CN116999668A - Multi-wavelength LED emotion adjustment phototherapy instrument with feedback adjustment - Google Patents

Abstract

A multi-wavelength LED emotion regulating phototherapy instrument with feedback regulation is characterized in that a flexible circuit board is integrated in a supporting module, and a headband (4) is arranged on a fixing unit; the auxiliary light environment module is arranged on a fixed unit of the supporting module and provides environment light rays with different wave bands by using a first LED light source (21); the transocular treatment module has a second LED light source (33) on the adjustable unit of the support module that irradiates into the eye; the main control module is arranged on the flexible circuit board and comprises a control unit and a remote connection unit; the control unit adjusts the LED light source to irradiate different light rays; the phototherapy apparatus is remotely connected with an APP (application) module of the mobile terminal through a remote connection unit, detection data of a feedback module are sent to the mobile terminal in real time, and data sent by the mobile terminal are received; the feedback module is arranged on the flexible circuit board and comprises a heart rate detector (71) and an illumination detector (72); the power supply module is arranged on the flexible circuit board.

Description

A multi-wavelength LED mood-adjusting light therapy device with feedback adjustment

Technical field

The present invention relates to the technical field of medical devices, and in particular, to a multi-wavelength LED mood regulating light therapy device with feedback adjustment.

Background technique

As people's pace of life continues to accelerate, work pressure is increasing day by day, and the prevalence of mental illness is increasing year by year. Emotions such as anxiety and depression have greatly affected people's normal work and life. Lighting is closely related to emotion. Light signals mainly regulate the central biological clock through the "retina-hypothalamic pathway." Studies have shown that the photoreceptor cells ipRGCs on the retina of the human eye directly transmit stimulation signals to the hypothalamus, and then to the pines through the hypothalamus. The fruit body regulates the secretion of melatonin by stimulating the pineal gland, thereby managing the body's physiological time, coordinating and controlling people's rhythms and activity states in different periods of time. Phototherapy can also directly relieve depressive-like symptoms through the retinal-thalamic ventrolateral geniculate nucleus/intergeniculate lobule-lateral habenula pathway. In addition, high-quality sleep has a certain improvement effect on various mental illnesses such as depression, bipolar disorder, and schizophrenia.

According to research, 471nm blue light induces brain responses in the thalamus, amygdala and hippocampus, which can improve patients' drowsiness symptoms and regulate their alertness and cognitive functions. 629nm red light and 533nm green light can improve people's sleep, improve sleep quality, and reduce the occurrence of sleep inertia. White light with a wavelength of 380 to 750nm can simulate the effect of normal daytime to regulate biological rhythms and emotions.

For mental-related illnesses, medication and light therapy are often used to improve mood. The side effects of phototherapy are milder than those of drug treatment, and patients are more accepting of them. Therefore, phototherapy treatment has certain market prospects. Considering that long-term high-intensity exposure of 471nm blue light may cause harm to some users' eyes during phototherapy, safety considerations need to be taken when performing phototherapy, and measures need to be taken for different users. to different light formulas and provide feedback based on the experience.

Most of the light therapy solutions for mood regulation on the market use light therapy boxes, which require the user to perform irradiation in a fixed position, and there are strict requirements for the location of the light therapy room and the light therapy box. Although there are phototherapy eye masks on the market that can achieve some functions, using them during sleep time will cause additional stimulation to the user, and they do not have corresponding detection and feedback devices.

Contents of the invention

In order to overcome the shortcomings of the prior art, the technical problem to be solved by the present invention is to provide a multi-wavelength LED mood regulating phototherapy device with feedback adjustment, which is easy to use, has a good user experience, has multiple treatment modes, and has a feedback function. , you can freely adjust different light therapy formulas to achieve different treatment plans that suit you.

