A photoacoustic environment automatic control system and method for phototherapy room

Abstract

The present invention provides an automatic control system and method for a photoacoustic environment in a phototherapy room, comprising: obtaining physical examination information of a phototherapy target, formulating a phototherapy plan for a target item to be improved, automatically programming the phototherapy plan for the item to be improved, and creating a combination of phototherapy plan control program modules; performing full-process monitoring of the phototherapy process target, phototherapy system parameter monitoring, and phototherapy room environmental parameter monitoring, and obtaining full-system monitoring data of the phototherapy process; controlling light parameters of the phototherapy process, controlling sound wave parameters in the phototherapy room, and controlling environmental parameters in the phototherapy room according to the full-system monitoring data of the phototherapy process, and obtaining photoacoustic environmental parameter control information of the phototherapy process; establishing a photoacoustic environment combination multidimensional action model according to the phototherapy plan control program module combination, full-system monitoring data of the phototherapy process, and photoacoustic environmental parameter control information, combining light brightness and darkness slow changes, voice-controlled music, and environmental regulation to train the ciliary muscle and red membrane muscle group, and performing photoacoustic environment combination multidimensional adjustment phototherapy control.

Description

Technical Field

[0001] The present invention relates to the technical field of photoacoustic environment monitoring and control intelligent models, and more specifically, to an automatic control system and method for the photoacoustic environment of a phototherapy room. Background Art

[0002] Unhealthy use of light is an important factor leading to myopia; the importance and attention of further popularizing knowledge on healthy light sources are increasing; as people's requirements for healthy light sources become higher and higher, improving the health evaluation indicators and comfort level of the light environment has become a key research direction; how to alleviate the impact of light pollution on human health and how to achieve advantageous lighting sources need to be solved; phototherapy is an auxiliary therapy with advantages such as light burden on the human body, no damage and no drugs. At this stage, the application and role of phototherapy are becoming more and more extensive; how to adjust the lighting parameters, sound and environment according to the needs and status of the patient needs to be solved; how to continuously monitor the patient's conditioning effect and environmental parameters, how to adjust and optimize the control system, how to conduct vision rehabilitation training of the ciliary muscle to achieve the effect of training vision, how to enhance the sensitivity, clarity and perception of details of vision, and how to mobilize different light, sound and environment according to different depression groups to achieve better rehabilitation effects. These problems have yet to be solved; therefore, it is necessary to propose a light and sound environment automatic control system and method for a light therapy room to at least partially solve the problems existing in the prior art. Summary of the invention

[0003] A series of simplified concepts are introduced in the content of the invention, which will be further described in detail in the specific implementation method section; the content of the invention of the present invention does not mean to attempt to limit the key features and essential technical features of the technical solution claimed for protection, nor does it mean to attempt to determine the scope of protection of the technical solution claimed for protection.

[0004] In order to at least partially solve the above problems, the present invention provides a light therapy room light and sound environment automatic control system, comprising:

[0005] The data analysis program subsystem obtains the physical examination information of the phototherapy target, formulates the phototherapy plan for the target items to be improved, automatically programs the phototherapy plan for the items to be improved, and creates a combination of phototherapy plan control program modules;

[0006] The phototherapy target conditioning environment monitoring subsystem monitors the phototherapy process targets, the phototherapy system parameters and the phototherapy room environment parameters according to the phototherapy plan control program module combination, and obtains the whole system monitoring data of the phototherapy process;

[0007] The phototherapy process parameter control subsystem controls the light parameters of the phototherapy process, the sound wave parameters in the phototherapy room, and the environmental parameters in the phototherapy room according to the monitoring data of the whole system during the phototherapy process, and obtains the photoacoustic environmental parameter control information of the phototherapy process;

[0008] The photoacoustic environment multidimensional adjustment subsystem establishes a photoacoustic environment combination multidimensional action model based on the phototherapy plan control program module combination, the phototherapy process full system monitoring data and the photoacoustic environment parameter control information, combines the slow change of light brightness, sound-controlled music and environmental adjustment to train the ciliary muscle and red membrane muscle group, and conducts photoacoustic environment combination multidimensional adjustment phototherapy control.

[0009] Preferably, the data analysis program subsystem includes:

[0010] The phototherapy target physical examination information reading subsystem is connected to the physical examination data center through network communication, reads the physical examination information related to the phototherapy target in the physical examination data center, and obtains the physical examination information of the phototherapy target;

[0011] The information analysis and phototherapy plan formulation subsystem analyzes the physical examination items to be improved of the phototherapy target based on the physical examination information of the phototherapy target; formulates a phototherapy plan for the target items to be improved based on the physical examination items to be improved;

[0012] The phototherapy plan program creation subsystem, based on the target phototherapy plan to be improved, automatically programs the phototherapy plan to be improved, and establishes a phototherapy plan program module calling relationship between the phototherapy plan to be improved and the control program module; based on the phototherapy plan program module calling relationship, creates a phototherapy plan control program module combination.

[0013] Preferably, the phototherapy target conditioning environment monitoring subsystem includes:

[0014] The phototherapy process target monitoring subsystem monitors the entire phototherapy process target through physical examination process monitoring, target emotion process monitoring, and target state expression monitoring according to the combination of the phototherapy program control program modules;

[0015] The phototherapy process system parameter monitoring subsystem monitors the phototherapy system parameters by collecting real-time detection data of the system phototherapy parameters during the phototherapy process in the phototherapy room;

[0016] The phototherapy room environment monitoring collection subsystem monitors the phototherapy room environment parameters by collecting real-time detection data of the phototherapy room environment parameters; according to the full-process monitoring of the phototherapy process objectives, the phototherapy system parameters and the phototherapy room environment parameters, the monitoring data of the entire phototherapy process is obtained by collecting and transmitting the monitoring information for data storage.

[0017] Preferably, the phototherapy process parameter control subsystem includes:

[0018] The phototherapy process parameter control subsystem controls the light parameters of the phototherapy process by controlling the wavelength, brightness and light path condenser group of the multi-wavelength LED lamp, and obtains the light parameter control information of the phototherapy process;

[0019] The phototherapy room sound wave parameter control subsystem controls the sound wave intensity, music timbre and voice volume in the phototherapy room by controlling ultrasonic parameters, infrasonic parameters and sound wave parameters within the human hearing range, and obtains the sound wave parameter control information of the phototherapy room;

[0020] The phototherapy room environmental parameter control subsystem controls the ambient temperature, ambient humidity, air flow velocity and negative oxygen ion concentration in the phototherapy room by controlling the air temperature parameters, air humidity parameters, air flow velocity parameters and negative oxygen ion concentration parameters; and obtains the phototherapy room environmental parameter control information;

[0021] The control information transmission and data storage subsystem obtains the photoacoustic environmental parameter control information of the phototherapy process through control information transmission and data storage according to the light parameter control information of the phototherapy process, the sound wave parameter control information of the phototherapy room and the environmental parameter control information of the phototherapy room.

