KR200241163Y1 - A massage device having belt form - Google Patents

Abstract

The present invention is a belt-type massage device used for a specific part (waist or leg) of the human body by varying the vibration function according to the vibration function of the various modes and the steaming function accompanying the far infrared emission due to the heating wire and the external audio input. Regarding,

A flexible cloth or rubber belt part 11, a plurality of vibration parts 15 protruding a predetermined length to both sides of the belt part 11 and having a vibration element (motor) mounted therein; A plurality of heating wires 61 embedded over the entire length of the belt portion 11 and a plurality of bioceramic 19 formed on one surface of the belt portion 11 to emit far infrared rays by the driving of the heating wire 61. ) And a control box 13 configured to supply a predetermined direct current (DC) power supply through an adapter 17 at one end of the belt unit 11.

Description

Belt type massage device {A MASSAGE DEVICE HAVING BELT FORM}

The present invention relates to a massage device that performs a drinking function by wearing like a belt on a specific part of the human body, and more particularly, the steaming function due to the heating function accompanied by the vibration function and the far infrared emission of various modes, and the external audio input. The present invention also relates to a belt-type massage apparatus in which the vibration motion is variable.

Conventionally, belt type massage apparatuses as well known have emerged. Such massage apparatuses usually have a plurality of vibrating elements embedded in a belt, and have been merely controlled to vibrate or not vibrate the vibrating elements by the operation of on and off switches.

However, we can see that massage is not the best effect by simply applying vibration itself to the area requiring massage.

The present invention is conceived under the above-mentioned background, the object of the present invention is to provide a belt-type massage device to achieve the best massage by giving the steaming effect and far-infrared emission effect through hot wire heating to the area to be massaged with vibration. have.

Another object of the present invention is to provide a massage by automatically or manually selecting a variety of vibration modes, in particular to provide a belt-type massage device that the vibration movement is randomly changed according to the rhythm according to the external audio input. The present invention for achieving the above object is a belt member of a flexible genius, a plurality of vibration parts protruding a predetermined length on both sides of the belt portion and a vibration motor is mounted therein, and one end of the belt portion A belt-type massage apparatus is formed and includes a control box that operates by receiving a DC power supply through an adapter, the belt massage device comprising: a plurality of hot wires embedded over the entire length of the belt part; A plurality of bioceramic parts formed on one surface of the belt part to emit far infrared rays by driving of the heating wire; A start switch for inputting a start or stop signal of operation, a timer switch for setting a vibration element driving time, a vibration mode switch for setting a vibration mode of a plurality of vibration motors, a heating wire switch for selecting the driving of a heating wire, and an external sound Sound input switch for selecting to drive the vibration element in accordance with the audio input signal from the device, and microphone input switch for selecting to drive the vibration element in accordance with the audio signal input from the microphone, each set key signal Generating and key input unit; A microcomputer which detects a key signal input from the setting and key input unit, controls overall circuit operation, and incorporates a predetermined program according to the circuit operation into its own memory; A display unit driven according to the output of the microcomputer, the display unit including a 88 matrix LED, a matrix driver configured to display and drive the 88 matrix LEDs, a plurality of LEDs, and an LED driver configured to drive the plurality of LEDs; A motor driver for driving the plurality of vibration motors according to the output signal of the microcomputer; A hot wire driver for driving the hot wire according to the output of the microcomputer; An audio signal input unit which detects an audio signal input from the outside and inputs a predetermined sampling signal to the microcomputer; And a microphone signal input unit which senses an external audio signal input from a microphone and inputs a predetermined sampling signal to the microcomputer. Has the features, including.

1 is a block diagram of a belt-type massage device according to the present invention,

2 is a circuit block diagram of a belt massage device according to the present invention,

3a and 3b is an operation flowchart of the belt-type massage apparatus according to the present invention.

<Description of the symbols for the main parts of the drawings>

10: massage device 19: bioceramic

20: setting and key input unit 30: microcomputer

40: display unit 41: matrix driver

42: 88 matrices 43: LED driver

44: LED 50: motor drive unit

51, M1, M2, ...: vibration motor 60: hot wire drive part

61: hot wire 70: audio signal input unit

80: microphone signal input 81, MC: microphone

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

1 is a block diagram of a belt-type massage apparatus according to the present invention.

As shown, the belt-type massage apparatus 10 according to the present invention is a belt portion 11 formed of a material such as a flexible cloth or artificial leather and a predetermined length on both sides of the belt portion 11 A plurality of vibrating parts 15 which protrude and are mounted with a vibrating element (motor) therein, a bioceramic 19 which protrudes into a plurality of outer surfaces of the belt part 11 to emit far infrared rays, and It consists of a plurality of hot wires 61 embedded over the entire length of the belt portion 11.

