KR102166290B1 - Smart wearable micro current stimulator - Google Patents

Abstract

The present invention relates to a smart wearable microcurrent therapy device, which induces and applies microcurrent to the human body to help blood circulation and promote metabolism to alleviate pain, treat and prevent musculoskeletal diseases, and have skin beauty and health promotion effects. It is a smart wearable microcurrent treatment device.
To this end, the present invention is composed of a body with a microcurrent output electrode in contact with the human body, a mode switch, a display LCD (or LED), a buzzer, and a charging battery, and a band that is coupled with the body by coating the pest repellent fragrance. In addition, it includes a microprocessor and Bluetooth communication means for controlling each signal and output current mode such as a wired and wireless charger for charging the battery, a pulse detector, a body temperature detector, and a human body contact detector.
According to the present invention, it is compact and provides convenience of operation using Bluetooth, and it is portable and wearable using a rechargeable battery, so that continuous treatment is possible even when going out, exercising, traveling, or working.

Description

Smart wearable micro current stimulator

The present invention relates to a smart wearable microcurrent treatment device using a microcurrent, and more particularly, to a smart wearable microcurrent treatment device that is portable and can be continuously attached.

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

In other words, a lot of high-frequency treatment and low-frequency treatment devices have been developed and used according to the applied frequency for electrotherapy, and low-frequency electrotherapy uses a frequency of several Hz to 1,000 Hz, and mid-frequency electrotherapy uses 1KHz to 10KHz, and high-frequency electrotherapy. Uses a frequency of 100KHz or higher.

In addition, electrical treatments such as mid-frequency and high-frequency, as well as ultrasound and phototherapy devices have been introduced as treatment devices used for pain relief and recovery of various musculoskeletal disorders such as low back pain, arthritis, spondylitis, and sports injuries. Ultrasound therapy uses a frequency of 20KHz~10MHz, applies vibration to deep human tissues, and is also used for treatment such as recovery of soft tissue damage by using the heat effect.

In addition, recently, a microcurrent stimulation treatment device that induces and applies a microcurrent to the human body according to an output intensity control of about 10uA to 500uA or more to the human body has been widely applied and used. In other words, the microcurrent treatment device induces and applies microcurrent to the human body to help blood circulation and promote metabolism to alleviate human pain, to treat and prevent musculoskeletal diseases, and to recover from fatigue and improve blood circulation to be used for skin care. It has been and has been shown to promote health because it helps with weight loss.

These conventional low-frequency, mid-frequency, high-frequency, ultrasonic, and ultrasonic devices are complex devices or are difficult to carry due to their heavy size and weight, and are expensive.

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

In addition, the conventional technology is a simple low-frequency or microcurrent influx of a human body without a function of detecting a human body condition (pulse, body temperature, etc.), or it is inconvenient to manually manipulate the device body.

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

(Document 1) Registered Patent No. 10-0992931 Body Core Measurement and Diagnosis Device and Medical Discharger Connected thereto (Registration 2010.11.2) (Document 2) Patent No. 10-1340764 Microcurrent treatment device using portable high potential

As described above, in the prior art, since the treatment device body of each function, a connection cable, and a pad are configured, or electrical output terminals such as low-frequency, medium-frequency, high-frequency, ultrasonic, light-wave are configured and operated as a complex device, the above-described problems are encountered. The situation cannot be resolved.

The present invention is a smart wearable fine that can maximize the effect by continuously wearing it regardless of the place and time by introducing the microcurrent that is recently spotlighted as a health promotion and skin beauty by reducing fatigue, reducing pain by improving blood circulation, and reducing weight. Its purpose is to provide an electric current therapy device.

In addition, another object of the present invention is to provide convenience in that operation is possible with a smart phone using Bluetooth and its status is displayed. In addition, another object of the present invention is to provide a function of checking and alerting the wearer's own human body condition using a body temperature sensor and a pulse sensor.

The present invention has been proposed in order to solve the above problems, and in a microcurrent therapy device that relieves human pain and improves beauty and health by using an electrical output of microcurrent, an output electrode outputting microcurrent, and an operation power supply A mode selection switch that turns on/off and selects the level or function of the output current, a display unit (LED or LCD) indicating that a microcurrent is output or operating, and an alarm when the human body pulse or temperature deviates from the standard value. It is characterized in that it comprises a ringing alarm buzzer, a battery that is charged by wired or wireless charging, and a band made of silicon and coated with or added to combat pests to combat pests.

In addition, the present invention includes a control unit that controls each input signal, an operation unit that selects and operates an operation and function mode, a pulse detection unit that detects a human body pulse, a body temperature detection unit that detects a body temperature, and the control unit. A power supply unit that supplies power to the body, an alarm unit that detects pulses, body temperature, etc. to alarm when it is not within the standard range of the human body, a human body contact detection unit that detects whether electrodes are in contact with the human body, and a microprocessor signal processing. By this, a microcurrent output waveform generator for outputting microcurrent and an electrode section for inducing and inputting microcurrent output to the human body are included.