[0022] Preferably, the photoacoustic environment multidimensional adjustment subsystem includes:

[0023] The phototherapy sound wave environment combination model subsystem establishes a multi-dimensional model of the phototherapy parameters, sound waves and environment of the phototherapy room on the phototherapy target based on the combination of phototherapy program control program modules, the whole system monitoring data of the phototherapy process and the photoacoustic environment parameter control information;

[0024] The action model multidimensional regulation subsystem utilizes the photoacoustic environment combination multidimensional action model to multidimensionally control the phototherapy parameters, sound wave parameters and environmental parameters of the phototherapy room during the phototherapy process according to the physical condition, psychological state and phototherapy plan of the phototherapy target, and performs photoacoustic environment combination multidimensional regulation phototherapy control.

[0025] The present invention provides a method for automatically controlling a photoacoustic environment in a phototherapy room, comprising:

[0026] S100, obtaining physical examination information of the phototherapy target, formulating a phototherapy plan for the target items to be improved, automatically programming the phototherapy plan for the items to be improved, and creating a combination of phototherapy plan control program modules;

[0027] S200, according to the combination of phototherapy program control program modules, the whole process of phototherapy target monitoring, phototherapy system parameter monitoring and phototherapy room environment parameter monitoring are performed to obtain the whole system monitoring data of the phototherapy process;

[0028] S300, according to the whole system monitoring data of the phototherapy process, control the light parameters of the phototherapy process, control the sound wave parameters in the phototherapy room, control the environmental parameters in the phototherapy room, and obtain the photoacoustic environmental parameter control information of the phototherapy process;

[0029] S400, based on the combination of phototherapy program control program modules, the whole system monitoring data of the phototherapy process and the photoacoustic environment parameter control information, a photoacoustic environment combination multi-dimensional action model is established, and the light brightness and darkness slow change, sound-controlled music and environmental adjustment are combined to train the ciliary muscle and red membrane muscle group, and the photoacoustic environment combination multi-dimensional adjustment phototherapy control is carried out.

[0030] Preferably, S100 includes:

[0031] S101, connecting to a physical examination data center through network communication, reading physical examination information related to a phototherapy target from the physical examination data center, and obtaining the physical examination information of the phototherapy target;

[0032] S102, analyzing the physical examination items to be improved of the phototherapy target through the physical examination information according to the phototherapy target; and formulating a phototherapy plan for the target items to be improved according to the physical examination items to be improved;

[0033] S103, according to the target phototherapy scheme to be improved, establish a phototherapy scheme program module calling relationship between the phototherapy scheme to be improved and the control program module through automatic programming of the phototherapy scheme to be improved; and create a phototherapy scheme control program module combination according to the phototherapy scheme program module calling relationship.

[0034] Preferably, S200 includes:

[0035] S201, according to the combination of light therapy program control program modules, the light therapy process target is fully monitored through physical examination item process monitoring, target emotion process monitoring and target state expression monitoring;

[0036] S202, monitoring the phototherapy system parameters by collecting real-time detection data of the system phototherapy parameters during the phototherapy process in the phototherapy room;

[0037] S203, monitor the environmental parameters of the phototherapy room by collecting real-time detection data of the environmental parameters of the phototherapy room; according to the full-process monitoring of the phototherapy process objectives, the phototherapy system parameters and the phototherapy room environmental parameters, the monitoring data of the whole system of the phototherapy process is obtained by collecting and transmitting the monitoring information for data storage.

[0038] Preferably, S300 includes:

[0039] S301, controlling the light parameters of the phototherapy process by controlling the light wavelength, brightness and light path condenser group of the multi-wavelength LED lamp, and obtaining the light parameter control information of the phototherapy process;

[0040] S302, by controlling ultrasonic parameters, infrasonic parameters and sound wave parameters within the human hearing range, the sound wave intensity, music timbre and voice volume in the phototherapy room are controlled to obtain sound wave parameter control information of the phototherapy room;

[0041] S303, controlling the ambient temperature, ambient humidity, air flow velocity and negative oxygen ion concentration in the phototherapy room by controlling the air temperature parameter, air humidity parameter, air flow velocity parameter and negative oxygen ion concentration parameter; obtaining the phototherapy room environmental parameter control information;

[0042] S304, according to the light parameter control information of the phototherapy process, the sound wave parameter control information of the phototherapy room and the environmental parameter control information of the phototherapy room, the photoacoustic environmental parameter control information of the phototherapy process is acquired by transmitting the control information to the data storage.

[0043] Preferably, S400 includes:

[0044] S401, establishing a phototherapy room's phototherapy parameters, sound waves, and a photoacoustic environment combination multidimensional effect model on the phototherapy target based on the phototherapy program control program module combination, the phototherapy process full system monitoring data, and the photoacoustic environment parameter control information;

[0045] S402, using the multi-dimensional action model of the photoacoustic environment combination, according to the physical condition, psychological state and phototherapy plan of the phototherapy target, multi-dimensionally control the phototherapy parameters, sound wave parameters and environmental parameters of the phototherapy room during the phototherapy process, and perform multi-dimensional adjustment phototherapy control of the photoacoustic environment combination.

[0046] Compared with the prior art, the present invention has at least the following beneficial effects:

[0047] The present invention provides an automatic control system and method for the photoacoustic environment of a phototherapy room, including: a data analysis program subsystem, which obtains physical examination information of a phototherapy target, formulates a phototherapy plan for a target item to be improved, automatically programs the phototherapy plan for the item to be improved, and creates a phototherapy plan control program module combination; a phototherapy target conditioning environment monitoring subsystem, which monitors the phototherapy process target throughout, the phototherapy system parameters, and the phototherapy room environment parameters according to the phototherapy plan control program module combination, and obtains the monitoring data of the whole system of the phototherapy process; a phototherapy process parameter control subsystem, which controls the light parameters of the phototherapy process, the sound wave parameters in the phototherapy room, and the environment parameters in the phototherapy room according to the monitoring data of the whole system of the phototherapy process, and obtains the photoacoustic environment parameter control information of the phototherapy process; The photoacoustic environment multi-dimensional adjustment subsystem establishes a photoacoustic environment combination multi-dimensional action model according to the combination of phototherapy program control program modules, the whole system monitoring data of the phototherapy process and the photoacoustic environment parameter control information, combines the slow change of light brightness, voice-controlled music and environmental adjustment to train the ciliary muscle red membrane muscle group, and performs photoacoustic environment combination multi-dimensional adjustment phototherapy control; the phototherapy room of the present invention combines light, music and psychological counseling to control light, sound and environment, relaxes the natural state to train the human ciliary muscle, the light slowly dims automatically, and then slowly brightens, the dimming and brightening cycle is about 10 seconds each, the human eye red membrane contracts when brightening, and the pupil becomes larger when dimming, adapting to the light brightness adjustment environment, training the ciliary muscle red membrane muscle function, conditioning the eyes, and improving visual function; according to the patient's needs and status, adjust the color, brightness and time of the light, and play music at the same time And release negative ions, it has the functions of training human ciliary muscles, depression conditioning and psychological counseling. It can continuously monitor the patient's conditioning effect and environmental parameters, and adjust and optimize the control system according to the feedback results; through the automatic control of the photoacoustic environment to train vision, it can train human ciliary muscles, adjust the brightness based on the contraction of the red membrane, allow the pupil to zoom and adapt to the brightness adjustment environment, and achieve the effect of training vision. Through targeted visual stimulation and training, patients can enhance the sensitivity, clarity and perception of details of vision, and provide suitable background lighting and comfortable visual experience for vision rehabilitation; according to different people with depression, control and adjust different light brightness and sound environments, and play depression-relieving music at the same time. According to the patient's health status, psychological state and conditioning plan, the lighting parameters are adjusted to significantly promote visual training and healthy regulation.

