KR20100002823U - infrared irradiation device using mineral pannel - Google Patents

Abstract

The present invention relates to a device for investigating mineral components using mineral discs, and more specifically, to heat mineral discs by heating of a heating element to release mineral elements necessary for the human body to penetrate the body parts to enhance immune function and blood circulation. It relates to a mineral component irradiation apparatus using a mineral disc to facilitate the.

The mineral component investigation device using the mineral disc of the present invention,

A support plate on which a plurality of casters are attached at equal intervals so as to be freely movable;

A support for vertically installing and supporting the upper portion of the support plate;

A timer panel installed at an upper side of the support to turn the power on and off and count time;

A head body including a heating element for raising the temperature of the mineral disc to release the mineral component;

It is connected to the head body and the head body height adjustment unit for adjusting the height of the head body; characterized in that it comprises a.

The present invention provides the effect of heating the mineral disc by the heating of the heating element, releasing the mineral elements necessary for the human body, penetrating the corresponding human part, and enhancing immune function and promoting blood circulation.

Infrared irradiation, heating, mineral emission.

Description

Infrared irradiation device using mineral pannel

The present invention relates to a device for investigating mineral components using mineral discs, and more specifically, to heat mineral discs by heating of a heating element to release mineral elements necessary for the human body to penetrate the body parts to enhance immune function and blood circulation. It relates to a mineral component irradiation apparatus using a mineral disc to facilitate the.

In general, the heat treatment device is disclosed in Korean Utility Model Publication No. 1999-004942.

The heat therapy device is configured by mounting a vibration generating device inside the lower case provided separately from the upper case formed with a plurality of ridges.

If you turn on the switch after turning on the thermotherapy device to a certain part of the body (pain area) while the power is supplied, the infrared lamp will turn on to improve blood circulation by the interaction of acupressure and heat and tension of muscle and nervous system. Will be released.

When the control switch is operated in this state, the oscillating swing piece vibrates by reciprocating motion by the motor or the electromagnetic vibrator, so the upper case and the lower case vibrate together by the vibration caused by the motor and the electromagnetic vibrator, so that the heat treatment device is close to Massage the part of the body by vibration.

However, the conventional heat treatment device configured as described above is equipped with an infrared lamp in the socket, and when the infrared lamp rises a certain temperature, not only there is a risk of being damaged, but also the pain can not be sufficiently irradiated with the infrared and heat required to the pain area. And not only there is a problem that can not alleviate the pain, and because the infrared lamp is fixed, there is a problem that can not change the position of the infrared lamp can not irradiate a specific pain area or inconvenient use.

The present invention was made to solve the problems of the prior art as described above,

An object of the present invention is to irradiate the human body with trace minerals generated by heating the mineral disc through heat generated by the heating element to enhance immune function and promote blood circulation.

In addition, another object of the present invention is to automatically cut off the power when the temperature rises above the set temperature, or to automatically cut off the power when overcurrent occurs to prevent accidents in advance.

In order to achieve the problem to be solved by the present invention,

Mineral component irradiation apparatus using a mineral disc according to an embodiment of the present invention,

A support plate on which a plurality of casters are attached at equal intervals so as to be freely movable;

A support for vertically installing and supporting the upper portion of the support plate;

A timer panel installed at an upper side of the support to turn the power on and off and count time;

A head body including a heating element for raising the temperature of the mineral disc to release the mineral component;

It is connected to the head body and the head body height adjustment unit for adjusting the height of the head body; characterized in that it comprises a.

Mineral component irradiation apparatus using the mineral disc according to the present invention having the above configuration,

By heating the mineral disc by the heating of the heating element to release the mineral elements necessary for the human body to penetrate the body part to provide the effect of enhancing the immune function and promote blood circulation.

In addition, the power is automatically cut off when the temperature rises above the set temperature, or the power is automatically cut off when an overcurrent occurs to provide an effect that can prevent the accident in advance.

