Eyeball enabling device for reducing or eliminating seasonal differences in myopia axis growth

Abstract

According to the eyeball enabling device, the seasonal difference of myopia axis growth is reduced or eliminated through the thermal therapy module, the magnetic therapy module and the massage module. Wherein the thermal therapy module (1) is used for providing heat energy into orbits through two ways of 42-50 DEG C heat conduction and infrared heat radiation by means of a concave surface, capable of performing thermal therapy on the anterior segment of eyeballs and the anterior segment of orbital septum fat, on a thermal therapy device; the cold and cool feeling caused by insufficient blood supply of eyeballs and intra-orbital tissues in autumn and winter or high myopia eyeballs is reduced or eliminated; and (2) by means of the thermal therapy device, thermosensitive convex moxibustion can be carried out on acupuncture points, and heat energy is provided for meridians and collaterals through two ways of 42-50 DEG C heat conduction and infrared heat radiation. The internal organs are conditioned, the blood circulation of orbital tissues including eyeballs is improved, and the cold and cool feeling of the eyeballs and the orbital tissues caused by insufficient blood supply is reduced or eliminated; the formation power of heat preservation thickening of orbital septum fat is removed, seasonal difference of myopia progress is reduced, the myopia growth degree every year is reduced, and the eye axis growth speed every year is reduced.

Description

Technical field:

[0001] The invention relates to an eyeball thermal therapy module, an eyeball magnetic therapy module, and an eyeball massage module, and in particular to an eyeball energy device for reducing or eliminating seasonal differences in myopia eye axis growth and orbital fat accumulation eye bags. Background technology:

[0002] It is generally recognized that the cause of myopia is caused by the interaction of multiple factors. In recent years, people have noticed that the seasonal changes of cold and hot weather have a significant impact on the rate of myopia progression:

[0003] ① Wang Yuchuan, Liu Fang, Cao Miao, et al. Research progress on the mechanism of outdoor light in myopia prevention and control [J]. Chinese Journal of Traditional Chinese Ophthalmology, 2023, 33(10): 986-989. DOI: 10.13444 / j.cnki.zgzyykzz.2023.10.020. The article states: "According to the observations of MORGAN I et al., light intensity varies with seasons, and the impact on myopia is also different. Myopia progresses faster in winter with less sunshine than in summer with more sunshine."

[0004] ②Buajil Ainiwan. Research on the relationship between the refractive status and ocular biological parameters of college students in a certain university in Xinjiang [D]. Xinjiang Medical University, 2023. DOI: 10.27433 / d.cnki.gxyku.2022.000513. The article states: "In addition, recent studies have shown that outdoor activities are significantly correlated with duration, and myopia progression is also seasonal. Myopia in myopic children progresses faster in winter and slower in summer."

[0005] ③Tao Fangbiao, Pan Chenwei, Wu Xiaoyan, et al. Expert recommendations on outdoor activities to prevent and control myopia in children and adolescents [J]. Chinese School Health, 2019, 40(05): 641-643. DOI: 10.16835 / j.cnki.1000-9817.2019.05.001. The article states: "There are differences in the progression of myopia in different seasons, that is, myopia progresses faster in the dark in winter, while myopia progresses slower in the bright summer. Current studies regard seasonal trends as indirect evidence of the association between outdoor activities and myopia progression."

[0006] ④Huang Yin. Research on the trend of myopia progression and model construction in children and adolescents[D]. Shantou University, 2022.DOI:10.

[0007] 27295 / d.cnki.gstou.2021.000067. The article states: "A study in China suggests that the rate of myopia progression in summer is about 60% of that in winter, and axial elongation in summer is also significantly less than that in winter."

[0008] ⑤Wei Ruihua, Lu Daqian, Jin Nan, et al. Interpretation of the White Paper on Myopia Prevention and Control Research of the International Myopia Research Institute (IMI) [J]. Advances in Ophthalmology, 2019, 39(08): 701-713. DOI: 10.13389 / j.cnki.rao.2019.0162. The article states: "The COMET study believes that the progression rate of myopia in summer is lower than that in winter [(-0.14±0.32)Dvs(-0.35±0.34)D, P<0.0001]".

[0009] ⑥ Liu Kezheng, Zhou Qiong. Research progress on factors affecting axial length of adolescent children [J]. Jiangxi Medicine, 2017, 52(06): 586-589. The article states: "Seasonal changes. Donovan et al. conducted a one-year cohort study on 85 children aged 6-12 years in Guangzhou and found that the growth rate of axial length was inconsistent in different seasons. In spring, summer, autumn and winter, the axial length increased by 0.15±0.08mm, 0.17±0.10mm, 0.24±0.09mm and 0.24±0.09mm respectively."