[0048] The present invention describes an automatic control system and method for the photoacoustic environment of a phototherapy room. Other advantages, objectives and features of the present invention will be partially reflected through the following description, and will also be partially understood by technicians in this field through research and practice of the present invention. BRIEF DESCRIPTION OF THE DRAWINGS

[0049] The accompanying drawings are used to provide a further understanding of the present invention and constitute a part of the specification. Together with the embodiments of the present invention, they are used to explain the present invention and do not constitute a limitation of the present invention. In the accompanying drawings:

[0050] Figure 1 This is a diagram showing an embodiment of the framework of an automatic control system for photoacoustic environment in a phototherapy room according to the present invention.

[0051] Figure 2 This is a diagram of an embodiment of an automatic control system for photoacoustic environment in a phototherapy room described in the present invention.

[0052] Figure 3 This is a diagram showing an implementation step of a method for automatically controlling the photoacoustic environment in a phototherapy room according to the present invention. DETAILED DESCRIPTION

[0053] The present invention will be further described in detail below with reference to the accompanying drawings and embodiments so that those skilled in the art can implement the invention according to the instructions. Figure 1-Figure 3 As shown, the present invention provides an automatic control system for photoacoustic environment in a phototherapy room, comprising:

[0054] The data analysis program subsystem obtains the physical examination information of the phototherapy target, formulates the phototherapy plan for the target items to be improved, automatically programs the phototherapy plan for the items to be improved, and creates a combination of phototherapy plan control program modules;

[0055] The phototherapy target conditioning environment monitoring subsystem monitors the phototherapy process targets, the phototherapy system parameters and the phototherapy room environment parameters according to the phototherapy plan control program module combination, and obtains the whole system monitoring data of the phototherapy process;

[0056] The phototherapy process parameter control subsystem controls the light parameters of the phototherapy process, the sound wave parameters in the phototherapy room, and the environmental parameters in the phototherapy room according to the monitoring data of the whole system during the phototherapy process, and obtains the photoacoustic environmental parameter control information of the phototherapy process;

[0057] The photoacoustic environment multidimensional adjustment subsystem establishes a photoacoustic environment combination multidimensional action model based on the phototherapy plan control program module combination, the phototherapy process full system monitoring data and the photoacoustic environment parameter control information, combines the slow change of light brightness, sound-controlled music and environmental adjustment to train the ciliary muscle and red membrane muscle group, and conducts photoacoustic environment combination multidimensional adjustment phototherapy control.

[0058] The principles and effects of the above technical solutions are as follows: The present invention provides an automatic control system for the photoacoustic environment of a phototherapy room, including: a data analysis program subsystem, which obtains physical examination information of the phototherapy target, formulates a phototherapy plan for the target items to be improved, automatically programs the phototherapy plan for the items to be improved, and creates a phototherapy plan control program module combination; a phototherapy target conditioning environment monitoring subsystem, which monitors the phototherapy process targets throughout the process, monitors the phototherapy system parameters, and monitors the environmental parameters of the phototherapy room according to the phototherapy plan control program module combination, and obtains the monitoring data of the whole system of the phototherapy process; a phototherapy process parameter control subsystem, which controls the light parameters of the phototherapy process, controls the sound wave parameters in the phototherapy room, and controls the environmental parameters in the phototherapy room according to the monitoring data of the whole system of the phototherapy process, and obtains the photoacoustic environmental parameter control information of the phototherapy process; The photoacoustic environment multidimensional adjustment subsystem establishes a photoacoustic environment combination multidimensional action model according to the combination of phototherapy program control program modules, the whole system monitoring data of the phototherapy process and the photoacoustic environment parameter control information, combines the slow change of light brightness, voice-controlled music and environmental adjustment to train the ciliary muscle red membrane muscle group, and performs photoacoustic environment combination multidimensional adjustment phototherapy control; the phototherapy room of the present invention combines light, music and psychological counseling to control light, sound and environment, relaxes the natural state to train the human ciliary muscle, the light is slowly dimmed automatically, and then slowly brightened, the dimming and brightening cycle is about 10 seconds each, the human eye red membrane contracts when brightening, and the pupil becomes larger when dimming to adapt to the light brightness adjustment environment, the ciliary muscle red membrane muscle function is trained, the eyes are conditioned, and the visual function is improved; according to the patient's needs and status, the color, brightness and time of the light are adjusted, and music is played and negative ions are released at the same time, which has the functions of training human ciliary muscle, depression conditioning and psychological counseling, can continuously monitor the patient's conditioning effect and environmental parameters, and adjust and optimize the control system according to the feedback results; the automatic control of the photoacoustic environment is used to train vision, which can train Training the ciliary muscles of people, based on the contraction of the red membrane, adjusting the light and darkness, can make the pupil shrink and adapt to the light brightness adjustment environment, and achieve the effect of training vision. Through targeted visual stimulation and training, patients can enhance the sensitivity, clarity and perception of details of vision, and provide suitable background lighting and comfortable visual experience for vision rehabilitation; according to different groups of people with depression, control and adjust different light brightness and sound environments, and play music to relieve depression at the same time. According to the health status, psychological state and conditioning plan of the patients, the visual training and healthy adjustment are significantly promoted by adjusting the lighting parameters; the evaluation indicators of healthy light sources include: light wavelength, light intensity, spectral energy distribution, color temperature index, color rendering index, illuminance, brightness, flicker and color gamut; the hazards of unhealthy light environment include: blue light hazards, visual fatigue, bulbar muscle atrophy, glaucoma and cataracts; the factors of unhealthy light environment include: light flicker factor and glare factor: the light source of the light flicker factor changes rapidly and repeatedly over time, the light source shows a beating or unstable phenomenon, and the depth of the luminous flux fluctuation of the electric light source changes; the greater the depth of the luminous flux fluctuation, the more serious the flicker;Glare factors are visual conditions that cause discomfort or weaken the ability to distinguish details or objects due to inappropriate distribution or range of brightness or too strong contrast; Visual Comfort Index VICO evaluation index: an index based on optometry and subjective cognition to evaluate the effects of light and light media on changes in human visual physiological functions and visual fatigue. This index is independent of physical indicators and is an objective and quantitative evaluation of the effects of light and light media on human visual physiological functions from the perspective of human visual function. Cell Viability Index (CV) evaluation index: Cell Viability Index, CV: an evaluation index that characterizes the damage of LED light products to the human retina; accurately and quantitatively evaluates the retinal damage caused by various LED products to the human eye. ;

[0059] In one embodiment, the data analysis program subsystem includes:

[0060] The phototherapy target physical examination information reading subsystem is connected to the physical examination data center through network communication, reads the physical examination information related to the phototherapy target in the physical examination data center, and obtains the physical examination information of the phototherapy target;

[0061] The information analysis and phototherapy plan formulation subsystem analyzes the physical examination items to be improved of the phototherapy target based on the physical examination information of the phototherapy target; formulates a phototherapy plan for the target items to be improved based on the physical examination items to be improved;

[0062] The phototherapy plan program creation subsystem, based on the target phototherapy plan to be improved, automatically programs the phototherapy plan to be improved, and establishes a phototherapy plan program module calling relationship between the phototherapy plan to be improved and the control program module; based on the phototherapy plan program module calling relationship, creates a phototherapy plan control program module combination.

