CN212631046U - Eye shield with plant nano crystal for improving eyesight - Google Patents

Abstract

The utility model discloses a promote plant nanocrystal cover of eyesight, by the eye-shade fore-stock, the plain light hyaline mirror, fixed elastic cord is pasted to rear portion magic, the plant nanocrystal magazine, paste skin silica gel, central screw, paste, the buckle, the joint, the upper right screw, the fixed plate, the screw is down in the right side, the bridge of the nose is crooked, the upper left screw, the screw is down in a left side, the joint is buckled, eye silica gel sealing washer perspective hole, myopia, presbyopic lens, plant nanocrystal magazine recess, retaining ring in the plant nanocrystal magazine, plant nanocrystal magazine perspective hole, plant nanocrystal magazine ventilative cover bleeder vent, at the bottom of the skin silica gel concave surface, skin silica gel perspective hole is constituteed. Placing the paleotaegol, the alpha-linolenic acid and the natural normal borneol in a three-dimensional motion mixer, mixing and loading into an eye mask box to obtain the plant nanocrystal eye mask.

Description

Eye shield with plant nano crystal for improving eyesight

Technical Field

The utility model belongs to the field of medical equipment, in particular to a plant nanocrystal is put into eye-shade box for promote the plant nanocrystal eye-shade of eyesight.

Background

At present, myopia treatment methods, acupuncture treatment, ear needle therapy, acupoint pressing therapy, acupoint massage methods, electromagnetic therapy, instruments, medicines and the like are diversified. The wearing of the myopia glasses can play a role in correcting, but cannot be treated, the myopia cannot be delayed, the myopia cannot be prevented, and only the eyesight is aggravated when the number of years increases. The existing hundreds of medicines for treating myopia have no effect actually, and particularly have great defects on the myopia treatment effect of teenagers.

In modern medicine, western medicines for treating cataract are mainly used for treating cataract, but no preparations and pharmacopoeias for preventing and treating cataract in the field of traditional Chinese medicines exist yet. The vitreous injection preparation is expensive, and the price of each preparation is different from thousands yuan to tens of thousands yuan. In addition, the vitreous injection preparation is frequently used, generally needs to be injected once every month, and is also injected once every 2-3 months, so that the tolerance of a patient is poor, certain damage to an eyeball can be caused in use, and certain risk is caused. The injection directly acts on the administration site, so that the vitreous injection preparation has obvious effect and relatively large side effect.

The Chinese medicinal treatment medicaments for preventing and treating macular degeneration, cataract, myopia and the like by internal treatment and external treatment are reported in documents as follows: the internal treatment mainly comprises oral liquid, decoction, granules, pills, granules, tablets, capsules and the like. The internal treatment mainly comprises the oral liquid for removing obstacles, the compound ginseng fruit liquid, the soup for promoting blood circulation and removing obstacles, the granules for recovering eyesight, the pill for treating obstacles No. 1, the pill for removing nebula, the tablet for recovering eyesight, the capsule for consolidating the foundation and improving eyesight, the pill for removing obstacles and improving eyesight, the pill for golden flower and improving eyesight, the oral liquid for removing cataract, the compound granules for removing obstacles for sugar, the bear gall pill and the like. These drugs are poor or ineffective and have large side effects.

The external treatment method mainly comprises powder and eye drops. In addition, the literature of treating cataract with traditional Chinese medicine film agent and injection is also seen. For example, she zhu ming min san, ZYM ye's solution, bai nei ting (pirenoxine sodium) eye drops, eye freeze-dried injection for eliminating cataract, xue fu ming yan ye's solution, compound leech eye drops, compound Chinese medicine eye drops, qu xue ling ye's solution, xue yi san eye drops (made into xu yi san, prepared for use) etc. The local eye drops have small drug-loading rate, and patients need to use the eye drops frequently to meet the needs; the topical eye drops are liquid preparations, which have poor bioadhesion and short retention time in the eyes, and although they are convenient to use, they are small in dosage and short in time of acting on the eyes, and thus they are easily eliminated, and their preventive and therapeutic effects are poor or ineffective. The local eye drops are extremely difficult to penetrate through the physiological structure of the eyeball to reach the posterior eye part, and have certain toxic and side effects.

The plant nano-crystal is not successfully worn in an eye shield at home and abroad for preventing and treating eye diseases such as myopia, cataract, macular degeneration and the like, and is widely concerned by researchers. The eye-protecting cover with the plant nano-crystal can treat eye diseases and prevent various eye diseases, and has great significance.

