KR102024752B1 - moxa system using wireless transmission and wake-up signal - Google Patents

Abstract

The present invention relates to a moxibustion treatment system using wireless transmission and wake-up signals. By applying a text switch as a power switch and adding a power control unit, the driving power is minimized by applying driving power to all the detailed components of a moxibustion steam generator only during a heating operation programmed by the moxibustion steam generator control unit. In addition, when setting an operating temperature/time when the moxibustion is completely off, a moxibustion control unit is activated to receive an operating temperature/time setting signal even when the power switch is not turned on. Also, the power and operating temperature/time setting signals which must be provided to the moxibustion steam generator is wirelessly transmitted from a cradle.

Description

Moxa system using wireless transmission and wake-up signal

The present invention relates to a moxibustion system, and more particularly to a moxibustion system using a wake-up signal and wirelessly transmitting power and operating temperature / time setting signals.

Moxibustion treatment is well known as a treatment that burns moxibustion materials such as wormwood to stimulate the acupuncture points of the human body with heat.

Moxibustion treatment of the method of burning moxibustion materials such as wormwood as described above has the disadvantage that the smoke generated during the combustion process of the moxibustion material causes itching of the eyes or air pollution of the treatment place, in particular to the skin of the human body Since it is not easy to adjust the temperature of the applied heat, there is a disadvantage in that a burn or a rash is caused on the skin by excessive heat stimulation.

In order to solve the above-mentioned drawbacks, an electronic moxibustion treatment device has been developed by using electric heat that can control temperature without burning moxibustion materials such as wormwood.

For example, the wireless charging electronic moxibustion treatment device disclosed in Patent Document 1 has a heating part that generates heat by operating by electric power supplied from a battery, and a temperature control switch capable of two-step temperature control by low / high Hi. Although not illustrated in the drawings, it mentions a technique that can be configured to increase or decrease the temperature by turning the dial by making the temperature control switch to the dial type.

The electronic moxibustion treatment device disclosed in Patent Literature 2 is a heating element that is operated by a power source supplied from a rechargeable secondary battery such as a lithium ion battery and a temperature control switch capable of three-step temperature control with strong, medium, and weak heat. It is illustrated in the figure.

The conventional electronic moxibustion therapy device disclosed in Patent Document 1 or Patent Document 2 has a limitation in miniaturizing and reducing the electronic moxibustion therapy device because a temperature control switch must be installed on the body, and a timer having a predetermined operating time in the manufacturing step. Since the switch is used, the user may not change the operating time at any time.

Since the moxibustion treatment device must be placed on the skin surface, miniaturization and weight reduction are required, so the capacity of the battery cannot be increased. Therefore, the moxibustion treatment device must operate only when the moxibustion therapy device is used, and all components of the moxibustion therapy device should not consume power when used. However, the moxibustion treatment device using the heat transfer disclosed in Patent Document 3 has a problem that power is applied to the controller even when the moxibustion device is not used, thereby consuming battery power.

In addition, even after the heat generation operation programmed by the moxibustion controller is completed, since all the components of the moxibustor including the moxibustion controller are powered, there is a problem in that battery power is consumed even when the moxibustion machine is not used.

When the on / off select switch is used as the power switch of the moxibustion machine, there is an inconvenience in that it is necessary to select the on state when it is used and to select the off state when it is not used.

In addition, when the moxibustion is off, there is an inconvenience that the operating temperature / time can be set in the cradle only after turning on the power switch of the moxibustion.

In addition, Patent Document 3 has a moxibustion therapy device and a charging terminal and a communication terminal of the cradle, respectively, in the moxibustion therapy device and the cradle, they are mechanically connected and the charge and operating temperature / time setting signal is transmitted so that the moxibustion therapy device is correctly seated on the cradle There is a problem in that the treatment terminal and the cradle's charging terminal and the communication terminal are each correctly connected.

