KR100732947B1 - Low level light and low frequency complex treatment apparatus - Google Patents

Abstract

A composite treatment apparatus using laser light and low frequency is provided to simultaneously output the laser light and the low frequency so as to apply the both to the same diseased part, and to carry out a composite photochemistry treatment using the low frequency and the laser light. The composite treatment apparatus using laser light and low frequency comprises: a driving controller(10), outputting more than at least one among a laser light output signal, a low frequency output signal or a heat output signal by controlling a power supply as well as a switching on/off and a level of the laser light, the low frequency or the heat; and a pad(20), emitting more than at least one among the laser light, the low frequency or the heat according to more than at least one output signal which is output from the driving controller(10). The driving controller(10) includes: a switch member, having a power switch(11), a photonic switch(12), a low frequency switch(13) and a temperature control switch(14); a control member(15); a low frequency generating member(16); a voltage controlling member(17); and an LD/LED controlling member(18).

Description

Low level light and low frequency complex treatment apparatus

1 is a block diagram of a laser light and a low frequency complex therapy device (hereinafter referred to as a 'complex therapy device') according to an embodiment of the present invention,

FIG. 2 is a perspective view of the complex therapy device in which the pad part of FIG. 1 is formed as a pad part having a square mat structure.

3 is a perspective view of the complex therapy device 100a in which the pad part 20 of FIG. 1 is formed of a pad part 20 'of a band structure,

FIG. 4 is a perspective view of the complex therapy apparatus 100b in which the driving control unit 10 is integrally formed in a band as an embodiment of FIG.

FIG. 5 is a perspective view of the complex therapy apparatus 100c in which the pad unit 20 of FIG. 1 is formed of a detachable pad.

Description of the main symbols in the drawings

100, 100a, 110b, 100c: laser light and low frequency combination therapy (combination therapy)

10, 10 ', 10 ": drive control part 20, 20', 20": pad part

20a ", 20b": Pad plate 20c: Outer cover

21: low frequency pad 22: light emitting device

22S: light emitting device substrate

23: heating wire

The present invention relates to an electrotherapy device, and more particularly, to a laser light and a low frequency combined treatment device in which laser light or low frequency is selected or combined depending on the characteristics of the affected area to treat the affected area.

In general, various musculoskeletal disorders (arthritis, myositis, back pain, fifty shoulders, tennis elbow, sprains, sprains, inflammations, spinal discs, hay fever, etc.) of the joints, and soft tissue pain and trauma due to trauma such as traffic accidents Treatment using an electrotherapy device is widely used to restore the temperature, and an example of the electrotherapy device as described above may be LLLT / LEDT or a low frequency therapy device.

The LLLT / LEDT (Low Level Laser Therapy / LED Therapy) treatment device described above relieves pain by irradiating laser light or light having a wavelength corresponding thereto with low energy that does not damage living cells and inducing activation of physiological activity of the living body. It provides therapeutic effects such as rapid regeneration of the affected area and removal of the causative disease. In this case, the spectrum used has a wavelength in the range of 420 nanometers (nm) to 1000 microns (μm), and it is known to be most effective for the human body when it has an energy of about 100 mW, and it also produces different therapeutic effects according to the wavelength. It is widely known.

In the case of low-frequency treatment device, vascular disorders such as laxative paralysis, Raynaud's disease, intermittent claudication, and perceptual nerve disorders causing pain such as neuralgia and neuritis, muscular dystrophy, muscle relaxation paralysis, etc. And the treatment of muscular disorders.

In accordance with the therapeutic effect and the advantages of miniaturization, the LLLT / LEDT treatment unit and the low frequency treatment unit as described above are widely used. However, as described above, the LLLT / LEDT therapy device and the low frequency therapy device not only perform each function independently but also provide a therapy that can be performed together with low frequency and LLLT / LEDT light therapy.

Therefore, users who want to obtain a low frequency treatment effect and LLLT / LEDT light treatment effect at the same time have to separately purchase a low frequency treatment device and a LLLT / LEDT treatment device, thereby increasing the cost burden of the consumer for the purchase of the treatment device.

In order to enhance the treatment effect by complementing each treatment, the LLLT / LEDT treatment unit and the low frequency treatment unit cannot be applied to the same lesion at the same time. There is a problem that simultaneous light and low frequency therapeutic effects cannot be obtained.

