CN106039633A - Electromagnetic ultrasonic yoga mat - Google Patents

Abstract

The invention discloses an electromagnetic ultrasonic yoga mat, which comprises an electromagnetic ultrasonic layer, an isolation protective layer, a buffer layer and a circuit control box; wherein the electromagnetic ultrasonic layer is an intermediate layer, and its main function is heating and physical therapy; the isolation protective layer is located on the electromagnetic ultrasonic layer The upper layer plays the role of protecting the middle layer; the buffer layer is placed on the ground to grip the ground and provide support for the weight of the human body; the circuit control box provides current signals and control signals for the electromagnetic ultrasonic layer, including the human-computer interaction unit, the main control unit, Memory, area control unit, signal control unit and power supply; the electromagnetic ultrasonic yoga mat provided by the invention can realize adjustable heating in different areas, so as to realize programmable ultrasonic physiotherapy and magnetic therapy for different parts of the human body, and promote yoga practitioners in suitable The higher temperature can discharge more toxins in the body, and at the same time, the physiotherapy of the body tissues can be obtained during the yoga practice, so that the practitioners can get the release of the whole body and mind.

Description

An electromagnetic ultrasonic yoga mat

technical field

The invention relates to ultrasonic application technology, in particular to providing a yoga mat that utilizes electromagnetic ultrasonic technology to provide ultrasonic physiotherapy and heat generation to yoga practitioners.

Background technique

Yoga, as a way of exercise, is loved by people because of its obvious effect on psychological decompression and physical health. In recent years, with the improvement of people's fitness awareness, not only young people, but also more and more middle-aged and elderly people have also participated in the exercise of yoga. Yoga originated in India, and its development has become a widely spread physical and mental exercise practice in the world. At the same time, various yoga branch methods have evolved, such as Hatha Yoga, hot yoga, and health preservation. Yoga and more. An important purpose of practicing yoga is to get physical and mental relaxation during the process of sweating. For example, traditional Hatha yoga uses postures to make practitioners sweat a lot, so as to achieve the purpose of expelling waste from the body. High temperature can make practitioners sweat. Hot yoga requires practitioners to practice in a high temperature environment of 38°C-42°C. Generally, they will sweat profusely after 10 minutes. For humans, this is a very good form of treatment. In addition, the high temperature can warm up and stretch the muscles, avoid injury, and release the body more deeply. At the same time, the process of sweating is also a process of body detoxification, which helps to clean up the body system and lose excess fat, so it is also a good exercise method for ordinary people.

From hot yoga, it can be seen that if yoga is combined with heat energy, it can promote the effect of yoga practice. Hot yoga requires the environment to provide a high temperature of 38-42 degrees Celsius, which is aimed at the entire environment and the group, not for each individual with differences. Now in our yoga exercise, most of the time it is not possible to provide such a temperature, especially for those who practice alone at home, it is difficult to have such an exercise environment. In addition, in the cold season, the effectiveness of yoga is not easy to explode from the human body, and those practitioners who lack flexibility are easily injured, which also makes many middle-aged and elderly people who love yoga unable to participate in this exercise due to their own injuries. come.

The only exercise equipment currently used in yoga is a yoga mat. The popular yoga mats on the market are generally made of TPE foam, PVC foam, EVA and other materials, which only have the functions of gripping the ground to enhance friction, weakening the cold air on the ground and providing support for people. In addition, there are also some hot compress yoga mats with health care effects to provide high temperature and physical therapy. The basic principle is to generate far infrared rays to provide heating and infrared physical therapy. For example, tourmaline heating yoga mat releases far-infrared rays consistent with the wavelength of the human body through tourmaline, which is tourmaline, so that the organic molecules of the living body absorb and resonate to generate heat. When the temperature of the human body rises to 39 to 40 degrees Celsius, Capillary blood vessels will expand, blood flow will be accelerated, and metabolic wastes such as blood stasis will be gradually eliminated, thereby promoting blood circulation and cell tissue metabolism. In addition, far-infrared rays can also be generated to act on the human body through far-infrared magnets. These health benefits hot yoga mats feature:

(1) Using tourmaline and far-infrared magnet to generate heat, there are many influencing factors. Individual acceptance, temperature, humidity, implementation space, etc., may affect the final heating effect, which is not stable. Moreover, it is impossible to artificially control the intensity of physical therapy, the length of treatment time, etc. Improper intensity and time may cause adverse reactions.

