KR20190130089A - Smart wearable micro current stimulator and the control methods - Google Patents

Abstract

The present invention relates to a smart wearable microcurrent therapy device and a control method thereof. The present invention induces and applies microcurrent to the human body to help blood circulation, promote metabolism, relieve pain, and treat and prevent musculoskeletal disorders, and has a skin care and health promotion effect. The present invention is composed of a microcurrent output electrode in contact with the human body, a mode switch, a display LCD (or LED), a buzzer, a main body with a built-in battery, and a band coated with the insect repellent odor and coupled to the main body. In addition, the present invention provides a control method with Bluetooth and a microprocessor control unit to control each signal and output current mode of a wired and wireless charger for charging the battery, a pulse detector, a temperature detector and a human body touch detector. In addition, according to the present invention, the smart wearable microcurrent therapy device is compact and provides convenience of operation by using Bluetooth, and it is possible to be worn with the battery such that continuous treatment is possible even when a user goes out, exercises, travels or works without interruption of treatment.

Description

Smart wearable micro current stimulator and its control method {Smart wearable micro current stimulator and the control methods}

The present invention relates to a smart wearable microcurrent therapy device using microcurrent and a control method thereof. In general, the microcurrent therapy therapy device induces and applies microcurrent to the human body to help blood circulation and promote metabolism to alleviate human pain and musculoskeletal disorders. It has a therapeutic effect and preventive effect, has been used for skin beauty by improving fatigue, improving blood circulation, and has a health promoting effect because it helps in weight loss.

The present invention relates to a treatment device for smart wearable microcurrent therapy device that can be continuously attached to the portable wear using the microcurrent.

To this end, the present invention provides an electrode for outputting a microcurrent in contact with the human body, a mode switch for selecting an output level and a function, a display unit (LED or LCD) for displaying the main body operation and battery state and operating state, a pulse of the human body, a temperature state It consists of a main body with a built-in buzzer and a charging battery, and a band that is made of silicone and coated with or added to the pest control fragrance and worn on the cuff. In addition, the present invention provides a microprocessor controller for controlling each signal and output current mode such as a wired and wireless charger for charging a battery, a pulse detector, a temperature detector, and a human body contact detector, and a method for controlling the operation and operation with Bluetooth.

In addition, according to the present invention, it is compact and provides a convenience of operation by using a Bluetooth and a portable battery using a rechargeable battery, which can be continuously treated without interruption of treatment even when going out, exercising, traveling, or working, using a band type using a microcurrent. It is characterized by providing a smart electrotherapy device and a control method thereof.

In general, electrotherapy is a method of treating various diseases by passing a minute current through the human body, also called electrotherapy, and electrotherapy has various functions and uses depending on the waveform of the frequency, the strength of the current, and the application site.

According to the applied frequency, a lot of high frequency therapy and low frequency therapy devices have been developed and used. Low frequency electrotherapy uses a frequency of several Hz to 1,000 Hz, medium frequency electrotherapy uses 1KHz to 10KHz, and high frequency electrotherapy uses a frequency of 100KHz or more. do.

In addition, therapies used for pain relief and recovery of various musculoskeletal disorders, such as back pain, arthritis, spondylitis, and sports injuries, have been introduced to electrical treatment such as medium frequency and high frequency, and to ultrasound and optical deposits. Ultrasound therapy uses the frequency of 20KHz ~ 10MHz, it is applied to the deep tissue of human body and it is also used for the treatment of soft tissue damage by using thermal effect.

In addition, recently, a microcurrent stimulation treatment device for inducing and applying a microcurrent to a human body in accordance with an output intensity adjustment of about 10uA to 500uA or more has been applied to the human body.

Such conventional low frequency, medium frequency, high frequency, ultrasound, the device is a composite device or difficult to carry because the size and weight is heavy, there is a problem of expensive.

The prior patent document (Applicant / Digilink. Registration No. 10-0992931) of the present applicant of the present patent has proposed a hospital use for home use, which is relatively expensive and has a problem in that it cannot be worn and carried. No. 10-1340764) has a problem that it is difficult to continuously wear it is composed of a complex device.

In addition, the conventional technology is a simple low-frequency or microcurrent influx of the human body without the human body state detection (pulse, body temperature, etc.) function, or there is an inconvenience to manually operate the device body.

In addition, the attachment means for attaching to the human body of a conventional portable device has a simple band or a coupling means, but this is a simple limitation of the use that there is no use other than a simple human attachment use for a simple coupling for coupling the device.