Accordingly, the present invention is to solve the above-mentioned problems of the prior art, by allowing the simultaneous output of the laser light and low frequency to give a low frequency and light stimulation at the same area at the same time complex photochemistry by low frequency and laser light It is an object of the present invention to provide a laser light and a low frequency combined treatment device that can perform a treatment.

Laser light and low frequency complex therapy device of the present invention for achieving the above object is a drive for outputting at least one output signal of the laser light or low frequency output by adjusting the power supply and on / off and magnitude of the laser light or low frequency output A controller; And a pad unit emitting at least one of laser light and low frequency output according to at least one output signal of the laser light or low frequency output signal output from the controller.

The drive control unit may include a switch unit configured to switch on / off and size of at least one output of power, laser light, and low frequency output; A control unit for outputting at least one output signal of a laser light and a low frequency output signal according to the output signal of the switch unit; A low frequency oscillator for receiving a low frequency output signal of the controller and outputting a low frequency signal having a magnitude proportional to the input signal to the pad unit; And a light emitting device control unit configured to output the power supply of the light emitting device to the pad unit after receiving the light output signal of the controller.

The pad unit may include: a light emitting device substrate on which at least one light emitting device for receiving light from a power supply of the light emitting device control unit and outputting light; At least one low frequency pad receiving the low frequency signal of the low frequency oscillator and outputting a low frequency signal; And an outer cover for sealing the light emitting device substrate by exposing the low frequency pad and the light emitting device to the outside.

Alternatively, the pad unit may include: a pad including the low frequency pad and the light emitting device substrate operated by an output signal of the driving control unit; It can be produced in a band structure comprising a; extending from both sides of the pad and the end portion of the pad portion provided with an adhesive means. In this case, the driving control unit may be integrally formed in the belt unit or may be configured separately from the belt unit.

In contrast, the pad unit, the low-frequency pad to seal the light emitting device substrate so that each of the surface is coated with an adhesive for attaching the affected area and each light emitting device exposure groove is formed to expose the light emitting device to the outside It may be composed of at least two pad plates formed by sealing the light emitting device substrate. In this case, the pad plate and the low frequency pad are made of silicon.

The above-described laser light and low frequency complex therapy apparatus of the present invention, the drive control unit is provided with a heat output switch in the switch unit, and supplies a variable power according to the heat output signal output from the control unit in accordance with the heat output switch The voltage controller may be configured to further include the pad unit. The pad unit may further include a heating wire that generates heat according to the output power of the voltage controller.

In the laser light and low frequency complex therapy apparatus of the present invention having the above-described configuration, the light emitting device of any one type of LD or LED is uniformly distributed on the light emitting device substrate, wherein the light emitting device substrate has a laser of different frequencies. The light emitting devices having the light output characteristics may be configured to be uniformly distributed.

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

1 is a block diagram of a laser light and a low frequency complex therapy device (hereinafter referred to as a 'complex therapy device') according to an embodiment of the present invention.

As shown in FIG. 1, the complex therapy apparatus 100 of the present invention adjusts the on / off and magnitude of power supply and laser light, low frequency or heat output to output at least one of a laser light, low frequency or heat output signal. A pad unit for emitting at least one of laser light, low frequency or heat according to an output signal of at least one of a driving control unit 10 and a laser light, low frequency or heat output signal output from the driving control unit 10 ( 20); characterized in that comprises a.

The drive control unit 10 includes a power switch (power switch (SW)) 11 for turning on / off power and an optical switch for turning on / off an LD or LED as a light emitting device having a different frequency. SW) 12, a low frequency switch (low frequency SW) 13 configured to turn on / off and adjust a low frequency output, and a temperature control switch (temperature control SW) 14 for heat output and temperature adjustment. A switch unit 11a configured to include; A control unit 15 for outputting a low frequency, light output, voltage control signal, and heat output signal according to the output signal of the switch unit 11a; A low frequency oscillator 16 for receiving a low frequency output signal from the controller 15 and outputting a low frequency signal having a magnitude proportional to the input signal to the pad unit 20; A voltage controller 17 for receiving a heat output signal from the controller 15 and outputting a voltage corresponding to the heat output signal to the pad unit; And an LD / LED controller 18 serving as a light emitting device controller for outputting the power supply of the light emitting device to the pad unit after receiving the light output signal of the controller 15.

