WO2020050442A1

WO2020050442A1 - Deep heat generating apparatus using high frequency wave

Info

Publication number: WO2020050442A1
Application number: PCT/KR2018/010686
Authority: WO
Inventors: 조홍식
Original assignee: (주)젬텍
Priority date: 2017-12-15
Filing date: 2018-09-12
Publication date: 2020-03-12
Also published as: KR102161067B1; KR20190072400A; CN110870816A

Abstract

A deep heat generating apparatus using a high frequency wave comprises: a lower casing including a seating part on which a user's feet are stably placed; an upper casing coupled to a part of the lateral edge of the lower casing and curvedly extending upward; a high frequency electrode installed on at least one of sides of the lower casing and the upper casing; a high frequency wave generating unit for generating a high frequency current output to the high frequency electrode; an output voltage supplying unit for supplying an output voltage to the high frequency wave generating unit; a user input unit for enabling input of the user's command; a body temperature measuring sensor for detecting the user's body temperature; and a control unit for controlling the high frequency wave generating unit according to the user's command input by the user input unit, and when the user's body temperature detected by the body temperature measuring sensor exceeds a predetermined target rising body temperature, controlling the output voltage supplying unit to lower a high frequency output voltage of the high frequency wave generating unit to a predetermined descending output value.

Description

Deep heat generator using high frequency

The present invention relates to a deep heat generator using high frequency, and more particularly, to a deep heat generator using high frequency to generate heat in a deep portion of a user's body using high frequency to increase body temperature.

By using the high-frequency current of the deep-heat generator to transfer the warmth of 40 ℃ ~ 45 ℃ on the deep to the heart as a continuous and repetitive massage, blood vessels are expanded, and as a result, all metabolic functions are smooth and the human body can heal diseases by itself. It doubles the ability.

However, the existing deep heat generator uniformly applies the driving voltage according to the selection level set in the device without considering the user and the state. So, depending on the user, an excessive effect may be applied, which may result in an unreasonable effect on the human body.

Accordingly, it is an object of the present invention to provide a deep heat generator capable of obtaining an optimal healing effect by adaptively controlling a driving voltage according to a user's condition.

The deep heat generator for achieving the above object includes: a lower casing having a seating portion on which a user's foot rests; An upper casing coupled to some side edges of the lower casing and formed to be curved upward; A high frequency electrode installed on at least one side of the lower casing and the upper casing; A high frequency generator for generating a high frequency current output to the high frequency electrode; An output voltage supply unit supplying an output voltage to the high frequency generator; A user input unit for inputting a user's command; A body temperature sensor for detecting a user's body temperature; And controlling the high-frequency generator according to a user's command input to the user input unit, and when the user's body temperature detected by the body temperature measurement sensor exceeds a predetermined target rising body temperature, the high-frequency output voltage of the high-frequency generator is set to a predetermined falling output value. It includes a control unit for controlling the output voltage supply to lower to. Accordingly, it is possible to increase health to a desired body temperature and promote health.

Here, when the user's body temperature rise rate exceeds a predetermined normal rise rate range, the controller controls the user to lower to the lower output value, thereby preventing the occurrence of a safety accident that occurs when the user's body temperature exceeds the desired body temperature. Do.

In addition, when the user's body temperature rise rate is less than a predetermined normal rise rate range, the control unit increases the body temperature in accordance with the user's control.

Here, when outputting a rising output value or outputting a falling output value, it is preferable to further have a display unit displaying the fact, so that the user can know the intensity of the high frequency.

And further comprising an obesity measurement sensor for measuring the obesity of the user, the control unit stores a predetermined high frequency output voltage value step by step according to the obesity of the user, and outputs a high frequency output voltage according to the obesity value from the obesity measurement sensor It is preferable to control the high frequency output voltage according to the obesity level so that the intensity of the high frequency can be controlled.

The deep heat generator according to the present invention adaptively controls the driving voltage according to the user's condition and outputs a suitable high-frequency current to the user, so that even when the user's body temperature exceeds the target body temperature, the target body temperature is stably reached. Healing effect can be obtained.

By adjusting the driving voltage adaptively according to the body type of the user, the intensity of the high-frequency current can be adjusted to stably control the rate of rise of body temperature according to each user, improving the healing effect, usability and stability for each of a plurality of different users. It has an effect.

1 is an exemplary use of the deep heat generator according to the present invention.

2 is a perspective view of a deep heat generator.