[0010] ⑦Gwiazda J, Deng L, Manny R, Norton TT; COMET Study Group. Seasonal variations in the progression of myopia in children enrolled in the correction of myopia evaluation trial. Invest Ophthalmol Vis Sci. 2014 Feb 4; 55(2): 752-8. doi: 10.1167 / iovs.13-13029. PMID: 24408976; PMCID: PMC3915767. (Seasonal variations in the progression of myopia in children) The article stated: In a randomized controlled clinical trial in 2014, COMET (Correction of Myopia Evaluation Trial), 469 myopic children aged 6 to 12 years old from different races in the United States were studied for changes in eye refraction in different seasons (such as Figure 1 The results shown in Figure 1 suggest that the refractive power increase in winter (October to March of the following year) (-0.35±0.34D) is much greater than the refractive power change in summer (April to September) (-0.14±0.32D).

[0011] ⑧Rusnak S.Salcman V, Hecova L, Kasl Z; Myopia Progression Risk: Seasonal and Lifestyle Variations in Axial Length Growth in Czech Children. Journal of Ophthalmology. 2018 (2018), -1.5076454 -5 (Myopia Progression Risk: Seasonal Variations in Axial Length Growth in Czech Children) The article states: In an observational study in 2018, 398 eyes of 12-year-old Czech children were examined for changes in axial length in different seasons (such as Figure 2 The results showed that 77.02% of the children had more obvious eye growth in winter, 0.53% of the children had the same eye axis growth rate in both seasons, and 22.47% of the children had more obvious eye growth in summer. In addition, the outdoor time of the children was analyzed in groups, and the lack of sunlight exposure may be related to the rapid growth of the eye axis.

[0012] The researchers of the present invention believe that the reason why myopia and axial length increase too fast in winter is not simply due to the intensity of light, nor is it because the time for outdoor activities in winter is too short.

[0013] The main reason is that the eyeballs and eye socket bones are frozen cold or slightly painful in cold weather. At this time, in order to keep warm and keep the eyeballs warm, the body mobilizes fat throughout the body to increase blood lipids and thicken the orbital fat in the eye socket. Figures 5 to 12 As shown in the figure, if the orbital septum fat thickens in the upper, lower, left and right directions, the axial length of the eye will be squeezed and lengthened frontally and back, and the degree of myopia will increase.

[0014] That is, the speed of myopia degree and axial length growth in winter should depend on: how cold it is outdoors in winter, whether there is heating indoors in winter (heating at room temperature above 20°C can reduce or eliminate the impact of outdoor cold on glasses that day), how warm the clothes are, and the length of time spent outdoors.

[0015] The orbital septum is a layer of fascia that wraps and fixes the fat around the eyes.

[0016] Orbital fat - The eye socket is made up of different skull bones. Figure 5 , Fig. 9 The tetrahedron shown, Figure 6 The eyeball is located in this tetrahedron. The space between the eyeball, extraocular muscles and orbital bones is filled with fat tissue, such as Fig.10 As shown, they wrap around the eyeball like a sponge pad, absorbing shock and protecting the eyeball. These fats are orbital septum fats.

[0017] From the four anatomical figures below, it can be seen that the orbital cavity space not filled by other tissues in the orbit is filled with orbital septum fat.

[0018] ⑨ Fan Hao. Applied anatomical study of orbital fat in Han people[D]. Second Military Medical University, 2017. Figure 7 , 8 , 9, and 10 show the physical anatomical photos of the orbital contents. Figure 7 This is a solid anatomical photograph of the coronal section of the eyeball at its equator; Figure 8 It is a solid anatomical photograph of the posterior coronal section of the eyeball; Fig.11 This is a solid anatomical photograph of the lateral orbital sagittal section; Fig.12 This is a solid anatomical photograph of the medial orbital sagittal section.

[0019] It can be seen that the expression "my eyes are so frozen that they are straight" in the Northeastern dialect should be a description of the cold weather, in which the orbital septum fat gradually increases and becomes semi-solid and hardened to keep warm, forming a squeezing, obstructive and restraining effect on the extraocular muscles, making the eyeball inflexible.

[0020] In addition, people with high myopia have dull eyes and inflexible eye movements. The reason is that as the degree of myopia increases, the blood circulation of the eyeball becomes weaker and weaker, and the temperature of the eyeball becomes relatively lower than that of the surrounding area. The eyeball can be obviously felt cold (just like some people often feel cold hands and feet), which leads to more and more accumulation of heat-retaining orbital fat, resulting in inflexible eye movements. Fig.10 As shown, the thickening of the peripheral orbital fat ① and orbital fat ② can squeeze the eye axis up, down, left, and right to lengthen it front and back; the thickening of the central orbital fat ③ can push the eyeball forward, causing the eyeball to bulge in severe myopia.

