinese medicine extract is specifically: 17g of dried rehmannia root, 17g of cassia seed, 17g of wolfberry, 17g of white peony root, 17g of ginseng, 17g of chrysanthemum, 12g of ophiopogon japonicus, 12g of schisandra chinensis, 12g of moutan bark, 12g of mulberry leaf, 12g of cicada shell, and 7g of liquorice;

[0101] Step 2, mixing the medicinal materials of each component weighed in step 1 and adding 800 mL, decocting for 65 minutes, decocting twice, filtering and combining the filtrate, concentrating the combined filtrate to 200 mL to obtain a concentrated solution, and cooling for standby use;

[0102] Step 3, add 50 mL of Dendrobium stock solution to every 100 mL of the concentrated solution prepared in step 2, and then add 12 g of lutein powder to re-dissolve, to obtain a wet compress solution.

[0103] The wet compress sheet 9 made of the wet compress liquid prepared in the above embodiment 6 was tested for wearing experience of different groups of people. The specific test process is as follows:

[0104] According to the content of the Chinese Dry Eye Questionnaire Scale commonly used in clinical practice in the Chinese Dry Eye Expert Consensus (2020), a total of 15 volunteers were randomly selected for a questionnaire survey. Among them, 4 were elderly people over 60 years old, 2 were middle-aged people aged 40 to 60, and 9 were young people aged 20 to 40. The survey project lasted for 2 weeks, and the survey scale was collected once a week for 2 consecutive weeks. The specific survey results are as follows:

[0105] (I) Testing of the eye sensitivity of volunteers to different types of adverse environments:

[0106] 1) Before physical therapy and nursing intervention, the survey results are shown in Table 1 below:

[0107] Table 1

[0108] Are your eyes sensitive in the following environments? a. Smoking environment b. Fume environment c. Air pollution environment d. Dust environment e. Air conditioning environment f. Heating environment [Single choice question]

[0109]

[0110] Before wearing the care equipment, the survey results showed that 73.33% of the 15 volunteers (11 people) who participated in the experiment had eyes that were sensitive to one or more different environmental stimuli.

[0111] 2) After 1 week of physical therapy and nursing intervention, the survey results are shown in Table 2 below:

[0112] Table 2

[0113] Are your eyes sensitive in the following environments? a. Smoking environment b. Fume environment c. Air pollution environment d. Dust environment e. Air conditioning environment f. Heating environment [Single choice question]

[0114]

[0115] After wearing the care device for one week, the survey results showed that 72.73% of the 11 volunteers (8 people) who participated in the experiment still had eye sensitivity to one or more different environmental stimuli.

[0116] 3) After 2 weeks of physical therapy and nursing intervention, the survey results are shown in Table 3 below:

[0117] Table 3

[0118] Are your eyes sensitive in the following environments? a. Smoking environment b. Fume environment c. Air pollution environment d. Dust environment e. Air conditioning environment f. Heating environment [Single choice question]

[0119]

[0120] After wearing the care device for 2 weeks, the survey results showed that 54.55% of the 11 volunteers (6 people) still had eye sensitivity to one or more different environmental stimuli. However, the proportion of sensitive people was significantly lower than the 73.33% before wearing the care device.

[0121] By comparing the survey results in Tables 1 to 3, it can be seen that the physical therapy nursing equipment designed by the present invention can significantly reduce the sensitivity of the eyes of the test volunteers to different types of adverse environments.

[0122] (II) Testing the dryness and discomfort of the eyes of the volunteers, as follows:

[0123] 1) Before physical therapy and nursing intervention, the survey results are shown in Table 4 below:

[0124] Table 4

[0125] Dry eyes in the past week [Single choice question]

[0126]

[0127] Before wearing the care equipment, the survey results showed that 80% of the 15 volunteers (12 people) who participated in the experiment experienced varying degrees of dry eye discomfort.

