Physiotherapy rehabilitation system capable of improving self-healing capacity and rehabilitation method

Abstract

The invention relates to the technical field of medical treatment, in particular to a physical therapy rehabilitation system and rehabilitation method.The physical therapy rehabilitation system comprises a multifunctional pillow, a shoulder and neck dredging suit, a far infrared thermal therapy cabin and a monitoring assembly, and the monitoring assembly comprises an equipment monitoring module, a human body monitoring module and an alarm module; the equipment monitoring module and the human body monitoring module are respectively connected with the alarm module; the monitoring assembly monitors the temperature, current and voltage of the multifunctional pillow, the shoulder and neck dredging suit and the far infrared thermal therapy cabin in real time to ensure normal operation of all the devices, the human body monitoring module monitors physiological reactions of a user in the using process in real time to ensure personal safety of the user, and an emergency stop button is arranged to interrupt operation of all electronic devices, so that the safety of the user is ensured. And the alarm module can trigger an alarm mechanism in time when monitoring abnormity, so that the normal operation of physiotherapy and the safety of the user are effectively guaranteed.

Description

Technical Field

[0001] The present invention relates to the field of medical technology, and in particular to a physical therapy rehabilitation system and a rehabilitation method for improving self-healing ability. Background Art

[0002] Chronic diseases have become a major killer of human health. According to the theory of traditional Chinese medicine, most chronic diseases are caused by factors such as blockage of the body's meridians and negative emotions caused by life pressure. Unblocking the meridians and reducing the negative emotions caused by life pressure have become the primary link in treating chronic diseases and improving self-healing ability. At present, most chronic diseases are treated with drugs, and the effects of Chinese and Western medicine treatment are mostly not ideal. Physical therapy methods cannot be widely popularized and applied, which affects the promotion of treatment and rehabilitation methods.

[0003] The existing publication number CN117531125A discloses a physical therapy rehabilitation system and rehabilitation method for improving self-healing power, including a far-infrared thermotherapy cabin, the far-infrared thermotherapy cabin including a multifunctional pillow and a shoulder and neck dredging suit, the multifunctional pillow is arranged at one end of the far-infrared thermotherapy cabin, and the shoulder and neck dredging suit is arranged near the multifunctional pillow; the far-infrared thermotherapy cabin also includes an upper quilt and a bottom pad, one side edge of the upper quilt is connected to the edge of the bottom pad with a split zipper, and the other side edge of the upper quilt and the corresponding edge of the bottom pad are provided with a sealing zipper. The physical therapy rehabilitation system is adopted to facilitate physical therapy rehabilitation in medical institutions, health therapy places, beauty and body places, rehabilitation centers, and homes. It can be opened for two people to use for health care, and closed for one person to use for physical therapy. It can be disassembled by a split zipper, and the upper quilt and the bottom pad of the decompression cabin are combed, which is convenient for folding, storage and wide popularization.

[0004] However, electronic equipment such as the far-infrared heat therapy cabin, shoulder and neck clearing kit, and multi-functional pillow in the above-mentioned physical therapy and rehabilitation system for improving self-healing ability have the risk of failure, such as uneven heating, temperature control failure, etc., which may affect the physical therapy effect and safety. Summary of the invention

[0005] The purpose of the present invention is to provide a physical therapy rehabilitation system and rehabilitation method for improving self-healing ability, so as to solve the problem that electronic equipment such as far-infrared thermal therapy cabin, shoulder and neck clearing kit and multi-functional pillow in the existing physical therapy rehabilitation system for improving self-healing ability have failure risks, such as uneven heating, temperature control failure, etc., which may affect the physical therapy effect and safety.

[0006] To achieve the above-mentioned object, the present invention provides a physical therapy rehabilitation system for improving self-healing ability, comprising a multifunctional pillow, a shoulder and neck dredging suit and a far-infrared thermal therapy cabin, wherein the multifunctional pillow is arranged at one end of the far-infrared thermal therapy cabin, the shoulder and neck dredging suit is arranged near the multifunctional pillow, and further comprising a monitoring component;

[0007] The monitoring component includes an equipment monitoring module, a human monitoring module and an alarm module, and the equipment monitoring module and the human monitoring module are respectively connected to the alarm module;

[0008] The equipment monitoring module is used to collect the temperature, current and voltage of each area of ​​the multifunctional pillow, the shoulder and neck dredging kit and the far-infrared thermal therapy cabin, as well as the temperature distribution of the far-infrared thermal therapy cabin;

[0009] The human monitoring module is used to collect the physiological reactions of the user during use, and an emergency stop button is set in a conspicuous position on all devices, which can be pressed at any time to immediately interrupt the operation of all electronic devices;

[0010] The alarm module is used to receive the collected data from the device monitoring module and the human monitoring module and set a threshold. When any electronic device or human parameter exceeds the preset threshold, the alarm mechanism is immediately triggered.