(2) Tourmaline contains a variety of mineral elements. There is no substance that can release heat continuously. Long-term use of chemical substances will definitely decompose and fail. The decomposed substances are very likely to be harmful to the human body, but because the amount is very small and the process is slow, the human body cannot detect it. Moreover, the quality of the products sold on the market is uneven, and ordinary people cannot effectively identify them.

(3) Due to the use of mineral elements to release energy, this type of yoga mat is not easy to manipulate when a specific temperature is required.

(4) The heat generated by the current hot compress yoga mat with health care effect is uniform throughout the mat, and it can provide physical therapy for the whole body. It cannot provide different temperatures for different parts, and cannot provide designated physical therapy for designated areas. sex. The thickness of the skin on various parts of the human body surface is different. The skin on the eyelids, cheeks, and extremities is thinner, while the skin on the soles and extremities is thicker, resulting in different temperature sensitivity and heat resistance. For example, feet The skin on the upper part is more resistant to heat than the face.

The current health yoga mat is only limited to far-infrared physical therapy, and other magnetic therapy and ultrasonic physical therapy can also be considered. Moreover, in order to give yoga lovers a suitable temperature, different heating temperatures should be used for different body parts, and also provide targeted physical therapy for middle-aged and elderly people with local or general ailments during yoga. The yoga mat that can be artificially controlled by physiotherapy is of great significance to the physical and mental health of yoga lovers.

Contents of the invention

In view of some deficiencies in current yoga health care, such as the inability to adjust the temperature, the inability to set different temperatures in different areas, the inability to perform targeted physical therapy on designated parts, and the inability to specify the intensity of physical therapy. The present invention aims to provide a yoga mat with adjustable heating in different areas and programmable ultrasonic physiotherapy and magnetic therapy for different parts of the human body, so that yoga practitioners can discharge more toxins in the body at a suitable temperature, and at the same time In the process of practicing yoga, physical therapy of body tissues is obtained, so that practitioners can release their whole body and mind.

The object of the present invention is achieved at least by one of the following technical solutions.

An electromagnetic ultrasonic yoga mat comprises an electromagnetic ultrasonic layer, an isolation protection layer, a three-layer structure of a buffer layer and a circuit control box. Among them, the electromagnetic ultrasonic layer is the middle layer, and its main function is heating and physical therapy; the isolation protection layer is located on the upper layer of the electromagnetic ultrasonic layer, which plays the role of protecting the middle layer; the buffer layer is placed in contact with the ground, grips the ground and prevents slipping, and provides support for the weight of the human body . The circuit control box can be placed in a corner of the three-layer structure, mainly to provide current signals and control signals for the electromagnetic ultrasonic layer, including human-computer interaction unit, main control unit, memory, area control unit, signal control unit and power supply.

As an optimization scheme of the above-mentioned electromagnetic ultrasonic yoga mat, the electromagnetic ultrasonic layer is made by embedding flexible coils into a flexible circuit board, and is located in the middle of the yoga mat. Both flexible coils and flexible circuit boards are flexible and can be rolled and folded. When the flexible coil is energized, it will generate heat. In addition, an alternating magnetic field will be generated after the alternating current is connected. The charged particles in the human tissue in the alternating magnetic field will generate an eddy current, which will excite the magnetic field in the human body tissue. At the same time, the eddy current will be affected by Lorentz in the magnetic field. Ultrasonic waves are generated by the action of force, so that the body tissues that are close to the yoga mat can receive magnetic therapy and ultrasonic physiotherapy when practicing yoga. The magnitude of the alternating current can control the amount of calorific value, and its rate of change can control the strength of the alternating magnetic field, thereby controlling the size of the eddy current, and controlling the intensity of magnetic therapy and ultrasonic physiotherapy.

The above-mentioned electromagnetic ultrasonic layer is divided into different areas according to yoga practice positions, such as a standing area, a sitting area, a lying area, and a kneeling area. Each area has independent current control, so that each area can work independently. In addition, each area can also be divided into small areas, and the small areas of the area have branch current control. For example, the horizontal area is divided into face, chest, abdomen, legs, and feet. Each small area has its own branch current control, so that the heat and the intensity of magnetic therapy and ultrasonic physiotherapy in each small area can be independently controlled. Adapt to different body parts. The flexible coils in each area and small areas can be set with different coil widths, coil spacing, and coil winding directions according to the parts to be treated, so as to generate different magnetic field strengths and heat energy.