In addition, since the charging terminal and the communication terminal is provided at the bottom of the moxibustion treatment device, there is a problem in that the skin contact plate provided at the same part as the moxibustion treatment device is limited, and the entire skin contact plate cannot be used as a heating means. .

In addition, since the charging terminal and the communication terminal at the bottom of the moxibustion treatment device in direct contact with the skin at the same time there is a hygiene problem.

KR 10-1375762 B1 KR 10-1257843 B1 KR 10-1626421 B1

The present invention was developed to meet the needs as described above, an object of the present invention is to apply a text switch as a power switch, and by adding a power control unit of the moxibustion while the heating operation programmed by the moxibustion control unit is in progress. The purpose is to minimize the use of battery power by applying driving power to all detailed configurations.

In addition, when setting the operating temperature / time when the moxibustion is completely off, the purpose is to enable the moxibustion control unit to receive the operating temperature / time setting signal even when the power switch is not turned on.

It is also an object of the present invention to wirelessly transmit power and operating temperature / time setting signals that must be provided to the steam generator from the cradle.

In order to achieve the object of the present invention as described above, the moxibustion treatment system using the wireless transmission and wake-up signal according to an embodiment of the present invention is to be located on a predetermined portion on the body skin while being gripped (move) by the user In the moxibustion treatment system consisting of the moxibustion 100 and the cradle 300 to provide a charge and operating temperature / time setting signal to the moxibustion 100, the moxibustion 100 is a text operation switch 165, the battery ( 150, a heat generating unit 120; Moxibustion control unit 110 for controlling the temperature and time of the heat generating unit 120; A moxibustion operation display unit 140 for displaying a control state of the moxibustion control unit 110; A power controller 180 for controlling power of the moxibustion controller 110 and the moxibustion operation display unit 140; Receiving module 160 for receiving the power transmitted wirelessly from the cradle 300 to the charging circuit 170, and receives the moxibustion control signal transmitted wirelessly from the cradle 300 to the moxibustion control unit 110 )and; A magnetic body (190) at the bottom of the body; and the cradle (300) includes a transmission module (360) for wirelessly transmitting power and a moxibustion control signal to the steam generator (100); A temperature control switch 330 and a time control switch 340 for generating an operating temperature / time setting signal of the steam generator 100; An operating temperature setting indicator 310 and an operating time setting indicator 320 for displaying an operating temperature / time setting value of the cradle control unit 350; A hall sensor 380 for recognizing the proximity of the magnetic body 190; The operating temperature / time setting signal and the wake-up signal by the temperature control switch 330 and the time control switch 340 are transmitted to the transmission module 360, and the signal of the hall sensor 380 It characterized in that it comprises a; cradle control unit 350 for controlling the transmission module 360 according to.

In the moxibustion treatment system using the wireless transmission and wake-up signal according to an embodiment of the present invention, the receiving module 160 is a charging detection means 161, the moxibustion control signal detection means 162 and the receiving coil 163 Characterized in that provided.

In the moxibustion treatment system using a wireless transmission and wake-up signal according to an embodiment of the present invention, the receiving module 160 wirelessly receives power and operating temperature / time setting signals from the transmitting module 360 with one coil. It is characterized by.

Moxibustion treatment system using a wireless transmission and wake-up signal according to an embodiment of the present invention, the transmission module 360 is characterized by having a PWM oscillator 361, a power transmitter 362 and a transmitting coil 363. It is done.

Moxibustion treatment system using a wireless transmission and wake-up signal according to an embodiment of the present invention is characterized in that the transmission module 360 transmits power and operating temperature / time setting signal wirelessly with one coil.

Moxibustion treatment system using a wireless transmission and wake-up signal according to an embodiment of the present invention, the moxibustion controller 110 is a temperature rising section, temperature maintenance section, based on the heat generation temperature of the heat generation operation of the heat generating unit 120, Display the temperature change status of the steamer by section by dividing it into temperature drop section, and calculate the temperature rise section from immediately after the heating operation starts to just before reaching the set heating temperature, and maintain the temperature based on the calculated temperature rise section. It is automatically calculated as a section and the temperature falling section is characterized in that for controlling the operating temperature and the operating time of the heating unit 120.