[0021] In addition, if Figure 3 , Figure 4 As shown in the literature, primary eye bags often have a family history and are more common in young people; secondary eye bags are more common in middle-aged and elderly people. Secondary eye bags are a manifestation of excessive accumulation of orbital fat. As mentioned in the literature:

[0022] ⑩Peng Haitao, Fu Chonghua, Lei Ying, et al. Experience in the prevention and treatment of complications of eye bag cosmetic surgery [J]. Chongqing Medicine, 2003(05):547. The article states: "Eye bags are caused by sagging of the lower eyelid skin and swelling of the lower eyelid due to sagging of the lower eyelid skin, excessive accumulation of orbital fat, and relaxation of the orbicularis oculi muscle, giving people a feeling of aging and fatigue."

[0023] The existing technology has not paid attention to the causal relationship between the coldness of winter weather and the increase in axial length caused by the accumulation of fat within the eye frame; nor has it taken any thermal remedial intervention for "seasonal changes in myopia" and bags under the eyes. Summary of the invention:

[0024] In order to overcome the above-mentioned shortcomings of the prior art, the present invention provides an eyeball empowering device for reducing or eliminating the seasonal difference in the growth of myopic eye axis. It includes: a thermal therapy module, a magnetic therapy module, and a massage module;

[0025] The eyeball empowering device comprises: a carrier;

[0026] a thermal therapy module located on the carrier; and

[0027] a magnetic therapy module located on the carrier; and

[0028] a massage module located on the carrier; and

[0029] One end of the carrier is a hemispherical concave eyeball massage body placed on the eyelid and capable of performing thermal therapy, magnetic therapy and massage on the anterior segment of the eyeball and the anterior segment of the orbital septum fat; and / or

[0030] One end of the carrier is designed to be placed on a convex massage body that can perform heat-sensitive moxibustion and massage on acupoints;

[0031] The eyeball empowering device also includes a thermal therapy module control unit;

[0032] The eye empowering device also includes a magnetic therapy module control unit;

[0033] The eye empowering device also includes a massage module control unit.

[0034] Optionally,

[0035] The eyeball empowering device comprises: a carrier;

[0036] a thermal therapy module located on the carrier; and

[0037] a magnetic therapy module located on the carrier; and

[0038] One end of the carrier is designed to be a hemispherical concave eyeball massage body placed on the eyelid and capable of performing thermal therapy and magnetic therapy on the anterior segment of the eyeball and the anterior segment of the orbital septum fat; and / or

[0039] One end of the carrier is designed to be placed on a convex massage body that can perform heat-sensitive moxibustion and massage on acupoints;

[0040] The eyeball empowering device also includes a thermal therapy module control unit;

[0041] The eye empowering device also includes a magnetic therapy module control unit.

[0042] Optionally,

[0043] The eyeball empowering device comprises: a carrier;

[0044] a thermal therapy module located on the carrier; and

[0045] a massage module located on the carrier; and

[0046] One end of the carrier is designed to be a hemispherical concave eyeball massage body placed on the eyelid to perform thermal therapy and massage on the anterior segment of the eyeball and the anterior segment of the orbital septum fat; and / or

[0047] One end of the carrier is designed to be placed on a convex massage body that can perform heat-sensitive moxibustion and massage on acupoints;

[0048] The eyeball empowering device also includes a thermal therapy module control unit;

[0049] The eye empowering device also includes a massage module control unit.

[0050] Optionally,

[0051] The eyeball empowering device comprises: a carrier;

[0052] a thermal therapy module located on the carrier; and

[0053] One end of the carrier is designed to be a hemispherical concave eyeball massage body placed on the eyelid and capable of performing thermal therapy on the anterior segment of the eyeball and the anterior segment of the orbital septum fat; and / or

[0054] One end of the carrier is designed to be placed on a convex massage body that can perform heat-sensitive moxibustion and massage on acupoints;

[0055] The eye empowering device also includes a thermal therapy module control unit.

[0056] The surfaces of the hemispherical concave eyeball massage body in contact with the eyeball and the convex massage body in contact with the acupoints on the carrier are coated with infrared paint to assist the thermal therapy module in radiant penetration heating, accelerate heat exchange, reduce the temperature of the concave and convex surfaces, and improve the heat exchange rate with the eyeball or acupoints.

[0057] The thermal therapy modules on the carrier include: a moxibustion heating module, a wax therapy heating module, and a resistance heating module;

[0058] in,

[0059] The moxibustion heating module controls the surface temperature of the concave eyeball massage body on the upper hemisphere of the carrier by adjusting the size of the air inlet hole.

[0060] The resistance heating module controls the surface temperature and heating time of the concave-convex massage body on the carrier in multiple levels through the multi-level temperature and time heating module control unit 15.

[0061] The magnetic therapy module on the carrier is at least one of an electromagnet and a permanent magnet.

[0062] The permanent magnets are preferably rare earth permanent magnets;

[0063] The rare earth permanent magnet is preferably made of neodymium iron boron material.

[0064] The magnetic therapy module control unit controls the change of the intensity of the electromagnet magnetic field by adjusting the current.

[0065] The massage modules on the carrier include: electronic pulse massage, vibration massage, and ultrasonic massage.