The technical solution of the present invention is: this multi-wavelength LED mood regulating phototherapy device with feedback adjustment, which includes: a support module, an auxiliary light environment module (2), a trans-ocular treatment module (3), a main control module (8), Feedback module (7), power supply module (9);

The support module is the main structure of the phototherapy instrument, which includes a fixed unit and an adjustable unit. A flexible circuit board is integrated inside the support module, and the fixed unit is equipped with a headband (4);

The auxiliary light environment module uses the first LED light source (21) to provide ambient light in different bands on the fixed unit supporting the module;

The transocular treatment module has a second LED light source (33) that illuminates the eye on the adjustable unit of the support module;

The main control module is set on a flexible circuit board and includes a control unit and a remote connection unit;

The control unit adjusts the LED light source to illuminate different lights; remotely connects the phototherapy instrument to the APP application module of the mobile terminal through the remote connection unit, sends the detection data of the feedback module to the mobile terminal in real time, and receives the data sent by the mobile terminal;

The feedback module is provided on the flexible circuit board and includes a heart rate detector (71) and an illumination detector (72);

The power supply module is arranged on the flexible circuit board and supplies power to the auxiliary light environment module, the transocular treatment module, the main control module and the feedback module.

The support module of the present invention is the main structure of the phototherapy instrument, which includes a fixed unit and an adjustable unit. A flexible circuit board is integrated inside the support module, and the fixed unit is provided with a headband; the auxiliary light environment module is on the fixed unit of the support module. The first LED light source provides ambient light of different bands; the transocular treatment module is on the adjustable unit of the support module and has a second LED light source that shines into the eye; the main control module is set on the flexible circuit board, which includes a control unit and Remote connection unit; the control unit adjusts the LED light source to illuminate different lights; remotely connects the phototherapy device to the APP application module of the mobile terminal through the remote connection unit, sends the detection data of the feedback module to the mobile terminal in real time, and receives the data sent by the mobile terminal. ; The feedback module is set on the flexible circuit board, which includes a heart rate detector and an illumination detector; the power supply module is set on the flexible circuit board, which supplies power to the auxiliary light environment module, the transocular treatment module, the main control module and the feedback module; therefore It can give users a comfortable experience when using it. The auxiliary light environment module can ensure that users can still carry out other visual activities while using it. The transocular treatment module connected by the adjustable unit can be adjusted. When not needed When performing other visual work, placing it in front of the eyepiece can reduce the impact of other environmental radiation, and only retain the therapeutic light to pass through the eyes for treatment; it has multiple treatment modes and feedback functions, and you can freely adjust different light therapy formulas to achieve the one that suits you Different treatment options.

Description of the drawings

Figure 1 shows a schematic structural diagram of a multi-wavelength LED mood regulating light therapy device with feedback adjustment according to the present invention.

Figure 2 shows a schematic structural diagram of the auxiliary light environment module of the multi-wavelength LED mood-adjusting light therapy device with feedback adjustment according to the present invention.

Figure 3 shows a schematic structural diagram of the transocular treatment module of the multi-wavelength LED mood-modulating light therapy device with feedback adjustment according to the present invention.

Fig. 4 shows a control principle block diagram of the multi-wavelength LED mood-modulating light therapy device with feedback adjustment according to the present invention.

FIG. 5 shows a schematic diagram of intelligent device control according to one mode of the multi-wavelength LED mood-adjusting light therapy device with feedback adjustment according to the present invention.

Figure 6 shows another mode of intelligent device control schematic diagram of the multi-wavelength LED mood regulating light therapy device with feedback adjustment according to the present invention.

Detailed ways

In order to enable those skilled in the art to better understand the solutions of the present invention, the technical solutions in the embodiments of the present invention will be clearly and completely described below in conjunction with the accompanying drawings in the embodiments of the present invention. Obviously, the described embodiments are only These are some embodiments of the present invention, rather than all embodiments. Based on the embodiments of the present invention, all other embodiments obtained by those of ordinary skill in the art without creative efforts should fall within the scope of protection of the present invention.