[0011] Wherein, the monitoring component further comprises an automatic adjustment module, and the automatic adjustment module is respectively connected with the equipment monitoring module, the multifunctional pillow, the shoulder and neck dredging kit and the far infrared thermal therapy cabin;

[0012] The automatic adjustment module is used to automatically learn the user's preferences through long-term usage data and provide a more personalized physical therapy experience in subsequent use.

[0013] Wherein, the equipment monitoring module includes a temperature unit, a current and voltage unit and a thermal imaging unit, and the temperature unit, the current and voltage unit and the thermal imaging unit are respectively connected to the alarm module;

[0014] The temperature unit is used to evenly distribute temperature sensors inside the far-infrared thermal therapy cabin, at each key contact point of the shoulder and neck dredging kit, and inside the multifunctional pillow to monitor the temperature of each area in real time;

[0015] The current and voltage unit is used to install a current and voltage monitoring module on the power supply system of each electronic device to monitor its operating current and voltage;

[0016] The thermal imaging unit is used to install a thermal imaging camera inside the far-infrared hyperthermia therapy cabin to provide a visual temperature distribution map.

[0017] Wherein, the human monitoring module includes a biofeedback unit and an emergency stop unit, and the biofeedback unit and the emergency stop unit are respectively connected to the alarm module;

[0018] The biofeedback unit is used to integrate biofeedback sensors into the shoulder and neck dredging kit and the multifunctional pillow to monitor the user's physiological response in real time during use;

[0019] The emergency stop unit is used to set an emergency stop button at a conspicuous position of all equipment, which can be pressed at any time to immediately interrupt the operation of all electronic equipment.

[0020] Wherein, the automatic adjustment module includes a preference unit and a control unit, the preference unit is connected to the control unit and the equipment monitoring module respectively, and the control unit is connected to the multifunctional pillow, the shoulder and neck dredging kit and the far-infrared thermal therapy cabin respectively;

[0021] The preference unit is used to automatically learn the user's preferences through long-term usage data, and generate preference control data, which is uploaded to the control unit;

[0022] The control unit controls the operation of the multifunctional pillow, the shoulder and neck clearing kit and the far-infrared thermal therapy cabin according to the preference control data.

[0023] A physical therapy rehabilitation method for improving self-healing ability comprises the following steps:

[0024] The user turns on the device and sets the therapy mode, temperature, and time parameters through the command unit;

[0025] After the settings are correct, start the device to start physical therapy, and the monitoring component will automatically enter the monitoring state to monitor various parameters of the electronic equipment and the human body in real time;

[0026] During the treatment process, if any abnormality occurs, an alarm will be triggered immediately and the system will try to automatically repair or stop operation;

[0027] After the treatment, the system automatically shuts down, records the treatment parameters, and generates preference control data for next use.

[0028] After the settings are correct, the device is started to start physical therapy, and the monitoring component automatically enters the monitoring state to monitor various parameters of the electronic device and the human body in real time. The steps also include:

[0029] The far-infrared thermotherapy cabin generates heat through its internal graphene far-infrared heating layer, forming a low-temperature thermotherapy environment;

[0030] The shoulder and neck clearing set and multi-functional pillow use graphene far-infrared heating film to provide skin-close heat therapy to the customer's neck, shoulders and back.

[0031] The present invention provides a physical therapy rehabilitation system and rehabilitation method for improving self-healing ability. The monitoring component monitors the temperature, current and voltage of the multifunctional pillow, the shoulder and neck clearing kit and the far-infrared thermal therapy cabin in real time, and uploads them to the alarm module to ensure the normal operation of each device. The human body monitoring module monitors the physiological reactions of the user during use in real time and uploads them to the alarm module to ensure the personal safety of the user. An emergency stop button is set to interrupt the operation of all electronic devices to enhance safety. The alarm module can trigger the alarm mechanism in time when monitoring abnormalities, shut down the equipment in time, notify the staff or try automatic repair, etc., effectively ensuring the normal progress of physical therapy and the safety of the user. BRIEF DESCRIPTION OF THE DRAWINGS

[0032] In order to more clearly illustrate the embodiments of the present application or the technical solutions in the prior art, the drawings required for use in the embodiments or the description of the prior art are briefly introduced below.