[0066] The electronic pulse massage selects 0-1000HZ low-frequency electronic pulses, which are mainly used for massaging the acupuncture points of the human body by the convex massage body on the carrier.

[0067] The vibration massage is performed by a vibration massager 12 placed in a magnetically shielded metal cover 13 on the periphery of the vibration massage body, and is mainly used for massaging the eyeball with the concave eyeball massage body on the upper hemisphere of the carrier.

[0068] The ultrasonic massage is performed by a vibration massager 12 placed in a silicone buffer fixing cover 13 outside the ultrasonic massage transducer, and is mainly used for massaging the eyeballs with the concave eyeball massage body on the upper hemisphere of the carrier, or massaging the acupuncture points of the human body.

[0069] The ultrasonic transducer has an ultrasonic frequency of 20kHz to 1000kHz and an ultrasonic treatment dose of 0.1 to 2.5W / cm 2 .

[0070] Beneficial effects of the present invention: The eyeball empowering device of the present invention reduces or eliminates the seasonal differences in the growth of myopia axial length or myopia degree through the thermal therapy module, magnetic therapy module and massage module. At the same time, it can also be used to reduce or eliminate the eye bags formed by the decrease in orbital temperature and excessive accumulation of orbital fat caused by the decrease in orbital blood circulation capacity of some people with aging, just like many people with good blood circulation do not have eye bags at the age of 90. Among them,

[0071] ⑴Thermotherapy module: ①Using the hemispheric concave eye massage body on the thermotherapy device, which can perform thermotherapy on the anterior segment of the eyeball and the anterior segment of the orbital septum fat, heat energy is provided to the orbit through two pathways: 40-50℃ heat conduction and infrared heat radiation. Reduce or eliminate the cold feeling of the eyeball and orbital tissues due to insufficient blood supply in autumn and winter or highly myopic eyes; ②Using the convex massage body on the thermotherapy device, which can perform thermosensitive moxibustion on acupoints, heat energy is provided to the meridians through two pathways: 40-50℃ heat conduction and infrared heat radiation. Clear the meridians, improve the blood circulation of the orbital tissues including the eyeball, reduce or eliminate the cold feeling of the eyeball and orbital tissues due to insufficient blood supply; remove the power of the thickening of the orbital septum fat to reduce the seasonal difference in myopia progression, reduce the annual myopia increase, and reduce the annual eye axis growth rate. Just like people who are used to hot feet every day in the northern winter can reduce or eliminate the harmful effects of the cold in the northern winter on the human body.

[0072] ⑵Magnetic therapy module: ①Improving human microcirculation and blood circulation: Magnetic therapy, as a physical factor, stimulates the peripheral receptors, affects the function of nerves, can reflexively cause vasodilation, accelerate blood flow, increase oxygen supply, accelerate metabolism, and improve microcirculation to achieve the therapeutic effect on many diseases. ②Lipid-lowering effect: Magnetic therapy can make saturated fatty acids in the blood not easily oxidized into lipids, and neutral lipid cholesterol is deposited on the tube wall, which reduces blood viscosity and blood lipids, enhances the elasticity of the tube wall, and accelerates blood flow. In conjunction with the thermal therapy module, it can increase the temperature of the eyeball and the orbit, remove the power of the formation of inert fat in the orbital septum, and discharge the non-inert fat that enters the blood vessels out of the orbit.

[0073] ⑶Massage module: through electronic pulse massage, vibration massage or ultrasonic massage, ① prevent or reduce the formation of inert fat in the pre-thickened orbital septum fat on the day; ② assist in heat therapy and magnetic therapy to adjust the excessive accumulation of inert fat - orbital septum fat to restore normal, reduce the periphery of the eyeball squeezed by the orbital septum fat, and restore the axial length or eye bags to the normal state in summer.

[0074] ⑷ Through Peng's eye acupuncture theory of "eight zones and thirteen acupoints connecting the brain to the internal organs", "observing the eyes to identify diseases" is used to perform thermal moxibustion and massage on the acupoints around the eye sockets to dredge the blood circulation in the brain ("eyes connect to the brain") and regulate the internal organs ("internal connection to the internal organs"). It promotes vision recovery at the level of the brain and the level of the internal organs. Description of the drawings:

[0075] Figure 1 This is a graph of the refractive power change rate of 469 myopic people in the United States in the summer (April to September) and winter (October to March) half a year;

[0076] Figure 2 This is a graph showing the percentage of people with high axial length growth in different seasons in 398 eyes aged 12 years in the Czech Republic;

[0077] Figure 3 This is a diagram of eye bags, which are composed of three groups of orbital fat;

[0078] Figure 4 Diagram of the periorbital area, which is surrounded by multiple masses of orbital fat

[0079] Figure 5 This is a frontal view - a schematic diagram of the orbital bone tetrahedron distribution;

[0080] Figure 6 Frontal view - the relative position of the orbit and the eyeball, forming a schematic diagram of the distribution of the orbital septum fat filling space;