As an optimized solution of the above electromagnetic ultrasonic yoga mat, the isolation protection layer can dissipate heat, so that the heat can be radiated upwards, while protecting the flexible coil and the flexible circuit board inside the electromagnetic ultrasonic layer from being damaged. The isolation protection layer is in direct contact with the human body. According to the area segmentation of the electromagnetic ultrasonic layer, the corresponding area segmentation map is also drawn on this layer, so that the practitioner knows which area should be contacted when practicing a certain posture.

As an optimization scheme for the above-mentioned electromagnetic ultrasonic yoga mat, the human-computer interaction unit of the circuit control box is an interactive interface with the user, through which the user can choose different modes, select the corresponding body position according to the mode, and transmit this information to main control unit. According to the different needs of individuals, you can also select different personal selection parameters such as heating temperature, magnetic therapy and ultrasonic physiotherapy intensity in the human-computer interaction unit.

As an optimization scheme for the above-mentioned electromagnetic ultrasonic yoga mat, the main control unit of the circuit control box is the core of the entire circuit. The regional control parameters are given to the regional control unit, and the corresponding current control parameters are selected from the memory to the signal control unit. If the standing mode is selected, the standing area control parameters are sent to the area control unit, and the corresponding current control parameters are selected from the memory to the signal control unit. If the horizontal mode is selected, the control parameters of the horizontal area are sent to the area control unit, and the corresponding current control parameters are selected to the signal control unit at the same time.

As an optimization scheme for the above-mentioned electromagnetic ultrasonic yoga mat, the memory of the circuit control box stores default current control parameters of various regions and small regions. If the horizontal area is divided into small areas such as the face, chest, abdomen, legs, and feet, the current control parameters include the branch current control parameters of each small area. The branch current control parameters are different according to the actual situation of the contacted parts. For example, the face is in direct contact with the bare skin and the skin is thin, so the calorific value is relatively small, and the intensity of magnetic therapy and ultrasonic physiotherapy is also relatively small; while the abdomen is exposed. The clothes are isolated and the skin is relatively thick, and there are many abdominal organs under the skin, so the calorific value is relatively large, and the intensity of magnetic therapy and ultrasonic physiotherapy is also relatively high.

As an optimization scheme for the above electromagnetic ultrasonic yoga mat, the regional control unit of the circuit control box controls the work of different regions and its internal small regions in different modes, and starts the corresponding regional work after receiving the control parameters of the corresponding region .

As an optimization scheme for the above-mentioned electromagnetic ultrasonic yoga mat, the signal control unit of the circuit control box generates corresponding signals according to the current control parameters, which are converted by D/A (digital-to-analog) as the current in the corresponding area. When there are multiple areas or one area has multiple small areas, the corresponding multi-channel signals are generated, and after D/A conversion, they are used as multi-channel currents in the corresponding areas, and are transmitted to each area through multiple channels.

As an optimization scheme for the above-mentioned electromagnetic ultrasonic yoga mat, the human-computer interaction unit of the circuit control box can be set as a program on a mobile phone or an IPAD mobile terminal, so that the regional control unit of the circuit control box is replaced by a communication unit for communicating with the mobile terminal communication.

As an optimized solution for the above-mentioned electromagnetic ultrasonic yoga mat, the power supply of the circuit control box adopts a lithium battery, or provides power support for the entire system through a power interface.

The method for using the above-mentioned electromagnetic ultrasonic yoga mat includes the following steps:

(1) Turn on the yoga mat and turn on the power switch of the human-computer interaction unit.

(2) The user sets the body position that needs to be practiced on the human-computer interaction unit on the circuit control box. If the horizontal body position is selected, the human-computer interaction unit will transmit the horizontal body position information to the main control unit. At the same time, practitioners go to the lying area to practice yoga.

(3) The main control unit sends the corresponding area control parameters to the area control unit, and selects the corresponding current control parameters from the memory to the signal control unit. If there are small areas, the current control parameters include the branch currents of each small area Control parameters.