Disclosure of Invention

In order to overcome the defects that the prior art at home and abroad can not cure the myopia and cataract in the early period, the vitreous body injection is expensive, the operation cost is high, the medicine can not continuously permeate into the cornea and crystalline lens of the eye, the vitreous body, retina and glasses can not relieve the visual deterioration, the vitreous opacity can not be relieved, the visual effect is poor and the like. The utility model aims at providing a promote plant nanocrystal cover glass of eyesight, by plant nanocrystal cover glass body, the eye-shade fore-stock, the plain light hyaline mirror, fixed elastic cord is pasted to rear portion magic, plant nanocrystal magazine, skin silica gel, central screw, paste, the buckle, the joint, the screw is gone up on the right side, the fixed plate, the screw is down on the right side, the bridge of the nose is crooked, the screw is down on the left side, the joint is buckled, eye silica gel sealing washer perspective hole, myopia or presbyopic lens, plant nanocrystal magazine recess, retaining ring in the plant nanocrystal magazine, plant nanocrystal magazine perspective hole, plant nanocrystal magazine ventilated cover goes up the bleeder vent, skin silica gel concave surface is at the bottom, skin silica gel perspective hole constitutes.

The front part of the plant nano-crystal eye shield body is provided with an eye shield front support, and a flat transparent lens or a myopia or presbyopia lens is arranged on the eye shield front support; the rear part of the plant nanocrystal eye shield body is provided with a rear part magic tape fixing elastic band, and two end parts of the rear part magic tape fixing elastic band are provided with stickers.

The left end and the right end of the front bracket of the eye shield are provided with buckles, the middle part of the front bracket of the eye shield is provided with a fixing plate, and the fixing plate is provided with a central screw, an upper right screw, a lower right screw, an upper left screw and a lower left screw; the left end and the right end are clamped, and the clamping buckle is arranged on the clamping buckle; the middle position of the front bracket 2 of the eyeshade is provided with a perspective hole.

The rear part of the front bracket of the eye patch is correspondingly provided with skin-sticking silica gel, the skin-sticking silica gel has a concave bottom of the skin-sticking silica gel, the middle part of the front bracket of the eye patch is provided with a skin-sticking silica gel perspective hole, the middle of the middle upper part of the front bracket of the eye patch is provided with a corresponding central screw, and the lower end of the middle part of the front bracket of.

The plant nanocrystal box is arranged in the concave bottom of the skin-attaching silica gel, a plant nanocrystal box groove is arranged in the plant nanocrystal box, an inner retainer ring of the plant nanocrystal box is arranged in the middle of the plant nanocrystal box, the plant nanocrystals are placed in the plant nanocrystal box groove, a plant nanocrystal box ventilation cover covers the plant nanocrystals, and ventilation holes are uniformly distributed in the plant nanocrystal box ventilation cover.

Another objective of the present invention is to provide the above eye-protecting cover with plant nanocrystals for improving eyesight and the preparation method thereof:

the method for preparing the natural borneol comprises the following steps:

mixing 213g of natural d-borneol and 800g of ethanol uniformly to obtain a raw material solution, introducing 0.5N sodium carbonate solution and the raw material solution into a saponification reactor simultaneously for saponification, controlling the molar ratio of the natural d-borneol to the sodium carbonate to be 1: 1.1, adding high-purity magnesium oxide into the saponification reactor at the temperature of 40 ℃, reacting for 3 hours, introducing into a separation tank after the reaction is finished, adding gasoline into the separation tank for oil-water separation, and performing steam distillation on an organic phase to obtain a finished product of the flaky natural d-borneol with the purity of 99.9%.

A preparation method of a plant nanocrystal preparation for improving eyesight comprises the following steps: 160-600 parts of xanthinol, 50-250 parts of alpha-linolenic acid, 20-37.5 parts of turmerone, 9-35 parts of trehalose, 9-35 parts of natural n-borneol and 90-300 parts of auxiliary materials.

Preferably, the preparation is prepared from the following raw materials in parts by weight: 200-300 parts of paleotaegol, 100-150 parts of alpha-linolenic acid, 25-30 parts of turmerone, 12.5-25 parts of trehalose, 12.5-25 parts of natural borneol and 95-200 parts of auxiliary materials.

Further preferably, the preparation is prepared from the following raw materials in parts by weight: 240 parts of xanthinol, 125 parts of alpha-linolenic acid, 25 parts of turmerone, 12.5 parts of trehalose, 12.5 parts of natural borneol and 197.5 parts of auxiliary materials.