The bioceramic 19 is one of molded products made by refining a so-called far-infrared germanium oxide ore, which is named bioceramic for convenience, and the term bioceramic is not a proper noun. Such a bioceramic 19 has the effect that far infrared rays are emitted to the outside when a certain heat is applied, in the present invention will induce far-infrared emission of the bioceramic 19 from the heating of the heating wire (61).

For reference, the far infrared rays have a beneficial wavelength (8-11 μm) for the human body, and have been reported to have various effects such as blood circulation enhancement.

In addition, both ends of the belt part 11 are formed with a predetermined fastening part 12 to fix the belt when worn, and a control box 13 is formed at one end of the belt part 11. The control box 13 is configured to supply direct current (DC) power through the adapter 17.

In addition, according to the present invention, the vibration element, the heating wire 61 and the circuit line is configured by molding a shielding member for shielding electromagnetic waves.

Reference numeral 14 is a power line, 16 is a jack, 18 is a plug.

2 is a circuit block diagram of the belt-type massage apparatus according to the present invention, a circuit configuration built into the control box (13).

First, the entire circuit operation of the belt-type massage device 10 according to the present invention is controlled, and is set in the input ports P1 to P6 of the microcomputer 30 in which a predetermined program according to the circuit operation is incorporated into its own memory. And a key input unit 20.

The setting and key input unit 20 includes a start switch SS1 for inputting a start or stop signal of an operation and a vibration element driving time of 5 minutes, 10 minutes, 15 minutes, ..., 1 hour, etc. A vibration switch (SS3) for setting a timer switch (SS2), a vibration mode such as sequential driving, simultaneous driving, random driving, strong level driving, automatic driving of various modes, and the like. A heating switch (SS4) for selecting the driving of the sound, a sound input switch (SS5) for selecting the driving of the vibrating element in accordance with an audio input signal from an external audio device, and vibration in accordance with the audio signal input from the microphone (81). A microphone input switch SS6 configured to select to drive the device is configured to input each set key signal to the microcomputer 30.

40 is a display unit. The display unit 40 includes a matrix driver 41 for driving the 88 matrix LEDs 42 and an LED driver 43 for driving a plurality of LEDs. The display unit 40 is configured according to the output of the microcomputer 30. ) Is driven to operate.

The 88 matrix LEDs 42 operated by the matrix driver 41 specifically display a time setting (in minutes) by the timer switch SS2 and various vibration mode displays by the vibration mode switch SS3. (E.g. F1, F2, F3 ...), etc.

The plurality of LEDs that are turned on by the LED driver 43 may include LEDs that are displayed when the vibration devices are operated in accordance with driving of the plurality of vibration devices, LEDs that are operated when the heating wire 61 is set and driven, and the sound input. The LED is operated according to the key input of the switch SS5 and the LED is operated according to the key input of the microphone input switch SS6.

In addition, the motor driver 50 for driving the vibration motor 51 formed in the plurality of vibration elements 15 in accordance with the output signal of the microcomputer 30, and the heating wire 61 in accordance with the output of the microcomputer 30. Heated wire drive unit 60 for driving a, an audio signal input from the outside to detect the audio signal input according to the predetermined input signal to the microcomputer 30 and the input signal from the microphone 81 The microphone signal input unit 80 that detects an external audio signal and inputs a predetermined sampling signal to the microcomputer 30 is configured to be connected to the microcomputer 30.

3a and 3b is an operation flowchart of the belt-type massage apparatus according to the present invention, with reference to this will be described in detail the entire operation of the present invention.

First, the user wraps the massage device 10 according to the present invention in a desired area (waist or leg) to be massaged and fixed with a fastening part 12. The DC power supply voltage is applied to the control box 13 of the belt unit 11 through the adapter 17.

Then, the microcomputer 30 detects whether the setting and the key input of the start switch SS1 of the key input unit 20 are performed through the port P1 (step S1). When the key input of the start switch SS1 is detected, it is determined whether there is a value (set) already set for the vibration motor driving through the setting and the key input unit 20 (step S2). If there is no value set in the determination step S2, the vibrating element is driven to the initially set value and the display is performed accordingly (step S3).

Thus, the microcomputer 30 performs a predetermined output to the motor driver 50, the motor driver 50 performs the initial mode of driving the plurality of motors 51 in sequence, the microcomputer 30 of the According to the output, the matrix driver 41 of the display unit 40 causes the display according to the initial mode driving of the vibration motor to be displayed on the 88 matrix LEDs 42, and at the same time, the corresponding LEDs are turned on as the vibration motor 51 is driven. The LED driving unit 43 is controlled.

Then, it is determined whether a predetermined time (for example, 5 minutes) has elapsed (step S4). Here, if a predetermined time has elapsed, the output of the motor driving unit 50 and the display unit 40 is cut off to block the driving of the vibration motor 51 and the lighting of the LEDs 42 and 44 (step S5).

