阅读说明：本技术 磁压近视防控宝 (Magnetic pressure myopia prevention and control device ) 是由 刘新建 于 2019-10-24 设计创作，主要内容包括：本发明公开了一种磁压近视防控宝,包括一捆扎带、一电动充气加压装置、两个软磁片及两个柔性硅胶压垫；所述捆扎带用于捆扎人体头部,捆扎带的两端设有捆扎固定机构,捆扎带的中部安装所述电动充气加压装置,用于对柔性硅胶压垫施加压力；所述柔性硅胶压垫与人体眼睛相对应配合,两个柔性硅胶压垫的底部均与捆扎带可拆卸连接,两个柔性硅胶压垫的底端之内分别安装有一个所述软磁片。本发明能通过安全电路控制下气动恒压罩,再通过柔性硅胶压垫压迫眼球,及时打断眼球在视近物若干分钟后所形成的以适应看近的一系列生物性反馈,重塑眼球的原生物状态；并外加均匀磁场干预、调理、修复原生物磁场；简单易施的操作,达到防控近视的目的。(The invention discloses a magnetic pressure myopia prevention and control device, which comprises a bundling belt, an electric inflating and pressurizing device, two soft magnetic sheets and two flexible silica gel pressure pads, wherein the bundling belt is arranged on the outer side of the magnetic pressure device; the strapping tape is used for strapping the head of a human body, two ends of the strapping tape are provided with strapping fixing mechanisms, and the middle part of the strapping tape is provided with the electric inflating and pressurizing device which is used for applying pressure to the flexible silica gel pressure pad; the corresponding cooperation of flexible silica gel pressure pad and human eyes, the bottom of two flexible silica gel pressure pads all can be dismantled with the strapping and be connected, installs one respectively within the bottom of two flexible silica gel pressure pads soft magnetic sheet. The invention can press the eyeball through the flexible silica gel pressure pad by the pneumatic constant-pressure cover under the control of the safety circuit, and timely interrupt a series of biological feedback which is formed after the eyeball looks near objects for a plurality of minutes so as to adapt to the near vision, thus remodeling the original biological state of the eyeball; and the uniform magnetic field is added for intervention, conditioning and restoration of the original biological magnetic field; simple and easy operation, and achieves the purpose of preventing and controlling myopia.)

1. Magnetic pressure myopia prevention and control device, its characterized in that: comprises a binding belt, an electric inflating and pressurizing device, two soft magnetic sheets and two flexible silica gel pressure pads; the strapping tape is used for strapping the head of a human body, two ends of the strapping tape are provided with strapping fixing mechanisms, and the middle part of the strapping tape is provided with the electric inflating and pressurizing device which is used for applying pressure to the flexible silica gel pressure pad; the corresponding cooperation of flexible silica gel pressure pad and human eyes, the bottom of two flexible silica gel pressure pads all can be dismantled with the strapping and be connected, installs one respectively within the bottom of two flexible silica gel pressure pads soft magnetic sheet.

2. The magnetic pressure myopia prevention and control device of claim 1, wherein: the length of the strapping tape is 500 mm-1000mm, and the width of the strapping tape is 60mm-80 mm; the bundling and fixing mechanisms at the two ends of the bundling belt are first magic tape mechanisms; at one end of the strapping tape, the first magic tape mechanism is a first female magic tape, the length of the first magic tape is 250mm-400mm, the width of the first magic tape is 30mm-50mm, and the thickness of the first magic tape is 1.5mm-3.0 mm; at the other end of the strapping tape, the first magic tape mechanism is a first male magic tape, the length of the first magic tape is 180mm-220mm, the width of the first magic tape is 30mm-50mm, and the thickness of the first magic tape is 1.5mm-3.0 mm.

