CN107661198A - A simulated scene interactive system based on eye ciliary muscle training to restore and improve eyesight - Google Patents

Abstract

A simulated scene interaction system based on eyelash-shaped body training for recovering and improving eyesight comprises an image input part, a display part and a display part, wherein the image input part inputs light spots and 3D scene images into a memory and a player; a vision parameter acquiring part for determining vision parameters by the distance of cursor movement by the user's eye's feedback definition of the distance of cursor movement in the moving state through the lens; the interactive training judgment part provides a light-transmitting medium between human eyes and the images, and leads the human ciliary body to be continuously tensioned or relaxed through the speed and the distance of the movement of the visual light spot of the light-transmitting medium or the physical body in the image, so as to realize the movement of the human ciliary body according to the set times and intensity, thereby improving the elasticity of the crystalline lens of the eye and increasing the self-adjusting capacity of the crystalline lens of the eye. Therefore, the system is a product system with equal superior technical, practical and economic performance and an operation mode.

Description

A simulated scene interactive system based on eye ciliary muscle training to restore and improve eyesight

【Technical field】

The invention relates to a simulated scene interaction system and operation mode based on eye ciliary body training for restoring and improving eyesight.

【Background technique】

The incidence of myopia among Chinese students has jumped to the second place in the world. The myopia rate of primary school students is 34.17%, that of middle school students is 56.59%, and it is as high as 73.9% when they graduate from university. These data indicate that the youth vision industry is a sunrise industry with long-term sustainable and stable development. The "rapid younger age" of myopia has been included in the "big health" industry, and according to the latest data, the prevalence of autism in my country is similar to other countries, about 1%, and the number of autistic patients has exceeded 10 million, 0- There are more than 2 million children with autism at the age of 14. The existing solutions to vision are surgery, glasses and other methods, which have not fundamentally solved the problem of restoring and improving vision. At present, drugs and psychotherapy are used for autistic patients, but autistic patients are unwilling to communicate with others. Communication, poor treatment effect.

In order to overcome the above-mentioned defects, we have developed a simulated scene interaction system and operation mode based on eye ciliary muscle training to restore and improve vision.

【Content of invention】

The technical problem to be solved by the purpose of the present invention is to provide a simulated scene interaction system and operation mode based on eye ciliary muscle training to restore and improve eyesight, which can effectively adjust the equipment optics for different patients through the ciliary muscle optimization training system. State, strengthen the eye refraction adjustment function optimization including the central nervous control system of the patient's vision, through the concentration training content, while improving the vision, it also strengthens the child's concentration. Effectively used in the treatment of amblyopia, myopia, astigmatism, hyperopia training; strabismus, post-operative training; presbyopia delay; vision training after laser surgery and other eye refractive diseases; and the effect is significant, no rebound. Therefore, it is a product system and operation mode with superior technology, practicality and economy.

In order to achieve the above object, the technical solution adopted by the present invention is: a simulated scene interaction system based on ciliary body training for restoring and improving eyesight, which includes:

An image input unit, the image input unit inputs light spots and 3D scene images into the memory and the player;

Vision parameter acquisition part, the human eye uses the lenses to determine the clarity of the user's feedback on the far and near movement of the cursor in the moving state, and determines the vision parameters through the distance of the cursor movement;

The parameter adaptation part, which selects the corresponding image according to the user's vision condition parameters to automatically call out; the interactive training judgment part, which provides the light-transmitting medium between the human eye and the image, and the light point or image is viewed through the light-transmitting medium The speed and distance of the physical body movement enable the ciliary muscle of the human eye to be continuously tensed or relaxed, so as to realize the movement of the ciliary muscle of the human eye according to the set frequency and intensity, thereby improving the elasticity of the eye lens. Increase the self-regulation ability of the eye lens.

In one or more embodiments of the present invention, the light-transmitting medium includes 3D glasses, VR equipment; and,

It includes a supporting component for the human body to cooperate with the interactive image scene for activities.

In one or more embodiments of the present invention, the interactive training determination unit includes an eye pupil recognition component or a facial expression recognition component to determine the user's attention, prompt, correct and score to form an interaction.