[0033] Figure 1 It is a principle block diagram of a physical therapy rehabilitation system for improving self-healing ability according to a first embodiment of the present invention.

[0034] Figure 2 It is a principle block diagram of the equipment monitoring module and the human monitoring module of the first embodiment of the present invention.

[0035] Figure 3 It is a principle block diagram of the automatic adjustment module of the first embodiment of the present invention.

[0036] Figure 4 It is a flowchart of the steps of the physical therapy rehabilitation method for improving self-healing ability according to the second embodiment of the present invention.

[0037] In the figure: 101-multifunctional pillow, 102-shoulder and neck clearing kit, 103-far-infrared thermal therapy cabin, 104-equipment monitoring module, 105-human monitoring module, 106-alarm module, 107-automatic adjustment module, 108-temperature unit, 109-current and voltage unit, 110-thermal imaging unit, 111-biofeedback unit, 112-emergency stop unit, 113-preference unit, 114-control unit, 115-command unit. DETAILED DESCRIPTION

[0038] Embodiments of the present invention are described in detail below. Examples of the embodiments are shown in the accompanying drawings. The embodiments described below with reference to the accompanying drawings are exemplary and are intended to be used to explain the present invention, but should not be construed as limiting the present invention.

[0039] The first embodiment of the present application is:

[0040] See also Figures 1 to 3 ,in, Figure 1It is a principle block diagram of a physical therapy rehabilitation system for improving self-healing ability according to a first embodiment of the present invention. Figure 2 It is a principle block diagram of the equipment monitoring module 104 and the human monitoring module 105 according to the first embodiment of the present invention. Figure 3 1 is a principle block diagram of the automatic adjustment module 107 of the first embodiment of the present invention. The present invention provides a physical therapy rehabilitation system for improving self-healing power: comprising a multifunctional pillow 101, a shoulder and neck unblocking suit 102, a far-infrared heat therapy cabin 103 and a monitoring component, wherein the monitoring component comprises an equipment monitoring module 104, a human monitoring module 105, an alarm module 106 and an automatic adjustment module 107, wherein the equipment monitoring module 104 comprises a temperature unit 108, a current and voltage unit 109 and a thermal imaging unit 110, wherein the human monitoring module 105 comprises a biofeedback unit 111 and an emergency stop unit 112, wherein the automatic adjustment module 107 comprises a preference unit 113, a control unit 114 and an instruction unit 115, and the above-mentioned scheme solves the problem that the electronic equipment such as the far-infrared heat therapy cabin 103, the shoulder and neck unblocking suit 102 and the multifunctional pillow 101 in the existing physical therapy rehabilitation system for improving self-healing power have the risk of failure, such as uneven heating, temperature control failure, etc., which may affect the physical therapy effect and safety.

[0041] According to this specific embodiment, the multifunctional pillow 101 is arranged at one end of the far-infrared thermal therapy cabin 103, and the shoulder and neck clearing suit 102 is arranged near the multifunctional pillow 101. The multifunctional pillow 101, the shoulder and neck clearing suit 102 and the far-infrared thermal therapy cabin 103 all adopt the far-infrared thermal therapy cabin 103, the multifunctional pillow 101 and the shoulder and neck clearing suit 102 disclosed in publication number CN117531125A. When in use, the customer wears a disposable isolation sweat-absorbing suit and lies in the far-infrared thermal therapy cabin 103, with the head in contact with the multifunctional pillow 101, and wears the shoulder and neck clearing suit 102 on the customer's shoulders; the far-infrared thermal therapy cabin 103 generates heat in the graphene far-infrared heating layer to form a low-temperature thermal therapy environment, and the shoulder and neck clearing suit 102 and the multifunctional pillow 101 perform skin-close thermal therapy on the neck, shoulders and back.