(Document 1) Registered Patent No. 10-0992931 Diagnostic device for body core measurement and a medical diathermy connected thereto (Registration 2010.11.2) (Document 2) Registered Patent No. 10-1340764 Microcurrent Therapy Device Using Portable High Potential

As described above, in the related art, the above-described problems are composed of a therapeutic apparatus main body, a connection cable, and a pad, or an electrical output terminal such as low frequency, medium frequency, high frequency, ultrasonic wave, light wave, etc., configured as a composite device. It cannot be solved.

The present invention is a smart wearable microcurrent that can be maximized by the influx of micro currents that are spotlighted in the human body and continuously worn regardless of the place and time, to relieve fatigue, improve blood circulation, alleviate pain, reduce weight, improve health and skin care. It is an object of the present invention to provide a treatment device and a control method thereof.

In addition, the present invention can be operated with a smart phone using Bluetooth and provides the bias to display the status. It is also an object of the present invention to provide a function to check and alert the human body condition of the wearer using a body temperature sensor and a pulse sensor.

The present invention has been proposed to solve the above problems, and more particularly, in the microcurrent therapy device for relieving human pain and enhancing beauty and health by using the electrical output of the microcurrent, an output electrode for outputting the microcurrent Mode selection switch for turning on / off the operating power and selecting the level or function of the output current, an indicator (LED or LCD) indicating that a microcurrent is output or in operation, and a standard value of the human pulse or body temperature. Alarm buzzer that alarms the alarm, battery that is charged by a wired or wireless charging, and made of a silicone material, characterized in that it comprises a band for combating pests by coating or adding a pest control incense .

In another aspect, the present invention provides a control unit for controlling each input signal, an operation unit for selecting and operating the operation and function mode, a pulse detection unit for detecting the human body pulse, a body temperature sensor for detecting the body temperature of the human body, the control unit The power supply unit supplies power to the unit, the alarm unit detects the pulse and body temperature and alerts the user if it is not within the standard range. And a microcurrent output waveform generator for outputting a microcurrent, and an electrode portion for inductively inputting the microcurrent output to a human body.

In addition, as a control method of the present microcurrent therapy device,

Waiting for the human body contact and determining whether or not the human body contact (S1), and if the human body contact state (S2) to determine whether the main body operation setting (ON), and if the operation setting is ON (ON) state Outputting the microcurrent for each mode (S3), measuring the pulse and body temperature (S4), requesting the measured data such as pulse and body temperature to the Bluetooth master (S5), and transmitting the Bluetooth wireless transmission means. Characterized in that it comprises the step of transmitting the measured data (S6), the step of inserting a wired, wireless charger (S7), and displaying the measured data in the charging and display unit (S8) do.

As described above, the present invention provides a remarkable convenience in using the operation operation with a smart phone using Bluetooth, and since the operation state can be checked in the main body display unit and the smart phone, the human body is a smart air-enabled device. By removing the inconvenience from the operation to remove the inconvenience attached to the human body has the effect of continuous treatment and management without interruption of the output.

In addition, because it consists of a band worn on the wrist, it is effective to check the current human state (pulse, body temperature, etc.) by applying a pulse sensor and a temperature sensor.

In addition, by miniaturizing the structure and devices, smartphones can be used for low-cost devices, thus providing a wearable device that can be used anytime, anywhere, even when going out, exercising, traveling or working.

In addition, the present invention includes a coating or addition of a pest control agent capable of exterminating pests in the band silicone material. Therefore, it is a small device at low cost, which can combine treatment and pest control, which is effective in cost, miniaturization, and use. Also, since the silicone band can be used by consumers, it can be used as a pest control product. Can be used as

1 is a conceptual diagram of a smart wearable microcurrent therapy device according to an embodiment of the present invention
Figure 2 is a conceptual diagram of the microcurrent output of the smart wearable microcurrent therapy device according to another embodiment of the present invention
Figure 3 is a block diagram of the operation of the smart wearable microcurrent therapy device according to another embodiment of the present invention
4 is a flowchart illustrating a control method operation of the smart wearable microcurrent therapy device according to another embodiment of the present invention.

In order to achieve the above object, the present invention includes a microprocessor control unit and a pest control agent, which incorporate a printed circuit board having electrodes and sensors for outputting a microcurrent in contact with a human body, a wired / wireless charging device, and controlling the output. It is provided with the band of the silicon material of addition.

Hereinafter, with reference to the accompanying drawings will be described a preferred embodiment of the present invention as follows.

1 is a conceptual diagram of a smart wearable microcurrent therapy device according to an embodiment of the present invention.

Referring to FIG. 1, as a component of the smart wearable microcurrent therapy apparatus 100 of the present invention, a main body 10 includes a display unit 10-5 represented by LCD or LED and an output electrode on the display unit. (10-6, 10-7) is in contact with the skin and indicates the operating state by turning on the switch (10-3), and also the pulse and body temperature are displayed. It also includes a buzzer (10-2) that alerts you when the pulse and body temperature is higher or lower than the human body reference value.

