CN205672192U - Flesh sensible motion instrument for training inside and outside intelligent eyeball - Google Patents

Abstract

The utility model utility model discloses flesh sensible motion instrument for training inside and outside a kind of intelligent eyeball, described instrument for training is provided with the ocular head being made up of ocular head fore shell, mesochite and back cover, it is additionally provided with the control device being electrically connected with described ocular head, and the intraocular myokinesis bar being electrically connected with described control device.The utility model has the beneficial effects that, fill up the blank in portable inner and external flesh of eyes instrument for training field, and be intellectualized operation and folding structure, facilitate student to be placed in school bag and use at any time, overcome above simple extraocular muscle and the shortcoming of the sensitive instrument for training of intraocular flesh.Therefore adolescent myopia prevention and control, Dyslexia improvement, eye health care and memory raising etc. will be exerted far reaching influence.

Description

Intelligent sports training instrument for inner and outer eye muscles

technical field

The utility model relates to ophthalmic treatment in the field of medical equipment, in particular to a portable and intelligent sensitive exercise training instrument for inner and outer eye muscles.

Background technique

Sensitive exercise of the intraocular muscles, i.e. ciliary muscles (i.e. adjustment sensitivity training) can help prevent and control myopia, slow down presbyopia, prevent and treat eye fatigue, improve amblyopia vision, and also help improve children's reading difficulties and ADHD. However, in the past 30 years, there has been no great progress in the research and development of instruments.

At present, the instruments on the market in my country for training the ocular muscles to adjust sensitive movements mainly include flip mirrors and linear trainers. Its main functions are as follows:

The flip mirror is to adjust the sensitivity by flipping the positive and negative lenses in turn. In order to prevent dizziness, eye swelling and blurry eyes during training, the positive and negative lenses are usually limited to 2.5D. That is, the training intensity is small. In addition, it is extremely inconvenient for the trainees to comply with the procedure due to the need to constantly flip the lenses by hand. A few months ago, I (Liu Dongguang) made a utility model of automatic flip mirror. Although there are many advantages, the low intensity of adjustment training is still a fixed limitation of this type of product.

In China, linear training instruments are mainly large-scale instruments suitable for hospitals and training centers, and the price ranges from thousands to tens of thousands of yuan. There is a lack of intelligent linear trainers suitable for home use in China. However, the home-use small linear trainer produced abroad has the disadvantages of being unable to be folded and made smaller due to its long body (about 1M), which is inconvenient for the main users, that is, teenagers to carry it with them, and the price is more than 1,000 yuan. Unfavorable promotion among young students.

In addition, relevant studies have shown that the sensitive movement of the lateral rectus oculi (6 pieces) is not only beneficial to eye health, improves reading difficulties, but also increases memory and enhances intelligence. It has a far-reaching impact on improving human quality and eye care.

A domestic patent for an eye tester (Patent No. 95115473.7) discloses a technical solution for treating amblyopia. The technical solution uses the principle of a sleeve to make a connecting rod for the visual target, and then passes the light-emitting visual target installed at the end of the connecting rod to , so that the patient fixes, thereby treating the patient's amblyopia. However, the structure of this technical solution is extremely inconvenient. If the patient needs to adjust the distance of the luminous visual target, he must manually adjust the visual target connecting rod. However, the actual situation is that the distance between the visual target and the patient's eyes needs to be adjusted continuously or intermittently during the entire training process. Therefore, This technical scheme is not suitable for long-term use; moreover, because the visual mark connecting rod of this technical scheme has adopted the mechanism of sleeve pipe, can not realize dismounting, so its volume is also larger, is not suitable for carrying.

On the basis of the above, by consulting domestic and foreign literature, there is currently no instrument that can simultaneously train the inner and outer eye muscles. Therefore, it is necessary to improve the gaps and defects of the prior art, so as to obtain a sensitive movement training instrument for the inner and outer eye muscles that is simple in structure, easy to use and convenient to carry.