In one or more embodiments of the present invention, the interactive training determination part includes a voice interaction component, which interacts with the user through scenes and sounds in the video.

In one or more embodiments of the present invention, the interactive training judging unit includes a human body physiological identification component, and judges the training effect through the feedback of human body physiological signals.

Under the same inventive concept, it also provides an operation mode of a simulated scene interactive system based on eye ciliary muscle training to restore and improve eyesight, which includes the following steps: Step 1. Develop moving light spots and 3D scene images, according to different patients Effectively adjust the optical state of the equipment and optimize the parameters of the eye refraction adjustment function including strengthening the patient's visual central nervous system control system to set motion animation images and store images; Obtain the vision parameters of the eye to determine the appropriate moving light spot and 3D scene image data; Step 3, use the interactive training judgment part to interact with the user training process, form a record of the training results, and realize cloud storage and analysis and vision health measurement and control; in the second step, the user's personal information and vision parameters are established to form an independent course of treatment training plan; the user conducts training according to the course of treatment training plan, and records the user's training progress in real time, so as to track user training and follow-up services ; In the third step, adjust the training program according to the user's individual differences, preferences, and emotions through the interaction of the training process to improve the interaction effect.

In one or more embodiments of the present invention, it also includes: business background service support, the business background service support includes whole store provision, equipment system provision, technical consultation education provision and consumable product provision.

In one or more embodiments of the present invention, the provision of the whole store includes flagship store, standard store, start-up store and service point; the provision of equipment system includes wholesale distribution, cooperative health, rental use and customized development.

In one or more embodiments of the present invention, the provision of technical consulting and education includes technical training, upgrade services, course development, and manpower output; the provision of consumable products includes retail direct sales, gift giving, bundled services, and ordering services.

In one or more embodiments of the present invention, the business background service supports network login through a smart phone client or demand docking through an APP.

The beneficial effect that the present invention produces compared with background technology:

Due to the adoption of the above-mentioned technical solution, the ciliary muscle optimization training system is used to effectively adjust the optical state of the equipment for different patients, strengthen the optimization of the eye refraction adjustment function including the patient's visual central nervous system control system, and improve the focus training content. While improving eyesight, it also enhances children's concentration. Effectively used in the treatment of amblyopia, myopia, astigmatism, hyperopia training; strabismus, post-operative training; presbyopia delay; vision training after laser surgery and other eye refractive diseases; and the effect is significant, no rebound. Therefore, it is a product system and operation mode with superior technology, practicality and economy.

【Description of drawings】

FIG. 1 is a schematic structural diagram of a simulated scene interactive system based on eye ciliary body training for restoring and improving eyesight in an embodiment of the present invention.

【Detailed ways】

The technical solutions and beneficial effects of the present invention will be clearer and more definite by further describing the specific implementation manners of the present invention in conjunction with the accompanying drawings of the specification below. It is intended to explain the present invention, but not to limit the present invention.

Please refer to shown in Fig. 1, it provides preferred embodiment for the present invention is a kind of simulated scene interaction system based on the ciliary muscle training of restoring and improving eyesight, it comprises: Image input unit 1, memory and playback device 2, vision parameter acquisition unit 3, parameter adaptation unit 4, interactive training determination unit 5, light-transmitting medium 6, etc., wherein the image input unit 1 inputs light spots and 3D scene images into the memory and player 2; The parameter acquisition part 3 is used for the user's feedback clarity of the distance of the cursor in the moving state through the lens through the human eye, and determines the vision parameter through the cursor movement distance; the parameter adaptation part 4 selects the corresponding image according to the user's vision condition parameter to automatically Call out; the interactive training judging section 5 provides the light-transmitting medium 6 between the human eye and the image, and through the light-transmitting medium 5, the speed and distance of the movement of the physical body in the light point or image are passed through the light-transmitting medium 5, so that the ciliary body of the human eye can be Constantly tense or relax training to realize the ciliary muscle movement of the human eye according to the set frequency and intensity, so as to improve the elasticity of the eye lens and increase the ability of the eye lens to adjust itself.