Moxibustion treatment system using a wireless transmission and wake-up signal according to an embodiment of the present invention, the cradle 300 is formed on the surface, and provided with a mounting hole of a predetermined depth so that the moxibustion 100 is inserted and mounted It is characterized by.

Moxibustion treatment system using a wireless transmission and wake-up signal according to an embodiment of the present invention is characterized in that a projection for preventing the movement of the moxibustion 100 is provided on the surface of the cradle (300).

Moxibustion treatment system using a wireless transmission and wake-up signal according to an embodiment of the present invention, the cradle 300 is the hall sensor 380 in the position where each of the moxibustion 100 is placed when there are a plurality of moxibustion (100). And the transmission module 360, respectively.

In the moxibustion treatment system using the wireless transmission and wake-up signal according to an embodiment of the present invention, the cradle 300 further includes a hall sensor operation display unit for displaying the magnetic sensor 190 when the hall sensor 380 recognizes the magnetic material 190. Characterized in that provided.

Moxibustion treatment system using a wireless transmission and wake-up signal according to an embodiment of the present invention receives a signal of the text operation switch as an enable signal of the power control unit 180 or power control (power control) from the moxibustion control unit 110 Receiving a signal, or receives a wake-up (wake-up) signal from the receiving module (160) is characterized in that.

In the moxibustion treatment system using a wireless transmission and wake-up signal according to an embodiment of the present invention, the moxibustion control unit 110 outputs a power control signal when a driving power is applied from the power control unit 180 to output the power control signal. It is provided as an enable signal of the controller 180 and stops outputting a power control signal when the programmed heating operation is completed.

Moxibustion treatment system using a wireless transmission and wake-up signal according to an embodiment of the present invention, the cradle control unit 350 is a wake-up signal when the Hall sensor 380 recognizes the magnetic material 190 It characterized in that the output.

In the moxibustion treatment system using a wireless transmission and wake-up signal according to an embodiment of the present invention, the moxibustion control unit 110 receives a wake-up signal from the receiving module 160 and the heat-generating unit 120. It is characterized by prohibiting the heating operation.

According to the present invention, there is an effect of minimizing the use of battery power by applying driving power to all the detailed configurations of the steam generator only during the heating operation programmed by the steam generator.

In addition, even when setting the operating temperature / time when the moxibustion is completely off, there is an effect that the moxibustion control unit to receive the operating temperature / time setting signal by activating the moxibustion control unit.

In addition, since the charging method of the built-in battery is a wireless power transmission method, charging is very easy. In addition, since the operating temperature / time setting signal is wirelessly transmitted from the cradle to the moxibustion, there is no need for a separate communication terminal, and since the moxibustion does not need to be closely adhered to the cradle, the error in the charging and communication process is improved. Furthermore, by removing the charging terminal and the communication terminal, the skin contact plate can be fully utilized, and the hygiene problem of the skin contact plate is improved.

1 is a block diagram of the moxibustion of the present invention
2 is a cradle block diagram of the present invention.
Figure 3 is a cradle block diagram of the present invention the convex diagram when mounting a plurality of moxibustion
4 is an operation block diagram of a power supply control unit and a moxibustion control unit;
5 is a waveform in which the PWM oscillator output is interrupted by a square wave

Hereinafter, exemplary embodiments of the present invention will be described in more detail with reference to the accompanying drawings.

Moxibustion treatment system according to the present invention described below is not limited to the following embodiments, anyone who has ordinary skill in the art without departing from the gist of the technology claimed in the claims can be carried out by changing To the extent possible, its technical spirit.

1 to 4, the moxibustion treatment system using the wireless transmission and wake-up signal according to an embodiment of the present invention is located in a predetermined portion on the body skin while being gripped (move) by the user Moxibustion 100 and the cradle 300 of FIG. 2 providing charging and operating temperature / time setting signals to the moxibustion 100.

