KR20050116115A - Sliding system sauna apparatus using near-infraredrays lamp - Google Patents

Abstract

The sliding near-infrared sauna device of the present application has a heating element temperature of 1,800 ° C

Nitrogen oxides are produced closest to the sun's radiant heat generated at ~ 2,200 ° C.

Sauna and warm-blood treatment are performed using near-infrared rays, which are pollution-free short wavelength energy.

Sliding sauna device using near infrared rays made to be parallel to city

to be.

The basic form of this is a number of near-infrared sun lamps (O-10) and (O-20) that generate near-infrared rays.

Is fixed in a predetermined position and a plurality of pieces so that the heating portion (O) can be slid

Ellipse or similar type with fixed sliding pulley (O-30)

Heating unit connected to the heating unit (O) and the upper and lower pulleys (Q, R) and the sliding wire (S)

Sliding drive consisting of a motor and a gear to enable up and down reciprocation

Made of P, FRP, Polyurethane, Wood or Steel

Cover case (U) of the main body inner side (A), the main body outer side (B) and the sliding drive (P) and

Sliding muscle with the on / off switch (Y) with timer function as the basic configuration

An infrared sauna device.

Description

Sliding system Sauna apparatus using near-infraredrays lamp}

The sliding near-infrared sauna device of the present application is the most

Close and absorbs the surrounding air and generates high heat momentarily without heating

Turn on and keep the heat wavelength directly on the object

Using a heating medium called near infrared rays, which is a pollution-free energy with excellent ability to transmit,

Una and warm blood treatment to be combined.

In general, a short description of what is Near Infra-Red (NIR).

(See Fig. 7, Table 10,) Longer wavelength than visual radiation and near-infrared (IR-A)

short wave, IR-B medium wave, and IR-C long wave

Infrared rays have a thermal effect unlike visible or ultraviolet rays and their wavelengths are visible or ultraviolet.

It is longer than the wire and penetrates relatively deeply into the body (see Fig. 7 and Table 20).

The near-infrared light here is the most visible and the

It refers to a band of light with a wavelength of 0.8 to 1.4 μm in close proximity.

Infrared radiation closest to the sun's radiant heat generated at temperatures between 1800 ℃ and 2200 ℃

Light of short wavelength, which is harmless to the human body, is transmitted to the thermal wave only on the object without heating the air.

It refers to saying good.

Also, saunas are generally caused by spraying water on high-heated stones, not water.

Can be said to refer to the Finnish steam bath as a sauna by bathing with steam or heat.

It is.

Finland is the country where saunas are most developed. Wooden wool is built near lakes and fjords.

The flat stones were piled up like a shelf, and the bottom was heated with wood to heat the stones.

When the stone gets hot, cold water is poured on it to make steam.

After tapping the skin with several branches, jump into cold water or sip on the eyes.

It was used as a way to induce the promotion of circulatory function by changing the temperature.

It is developed by sauna method using far-infrared rays

How to maximize the effect of sauna by heating and emitting far infrared rays and far infrared ram

Artificial sauna designed to create a separate sauna room

There are far-infrared sauna rooms, but saunas that use far-infrared rays generate heat.

The heat of the sieve heats the surrounding air together, resulting in air convection.

It is a way of causing the body to lose moisture and sweat by causing an increase of

Furnace requires a lot of heating (preheating) time and a lot of heat loss.

Not only natural methods, but also by-products from charcoal or other

We can raise difficulty in handling together as problem and heat air together

As a disadvantage, it is possible to cause harmful lights to the human body.

will be.

In addition, because the temperature in the sauna room is quite high,

The convection system of air causes the movement of smoke and dust that are harmful to the human body.

It can cause trouble.

The sliding near-infrared sauna device of the present application is a representative feature of the near-infrared

Short wavelength thermal waves can be evenly distributed directly to the object without the influence of ambient air.

Because of its advantages, the wavelength penetration rate is higher than that of far infrared rays (see Fig. 7 and Table 20).

It is not a way of heating the air to raise the room temperature, but to release sweat.