The light-transmitting medium 6 includes 3D glasses, a VR device 7 , and a support member 8 for the human body to move in conjunction with the interactive image scene. The interactive training judging part 5 includes an eye pupil recognition component 9 or a facial expression recognition component 10 to judge the user's attention, prompt, correct and score to form an interaction. The interactive training judging unit 5 includes a voice interaction component 11, which interacts with the user through scenes and sounds in the video. The interactive training judging unit 5 includes a human physiological recognition component 12, and judges the training effect through the feedback of human physiological signals.

In combination with the above content, the present invention also provides an operation mode of a simulated scene interaction system based on ciliary muscle training to restore and improve eyesight, which includes the following steps: Step 1, developing moving light spots and 3D scene images, according to different The patient effectively adjusts the optical state of the device and optimizes the parameters of the eye refraction adjustment function including the strengthening of the patient's visual central nervous system to set motion animation images and store images; Obtain the vision parameters of the human eye to determine the appropriate moving light spot and 3D scene image data; Step 3, use the interactive training judgment part to interact with the user training process, form a record of the training results, and realize cloud storage, Analysis and vision health measurement and control; in the second step, the user’s personal information and vision parameters are established to form an independent course of treatment training plan; the user conducts training according to the course of treatment training plan, and records the user’s training progress in real time, so as to track user training and follow-up service; in the third step, the training program is adjusted according to the user's individual differences, preferences, and emotions through the interaction of the training process, so as to improve the interaction effect.

Further, it also includes: commercial background service support, which includes the provision of the whole store, the provision of equipment systems, the provision of technical consultation and education, and the provision of consumable products. The provision of the whole store includes flagship store, standard store, start-up store and service point; the provision of equipment system includes wholesale distribution, cooperative health, lease use and customized development. The provision of technical consulting and education includes technical training, upgrade services, course development, and manpower output; the provision of consumable products includes retail direct sales, gift giving, bundled services, and ordering services. The commercial background service supports online login through the smart phone client or demand docking through the APP.

When in use, the ciliary muscle optimization training system is to effectively adjust the optical state of the device for different patients, strengthen the optimization of the eye's refraction adjustment function including the central nervous system of the patient's vision, and improve the visual acuity while strengthening the focus training content. child's concentration. Effectively used in the treatment of amblyopia, myopia, astigmatism, hyperopia training; strabismus, post-operative training; presbyopia delay; vision training after laser surgery and other eye refractive diseases; and the effect is significant, no rebound.

This simulated scene interaction system based on eye ciliary body training to restore and improve vision is used by children with autism. Communication can be carried out in 3D form of realistic communication, which can effectively reduce the psychological pressure of communication. Through continuous strong communication training, effective Overcome emotional communication barriers; thus bring their slow or weird behaviors into the normal learning mode, and guide them step by step to develop the behaviors we need. The VR system in 3D glasses and VR equipment 7 can add imitation actions and language to help autistic children to carry out imitation training, specific video scenes to recognize things and people, understand themselves, recognize numbers, understand language, gestures and symbolic symbols, etc. , Autistic children with different intelligence levels have different educational adaptations. The VR system can design activities and games related to training attention, such as: tracking moving objects-balloons, bubbles, rolling balls; Covered objects; throwing balls, rings, bowling; mazes, etc.

For language training through the voice interaction component 11, scenes of daily life can be implanted into the VR system as the main training environment. It can be used anytime, anywhere, on the spot, and practiced repeatedly. It can be learned in life and used in life. It has positive significance and effect for the auxiliary treatment of autistic patients, and has greatly improved the new technology field of adjuvant treatment for autistic patients.

While the invention has been described in terms of the above preferred embodiment, there are alterations, permutations and equivalents which fall within the scope of this invention. It should also be noted that there are many alternative ways of implementing the invention.

Therefore, it is intended to interpret the appended claims to cover all such changes, permutations and equivalents as fall within the true spirit and scope of the invention. Through the description of the above structure and principle, those skilled in the art should understand that the present invention is not limited to the above-mentioned specific embodiments, and that improvements and substitutions using known technologies in the art on the basis of the present invention all fall under the protection of the present invention. The scope should be defined by the claims.