The moxibustion 100 is a moxibustion control unit 110, a heat generating unit 120, a temperature sensor 130, operation display unit 140, a battery 150, a receiving module 160, a charging circuit 170, a power control unit ( 180), a text operating switch 185, a flat plate skin contact plate 125, and a magnetic body 190.

The moxibustion controller 110 may be a programmable controller such as EPROM (Erasable PROM). Therefore, the moxibustion controller 110 may edit a program embedded in the moxibustion controller 110 by a separate external program editor or computer. The moxibustion control unit 110 operates the temperature change state of the moxibustion for each section by dividing the heat generation operation time of the heat generating unit 120 into a temperature rising section, a temperature maintaining section, and a temperature falling section based on a predetermined heating temperature by a set program. Displayed by the display unit 140, and immediately after the start of the heating operation is calculated as the temperature rise section from just before reaching a predetermined heating temperature, and automatically calculates the temperature maintenance section and the temperature falling section based on the calculated temperature rise section to generate heat The operating temperature and operating time of the unit 120 is controlled.

The heat generating unit 120 uses a nano planar heating element (NPHE) or a PTC heater (positive temperature coefficient coefficient) of positive resistance so that heat can be conducted to the flat plate skin contact plate 180. Temperature automatic adjustment function can be secured.

The temperature sensor 130 detects the temperature of the heat generating unit 120 and transmits the temperature to the steam control unit 110 while the heat generating unit 120 operates at a predetermined heat generating temperature and a predetermined heat generating operating time.

When the user presses the operation switch attached to the moxibustion machine 100, the moxibustion operation display unit 140 is programmed in the moxibustion control unit 110 and blinks a red LED in a temperature rising section and red in a temperature maintaining section according to a progress time. The LED is turned on and the green LED blinks in the temperature drop section.

The moxibustion operation display unit 140 may display the state of charge of the moxibustion.

The moxibustion 100 is mounted on the cradle mounting hole, and the green LED of the moxibustion operation display unit 140 is turned on when the voltage or current of the battery is measured and the reference value is higher than the reference value. When the reference value is less than the red LED of the moxibustion operation display unit 140 is turned on. In addition, when the charging of the moxibustion 100 is completed, the red LED of the moxibustion operation display unit 140 of the moxibustion 100 is turned off.

The moxibustion controller 110 may block the full discharge of the battery 150 by measuring the voltage of the battery 150 and stopping the heating operation of the heat generating unit 120 when the reference value is less than the reference value.

The current of the battery 150 flows to the heat generating unit 120 according to the processor of the steam generator control unit 110, and when the battery 150 is discharged after use, the steam generator 100 is placed on the cradle 300 so as to place the battery 150 in the cradle 300. To charge.

The receiving module 160 receives power wirelessly transmitted from the cradle 300 and transmits the received power to the charging circuit 170 for charging the battery 150, and the operating temperature / time wirelessly transmitted from the cradle 300. Receives a set signal and transmits to the moxibustion control unit 110.

The receiving module 160 generates an induced current by an electromagnetic induction phenomenon in response to the electromagnetic force output from the transmitting module 360 and supplies the power to the battery 150 through the charging circuit 170 to supply the battery 150. ).

The receiving module 160 includes a receiving coil 163 therein, and also includes a charging detecting means 161 and a moxibustion control signal detecting means 162. The charging detecting unit 161 detects the power for charging the battery from the receiving coil 163 and transmits the electric power to the charging circuit 170. The moxibustion control signal detection means 162 detects an operating temperature / time setting signal and a wake-up signal from the receiving coil 163 and transmits it to the moxibustion control unit 110.

The receiving coil 163 of the receiving module 160 may be a single (single) coil to wirelessly receive the power and operating temperature / time setting signal from the transmitting module 360. In addition, it is possible to wirelessly receive a wake-up signal.