3. The magnetic pressure myopia prevention and control device of claim 2, wherein: the length of the strapping tape is 780mm, and the width of the strapping tape is 70 mm; the first female magic tape is 330mm in length, 40mm in width and 2.0mm in thickness; the length of first public magic subsides is 200mm, and the width is 40mm, and thickness is 2.0 mm.

4. The magnetic pressure myopia prevention and control device of claim 1, wherein: the electric inflating and pressurizing device comprises a pressurizing air bag, an air pump, a pressurizing air pipe and a control box, the pressurizing air bag is arranged in the middle of the strapping tape, the control box is arranged at one end of the pressurizing air pipe, the air pump is arranged in the control box, the pressurizing air pipe is in pneumatic fit with the pressurizing air bag to pump external air into the pressurizing air bag, and the control box is used for controlling the air pump to work and supplying power to the air pump.

5. The magnetic pressure myopia prevention and control device of claim 4, wherein: the control box is also provided with a rechargeable battery, a charging interface and a control switch.

6. The magnetic pressure myopia prevention and control device of claim 4, wherein: the length of the pressurizing air bag is 400mm-580mm, and the width of the pressurizing air bag is 60mm-80 mm.

7. The magnetic pressure myopia prevention and control device of claim 6, wherein: the length of the pressurizing air bag is 470mm, and the width of the pressurizing air bag is 70 mm.

8. The magnetic pressure myopia prevention and control device of claim 1, wherein: the flexible silica gel pressure pad is in a round drum shape, the soft magnetic sheet is in a round shape and is embedded in the bottom of the flexible silica gel pressure pad, and the diameter of the flexible silica gel pressure pad is 55-65 mm; a second magic tape mechanism is arranged between the flexible silica gel pressure pad and the strapping tape, and comprises a second female magic tape and a second male magic tape; a second female magic tape is arranged on the middle part of the strapping tape, the length of the second female magic tape is 120mm-180mm, and the width of the second female magic tape is 30mm-50 mm; the bottom surface of the flexible silica gel pressure pad is provided with a second male magic tape, the shape of the second male magic tape is circular, and the diameter of the second male magic tape is 55-65 mm.

9. The magnetic pressure myopia prevention and control device of claim 8, wherein: the diameter of the flexible silica gel pressure pad is 60mm-62 mm; the length of the second female magic tape is 150mm, and the width of the second female magic tape is 40 mm; the diameter of the second male magic tape is 60mm-62 mm.

Technical Field

The invention relates to the technical field of physical therapy equipment, in particular to a magnetic pressure myopia prevention and control device.

Background

In recent years, with the miniaturization of video terminals and the popularization of the internet, the prevalence rate of myopia of teenagers in China is further increased, and the latest census prompts the prevalence rate of 25% in primary schools, 55.8% in junior high schools, 70.3% in high schools and 80% in college students, and the prevalence rate is increased year by year at 8% every year, and the teenagers live in the first place in the world; myopic individuals continue to deepen at an increasing rate of 100 to 200 degrees per year. The wearing of glasses (frames, contact lenses) and surgical treatments are currently the only means to exactly correct myopia, but still do not prevent the progression of myopia. The OK lens (orthokeratology lens) is the non-operative treatment equipment and the treatment method for the myopia of the teenagers which are effective in the world at present; the treatment principle is that the myopia is relieved by wearing the disposable medical instrument at night, pressing the deformation of the cornea and progressively shaping the cornea and changing the shape and the curvature of the central surface of the cornea, so that the purpose of clearly seeing the patient without wearing glasses in the daytime is achieved, the generated effect is temporary and recoverable, and the disposable medical instrument is a non-operative effective and reversible treatment method; because of its high price, limited applicable population and many complications, it is subject to the dispute in the industry. In view of the above, there is an urgent need for a non-operative prevention and control device and method for preventing and controlling the occurrence and development of myopia.