[0042] Wherein, the equipment monitoring module 104 and the human monitoring module 105 are respectively connected to the alarm module 106;

[0043] The equipment monitoring module 104 is used to collect the temperature, current and voltage of each area of ​​the multifunctional pillow 101, the shoulder and neck dredging kit 102 and the far-infrared thermal therapy cabin 103, as well as the temperature distribution of the far-infrared thermal therapy cabin 103;

[0044] The human monitoring module 105 is used to collect the physiological reactions of the user during use, and to set an emergency stop button in a conspicuous position of all devices, which can be pressed at any time to immediately interrupt the operation of all electronic devices;

[0045] The alarm module 106 is used to receive the collected data from the device monitoring module 104 and the human monitoring module 105 and set a threshold. When any electronic device or human parameter exceeds the preset threshold, the alarm mechanism is immediately triggered.

[0046] The device monitoring module 104 monitors the operating data of each device through sensors to ensure whether each device is operating normally. The human monitoring module 105 monitors the user's physiological response through sensors to ensure the user's personal safety. The alarm module 106 collects the data collected by the device monitoring module 104 and the human monitoring module 105, and compares it with the threshold value. If the threshold value is exceeded, the alarm mechanism is triggered, and an audible and visual alarm is issued to remind users and managers to pay attention. At the same time, it can also push notifications to users or managers through APP, and immediately interrupt all electronic devices or try to repair them.

[0047] Secondly, the temperature unit 108, the current and voltage unit 109 and the thermal imaging unit 110 are respectively connected to the alarm module 106;

[0048] The temperature unit 108 is used to evenly distribute temperature sensors inside the far-infrared thermal therapy cabin 103, at each key contact point of the shoulder and neck dredging kit 102, and inside the multifunctional pillow 101, so as to monitor the temperature of each area in real time;

[0049] The current and voltage unit 109 is used to install a current and voltage monitoring module on the power supply system of each electronic device to monitor its operating current and voltage;

[0050] The thermal imaging unit 110 is used to install a thermal imaging camera inside the far-infrared hyperthermia chamber 103 to provide a visual temperature distribution diagram.

[0051] The temperature unit 108 evenly distributes high-precision temperature sensors inside the far-infrared thermal therapy cabin 103, at each key contact point of the shoulder and neck clearing kit 102, and inside the multifunctional pillow 101 to monitor the temperature of each area in real time. The temperature sensor should be able to accurately sense and transmit temperature change data to the alarm module 106 to ensure the real-time and accuracy of the temperature data; the current and voltage unit 109 installs a current and voltage monitoring module on the power supply system of each electronic device to monitor whether its working current and voltage are within the normal range to prevent equipment failure due to power supply problems; the thermal imaging unit 110 installs a thermal imaging camera inside the far-infrared thermal therapy cabin 103 to provide a visual temperature distribution map to help quickly identify areas of uneven heating.

[0052] At the same time, the biofeedback unit 111 and the emergency stop unit 112 are connected to the alarm module 106 respectively;

[0053] The biofeedback unit 111 is used to integrate biofeedback sensors in the shoulder and neck dredging kit 102 and the multifunctional pillow 101 to monitor the user's physiological response in real time during use;

[0054] The emergency stop unit 112 is used to set an emergency stop button at a conspicuous position of all equipment, which can be pressed at any time to immediately interrupt the operation of all electronic equipment.

[0055] The biofeedback unit 111 integrates biofeedback sensors in the shoulder and neck dredging kit 102 and the multifunctional pillow 101, including skin temperature sensors, pressure sensors, etc., for monitoring the user's physiological responses during use, such as skin temperature, comfort, etc. These sensors can provide real-time feedback on the user's status to ensure the safety and comfort of the physical therapy process. The emergency stop unit 112 sets an emergency stop button in a conspicuous position on all devices, which the user can press at any time to immediately interrupt the operation of all electronic devices, ensuring that the user's safety can be quickly protected in an emergency.

[0056] In addition, the automatic adjustment module 107 is respectively connected to the equipment monitoring module 104, the multifunctional pillow 101, the shoulder and neck dredging kit 102 and the far infrared thermal therapy cabin 103;

[0057] The automatic adjustment module 107 is used to automatically learn the user's preferences through long-term usage data and provide a more personalized physical therapy experience in subsequent use.