And although not shown in the figure, the switch unit 11a includes a low frequency control switch unit for adjusting the low frequency output intermittently, variable, and the like; An optical output mode switch for selecting lighting or continuous light emission of the LD or LED; And a timer switch for adjusting an output time of low frequency, light, and heat emission. In this case, the low frequency oscillator 16 emits low frequency intermittently or variably according to the position of the low frequency control switch, and the LD / LED control unit continuously emits or periodically emits LD or LED according to the position of the light output mode switch. It is configured to blink. In addition, the driving controller 10 may be connected to a timer 19 that performs a timing operation according to the position of the timer switch and outputs a driving stop interrupt signal to the controller 15 when the set time expires.

Next, the pad unit 20 is a light emitting device having flexibility in which the light emitting devices 22, which are either LD or LEDs that emit light by receiving the supply power of the LD / LED control unit 18, emit light. A substrate 22S is built-in, and the anode pad 21a and the cathode pad 21b are uniformly received on the front surface of the light emitting device substrate 22S so as to receive the low frequency signal of the low frequency oscillator 16 and output a low frequency signal. At least one low frequency pad 21 disposed to be distributed is disposed so as not to block the LD or the LED, and the rear surface or the front surface of the light emitting device substrate 22S receives a voltage of the voltage controller 17 and is heated to heat. The heat ray 23 emitting the light is disposed in an insulated state, and the light emitting element substrate 22S is formed of a cloth or silicon material so that the light emitting element 22 and the low frequency pad 21 are exposed to the outside. Outside to seal the hot wire 23 It consists of a member (20C).

The light emitting device 22 disposed on the light emitting device substrate 22S may be selectively configured of LD or LED. The light emitting device 22 may be mixed so that LD or LED having different frequency output characteristics may have a uniform distribution on the light emitting substrate 22S to output light of different frequencies.

The pad unit 20 having the above-described configuration is operated according to the output signal of the driving control unit 10, and may have a pad-like structure in which a square mat, a band structure, or a conductive adhesive is applied to the affected part.

FIG. 2 is a perspective view of the complex therapy device in which the pad part of FIG. 1 is formed as a pad part having a rectangular mat structure, and FIG. 3 is a view of the complex therapy device 100a in which the pad part 20 of FIG. 1 is formed as a pad part 20 'of a band structure. 4 is a perspective view of the multimodal treatment device 100b in which the driving control unit 10 is integrally formed on the band-shaped pad unit 20 'according to the modified embodiment of FIG.

Referring to FIG. 3, as shown in FIG. 3, the pad part 20 ′ of FIG. 1 has a band structure so that the low frequency pad 21 and the light emitting device 22 are exposed to the outside. A pad 24 formed by sealing the light emitting element substrate 22S and the heating wire 23; A band portion 25 extending from both sides of the pad 24 and having end portions at both ends, each having a bonding means 26; and the driving control portion 10 'is formed as a separate case to emit light 22 And an insulated wire 30 formed of a power supply line for the heating wire 23 and a low frequency output line for outputting a low frequency signal to the low frequency pad 21.

The material forming the pad 24 is preferably made of a material such as silicone having a low irritation to the skin and less foreign matter. The band part 25 may be made of cloth or leather, and may be given elasticity. Bonding means 26 formed at both ends of the) may be implemented in various ways, such as magic tape, Velcro fastener, or may have a buckle form.

The drive control unit 10 'will be described in more detail. A power switch 11', an optical switch (optical SW) 12 ', a low frequency switch 13' and a temperature control are provided on the outer front surface of the case. A switch 14 ′ is formed and is not shown in the drawing, but may further include a low frequency control switch, an optical output mode switch, a timer switch, and the like as described in FIG. 1.

In the case of FIG. 3, the optical switch 12 'includes an f1 switch 12a' and an f2 switch 12b 'for supplying power to light emitting devices having three different frequencies f1, f2, and f3, respectively. It is shown that the f3 switch 12c 'is formed. In this case, the light emitting devices 22a exposed by the pad unit 20 'are configured such that LDs or LEDs outputting f1, f2, and f3 frequencies are distributed at a uniform density.

The pad portion 20 'of FIG. 3 having the above-described configuration is manufactured in the form of a band type for attaching to a waist or a band type for attaching to an arm or a leg.