The auxiliary materials are selected from one or more of sorbitol, microcrystalline cellulose, lactose, glucose, starch, polyvidone K30, methyl cellulose, sodium carboxymethyl cellulose, ethyl cellulose, magnesium stearate, silicon dioxide, talcum powder or polyethylene glycol; preferably one or more of sorbitol, microcrystalline cellulose, lactose, povidone K30, magnesium stearate, sodium carboxymethylcellulose or polyethylene glycol; further preferred are sorbitol, microcrystalline cellulose, lactose, povidone K30 and magnesium stearate.

As the most preferable scheme, the preparation is prepared from the following raw materials in parts by weight: 240 parts of xanthinol, 125 parts of alpha-linolenic acid, 25 parts of turmerone, 12 parts of trehalose, 12.5 parts of natural borneol and 100 parts of sorbitol.

The weight may be in the unit of g, kg, etc. known in the medical field, or may be a multiple thereof, such as 1/10, 1/100, 10, 100, etc.

The compound preparation can be prepared into tablets and granules.

The invention further provides a preparation method of the preparation.

When the preparation is a tablet, the preparation method comprises the following steps: 1) sieving the raw materials with a 60-80-mesh sieve respectively, putting the raw materials into a three-dimensional motion mixer for 30-40 minutes, and uniformly mixing to obtain a composition; 2) preparing a soft material from the composition obtained in the step 1) by using 30-40% ethanol or water, granulating by using a 18-mesh sieve, carrying out boiling drying at 45-50 ℃, and finishing granules by using a 16-mesh sieve; 2) mixing in three-dimensional motion mixer to obtain total mixed granule, and tabletting.

Preferably, the preparation method of the tablet comprises the following steps: 1) sieving the raw materials with a 60-mesh sieve respectively, putting the raw materials into a three-dimensional motion mixer for 35 minutes, and uniformly mixing to obtain a composition; 2) preparing the composition obtained in the step 1) into a soft material by using 30% ethanol, granulating by using a 18-mesh sieve, boiling and drying at 50 ℃, and grading by using a 16-mesh sieve; 2) mixing in three-dimensional motion mixer to obtain total mixed granule, tabletting, and making into tablet to obtain plant nanocrystal, and loading into eye mask box for treating and preventing various eye diseases.

When the preparation is granules, the preparation method comprises the following steps: 1) sieving the raw materials with a 60-80-mesh sieve respectively, putting the raw materials into a three-dimensional motion mixer for 30-40 minutes, and uniformly mixing to obtain a composition; 2) preparing the composition obtained in the step 1) into a soft material by using water, granulating, boiling and drying, sieving and grading, and obtaining the plant nano-crystal in granules, and filling the plant nano-crystal into an eyeshade box to be applied to treatment and prevention of various eye diseases.

The use method of the plant nano-crystal eye protective glasses comprises the following steps:

the plant nano-crystal eye shield is worn on eyes for 25-35 minutes in the morning and evening, fumigation treatment is carried out for 2 times a day, 1 month is 1 course of treatment, 1-13 courses of treatment are cured in the early stage of myopia, cataract and macular degeneration, the eye shield can only delay the vision from aggravation and can only cure eye diseases such as macular degeneration, cataract, glaucoma and myopia after the middle stage, eye diseases such as uveitis, xerophthalmia, eyeground diseases, scleritis, epiretinal membranes, eyeground hemorrhage, optic neuritis, amblyopia, iritis and visual deterioration after 1-10 courses of treatment, the plant nano-crystal eye shield effectively prevents various eye diseases and eliminates eye fatigue, and the plant nano-crystal eye shield can be worn frequently to prevent eye diseases.

The plant nanocrystal formulation was tested by the authoritative department of detection (SGS) as follows:

1. plant nanocrystals were tested by the authoritative detection department (SGS): inhalation toxicity non-toxicity test report (see attachment).

2. Plant nanocrystals were tested by the authoritative detection department (SGS): eye irritation detection report (see attachment).

3. Plant nanocrystals were tested by the authoritative detection department (SGS): skin irritation detection report (see attachment).

4. Plant nanocrystals were tested by the authoritative detection department (SGS): test report of 99% inhibition of staphylococcus aureus (see attachment).

Firstly, clinical trial for treating myopia;

typical cases are as follows:

ding XX for women, 16 years old, the vision of the left eye is 0.7 before treatment, the vision of the right eye is 0.8, and no obvious curative effect is available in the treatment of massage in the hospital of the people in the market for one year. After wearing the plant nano-crystal eye shield for 1 course of treatment, the left eye vision of the patient is 1.5, and the right eye vision of the patient is 1.2, so that the patient can be completely cured.