[0058] The preference unit 113 is connected to the control unit 114 and the equipment monitoring module 104 respectively, and the control unit 114 is connected to the multifunctional pillow 101, the shoulder and neck dredging kit 102 and the far infrared thermal therapy cabin 103 respectively;

[0059] The preference unit 113 is used to automatically learn the user's preferences through long-term usage data, and generate preference control data, and upload it to the control unit 114;

[0060] The control unit 114 controls the operation of the multifunctional pillow 101, the shoulder and neck clearing kit 102 and the far infrared thermal therapy cabin 103 according to the preference control data.

[0061] The instruction unit 115 is connected to the control unit 114;

[0062] The instruction unit 115 is used to obtain a user's usage instruction and upload the usage instruction to the control unit 114 .

[0063] The instruction unit 115 is used for the user to set the therapy mode, temperature, time and other parameters. The control unit 114 automatically adjusts the heating element power of the far-infrared thermal therapy cabin 103, the shoulder and neck clearing kit 102 and the multi-functional pillow 101 according to the set therapy parameters and the data collected by the temperature sensor to ensure that the temperature is uniform and remains within the safety range set by the user; the preference unit 113 automatically learns the user's preferences, including temperature preference, pressure preference, etc., through long-term usage data, and provides them to the control unit 114 in subsequent use, so as to provide a more personalized therapy experience.

[0064] A physical therapy and rehabilitation system for improving self-healing ability is used in this embodiment. The temperature unit 108, the current and voltage unit 109 and the thermal imaging unit 110 collect the operating data of each device. The biofeedback unit 111 collects the physiological response data of the user during use. The emergency stop unit 112 can stop the operation of each electronic device in time. The alarm module 106 determines whether there is an abnormality based on the collected data. If the threshold is exceeded, the alarm mechanism is immediately activated to ensure the normal progress of physical therapy and the safety of the user.

[0065] The second embodiment of the present application is:

[0066] Based on the first embodiment, please refer to Figure 4 ,in, Figure 4 This is a flowchart of the steps of the physical therapy and rehabilitation method for improving self-healing ability according to the second embodiment of the present invention. A physical therapy and rehabilitation method for improving self-healing ability according to this embodiment includes the following steps:

[0067] S201: The user turns on the device power and sets the therapy mode, temperature, and time parameters through the instruction unit 115;

[0068] S202: After the settings are correct, the device is started to start physical therapy, and the monitoring component automatically enters the monitoring state to monitor various parameters of the electronic device and the human body in real time;

[0069] S203: During the treatment process, if an abnormality occurs, an alarm is immediately triggered and automatic repair or operation is attempted;

[0070] S204: After the treatment is completed, the system automatically shuts down, records the treatment parameters, and generates preference control data for next use.

[0071] Specifically, when using the device, the client puts on a disposable isolation sweat-absorbing suit and lies in the far-infrared heat therapy cabin 103, with the head in contact with the multifunctional pillow 101, wears the shoulder and neck dredging kit 102 on the client's shoulders, turns on the device power, and sets the therapy mode, temperature, time and other parameters through the instruction unit 115, starts the device to start therapy, and the far-infrared heat therapy cabin 103 generates heat through its internal graphene far-infrared heating layer to form a low-temperature heat therapy environment, and the shoulder and neck dredging kit 102 and the multifunctional pillow 101 use the graphene far-infrared heating film to heat the client's neck. Skin-to-skin thermal therapy is performed on the neck, shoulders and back, and the monitoring component automatically enters the monitoring state to monitor various parameters of electronic equipment and the human body in real time. If an abnormality occurs, the alarm module 106 immediately triggers an alarm and attempts to automatically repair or stop running. After the treatment, the system automatically turns off all heating elements, saves various data records during the treatment, and generates preference control data for next use. Users can view the treatment report through the control panel or mobile phone APP and provide feedback to optimize the subsequent treatment experience. The monitoring component effectively ensures the normal progress of the treatment and the safety of the user.

[0072] What is disclosed above is only one or more preferred embodiments of the present application, and cannot be used to limit the scope of rights of the present application. Ordinary technicians in this field can understand that all or part of the processes of implementing the above embodiments and equivalent changes made according to the claims of the present application are still within the scope covered by the present application.