[0063] The principle and effect of the above technical solution are as follows: using the data analysis program program, the phototherapy target physical examination information reading subsystem is connected to the physical examination data center through network communication, reads the physical examination information related to the phototherapy target in the physical examination data center, and obtains the phototherapy target physical examination information; the information analysis phototherapy plan formulation subsystem, according to the phototherapy target physical examination information, analyzes the physical examination items to be improved of the phototherapy target through the physical examination information; formulates the phototherapy plan for the target item to be improved according to the physical examination items; the phototherapy plan program creation subsystem, according to the phototherapy plan for the target item to be improved, automatically programs the phototherapy plan for the item to be improved, and establishes a phototherapy plan program module calling relationship between the phototherapy plan for the item to be improved and the control program module; according to the phototherapy plan program module calling relationship, a phototherapy plan control program module combination is created; according to the phototherapy plan for the target item to be improved, the phototherapy plan is automatically programmed, which significantly improves the rationality of the phototherapy plan for the target item to be improved and the degree of program automation.

[0064] In one embodiment, the light therapy target conditioning environment monitoring subsystem includes:

[0065] The phototherapy process target monitoring subsystem monitors the entire phototherapy process target through physical examination process monitoring, target emotion process monitoring, and target state expression monitoring according to the combination of the phototherapy program control program modules;

[0066] The phototherapy process system parameter monitoring subsystem monitors the phototherapy system parameters by collecting real-time detection data of the system phototherapy parameters during the phototherapy process in the phototherapy room;

[0067] The phototherapy room environment monitoring collection subsystem monitors the phototherapy room environment parameters by collecting real-time detection data of the phototherapy room environment parameters; according to the full-process monitoring of the phototherapy process objectives, the phototherapy system parameters and the phototherapy room environment parameters, the monitoring data of the entire phototherapy process is obtained by collecting and transmitting the monitoring information for data storage.

[0068] The principles and effects of the above technical solutions are as follows: utilizing the phototherapy target conditioning environment monitoring, the phototherapy process target monitoring subsystem, according to the phototherapy plan control program module combination, through the physical examination item process monitoring, target emotion process monitoring and target state expression monitoring, to conduct the whole process monitoring of the phototherapy process target; the phototherapy process system parameter monitoring subsystem, through the real-time detection data collection of the system phototherapy parameters during the phototherapy process in the phototherapy room, to conduct the phototherapy system parameter monitoring; the phototherapy room environment monitoring collection subsystem, through the real-time detection data collection of the light therapy room environment parameters, to conduct the light therapy room environment parameter monitoring; according to the whole process monitoring of the phototherapy process target, the light therapy system parameter monitoring and the light therapy room environment parameter monitoring, the whole system monitoring data of the light therapy process is obtained by collecting and transmitting the monitoring information; the light therapy process system parameter monitoring is more accurate, and the whole system monitoring range of the light therapy process is wider; the whole process monitoring of the light therapy process target, the light therapy system parameter monitoring and the light therapy room environment parameter monitoring can be carried out through real-time detection data collection, which significantly improves the completeness of the light therapy system parameter monitoring factors.

[0069] In one embodiment, the phototherapy process parameter control subsystem includes:

[0070] The phototherapy process parameter control subsystem controls the light parameters of the phototherapy process by controlling the wavelength, brightness and light path condenser group of the multi-wavelength LED lamp, and obtains the light parameter control information of the phototherapy process;

[0071] The phototherapy room sound wave parameter control subsystem controls the sound wave intensity, music timbre and voice volume in the phototherapy room by controlling ultrasonic parameters, infrasonic parameters and sound wave parameters within the human hearing range, and obtains the sound wave parameter control information of the phototherapy room;

[0072] The phototherapy room environmental parameter control subsystem controls the ambient temperature, ambient humidity, air flow velocity and negative oxygen ion concentration in the phototherapy room by controlling the air temperature parameters, air humidity parameters, air flow velocity parameters and negative oxygen ion concentration parameters; and obtains the phototherapy room environmental parameter control information;

[0073] A control information transmission and data storage subsystem acquires the phototherapy process light parameter control information, the phototherapy room sound wave parameter control information and the phototherapy room environment parameter control information through control information transmission and data storage;

[0074] By controlling the wavelength, brightness and light path condenser group of the multi-wavelength LED lamp, the light parameters of the phototherapy process are controlled, and the light parameter control information of the phototherapy process is obtained, including: controlling the wavelength of the phototherapy light by controlling the wavelength of the multi-wavelength LED lamp; controlling the brightness of the light in the phototherapy room by controlling the brightness of the multi-wavelength LED lamp; controlling the direction of the phototherapy light path and the irradiation position of the light focal spot by controlling the multi-wavelength LED lamp light path condenser group; obtaining the light parameter control information of the phototherapy process according to the wavelength of the phototherapy light, the brightness of the light in the phototherapy room and the irradiation position of the light focal spot.

[0075] The principle and effect of the above technical solution are as follows: utilizing the phototherapy process parameter control, the phototherapy process parameter control subsystem controls the light parameters of the phototherapy process by controlling the wavelength, brightness and optical path condenser group of the multi-wavelength LED lamp, and obtains the light parameter control information of the phototherapy process; the phototherapy room sound wave parameter control subsystem controls the sound wave intensity, music timbre and voice volume in the phototherapy room by controlling the ultrasonic parameters, infrasonic parameters and sound wave parameters within the human hearing range, and obtains the sound wave parameter control information of the phototherapy room; the phototherapy room environmental parameter control subsystem controls the ambient temperature, ambient humidity, air flow velocity and negative oxygen ion concentration in the phototherapy room by controlling the air temperature parameters, air humidity parameters, air flow velocity parameters and negative oxygen ion concentration parameters; obtains the environmental parameter control information of the phototherapy room; the control information transmission data storage subsystem is based on the light parameter control information of the phototherapy process, the sound wave parameter control information of the phototherapy room Control information and phototherapy room environmental parameter control information, obtain photoacoustic environmental parameter control information of the phototherapy process by controlling information transmission data storage; control the light parameters of the phototherapy process by controlling the wavelength, brightness and light path condenser group of the multi-wavelength LED lamp, and obtain the light parameter control information of the phototherapy process, including: controlling the wavelength of the phototherapy light by controlling the wavelength of the multi-wavelength LED lamp; controlling the light brightness of the phototherapy room by controlling the brightness of the multi-wavelength LED lamp; controlling the direction of the phototherapy light path and the irradiation position of the light focal spot by controlling the multi-wavelength LED lamp path condenser group; obtaining the light parameter control information of the phototherapy process according to the wavelength of the phototherapy light, the light brightness of the phototherapy room and the irradiation position of the light focal spot; through targeted visual stimulation and training, patients can enhance the sensitivity, clarity and perception of details of vision, and provide appropriate background lighting and comfortable visual experience for vision rehabilitation.