[0128] 2) After 1 week of physical therapy and nursing intervention, the survey results are shown in Table 5 below:

[0129] Table 5

[0130] Dry eyes in the past week [Single choice question]

[0131]

[0132] After wearing the care device for one week, the survey results showed that 72.73% of the 11 volunteers (8 people) still experienced dry and uncomfortable eyes.

[0133] 3) After 2 weeks of physical therapy and nursing intervention, the survey results are shown in Table 6 below:

[0134] Table 6

[0135] Dry eyes in the past week [Single choice question]

[0136]

[0137] After wearing the care device for 2 weeks, the survey results showed that only 36.36% of the volunteers (4 people) out of the 11 people participating in the experiment still experienced dry eyes and discomfort, which was a significant decrease from the 80% of people who experienced dry eyes and discomfort before wearing the care device.

[0138] By comparing the survey results in Tables 4 to 6, it can be seen that the physiotherapy nursing equipment designed in the present invention can significantly improve the dryness and discomfort of the eyes of the test volunteers.

[0139] (III) Testing the foreign body discomfort of the volunteers' eyes, as follows:

[0140] 1) Before physical therapy and nursing intervention, the survey results are shown in Table 7 below:

[0141] Table 7

[0142] Foreign body sensation in the eye in the past week [single question]

[0143]

[0144] Before wearing the care equipment, the survey results showed that 40% of the 15 volunteers (6 people) who participated in the experiment experienced varying degrees of foreign body discomfort in their eyes.

[0145] 2) After 1 week of physical therapy and nursing intervention, the survey results are shown in Table 8 below:

[0146] Table 8

[0147] Foreign body sensation in the eye in the past week [Single choice question]

[0148]

[0149] After wearing the care device for one week, the survey results showed that 54.55% of the 11 volunteers (8 people) who participated in the experiment still experienced varying degrees of foreign body discomfort in the eyes.

[0150] 3) After 2 weeks of physical therapy and nursing intervention, the survey results are shown in Table 9 below:

[0151] Table 9

[0152] Foreign body sensation in the eye in the past week [Single choice question]

[0153]

[0154] After wearing the care device for 2 weeks, the survey results showed that 100% of the 11 volunteers (11 people) who participated in the experiment said that they did not experience any discomfort caused by foreign objects in the eyes, which was a significant increase from the survey proportion of only 40% before wearing the care device.

[0155] By comparing the survey results in Tables 7 to 9, it can be seen that the physical therapy nursing equipment designed in the present invention can significantly improve the foreign body discomfort in the eyes of the test volunteers.

[0156] (IV) Test the secretions on the eyelashes of the volunteers in the morning and improve the symptoms of difficulty in opening the eyes, as follows:

[0157] 1) Before physical therapy and nursing intervention, the survey results are shown in Table 10 below:

[0158] Table 10

[0159] In the past week, have you had secretions on your eyelashes when you woke up in the morning, making it difficult to open your eyes? [Single-choice question]

[0160]

[0161] Before wearing the care device, the survey results showed that 33.33% of the 15 volunteers (5 people) who participated in the experiment had secretions on their eyelashes and difficulty opening their eyes when they woke up in the morning.

[0162] 2) After 1 week of physical therapy and nursing intervention, the survey results are shown in Table 11 below:

[0163] Table 11

[0164] In the past week, have you had secretions on your eyelashes when you woke up in the morning, making it difficult to open your eyes? [Single-choice question]

[0165]

[0166] After wearing the care device for one week, the survey results showed that 27.27% of the 11 volunteers (3 people) still had secretions on their eyelashes and difficulty opening their eyes when they woke up in the morning.

[0167] 3) After 2 weeks of physical therapy and nursing intervention, the survey results are shown in Table 12 below:

[0168] Table 12

[0169] In the past week, have you had secretions on your eyelashes when you woke up in the morning, making it difficult to open your eyes? [Single-choice question]

[0170]

[0171] After wearing the care device for 2 weeks, the survey results showed that only 18.18% of the 11 volunteers (2 people) said that they still had secretions on their eyelashes and difficulty opening their eyes when they woke up in the morning, which was a significant decrease from the 33.33% survey proportion before wearing the care device.