XuXX, male 18 years old, naked eye vision is 07 for the left eye, right eye 0.8, no glasses are used for correcting vision, people are accustomed to squinting vision, eyes are dry and easy to fatigue, and people do eye exercises all the year round and difficultly maintain vision, but only can recover vision transiently. After the eye shield wearing the plant nano-crystal is used for two weeks, the vision definition is improved, the fatigue feeling disappears, and the eye shield does not have dryness, after the eye shield is continuously used for 2 treatment courses, the naked eye vision is recovered to 1.2, the right eye vision is recovered to 1.5, and the vision is still maintained until now.

Hu XX, female, 14 years old, five-year grade student, 300 degrees myopia, astigmatism. From three years, parents run through numerous hospitals in order to prevent the parents from wearing glasses, ear acupoint massage, eye paste, acupuncture and moxibustion and the like are almost used, various myopia treatment devices bought at home are all the more available, the visual power fluctuates at 0.6 constantly, and the sight of eyes is squinted into a line. After the treatment of wearing the plant nano-crystal eye shield for 2 courses of treatment, the vision of both eyes is recovered to be naked vision 1.2.

Guo XX, male, 13 years old, grade six students, myopia more than 500, astigmatism. The eyes are near sighted from four years, the ear acupoints are massaged for two years, the eyes are stuck for half a year, and the near sightedness is not good, but rises from 200 degrees to more than 600 degrees. After 3 courses of treatment with the plant nanocrystal eye shield, the binocular vision is recovered to be naked vision 1.5.

Secondly, clinical test for treating keratitis;

in the case of a typical patient,

1. blue XX, female and 41 years old, the cornea ulcer caused by the scratch of the right eye of the diseased symptom by branches is about three months, the effect of various therapies used by a certain hospital is not obvious, and the treatment is proposed in 2019, 6 and 19 days. The general condition was good. Ocular conditions, vision 0.05 right, lacrimation, photophobia, pain, ciliary hyperemia (thirty), full opacity of the cornea, a deep stripe of ulcer in the center, inability to spy on the fundus. Right corneal ulcer (pannus) was diagnosed. The treatment comprises wearing a plant nano-crystal eye shield, wearing a fumigation therapy for 40 minutes once in the morning and a fumigation therapy for 30-40 minutes once in the evening, 3 times per day, and after 5 days, the stimulation symptom disappears, the ulcer is healed, the cornea forms slight corneal opacity, the vision is improved to 1.2, and the disease is healed.

2. Liu XX, female, 37 years old, with corneal ulcer in the right eye nearly 6 months, was not effective by various treatments and was initially diagnosed in 2018 at 23 days 4 and 23. The examination was generally good, and the left eye was normal. The vision of the right eye is 0.1, the sensation of light, lacrimation, photophobia, headache and even eye pain. Mixed congestion, deep ulceration in the pupillary region of the cornea, pus accumulation in the front, level parallel to the lower edge of TONG-Kong. And diagnosing, namely, the purulent corneal ulcer (upper yellow humor) in the right anterior chamber. The treatment is carried out by wearing a plant nano-crystal eye-protecting cover once in the morning for 40 minutes of fumigation therapy and wearing a plant nano-crystal eye-protecting cover once in the evening for 30-40 minutes of fumigation therapy, the treatment is carried out 3 times a day, after 7 days, stimulation symptoms disappear, the anterior chamber purulence is absorbed, the ulcer is healed, and the vision reaches 0.9, so that the cure is reported.

3. According to symptoms of diseases of XX, male and 56 years old in Jiangxi province, Ganzhou city, patients complain that the left eyes are scratched by the nails to cause corneal ulcer for several days, and the patients are diagnosed 23 days 23 months in 2018 after the treatment of the patients is ineffective by a certain hospital. No discomfort of the whole body is detected. The vision of the eye is 0.08 on the right, lacrimation, photophobia, pain, ciliary hyperemia (thirty), the cornea is totally turbid, and the fundus with a deep strip in the center cannot be peeped. Corneal ulcer of the right eye was diagnosed. The treatment comprises wearing a plant nano-crystal eye-protecting cover, wearing a fumigation therapy for 40 minutes once in the morning and a fumigation therapy for 30-40 minutes once in the evening, 3 times a day, and after 9 days, the stimulation symptoms are completely disappeared, the ulcer is healed, the cornea is formed into a slight corneal opacity, and the vision is improved to 1.1.