[0081] Figure 7 This is a coronal cross-sectional anatomical diagram of the eyeball’s equator;

[0082] Figure 8 This is the coronal anatomical diagram of the posterior eyeball;

[0083] Fig. 9 This is a side view - a schematic diagram of the orbital bone distribution;

[0084] Fig.10 This is a side view - the relative position of the orbit and the eyeball - a schematic diagram of the distribution of the orbital septum fat filling space;

[0085] Fig.11 This is a sagittal sectional anatomy of the lateral orbital tissue;

[0086] Fig.12 This is the medial sagittal section anatomical diagram of the orbital tissue;

[0087] Fig.13 This is an overall cross-sectional view of a UFO-shaped handheld thermal therapy, magnetic therapy, and eyeball massage empowering device;

[0088] Fig.14 Schematic diagram of the heating body and 45﹟ steel or 304 stainless steel components of the UFO-shaped handheld eyeball empowering device;

[0089] Fig.15 Schematic diagram of installing a plastic tray with circuit boards for the UFO-shaped handheld eye-enabling device;

[0090] Fig.16 A schematic diagram of a vibration massage or ultrasonic massage component of a UFO-shaped handheld eyeball empowering device;

[0091] Fig.17 , Fig.18 A schematic diagram of a head-mounted binocular eyeball enabling device;

[0092] Fig.19 A disk with a positioning hole for driving the resonant fluid bag to move, driven by a micro-motor shaft disposed outside the housing;

[0093] Fig. 20 This is a schematic diagram of a simple handheld rod-type concave eyeball empowering device;

[0094] Figures 13 to 20The numbers in the figure represent: 1. Plastic tray for mounting circuit board; 2. UBS interface for external power supply and data line of control device on circuit board; 3. 45﹟ steel or 304 stainless steel stamping for upper shell for mounting convex massage body 7; 4. 45﹟ steel or 304 stainless steel stamping with hemispherical concave eyeball massage body; 5. 45﹟ steel or 304 stainless steel upper shell stamping 3 with built-in annular magnet; 6. 45﹟ steel or 304 stainless steel stamping with hemispherical concave eyeball massage body; 7. Convex massage body mounted on 45﹟ steel or 304 stainless steel upper shell stamping 3; 8. Electric heating body mounted in convex massage body 7; 9. Hemispherical concave eyeball massage body on 45﹟ steel or 304 stainless steel lower shell stamping 4; 9- 1. A silicone hemispherical concave eyeball massage body with a built-in heating body 10 on the ultrasonic resonance fluid capsule 14; 10. A heating body (or film) inside the hemispherical concave eyeball massage body 9; 11. High melting point paraffin to help position the hemispherical curved surface heating film 10; 12. A vibration massage module or an ultrasonic massage module built into the eyeball empowerment device; 13. A magnetically shielded metal cover around the vibration massage body or a silicone buffer fixing cover around the ultrasonic massage body; 14. A capsule containing a resonance fluid around the ultrasonic transducer; 15. A thermal therapy module control unit and / or a magnetic therapy module control unit and / or a massage module control unit; 16. The shaft of a micromotor on a turntable that drives the resonance fluid capsule to move; 17. A positioning hole on a turntable that drives the capsule to move through a micromotor; 18. A simple handheld stick-type concave eyeball empowerment device with a built-in rechargeable battery. Specific implementation method: Specific implementation 1:

[0096] In order to overcome the above-mentioned shortcomings of the prior art, the present invention provides an eyeball empowering device for reducing or eliminating the seasonal difference in the growth of myopic eye axis. It includes: a thermal therapy module, a magnetic therapy module, and a massage module;

[0097] The eyeball enabling device comprises: Fig.13 The vector shown;

[0098] Thermotherapy modules 8, 10 located on the carrier; and

[0099] Magnetic therapy modules 5, 6 located on the carrier; and

[0100] a massage module 12 located on the carrier; and

[0101] One end of the carrier is a hemispherical concave eyeball massage body 9 placed on the eyelid and capable of performing thermal therapy, magnetic therapy and massage on the front segment of the eyeball; and

[0102] One end of the carrier is designed to be placed on a convex massage body 7 that can perform heat-sensitive moxibustion and massage on acupoints;

[0103] The eyeball empowering device also includes a thermal therapy module control unit 15;

[0104] The eyeball empowering device also includes a magnetic therapy module control unit 15;

[0105] The eye empowering device also includes a massage module control unit 15.

[0106] in,

[0107] The thermal therapy module on the carrier is a resistance heating module; the resistance heating module controls the surface temperature of the concave-convex massage body on the carrier between 40 and 50° C. and the heating time between 5 and 20 minutes in multiple stages through the thermal therapy module control unit 15.