[0172] By comparing the survey results in Tables 10 to 12, it can be seen that the physiotherapy care equipment designed in the present invention can significantly reduce the secretions on the eyelashes of the test volunteers in the morning and improve the symptoms of difficulty in opening the eyes.

[0173] (V) Investigate the fluctuation of vision of the volunteers, as follows:

[0174] 1) Before physical therapy and nursing intervention, the survey results are shown in Table 13:

[0175] Table 13

[0176] Vision fluctuations in the past week [Single-choice question]

[0177]

[0178] Before wearing the care device, the survey results showed that 13.33% of the 15 volunteers (2 people) who participated in the experiment had vision fluctuations within a week.

[0179] 2) After 1 week of physical therapy and nursing intervention, the survey results are shown in Table 14 below:

[0180] Table 14

[0181] Vision fluctuations in the past week [Single-choice question]

[0182]

[0183] After wearing the care device for one week, the survey results showed that 9.09% of the 11 volunteers (1 person) still felt vision fluctuations.

[0184] 3) After 2 weeks of physical therapy and nursing intervention, the survey results are shown in Table 15 below:

[0185] Table 15

[0186] Vision fluctuations in the past week [Single-choice question]

[0187]

[0188] After wearing the care device for 2 weeks, the survey results showed that all the 11 volunteers (11 people) who participated in the experiment said that there was no fluctuation in vision, which was a significant decrease from the 13.33% survey proportion before wearing the care device.

[0189] By comparing the survey results in Tables 13 to 15, it can be seen that the physiotherapy nursing equipment designed by the present invention can significantly reduce the visual fluctuation of the test volunteers.

[0190] In summary, through the analysis of the survey results of 5 typical questions in the Chinese Dry Eye Questionnaire Scale commonly used in clinical practice, a total of 3 sets of this physical therapy and care equipment were tested by multiple volunteers wearing them for 2 consecutive weeks, and the initial investigation and demonstration experiment was successfully completed. It not only verified the safety and stability of the equipment, but also reduced the sensitivity of the volunteers' eyes to different types of adverse environments, improved the degree of dry eye discomfort and foreign body discomfort of the volunteers' eyes, reduced secretions on the eyelashes in the morning, improved the symptoms of difficulty opening the eyes, and reduced vision fluctuations. The relevant indicators of the subjective wearing experience of the volunteers were quantitatively analyzed, which further explained that the device can improve the dry eye-related symptoms of the subjects, and therefore can be used as an intervention method for early physical therapy and care for the most common clinical ophthalmic diseases represented by dry eyes.

[0191] In addition to the effects produced during the above-mentioned tests, through the wearing experiment of the previous prototype, a total of 30 people aged 57 to 84 were selected for the community elderly (randomly included in the experiment), including 18 people aged 57 to 65, 7 people aged 65 to 75, 3 people aged 75 to 80, and 2 people over 80 years old. After wearing the prototype for one week, a questionnaire survey was conducted, and the analysis of the data showed that the product has a significant and effective improvement effect in improving eye pain and discomfort, relieving double vision, prolonging continuous viewing and reading time, and relieving visual fatigue. In addition, while improving eye symptoms, it can also have obvious effects of helping sleep, beautifying, relieving tension, and relaxing facial muscles. And the elderly participating in the project generally believe that the product has a wide range of applications, from adults and elderly people aged 18 to 80 and above, as well as minors aged 3 to 18, all have daily health care value for safe wearing and use under the effective care of adults. The survey results are as follows Figure 5 As shown,

[0192] The above Figure 5 Analysis shows that the red light therapy care equipment provided by the present invention has a significant improvement effect in improving eye pain and discomfort, relieving double vision, and prolonging continuous viewing and reading time, so it can effectively relieve visual fatigue. In addition, while improving eye symptoms, it can also have obvious effects of helping sleep, beautifying, relieving tension, and relaxing facial muscles. And the elderly participating in the project generally believe that this product has a wide range of applications, from adults and elderly people aged 18 to 80 and above, as well as minors aged 3 to 18, all have daily health care value of safe wearing and use under the effective care of adults.