In addition, the control method of the present microcurrent treatment device includes the steps of waiting for contact with the human body and determining whether the body is in contact, the step of determining whether the main body operation setting is turned on, and the operation setting is turned on ( ON), outputting microcurrent for each mode, measuring pulse and body temperature, requesting measured data such as pulse and body temperature from the Bluetooth master, and data measured by the Bluetooth wireless transmission means. It characterized in that it comprises the step of transmitting, inserting a wired or wireless charger, and displaying the measured data on the charging and display unit.

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As described above, the present invention provides remarkable convenience in use by enabling operation with a smart phone using Bluetooth, and since its operation status can be checked on the main body display unit and the smart phone, the device can be used as a smart wearable device. The discomfort that must be operated after separation is eliminated, and by operating in a state attached to the human body, there is an effect that continuous treatment and management can be performed without interruption of output.

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

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

In addition, the present invention includes coating or adding a pest repellent capable of repelling pests on a band silicone material. Therefore, as a small-sized device at a low cost, it is effective in cost, miniaturization, and use, as it can be used as a small-sized device. Also, since this silicone band can be exchanged by consumers, it is also semi-permanent with the device as a product for combating pests. It can be used as

1 is a conceptual diagram of a smart wearable microcurrent treatment device according to an embodiment of the present invention,
2 is a block diagram of a configuration of a smart wearable microcurrent treatment device according to an embodiment of the present invention;
3 is a block diagram of a configuration of a smart wearable microcurrent treatment device according to another embodiment of the present invention;
4 is an operation flow chart showing a control procedure of a smart wearable microcurrent treatment device according to another embodiment of the present invention.

In order to achieve the above object, the present invention embeds a printed circuit board equipped with electrodes and sensors for outputting microcurrent in contact with the human body, a wired/wireless charging device, and coating or adding a microprocessor and a pest repellent to control the output. It is equipped with a band made of silicone material.

Hereinafter, preferred embodiments of the present invention will be described with reference to the accompanying drawings.

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

Referring to FIG. 1, as a component of the smart wearable microcurrent treatment device 100 of the present invention, the main body 10 includes a display unit 10-5 expressed as an LCD or LED. On this display unit 10-5, the output electrodes 10-6 and 10-7 are in contact with the skin and the switch 10-3 is turned on to indicate the operating state, and also the pulse and body temperature are displayed. . In addition, the main body 10 includes a buzzer 10-2 for alarming when the pulse and body temperature are higher or lower than the human body reference value.

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

Pulse detection and body temperature detection means consists of a pulse sensor and a body temperature sensor, and the charging jack (10-1), the switch (10-3), the display means (10-5) is a printed circuit board (PCB) built into the body. Implemented by (10-4).

Further, the printed circuit board 10-4 is provided with output electrodes (+,-) (10-6, 10-7) that are in contact with the human body to output a minute current and induce the human body.

The output electrodes 10-6 and 10-7 are made of metallic material or attached to the bottom of the body as a pad to induce and apply microcurrent to the human body. Although shown as a circular body in FIG. 1, it may be configured in the form of a square, a triangle, or various designs. In addition, there is provided a band 11 that couples the body 10 to the human body, and the band 11 may be made of a silicone material, fiber, or metal, and is composed of one straight shape and can be worn by being combined on the left and right sides of the body, or It can be used in the form of being separated into two left and right and fastened in the middle of the band.

The band 11 is made of silicone, leather, or fiber, and is made by coating or adding an insect repellent capable of repelling pests, and constitutes a structure in which the band containing the pest repellent can be exchanged by consumers. In addition, the band 11 may be configured as a single type and can be worn by being combined with both ends of the main body 10 or two separate types for each of the left and right sides, in the form of a velcro tape or a snap button or a buckle. It can be worn separately.

2 is a block diagram of a configuration of a smart wearable microcurrent treatment device according to an embodiment of the present invention.

Referring to FIG. 2, when the user turns on the switch 10-3, the microprocessor 20-1 is driven, and the output waveform generating means 20-2 is controlled by the microprocessor 20-1. ) Generates the output waveform. At this time, the human body contact sensor 20-3 checks whether the human body is in contact and feeds it back to the microprocessor 20-1, and if the microprocessor 20-1 is in contact with the skin, the output waveform generating means 20-2 After generating this output waveform, it is applied to the output electrodes (+,-) (10-6, 10-7) so that a microcurrent flows into the human body.

In addition, the charging battery 22 is charged by the wired/wireless charging unit 23, and the charging unit 23 is formed of a wired or wireless charging circuit unit.

3 is a block diagram illustrating a configuration of a smart wearable microcurrent treatment device according to another embodiment of the present invention.