[0076] In one embodiment, the photoacoustic environment multi-dimensional adjustment subsystem includes:

[0077] The phototherapy sound wave environment combination model subsystem establishes a multi-dimensional model of the phototherapy parameters, sound waves and environment of the phototherapy room on the phototherapy target based on the combination of phototherapy program control program modules, the whole system monitoring data of the phototherapy process and the photoacoustic environment parameter control information;

[0078] The action model multi-dimensional control subsystem uses the photoacoustic environment combination multi-dimensional action model to multi-dimensionally control the phototherapy parameters, sound wave parameters and environmental parameters of the phototherapy room during the phototherapy process according to the physical condition, psychological state and phototherapy plan of the phototherapy target, and performs photoacoustic environment combination multi-dimensional regulation phototherapy control;

[0079] The photoacoustic environment combination multidimensional action model is used to multi-dimensionally control the phototherapy parameters, acoustic wave parameters and environmental parameters of the phototherapy room during the phototherapy process according to the physical condition, psychological state and phototherapy plan of the phototherapy target, and the photoacoustic environment combination multidimensional adjustment phototherapy control includes: reading the physical condition and psychological state physical examination data of the phototherapy target according to the physical condition, psychological state and phototherapy plan of the phototherapy target, and obtaining the phototherapy target physical examination information; inputting the phototherapy target physical examination information into the photoacoustic environment combination multidimensional action model; the photoacoustic environment combination multidimensional action model outputs the physical condition and psychological state phototherapy plan according to the phototherapy target physical examination information; according to the physical condition and psychological state phototherapy plan, by controlling the phototherapy The light parameters of the process are adjusted to train the ciliary muscles of the eyes. Based on the contraction of the red membrane, the light intensity is adjusted to make the pupil expand and contract to adapt to light changes, and targeted visual stimulation training is carried out to enhance the sensitivity, clarity and detail perception of vision, provide suitable background lighting for vision rehabilitation and relieve visual fatigue; control the photoacoustic environmental parameters during the phototherapy process to relieve depression symptoms and provide psychological counseling; continuously monitor the patient's conditioning effects and environmental parameters, and control and adjust the system according to the feedback results; according to the different types of depression populations, control the light parameters of the phototherapy process, control the sound wave parameters in the phototherapy room, and control the environmental parameters in the phototherapy room, and conduct multi-dimensional adjustment of phototherapy control with a combination of photoacoustic environments.

[0080] The principle and effect of the above technical solution are as follows: the photoacoustic environment multidimensional adjustment subsystem includes: a phototherapy sound wave environment combination model subsystem, which establishes a phototherapy room's phototherapy parameters, sound waves and environment's photoacoustic environment combination multidimensional effect model on the phototherapy target according to the phototherapy plan control program module combination, the phototherapy process full system monitoring data and the photoacoustic environment parameter control information; the action model multidimensional regulation subsystem, which uses the photoacoustic environment combination multidimensional effect model to multi-dimensionally control the phototherapy parameters, sound waves and environment of the phototherapy room during the phototherapy process according to the physical condition, psychological state and phototherapy plan of the phototherapy target. The phototherapy control is carried out by combining the photoacoustic environment with the multi-dimensional adjustment of the wave parameters and the environmental parameters; the phototherapy parameters, the sound wave parameters and the environmental parameters of the phototherapy room during the phototherapy process are multi-dimensionally controlled according to the physical condition, the psychological state and the phototherapy plan of the phototherapy target, and the photoacoustic environment is combined with the multi-dimensional adjustment of the phototherapy control, including: reading the physical condition and psychological state of the phototherapy target according to the physical condition, the psychological state and the phototherapy plan of the phototherapy target, and obtaining the physical examination information of the phototherapy target; inputting the physical examination information of the phototherapy target into the multi-dimensional action model of the photoacoustic environment combination The model is used; the photoacoustic environment combination multidimensional action model outputs a phototherapy plan for physical condition and psychological state according to the physical examination information of the phototherapy target; according to the phototherapy plan for physical condition and psychological state, the ciliary muscle of the eye is trained by controlling the light parameters of the phototherapy process, and the light intensity is adjusted based on the contraction of the red membrane, so that the pupil can expand and contract to adapt to the light changes, and targeted visual stimulation training is carried out to enhance the sensitivity, clarity and detail perception of vision, provide suitable background lighting for vision rehabilitation and relieve visual fatigue; the photoacoustic environment parameter control during the phototherapy process is used to relieve depression symptoms and provide psychological counseling; the patient's conditioning effect and environmental parameters are continuously monitored, and the system is controlled and adjusted according to the feedback results; according to the different types of depression population, the light parameters of the phototherapy process, the sound wave parameters in the phototherapy room, and the environmental parameters in the phototherapy room are controlled to carry out photoacoustic environment combination multidimensional adjustment phototherapy control; according to different depression populations, different light brightness and sound environments are controlled and adjusted, and depression-relieving music is played at the same time. According to the patient's health status, psychological state and conditioning plan, visual training and health regulation are significantly promoted by adjusting the light parameters.

[0081] The present invention provides a method for automatically controlling a photoacoustic environment in a phototherapy room, comprising:

[0082] S100, obtaining physical examination information of the phototherapy target, formulating a phototherapy plan for the target items to be improved, automatically programming the phototherapy plan for the items to be improved, and creating a combination of phototherapy plan control program modules;

[0083] S200, according to the combination of phototherapy program control program modules, the whole process of phototherapy target monitoring, phototherapy system parameter monitoring and phototherapy room environment parameter monitoring are performed to obtain the whole system monitoring data of the phototherapy process;

[0084] S300, according to the whole system monitoring data of the phototherapy process, control the light parameters of the phototherapy process, control the sound wave parameters in the phototherapy room, control the environmental parameters in the phototherapy room, and obtain the photoacoustic environmental parameter control information of the phototherapy process;

[0085] S400, based on the combination of phototherapy program control program modules, the whole system monitoring data of the phototherapy process and the photoacoustic environment parameter control information, a photoacoustic environment combination multi-dimensional action model is established, and the light brightness and darkness slow change, sound-controlled music and environmental adjustment are combined to train the ciliary muscle and red membrane muscle group, and the photoacoustic environment combination multi-dimensional adjustment phototherapy control is carried out.