Claims (10)

1. A simulated scene interactive system based on restoring and improving the eye ciliary body training of eyesight, it is characterized in that, it comprises: An image input unit, the image input unit inputs light spots and 3D scene images into the memory and the player; Vision parameter acquisition part, the human eye uses the lenses to determine the clarity of the user's feedback on the far and near movement of the cursor in the moving state, and determines the vision parameters through the distance of the cursor movement; A parameter adaptation unit, which selects the corresponding image according to the user's vision condition parameters to automatically call out; Interactive training and judgment department, which provides a transparent medium between the human eye and the image, and through the transparent medium, the speed and distance of the movement of the light point or the physical body in the image can make the ciliary muscle of the human eye continuously stretched Tense or relaxed training, in order to realize the ciliary muscle movement of the human eye according to the set frequency and intensity, so as to improve the elasticity of the eye lens and increase the self-adjusting ability of the eye lens. 2. The simulated scene interaction system based on the ciliary muscle training of restoring and improving eyesight according to claim 1, characterized in that: the light-transmitting medium includes 3D glasses and VR glasses; and, It includes a supporting component for the human body to cooperate with the interactive image scene for activities. 3. The simulated scene interactive system based on the eye ciliary muscle body training of restoring and improving eyesight according to claim 2, characterized in that: the interactive training judging part includes an eye pupil recognition component or a facial expression recognition component to Determine the user's attention to prompt, correct and score to form an interaction. 4. According to any one of claims 1-3, the simulated scene interaction system based on the ciliary body training for restoring and improving eyesight is characterized in that: the interactive training judging part includes a voice interaction component, through which the scene in the image and sound to interact with the user. 5. The simulated scene interactive system based on the ciliary muscle training of restoring and improving eyesight according to claim 4, characterized in that: the interactive training judging section includes a human physiological identification component, which is determined by the feedback of human physiological signals training effect. 6. The operation mode of any one of claim 1-5 based on the simulation scene interactive system of the eye ciliary body training of restoring and improving eyesight, it is characterized in that, it comprises the following steps: Step 1. Develop moving light spots and 3D scene images, adjust the optical state of the device effectively according to different patients and strengthen the eye refraction adjustment function optimization parameters including the patient's visual central nervous system control system to set motion animation images and store images; Step 2, using the vision parameter acquisition unit and the parameter adaptation unit to obtain the vision parameters of the human eye, so as to determine the adapted moving light spot and 3D scene image data; Step 3: Use the interactive training judgment unit to interact with the user training process, record the training results, and realize cloud storage, analysis, and vision health monitoring and control; In said step 2, the user's personal information and vision parameters are established to form an independent course of treatment training plan; the user performs training with reference to the course of treatment training plan, and records the user's training progress in real time, so as to track user training and follow-up services; In the third step, the training program is adjusted according to the user's individual differences, preferences, and emotions through the interaction of the training process, so as to improve the interaction effect. 7. The operation mode of the simulated scene interactive system based on the ciliary muscle training of restoring and improving eyesight according to claim 6, characterized in that: it also includes: commercial background service support, which has a whole store Provide, provide equipment system, provide technical consultation and education, and provide consumable products. 8. The operation mode of the simulated scene interaction system based on the ciliary muscle training of restoring and improving vision according to claim 7, characterized in that: the whole store provides flagship stores, standard stores, start-up stores and service points ; The provision of the equipment system includes wholesale distribution, cooperative health, lease use and custom development. 9. The operation mode of the simulated scene interaction system based on the ciliary muscle training of restoring and improving eyesight according to claim 8, characterized in that: the provision of technical consulting and education includes technical training, upgrading services, course development and manpower Output; the provision of consumable products includes retail direct sales, gift giving, bundled services and ordering services. 10. The operation mode of the simulated scene interactive system based on the eye ciliary body training for restoring and improving eyesight according to claim 9, characterized in that: the commercial background service supports network login through the smart phone client or requests through the APP. butt.