(4) The regional control unit starts the corresponding regional work according to the received regional control parameters; the signal control unit generates corresponding signals according to the received current control parameters, and generates alternating current signals with specific amplitude and rate of change after D/A conversion. A flexible coil passed to the corresponding area. If different personal selection parameters such as heating temperature and intensity of magnetic therapy and ultrasonic physiotherapy are selected on the human-computer interaction unit, after the personal selection parameters are directly transmitted to the main control unit, the main control unit transmits the signal control unit to generate a corresponding current signal.

(5) The flexible coil in the corresponding area generates heat, and an alternating magnetic field is generated after the alternating current is passed through, which excites the magnetic field and generates ultrasonic waves in the human body tissue, and the yoga practitioners receive magnetic therapy and ultrasonic physiotherapy at designated parts.

(6) If the user feels that the temperature or the intensity of physical therapy is not suitable, adjust the human-computer interaction unit to set the appropriate heating temperature and personal selection parameters such as magnetic therapy and ultrasonic physical therapy intensity. Return to step (4).

(7) If the user adjusts the body position, switch modes in the human-computer interaction unit, and return to step (2).

(8) After practicing yoga, just turn off the power on the human-computer interaction unit.

Compared with existing hot compress yoga mats and far-infrared physiotherapy yoga mats, the present invention has the following advantages:

(1) Divide the yoga mat into several areas according to the body position, and each area can be divided into many small areas. All the small areas are programmed to meet the different needs of different parts of the human body for temperature and physical therapy, which is more targeted.

(2) Use energized coils to generate heat, magnetic field and ultrasonic waves. The opening and closing of the yoga mat can be controlled by energizing and powering off. The temperature and the intensity of magnetic therapy and ultrasonic therapy can generate heat and alternating current according to the current passed through the coil. Calculated by the principle of magnetic field generated by the coil and electromagnetic ultrasound, it is more controllable than the current far-infrared physiotherapy yoga mat using chemical methods for physiotherapy.

(3) The effect of warming up and physiotherapy is achieved through physical methods, rather than the method of chemical substance decomposition. The whole process is not affected by external temperature, humidity, pressure and other conditions, and it is more universal, and chemical substances will not decompose and damage the human body.

Description of drawings

Fig. 1 is a schematic diagram of the appearance of the electromagnetic ultrasonic yoga mat of this embodiment.

Fig. 2 is a schematic three-view diagram of the structure of the electromagnetic ultrasonic yoga mat in this embodiment.

Fig. 3 is a schematic diagram of the horizontal area of the electromagnetic ultrasonic layer of the electromagnetic ultrasonic yoga mat in this embodiment.

Fig. 4 is a schematic structural diagram of each module of the circuit control box of the electromagnetic ultrasonic yoga mat in this embodiment.

Fig. 5 is a working flow chart of the electromagnetic ultrasonic yoga mat in this embodiment.

detailed description

The specific embodiments of the present invention will be further described below in conjunction with the accompanying drawings, but the implementation of the present invention is not limited thereto.

As shown in FIG. 1 , it is a schematic diagram of the appearance of the electromagnetic ultrasonic yoga mat described in this embodiment. The electromagnetic ultrasonic yoga mat has a three-layer structure. The electromagnetic ultrasonic layer is located in the middle layer, and its main function is heating and physical therapy; the isolation protection layer is located in the upper layer of the electromagnetic ultrasonic layer, which protects the middle layer; the buffer layer is located in the lower layer of the electromagnetic ultrasonic layer. Placed on the ground and in contact with the ground, the grip is non-slip and provides support for the weight of the human body. In addition, the circuit control box that provides current signals and control signals for the electromagnetic ultrasonic layer is placed in a corner of the three-layer structure. The isolation protective layer is in direct contact with the human body. According to the area segmentation of the electromagnetic ultrasonic layer, this layer also draws a corresponding area segmentation map, so that the practitioner knows which area should be contacted when practicing a certain posture.

As shown in FIG. 2 , it is a schematic three-view diagram of the structure of the electromagnetic ultrasonic yoga mat described in this embodiment. The front view and the left view show its layered structure: the yoga mat is divided into three layers, the top layer is the isolation protection layer, which protects the middle layer. The middle layer is the electromagnetic ultrasonic wave, and the lower layer is the buffer layer. It can be seen from the top view that the yoga mat is divided into standing area 1, sitting area 2, lying area 3 (prone and supine are both in this area) and kneeling area 4, of which the sitting area is divided except for the leg-sitting area 21 and Meditation zone 22. According to the various postures adopted in the yoga process, the human body can choose the corresponding area according to its own posture.