Utility model content

In view of the deficiencies in the prior art, the utility model aims to provide an intelligent sports training instrument for the inner and outer eye muscles, which realizes the combination or separation of the eyepiece, the control device and the inner eye muscle movement bar through electrical plugging, and the maximum The carrying space is saved to the maximum; at the same time, the intraocular muscle movement strip is connected through the combination of several intraocular muscle movement strip components, so different lengths can be realized according to different needs.

Further, each segment of the intraocular muscle exercise strip assembly is provided with a vertically arranged LED guide color light group. After the combination of several intraocular muscle exercise strip assemblies is completed, the LED guide color lamp or light group can be used as a unit. Realize different flashing cycles according to different training modes; on the other hand, in order to realize the training of extraocular muscles, there is an extraocular muscle movement light board in the frame of the eyepiece, which can realize different flashing modes along the periphery of the eyes , and finally achieve the training of the inner and outer eye muscles; secondly, there is a refractive correction lens in the eyepiece lens, through the above-mentioned structure and training method to improve the sensitivity of the coordinated movement of the inner and outer eye muscles, increase memory, improve learning difficulties and children with ADHD , prevent and control myopia and improve the effect of amblyopia vision.

In order to achieve the above object, the technical scheme adopted by the utility model is as follows:

An intelligent sports training instrument for inner and outer eye muscles, the training instrument is provided with an eyepiece consisting of a front shell, a middle shell and a rear shell, a control device electrically connected to the eyepiece, and a The intraocular muscle movement strip electrically connected to the control device;

Wherein, the control device includes a driving power supply, a microprocessor, a training function selection module, an MP3 module and a loudspeaker, the microprocessor is electrically connected to the driving power supply, and the training function selection module and the MP3 module are respectively electrically connected to the microprocessor, and the speaker is electrically connected to the MP3 module;

The intraocular muscle exercise strip is formed by connecting several intraocular muscle exercise strip components, and the housing of the intraocular muscle exercise strip assembly is composed of an upper cover and a lower cover of the intraocular muscle exercise strip. Muscle movement light board, said intraocular muscle movement light board is provided with at least one set of LED guide color lights, and the front end and rear end of said intraocular muscle movement light board are respectively provided with electrical connection interface and electrical connection socket , several intraocular muscle exercise strip components are connected front and rear through the electrical connection interface or electrical connection socket;

It also includes a refractive correction lens and an extraocular muscle movement light board arranged in the eyepiece, and a plurality of LED guide lights are arranged on the extraocular muscle movement light board.

It should be noted that, the training function selection module includes the function selection of eye intraocular muscle and/or extraocular muscle training.

It should be noted that, in order to prevent the falling off after several intraocular muscle exercise strip assemblies are connected, the front end of the intraocular muscle exercise strip assembly housing is provided with a groove, and the rear end is provided with a The groove matches the flange; when several sections of the intraocular muscle exercise strip assembly are used in combination, the flange of the preceding intraocular muscle exercise strip assembly is plugged into the groove of the rear intraocular muscle exercise strip assembly In addition to achieving extension, it also enhances the connection stability of various components.

As a preferred technical solution, it should be noted that the intraocular muscle exercise strip is composed of 5 to 10 intraocular muscle exercise strip assemblies, and each section of the intraocular muscle exercise strip assembly is provided with 2 groups of 3 LED guide color lights arranged vertically, wherein the color tone of the LED guide color lights includes but not limited to red light, yellow light or green light.

It should be further explained that the front end of the control device is provided with a groove matching the flange.

It should be further explained that the positions of several LED guide lights on the extraocular muscle movement light board correspond to the peripheral positions of the user's eyes; preferably, there are 8 LED guide lights.

It should be further explained that, the rear shell of the eyepiece is also provided with a fixing belt for the user to wear.

The utility model has the beneficial effect that it fills the gap in the field of portable intraocular and intraocular muscle training instruments, and is intelligently operated and foldable, which is convenient for students to put in their schoolbags and use at any time, and overcomes the simple extraocular muscles and intraocular muscles. Disadvantages of agility trainers. Therefore, it will have a profound impact on the prevention and control of myopia, the improvement of dyslexia, eye health care and memory improvement among young people.