Disclosure of Invention

The technical problem to be solved by the invention is to provide a magnetic pressure myopia prevention and control device, which can press an eyeball through a flexible silica gel pressure pad by a pneumatic constant pressure cover under the control of a safety circuit, and timely interrupt a series of biological feedbacks formed by the eyeball after the eyeball looks near for a plurality of minutes so as to adapt to the near, and reshape the original biological state of the eyeball; and the uniform magnetic field is added for intervention, conditioning and restoration of the original biological magnetic field; simple and easy operation, and achieves the purpose of preventing and controlling myopia.

In order to solve the technical problems, the technical scheme of the invention is as follows: a magnetic pressure myopia prevention and control device comprises a binding belt, an electric inflating and pressurizing device, two soft magnetic sheets and two flexible silica gel pressure pads; the strapping tape is used for strapping the head of a human body, two ends of the strapping tape are provided with strapping fixing mechanisms, and the middle part of the strapping tape is provided with the electric inflating and pressurizing device which is used for applying pressure to the flexible silica gel pressure pad; the corresponding cooperation of flexible silica gel pressure pad and human eyes, the bottom of two flexible silica gel pressure pads all can be dismantled with the strapping and be connected, installs one respectively within the bottom of two flexible silica gel pressure pads soft magnetic sheet.

Preferably, the strapping tape has a length of 500 mm to 1000mm and a width of 60mm to 80 mm; the bundling and fixing mechanisms at the two ends of the bundling belt are first magic tape mechanisms; at one end of the strapping tape, the first magic tape mechanism is a first female magic tape, the length of the first magic tape is 250mm-400mm, the width of the first magic tape is 30mm-50mm, and the thickness of the first magic tape is 1.5mm-3.0 mm; at the other end of the strapping tape, the first magic tape mechanism is a first male magic tape, the length of the first magic tape is 180mm-220mm, the width of the first magic tape is 30mm-50mm, and the thickness of the first magic tape is 1.5mm-3.0 mm.

Preferably, the electric inflating and pressurizing device comprises a pressurizing air bag, an air pump, a pressurizing air pipe and a control box, the pressurizing air bag is installed in the middle of the strapping tape, the control box is installed at one end of the pressurizing air pipe, the air pump is installed in the control box, the pressurizing air pipe is in pneumatic fit with the pressurizing air bag to pump outside air into the pressurizing air bag, and the control box is used for controlling the air pump to work and supplying power to the air pump. Further, the control box is equipped with rechargeable battery, the interface and the control switch that charge. The length of the pressurizing air bag is 400mm-580mm, and the width of the pressurizing air bag is 60mm-80 mm.

Preferably, the flexible silica gel pressure pad is in a round drum shape, the soft magnetic sheet is in a round shape and is embedded in the bottom of the flexible silica gel pressure pad, and the diameter of the flexible silica gel pressure pad is 55-65 mm; a second magic tape mechanism is arranged between the flexible silica gel pressure pad and the strapping tape, and comprises a second female magic tape and a second male magic tape; a second female magic tape is arranged on the middle part of the strapping tape, the length of the second female magic tape is 120mm-180mm, and the width of the second female magic tape is 30mm-50 mm; the bottom surface of the flexible silica gel pressure pad is provided with a second male magic tape, the shape of the second male magic tape is circular, and the diameter of the second male magic tape is 55-65 mm.

The invention has the beneficial effects that: after the eyes see near (within 5 meters from the object) for more than a plurality of minutes, the magnetic myopia prevention and control device can be bound on the head of the human body through the binding belt, the safety circuit controls the electric inflating and pressurizing device, the flexible silica gel pressure pad compresses the eyeballs, and the eyeball is interrupted in time after the eyes see the near object for a plurality of minutes so as to adapt to a series of biological feedback of the near object, so that the original biological state of the eyeball is reshaped; and the uniform magnetic field is added for intervention, conditioning and restoration of the original biological magnetic field; the method is accompanied by the forms of accompanying, timely repairing and continuous correcting all the time in the development process of the eyeballs of the teenagers, and the operation is simple and easy to apply, so that the purposes of preventing and controlling the myopia and controlling the continuous development of the myopia in the people with myopia (before the eyeballs are developed and unshaped) are achieved.