4. Liu XX, female and 33 years old suffer from symptoms, the right eye of the patient suffers from corneal ulcer for nearly three months, the multi-party treatment is ineffective, and the doctor seeks before 3, 8 days in 2019. The inspection is generally good. The right eye has sight, light sensation, lacrimation, photophobia, headache and even eye pain. Mixed congestion, deep ulceration in the pupillary region of the cornea, pus accumulation in the front, level parallel to the lower edge of TONG-Kong. And diagnosing the purulent corneal ulcer (upper yellow humor) in the anterior chamber of the right eye. The treatment is carried out by wearing a plant nano-crystal eye-protecting cover once in the morning for 40 minutes of fumigation therapy and wearing a plant nano-crystal eye-protecting cover once in the evening for 30-40 minutes of fumigation therapy, the treatment is carried out 3 times a day, and after 7 days, the stimulation symptom disappears, the hypopyon is absorbed, and the ulcer disappears and is healed.

Thirdly, clinical trial of treating cataract:

typical treatment cases:

1. however, in a female, age 49, in a patient in prefecture with cataract, the vision gradually blurs, sometimes feeling that there is a ring around the light and the color of the object is not bright enough. In total, 4 patients are middle-aged men, and the cataract is completely cured after 4 courses of treatment by wearing the plant nanocrystal eye shield.

2. In men, age 38, patients with cataract in short term have blurred vision and are prone to double or multiple images. 3 patients in total, all of which are middle-aged and old men, are completely cured after wearing the plant nano-crystal eye-protecting shield to treat cataract after 3 courses of work in housework for a long time.

3. Liu Zhi, male, age 66, patients with cataract in short term and severe cases. The specific symptoms are blurred vision, slight darkness and abnormal color vision. The disease condition of 3 middle-aged male patients and 3 middle-aged female patients is basically controlled after wearing the plant nanocrystal eye shield for 5 treatment courses, and the patients need to be cured by continuously wearing the plant nanocrystal eye shield.

4. Liu Jie, male, 61 years old, with long-term cataract patients, the specific symptom is that fixed-position, invariable-shape dot-like or sheet-like shadows can appear in front of eyes, affecting vision. The symptoms of 3 patients are relieved after wearing the plant nanocrystal eye shield for 3 courses of treatment, the control is realized after continuously wearing the plant nanocrystal eye shield for 7 courses of treatment, and the patients need to continue wearing the plant nanocrystal eye shield to be cured.

Fourthly, clinical trial for treating macular degeneration;

typical cases are: 1. zhang Yi, 55 years old, two eyes 5 years ago were diagnosed with age-related macular degeneration, with a central discoid dark spot in the field of vision and a dense hard drusen in the macula. Various treatments are tried, and after various Chinese and western medicines are taken, the vision is not improved but gradually reduced, the right eye vision is 0.6 and the left eye is 0.7 in the previous treatment, after 2 treatment courses of wearing the plant nano-crystal eye shield, the right eye vision reaches 0.8 and the left eye reaches 0.9, and the fundus picture shows that the drusen under the retina after the treatment reduces melanin increase and is the expression of pathological change recovery.

2. Guo in a man, 65 years old, blurred vision, central scotoma and deformed vision, the plant nanocrystal eye shield is worn in 2019 and 9 months, the patient wears the plant nanocrystal eye shield for 30-40 minutes of fumigation therapy once in the morning and 30-40 minutes of fumigation therapy once in the evening, the vision is improved 2 times a day after one treatment course, and the patient is healed and stopped wearing the plant nanocrystal eye shield after two treatment courses.

3. When a patient is a woman in age 33, the patient shows yellow-white exudation in the deep layer of retina, wears the plant nano-crystal eye-protecting cover in 2018 for 3 months, wears the plant nano-crystal eye-protecting cover for 30-40 minutes for fumigation treatment once in the morning and wears the plant nano-crystal eye-protecting cover for 30-40 minutes for fumigation treatment once in the evening, the time is 2 times per day, the vision is improved after one treatment course, and the patient is healed and stopped wearing the plant nano-crystal eye-protecting cover after two treatment.

4. Liu, male, 43 years old, worked outdoors for a long time. Symptoms of self-expression often appear as ghosts in front of the eye, blurred vision, dry eyes, and may also be accompanied by vision loss. After wearing the plant nanocrystal eye shield for 4 courses of treatment, the phenomenon of visual field overlapping disappears, the phenomenon of eye swelling and dryness is relieved, and the vision is stable for a long time.