Description of drawings

Fig. 1 is the overall structural representation of the utility model;

Fig. 2 is the structural representation of control device in Fig. 1;

Fig. 3 is the connection schematic diagram of each module of control device in Fig. 2;

Fig. 4 is a structural schematic diagram of the intraocular muscle movement strip assembly in Fig. 1;

Fig. 5 is a structural schematic diagram of the utility model extraocular muscle movement light board;

Fig. 6 is a schematic diagram of the connection structure of the front and back intraocular muscle movement strip components in Fig. 4;

Fig. 7 is another embodiment of the present utility model;

Fig. 8 is another embodiment of the present utility model;

Figures 9a to 9c are schematic diagrams of three intraocular muscle training modes of the present invention;

10a-10c are schematic diagrams of three extraocular muscle training modes of the present invention.

Explanation of reference numerals: eyepiece 1, eyepiece front housing 11, middle housing 12, rear housing 13, refractive correction lens 14, control device 2, control device upper cover 21, control device lower cover 22, PCB board 23, drive Power supply 24, microprocessor 25, training function selection module 26, MP3 module 27, loudspeaker 28, intraocular muscle exercise strip assembly 3, intraocular muscle exercise strip upper cover 31, lower cover 32, intraocular muscle exercise light board 33, LED guide color lamp 34 , groove 35 , flange 36 , electrical connection interface 100 , electrical connection socket 101 , extraocular muscle movement lamp board 4 , LED guide lamp 41 , and fixing belt 200 .

detailed description

The utility model will be further described below in conjunction with the accompanying drawings. It should be noted that this embodiment is based on the technical solution and provides detailed implementation and operation process, but the protection scope of the utility model is not limited to this implementation example.

As shown in Fig. 1 and Fig. 5, the utility model is an intelligent sports training instrument for the inner and outer muscles of the eyeball. A control device 2 electrically connected to the eyepiece lens 1 and an intraocular muscle movement strip electrically connected to the control device 2 are provided;

As shown in Fig. 2 and Fig. 3, the housing of the control device 2 is composed of a control device upper cover 21 and a control device lower cover 22, and a PCB board 23 for control and a driving circuit board 23 are arranged in the control device housing. power supply 24;

On described PCB board 23, be provided with microprocessor 25, training function selection module 26, MP3 module 27 and loudspeaker 28, described microprocessor 25 is electrically connected with described driving power supply 24, and described training function selection module 26 The MP3 module 27 is electrically connected to the microprocessor 25 , and the speaker 28 is electrically connected to the MP3 module 28 .

It should be noted that the training function selection module can adjust the training mode, specifically, including the mode selection switching between intraocular muscle training and extraocular muscle training, as well as increasing or decreasing the training speed, so as to realize the adjustment of training difficulty. Adjustment; the microprocessor is used to receive the electrical signal of the training function selection module, so as to send the start signal to the intraocular muscle movement bar or the extraocular muscle movement light board to make the LED guide color light or LED guide light in the corresponding mode Secondly, the microprocessor also has a timing function to ensure the training time in each mode. When the preset training time is reached, it will send an electrical signal to the speaker to make it buzz, prompting Training is over.

As shown in Fig. 4 and Fig. 5, the intraocular muscle exercise strip is formed by connecting several intraocular muscle exercise strip assemblies 3, and the housing of the intraocular muscle exercise strip assembly 3 is covered by the intraocular muscle exercise strip 31 and the lower cover 32, in which there is an intraocular muscle movement lamp board 33, and at least one set of LED guide color lamps 34 is arranged on the said lamp board 33, and the front end and rear end of said intraocular muscle movement light board 33 The ends are respectively provided with an electrical connection interface 100 and an electrical connection socket 101, and several interocular muscle exercise strip assemblies 3 are connected front and rear through the electrical connection interface 100 or the electrical connection socket 101 and can be continuously extended;

It also includes a refractive correction lens 14 and an extraocular muscle movement light board 4 arranged in the eyepiece lens 1, and a plurality of LED guide lights 41 are arranged on the extraocular muscle movement light board 4; preferably, the utility model provides There are 8 LED guide lights.