3 is a control block diagram of a deep heat generator.

4 is an operation flow diagram of the deep heat generator.

Hereinafter, a deep heat generator 1 according to a preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings.

1 is an exemplary use of the deep heat generator 1 according to the present invention, FIG. 2 is a perspective view of the deep heat generator 1, and FIG. 3 is a control block diagram of the deep heat generator 1.

The deep heat generator 1 includes a lower casing 10, an upper casing 20, a high frequency electrode 30, a high frequency generator 40, an output voltage supply unit 50, a user input unit 60, and a body temperature measurement sensor 70 ), A display unit 80, a control unit 90, an attached electrode 100, a cooling fan 110 and a power switch 120.

The lower casing 10 includes a lower body 11, a seating portion 12, a partitioning portion 13, and an attachable electrode connecting portion 14. The lower body 11 has an outer shape to support the entire deep heat generator 1 from the bottom. The seating portion 12 is formed to be recessed downward from the lower body 11 so that the user's foot is seated. The partition 13 is disposed in the center of the seat 12 and extends upward from the seat 12 so that both feet of the user are seated. The attaching electrode connecting portion 14 is formed to connect the attaching electrode 100 to be described later. The attachable electrode connecting portion 14 has a port to be electrically connected.

The seating portion 12 may be moved and rotated in a direction parallel to the bottom surface of the seating portion 12 with respect to the lower body 11 to allow the user to move freely after seating the foot on the seating portion 12. have. The seating portion 12 may be provided by being equally divided into a plurality of blocks. Each block has an elastic member interposed between the lower body 11 and the height so that the height can be adjusted so that the user can feel comfortable after placing the foot. In addition, each block may be embodied so as to move up and down to massage the user's soles.

The upper casing 20 includes an upper body 21, an input unit mounting portion 22, a cooling fan mounting portion (not shown), and a power switch mounting portion (not shown). The upper body 21 is coupled to some side edges of the lower body 11 and is formed to extend upward to bend. In an area of the upper body 21, an input unit mounting unit 22 for mounting the user input unit 60 is formed. A cooling fan mounting portion for mounting the cooling fan 110 is formed in another portion of the upper body 21. In another part of the upper body 21, a power switch mounting portion for mounting the power switch 120 is formed.

The high frequency electrode 30 outputs a high frequency current, and is installed on at least one of the lower casing 10 and the upper casing 20. The high-frequency electrode 30 is preferably disposed to cover the bottom surface of the seating portion 12 so that the user's feet are in good contact.

The high frequency generator 40 generates a high frequency current according to the output voltage supplied from the output voltage supply unit 50. The frequency of the high frequency current is preferably 0.47 MHz. The high frequency generator 40 may have a function of variably adjusting the frequency.

The output voltage supply unit 50 supplies power. The output voltage supply unit 50 is provided to be variable from 50 Ω to 1 ㏀ and outputs various output voltages to the high frequency generator 40.

The user input unit 60 is provided in the input unit mounting unit 22 to input a user's command. The user input unit 60 is provided as a button. The user input unit 60 controls the power supplied from the outside to provide the output voltage supply unit 50 with a power button 61, a timer (up) 62 for controlling the time to output a high-frequency current, a timer (down) ) (63), high-frequency intensity (up) (64), high-frequency intensity (down) (65) to adjust the high-frequency intensity, foot high-frequency massage button (66), body high-frequency massage button (67), indicating the state of massage It includes a mode indicator 68, an operation mode indicator 69.

The body temperature sensor 70 measures the body temperature of the foot placed on the seat 12 by the user. Body temperature measurement sensor 70 is preferably provided in a manner that measures the temperature of the artery using infrared. As other sensors, an obesity measurement sensor 72 for measuring obesity of the user and a moisture measurement sensor 74 for measuring moisture of the user are provided, and each measured value is transmitted to the control unit 90 to be described later.

The display unit 80 displays the fact when outputting a rising output value or outputting a falling output value. The display unit 80 includes an output display unit 81 and a mode display unit 82. The output display unit 81 may display high-frequency intensity or temperature for the rising and falling output values. The output display unit 81 further includes a mode display unit 82. The mode display unit 82 displays whether foot massage is being performed. The mode display unit 82 is formed or mounted on the outside of the compartment 13, and LED lights for each body part are provided to intuitively accurately recognize the current status.