[0108] The magnetic therapy module on the carrier is at least one of an electromagnet and a permanent magnet. The permanent magnet is preferably a rare earth permanent magnet, and the rare earth permanent magnet is preferably a permanent magnet made of neodymium iron boron material. Magnetic energy parameters: 6000-10000 Gauss;

[0109] The magnetic therapy module control unit 15 controls the change of the intensity of the electromagnet magnetic field by adjusting the current.

[0110] The massage modules on the carrier include: electronic pulse massage, vibration massage, and ultrasonic massage.

[0111] The electronic pulse massage selects 0-1000HZ low-frequency electronic pulses, which are mainly used for massaging the acupuncture points of the human body by the convex massage body on the carrier.

[0112] The vibration massage is performed by a vibration massager 12 placed in a shielding cover 13, and is mainly used for massaging the eyeball with the concave eyeball massage body on the upper hemisphere of the carrier.

[0113] The ultrasonic massage is mainly used for massaging the eyeballs with the concave eyeball massage body on the upper hemisphere of the carrier, or for massaging the acupuncture points of the human body. The ultrasonic massage is performed by an ultrasonic transducer 12 placed in a shielding cover 13. The ultrasonic transducer: The ultrasonic frequency is 20kHz to 1000kHz, and the ultrasonic treatment dose is 0.1 to 2.5W / cm 2 .

[0114] The massage module control unit 15 controls the intensity and time of electronic pulse, vibration massage, or ultrasonic massage.

[0115] The technical effect of this embodiment is that the eyeball empowering device of the present invention reduces or eliminates the seasonal difference in the growth of myopic eye axis through the thermal therapy module, magnetic therapy module and massage module. At the same time, it can also be used to reduce or eliminate eye bags formed by excessive accumulation of orbital fat.

[0116] With this configuration, other components and connection relationships and specific implementation methods are as follows:

[0117] (1) Composition increase:

[0118] Specific implementation 1-1:

[0119] The surfaces of the hemispherical concave eyeball massage body in contact with the eyeball and the convex massage body in contact with the acupoints on the carrier are coated with infrared paint to assist the thermal therapy module in radiant penetration heating, accelerate heat exchange, reduce the temperature of the concave and convex surfaces, and improve the heat exchange rate with the eyeball or acupoints.

[0120] (2) Composition reduction:

[0121] Specific implementation 1-2:

[0122] The eyeball empowering device comprises: a carrier;

[0123] a thermal therapy module located on the carrier; and

[0124] a magnetic therapy module located on the carrier; and

[0125] One end of the carrier is designed to be a hemispherical concave eyeball massage body placed on the eyelid and capable of performing thermal therapy and magnetic therapy on the front segment of the eyeball; or

[0126] One end of the carrier is designed to be placed on a convex massage body that can perform heat-sensitive moxibustion and massage on acupoints;

[0127] The eyeball empowering device also includes a thermal therapy module control unit;

[0128] The eye empowering device also includes a magnetic therapy module control unit.

[0129] Specific implementation 1-3:

[0130] The eyeball empowering device comprises: a carrier;

[0131] a thermal therapy module located on the carrier; and

[0132] a massage module located on the carrier; and

[0133] One end of the carrier is designed to be a hemispherical concave eyeball massage body placed on the eyelid to perform thermal therapy and massage on the front segment of the eyeball; or

[0134] One end of the carrier is designed to be placed on a convex massage body that can perform heat-sensitive moxibustion and massage on acupoints;

[0135] The eyeball empowering device also includes a thermal therapy module control unit;

[0136] The eye empowering device also includes a massage module control unit.

[0137] Specific implementation 1-4:

[0138] The eyeball enabling device comprises: Figures 19-20 The vector shown;

[0139] a thermal therapy module located on the carrier; and

[0140] One end of the carrier is designed to be a hemispherical concave eyeball massage body placed on the eyelid to perform thermal therapy on the front segment of the eyeball; or

[0141] One end of the carrier is designed to be placed on a convex massage body that can perform heat-sensitive moxibustion and massage on acupoints;

[0142] The eye empowering device also includes a thermal therapy module control unit. Specific implementation 2:

[0144] The head-mounted eyeball enabling device includes: Fig.17 , Fig.18 The vector shown;

[0145] a thermal therapy module 10 located on the carrier; and

[0146] an ultrasonic massage module 12 located on the carrier; and

[0147] A capsule containing a resonance fluid located on the carrier and outside the ultrasonic transducer;

[0148] The ultrasonic transducer resonant fluid includes: air, water, and liquid silica gel;

[0149] One end of the carrier is a hemispherical concave eyeball massage body 9 placed on the eyelid to perform thermal therapy and massage on the front segment of the eyeball;

[0150] The eyeball empowering device also includes a thermal therapy module control unit and a massage module control unit 15;

[0151] With this configuration, other components and connection relationships and specific implementation methods are as follows:

[0152] (1) Composition increase:

[0153] Specific implementation 2-1:

[0154] The head-mounted eyeball enabling device includes: Fig.17 , Fig.18 The vector shown;