As shown in FIG. 3 , it is a schematic diagram of the horizontal area of the electromagnetic ultrasonic layer of the electromagnetic ultrasonic yoga mat described in this embodiment. The electromagnetic ultrasonic layer is made by embedding a flexible coil into a flexible circuit board. Both the flexible coil and the flexible circuit board are flexible, so that the yoga mat can be rolled and folded. Each posture area shown in Figure 2 can be divided into many small areas. Figure 3 shows that the lying area is divided into face, chest, abdomen, legs, and feet. The flexible coils in each small area can be used according to the parts to be treated. Set different coil widths, coil spacing, and coil winding directions to generate different magnetic field strengths and heat energy. The figure shows that some adopt a square spiral winding direction, and some adopt a circular spiral winding direction. Each small area has its own branch current control, so that the heat of each small area and the intensity of magnetic therapy and ultrasonic physiotherapy can be independently controlled to suit different parts of the human body.

As shown in FIG. 4 , it is a schematic structural diagram of each module of the circuit control box of the electromagnetic ultrasonic yoga mat described in this embodiment. The circuit control box includes a human-computer interaction unit, a main control unit, a memory, an area control unit, a signal control unit and a power supply. The human-computer interaction unit of the circuit control box is an interactive interface with the user, through which the user can choose different modes, and the main control unit will send the corresponding regional control parameters to the regional control unit according to the body position selected by the mode, and from the memory. Select the corresponding current control parameters to the signal control unit. If the human-computer interaction unit selects different personal selection parameters such as heating temperature and intensity of magnetic therapy and ultrasonic physiotherapy, after the personal selection parameters are directly transmitted to the main control unit, the main control unit transmits the signal control unit to generate a corresponding current signal. After the regional control unit receives the control parameters of the corresponding region, it starts the corresponding regional work of the electromagnetic ultrasonic layer. The signal control unit generates a corresponding signal according to the current control parameter, which is used as the current in the corresponding area of the electromagnetic ultrasonic layer after D/A conversion. The power supply adopts lithium battery, or provides power for the whole system through the power interface.

As shown in Figure 5, it is the working flow chart of the electromagnetic ultrasonic yoga mat, and the specific process is as follows:

(1) Turn on the yoga mat and turn on the power switch of the human-computer interaction unit.

(2) The user sets the body position that needs to be practiced on the human-computer interaction unit on the circuit control box. If the horizontal body position is selected, the human-computer interaction unit will transmit the horizontal body position information to the main control unit. At the same time, practitioners go to the lying area to practice yoga.

(3) The main control unit sends the corresponding area control parameters to the area control unit, and selects the corresponding current control parameters from the memory to the signal control unit. If there are small areas, the current control parameters include the branch currents of each small area Control parameters.

(4) The regional control unit starts the corresponding regional work according to the received regional control parameters; the signal control unit generates corresponding signals according to the received current control parameters, and generates alternating current signals with specific amplitude and rate of change after D/A conversion. A flexible coil passed to the corresponding area. If different personal selection parameters such as heating temperature and intensity of magnetic therapy and ultrasonic physiotherapy are selected on the human-computer interaction unit, after the personal selection parameters are directly transmitted to the main control unit, the main control unit transmits the signal control unit to generate a corresponding current signal.

(5) The flexible coil in the corresponding area generates heat, and an alternating magnetic field is generated after the alternating current is passed through, which excites the magnetic field and generates ultrasonic waves in the human body tissue, and the yoga practitioners receive magnetic therapy and ultrasonic physiotherapy at designated parts.

(6) If the user feels that the temperature or the intensity of physical therapy is not suitable, adjust the human-computer interaction unit to set the appropriate heating temperature and personal selection parameters such as magnetic therapy and ultrasonic physical therapy intensity. Return to step (4).

(7) If the user adjusts the body position, switch modes in the human-computer interaction unit, and return to step (2).

(8) After practicing yoga, just turn off the power on the human-computer interaction unit.

The above-mentioned embodiment needs to be the preferred implementation mode of the present invention, but the implementation mode of the present invention is not limited by the above-mentioned embodiment, and any other changes, modifications, substitutions and combinations made without departing from the spirit and principle of the present invention , simplification, all should be equivalent replacement methods, and are all included in the protection scope of the present invention.