In the combination therapy apparatus 100a having the structure of FIG. 2 described above, the driving control unit 10 'may be integrally formed with the pad unit 20', and FIG. 3 shows that the driving control unit 10 'is the pad unit 20. FIG. ') Is a perspective view of the complex therapy device (100b) integrally formed. In this case, as shown in FIG. 3, the driving control unit 10 ′ is integrally formed such that the front surface of the driving unit 10 ′ is exposed to the outside from the strip part 25 of the pad unit 20 ′ without having a separate case.

Next, the pad unit 20 of FIG. 1 may be separated into at least two or more. FIG. 5 is a diagram illustrating a perspective view of the multimodal care device 100c having the pad plates 20a ″ and 20b ″ of two pad parts 20 of FIG. 1.

As shown in Fig. 5, the pad portion 20 " has two pad plates 20a " and 20b " each formed with low frequency pads 21a " and 21b " Each of the low frequency pads 21a "and 21b" has a light emitting element 22 exposed groove formed therein so that the light emitting element 22 is exposed to the outside. The 22S is positioned on the rear surface of the low frequency pads 21a "and 21b" and sealed by the low frequency pads 21a "and 21b". The light emitting elements 22 are light emitting elements having different frequency characteristics. 22a, 22b, and 22c are arranged to have an even distribution .. The pad plates 20a "and 20b" as shown in Fig. 5 described above may be constituted of two or more larger numbers as necessary.

The laser light and low frequency combination therapy device of the present invention described above provides an effect of remarkably improving the therapeutic effect of the affected area by allowing low frequency and combination therapy to be performed simultaneously.

In addition, since the present invention does not need to separately purchase a phototherapy device and a low frequency therapy device for laser light therapy and low frequency therapy, the present invention provides an effect of saving a user's purchase cost for a laser light or low frequency therapy device.

Claims (10)

delete delete A drive control unit for outputting at least one output signal of laser light or low frequency output by adjusting the power supply and on / off and magnitude of the laser light or low frequency output; and In the laser light and low frequency combined treatment device comprising: a pad unit for emitting at least one or more of laser light or low frequency output in accordance with at least one output signal of the laser light or low frequency output signal output from the control unit, The drive control unit, A power switch for turning on / off a power source, an optical switch for turning on / off a light emitting device having a different frequency, a low frequency switch configured to turn on and off a low frequency output, and a thermal output and A switch unit having a temperature control switch for controlling temperature; A controller for outputting at least one output signal of a laser light, a low frequency output signal, a voltage control signal, and a thermal output signal according to the output signal of the switch unit; A low frequency oscillator for receiving a low frequency output signal of the controller and outputting a low frequency signal having a magnitude proportional to the input signal to the pad unit; A light emitting device controller for outputting a power supply of a light emitting device to the pad unit after receiving the light output signal of the controller; And And a voltage controller configured to output a voltage corresponding to the thermal output signal of the controller to the pad unit. The pad unit, A light emitting device substrate having an array of at least one light emitting device for receiving light from the power supply of the light emitting device control unit and outputting light; At least one low frequency pad receiving the low frequency signal of the low frequency oscillator and outputting a low frequency signal; An outer cover for sealing the light emitting device substrate by exposing the low frequency pad and the light emitting device to the outside; Laser light and low frequency complex therapy device, characterized in that it comprises a; a heating wire that generates heat in accordance with the output power of the voltage control unit. The method of claim 3, wherein the pad unit, A pad including the low frequency pad and the light emitting device substrate operated by an output signal of the driving control unit; Laser light and low frequency complex therapy device, characterized in that the band structure consisting of; a band portion extending from both sides of the pad and each end is provided with an adhesive means. 5. The laser light and low frequency complex therapy apparatus according to claim 4, wherein the driving control unit is integrated in the band unit. The method of claim 3, wherein the pad unit, Each of the surfaces is coated with an adhesive for attaching the affected area, and each light emitting device exposure groove is formed to seal the light emitting device substrate by sealing the light emitting device substrate so that the light emitting device substrate is exposed to the outside. Laser light and low frequency complex therapy device, characterized in that consisting of at least two pad plates. 7. The laser light and low frequency complex treatment device according to claim 6, wherein the pad plate and the low frequency pad are made of silicon. delete 4. The laser light and low frequency complex treatment device according to claim 3, wherein the light emitting element substrate is uniformly distributed in the light emitting element of any one of LD and LED. 10. The laser light and low frequency complex therapy apparatus according to claim 9, wherein the light emitting devices having the light output characteristics of different frequencies are uniformly distributed on the light emitting device substrate.

Images