5. Zhongji, a male farmer aged 52 years engaged in physical labor. The left eye vision gradually declines and the visual field is blurred year before, black spots appear before the eyes are watched for a long time, then the right eye vision begins to decline, the visual field often appears double images, things overlap and the like, and the left eye is more serious than the right eye. After the plant nanocrystal eye shield is worn for 2 courses of treatment, the overlapping phenomenon of the vision of the right eye disappears, the vision level is stable, the double image phenomenon of the left eye is relieved, the black spot phenomenon is thoroughly eliminated, and the whole vision of the two eyes is basically stable.

To sum up, compare with prior art, the utility model discloses an advantage beneficial effect lies in: firstly, during treatment, the eyes of people do not shield the eyes of people from seeing things like the previous treatment, and the eyes of people can wear different myopia lenses for wearing lenses, hyperopia lenses for wearing lenses and plain lenses for normal people according to different eye degrees of patients.

The new breakthrough of unexpectedly delaying the vision aggravation of cataract, macular degeneration, glaucoma, myopia and opacity caused by the degeneration of eyeball lens protein is realized.

Thirdly, the key solution is that the advantages of no operation, no direct application on eyes, no pain, no stimulation, no side effect and convenient use are solved, and the novel originality of the administration of the medicine by natural gasification and continuous gasification can be brought into play.

And fourthly, unexpected technical effects are achieved, and the new creation and new breakthrough of the number of people with different vision half-cells to 3 cells (the number of the vision cells is calculated and improved by taking the visual acuity chart as the standard) can be effectively improved after the plant nano-crystal eye shield is worn on the eyes for 30-40 minutes.

Fifth, the worldwide problem that the nano crystal eye patches of the mutual un-wild plants can prevent and treat cataract, macular degeneration, myopia and glaucoma without medicines is solved.

Sixthly, the novel preparation for treating the early myopia, cataract and macular degeneration with high cure rate and high cure speed without operation is solved.

Seventhly, the plant nano crystal factor directly acts on eyes, can effectively improve maculopathy, has quick response, has the effect of intervening experimental retinal degeneration by penetrating the lipid factor, and has high cure rate and remarkable prevention and treatment effect.

The present invention will be described in further detail with reference to the accompanying drawings and specific embodiments.

Description of the drawings:

FIG. 1 is a front perspective view of the present invention;

fig. 2 is a schematic rear perspective view of the present invention;

fig. 3 is a rear view of the front bracket of the utility model;

figure 4 is a schematic view of the structure of the rear fastening elastic band of the utility model;

FIG. 5 is a schematic view of the silica gel fixing bracket of the present invention;

FIG. 6 is a schematic view of the flat transparent mirror of the present invention;

FIG. 7 is a schematic view of the structure of the myopia and presbyopia glasses of the present invention;

fig. 8 is a schematic view of the structure of the eye silica gel sealing ring of the present invention;

FIG. 9 is a schematic view of the bottom structure of the plant nanocrystal pod of the present invention;

FIG. 10 is a schematic view of the structure of the plant nanocrystal pod of the present invention;

FIG. 11 is a schematic view of the structure of the venting cap of the plant nanocrystal pod of the present invention;

fig. 12 is a schematic view of the structure of the skin-contacting silica gel of the present invention.

Fig. 1-12, 1, a plant nanocrystal eye shield body, 2, an eye shield front support, 3, a flat transparent mirror, 4, a rear magic tape fixing elastic band, 5, a plant nanocrystal material box, 6, a skin-sticking silica gel, 7, a center screw, 8, an adhesive, 9, a buckle, 10, a clamp, 11, an upper right screw, 12, a fixing plate, 13, a lower right screw, 14, a bent nose bridge, 15, an upper left screw, 16, a lower left screw, 17, a clamp buckle, 18, an eye silica gel sealing ring, 19, an eye silica gel sealing ring perspective hole, 20, a myopia or presbyopic lens, 21, a plant nanocrystal material box groove, 22, a plant nanocrystal material box inner retaining ring, 23, a plant nanocrystal material box perspective hole, 24, a plant nanocrystal material box ventilation cover, 25, a plant nanocrystal material box ventilation hole, 26, a skin-sticking silica gel concave surface bottom, and 27, a skin-sticking silica gel perspective hole.

