KR200239886Y1 - Heat and Super Long Wave Medical Treatment Apparatus - Google Patents

Abstract

The present invention discloses a thermal and ultra-wave treatment device.

The present invention uses a far-infrared radiation lamp and an ultra-high wave generator, not a heating wire, so that heat and ultra-high frequency can be applied intensively in a narrow area. Such a radiation lamp and an ultra-high wave generator are installed in a single protective cover. It is intended to be extruded from the surface of the device.

Accordingly, the present invention has an effect of obtaining an improved therapeutic effect by being applied to a narrowly focused area of heat and ultra-high wave.

Description

Heat and Super Long Wave Medical Treatment Apparatus

The present invention relates to a thermal and ultra-high wave treatment device.

As is well known, physical therapy (physiotherapy) is a treatment method that applies various physical factors to the treatment, phototherapy, ultrasound therapy, thermotherapy, hydrotherapy, spa therapy, electrotherapy · Includes radiation therapy, massage therapy, exercise therapy, and climate therapy. Such physiotherapy is applied to chronic diseases that have not been shown to be effective in pharmacotherapy, and is applied as a surgical treatment after surgery.

One of these physiotherapy, thermotherapy is a method of conducting heat only to the damaged area without direct contact with the skin.

In the related art, in order to perform such heat therapy, a heating wire was installed on the mat to obtain a heating effect. In addition, in recent years, it is possible to simultaneously utilize the magnetic field waves as well as the thermal effect of the heating wire.

These magnetic fields are alternating magnetic fields of magnetic lines generated by changing the N-pole and S-pole to high speed 50 ~ 60 times per second and have a wavelength of 5-6 million meters like natural magnetic waves (Earth magnetic and solar magnetic). Even though objects penetrate, they form a fluctuating magnetic field whose magnetic field fluctuates at regular intervals on the time axis. When the magnetic field lines are radiated to the human body, they penetrate into the internal organs and bone marrow nerves and vibrate human cells to promote endocrine. Nutrients by enhancing the red blood cells in the blood

It evenly carries the body and strengthens the phagocytosis of white blood cells

It cleans dirt such as cholesterol to prevent hardening of blood vessels

It not only maintains a strong blood circulation, but also causes Joule heat inside the human tissue to produce very good anti-inflammatory and analgesic effects, enhances natural resistance, promotes new cell production, and revives aging cells. It is known to promote regeneration and smooth metabolic function, and it is widely used because there is no side effect such as pain or damage in the process of treatment. For example, the Republic of Korea Utility Model Publication (Publication No .: 1988-059517, the name of the invention: a thermal mat for the treatment of low back pain) and the Republic of Korea Registered Utility Model Publication (Reg. No. 0108464, the name of the design: stone bed with ultra-wave oscillation function ) Can be examined.

In this example, the physiotherapy device using heat and ultra long wave can use both heat and ultra long wave at the same time, so it is effective to relieve sprains in joints and deep areas, and to prevent inflammation and analgesia, and to promote the regeneration and regeneration of aged cells to facilitate metabolism. The effect was to get it.

On the other hand, these prior art is because the hot wire and the magnetic field is distributed over a relatively large area is difficult to perform a local physiotherapy at a certain site is often the case that the therapeutic effect is not satisfactory.

The present invention aims to make it possible to apply heat and ultra-high frequency waves intensively to narrow areas in order to solve these problems.

1 is a perspective view showing a heat and ultra-wave treatment device according to the present invention.

Figure 2 is a perspective view showing a heat and ultra-wave treatment device according to the present invention.

Figure 3 is a circuit diagram showing the electrical configuration of the thermal and ultra-wave treatment device according to the present invention.

* Explanation of symbols for the main parts of the drawings

1: Far infrared radiation lamp 2: Infrared radiation means

3: core 4: winding

5: Ultra-high wave generation means 6: Through

7: surface 8: protective cover

9: adjustment knob / keypad 10: light emitting diode

11: microprocessor 12: drive unit

In order to achieve this purpose, the present invention uses a far-infrared radiation lamp and a microwave generator, not a heat ray, and the radiation lamp and the microwave generator are installed in one protective cover, and the protective cover is formed to protrude from the surface of the device. We propose a warming and microwave treatment device.

Accordingly, the present invention has an effect of obtaining an improved therapeutic effect by being applied to a narrowly focused area of heat and ultra-high wave.

When the present invention is described in detail by the accompanying drawings as follows.