As a preferred technical solution, it should be noted that the intraocular muscle movement strip described in the utility model is composed of 5 to 10 intraocular muscle movement strip assemblies, and each section of the intraocular muscle movement strip assembly is provided with 2 groups And each group of 3 LED guide color lights arranged vertically, wherein, the color tone of the LED guide color lights includes but not limited to red light, yellow light or green light.

As a preferred technical solution, it should be noted that the electrical connection interface or the electrical connection socket used between the eyepiece lens, the control device and the intraocular muscle movement strip assembly of the present invention is a USB connection port.

As shown in Fig. 4 and Fig. 6, in order to prevent falling off after several intraocular muscle exercise strip assemblies are connected, a groove 35 is provided at the front end of the housing of the intraocular muscle exercise strip assembly 3, and a groove 35 is provided at the rear end thereof. The part is provided with a flange 36 that matches the groove 35; as shown in Figure 7, when the intraocular muscle exercise strip assembly 3 described in several sections is used in combination, the protrusion of the intraocular muscle exercise strip assembly 3 in front The edge 36 is plugged into the groove 35 of the rear intraocular muscle movement strip assembly 3, which not only realizes the extension, but also enhances the connection stability of each assembly.

It should be further explained that the front end of the control device is provided with a groove matching the flange.

It should be further explained that the positions of several LED guide lights on the extraocular muscle movement light board correspond to the peripheral positions of the user's eyes.

As shown in FIG. 5 , as a preferred technical solution, the eyepiece rear housing 13 is further provided with a fixing belt 200 for the user to wear.

As shown in Figure 3, as a preferred technical solution, in order to allow the user to further relax during training, the control device is also provided with an MP3 module and a speaker electrically connected to it, so that the user can At the same time, the inner and outer muscles of the eyes can be further relieved through music. Of course, in order to ensure the quality of use, when the training reaches the preset time, the speaker will give priority to the completion of the notification sound.

In order to meet different needs, the present invention also provides the following various embodiments, but the following embodiments should not be construed as limiting the present invention:

As an embodiment, as shown in Fig. 7, the utility model is an intelligent sports training instrument for intraocular muscles, and the training instrument consists of a control device 2 and an intraocular muscle movement electrically connected to the control device 2. Article composition;

As shown in Fig. 2 and Fig. 3, the housing of the control device 2 is composed of a control device upper cover 21 and a control device lower cover 22, and a PCB board 23 for control and a driving circuit board 23 are arranged in the control device housing. power supply 24;

On described PCB board 23, be provided with microprocessor 25, training function selection module 26, MP3 module 27 and loudspeaker 28, described microprocessor 25 is electrically connected with described driving power supply 24, and described training function selection module 26 The MP3 module 27 is electrically connected to the microprocessor 25 , and the speaker 28 is electrically connected to the MP3 module 28 .

It should be noted that the training function selection module can adjust the training mode, specifically, it can select or switch the mode of intraocular muscle training, as well as increase or decrease the training speed, so as to realize the adjustment of training difficulty; The microprocessor is used to receive the electric signal of the training function selection module, so as to send the start signal to the intraocular muscle movement bar to make the LED guide color lights light up in the corresponding mode; secondly, the microprocessor also has a timing function. function, to ensure the training time in each mode, when the preset training time is reached, an electric signal will be sent to the speaker to make it buzz, indicating that the training is over.

As shown in Fig. 4 and Fig. 5, the intraocular muscle exercise strip is formed by connecting several intraocular muscle exercise strip assemblies 3, and the housing of the intraocular muscle exercise strip assembly 3 is covered by the intraocular muscle exercise strip 31 and the lower cover 32, in which there is an intraocular muscle movement lamp board 33, and at least one set of LED guide color lamps 34 is arranged on the said lamp board 33, and the front end and rear end of said intraocular muscle movement light board 33 The ends are respectively provided with an electrical connection interface 100 and an electrical connection socket 101, and several interocular muscle exercise strip assemblies 3 are connected front and rear through the electrical connection interface 100 or the electrical connection socket 101 and can be continuously extended;

As a preferred technical solution, it should be noted that the intraocular muscle movement strip described in the utility model is composed of 5 to 10 intraocular muscle movement strip assemblies, and each section of the intraocular muscle movement strip assembly is provided with 2 groups And each group of 3 LED guide color lights arranged vertically, wherein, the color tone of the LED guide color lights includes but not limited to red light, yellow light or green light.