It should be noted that the term "comprise" and any variations in the description and claims of the present invention and the above-mentioned drawings are intended to cover non-exclusive inclusion, for example, a process, method, and device that includes a series of steps or units. , products, or devices need not be limited to those steps or units that are expressly listed, but may include other steps or units that are not expressly listed or that are inherent to the processes, methods, products, or devices.

As shown in Figure 1, this multi-wavelength LED mood regulating phototherapy device 1 with feedback adjustment includes: a support module, an auxiliary light environment module 2, a trans-ocular treatment module 3, a main control module 8, a feedback module 7, and a power supply module. 9;

The support module is the main structure of the phototherapy instrument, which includes a fixed unit and an adjustable unit. A flexible circuit board is integrated inside the support module, and the fixed unit is provided with a headband 4;

The auxiliary light environment module uses the first LED light source 21 to provide ambient light in different bands on the fixed unit supporting the module;

The transocular treatment module has a second LED light source 33 that irradiates into the eye on the adjustable unit of the support module;

The main control module is set on a flexible circuit board and includes a control unit and a remote connection unit;

The control unit adjusts the LED light source to illuminate different lights; remotely connects the phototherapy instrument to the APP application module of the mobile terminal through the remote connection unit, sends the detection data of the feedback module to the mobile terminal in real time, and receives the data sent by the mobile terminal;

The feedback module is provided on the flexible circuit board, which includes a heart rate detector 71 and an illumination detector 72;

The power supply module is arranged on the flexible circuit board and supplies power to the auxiliary light environment module, the transocular treatment module, the main control module and the feedback module.

The support module of the present invention is the main structure of the phototherapy instrument, which includes a fixed unit and an adjustable unit. A flexible circuit board is integrated inside the support module, and the fixed unit is provided with a headband; the auxiliary light environment module is on the fixed unit of the support module. The first LED light source provides ambient light of different bands; the transocular treatment module is on the adjustable unit of the support module and has a second LED light source that shines into the eye; the main control module is set on the flexible circuit board, which includes a control unit and Remote connection unit; the control unit adjusts the LED light source to illuminate different lights; remotely connects the phototherapy device to the APP application module of the mobile terminal through the remote connection unit, sends the detection data of the feedback module to the mobile terminal in real time, and receives the data sent by the mobile terminal. ; The feedback module is set on the flexible circuit board, which includes a heart rate detector and an illumination detector; the power supply module is set on the flexible circuit board, which supplies power to the auxiliary light environment module, the transocular treatment module, the main control module and the feedback module; therefore It can give users a comfortable experience when using it. The auxiliary light environment module can ensure that users can still carry out other visual activities while using it. The transocular treatment module connected by the adjustable unit can be adjusted. When not needed When performing other visual work, placing it in front of the eyepiece can reduce the impact of other environmental radiation, and only retain the therapeutic light to pass through the eyes for treatment; it has multiple treatment modes and feedback functions, and you can freely adjust different light therapy formulas to achieve the one that suits you Different treatment options.

Preferably, the LED light source includes: a white light lamp bead that can emit a wavelength of 380 to 750 nm, a red light lamp bead that can emit a wavelength of 629 nm, a green light bead that can emit a wavelength of 533 nm, and a blue light bead that can emit a wavelength of 471 nm.

Preferably, an eyepiece 6 is provided behind the auxiliary light environment module, and the LED lamp beads around it irradiate light of different wavelengths around the eyepiece, so that the color of the environment shown by the user through the eyepiece changes according to the color of the LED light source. Furthermore, the auxiliary light environment module plays a role in simulating changes in ambient light. The integrated LED light source inside can illuminate different wavelengths of light in front of the eyepiece. The illumination of the light is between 200 and 500 lux. The user can see through the eyepiece that the environment appears differently according to the color of the LED light source. Color change.

Preferably, the LED lamp beads inside the transocular treatment module irradiate light of different wavelengths to the eyes through the eyepiece. When the user closes his eyes, the light passes through the eyelids and irradiates the eyes, and the light is irradiated to the retina. Regulation of mood and rhythm.