In addition, a charging jack 10-1 for charging the charging battery 10-8 is provided and a switch 10-3 for turning on and off the main body of the device.

The pulse detection and body temperature sensing means comprises a pulse sensor and a body temperature sensor, the charging jack 10-1, the switch 10-3, the display means 10-5 is a printed circuit board (PCB) built into the body 10-4).

In addition, the printed circuit board is provided with output electrodes (+,-), (10-6, 10-7) which are in contact with the human body to output a microcurrent and induce the human body.

The output electrode is a metallic material or attached to the bottom of the main body by a pad to induce a microcurrent to the human body. In Figure 1 is shown as a circular body, but may be configured in the form of a square, triangle or various designs. In addition, the main body is provided with a band 11 for coupling to the human body, and the band 11 may be made of silicon material, fibers, or metals, and may be formed in one straight shape to be worn by combining the left and right sides of the main body or left and right. It can be used in the form of being separated into two and fastened in the middle of the band.

The band 11 is made of silicone or leather or fibrous material and is coated or added with a pest control agent capable of exterminating the pest. The band 11 comprises a structure in which the band containing the pest control agent can be used by a consumer. In addition, the band 11 may be worn in combination with the left and right ends of the body 10 by forming a single straight or two separate types of left and right, respectively, in the form of a bell claw tape or a snap button or a bark. Can be worn separately

Figure 2 is a conceptual diagram of the microcurrent output of the smart wearable microcurrent therapy device according to another embodiment of the present invention.

Referring to FIG. 2, the microprocessor 20-1 is driven by the user with the switch 10-3 ON, and an output waveform is generated by signal processing of the microprocessor. The sensor 20-3 checks whether the human body is in contact with the human body and feeds it back to the microprocessor. When the skin is in contact with the body, the output electrodes (+,-) 110 operate to induce a microcurrent into the human body.

In addition, the charging battery 22 is charged by the charging circuit 24, which is composed of a wired or wireless circuit portion.

3 is a block diagram of an operation of the smart wearable microcurrent therapy device according to another embodiment of the present invention.

According to yet another embodiment of the present invention of Figure 3 in the microcurrent therapy device to alleviate human pain, improve beauty and health by using the electrical output of the microcurrent, the control unit 20 for controlling each input signal and , The operation unit 10-3 for selecting and operating an operation and a function mode, a pulse detection unit 50 using a pulse sensor for detecting a human body pulse, and a body temperature detection unit 60 using a body temperature sensor for detecting a body temperature of a human body And, the power supply unit 30 for supplying power to the control unit 20, the alarm unit 80 to detect the pulse, body temperature, etc. when the alarm is above or below the human body standard value, the body contact sensor 70 whether the electrode is in contact with the human body It consists of a contact current detecting unit 70 for detecting the presence of human contact using the micro-current output waveform generator 20-2 for outputting a fine current by the signal processing of the microprocessor 20-1 do. In addition, the operation unit 10-3 may be operated by a wireless transmission / reception unit 40 such as Bluetooth or WI-FI, and also by a manual means of the switch operation unit 10-3. This is possible. In addition, the output signal and the operation state output by the operation is displayed, and further comprises a display portion (10-5) for displaying the state (ON), (OFF) of the product.

In addition, the manual operation means may be composed of a tact switch or a human body touch switch.

The power supply unit 30 further includes a charge detection unit 24 for detecting a charging state of the battery under the control of the microprocessor.

4 is a flowchart illustrating a method of controlling a smart wearable microcurrent therapy device according to another embodiment of the present invention.

According to Figure 5 in the microcurrent therapy device using the electrical output of the microcurrent,

Waiting for the human body contact and determining whether or not the human body contact (S1), and if the human body contact state in the step (S1) step of determining whether the main body operation setting (ON) (S2), in the step When the operation setting is ON, outputting a micro current for each mode (S3), measuring pulse and body temperature (S4), and requesting measured data such as pulse and body temperature to the Bluetooth master ( S5), transmitting data measured by the wireless wireless transmission means (S6), inserting a wired or wireless charger (S7) and displaying the measured data on the charging and display unit (S8). It consists of.

In addition, after determining the step (S1) of waiting for and contacting the human body, if the human body is not in the contact state (OFF) to the microcurrent output (OFF) and further turn off the Bluetooth (OFF) (S1-1) Include.

The method may further include a step (S2-2) of turning off the microcurrent output when the operation setting is OFF after determining the step S2 of turning on the main body operation setting. .