The attachable electrode 100 is an electrode that is connected to the attachable electrode connecting portion 14 and is attached to another body part such as a user's arm, and is provided in a pad shape. The attached electrode 100 is also provided with a body temperature measurement sensor 70, an obesity measurement sensor 72, and a moisture measurement sensor 74 to measure a user's body temperature, obesity, and moisture and transmit it to the control unit 90.

The cooling fan 110 is mounted on a cooling fan mounting portion formed in the upper casing 20 to supply wind to the user's feet. The cooling fan mounting portion is formed through the upper body 21 and is formed to move the wind to the portion penetrated by the cooling fan 110.

The power switch 120 is mounted on the power switch mounting portion formed on the upper casing 20. The power switch 120 is a switch connected to supply power to the cooling fan to start the cooling fan 110. The power switch 120 may be a switch that connects external power to the output voltage supply unit 50.

Inflammation (including malignant tumors) of an abnormality in the body of the human body begins to die at 42 ° C and everyone dies (necrosis) above 45 ° C. Malignant tumors) can not only be killed, but also can increase the therapeutic effect by using the treatment in the hospital, and high-frequency deep-heat treatment alone can have a significant therapeutic effect. In addition, even if there is a slight difference in time depending on the affected part of the human body, treatment is possible in 5 to 30 minutes. Accordingly, heat is generated in a deep portion of the user's body using high frequency.

The control unit 90 controls the high frequency generator 40 according to a user's command input to the user input unit 60, and when the user's body temperature detected by the body temperature measurement sensor 70 exceeds a predetermined target rising body temperature, the high frequency The output voltage supply unit 50 is controlled to lower the high-frequency output voltage of the generator 40 to a predetermined falling output value. The control unit 90 may include a storage unit 92, and the control unit 90 stores the high-frequency current of the intensity according to the user's body temperature in the storage unit 92 and stores the output voltage corresponding to the high-frequency current. . The high frequency generator 40 generates a high frequency current according to the output voltage supplied from the output voltage supply unit 50 and supplies it to the high frequency electrode 30 and the attached electrode 100.

The control unit 90 controls the user's body temperature to decrease to a lower output value when the temperature rise rate exceeds a predetermined normal rate range. The controller 90 controls the user's body temperature to increase to a predetermined rising output value when the rising speed of the body temperature does not exceed a predetermined normal rising speed range. The control unit 90 stores the normal rise rate range of the user's body temperature in the storage unit 92 and calculates the temperature rise rate according to the body temperature received from the body temperature measurement sensor 70 to determine whether it is rising at a normal speed or rising too fast. Or try to figure out if it is rising too late to maintain normal body temperature for beauty, treatment and massage. Here, the control unit 90 may stop the high-frequency output voltage when the rate of increase in body temperature exceeds a predetermined range, that is, when it is determined to be dangerous to the user.

The control unit 90 stores the predetermined high frequency output voltage value step by step according to the obesity of the user, and controls to output the high frequency output voltage according to the obesity value from the obesity measurement sensor 72. The control unit 90 stores the predetermined high frequency output voltage value according to the moisture ratio of the user, and controls to output the high frequency output voltage according to the moisture ratio value from the moisture measurement sensor 74. The control unit 90 stores the high-frequency output voltage differently according to the user's state and situation information such as the obesity value, moisture ratio, and body weight, and increases the output value by using at least two data of body temperature, obesity value, moisture ratio, and body weight. The high-frequency output voltage including the falling output value can be set, and the setting of the high-frequency output voltage can be updated by updating the data of the history of the conditions that were operated after the operation of the deep heat generator 1.

4 is an operation flow diagram of the deep heat generator 1.

The user puts the foot in the seat 12 to seat it (S41).

The user enters a command. Turn on the power switch 120 to operate the cooling fan 110. Thereafter, the user presses the power button 61 of the user input unit 60 (S42).

The body temperature measurement sensor 70, the obesity measurement sensor 72, and the moisture measurement sensor 74 detect the user's body temperature, obesity and moisture ratio, respectively, and transmit them to the control unit 90 (S43).

The control unit 90 controls the output voltage supply unit 50 to output a high-frequency current according to the user's body temperature, obesity, and moisture ratio (S44). Or timer (up) (62), timer (down) (63), high frequency intensity (up) (64), high frequency intensity (down) (65), foot high frequency massage button (66), body high frequency massage button (67) The deep heat generator 1 may be operated by input using.