Preferably, a hinge 31 and a rotating shaft 32 are provided at the connection between the adjustable unit and the fixed unit; before the user goes to sleep, the adjustable unit is placed in front of the fixed unit to block other external light; when not needed, the adjustable unit is The unit is placed upwards and secured above the fixed unit to ensure its durability.

Preferably, the illumination detector detects the light intensity of the irradiated light in real time and sends it to the main control module; the illumination detector can detect the light intensity of the light near the user's eyes in real time to ensure that the user can perform treatment safely and comfortably, wherein , when the illumination exceeds the preset safety threshold, the main control module will issue a warning. The heart rate detector collects the user's heart rate information during use and sends it to the main control module; based on the heart rate information, the main control module can identify the user's status during treatment, including identifying sleep status, simulation of mood, anxiety, etc. The main control module can detect the user's sleep status through the heart rate detector. When it detects that the user is in a deep sleep state, it will stop irradiation to reduce interference to the user's sleep.

Preferably, the main control module controls the irradiation wavelength, irradiation light intensity, irradiation time, irradiation duration, irradiation mode and irradiation frequency of the auxiliary light environment module and the transocular treatment module through different light therapy formulas. The phototherapy formula is determined by the irradiation wavelength, irradiation light intensity, irradiation time, irradiation duration, irradiation mode and irradiation frequency. Among them, the irradiation wavelengths are 380-750nm white light, 629nm red light, 533nm green light and 471nm blue light. , the irradiation light intensity is between 200 and 500 lux. The irradiation time can be customized to select any time point of the day, which can be accurate to minutes. The irradiation duration can be set in hours, minutes and seconds. The irradiation mode can be divided into Pulse and continuous, in pulse irradiation mode, the pulse frequency during irradiation can be further customized.

Preferably, the phototherapy formula includes a built-in phototherapy formula and a custom phototherapy formula. The phototherapy formula has default settings and can be customized. Users can achieve different curative effects by customizing the phototherapy formula that suits them, making the user feel the most comfortable adjustment effect.

Preferably, the APP application module of the mobile terminal sets a usage feedback option. The APP application module will collect the usage feedback and send the usage feedback to the main control module. The main control module generates phototherapy formulas suitable for different users through iteration.

Preferably, the first LED light source of the auxiliary light environment module and the second LED light source of the transocular treatment module are both provided with a uniform light layer on the surface in front of the light source to ensure that the irradiated light is uniform; the power supply module uses lightweight rechargeable lithium batteries. , ensuring sufficient power supply while also taking into account portability; the outside of the fixed unit supporting the module is made of polymer material, ensuring its durability while ensuring its appropriate weight, and a soft sponge 5 is provided near the head , to ensure that the phototherapy device can be worn stably on the head during use. The headband is made of elastic material and can be elastically adjusted to adapt to different users.

The invention is described in more detail below.

Referring to Figures 1-3, the described multi-wavelength LED mood-regulating phototherapy device with feedback adjustment includes a fixed unit 1 responsible for the main structure. The fixed unit has a flexible circuit board integrated inside, and the outside is made of light organic polymer materials. It is made to ensure strength and lightness, and provides an elastic headband 4 to be worn on the user's head, a soft sponge eyeglass socket 5 to ensure stability and comfort for the user during use, and an eyepiece 6 for other visual work during use. An auxiliary light environment module 2 that can provide simulated ambient light effects and a transocular treatment module 3 that can pass through the eyes and eyelids in a closed eye state. The auxiliary light environment module 2 is located in front of the eyepiece 6. Several multi-wavelength LED light sources 21 are integrated around the eyepiece 6, as well as a uniform light layer 22 for the light source. The transocular treatment module 3 passes through the rotating shaft 32 of the connecting device and The hinge 31 of the connecting device is connected to the fixed unit 1. The transocular treatment module 3 integrates several LED light sources 33 of the transocular treatment module in the form of an array, and provides uniform light for the LED light sources 33 of the transocular treatment module. Functional light-diffusion layer 34. The transocular treatment module 3 can be placed in front of the eyepiece when in use through the rotating shaft 32 of the connecting device and the hinge 31 of the connecting device, and can be adjusted upward and fixed when not in use. After the eyepiece 6, an illumination detector 72 for detecting light entering the user's eyes is provided to ensure the user's safety during use. A heart rate detector 71 is provided near the fixing unit 1 and the user's temple.