Mineral component irradiation apparatus using a mineral disc according to an embodiment of the present invention for achieving the above object,

A support plate on which a plurality of casters are attached at equal intervals so as to be freely movable;

A support for vertically installing and supporting the upper portion of the support plate;

A timer panel installed at an upper side of the support to turn the power on and off and count time;

A head body including a heating element for raising the temperature of the mineral disc to release the mineral component;

It is connected to the head body and the head body height adjustment unit for adjusting the height of the head body; characterized in that it comprises a.

At this time, the timer panel,

A power switch unit for turning the power on and off,

A timer control lever for adjusting the operation time,

Automatic temperature control unit for shutting off the power when the temperature rises above the set temperature,

A timer lamp which is turned on by receiving a lighting signal of the timer controller;

An overcurrent confirmation unit for confirming the occurrence of an overcurrent,

An overcurrent prevention operation signal generation unit for transmitting an operation signal to the fuse when the overcurrent generation is confirmed by the overcurrent generation confirmation unit;

When the timer is controlled by the timer control lever, the counting unit executes counting, transmits a light signal to the timer lamp so that the user can check the operation, and receives a power cut signal by the automatic temperature controller. And a timer control unit for transmitting a power supply stop signal to the power switch unit.

At this time, the head body,

A heating element for raising the temperature so as to release trace minerals from the mineral disc,

A mineral disc for receiving heat generated by the heating element and releasing trace minerals;

A heat insulating material for insulating the heat generated by the heating element,

An inner accommodating part accommodating the heating element, the heat insulating material, and the mineral disc;

It is characterized by comprising an external safety net to protect the internal housing, and to prevent safety accidents.

At this time, the mineral disc,

It characterized in that the mineral powder is coated with a 0.3mm ~ 0.6mm thickness on a low carbon steel sheet of 0.5mm ~ 1.5mm thickness.

In addition, the timer panel according to an additional aspect,

It is characterized in that it further comprises an emergency stop confirmation unit for automatically shutting off the operation of the heating element when the power switch unit off during operation.

In addition, the timer panel according to another additional aspect,

A cumulative use time counting part of the heating element for counting the cumulative use time of the heating element of the head body;

And an LED display unit for displaying the accumulated usage time counted by the heating element cumulative use time counting unit.

In addition, the head body according to an additional aspect,

A distance sensor unit for detecting whether a proper distance is maintained when irradiating the affected part,

The apparatus may further include an alarm alarm unit configured to generate an alarm alarm when the distance sensed by the distance sensor unit does not maintain an appropriate distance.

Hereinafter, it will be described in detail through an embodiment of the mineral component irradiation apparatus using the mineral disc according to the present invention.

1 is a perspective view of a mineral component irradiation apparatus using a mineral disc according to an embodiment of the present invention.

As shown in Figure 1, the mineral component irradiation device using a mineral disc of the present invention,

A support plate 30 on which brackets 20 having a plurality of casters 10 attached to the lower portion are installed at equal intervals to be freely movable;

A support (40) for vertically installing and supporting the upper portion of the support plate (30);

A timer panel 100 installed at an upper side of the support to turn the power on and off and count time;

A head body 200 including a heating element for increasing the temperature of the mineral disc to release the mineral component;

It is connected to the head body and the head body height adjustment unit 50 for adjusting the height of the head body; characterized in that it comprises a.

Through the configuration as described above by heating the mineral disc by the heating of the heating element to release the mineral elements necessary for the human body to penetrate the body part to provide the effect of enhancing the immune function and promote blood circulation.

At this time, the timer panel and the head body is connected to the wire and is generated by heat is supplied from the head body through the connected wire.

Figure 2 is a perspective view of the timer panel appearance of the mineral component irradiation apparatus using a mineral disc according to an embodiment of the present invention.