The receiving coil 163 is a receiver ANT of a rectangular coil bundle, and the charging detecting means 161 detects the wireless power of the cradle 300 and transmits it to the charging circuit 170 to transfer the battery 150. After charging, the moxibustion control signal detection means 163 detects an operating temperature / time setting signal and a wake-up signal among the output signals of the reception module 160 and transmits it to the moxibustion control unit 110.

The power controller 180 is directly connected to the battery power source and operated by an enable signal to supply driving power to the moxibustion controller 110 and the operation display unit 140 as its output.

The text operation switch 185 maintains the on state only while the user presses and normally maintains the off state.

When the text operation switch 185 is off and the output of the power control unit 180 is in a low state, driving power is not applied to the moxibustion control unit 110.

In this case, when the moxibustion machine 100 is mounted on the cradle 300, the battery 150 is charged through the transmitting module 160, the receiving module 160, and the charging circuit 170, but the output of the power controller 180 is low. Therefore, even if an operating temperature / time setting signal is received from the transmission module 160, the operating temperature / time setting signal is not received by the moxibustion control unit 110.

In order to solve this problem, the power controller 180 may receive a power control signal from the text operating switch 185 or the steam control unit 110 as an enable signal, or wake up from the receiving module 160. When receiving a wake-up signal, it can operate to output the driving power.

The cradle controller 350 transmits a wake-up signal when the hall sensor 380 recognizes the magnetic material 190, and when the power controller 180 receives a wake-up signal. As the power controller 180 outputs driving power, power is applied to the moxibustion controller 110, and the moxibustion controller 110 may receive an operating temperature / time setting signal.

The operation of the moxibustion controller 110 by the wake-up signal and the operation of the moxibustion controller 110 by the text operation switch 185 should be distinguished. Because the former is for receiving the operating temperature / time setting signal, the heat generation operation of the heat generating unit 120 should be prohibited, and the heat generating operation of the heat generating unit 120 should be performed only by the latter. In order to solve this problem, the moxibustion controller 110 may also receive a wake-up signal through the reception module 160. The moxibustion controller 110 may receive a wake-up signal. When the driving power of the power control unit 180 is received in the state, the heating operation of the heat generating unit 120 may be prohibited.

When the battery power is sufficiently charged and the text operation switch 185 is pressed, the enable signal is applied to the power controller 180, and the power is supplied to the moxibustion controller 110 by outputting the driving power. However, when the text operation switch 185 is removed (off), the enable signal is set to the low state of the power control unit 180, and thus the power is also supplied to the moxibustion control unit 110 because the power control unit 180 cannot output the driving power. Not authorized

In order to solve this problem, once the moxibustion control unit 110 operates, the moxibustion control unit 110 outputs a power control signal and the power control signal is again used as an enable signal of the power control unit 180. Even if the text operating switch 185 is turned off by the operation, the power control unit 180 outputs the driving power, and thus power is also applied to the moxibustion control unit 110 so that the moxibustion 100 operates normally.

When the heating operation programmed by the moxibustion controller 110 is completed, the moxibustion controller 110 stops outputting a power control signal, and thus the power controller 180 cannot output driving power. The driving power is cut off in the control unit 110. Therefore, until the user presses the text operating switch 185 again to reactivate the moxibustion machine 100, all the components of the moxibustion device operated by the driving power of the power control unit 180 operate until the power control unit 180 operates again. It is impossible to minimize the power consumption of the moxibustion machine.

The moxibustion controller 110 recognizes as a command to stop the operation of the moxibustion 100 when the power control unit 180 outputs the driving power and receives a signal for turning on the text operation switch 185 during the normal operation, and power control (power control). The output of the power control unit 180 may be turned off by stopping the signal output to stop the operation of the steam generator 100. In addition, instead of stopping the output of a power control signal, the operation of the heating unit 120 may be stopped.

The plate-type skin contact plate 180 may receive heat from the heat generating unit 120 to promote thermal stimulation to the skin of the body, and may be formed of a ceramic plate.