Referring to Figure 4, the main control module 8 integrates a remote connection unit 81 and a control unit 82. The remote connection unit 81 is used for information interaction with the remote APP terminal 10 and instruction transmission to the control unit 82. The control unit 82 is used for control assistance. The phototherapy formulas of the light environment module 2 and the transocular treatment module 3 and their operating status. The feedback module 7 is integrated by the heart rate detector 71 and the illumination detector 72. The feedback module 7 can collect the usage information of the auxiliary light environment module 2 and the transocular treatment module 3, and feedback the information to the remote APP terminal 10 through the remote connection unit 81 . The power supply module 9 provides power support for the feedback module 7, the main control module 8, the auxiliary light environment module 2 and the transocular treatment module 3 integrated on the flexible circuit. The power supply module 9 mainly uses rechargeable lightweight lithium batteries to ensure the power used by the equipment and its light weight.

Example 1

This embodiment provides a multi-wavelength LED mood-adjusting light therapy device with feedback adjustment, and the usage scenario is daytime treatment. Before use, the user can first set the phototherapy formula on the remote APP terminal 10. The remote connection unit 81 connects the remote APP terminal 10 to the device. The user can issue instructions to the control unit 82 on the remote APP terminal 10. The user adjusts the elastic material headband 4, aligns the soft sponge glasses frame 5 with the eyes, and wears the phototherapy device on the head. And the transocular treatment module 3 is lifted upward and fixed using the rotating shaft 32 of the connecting device and the hinge 31 of the connecting device. Only use the auxiliary light environment module 2 for treatment. When the equipment of this embodiment is working, the power supply module 9 supplies power to the equipment of this embodiment.

The user sets the phototherapy formula on the remote APP terminal 10, sets the wavelength of the irradiation light to green light with a wavelength of 533 nm, an illumination of 350 lux, the irradiation time to 8:50, and the irradiation duration to 30 minutes. The irradiation mode is set to pulse light irradiation, and the frequency is set to 50Hz. The control unit 82 in the main control module 8 will control the LED light source 21 of the auxiliary light environment module 2 of the power supply module 9 according to the setting parameters of the phototherapy formula. The area in front of 6 forms a green light, simulating the pattern of ambient light.

Since lightweight lithium batteries and lightweight polymer materials are used, and the transocular treatment module 3 is lifted upward and fixed, the user can read or do other visual work through the eyepiece 6 while performing phototherapy. At the same time, the illumination detector 72 and the heart rate detector 71 in the feedback module 7 are also working at this time. The illumination detector 71 can detect the illumination data of the split light reaching the user's eyes, and send its measured value through the remote connection unit 81 The feedback is on the APP. In addition, during use, the heart rate detector located near the user's temple can detect the user's heart rate and status during use. After the treatment is completed, the user's APP 10 will prompt the user to evaluate the phototherapy status. The APP 10 will dynamically adjust the preset phototherapy formula based on the collected feedback evaluation. Iteratively optimize the most comfortable light therapy formula for the user.

When the illumination detected by the illumination detector or the heart rate detected by the heart rate detector is abnormal after being detected by the main control module 8, the remote connection unit will issue a warning to the APP terminal 10 and control the power supply module 9 to stop the phototherapy.