On the other hand, if the start switch (SS1) is not on in the step (S1) of determining whether the start switch (SS1) is on, it is determined whether there is a key input of the heating switch (SS4) (step S6). Here, when the setting and key input of the hot wire switch SS4 of the key input unit 20 are detected, the microcomputer 30 performs the hot wire drive output to the hot wire drive unit 60 and the LED driver 43 of the display unit 40. Output LED lighting signal according to hot wire driving. Therefore, the heating wire 61 is heated, the corresponding LED is turned on (step S7). At this time, the bioceramic 19 is heated by the driving of the heating wire 61 to emit far infrared rays. Then, it is determined whether there is a key input of the heating switch SS4 again (step S8). When the key input of the heating wire switch SS4 is detected, the microcomputer 30 interrupts the output to the LED driver 43 and the heating wire driver 60 to turn off the LED and stops the driving of the heating wire 61 (step S9). ). Therefore, the emission of far infrared rays through the bioceramic 19 is stopped.

In addition, if there is no key input of the hot wire switch SS4 in the step S6 of determining whether there is a key input of the hot wire switch SS4, it is determined whether there is a key input of the timer switch SS2 of the key input unit 20. (Step S10). Here, if there is a key input of the timer switch SS2, the driving time of the vibration motor 51 is set up to 1 hour in units of 5 minutes according to the key input of the timer switch SS2, and the matrix driver 41 of the display unit 40 is set. Through the output to display the time set in the 88 metrics LED (42) (S11). When the time setting by the timer switch SS2 is completed or there is no key input of the timer switch SS2, the microcomputer 30 detects the key input of the vibration mode switch SS3 (step S12). Here, if there is a key input of the vibration mode switch (SS3), the vibration mode is set according to the key input of the vibration mode switch (SS3), for example, sequential driving (M1: constant time driving → M2: plural vibration motors 51). Constant time drive → M3: Constant time drive → ... → M1: Constant time drive ...), Simultaneous drive (M1, M2, M3 ...: Simultaneous drive), Random drive (M5 → M2 → M4 → M1 ...), the vibration mode set in the 88 matrix LEDs 42 through the matrix driver 41 of the display unit 40, and the like. Output so that the symbols F2, F3, F4 ... are displayed (step S13). When the mode setting by the vibration mode switch SS3 is completed or there is no key input of the vibration mode switch SS3, the microcomputer 30 detects the key input of the sound input switch SS4 (step S14). Here, if there is a key input of the sound input switch SS4, the microcomputer 30 sets the sound input mode and controls the output so that the corresponding LED (for audio signal input) is turned on through the LED driver 43 of the display unit 40. (Step S15). When the mode setting by the sound input switch SS5 is completed or there is no key input of the sound input switch SS5, the microcomputer 30 detects the key input of the microphone input switch SS6 (step S16). Here, if there is a key input of the microphone input switch SS6, the microcomputer 30 sets the microphone input mode, and outputs the LED (for microphone signal input) to light through the LED driver 43 of the display unit 40. (Step S17).

Then, the process proceeds to step S1 of determining whether the start switch SS1 is turned on. If a key input of the start switch SS1 is detected, the microcomputer 30 determines whether there is already a set value (step S2). ). If there is a value already set as performed in the above-described steps S11, S13, S15, and S17 in step S2, it is first determined whether it is in the vibration mode (step S18). Here, if the vibration mode is set, the microcomputer 30 controls the motor driving unit 50 in the set vibration mode so that each vibration motor 51 is driven, the motors (M1, M2, ...) According to the operation of the predetermined LED outputs the predetermined control to the LED driver 43 of the display unit 40 to be lit (step S19).

Then, it is determined whether there is a time setting through the timer switch SS2 (step S26). If there is no time setting, the process returns to step S18 to continue driving the motor driving unit 50. If the time is set in the determining step S26, the set time is counted to determine whether the set time has elapsed. (Step S27). If the time has not elapsed in the determination step (S27), return to the step (S18) to continue driving the motor drive unit 50, and if the time set in the step (S27) has elapsed, the motor drive unit 50 and The output to the display unit 40 is stopped to stop the vibration motor 51, and the LED is turned off (step S28).