According to another embodiment of FIG. 3, a microprocessor 20-1 that controls each signal input to a microcurrent treatment device that relieves human pain and improves beauty and health by using an electrical output of a microcurrent, and its operation and function An operation unit 21 for selecting and operating a mode, a pulse detecting unit 50 using a pulse sensor for detecting a human body pulse, a body temperature detecting unit 60 using a body temperature sensor for detecting a body temperature, and a microprocessor 20 -1) The power supply unit 30 that supplies power to the body, the alarm unit 80 that detects the pulse, body temperature, etc. and alarms when it is above or below the human body standard value, whether or not the electrode is in contact with the human body using a human body contact sensor It is composed of a human body contact detection unit 70 that senses, and a microcurrent output waveform generator 20-2 that outputs a microcurrent by signal processing by the microprocessor 20-1. In addition, the operation unit 21 can be operated by a wireless transmission/reception unit 40 such as Bluetooth or Wi-Fi, and also by manual means of the switch operation unit (10-3 in Fig. 1). Operation is possible. In addition, an output signal and an operation state outputted by the operation are displayed, and a display unit 10-5 is further included to display an ON and OFF state 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 20-1.

4 is an operation flow chart showing a control procedure of a smart wearable microcurrent treatment device according to another embodiment of the present invention.

According to Figure 4 in the microcurrent treatment device using the electrical output of the microcurrent,

A step (S1) of waiting for contact with the human body and determining whether the human body is in contact with the human body (S1); a step (S2) of determining whether or not the body operation setting is turned on when the body is in contact with the human body in the step (S1), and the step ( If the operation setting is ON in S2), the step of outputting microcurrent for each mode (S3), measuring the pulse and body temperature (S4), and requesting measured data such as pulse and body temperature from the Bluetooth master Step (S5), the step of transmitting the data measured by the Bluetooth wireless transmission means (S6), the step of charging when a wired or wireless charger is inserted (S7, S8) and the measured on the display unit (10-5) It consists of displaying data.

In addition, after determining the step (S1) of waiting for contact with the human body and contacting the body (S1), if the body is not in contact with the human body, a step of turning off the microcurrent output and turning off the Bluetooth (S1-1) is further performed. Include.

In addition, after determining the step of turning on the main body operation setting (S2), when the operation setting is in an OFF state, turning off the microcurrent output (S2-2). .

100: Smart wearable microcurrent treatment device
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 unit 22: battery
23: wired/wireless charging unit 24: charging detection unit
30: power supply
40: wireless transmission and reception means (Bluetooth) 50: pulse detection unit
60: body temperature sensing unit 70: human body contact sensing unit
80: alarm unit

Claims (11)

Including a body that has a printed circuit board mounted inside and is in contact with the human body through a pair of output electrodes to apply a microcurrent to the contact area, and a band that allows the body to be worn on a wrist. In a smart wearable microcurrent therapy device that can relieve human pain and improve beauty and health by using electrical output,
The main body
An operation unit for selecting and operating an operation and function mode;
Wireless transmission/reception means for connecting to a smart device in a Bluetooth method;
A pulse detector for detecting a pulse of the human body;
A body temperature sensing unit for sensing the body temperature of the human body;
An alarm unit for alarming when the pulse or body temperature detected according to the control signal is not within the range of the standard human body value;
A display unit for displaying an output or operation state of a microcurrent, a body temperature, and a pulse according to the control signal;
An output electrode for outputting a microcurrent;
A human body contact sensing unit that detects whether the output electrode is in contact with a human body;
A microcurrent output waveform generator that generates a microcurrent of a predetermined output waveform according to a control signal and applies it to the output electrode; And
When the output electrode is in contact with the human body by checking the human body contact detection unit, the operation setting of the operation unit is checked, and when the operation setting is on, the micro current output waveform generator is controlled to generate a micro current in a set mode and the output When the pulse data is input from the pulse sensor and the body temperature data is input from the body temperature sensor, and the detected pulse or body temperature is not within the range of the human body standard numerical value, the alarm unit is controlled to generate an alarm, and the The operation status, pulse, and body temperature are displayed on the display unit, and when connected to the smart device through the wireless transmission/reception means, the operation of the smart device is input to control the entire operation, and when data transmission is requested from the smart device, the corresponding data is transmitted to the wireless device. Including a control unit for transmitting to the smart device through the transmission and reception means,
The band
It consists of a straight or left and right independent configuration, and is fixed to the left and right sides of the main body, but is removable, and is made of silicone, leather, or fiber, and is coated with or added to a pest repellent to combat pests Smart wearable microcurrent therapy device, characterized in that one. In paragraph 1,
The output electrode is made of a metallic material or a conductive pad,
The band is the left and right independent band and is configured in a form that is combined with a velcro or snap button or a bar,
The printed circuit board inside the main body is a smart wearable microcurrent treatment device, characterized in that it is composed of a flexible PCB or a general type or a thin, light-thin substrate type according to a curved surface of the main body structure. The method of claim 1, wherein the smart wearable microcurrent treatment device,
Smart wearable microcurrent therapy device, characterized in that it further comprises a charge detection unit for sensing the state of charge of the battery, and a wired/wireless charging unit for charging the battery. The method of claim 1, wherein the operation unit
Smart wearable microcurrent therapy device, characterized in that consisting of a tact switch or a human body touch switch. delete delete delete delete delete delete delete

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