[0155] a thermal therapy module 10 located on the carrier; and

[0156] a magnetic therapy module 6 located on the carrier; and

[0157] an ultrasonic massage module 12 located on the carrier; and

[0158] A capsule 14 containing a resonance fluid located on the carrier and outside the ultrasonic transducer;

[0159] The ultrasonic transducer resonant fluid includes: air, water, and liquid silica gel;

[0160] One end of the carrier is a magnetic metal hemispherical concave eyeball massage body 9 in the shape of an eyeball, which is placed on the eyelid and can perform thermal therapy, magnetic therapy and massage on the front segment of the eyeball;

[0161] The eyeball empowering device also includes a thermal therapy module control unit, a magnetic therapy module control unit and a massage module control unit 15;

[0162] The magnetic therapy module NdFeB 6 on the carrier is arranged on the inner side of the corresponding capsule 14 of the built-in magnetic metal of the silicone hemisphere concave eyeball massage body 9-1 for mutual attraction and positioning.

[0163] Specific implementation 2-2:

[0164] On the basis of Specific Implementation 2 or Specific Implementation 2-1,

[0165] A micro motor is added to the outside of the shell to drive Fig.19 The wheel with the resonance fluid capsule positioning hole 17 driven by the micro-motor shaft drives the capsule 14 containing the resonance fluid placed on the periphery of the ultrasonic transducer to make a circular motion around the corresponding axis of the eye socket. The silicone hemispherical concave eyeball massage body 9-1 placed on the eyelid can perform thermal therapy, magnetic therapy and massage on the front segment of the eyeball, replacing manual massage of the eyeball at an angle of 40 to 45 degrees.

[0166] like Fig.13 As shown, the method of using the handheld eye empowerment device

[0167] (1) The massage recipient lies flat on his back, closes his eyes, and relaxes his whole body.

[0168] (2) The operator gently places the concave spherical end of the thermal therapy device on the eyelid so that it is in close contact with the eyeball.

[0169] (3) Press the tip with your index finger, and gently hold the massager with your thumb and middle finger, so that the massager is tilted about 40-45 degrees from the vertical, and gently move the eyeball up and down, left and right, and clockwise (counterclockwise) to perform a 360-degree uniform transfer massage on the periphery of the eyeball. While providing heat energy to the intraorbital tissue, the eyeball is massaged at a 40-45 degree tilt through the eyeball empowerment device, so that part of the inert fat is converted into non-inert fat.

[0170] (4) First, let the massager gently massage for two circles and ask the recipient if he / she feels any discomfort. If so, take the massager off and put it back until the recipient feels comfortable before starting the massage again.

[0171] (5) Massage for 2-3 minutes, or count to 200 seconds, then take off the massager.

[0172] like Fig.17 , 18 As shown, the method of using the head-mounted eyeball empowerment device

[0173] (1) The massage recipient lies flat on his back, puts on the heat therapy device, closes his eyes, and relaxes his whole body.

[0174] (2) The operator gently places the concave end of the thermal therapy device on the eyelid. When using it for the first time, the operator needs to adjust the injection amount of the resonance fluid, adjust the pressure of the two capsules, make the hemispherical concave eyeball massage body 9 closely contact with the eyeball, and adjust the ultrasonic massage intensity.

[0175] (3) Hold the eyeball thermal massage device with your palm, and gently move the thermal massage device up and down, left and right, and clockwise (counterclockwise) 360 degrees around the eyeball. Use the deformability of the resonance fluid capsule to make the hemispheric concave eyeball massage body tilted at an angle of about 40-45 degrees to the vertical axis to uniformly transfer and massage. At this time, while the device provides heat energy to the intraorbital tissue, it massages the eyeball by tilting the eyeball energizing device at 40-45 degrees, converting some inert fat into non-inert fat.

[0176] (4) First, let the massager gently massage for two circles and ask the recipient if he / she feels any discomfort. If so, take the massager off and put it back until the recipient feels comfortable before starting the massage again.

[0177] (5) Massage for 3-5 minutes, or count to 200-300 seconds, then put away the massager.