Detailed Description

The first embodiment is as follows: referring to fig. 1-12, an embodiment of the present invention is a plant nanocrystal eye shield for improving eyesight, which is composed of a plant nanocrystal eye shield body 1, an eye shield front support 2, a flat transparent mirror 3, a rear magic tape fixing elastic band 4, a plant nanocrystal material box 5, a skin silica gel 6, a central screw 7, an adhesive 8, a buckle 9, a clamp 10, an upper right screw 11, a fixing plate 12, a lower right screw 13, a bent nose bridge 14, an upper left screw 15, a lower left screw 16, a clamp buckle 17, an eye silica gel sealing ring 18, an eye silica gel sealing ring perspective hole 19, a myopia or presbyopia lens 20, a plant nanocrystal material box groove 21, a plant nanocrystal material box inner retainer ring 22, a plant nanocrystal material box perspective hole 23, a plant nanocrystal material box ventilation cover 24, a plant nanocrystal material box ventilation hole 25 on the plant nanocrystal material box ventilation cover, a skin silica gel concave bottom 26, and a skin silica gel perspective hole 27.

The front part of the plant nano-crystal eye shield body 1 is provided with an eye shield front support 3, and a flat transparent lens 3 or a myopia or presbyopia lens 20 is arranged on the eye shield front support 3; the rear part of the plant nanocrystal eyeshade body 1 is provided with a rear part magic tape fixing elastic band 4, and two end parts of the rear part magic tape fixing elastic band 4 are provided with stickers 8.

The left end and the right end of the eye shield front support 2 are provided with buckles 9, the middle part of the eye shield front support 2 is provided with a fixing plate 12, and the fixing plate 12 is provided with a central screw 7, an upper right screw 11, a lower right screw 13, an upper left screw 15 and a lower left screw 16; the left end and the right end are provided with clamping buckles 10, and the clamping buckles 10 are buckled on clamping buckles 17; the middle position of the front bracket 2 of the eyeshade is provided with a perspective hole.

The rear part of the eye patch front support 2 is correspondingly provided with a skin-sticking silica gel 6, the skin-sticking silica gel 6 is provided with a concave bottom 26 of the skin-sticking silica gel, the middle part is provided with a skin-sticking silica gel perspective hole 27, the middle part of the middle upper part is provided with a corresponding central screw 7, and the lower end of the middle part is provided with a nose bridge bend 14.

The plant nanocrystal material box 5 is arranged in the concave bottom 26 of the skin-attaching silica gel, the plant nanocrystal material box groove 21 is arranged in the plant nanocrystal material box 5, the inner retainer ring 22 of the plant nanocrystal material box is arranged in the middle of the plant nanocrystal material box 5, the plant nanocrystals are placed in the plant nanocrystal material box groove 21, the plant nanocrystal material box ventilating cover 24 covers the plant nanocrystals, and the plant nanocrystal material box ventilating cover 24 is uniformly provided with the plant nanocrystal material box ventilating cover vent holes 25.

Another object of the present invention is to provide the preparation of the plant nanocrystal preparation for improving eyesight, which is characterized in that: 1. the raw materials comprise: 240g of litsea cubeba alcohol, 125g of alpha-linolenic acid, 25g of turmerone, 12.5g of trehalose and 100g of natural borneol 79.5g of sorbitol.

2. Tablets were prepared according to the following procedure: 1) weighing the raw materials according to the dosage, respectively sieving the raw materials by a 60-mesh sieve, putting the raw materials into a three-dimensional motion mixer for 35 minutes, and uniformly mixing to obtain a composition;

2) preparing the composition obtained in the step 1) into a soft material by using 30% ethanol, granulating by using a 18-mesh sieve, boiling and drying at 50 ℃, and grading by using a 16-mesh sieve;

3) mixing in three-dimensional motion mixer to obtain total mixed granule, and tabletting to obtain tablet.

Example 2: preparation of tablets: 1. the raw materials comprise: 600g of paleotaegol, 50g of alpha-linolenic acid, 25g of turmerone, 12.5g of trehalose, 80g of natural borneol and 80g of sorbitol;

2. tablets were prepared according to the following procedure:

1) weighing the raw materials according to the dosage, respectively sieving the raw materials by a 80-mesh sieve, putting the raw materials into a three-dimensional motion mixer for 30 minutes, and uniformly mixing to obtain a composition;

2) preparing the composition obtained in the step 1) into a soft material by using water, granulating by using a 18-mesh sieve, boiling and drying at 45 ℃, and grading by using a 16-mesh sieve;

3) mixing in three-dimensional motion mixer to obtain total mixed granule, tabletting to obtain plant nanocrystal tablet, and loading into eye mask box for treating and preventing various eye diseases.