As shown in Figure 2, the appearance of the timer panel of the present invention is configured with a power switch unit 110 and a timer control lever 120 for the user to operate the timer lamp so that the user can check the operation with the naked eye 130 is comprised.

3 is a block diagram of a timer panel of a mineral component irradiation apparatus using a mineral disc according to an embodiment of the present invention.

As shown in Figure 3, the timer panel of the present invention,

A power switch unit 110 for turning the power on and off,

And timer control lever 120 for adjusting the operation time,

Automatic temperature control unit 130 for shutting off the power when the temperature rises above the set temperature,

A timer lamp 140 that receives the lighting signal of the timer controller and is turned on;

An overcurrent generation confirmation unit 150 for confirming generation of an overcurrent,

When the overcurrent generation is confirmed by the overcurrent generation confirmation unit and the overcurrent prevention operation signal generation unit 160 for transmitting an operation signal to the fuse,

When the timer is controlled by the timer control lever, the counting unit executes counting, transmits a light signal to the timer lamp so that the user can check the operation, and receives a power cut signal by the automatic temperature controller. And a timer control unit 170 for transmitting a power supply stop signal to the power switch unit.

The thermostat 130 is responsible for shutting off the power when the temperature rises above the set temperature, and configures a separate memory unit (not shown) to store the set temperature, and to detect the temperature. In order to configure a temperature sensor (not shown).

In addition, when the overcurrent generation confirmation unit 150 confirms the occurrence of the overcurrent and confirms the occurrence of the overcurrent, the overcurrent prevention operation signal generation unit 160 transmits an operation signal to the fuse to operate the fuse.

The reason for configuring the overcurrent generation check unit and the automatic temperature control unit as described above is to prevent the damage from the fire hazard that may occur when the temperature rises above a certain value in the characteristics of the present invention.

On the other hand, the timer panel according to an additional aspect is characterized in that it further comprises an emergency stop confirmation unit (not shown) for automatically blocking the operation of the heating element when the power switch unit off during operation.

This is a function for stopping the use of the user during use, primarily to block the operation of the heating element.

In addition, according to another additional aspect, the heating element cumulative use time counting unit (not shown) for counting the cumulative use time of the heating element of the head body,

And an LED display unit 180 for displaying the cumulative usage time counted by the heating element cumulative usage time counting unit.

This is to count the cumulative use time of the heating element through the heating element cumulative use time count unit to provide the user with the accumulated cumulative use time through the LED display.

Further, in order to automatically record and maintain the use time of the heating element, a digital use time recorder (not shown) may be additionally configured to store the same.

You can use more than 1000h at 200 degrees Celsius-400 degrees Celsius, but it is possible to guarantee a certain clinical effect within the 1000 hours of use time so that the user can check the cumulative usage time as described above.

4 is an exploded perspective view of a mineral component irradiation apparatus using a mineral disc according to an embodiment of the present invention.

As shown in Figure 4, the subject innovation is largely made of a support plate, a support, a timer panel, head body height adjustment unit, the head body.

At this time, in order to combine the head body and the head body height control unit is to insert the head body to the head body height adjustment unit to combine by tightening by turning the adjustment member configured at the end of the head body, for this purpose the head body height adjustment The end of the part is configured to tighten the adjustment member by inserting the adjustment member groove.

In addition, in order to combine the head body height adjustment unit and the support, the head body height adjustment unit is inserted into the support, and then coupled by turning and tightening the adjusting member configured at the end of the head body height adjustment unit. It is to be tightened by inserting the adjusting member by configuring the adjusting member groove.

In addition, the lower end of the support is inserted into the insertion groove formed in the upper end of the support plate in order to couple the support plate and the support.

After combining as described above is to adjust the height of the head body height adjustment is comfortable to use.

Figure 5 is an exploded perspective view of the head body of the mineral component irradiation apparatus using a mineral disc according to an embodiment of the present invention.