The magnetic body 190 is attached to each moxibustion 100 to mount the moxibustion 100 to the mounting hole of the cradle 300, or when the cradle 300 is placed in a predetermined position on the surface of the cradle 300, respectively It is a configuration for recognizing the moxibustion 100 individually.

The cradle 300 is an operating temperature setting indicator 310, operating time setting indicator 320, temperature control switch 330, time control switch 340, cradle control unit 350, transmission module 360, Hall sensor 380.

The cradle 300 may use a direct current power source using a separate adapter for electrical safety reasons, and the direct current power source may be used as a power source of the PWM oscillator 361.

The cradle 300 may include a charging indicator light near each mounting hole for indicating the state of charge of the steamer 100 while the steamer 100 is being charged.

The cradle 300 is formed on the surface, it may form a mounting hole of a predetermined depth so that the moxibustion 100 is inserted and mounted. One mounting hole may be sufficient, and it may be comprised in multiple numbers. Therefore, the moxibustion treatment system may adopt only one moxibustion 100 or a plurality of moxibustion 100 may be mounted on the cradle 300.

The cradle 300 may have protrusions on the surface of the cradle 300 to prevent movement of the steam generator 100 when the steam generator 100 is placed on the surface of the cradle 300.

When the cradle 300 has a plurality of moxibustion 100 to be used, the hall sensor 380 and the transmission module 360 are disposed at positions where each of the moxibustion 100 is placed.

In order to check whether the moxibustion machine 100 is placed at a predetermined position of the cradle 300, the cradle 300 displays a hall sensor operation display unit displaying the magnetic sensor 190 when the hall sensor 380 recognizes the magnetic material 190. It may be further provided.

The operating temperature setting indicator 310 and the operating time setting indicator 320 display the operating temperature / time setting signal of the cradle controller 350.

A user operates the temperature control switch 330 and the time control switch 340 to transmit a temperature / time control signal for increasing or decreasing the temperature / time to the cradle control unit 350. In this case, you can use the buzzer to generate BEEP sound when there is a key input or when setting is complete.

The cradle control unit 350 transmits an operation temperature / time setting signal or a wake-up signal of the steam generator 100 by the temperature control switch 330 and the time control switch 340 to the transmission module 360 and performs the operation. The temperature setting indicator 310 and the operation time setting indicator 320 are displayed.

The transmission module 360 wirelessly transmits power and an operating temperature / time setting signal or a wake-up signal to the receiving module 160 of the steam generator 100, and transmits the power and operating temperature / time setting signals to one coil. Can be transmitted wirelessly.

When power is applied to the transmission module 360, an electromagnetic field is generated in the coil inside the transmission module 360, and the electromagnetic force of the transmission module 360 is transmitted to the coil of the reception module 160 to generate an induced current. It is. The transmission of power through the electromagnetic induction method is a wireless power transmission method, which does not require a conventional charging cable or a connector, and thus the overall configuration is very simple.

The transmission module 360 may be configured as a full bridge, and may include a PWM oscillator 361, a power transmitter 362, and a transmission coil 363 therein.

The PWM oscillator 361 may use a CMOS LOGIC IC, and the oscillation frequency may use 50KHz to 100KHz.

The power transmitter 362 may drive the transmitter ANT using two ICs for half-duplex communication. The transmitting coil 363 of the transmitter ANT may be configured as a bundle of coils having a rectangular shape.

The cradle controller 350 may control the power transmitter 362 according to the operating temperature / time setting signal or the wake-up signal, and transmit the operating temperature / time setting signal or the wake-up signal to the receiving module 160. . That is, by intermittent the power frequency (50KHz ~ 100KHz) input from the PWM oscillator 361, the operating temperature / time setting signal can be included in the output of the power transmitter 362.

The cradle controller 350 controls the enable of the full bridge and intermittently operates a signal having a predetermined frequency to transmit an operating temperature / time setting signal. For example, if the PWM power transmission is interrupted in accordance with the operating temperature / time setting signal during the transmission of the power of the transmission module 360 with a PWM of 100 KHz, the change becomes the temperature / time control signal data. 4 shows a waveform in which the PWM oscillator output is interrupted by a square wave.