Example 3: preparation of granules:

1. the raw materials comprise: 200g of litsea cubeba alcohol, 150g of alpha-linolenic acid, 30g of turmerone, 35g of trehalose, 65g of natural borneol and 95g of sorbitol.

2. Granules were prepared according to the following steps:

1) weighing the raw materials according to the dosage, respectively sieving the raw materials by a 70-mesh sieve, putting the raw materials into a three-dimensional motion mixer for 35 minutes, and uniformly mixing to obtain a composition;

2) preparing the composition obtained in the step 1) into a soft material by using water, granulating, boiling and drying, sieving and grading, and obtaining the plant nano-crystal in granules, and filling the plant nano-crystal into an eyeshade box to be applied to treatment and prevention of various eye diseases.

The plant nano-crystal eye shield is worn on eyes for 25-35 minutes in the morning and evening, fumigation treatment is carried out for 2 times a day, 1 month is 1 course of treatment, 1-13 courses of treatment are cured in the early stage of myopia, cataract and macular degeneration, the eye shield can not cure macular degeneration, cataract, glaucoma and myopia after the middle stage, the eye shield can only delay the vision and is not aggravated any more, eye diseases such as uveitis, xerophthalmia, eyeground diseases, scleritis, optic neuritis, amblyopia, iritis and visual deterioration can be cured for 1-10 courses of treatment, the plant nano-crystal eye shield can effectively prevent various eye diseases and eliminate eye fatigue, and the plant nano-crystal eye shield can be worn frequently to prevent eye diseases.

The working principle is as follows: when the invention is used, the lenses are selected to be worn according to the eye condition of a patient, the myopia lenses are selected by the myopia eyes, and the lenses are selected according to the myopia degrees of the patient; the hyperopic eye selects a hyperopic lens and selects the lens according to the myopic power of the patient; the presbyopia degree selects the lens, and the normal person selects the flat light to wear the lens; sleeving a wearing lens in a middle hole of a plant nano-crystal eye shield for preventing and treating macular degeneration cataract myopia; then the plant nano-crystal eye-protecting shield for preventing and treating macular degeneration cataract and myopia is worn on the head of the patient, and the tightness of the head band is adjusted.

Claims (1)

1. A plant nano-crystal eye-protecting mask for improving eyesight is characterized in that:

the eye shield comprises a plant nanocrystal eye shield body, an eye shield front support, a plain transparent mirror, a rear magic tape fixing elastic band, a plant nanocrystal material box, skin-attached silica gel, a central screw, an adhesive, a buckle, a clamp, an upper right screw, a fixing plate, a lower right screw, a bent nose bridge, an upper left screw, a lower left screw, a clamp buckle, an eye silica gel sealing ring perspective hole, a myopia or presbyopia lens, a plant nanocrystal material box groove, a plant nanocrystal material box inner retainer ring, a plant nanocrystal material box perspective hole, a plant nanocrystal material box ventilation cover ventilation hole, a skin-attached silica gel concave surface bottom and a skin-attached silica gel perspective hole;

the front part of the plant nano-crystal eye shield body is provided with an eye shield front support, and a flat transparent lens or a myopia or presbyopia lens is arranged on the eye shield front support; the rear part of the plant nanocrystal eyeshade body is provided with a rear part magic tape fixing elastic band, and two end parts of the rear part magic tape fixing elastic band are provided with stickers;

the left end and the right end of the front bracket of the eye shield are provided with buckles, the middle part of the front bracket of the eye shield is provided with a fixing plate, and the fixing plate is provided with a central screw, an upper right screw, a lower right screw, an upper left screw and a lower left screw; the left end and the right end are clamped, and the clamping buckle is arranged on the clamping buckle; the middle position of the front bracket of the eyeshade is provided with a perspective hole;

the rear part of the front bracket of the eye patch is correspondingly provided with skin-sticking silica gel, the skin-sticking silica gel has a concave bottom of the skin-sticking silica gel, the middle part of the front bracket of the eye patch is provided with a skin-sticking silica gel perspective hole, the middle of the middle upper part of the front bracket of the eye patch is provided with a corresponding central screw, and the lower end of the middle part of the front bracket of;

the plant nanocrystal box is arranged in the concave bottom of the skin-attaching silica gel, a plant nanocrystal box groove is arranged in the plant nanocrystal box, an inner retainer ring of the plant nanocrystal box is arranged in the middle of the plant nanocrystal box, the plant nanocrystals are placed in the plant nanocrystal box groove, a plant nanocrystal box ventilation cover covers the plant nanocrystals, and ventilation holes are uniformly distributed in the plant nanocrystal box ventilation cover.

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