Drawings

FIG. 1 is a schematic side perspective view of the present invention.

Fig. 2 is a schematic top perspective view of the present invention.

Detailed Description

The structural and operational principles of the present invention are explained in further detail below with reference to the accompanying drawings.

As shown in fig. 1 and 2, the invention relates to a magnetic pressure myopia prevention and control device, which comprises a binding belt 1, an electric inflating and pressurizing device 2, two soft magnetic sheets 3 and two flexible silica gel pressure pads 4; the strapping tape 1 is used for strapping the head of a human body, the two ends of the strapping tape 1 are provided with strapping fixing mechanisms 11 and 12, and the middle part of the strapping tape 1 is provided with the electric inflating and pressurizing device 2 which is used for applying pressure to the flexible silica gel pressure pad 4; the corresponding cooperation of flexible silica gel pressure pad 4 and human eyes, the bottom of two flexible silica gel pressure pads 4 all can be dismantled with strapping 1 and be connected, installs one respectively within the bottom of two flexible silica gel pressure pads 4 soft magnetic sheet 3. The using method of the invention is as follows: firstly, adjusting the positions of two flexible silica gel pressure pads, when teenagers look near (within 5 meters from an object to the eye) for more than 30 minutes, immediately fixing the head of a strapping tape in a strapping way, enabling the two flexible silica gel pressure pads to be attached to the eyes of the teenagers, then working by an electric inflation pressure device, controlling the pressure of the electric inflation pressure device, applying pressure to the flexible silica gel pressure pads, pressing the eyeballs for five minutes at a constant pressure of 2000 kilopascals by the flexible silica gel pressure pads, and timely interrupting a series of biological feedback which is formed by the eyeballs after the eyeballs look near for thirty minutes to adapt to the sight so as to remold the original biological state of the eyeballs; and a 700 gauss uniform magnetic field is additionally added for intervening, conditioning and repairing the original biological magnetic field; the method is accompanied by the forms of accompanying, timely repairing and continuous correcting all the time in the development process of the eyeballs of the teenagers, and the operation is simple and easy to apply, so that the purposes of preventing and controlling the myopia and controlling the continuous development of the myopia in the people with myopia (before the eyeballs are developed and unshaped) are achieved.

As shown in fig. 1 and 2, the strapping tape 1 has a length of 500 mm to 1000mm, preferably 780mm, and a width of 60mm to 80mm, preferably 70 mm; the binding and fixing mechanisms 11 and 12 at the two ends of the binding belt 1 are first magic tape mechanisms; at the other end of the strapping tape, the first magic tape mechanism is a first female magic tape 11, the length of which is 250mm-400mm, preferably 330mm, the width of which is 30mm-50mm, preferably 40mm, and the thickness of which is 1.5mm-3.0mm, preferably 2.0 mm; at the other end of the strapping tape, the first hook and loop fastener mechanism is a first male hook and loop fastener 12 having a length of 180mm to 220mm, preferably 200mm, a width of 30mm to 50mm, preferably 40mm, and a thickness of 1.5mm to 3.0mm, preferably 2.0 mm. The binding and fixing mechanisms at the two ends of the binding belt adopt the magic tape mechanisms, so that the tightness can be adjusted according to different head circumferences, and the head can be bound more conveniently.