As shown in Figure 5, the head body 200,

Heating element 240 for increasing the temperature so as to release a trace mineral component from the mineral disc,

A mineral disc 220 for receiving heat generated by the heating element and releasing trace minerals;

Thermal insulation material 230 for insulating the heat generated by the heating element,

An inner accommodating part 250 for accommodating the heating element, the heat insulating material, and the mineral disc;

It is characterized in that it comprises an external safety net 210 to protect the inner receiving portion, to prevent a safety accident.

The heating element receives power through a power line (not shown), and generates heat, and has a structure that wraps the outside of the heating element with a heat insulating material to keep heat generated by the heating element.

The mineral disc is composed of an element layer coated with 0.3 mm to 0.6 mm thick mineral powder on a low carbon steel sheet having a thickness of 0.5 mm to 1.5 mm. The mineral powder contains elements such as Fe, Zn, Cu, and Se.

The mineral powder is Si, Ca, Cr, Mg, Cu, Zn, Sn, B, S, Se, Cd, Ti, Zr, I, As, Na, Ba, Al, Mo, Sb, C, P and 33 kinds It contains the elements of the high-temperature treatment is attached to a round or spherical low carbon steel sheet in a thickness of 0.3mm ~ 0.6mm, the thickness is a thickness that can maximize the clinical effect.

At this time, the low carbon steel sheet was made of a thickness of 0.5mm ~ 1.5mm.

Specifically, the adhesive material is applied to a low carbon steel sheet having a thickness of 0.5 mm to 1.5 mm, and then the mineral powder is applied to the adhesive material, and then finished at 250 to 600 degrees for about 30 minutes to 2 hours.

Although the radiation generated when the iron plate is heated is within the wavelength range of far-infrared rays in the spectrum, the radiation produced by the triggering of 33 microelements in the elemental layer exhibits a specific biological effect response to humans and organisms that are not possessed by ordinary far-infrared rays. It is electromagnetic waves.

In addition to the thermal action, this specific electromagnetic wave promotes the blood circulation, anti-inflammatory, swelling, paper pain, haematology, hypothesis, and promotes metabolism and growth and enhances immunity.

The temperature at which the mineral components contained in the mineral disc are released is between 280 and 300 degrees, and when the temperature reaches the corresponding temperature, the mineral components are emitted and the wavelength range is about 2 to 25 μm, and the wavelength intensity 28-35 mW / cm <2>.

The elements such as Fe, Zn, Cu, Se and the like are essential elements for the human body. When the trace elements are insufficient in the body, the normal growth of the organism is inhibited, leading to various diseases such as deterioration and loss of function. Phosphorus eating habits have resulted in a significant shortage of these trace elements, leading to deterioration of immune function, deterioration of anticancer function, and diseases caused by blood purifying disorders.

When the mineral disc is heated, it emits infrared rays, trace elements, and specific spectral rays to generate biological effect reactions and thermal reactions from the skin surface of the human body. It reduces the pain of limbs, lichen face, and bodily fluids. It promotes the growth of metabolic cows and metabolism and promotes the growth of epithelial cells to regulate physiological functions.

In addition, according to an additional aspect, the distance detecting sensor unit 260 for detecting whether the head body maintains a proper distance when irradiating the affected area,

The apparatus may further include an alarm alarm unit (not shown) for generating an alarm alert when the distance detected by the distance detection sensor unit does not maintain an appropriate distance.

The distance sensor unit 260 is responsible for detecting whether the head body maintains the proper distance when irradiating the affected area, for example, if the proper distance is set to 35cm when irradiating the affected area to less than 35cm to reduce the risk of burns when irradiated Alarm alarm is executed through the alarm alarm unit.

Therefore, through the device of the present invention as described above to infiltrate the human body by causing a biochemical reaction to enhance the immune function and anti-cancer function and blood promoting action to provide the effect of preventing various diseases.