The control unit 90 calculates an ascent rate based on the body temperature of the user transmitted from the body temperature measurement sensor 70 and determines whether the calculated value exceeds a predetermined normal ascent rate range (S45).

If it is determined in step S45 that the user's body temperature rise rate does not exceed the predetermined normal rise rate range, it is determined whether the user's body temperature rise rate does not exceed the predetermined normal rise rate range (S46).

If it is determined in step S46 that the user's body temperature rise rate is less than a predetermined normal rise rate range, the control unit 90 controls the output voltage supply unit 50 to be output with a predetermined rise output value (S48).

If it is determined in step S45 that the user's body temperature rising speed exceeds a predetermined normal rising speed range, the control unit 90 controls the output voltage supply unit 50 to be output with a predetermined falling output value (S47). If the rate of increase in body temperature is outside a predetermined range, that is, it is determined to be dangerous to the user, the high-frequency output voltage is stopped.

Thereafter, it is determined whether the user's body temperature exceeds the target rising body temperature (S49).

If the user's body temperature does not exceed the target elevated body temperature, the controller 90 continues to supply the high-frequency output voltage being supplied.

If it is determined that the user's body temperature has exceeded the target rising body temperature, the control unit 90 controls the output voltage supply unit 50 so as to lower it to a predetermined falling output value (S50). In some cases, the control unit 90 may stop supplying the high frequency output voltage.

Modifications other than the above-described embodiments will be described.

The upper casing is rotatably coupled with respect to the lower casing, and further includes a casing rotating unit for rotationally driving the upper casing, and the control unit may be provided to adjust the intensity of the high frequency according to the relative position of the upper casing with respect to the lower casing. have. In addition, it is installed on the upper casing and further includes an expandable massage bag by injecting air, and the control unit may allow the intensity of the high frequency to be adjusted according to the degree of expansion of the massage bag.

The seating portion has a protrusion protruding upward from the bottom surface and is rotatably coupled with respect to the lower casing, and further includes a seating portion rotating portion for rotationally driving the seating portion, and the controller may adjust the intensity of high frequency according to the rotational speed of the seating rotating portion have.

The high-frequency generator may have a function of controlling by varying the frequency. Depending on the type and condition of the affected area, treatment may be performed by changing to the appropriate frequency.

Due to the above-described deep heat generator 1, when a high frequency is generated according to a user's command input to the user input unit 60, and the user's body temperature detected by the body temperature measurement sensor 70 exceeds a predetermined target rising body temperature Lower the high-frequency output voltage to a predetermined falling output value. Accordingly, by adaptively controlling the driving voltage according to the user's state and outputting a high-frequency current to the user, it is possible to stably reach the target body temperature even when the user's body temperature exceeds the target body temperature. By adjusting the driving voltage adaptively according to the user's body shape, the intensity of the high-frequency current can be adjusted to stably control the rate of rise of body temperature for each of a plurality of different users, so that the healing effect, usability and stability can be improved.

Claims

In the deep heat generator using high frequency,

A lower casing having a seating portion on which the user's foot is seated;

An upper casing coupled to some side edges of the lower casing and formed to be curved upward;

A high frequency electrode installed on at least one side of the lower casing and the upper casing;

A high frequency generator for generating a high frequency current output to the high frequency electrode;

An output voltage supply unit supplying an output voltage to the high frequency generator;

A user input unit for inputting a user's command;

A body temperature sensor for detecting a user's body temperature; And

The high frequency generator is controlled according to a user's command input to the user input unit, and when the user's body temperature detected by the body temperature measurement sensor exceeds a predetermined target rising body temperature, the high frequency output voltage of the high frequency generator is set to a predetermined falling output value. And a control unit for controlling the output voltage supply unit so as to lower it.
The method of claim 1,

The controller controls the user to lower the body temperature to a lower output value when the rate of rise of the body exceeds a predetermined normal rate of rise.
The method of claim 1,

The controller is configured to control the user to increase the body temperature to a predetermined rising output value when the rising speed of the user's body exceeds a predetermined normal rising speed range.
The method of claim 1,

Deep heat generator characterized in that it further has a display for displaying the fact when outputting a rising output value or outputting a falling output value.
The method of claim 1,

Further comprising an obesity measurement sensor for measuring the obesity of the user,

The controller stores the predetermined high frequency output voltage step by step according to the obesity of the user, and controls the core heat generator to output a high frequency output voltage according to the obesity value from the obesity measurement sensor.