[0086] The principle and effect of the above technical solution are as follows: the present invention provides a method for automatic control of the photoacoustic environment in a phototherapy room, comprising: obtaining physical examination information of the phototherapy target, formulating a phototherapy plan for the target items to be improved, automatically programming the phototherapy plan for the items to be improved, and creating a phototherapy plan control program module combination; according to the phototherapy plan control program module combination, performing full-process monitoring of the phototherapy process target, phototherapy system parameter monitoring, and phototherapy room environmental parameter monitoring, and obtaining full-system monitoring data of the phototherapy process; according to the full-system monitoring data of the phototherapy process, controlling the light parameters of the phototherapy process, controlling the sound wave parameters in the phototherapy room, and controlling the environmental parameters in the phototherapy room, and obtaining photoacoustic environmental parameter control information of the phototherapy process; according to the phototherapy plan control program module combination, the full-system monitoring data of the phototherapy process and The photoacoustic environment parameter control information is used to establish a photoacoustic environment combination multi-dimensional action model, and the light brightness and darkness are slowly changed, the sound-controlled music and the environment are adjusted to train the ciliary muscle and red membrane muscle group, and the photoacoustic environment combination multi-dimensional adjustment phototherapy control is performed; the phototherapy room of the present invention combines light, music and psychological counseling to control the light, sound and environment, relaxes the natural state to train the human ciliary muscle, the light is slowly dimmed automatically, and then slowly brightened, the dimming and brightening cycle is about 10 seconds each, the human eye red membrane contracts when brightening, and the pupil becomes larger when dimming, adapting to the light brightness adjustment environment, training the ciliary muscle and red membrane muscle function, conditioning the eyes, and improving the visual function; according to the patient's needs and status, the color, brightness and time of the light are adjusted, and music is played and negative ions are released at the same time, which has It has the functions of training people's ciliary muscles, depression conditioning and psychological counseling. It can continuously monitor the patient's conditioning effect and environmental parameters, and adjust and optimize the control system according to the feedback results; it can automatically control vision through the photoacoustic environment to train people's ciliary muscles, adjust the light and darkness based on the contraction of the red membrane, and allow the pupil to shrink and adapt to the brightness adjustment environment to achieve the effect of training vision. Through targeted visual stimulation and training, patients can enhance the sensitivity, clarity and perception of details of vision, and provide suitable background lighting and comfortable visual experience for vision rehabilitation; according to different people with depression, different light brightness and sound environments are controlled and adjusted, and depression-relieving music is played at the same time, according to the patient's health status, psychological state and conditioning plan. , by adjusting the lighting parameters, visual training and healthy regulation are significantly promoted; healthy light source evaluation indicators include: light wavelength, light intensity, spectral energy distribution, color temperature index, color rendering index, illuminance, brightness, flicker and color gamut; unhealthy light environment hazards include: blue light hazards, visual fatigue, bulbar muscle atrophy, glaucoma and cataracts; unhealthy light environment factors include: light flicker factor and glare factor: the light source of the light flicker factor changes rapidly and repeatedly over time, the light source shows a beating or unstable phenomenon, and the depth of the light flux fluctuation of the electric light source changes; the greater the depth of the light flux fluctuation, the more serious the flicker; the glare factor is the visual condition that causes discomfort or weakened ability to distinguish details or objects due to inappropriate distribution or range of light brightness, or too strong contrast;Visual comfort index VICO evaluation index: an index based on optometry and subjective cognition to evaluate the effects of light and light media on changes in human visual physiological functions and visual fatigue. This index is independent of physical indicators and is an objective and quantitative evaluation of the effects of light and light media on human visual physiological functions from the perspective of human visual function. Cell Viability Index (CV) evaluation index: Cell Viability Index, CV: an evaluation index that characterizes the damage of LED light products to the human retina; accurately and quantitatively evaluates the retinal damage caused by various LED products to the human eye. ;

[0087] In one embodiment, S100 includes:

[0088] S101, connecting to a physical examination data center through network communication, reading physical examination information related to a phototherapy target from the physical examination data center, and obtaining the physical examination information of the phototherapy target;

[0089] S102, analyzing the physical examination items to be improved of the phototherapy target through the physical examination information according to the phototherapy target; and formulating a phototherapy plan for the target items to be improved according to the physical examination items to be improved;

[0090] S103, according to the target phototherapy scheme to be improved, establish a phototherapy scheme program module calling relationship between the phototherapy scheme to be improved and the control program module through automatic programming of the phototherapy scheme to be improved; and create a phototherapy scheme control program module combination according to the phototherapy scheme program module calling relationship.

[0091] The principle and effect of the above technical solution are: through network communication link to the physical examination data center, read the physical examination information related to the phototherapy target of the physical examination data center, and obtain the physical examination information of the phototherapy target; according to the physical examination information of the phototherapy target, analyze the physical examination items to be improved of the phototherapy target through the physical examination information; according to the physical examination items to be improved, formulate a phototherapy plan for the target item to be improved; according to the phototherapy plan for the target item to be improved, through automatic programming of the phototherapy plan for the item to be improved, establish a calling relationship between the phototherapy plan for the item to be improved and the phototherapy plan program module of the control program module; according to the calling relationship of the phototherapy plan program module, create a phototherapy plan control program module combination; can formulate a phototherapy plan for the target item to be improved according to the physical examination items to be improved; according to the automatic programming of the phototherapy plan for the target item to be improved, significantly improve the rationality of the phototherapy plan for the target item to be improved and the degree of program automation.

[0092] In one embodiment, S200 includes:

[0093] S201, according to the combination of light therapy program control program modules, the light therapy process target is fully monitored through physical examination item process monitoring, target emotion process monitoring and target state expression monitoring;

[0094] S202, monitoring the phototherapy system parameters by collecting real-time detection data of the system phototherapy parameters during the phototherapy process in the phototherapy room;

[0095] S203, monitor the environmental parameters of the phototherapy room by collecting real-time detection data of the environmental parameters of the phototherapy room; according to the full-process monitoring of the phototherapy process objectives, the phototherapy system parameters and the phototherapy room environmental parameters, the monitoring data of the whole system of the phototherapy process is obtained by collecting and transmitting the monitoring information for data storage.

[0096] The principles and effects of the above technical scheme are as follows: according to the combination of phototherapy scheme control program modules, the phototherapy process targets are monitored throughout the process through physical examination item process monitoring, target emotion process monitoring and target state expression monitoring; the phototherapy system parameters are monitored through real-time detection data collection of system phototherapy parameters during the phototherapy process in the phototherapy room; the light therapy room environment parameters are monitored through real-time detection data collection of light therapy room environment parameters; according to the full-process monitoring of the phototherapy process targets, light therapy system parameter monitoring and light therapy room environment parameter monitoring, the full-system monitoring data of the phototherapy process is acquired by collecting and transmitting the monitoring information for data storage; the light therapy process system parameter monitoring is more accurate, and the full-system monitoring range of the light therapy process is wider; the full-process monitoring of the phototherapy process targets, light therapy system parameter monitoring and light therapy room environment parameter monitoring can be carried out through real-time detection data collection, which significantly improves the completeness of the light therapy system parameter monitoring factors.

[0097] In one embodiment, S300 includes:

[0098] S301, controlling the light parameters of the phototherapy process by controlling the light wavelength, brightness and light path condenser group of the multi-wavelength LED lamp, and obtaining the light parameter control information of the phototherapy process;

[0099] S302, by controlling ultrasonic parameters, infrasonic parameters and sound wave parameters within the human hearing range, the sound wave intensity, music timbre and voice volume in the phototherapy room are controlled to obtain sound wave parameter control information of the phototherapy room;

[0100] S303, controlling the ambient temperature, ambient humidity, air flow velocity and negative oxygen ion concentration in the phototherapy room by controlling the air temperature parameter, air humidity parameter, air flow velocity parameter and negative oxygen ion concentration parameter; obtaining the phototherapy room environmental parameter control information;

[0101] S304, acquiring the phototherapy process light parameter control information, the phototherapy room sound wave parameter control information and the phototherapy room environment parameter control information by transmitting the control information and storing the data;

[0102] By controlling the wavelength, brightness and light path condenser group of the multi-wavelength LED lamp, the light parameters of the phototherapy process are controlled, and the light parameter control information of the phototherapy process is obtained, including: controlling the wavelength of the phototherapy light by controlling the wavelength of the multi-wavelength LED lamp; controlling the brightness of the light in the phototherapy room by controlling the brightness of the multi-wavelength LED lamp; controlling the direction of the phototherapy light path and the irradiation position of the light focal spot by controlling the multi-wavelength LED lamp light path condenser group; obtaining the light parameter control information of the phototherapy process according to the wavelength of the phototherapy light, the brightness of the light in the phototherapy room and the irradiation position of the light focal spot.