On the other hand, in step S18 of determining whether the vibration mode is, if not in the vibration mode, it is determined whether the sound input mode (S20). If it is determined that the sound input mode, the external audio signal input through the audio signal input unit 70 is detected (S21). More specifically, when the output terminal of the external audio device is connected to the external audio signal input terminal (not shown) of the control box 13, the output signal of the external audio device is input to the audio signal input unit 70. Therefore, the audio signal input unit 70 samples the waveform of the input audio signal to a predetermined level and inputs it to the microcomputer 30, and the microcomputer 30 receives the signal input from the audio signal input unit 70. Is detected to generate a drive control signal of the vibration motor 51, and outputs the signal to the motor driver 50 (step S22). As a result, the driving signal of the vibration motor 51 is related to the waveform of the external audio signal, and the vibration motor 51 is driven according to the rhythm (waveform) of the input audio (music), whereby the vibration is input. The music will vibrate in rhythm.

In step S26, it is determined whether the time is set. If the time is set, the motor is driven according to the external audio input signal until the set time elapses. The driving is stopped (steps S27 and S28).

In addition, in the determining of the sound input mode (S20), if it is not the sound input mode, it is determined whether the microphone input mode (S23). If it is determined that the microphone input mode, the microphone audio signal input through the microphone 81 and the microphone signal input unit 80 is detected (S24). More specifically, the audio signal input to the microphone 81 formed on the surface of the control box 13 is input to the microphone signal input unit 80. Therefore, the microphone signal input unit 80 samples the waveform of the input audio signal to a predetermined level and inputs it to the microcomputer 30. The microcomputer 30 detects a signal input from the microphone signal input unit 80. A driving control signal of the vibration motor 51 is generated, and the signal is output to the motor driving unit 50 (step S25). As a result, the driving signal of the vibration motor 51 is related to the waveform of the external audio signal input to the microphone 81. The vibration motor 51 is driven according to the rhythm (waveform) of the input audio, ie, voice or music. Driven, the vibration is to vibrate in the rhythm according to the input voice or music.

In step S26, it is determined whether the time is set. If the time is set, the motor is driven according to the external audio input signal until the set time elapses. The driving is stopped (steps S27 and S28).

As described above, the present invention is a belt-type massage device that can simultaneously implement various types of vibrations and heating treatments with far-infrared emission, and can be used for diet or supplementary medical care. Can be.

In addition, the driving time and the various driving programs can be set through a plurality of vibration elements, and thus, various massage effects are created, and the set program or the operating time can be confirmed through the display unit.

In addition, the present invention blocks the electromagnetic waves by the operation of the DC power supply by the adapter, can be used in the vehicle outdoors or by using a vehicle power jack.

In addition, there is an effect of minimizing the exposure of electromagnetic waves by shielding the vibration element, the heating element and the electric line.

Claims (4)

Flexible belt material, a plurality of vibration parts protruding a predetermined length on both sides of the belt part and the vibration motor is mounted therein, and a control box formed at one end of the belt part to operate by receiving DC power through an adapter In the belt-type massage device comprising: A plurality of hot wires embedded over the entire length of the belt portion; A plurality of bioceramic formed on one surface of the belt part to emit far infrared rays by driving of the heating wire; A start switch for inputting a start or stop signal of operation, a timer switch for setting a vibration element driving time, a vibration mode switch for setting a vibration mode of a plurality of vibration motors, a hot wire switch for selecting the driving of the heating wire, and an external device The sound input switch selects the driving of the vibrating element in accordance with the audio input signal from the sound equipment, and the microphone input switch selects the driving of the vibrating element in accordance with the audio signal input from the microphone. Generating and key input unit; A microcomputer that detects a key signal input from the setting and key input unit, controls overall circuit operation, and incorporates a predetermined program according to the circuit operation into its own memory; A display unit driven according to the output of the microcomputer, the display unit including a 88 matrix LED, a matrix driver configured to display and drive the 88 matrix LEDs, a plurality of LEDs, and an LED driver configured to drive the plurality of LEDs; A motor driver for driving the plurality of vibration motors according to the output signal of the microcomputer; A hot wire driver for driving the hot wire according to the output of the microcomputer; An audio signal input unit which detects an audio signal input from the outside and inputs a predetermined sampling signal to the microcomputer; And A microphone signal input unit which detects an external audio signal input from a microphone and inputs a predetermined sampling signal to the microcomputer according to the signal; Belt-type massage device comprising a. The method of claim 1, The 88-meters LED of the display unit is a belt massage device characterized in that for displaying the time setting display by the timer switch, and various vibration mode display by the vibration mode switch in numerals and letters. The method of claim 1, The plurality of LEDs that are turned on by the LED driver of the display unit may be operated when the plurality of LEDs are displayed when the vibration device is operated according to the driving of the plurality of vibration devices, the LEDs which are operated during the heating wire set and the driving, and the key input of the sound input switch. Belt and massage device comprising a LED that is operated according to the key input of the LED and the microphone input switch. The method of claim 1, The vibration mode of the setting and key input unit is a belt-type massage device, characterized in that the sequential drive, simultaneous drive, random drive, intensity level drive and automatic driving mode of various modes.