Claims

1. An eye empowering device for reducing or eliminating seasonal differences in axial length growth in myopia; It includes: Thermal therapy module, magnetic therapy module, massage module; It is characterized in that The eyeball empowering device comprises: a carrier; Thermotherapy modules 8, 10 located on the carrier; and Magnetic therapy modules 5, 6 located on the carrier; and a massage module 12 located on the carrier; and One end of the carrier is a hemispherical concave eyeball massage body 9 placed on the eyelid and capable of performing thermal therapy, magnetic therapy and massage on the anterior segment of the eyeball and the anterior segment of the orbital septum fat; and / or One end of the carrier is designed to be placed on a convex massage body 7 that can perform heat-sensitive moxibustion and massage on acupoints; The eyeball empowering device also includes a thermal therapy module control unit 15; The eyeball empowering device also includes a magnetic therapy module control unit 15; The eyeball empowering device also includes a massage module control unit 15; Optionally, The eyeball empowering device comprises: a carrier; Thermotherapy modules 8, 10 located on the carrier; and Magnetic therapy modules 5, 6 located on the carrier; and One end of the carrier is designed to be placed on the eyelid and can perform thermal therapy and magnetic therapy on the front segment of the eyeball and the front segment of the orbital septum fat. Hemispherical concave eyeball massage body 9; and / or One end of the carrier is designed to be placed on a convex massage body 7 that can perform heat-sensitive moxibustion and massage on acupoints; The eyeball empowering device also includes a thermal therapy module control unit 15; The eyeball empowering device also includes a magnetic therapy module control unit 15; Optionally, The eyeball empowering device comprises: a carrier; Thermotherapy modules 8, 10 located on the carrier; and a massage module 12 located on the carrier; and One end of the carrier is designed to be a hemispherical concave eyeball massage body 9 placed on the eyelid to perform thermal therapy and massage on the anterior segment of the eyeball and the anterior segment of the orbital septum fat; and / or One end of the carrier is designed to be placed on a convex massage body 7 that can perform heat-sensitive moxibustion and massage on acupoints; The eyeball empowering device also includes a thermal therapy module control unit 15; The eyeball empowering device also includes a massage module control unit 15; Optionally, The eyeball empowering device comprises: a carrier; Thermotherapy modules 8, 10 located on the carrier; and One end of the carrier is designed to be a hemispherical concave eyeball massage body 9 placed on the eyelid and capable of performing thermal therapy on the anterior segment of the eyeball and the anterior segment of the orbital septum fat; and / or One end of the carrier is designed to be placed on a convex massage body 7 that can perform heat-sensitive moxibustion and massage on acupoints; The eye empowering device also includes a thermal therapy module control unit 15.

2. The eye empowering device for reducing or eliminating seasonal differences in myopic axial length growth according to claim 1, characterized in that: The surfaces of the hemispherical concave eyeball massage body in contact with the eyeball and the convex massage body in contact with the acupoints on the carrier are coated with infrared paint to assist the thermal therapy module in radiant penetration heating, accelerate heat exchange, reduce the temperature of the concave and convex surfaces, and improve the heat exchange rate with the eyeball or acupoints.

3. The eye empowering device for reducing or eliminating seasonal differences in myopic axial length growth according to claim 1, characterized in that: The thermal therapy modules on the carrier include: a moxibustion heating module, a wax therapy heating module, and a resistance heating module; in, The moxibustion heating module controls the surface temperature of the concave eyeball massage body on the upper hemisphere of the carrier by adjusting the size of the air inlet hole.

4. The eye empowering device for reducing or eliminating seasonal differences in myopic axial length growth according to claim 1 or 3, characterized in that: The resistance heating module controls the surface temperature and heating time of the concave-convex massage body on the carrier in multiple levels through the multi-level temperature and time heating module control unit 15.

5. The eye empowering device for reducing or eliminating seasonal differences in myopic axial length growth according to claim 1, characterized in that: The magnetic therapy module on the carrier is at least one of an electromagnet and a permanent magnet. The permanent magnets are preferably rare earth permanent magnets; The rare earth permanent magnet is preferably a permanent magnet made of neodymium iron boron material; The magnetic therapy module control unit controls the change of the intensity of the electromagnet magnetic field by adjusting the current.

6. The eye empowering device for reducing or eliminating seasonal differences in myopic axial length growth according to claim 1, characterized in that: The massage modules on the carrier include: electronic pulse massage, vibration massage, and ultrasonic massage.

7. The eye empowering device for reducing or eliminating seasonal differences in myopic axial length growth according to claim 1 or 6, characterized in that: The electronic pulse massage selects 0-1000HZ low-frequency electronic pulses, which are mainly used for massaging the acupuncture points of the human body by the convex massage body on the carrier.

8. The eye empowering device for reducing or eliminating seasonal differences in myopic eye axis growth according to claim 1 or 6, characterized in that: The vibration massage is performed by a vibration massager 12 placed in a magnetically shielded metal cover 13 on the periphery of the vibration massage body, and is mainly used for massaging the eyeball with the concave eyeball massage body on the upper hemisphere of the carrier.

9. The eye empowering device for reducing or eliminating seasonal differences in myopic eye axis growth according to claim 1 or 6, characterized in that: The ultrasonic massage is performed by an ultrasonic transducer 12 placed in a silicone buffer fixing cover 13 around the ultrasonic massage transducer, and is mainly used for massaging the eyeballs with the concave eyeball massage body on the upper hemisphere of the carrier, or massaging the acupuncture points of the human body.

10. The eye empowering device for reducing or eliminating seasonal differences in myopic eye axis growth according to claim 1 or 6, characterized in that: The ultrasonic transducer has an ultrasonic frequency of 20kHz to 1000kHz and an ultrasonic treatment dose of 0.1 to 2.5W / cm 2 .

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