[0103] The principle and effect of the above technical solution are as follows: by controlling the wavelength, brightness and optical path condenser group of the multi-wavelength LED lamp, the light parameters of the phototherapy process are controlled, and the light parameter control information of the phototherapy process is obtained; by controlling the ultrasonic parameters, infrasonic parameters and sound wave parameters within the human hearing range, the sound wave intensity, music timbre and voice volume in the phototherapy room are controlled, and the sound wave parameter control information of the phototherapy room is obtained; by controlling the air temperature parameters, air humidity parameters, air flow velocity parameters and negative oxygen ion concentration parameters, the ambient temperature, ambient humidity, air flow velocity and negative oxygen ion concentration in the phototherapy room are controlled; the environmental parameter control information of the phototherapy room is obtained; according to the light parameter control information of the phototherapy process, the sound wave parameter control information of the phototherapy room and the environmental parameter control information of the phototherapy room, the light is obtained by transmitting the control information and storing the data. The photoacoustic environment parameter control information of the therapy process; the light parameters of the phototherapy process are controlled by controlling the wavelength, brightness and light path condenser group of the multi-wavelength LED lamp, and the light parameter control information of the phototherapy process is obtained, including: controlling the wavelength of the phototherapy light by controlling the wavelength of the multi-wavelength LED lamp; controlling the brightness of the light in the phototherapy room by controlling the brightness of the multi-wavelength LED lamp; controlling the direction of the phototherapy light path and the irradiation position of the light focal spot by controlling the multi-wavelength LED lamp path condenser group; obtaining the light parameter control information of the phototherapy process according to the wavelength of the phototherapy light, the brightness of the light in the phototherapy room and the irradiation position of the light focal spot; through targeted visual stimulation and training, patients can enhance the sensitivity, clarity and perception of details of their vision, and provide suitable background lighting and comfortable visual experience for vision rehabilitation.

[0104] In one embodiment, S400 includes:

[0105] S401, establishing a phototherapy room's phototherapy parameters, sound waves, and a photoacoustic environment combination multidimensional effect model on the phototherapy target based on the phototherapy program control program module combination, the phototherapy process full system monitoring data, and the photoacoustic environment parameter control information;

[0106] S402, using the photoacoustic environment combination multidimensional action model, according to the physical condition, psychological state and phototherapy plan of the phototherapy target, multidimensionally controlling the phototherapy parameters, sound wave parameters and environmental parameters of the phototherapy room during the phototherapy process, and performing photoacoustic environment combination multidimensional adjustment phototherapy control;

[0107] The photoacoustic environment combination multidimensional action model is used to multi-dimensionally control the phototherapy parameters, acoustic wave parameters and environmental parameters of the phototherapy room during the phototherapy process according to the physical condition, psychological state and phototherapy plan of the phototherapy target, and the photoacoustic environment combination multidimensional adjustment phototherapy control includes: reading the physical condition and psychological state physical examination data of the phototherapy target according to the physical condition, psychological state and phototherapy plan of the phototherapy target, and obtaining the phototherapy target physical examination information; inputting the phototherapy target physical examination information into the photoacoustic environment combination multidimensional action model; the photoacoustic environment combination multidimensional action model outputs the physical condition and psychological state phototherapy plan according to the phototherapy target physical examination information; according to the physical condition and psychological state phototherapy plan, by controlling the phototherapy The light parameters of the process are adjusted to train the ciliary muscles of the eyes. Based on the contraction of the red membrane, the light intensity is adjusted to make the pupil expand and contract to adapt to light changes, and targeted visual stimulation training is carried out to enhance the sensitivity, clarity and detail perception of vision, provide suitable background lighting for vision rehabilitation and relieve visual fatigue; control the photoacoustic environmental parameters during the phototherapy process to relieve depression symptoms and provide psychological counseling; continuously monitor the patient's conditioning effects and environmental parameters, and control and adjust the system according to the feedback results; according to the different types of depression populations, control the light parameters of the phototherapy process, control the sound wave parameters in the phototherapy room, and control the environmental parameters in the phototherapy room, and conduct multi-dimensional adjustment of phototherapy control with a combination of photoacoustic environments.

[0108] The principle and effect of the above technical scheme are: according to the combination of phototherapy program control program modules, the whole system monitoring data of the phototherapy process and the photoacoustic environment parameter control information, a phototherapy room's phototherapy parameters, sound waves and environment's photoacoustic environment combination multidimensional effect model on the phototherapy target is established; using the photoacoustic environment combination multidimensional effect model, according to the physical condition, psychological state and phototherapy plan of the phototherapy target, the phototherapy parameters, sound wave parameters and environmental parameters of the phototherapy room during the phototherapy process are multidimensionally controlled to perform photoacoustic environment combination multidimensional adjustment phototherapy control; using the photoacoustic environment combination multidimensional effect model, according to the physical condition, psychological state and phototherapy plan of the phototherapy target, the phototherapy parameters, sound wave parameters and environmental parameters of the phototherapy room during the phototherapy process are multidimensionally controlled to perform photoacoustic environment combination multidimensional adjustment phototherapy control including: according to the physical condition, psychological state and phototherapy plan of the phototherapy target, the physical condition and psychological state physical examination data of the phototherapy target are read to obtain the phototherapy target physical examination information; the phototherapy target physical examination information is input into the photoacoustic environment combination multidimensional effect model; the photoacoustic environment combination multidimensional effect model is based on the phototherapy Target physical examination information, output physical condition and psychological state phototherapy plan; according to the physical condition and psychological state phototherapy plan, by controlling the light parameters of the phototherapy process to adjust the training of the ciliary muscles of the eyes, based on the contraction of the red membrane, adjust the light intensity and brightness, so that the pupil can expand and contract, adapt to light changes, conduct targeted visual stimulation training, enhance the sensitivity, clarity and detail perception of vision, provide suitable background lighting for vision rehabilitation and relieve visual fatigue; through the phototherapy process, photoacoustic environmental parameter control to relieve depression symptoms and provide psychological counseling; continuously monitor the patient's conditioning effect and environmental parameters, and control and adjust the system according to the feedback results; according to the different types of depression population, control the light parameters of the phototherapy process, control the sound wave parameters in the phototherapy room, control the environmental parameters in the phototherapy room, and conduct multi-dimensional adjustment of the light and sound environment combination phototherapy control; according to different depression populations, control and adjust different light brightness and sound environments, and play depression-relieving music at the same time, according to the patient's health status, psychological state and conditioning plan, adjust the light parameters to significantly promote visual training and health regulation.