As a preferred technical solution, it should be noted that the electrical connection interface or the electrical connection socket used between the control device and the intraocular muscle movement strip assembly in this embodiment is a USB connection port.

As shown in Fig. 4 and Fig. 6, in order to prevent falling off after several intraocular muscle exercise strip assemblies are connected, a groove 35 is provided at the front end of the housing of the intraocular muscle exercise strip assembly 3, and a groove 35 is provided at the rear end thereof. The part is provided with a flange 36 that matches the groove 35; as shown in Figure 7, when the intraocular muscle exercise strip assembly 3 described in several sections is used in combination, the protrusion of the intraocular muscle exercise strip assembly 3 in front The edge 36 is plugged into the groove 35 of the rear intraocular muscle movement strip assembly 3, which not only realizes the extension, but also enhances the connection stability of each assembly.

It should be further explained that the front end of the control device is provided with a groove matching the flange.

As shown in Figure 3, as a preferred technical solution, in order to allow the user to further relax during training, the control device is also provided with an MP3 module and a speaker electrically connected to it, so that the user can At the same time, the inner eye muscles can be further relieved through music. Of course, in order to ensure the quality of use, when the training reaches the preset time, the speaker will give priority to the completion of the notification sound.

As another embodiment, as shown in Fig. 8, the utility model is an intelligent extraocular muscle sensitive exercise training instrument, and the training instrument is provided with an eyepiece front shell 11, a middle shell 12 and a rear shell 13. The lens 1 is also provided with a control device 2 electrically connected to the eyepiece 1;

As shown in Fig. 2 and Fig. 3, the housing of the control device 2 is composed of a control device upper cover 21 and a control device lower cover 22, and a PCB board 23 for control and a driving circuit board 23 are arranged in the control device housing. power supply 24;

On described PCB board 23, be provided with microprocessor 25, training function selection module 26, MP3 module 27 and loudspeaker 28, described microprocessor 25 is electrically connected with described driving power supply 24, and described training function selection module 26 The MP3 module 27 is electrically connected to the microprocessor 25 , and the speaker 28 is electrically connected to the MP3 module 28 .

It should be noted that the training function selection module can adjust the training mode, specifically, the mode selection or switching of extraocular muscle training, and the increase or decrease of training speed, so as to realize the adjustment of training difficulty; The microprocessor is used to receive the electric signal of the training function selection module, so as to send the starting signal to the extraocular muscle movement light board to make the LED guide light light up in the corresponding mode; secondly, the microprocessor also has a timing function. function, to ensure the training time in each mode, when the preset training time is reached, an electric signal will be sent to the speaker to make it buzz, indicating that the training is over.

It also includes a refractive correction lens 14 and an extraocular muscle movement light board 4 arranged in the eyepiece lens 1, and a plurality of LED guide lights 41 are arranged on the extraocular muscle movement light board 4; preferably, the utility model provides There are 8 LED guide lights.

As a preferred technical solution, it should be noted that the electrical connection interface or the electrical connection socket used between the eyepiece lens and the control device of the present invention is a USB connection port.

It should be further explained that the positions of several LED guide lights on the extraocular muscle movement light board correspond to the peripheral positions of the user's eyes.

As shown in FIG. 5 , as a preferred technical solution, the eyepiece rear housing 13 is further provided with a fixing belt 200 for the user to wear.

As shown in Figure 3, as a preferred technical solution, in order to allow the user to further relax during training, the control device is also provided with an MP3 module and a speaker electrically connected to it, so that the user can At the same time, the extraocular muscles can be further relieved through music. Of course, in order to ensure the quality of use, when the training reaches the preset time, the speaker will give priority to the completion of the notification sound.

As yet another embodiment, its structure is the same as the basic technical solution of the present invention, including the eyepiece lens, the control device and the intraocular muscle movement strip, but the extraocular muscle movement light board is reduced compared with the basic technical solution. In this embodiment, It only trains the inner eye muscles, but because the eyepiece is also set up, it not only has the function of a refractive correction lens, but also allows the user to wear it directly on the head, which is more convenient to use.