The overall appearance of the present invention is shown in FIG. 1, and its structure and circuit are shown in FIGS. As can be seen from this, the subject innovation is a far-infrared radiation means (2) consisting of a plurality of far-infrared radiation lamps (1), a core (3) for generating ultra-long waves, and a winding portion (4) formed around the core (3) It has a ultra-high wave generation means (5) consisting of, a protective cover for receiving the far-infrared radiation means (2) and ultra-high wave generation means (5) and having a plurality of through holes (6) to protrude onto the surface (7) of the device (8), a control knob / keypad (9) for controlling the power and the supply time and the like supplied to the far infrared radiation means (2) and the ultra-wave generating means (5), and a light emitting diode (10) for displaying the operation state; It consists of a microprocessor 11 and its drive unit 12 for controlling them, reference numeral 13 is a sensor for temperature sensing, 14 is a temperature setting section, 15 is a time setting section.

When the power supply is started, the present invention, as described above, operates the microprocessor 11 to detect the manipulation of the keypad 9 and the adjusting knob by the user, and according to the operation of the user, the operating time and the far-infrared radiation means 2. And the electric power supplied to the ultra long wave generating means 5. Therefore, the far-infrared radiating means 2 and the ultra-high wave generating means 5 are supplied with electric power of a predetermined size for a predetermined time. In this design, the far-infrared radiating means 2 and the ultra-high wave generating means 5 have one protection. In addition to being installed in the cover 8, it protrudes from the device surface 7 so that the skin is positioned deeply in contact with the user's skin.

In this state, the present invention, as far infrared rays penetrate deep into the skin through the through hole 6 of the protective cover 8, of course, to heat the skin surface and inner layer tissue.

In particular, in the present invention, the driving unit to apply the electric power set to the ultra-wave wave generating means 5 for a time by the operation of the control knob / keypad 9 by the microprocessor 11 while the protective cover 8 is located deep in the skin. Since it is to control (12), the ultra-high wave generated by the ultra-high wave generating means 5 is suitable for the symptoms and the site, and the ultra-high wave applied locally and intensively is 50 to 60 times per second in the N pole and the S pole. Of magnetic lines generated by

As a magnetic field wave, it has the wavelength of 5 ~ 6 million meters like natural magnetic wave (Earth magnetic, solar magnetic), and because it has the characteristic of penetrating any object, it heats not only the skin surface but also the deep tissue, vascular disorder, muscle tension and relaxation, Basic metabolism of physical therapy, such as increased metabolism, can be achieved.

Accordingly, the present invention enables localized and intensive application of far-infrared rays and ultra-short wave waves without direct contact with the skin, thus enabling effective heat conduction only to the damaged area, thereby transferring heat to deep areas, especially joints, and strengthening muscles as well as muscles. Excellent results in joint sprain relief.

In addition, the present invention is equipped with a program for implementing a plurality of operating modes in the microprocessor 11, as well as setting the operating time, so that the supply power, etc. can be changed according to the time zone, so as to properly respond to symptoms and parts. Improved effect can be obtained.

In this way, the present invention releases skin and muscle stiffness by means of far-infrared radiation means (2), and by the additional action by the ultra-wave generating means installed together in one protective cover (8) in the state of physiological activation of the tissue organ organs It penetrates into the nerves and bone marrow, and vibrates human cells to promote endocrine, enhance vitality, strengthen the phagocytosis of leukocytes, remove cholesterol wastes in the blood, prevent the hardening of blood vessels, and maintain normal blood circulation. In addition, it is very useful anti-inflammatory, analgesic action by causing Joule (Joul) heat inside the human tissue, and it is a useful design to obtain the effects such as no side effects such as pain or damage in the treatment process.

Claims (1)

Ultra-violet wave generating means (5) consisting of a far-infrared radiation means (2) consisting of a plurality of far-infrared radiation lamps (1), a core (3) for generating ultra-long waves, and a winding portion (4) formed around the core (3) And a protective cover 8 for accommodating such far-infrared radiating means 2 and ultra-high wave generating means 5 and having a plurality of through holes 6 so as to protrude onto the surface 7 of the apparatus, and a far-infrared radiating means ( 2) and an adjusting knob / keypad 9 for controlling power and supply time to the ultra-high wave generating means 5, a light emitting diode 10 for displaying an operation state, and a microprocessor 11 for controlling them. And the drive unit 12, characterized in that the thermal and ultra-wave treatment device.