The receiving coil 163 of the receiving module 160 installed in the moxibustion machine 100 receives this, and the moxibustion control signal detection means 162 detects the moxibustion control signal and transmits it to the moxibustion control unit 110. Therefore, the moxibustion control unit 110 sets the time and temperature desired by the user according to the programmed form. Accordingly, power and operating temperature / time setting signals may be wirelessly transmitted to one coil of the transmitting module 360 and one coil of the receiving module 160.

After the user sets the desired temperature / time using the temperature control switch 330 and the time control switch 340, and presses any one of the temperature rising / falling switch and the time rising / falling switch longer than the reference time, The cradle control unit 350 may regard this as a transmission request and intermittently intercept the power transmitter 362 according to the set operating temperature / time setting signal to transmit the operating temperature / time setting signal to the receiving module 160. .

When there are a plurality of power transmitters 362, the cradle controller 350 may simultaneously transmit or operate operating temperature / time setting signals to the power transmitters 362 or sequentially.

The cradle 300 may use a DC power source using a separate adapter for electrical safety reasons. The PWM oscillator 361 chops the DC power and transmits the same to the power transmitter 362.

The Hall sensor 380 recognizes the proximity of the magnetic body 190, the cradle control unit 100 is mounted on the mounting hole of the cradle 300, or placed in a predetermined position of the cradle 300 350). When it is recognized that the moxibustion machine 100 is mounted in the cradle 300, the cradle control unit 350 drives the transmission module 360 to wirelessly transmit PWM power to the reception module 160 of the moxibustion machine 100. Control to transmit.

That is, the cradle control unit 350 may start the power transmission by setting the enable signal (enable), which is the driving start signal of the power transmission unit 362 to LOW, when the steam generator 100 is separated from the cradle 300. The power supply can be stopped immediately by setting the enable signal to H immediately.

According to the present invention configured as described above, the user installs only the moxibustion machine 100 that needs to be charged or set an operating temperature / time to the mounting hole of the cradle 300, or arranges the charge in a predetermined position of the cradle 300. You can set the operating temperature / time.

Moxibustion (100) Moxibustion control unit (110)
Heating part 120 skin contact plate 125
Temperature sensor 130 operation display unit 140
Battery 150 receiving module 160
Charge detection means (161) Moxibustion control signal detection means (162)
Receiving coil 163 charging circuit 170
Power control unit 180 Tact operation switch (185)
Ferrite (190) Cradle 300
Operating temperature setting indicator 310 Operating time setting indicator 320
Temperature control switch (330) Time control switch (340)
Cradle Control Unit 350 Transmit Module 360
PWM oscillator 361, power transmitter 362
Transmitting coil 363 Hall sensor 380

Claims (14)

Moxibustion treatment consisting of moxibustion (100) which is gripped by the user and is located at a predetermined site on the body skin and cradle (300) which provides charging and operating temperature and time setting signals to the moxibustion (100). In the system,
The moxibustion 100 is
A text operation switch 165, a battery 150, and a heating unit 120;
Moxibustion control unit 110 for controlling the temperature and time of the heat generating unit 120;
A moxibustion operation display unit 140 for displaying a control state of the moxibustion control unit 110;
A power controller 180 for controlling power of the moxibustion controller 110 and the moxibustion operation display unit 140;
Receiving module 160 for receiving the power transmitted wirelessly from the cradle 300 to the charging circuit 170, and receives the moxibustion control signal transmitted wirelessly from the cradle 300 to the moxibustion control unit 110 )and;
And a magnetic body 190 at the bottom of the body; and