[0109] Although the embodiments of the present invention have been disclosed as above, they are not limited to the applications listed in the specification and the implementation methods. They can be fully applied to various fields suitable for the present invention. For those familiar with the art, additional modifications can be easily implemented. Therefore, without departing from the general concept defined by the claims and the scope of equivalents, the present invention is not limited to the specific details and the illustrations shown and described herein.

Claims

1. An automatic control system for photoacoustic environment in a phototherapy room, characterized in that: include: The data analysis program subsystem obtains the physical examination information of the phototherapy target, formulates the phototherapy plan for the target items to be improved, automatically programs the phototherapy plan for the items to be improved, and creates a combination of phototherapy plan control program modules; The phototherapy target conditioning environment monitoring subsystem monitors the phototherapy process targets, the phototherapy system parameters and the phototherapy room environment parameters according to the phototherapy plan control program module combination, and obtains the whole system monitoring data of the phototherapy process; The phototherapy process parameter control subsystem controls the light parameters of the phototherapy process, the sound wave parameters in the phototherapy room, and the environmental parameters in the phototherapy room according to the monitoring data of the whole system during the phototherapy process, and obtains the photoacoustic environmental parameter control information of the phototherapy process; The photoacoustic environment multi-dimensional adjustment subsystem establishes a photoacoustic environment combination multi-dimensional action model based on the combination of phototherapy program control program modules, the whole system monitoring data of the phototherapy process and the photoacoustic environment parameter control information, combines the light brightness and darkness slow change, sound-controlled music and environmental adjustment to train the ciliary muscle red membrane muscle group, and conducts photoacoustic environment combination multi-dimensional adjustment phototherapy control; The photoacoustic environment multi-dimensional adjustment subsystem includes: The phototherapy sound wave environment combination model subsystem establishes a phototherapy room's phototherapy parameters, sound waves and environment's photoacoustic environment combination multidimensional effect model on the phototherapy target based on the phototherapy program control program module combination, the phototherapy process's full system monitoring data and the photoacoustic environment parameter control information; the action model multidimensional regulation subsystem uses the photoacoustic environment combination multidimensional effect model to multidimensionally control the phototherapy parameters, sound wave parameters and environment parameters of the phototherapy room during the phototherapy process based on the phototherapy target's physical condition, psychological state and phototherapy plan, and performs photoacoustic environment combination multidimensional regulation phototherapy control; Utilizing the photoacoustic environment combination multidimensional action model, according to the physical condition, psychological state and phototherapy plan of the phototherapy target, the phototherapy parameters, sound wave parameters and environmental parameters of the phototherapy room during the phototherapy process are multidimensionally controlled to carry out photoacoustic environment combination multidimensional adjustment phototherapy control, including: reading the physical condition and psychological state physical examination data of the phototherapy target according to the physical condition, psychological state and phototherapy plan of the phototherapy target, and obtaining the physical examination information of the phototherapy target; inputting the physical examination information of the phototherapy target into the photoacoustic environment combination multidimensional action model; the photoacoustic environment combination multidimensional action model outputs the physical condition and psychological state phototherapy plan according to the physical examination information of the phototherapy target; according to the physical condition and psychological state phototherapy plan, the ciliary muscles of the eyes are trained by controlling the light parameters of the phototherapy process, and the light intensity is adjusted based on the contraction of the red membrane, so that the pupil can be dilated and contracted. Shrink, adapt to light changes, conduct targeted visual stimulation training, enhance visual sensitivity, clarity and detail perception, provide appropriate background lighting for vision rehabilitation and relieve visual fatigue; control the light and sound environment parameters during the light therapy process to relieve depressive symptoms and provide psychological counseling; continuously monitor the patient's conditioning effects and environmental parameters, and control and adjust the system according to the feedback results; according to the different types of people with depression, control the light parameters of the light therapy process, control the sound wave parameters in the light therapy room, control the environmental parameters in the light therapy room, and conduct multi-dimensional light therapy control with a combination of light and sound environments; according to different people with depression, control and adjust different light brightness and sound environments, and play depression-relieving music at the same time, and significantly promote visual training and healthy regulation by adjusting the light parameters according to the patient's health status, psychological state and conditioning plan.

2. According to claim 1, the phototherapy room light and sound environment automatic control system is characterized in that: The data analysis program subsystem includes: The phototherapy target physical examination information reading subsystem is connected to the physical examination data center through network communication, reads the physical examination information related to the phototherapy target in the physical examination data center, and obtains the physical examination information of the phototherapy target; The information analysis and phototherapy plan formulation subsystem analyzes the physical examination items to be improved of the phototherapy target based on the physical examination information of the phototherapy target; formulates a phototherapy plan for the target items to be improved based on the physical examination items to be improved; The phototherapy plan program creation subsystem, based on the target phototherapy plan to be improved, automatically programs the phototherapy plan to be improved, and establishes a phototherapy plan program module calling relationship between the phototherapy plan to be improved and the control program module; based on the phototherapy plan program module calling relationship, creates a phototherapy plan control program module combination.

3. The photoacoustic environment automatic control system of a phototherapy room according to claim 1, characterized in that: The phototherapy target conditioning environment monitoring subsystem includes: The phototherapy process target monitoring subsystem monitors the entire phototherapy process target through physical examination process monitoring, target emotion process monitoring, and target state expression monitoring according to the combination of the phototherapy program control program modules; The phototherapy process system parameter monitoring subsystem monitors the phototherapy system parameters by collecting real-time detection data of the system phototherapy parameters during the phototherapy process in the phototherapy room; The phototherapy room environment monitoring collection subsystem monitors the phototherapy room environment parameters by collecting real-time detection data of the phototherapy room environment parameters; according to the full-process monitoring of the phototherapy process objectives, the phototherapy system parameters and the phototherapy room environment parameters, the monitoring data of the entire phototherapy process is obtained by collecting and transmitting the monitoring information for data storage.

4. The photoacoustic environment automatic control system of a phototherapy room according to claim 1, characterized in that: The phototherapy process parameter control subsystem includes: The phototherapy process parameter control subsystem controls the light parameters of the phototherapy process by controlling the wavelength, brightness and light path condenser group of the multi-wavelength LED lamp, and obtains the light parameter control information of the phototherapy process; The phototherapy room sound wave parameter control subsystem controls the sound wave intensity, music timbre and voice volume in the phototherapy room by controlling ultrasonic parameters, infrasonic parameters and sound wave parameters within the human hearing range, and obtains the sound wave parameter control information of the phototherapy room; The phototherapy room environmental parameter control subsystem controls the ambient temperature, ambient humidity, air flow velocity and negative oxygen ion concentration in the phototherapy room by controlling the air temperature parameters, air humidity parameters, air flow velocity parameters and negative oxygen ion concentration parameters; and obtains the phototherapy room environmental parameter control information; The control information transmission and data storage subsystem obtains the photoacoustic environmental parameter control information of the phototherapy process through control information transmission and data storage according to the light parameter control information of the phototherapy process, the sound wave parameter control information of the phototherapy room and the environmental parameter control information of the phototherapy room.

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