Claims

1. Red light therapy nursing equipment capable of wet compress and hot compress, characterized by: The invention comprises a transparent support body (2), a heating layer and a luminescent layer being integrated on the support body (2), a wet compress sheet (9) being attached to the inner side of the support body (2), and a wet compress liquid being adsorbed in the wet compress sheet (9); the support body (2) comprises two lenses (2-1); the luminescent layer comprises a luminescent material (2-2) that emits red light, the luminescent material (2-2) being arranged on the inner side of the two lenses (2-1) or integrated inside the lenses (2-1), the luminescent material (2-2) emitting red light after being excited by an electron emitter (2-3), the electron emitter (2-3) being supplied with power by an electron emitter storage battery (2-4), and the electron emitter storage battery (2-4) being charged via a charging interface A (2-6); The heating layer comprises a heating plate (6), and the heating plate (6) is attached to the outer side of the lens (2-1) or integrated inside the lens (2-1); A rubber ring (2-8) is also provided on one side of each lens (2-1) to which the luminous material (2-2) is attached, and a groove (2-7) is provided on the inner ring of the rubber ring (2-8); A wet compress sheet (9) is attached to the surface of each lens (2-1) on one side of which the luminescent material (2-2) is attached, and the groove (2-7) is used to receive liquid dripping from the wet compress sheet (9); The luminescent material (2-2) is located around the edges of the two lenses (2-1), and the wet compress sheet (9) just avoids the area where the luminescent material (2-2) is located, that is, the wet compress sheet (9) is attached to the center of the lenses (2-1), and the luminescent material (2-2) is arranged around the wet compress sheet (9); The wet compress solution is prepared according to the following components: 100 mL of Chinese medicine extract, 40-50 mL of dendrobium stock solution, and 8-12 g of lutein; The formula of the Chinese medicine extract is: 13g~17g of dried rehmannia root, 13g~17g of cassia seed, 13g~17g of wolfberry, 13g~17g of white peony root, 13g~17g of ginseng, 13g~17g of chrysanthemum, 8g~12g of ophiopogon japonicus, 8g~12g of schisandra chinensis, 8g~12g of moutan bark, 8g~12g of mulberry leaf, 8g~12g of cicada shell, and 3g~7g of liquorice; The preparation method of the wet compress liquid specifically comprises the following steps: Step 1, weighing each component medicinal material according to the following formula: the Chinese medicine extract is specifically: 13g~17g of dried rehmannia, 13g~17g of cassia seed, 13g~17g of wolfberry, 13g~17g of white peony root, 13g~17g of ginseng, 13g~17g of chrysanthemum, 8g~12g of ophiopogon, 8g~12g of schisandra, 8g~12g of moutan bark, 8g~12g of mulberry leaf, 8g~12g of cicada shell, and 3g~7g of liquorice; Step 2, mixing the medicinal materials of each component weighed in step 1, adding 600mL to 800mL, decocting for 55 to 65 minutes, decocting twice, filtering and combining the filtrate, concentrating the combined filtrate to 200mL to obtain a concentrated solution, and cooling for standby use; Step 3, add 40 mL to 50 mL of the Dendrobium stock solution to every 100 mL of the concentrated solution prepared in step 2, and then add 8 g to 12 g of lutein powder to re-dissolve, to obtain a wet compress solution.

2. The red light therapy nursing device capable of wet compress and hot compress according to claim 1, characterized in that: The ends of the two lenses (2-1) are respectively connected to glasses legs (5).

3. The red light therapy nursing device capable of wet compress and hot compress according to claim 1, characterized in that: The luminescent material (2-2) is an optical fiber.

Images