The cradle 300 is
A transmission module 360 for wirelessly transmitting power and a moxibustion control signal to the moxibustion device 100;
A temperature adjusting switch 330 for generating an operating temperature setting signal of the steam generator 100 and a time adjusting switch 340 for generating an operating time setting signal;
A hall sensor 380 for recognizing the proximity of the magnetic body 190;
The operating temperature and time setting signal and the wake-up signal by the temperature control switch 330 and the time control switch 340 are transmitted to the transmission module 360, and the signal of the hall sensor 380 Cradle control unit 350 for controlling the transmission module 360 according to;
Wireless transmission and wake-up signal comprising a; operation temperature setting indicator 310 for displaying the operating temperature setting value of the cradle control unit 350 and operation time setting indicator 320 for displaying the operating time setting value; Moxibustion treatment system The method of claim 1,
The receiving module 160 has a moxibustion treatment system using a wireless transmission and wake-up signal, characterized in that it comprises a charging detection means 161, a moxibustion control signal detection means 162 and a receiving coil 163 for charging. The method according to claim 1 or 2,
The receiving module 160 is moxibustion treatment system using a wireless transmission and wake-up signal, characterized in that for wirelessly receiving the power and operating temperature and time setting signal from the transmitting module 360 with one coil The method of claim 1,
Moxibustion treatment system using a wireless transmission and wake-up signal, characterized in that the transmission module 360 is provided with a PWM oscillator 361, a power transmitter 362, and a transmitting coil 363. The method according to any one of claims 1 to 4,
The transmitting module 360 is a moxibustion treatment system using a wireless transmission and wake-up signal, characterized in that for transmitting the power and operating temperature and time setting signal wirelessly with one coil The method of claim 1,
The moxibustion controller 110 divides the heat generation operation time of the heat generating unit 120 into a temperature rising section, a temperature maintaining section, and a temperature falling section on the basis of a predetermined heating temperature, and displays a temperature change state of the moxibustion section for each section by an indicator. The temperature rise period is calculated from immediately after the start of heating operation to just before reaching a predetermined heating temperature, and is automatically calculated as a temperature maintaining section and a temperature falling section based on the calculated temperature rising section, and the operating temperature of the heating unit 120 and Moxibustion treatment system using wireless transmission and wake-up signal, characterized in that to control the operation time The method of claim 1,
The cradle 300 is formed on the surface, the moxibustion treatment system using a wireless transmission and wake-up signal, characterized in that it has a mounting hole of a predetermined depth to allow the moxibustion 100 is inserted and mounted The method of claim 1,
Moxibustion treatment system using a wireless transmission and wake-up signal, characterized in that a projection for preventing the movement of the moxibustion 100 is provided on the surface of the cradle 300 The method of claim 1,
The cradle 300 is a wireless transmission and wake, characterized in that when the plurality of the moxibustion 100, the hall sensor 380 and the transmission module 360 is disposed in the position where each of the moxibustion 100 is placed, respectively Moxibustion treatment system using up signal The method of claim 1,
The cradle 300 has a moxibustion treatment system using a wireless transmission and wake-up signal, characterized in that the Hall sensor 380 further comprises a Hall sensor operation display unit for displaying the magnetic sensor 190 when it recognizes the magnetic material (190). The method of claim 1,
Receive a signal of a text operation switch as an enable signal of the power control unit 180 or a power control signal from the moxibustion control unit 110, or wake-up from the receiving module 160 Moxibustion treatment system using wireless transmission and wake-up signal, characterized in that the case of receiving a signal The method of claim 1,
The moxibustion controller 110 outputs a power control signal when the driving power is applied from the power controller 180 to provide the enable signal of the power controller 180, and when the programmed heating operation is completed. Moxibustion treatment system using wireless transmission and wake-up signal, characterized in that the power control signal output stops The method of claim 1,
The cradle controller 350 outputs a wake-up signal when the hall sensor 380 recognizes the magnetic body 190. The moxibustion treatment system using the wireless transmission and the wake-up signal may be provided. The method of claim 1,
The moxibustion control unit 110 receives the wake-up signal from the receiving module 160 and moxibuses using the wireless transmission and wake-up signal, which prohibits the heating operation of the heat generating unit 120. Treatment system

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