Those skilled in the art to which the present invention pertains as described above may understand that the present invention may be implemented in other specific forms without changing the technical spirit or essential features of the present invention. Therefore, the above-described embodiments are to be understood as illustrative in all respects and not restrictive.

The scope of the present invention is indicated by the utility model registration claims to be described later rather than the detailed description, and all changes or modifications derived from the meaning and scope of the utility model registration claims and their equivalent concepts are included in the scope of the invention. Should be interpreted as

The mineral component investigation device using the mineral disc of the present invention,

By heating the mineral disc by the heating of the heating element, it releases the mineral element necessary for the human body, penetrates into the human body part, and provides the effect of enhancing the immune function and promoting blood circulation. will be.

1 is a perspective view of a mineral component irradiation apparatus using a mineral disc according to an embodiment of the present invention.

Figure 2 is a perspective view of the timer panel appearance of the mineral component irradiation apparatus using a mineral disc according to an embodiment of the present invention.

3 is a block diagram of a timer panel of a mineral component irradiation apparatus using a mineral disc according to an embodiment of the present invention.

4 is an exploded perspective view of a mineral component irradiation apparatus using a mineral disc according to an embodiment of the present invention.

Figure 5 is an exploded perspective view of the head body of the mineral component irradiation apparatus using a mineral disc according to an embodiment of the present invention.

Brief description of the reference numbers

10: caster

20: bracket

30: support plate

40: support

50: head body height adjustment unit

100: timer panel

200: head body

Claims (7)

A support plate on which a plurality of casters are attached at equal intervals so as to be freely movable; A support for vertically installing and supporting the upper portion of the support plate; A timer panel installed at an upper side of the support to turn the power on and off and count time; A head body including a heating element for raising the temperature of the mineral disc to release the mineral component; And a head main body height adjusting unit connected to the head main body to adjust the height of the head main body. The method of claim 1, The timer panel, A power switch unit for turning the power on and off, A timer control lever for adjusting the operation time, Automatic temperature control unit for shutting off the power when the temperature rises above the set temperature, A timer lamp which is turned on by receiving a lighting signal of the timer controller; An overcurrent confirmation unit for confirming the occurrence of an overcurrent, An overcurrent prevention operation signal generation unit for transmitting an operation signal to the fuse when the overcurrent generation is confirmed by the overcurrent generation confirmation unit; When the timer is controlled by the timer control lever, the counting unit executes counting, transmits a light signal to the timer lamp so that the user can check the operation, and receives a power cut signal by the automatic temperature controller. Mineral component irradiation apparatus using a mineral disc, characterized in that it comprises a timer control unit for transmitting a power supply stop signal to the power switch unit. The method of claim 1, The head body, A heating element for raising the temperature so as to release trace minerals from the mineral disc, A mineral disc for receiving heat generated by the heating element and releasing trace minerals; A heat insulating material for insulating the heat generated by the heating element, An inner accommodating part accommodating the heating element, the heat insulating material, and the mineral disc; The mineral component irradiation device using a mineral disc, characterized in that the protection of the inner housing, and comprises an external safety net for preventing safety accidents. The method of claim 3, wherein The mineral disc, Mineral component irradiation device using a mineral disc, characterized in that the coating of mineral powder 0.3mm ~ 0.6mm thick on a low carbon steel sheet of 0.5mm ~ 1.5mm thickness. The method of claim 2, Mineral component irradiation apparatus using a mineral disc, characterized in that further comprises an emergency stop confirmation unit for automatically shutting off the operation of the heating element when the power switch unit during operation. The method of claim 2, A cumulative use time counting part of the heating element for counting the cumulative use time of the heating element of the head body; And an LED display unit for displaying the accumulated use time counted by the heating element cumulative use time counting unit. The method of claim 3, wherein A distance sensor unit for detecting whether a proper distance is maintained when irradiating the affected part, And a mineral alarm unit further comprising an alarm alarm unit for generating an alarm alarm when the distance detected by the distance sensor unit does not maintain a proper distance.

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