Embodiment one

The eyepiece is connected with the control device, and secondly, the intraocular muscle movement strip components are sequentially connected to form the intraocular muscle movement strip according to the needs of users. Specifically, insert the flange of the rear intraocular muscle exercise strip assembly into the groove of the previous intraocular muscle exercise strip assembly, and connect the USB interface provided therein to the socket; A number of intraocular muscle exercise strips that have been connected are connected to the control device, and then the eyepiece is worn to a suitable position on the head through the fixing belt, the power is turned on, different training modes are selected, and the intraocular muscle movement strip is watched through the refractive correction lens. LED guide color lights or LED guide lights for extraocular muscles. Among them, when the intraocular muscle training mode is selected, the optional modes include Form a single LED guide color lamp cycle mode, the whole group cycle mode, A single LED guides the color lamp cycle mode and mixed mode; in this embodiment, the intraocular muscle movement strip is composed of 7 intraocular muscle movement strip assemblies, and each section of the intraocular muscle movement strip assembly is provided with 2 groups and Each group of 3 LED guide color lights arranged vertically, among them, the LED guide color lights of the front two sections near the control device are red light, the LED guide color lights of the middle two sections are yellow light, and the rear three sections The LED guide color light is green light.

As shown in Figure 9a, The cycle mode of a single LED guide color lamp refers to that one LED guide color lamp at the front end (closest to the control device) lights up one by one backward and horizontally (it should be noted that when the last LED guide color lamp is lit Then the previous one is off), until the last LED guide color light is lit, then continue to light up along its vertical direction, and use this as a circular motion, and the training in this mode will end after the speaker rings for 5 minutes.

As shown in Figure 9b, the cycle mode of the entire group refers to that the LED guide color lamp group is used as a unit, and the lamp group at the front end (closest to the control device) is lit backwards one by one (it should be noted that when the After the first group of LED guide color lights are on, the previous group will be off), and use this as a back and forth motion, and the training in this mode will end after the speaker rings for 5 minutes.

As shown in Figure 9c, Shaped single LED guide color lamp cycle mode means that the LED guide color lamp at the front end (closest to the control device) is lit one by one vertically (it should be noted that when the last LED guide color lamp is lit Then the previous one is off), and use this as a back and forth motion, and the training in this mode will end after the speaker rings for 5 minutes.

Mixed mode means that the above three modes appear in this cycle, and the training in this mode will end after the speaker rings for 5 minutes.

It should be noted that, as a preferred embodiment, the above-mentioned intraocular muscle exercise strip is composed of 7 intraocular muscle exercise strip assemblies, and each section of the intraocular muscle exercise strip assembly is provided with 2 groups of 3 vertical Arranged LED guide color lights, wherein, the LED guide color lights of the front two sections close to the control device are red light, the LED guide color lights of the middle two sections are yellow light, and the LED guide color lights of the rear three sections are green light.

When the extraocular muscle training mode is selected, the optional modes include random cycle mode, clockwise or counterclockwise cycle mode and flashing mode;

As shown in Figure 10a, the random cycle mode refers to making non-adjacent LED guide lights flash one by one in a random lighting manner;

As shown in Figure 10b, the clockwise or counterclockwise cycle mode refers to cyclically flashing the LED guide lights in a clockwise or counterclockwise direction;

As shown in Figure 10c, the flashing mode refers to that the LED guide lights on the left and right sides light up simultaneously and flash circularly.

What needs to be explained is that in the above three modes, when the last LED guide light is on, the previous one is off.

Finally, in order to target different users, the training function selection module is also equipped with a fast/slow speed regulation function, thereby adjusting the degree of difficulty of training; in addition, an MP3 playback function is added to allow users to obtain Further relief, while also reducing the boring training.

Embodiment two

The structure and training methods of this embodiment are basically the same as those of Embodiment 1, but the eyepiece is missing. The user only needs to connect the control device to the intraocular muscle exercise bar, and then place it on a desk or platform to pass the eye. The internal muscle training mode achieves the effect of training.