Example 2

This embodiment provides a multi-wavelength LED mood-adjusting light therapy device with feedback adjustment, which is used before going to bed. Before use, the user can first set the phototherapy formula on the remote APP terminal 10. The remote connection unit 81 connects the remote APP terminal 10 to the device. The user can issue instructions to the control unit 82 on the remote APP terminal 10. The user adjusts the elastic material headband 4, aligns the soft sponge glasses frame 5 with the eyes, and wears the phototherapy device on the head. And place the transocular treatment module 3 downward using the rotating shaft 32 of the connecting device and the hinge 31 of the connecting device, cover it in front of the eyepiece and fix it. Only use Transocular Treatment Module 3 for treatment. When the equipment of this embodiment is working, the power supply module 9 supplies power to the equipment of this embodiment.

The user sets the phototherapy formula on the remote APP terminal 10, sets the wavelength of the irradiation light to red light with a wavelength of 629 nm, an illumination of 200 lux, the irradiation time to 22:30, and the irradiation duration to 40 minutes. The irradiation mode is set to continuous light irradiation. The control unit 82 in the main control module 8 will control the LED light source 33 of the transocular treatment module 3 of the power supply module 9 according to the setting parameters of the phototherapy formula, through the eyepiece 6 and the user's closed eyelids, shining towards the eyes.

The device of this embodiment uses lightweight lithium batteries and lightweight polymer materials. The transocular treatment module 3 covers the area in front of the eyepiece downwards and is fixed. Therefore, it can shield light and radiation other than the treatment light, and only retain the treatment light. The illumination detector 72 and the heart rate detector 71 in the feedback module 7 are working at this time. The illumination detector 71 can detect the illumination data of the split light reaching the user's eyes, and feedback the measured value to the APP10 through the remote connection unit 81 Above, the heart rate detector 71 can detect the user's heart rate during use and detect the user's sleep state during use. When the data detected by the heart rate detector 71 infers that the user has entered sleep for a certain period of time, the control unit 82 directly controls the power supply. Module 9 turns off the treatment light of the phototherapy device to ensure the user's sleep condition.

The advantages and positive effects of this application are: this application uses two different phototherapy programs. The auxiliary light environment module ensures that the user takes into account other visual activities, such as reading, etc. when using it; the transocular treatment module can When no other visual work is required or the eyes are closed, before placing the eyepiece, the impact of other environmental radiation can be reduced, and only the therapeutic light is retained to pass through the eyes for treatment. The transocular treatment module is connected to the fixed unit by an adjustable device, which can be placed in front of the eyepiece during use and adjusted upward when not needed. The hinges and rotating shafts on the adjustable device ensure its stability. In addition, this application has a variety of treatment wavelengths, and users can make different adjustments under different situations and needs. Furthermore, users can adjust different phototherapy formulas to achieve different treatment plans that suit themselves. Since this application illuminates the eyes to achieve phototherapy, this application is equipped with a feedback adjustment function. While the phototherapy device is working, it can display to the user the light intensity information and heart rate during treatment, as well as the phototherapy formula. The phototherapy device can identify the user's status, such as sleep, based on heart rate information, and intelligently adjust the working status of the phototherapy device based on the user's status. Since emotional regulation requires a long process of relief and adjustment, this application provides a solution that is easy to use and has multiple treatment modes. It can be dynamically adjusted and displayed in real time on a remote APP and can be worn by the user to achieve better results. For effective phototherapy and adaptability to different lifestyles, this application can dynamically adjust the phototherapy formula based on feedback after phototherapy to achieve customized phototherapy formulas for different users.

The above are only preferred embodiments of the present invention and do not limit the present invention in any form. Any simple modifications, equivalent changes and modifications made to the above embodiments based on the technical essence of the present invention still belong to the present invention. The scope of protection of the technical solution of the invention.