As shown in fig. 1 and 2, the electric inflating and pressurizing device 2 includes a pressurizing airbag 21, an air pump, a pressurizing air pipe, and a control box (the air pump, the pressurizing air pipe, and the control box are not shown in the figures), the pressurizing airbag 21 is installed in the middle of the strapping tape 1, the control box is installed at one end of the pressurizing air pipe, the air pump is installed in the control box, and is pneumatically matched with the pressurizing airbag 21 through the pressurizing air pipe to pump the external air into the pressurizing airbag 21, and the control box is used for controlling the operation of the air pump and supplying power to the air pump. Preferably, the control box is also provided with a rechargeable battery, a charging interface and a control switch. The control box also has a power supply mode which is directly externally connected with commercial power for supplying power. The length of the pressurizing air bag 21 is 400mm-580mm, preferably 470mm, and the width is 60mm-80mm, preferably 70 mm. The pressurizing pressure of the pressurizing air bag 21 can be controlled by the control switch so as to achieve the optimal constant pressure of 2000 kilopascals. When the switch of the control box is turned on, air pressure is generated immediately and is transmitted to the pressurizing air bag through the pressurizing air pipe, and when the set air pressure is reached, namely the pressure on the eyeball reaches 2000 kilopascals, the control circuit can automatically stop the work of the air pump, timely sense the pressure, automatically release the pressure after maintaining the constant pressure for five minutes, and shut down the air pump.

As shown in fig. 1 and 2, the flexible silica gel pressure pad 4 is in a round drum shape, the soft magnetic sheet 3 is in a round shape and is embedded in the bottom of the flexible silica gel pressure pad 4, and the diameter of the flexible silica gel pressure pad 4 is 55mm-65mm, preferably 60mm-62 mm; second magic tape mechanisms 13 and 14 are arranged between the flexible silica gel pressure pad 4 and the strapping tape 1, and each second magic tape mechanism comprises a second female magic tape 13 and a second male magic tape 14; a second female magic tape 13 is arranged above the middle part of the strapping tape, the length of the second female magic tape is 120mm-180mm, the preferred is 150mm, and the width of the second female magic tape is 30mm-50mm, the preferred is 40 mm; the second male magic tape 14 is installed on the bottom surface of the flexible silica gel pressure pad, the shape of the second male magic tape 14 is circular, and the diameter of the second male magic tape is 55mm-65mm, preferably 60mm-62 mm. The round drum type flexible silica gel pressure pad is adopted, so that the eyeballs of the human eyes can be optimally pressed; adopt the second magic to paste the mechanism, can conveniently adjust the position of flexible silica gel pressure pad on the strapping to can conveniently take off flexible silica gel pressure pad and wash.

The invention overcomes the defects that pseudomyopia is changed from pseudomyopia through biofeedback → true myopia (axis of the eye is gradually lengthened and degree of myopia is gradually deepened) and OK glasses are used for clinically preventing and controlling myopia, and only the cornea (single refractive tissue) is shaped and is easy to recover; according to the biological principle and the positive correlation relationship between the myopia development and near-sighted objects (the distance between eyes and objects is required to be adjusted within 5 meters) and time, the invention designs the forward and backward continuous compression of the whole eyeball under the controllable circuit, and forcibly removes a series of biological feedback (corneal curvature increase, ciliary muscle spasm, crystal thickening, extraocular muscle tension and eyeball compression) of the eyeball caused by near vision, which is suitable for the biological change required by near vision; the whole body of the refractive medium of the whole eyeball is shaped (the cornea is pressed flatly, the ciliary muscle spasm is relieved, the normal curvature of the crystal is recovered, the tension of the extraocular muscles is relieved, and the eyeball is pressed) in a time-limited, safe and forced way, so that the original biological state of the eyeball is recovered; the conditioning and recovery of the original biological magnetic field of the eyeball by the uniform magnetic field are added, the predictable myopia of the teenagers is prevented and controlled by the simple and easy-to-apply operation in a following continuous health care mode, and the existing myopic patient (before the eyeball grows unshaped to about 28 years old) is effectively intervened to control the development speed of the myopia or recover the normal eyesight.

The above description is only a preferred embodiment of the present invention, and all the minor modifications, equivalent changes and modifications made to the above embodiment according to the technical solution of the present invention are within the scope of the technical solution of the present invention.