Claims

1. A physical therapy rehabilitation system for improving self-healing ability, comprising a multifunctional pillow, a shoulder and neck dredging suit and a far-infrared thermal therapy cabin, wherein the multifunctional pillow is arranged at one end of the far-infrared thermal therapy cabin, and the shoulder and neck dredging suit is arranged near the multifunctional pillow, characterized in that: It also includes monitoring components; The monitoring component includes an equipment monitoring module, a human monitoring module and an alarm module, and the equipment monitoring module and the human monitoring module are respectively connected to the alarm module; The equipment monitoring module is used to collect the temperature, current and voltage of each area of ​​the multifunctional pillow, the shoulder and neck dredging kit and the far-infrared thermal therapy cabin, as well as the temperature distribution of the far-infrared thermal therapy cabin; The human monitoring module is used to collect the physiological reactions of the user during use, and an emergency stop button is set in a conspicuous position on all devices, which can be pressed at any time to immediately interrupt the operation of all electronic devices; The alarm module is used to receive the collected data from the device monitoring module and the human monitoring module and set a threshold. When any electronic device or human parameter exceeds the preset threshold, the alarm mechanism is immediately triggered.

2. The physical therapy and rehabilitation system for improving self-healing ability according to claim 1, characterized in that: The monitoring component also includes an automatic adjustment module, which is respectively connected to the equipment monitoring module, the multifunctional pillow, the shoulder and neck dredging kit and the far-infrared thermal therapy cabin; The automatic adjustment module is used to automatically learn the user's preferences through long-term usage data and provide a more personalized physical therapy experience in subsequent use.

3. The physical therapy and rehabilitation system for improving self-healing ability according to claim 1, characterized in that: The equipment monitoring module includes a temperature unit, a current and voltage unit, and a thermal imaging unit, and the temperature unit, the current and voltage unit, and the thermal imaging unit are respectively connected to the alarm module; The temperature unit is used to evenly distribute temperature sensors inside the far-infrared thermal therapy cabin, at each key contact point of the shoulder and neck dredging kit, and inside the multifunctional pillow to monitor the temperature of each area in real time; The current and voltage unit is used to install a current and voltage monitoring module on the power supply system of each electronic device to monitor its operating current and voltage; The thermal imaging unit is used to install a thermal imaging camera inside the far-infrared hyperthermia therapy cabin to provide a visual temperature distribution map.

4. The physical therapy and rehabilitation system for improving self-healing ability according to claim 1, characterized in that: The human monitoring module includes a biofeedback unit and an emergency stop unit, and the biofeedback unit and the emergency stop unit are respectively connected to the alarm module; The biofeedback unit is used to integrate biofeedback sensors into the shoulder and neck dredging kit and the multifunctional pillow to monitor the user's physiological response in real time during use; The emergency stop unit is used to set an emergency stop button at a conspicuous position of all equipment, which can be pressed at any time to immediately interrupt the operation of all electronic equipment.

5. The physical therapy and rehabilitation system for improving self-healing ability according to claim 2, characterized in that: The automatic adjustment module includes a preference unit and a control unit, the preference unit is connected to the control unit and the equipment monitoring module respectively, and the control unit is connected to the multifunctional pillow, the shoulder and neck dredging kit and the far-infrared thermal therapy cabin respectively; The preference unit is used to automatically learn the user's preferences through long-term usage data, and generate preference control data, which is uploaded to the control unit; The control unit controls the operation of the multifunctional pillow, the shoulder and neck clearing kit and the far-infrared thermal therapy cabin according to the preference control data.

6. A physical therapy and rehabilitation method for improving self-healing ability, applicable to the physical therapy and rehabilitation system for improving self-healing ability as claimed in claim 1, characterized in that: The following steps are involved: The user turns on the device and sets the therapy mode, temperature, and time parameters through the command unit; After the settings are correct, start the device to start physical therapy, and the monitoring component will automatically enter the monitoring state to monitor various parameters of the electronic equipment and the human body in real time; During the treatment process, if any abnormality occurs, an alarm will be triggered immediately and the system will try to automatically repair or stop operation; After the treatment, the system automatically shuts down, records the treatment parameters, and generates preference control data for next use.

7. The physical therapy and rehabilitation method for improving self-healing ability according to claim 6, characterized in that: After the settings are correct, the device is started to start physical therapy, and the monitoring component automatically enters the monitoring state to monitor various parameters of the electronic device and the human body in real time. The steps also include: The far-infrared thermotherapy cabin generates heat through its internal graphene far-infrared heating layer, forming a low-temperature thermotherapy environment; The shoulder and neck clearing set and multi-functional pillow use graphene far-infrared heating film to provide skin-close heat therapy to the customer's neck, shoulders and back.

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