Embodiment three

The structure and training methods of this embodiment are basically the same as those of Embodiment 1, but it lacks the intraocular muscle movement bar. The user only needs to connect the eyepiece with the control device, wear it on the head, and then pass through the eyes. The muscle training mode achieves the effect of training.

Embodiment Four

The structure and training methods of this embodiment are basically the same as those of Embodiment 1, but the light board for extraocular muscle movement in the eyepiece is missing; therefore, the user only needs to connect the eyepiece, the control device and the intraocular muscle movement bar. , wearing it on the head can achieve the training effect through the intraocular muscle training mode.

The structure of the present invention is easy to carry and easy to install. The intraocular muscle movement strip composed of several joint ophthalmic muscle movement strips is equipped with LED guiding color lights that can realize different circulation modes, which is actually equivalent to an intelligent active visual target and No manual intervention is required, and the present invention also has extraocular muscle training, users can freely combine according to different needs, further, the convenience and simplicity of the utility model connection is increased through the USB connection port, suitable for different groups of people need.

For those skilled in the art, various other corresponding changes and modifications can be made according to the technical solutions and ideas described above, and all these changes and modifications should fall within the protection scope of the claims of the present invention .

Claims (6)

1. flesh sensible motion instrument for training inside and outside intelligent eyeball, it is characterised in that described instrument for training be provided with by ocular head fore shell, in Shell and the ocular head of back cover composition, be additionally provided with the control device being electrically connected with described ocular head, and fill with described control Put the intraocular myokinesis bar of electric connection；Wherein

Described control device includes driving power supply, microprocessor, training function to select module, MP3 module and loudspeaker, described Microprocessor is electrically connected with described driving power supply, and described training function selects module and described MP3 module respectively at described micro- Processor is electrically connected with, and described loudspeaker is electrically connected with described MP3 module；

Described intraocular myokinesis bar is formed by connecting by some joint intraocular myokinesis bar assemblies, the shell of described intraocular myokinesis bar assembly Body is made up of with lower cover intraocular myokinesis bar upper cover, is provided with intraocular myokinesis lamp plate in it, and described intraocular myokinesis lamp plate is up to The LED being provided with 1 group less guides colored lights, and the front end of described intraocular myokinesis lamp plate and rear end are respectively equipped with electric connection interface and electricity Property connection socket, some joint intraocular myokinesis bar assemblies by described electric connection interface or be electrically connected with socket carry out before and after connect Connect；

Also include correction of refractive errors eyeglass and EOM lamp plate, the described EOM lamp plate being arranged in described ocular head It is provided with some LED guiding lamps.

2. flesh sensible motion instrument for training inside and outside intelligent eyeball according to claim 1, it is characterised in that described training work( Module can be selected to include the function selection of intraocular flesh and/or extraocular muscle training.

3. flesh sensible motion instrument for training inside and outside intelligent eyeball according to claim 1, it is characterised in that described intraocular flesh The leading section of sports bars assembly housing is provided with groove, and end is provided with the flange with described groove match thereafter；When some joints When described intraocular myokinesis bar assembly is applied in combination, the flange of preceding intraocular myokinesis bar assembly is plugged to posterior intraocular In the groove of myokinesis bar assembly；The front end of described control device is provided with the groove mating with described flange.

4. flesh sensible motion instrument for training inside and outside the intelligent eyeball according to claim 1 or 3, it is characterised in that described eye Interior myokinesis bar is made up of 5～10 joint intraocular myokinesis bar assemblies, often saves intraocular myokinesis bar assembly and is provided with 2 groups and often organizes 3 Vertically disposed LED guides colored lights, and wherein, described LED guides the tone of colored lights to include but is not limited to ruddiness, gold-tinted or green Light.

5. flesh sensible motion instrument for training inside and outside intelligent eyeball according to claim 1, it is characterised in that described extraocular muscle On motion lamp plate, the position of some LED guiding lamps and the eye peripheral position of user are corresponding.

6. flesh sensible motion instrument for training inside and outside intelligent eyeball according to claim 1, it is characterised in that described ocular head Back cover on be additionally provided with the fixed band worn for user.