Claims (10)

1. A multi-wavelength LED mood-adjusting phototherapy device with feedback adjustment, characterized in that it includes: a support module, an auxiliary light environment module (2), a transocular treatment module (3), a main control module (8), and feedback Module (7), power supply module (9); The support module is the main structure of the phototherapy instrument, which includes a fixed unit and an adjustable unit. A flexible circuit board is integrated inside the support module, and the fixed unit is equipped with a headband (4); The auxiliary light environment module uses the first LED light source (21) to provide ambient light in different bands on the fixed unit supporting the module; The transocular treatment module has a second LED light source (33) that illuminates the eye on the adjustable unit of the support module; The main control module is set on the flexible circuit board, which includes a control unit and a remote connection unit; the control unit adjusts the LED light source to illuminate different lights; the phototherapy device is remotely connected to the APP application module of the mobile terminal through the remote connection unit, and the feedback module is Send the detection data to the mobile terminal in real time and receive the data sent by the mobile terminal; The feedback module is provided on the flexible circuit board and includes a heart rate detector (71) and an illumination detector (72); The power supply module is arranged on the flexible circuit board and supplies power to the auxiliary light environment module, the transocular treatment module, the main control module and the feedback module. 2. The multi-wavelength LED mood regulating phototherapy device with feedback adjustment according to claim 1, characterized in that: the LED light source includes: a white light lamp bead that can emit a wavelength of 380-750nm, a red light lamp that can emit a wavelength of 629nm. beads, green light beads that can emit 533nm wavelength and blue light beads that can emit 471nm wavelength. 3. The multi-wavelength LED mood-adjusting phototherapy device with feedback adjustment according to claim 2, characterized in that: an eyepiece (6) is provided behind the auxiliary light environment module, and the LED lamp beads around it illuminate differently around the eyepiece. The wavelength of light changes the color of the environment shown by the user through the eyepiece according to the color of the LED light source. 4. The multi-wavelength LED mood regulating phototherapy device with feedback adjustment according to claim 3, characterized in that: the LED lamp beads inside the transocular treatment module irradiate light of different wavelengths to the eyes through the eyepiece, and when the user closes the eyes, The eyes allow light to pass through the eyelids and shine into the eyes, and regulate emotions and rhythms by shining light onto the retina. 5. The multi-wavelength LED mood regulating phototherapy device with feedback adjustment according to claim 4, characterized in that: a hinge (31) and a rotating shaft (32) are provided at the connection between the adjustable unit and the fixed unit; Before going to bed, place the adjustable unit in front of the fixed unit to block other external light; when not needed, place the adjustable unit upward and fix it above the fixed unit. 6. The multi-wavelength LED mood-adjusting phototherapy device with feedback adjustment according to claim 5, characterized in that: the illumination detector detects the light intensity of the irradiated light in real time and sends it to the main control module; the heart rate detector collects the user's information during use. The heart rate information at the time is sent to the main control module. 7. The multi-wavelength LED mood regulating phototherapy device with feedback adjustment according to claim 6, characterized in that: the main control module controls the irradiation wavelength and irradiation light of the auxiliary light environment module and the transocular treatment module through different phototherapy formulas. Intensity, time of exposure, duration of exposure, mode of exposure and frequency of exposure. 8. The multi-wavelength LED mood regulating light therapy device with feedback adjustment according to claim 7, characterized in that: the light therapy formula includes a built-in light therapy formula and a customized light therapy formula. 9. The multi-wavelength LED mood regulating phototherapy device with feedback adjustment according to claim 8, characterized in that: the APP application module of the mobile terminal sets a usage feedback option, and the APP application module will collect the usage feedback and use the feedback option. Send it to the main control module, which iteratively generates phototherapy formulas suitable for different users. 10. The multi-wavelength LED mood regulating light therapy device with feedback adjustment according to claim 9, characterized in that: the first LED light source of the auxiliary light environment module and the second LED light source of the transocular treatment module are both in front of the light source. A uniform light layer is provided on the surface; the power supply module uses a lightweight rechargeable lithium battery; the outside of the fixed unit supporting the module is made of polymer material, a soft sponge (5) is provided near the head, and the headband is made of elastic material.