** Explanation of symbols for the main parts of the drawings **
100: Smart Wearable Microcurrent Therapy
10: main body 10-1: charging jack
10-2: Buzzer 10-3: Switch
10-4: printed circuit board 10-5: display device
10-6: Output electrode (+) 10-7: Output electrode (-)
10-8: Battery 11: Band
20: control unit 20-1: microprocessor
20-2: output waveform generator 20-3: human body contact sensor
21: control panel 22: battery
23: wired and wireless charging unit 24: charging detection unit
30: power supply
40: wireless transmission and reception means (Bluetooth) 50: pulse detection unit
60: body temperature detection unit 70: human body contact detection unit
80: alarm unit

Claims (11)

In the microcurrent therapy device that uses the electrical output of the microcurrent to alleviate human pain, promote beauty and health,
An output electrode for outputting a microcurrent;
A mode selection switch for turning on / off an operating power and selecting a level or a function of an output current;
A display unit displaying that the microcurrent is output or in an operating state;
An alarm unit that alarms when the human body pulse or body temperature is outside the standard value;
Batteries that are charged by wire or wireless charging;
Consists of straight or left and right, respectively, and fixed to the left and right sides of the main body is removable, and is made of silicone or leather or fibers, coated or added to the pest control agent to combat pests A band configured; Smart wearable microcurrent therapy device, characterized in that consisting of In claim 1,
The output electrode is made of a metallic material or a conductive pad,
The band is configured in the form of the left and right independent bands to be combined with a bell claw or a snap button or a claw,
The circuit board inside the main body is a smart wearable microcurrent therapy device, characterized in that consisting of a flexible substrate (flexible PCB) or a general type or thin and thin substrate type according to the curved surface of the main structure In the microcurrent therapy device that uses the electrical output of the microcurrent to alleviate human pain, promote beauty and health,
A control unit which controls each input signal;
An operation unit for selecting and operating an operation and a function mode;
Pulse detection unit for detecting a human pulse;
A body temperature detector for detecting a body temperature of the human body;
A power supply unit supplying power to the control unit;
An alarm unit that detects a pulse and body temperature and alerts the human body when it is not within a standard range of the human body;
A human body contact sensing unit configured to sense whether an electrode contacts the human body;
A fine current output waveform generator for outputting a fine current by signal processing of a microprocessor; And
An output electrode unit for inductively inputting the microcurrent output to a human body; To
Smart wearable microcurrent therapy device, characterized in that comprising The method of claim 1,
The pulse detection unit is made of a pulse sensor for measuring the pulse of the human wrist,
The body temperature sensor is made of a human body temperature sensor for detecting the body temperature,
The wearable microcurrent therapy device of claim 1, wherein the human body touch sensor further comprises a human body sensor that detects whether an electrode is in contact with the human body. The method of claim 1
The operation unit
It can be operated by wireless transmission / reception means such as Bluetooth or WI-FI, and also by manual means.
Smart wearable microcurrent therapy device further comprises a display unit for displaying the output and the operation state by the operation The method of claim 2, wherein the manual operation means,
Smart wearable microcurrent therapy device, characterized in that further comprising consisting of a tact switch or a human body touch switch The method of claim 1
The power supply unit includes a charge detection unit for detecting a state of charge of the battery;
Smart wearable microcurrent therapy device, characterized in that further comprising a wired, wireless charging unit for charging the battery The method of claim 1
Display means of the display unit is made of LCD (LCD) or LED (LED),
The alarm means of the alarm unit is a smart wearable microcurrent therapy device, characterized in that it further comprises the alarm by being displayed on the buzzer or the display means. In the microcurrent therapy device that uses the electrical output of the microcurrent to alleviate human pain, promote beauty and health,
Waiting for the human body contact and determining whether the human body is contacted (S1);
Determining whether the main body operation setting is ON when human body contact is made (S2);
Outputting a fine current for each mode when the operation setting is ON (S3);
Measuring pulse and body temperature (S4);
Requesting measured data of pulse rate, body temperature, etc. from the Bluetooth master (S5);
Transmitting data measured by the Bluetooth wireless transmitting means (S6);
Inserting a wired or wireless charger (S7);
Displaying the measured data on the charge and display unit (S8);
Control method of the smart wearable microcurrent therapy device, characterized in that consisting of The method of claim 9,
After determining the step S1 of waiting for contact with the human body (S1), turning off (OFF) the microcurrent output and turning off the Bluetooth when the human body is not in the contact state (S1-1); The control method of the smart wearable microcurrent therapy device further comprises a The method of claim 9,
And after determining the step S2 of turning on the main body operation setting (S2), turning off the microcurrent output when the operation setting is OFF (S2-2). Control method of smart wearable microcurrent therapy device

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