Claims (6)

1. An electromagnetic ultrasonic yoga mat is characterized in that comprising an electromagnetic ultrasonic layer, an isolation protective layer, a buffer layer and a circuit control box; wherein the electromagnetic ultrasonic layer is an intermediate layer, and its main function is heating and physiotherapy; the isolation protective layer is located at the electromagnetic ultrasonic layer The upper layer protects the middle layer; the buffer layer is placed on the ground to grip the ground and provide support for the weight of the human body; the circuit control box provides current signals and control signals for the electromagnetic ultrasonic layer, including the human-computer interaction unit and the main control unit , memory, area control unit, signal control unit and power supply; the electromagnetic ultrasonic layer is divided into different areas according to the posture mode of yoga practice, each area has independent current control, so that each area can work independently; the main control unit is the control After the operation of the whole circuit, the human-computer interaction unit transmits the corresponding body position information to the main control unit, and the main control unit sends the area control parameters corresponding to the selected body position to the area control unit, and selects the corresponding current control parameters from the memory to the signal Control unit; the area control unit starts the corresponding area work after receiving the control parameters of the corresponding area; the signal control unit generates the corresponding signal according to the current control parameter, which is used as the current of the corresponding area after analog-to-digital conversion. When there are multiple areas Or when there are multiple small areas in one area, corresponding multi-channel signals are generated, and after D/A conversion, they are used as multi-channel currents in the corresponding area, and are transmitted to each area through multiple channels; the memory stores the information of each area. The default current control parameters; the power supply provides power to the constituent units of the electromagnetic ultrasonic layer and the circuit control box. 2. An electromagnetic ultrasonic yoga mat according to claim 1, wherein the electromagnetic ultrasonic layer is made of a flexible coil embedded in a flexible circuit board, and is located in the middle of the yoga mat; the flexible coil and the flexible circuit board can be curled and folded; When the flexible coil is energized, it will generate heat. In addition, an alternating magnetic field will be generated after the alternating current is connected. The charged particles in the human tissue in the alternating magnetic field will generate an eddy current, which will excite the magnetic field in the human body tissue. At the same time, the eddy current will be affected by Lorentz in the magnetic field. Ultrasound is generated by the action of force, so that when practicing yoga, the body tissue close to the yoga mat can receive magnetic therapy and ultrasonic therapy; the amplitude of the alternating current can control the amount of heat generated, and its rate of change can control the strength of the alternating magnetic field , and then control the size of the eddy current, control the intensity of magnetic therapy and ultrasonic therapy. 3. A kind of electromagnetic ultrasonic yoga mat according to claim 1, characterized in that the electromagnetic ultrasonic layer is divided into different areas according to yoga practice positions, and the areas include standing area, sitting area, lying area, kneeling area More than one of them; each area can also be divided into small areas, and the small areas of each area have branch current control, so that the heat and the intensity of magnetic therapy and ultrasonic physiotherapy in each small area can be independently controlled to adapt to different human bodies Part; the flexible coils in each area and small area are set with different coil widths, coil spacing, and coil winding directions according to the parts to be treated, so as to generate different magnetic field strengths and heat energy. 4. A kind of electromagnetic ultrasonic yoga mat according to claim 1, characterized in that the isolation protective layer can dissipate heat, so that the heat can radiate upwards, while protecting the flexible coil and the flexible circuit board inside the electromagnetic ultrasonic layer from being damaged; use When the isolation protective layer is in direct contact with the human body, according to the area division of the electromagnetic ultrasonic layer, the area segmentation map corresponding to the electromagnetic ultrasonic layer is also drawn on the isolation protective layer, so that the user knows which area should be contacted when practicing a certain posture. 5. A kind of electromagnetic ultrasonic yoga mat according to claim 1, characterized in that the human-computer interaction unit of the circuit control box is an interactive interface with the user, and the user can select different modes through the human-computer interaction unit, according to Mode selects the corresponding body position, and transmits this information to the main control unit; according to different personal needs, different heating temperatures, magnetic therapy and ultrasonic physiotherapy intensity parameters can be selected in the human-computer interaction unit. 6. A kind of electromagnetic ultrasonic yoga mat according to claim 1, characterized in that the human-computer interaction unit of the circuit control box is set on a mobile phone or an IPAD mobile terminal, and the area control unit is replaced by a communication unit, and the communication unit Used to communicate with mobile terminals.