Since it adopts the method of directly transferring the heat wavelength to the human body without heating

Structural opening eliminates the need for confined spaces, such as the far-infrared sauna

Even in a formal form, it is possible to combine sauna and warm-blood treatment

It is possible to develop products that can be designed in various forms, and also to produce near-infrared emitters.

It is designed to be sliding so that it can radiate near-infrared rays evenly on each part of the body.

It is supposed to be.

This may be fixed by attaching a device that emits near infrared rays to a specific place within a certain frame.

In order to evenly radiate all parts of the human body at the same time,

Can be consumed, resulting in high power consumption and air convection.

Blind spots occur due to the characteristic that radiates heat wavelength directly to specific part of human body

(See Fig. 8,) There are also disadvantages that can occur while the near-infrared of this sliding method

In the sauna system, the heating part (O) is slid in the up and down directions with only a few ejectors.

It is intended to be an iding (see Fig. 4, Fig. 5, Fig. 6), so that even near many parts of the human body, near-infrared

It can radiate the heat wave, so it can be very effective for warm blood therapy as well as sauna.

Is a device.

For the structure and method of the sliding-type near-infrared sauna device

It can be explained as follows.

Short-wave heat wavelength, a feature of near-infrared light, is applied directly to an object without the influence of ambient air.

The advantage of being able to spend evenly and the room temperature by heating the air around the heating element together

It is not a way to release sweat, but heat waves directly without heating the air.

Adopted the method of delivering the intestines to the human body, so it is sealed like a far infrared sauna

Sauna and warm-blood treatment even in a structurally open form without the need for more space

It is basically a sliding near-infrared sauna device

It is.

If you explain this in more detail

One) Sliding part (B)

Near infrared  Heating part ( Figure 2 ), O, see)

When the temperature of heating element is 1,800'C ~ 2,200'C,

Near-infrared lamp (O-10-a) which generates near-infrared (IR-A) which is pollution-free energy to generate

Effective radiation of near-infrared heat wavelength emitted from near-infrared lamp toward the front part

It is manufactured at the optimum angle by predetermined bending or bending so that

Near-infrared lamp of different type from near-infrared lamp (O-10) consisting of reflector (O-10-b)

(O-20) and the sliding rail fixed inside the main body outer portion (C) (Fig. 5, Fig. 6, C-10-H (W),

Sliding door in the heating section where the heating section O is made to slide.

Near-infrared light produced in the form of a predetermined ellipse consisting of the base (Fig. 2, O-30-H (W), see Fig. 2).

The heating unit O and the sliding drive unit (see FIG. 3, P, see Fig. 3) have a drive motor P-20 and a predetermined gear and

Consists of parts to change the rotational motion of the motor to the reciprocating motion of the rack gear (P-30-a)

The drive pulley (P-10) which is driven by rotation by the gearbox (P-30) and the rack gear of the function

Composed of a sum is built in the sliding drive cover case (U)

Sliding Drive Accessories Figure 4 , See)

Muscle composed of sliding pulley and sliding wire (S) of upper side (Q) and lower side (R)

In the sliding drive unit (P) by the accessory to help the sliding of the infrared heating unit (O)

The energy of the up and down reciprocating motion is transmitted to the near-infrared heat generating unit (O).

2) The main body inner portion (A)

Elliptic shape of near-infrared heat generating part (O) using materials such as FRP, polyurethane or iron

Is manufactured in the same shape as the predetermined position in the body is assembled to the outer portion (C)

The same as that of the near-infrared lamp O-10 located in the near-infrared heat generating portion O of the true sliding portion B.

Movement range of the near-infrared heating unit O which is slid up and down in position (see FIGS. 5 and 6).

Near-infrared protective glass (see FIGS. 5, A-10, see above) is positioned. Used here

As a material of glass, it is as showing in (FIG. 5, a table, reference).

3) In the body outer portion (C)

It is manufactured in various designs using materials of FRP, polyurethane or steel.

A sliding pulley in the heat generating portion fixed to the heat generating portion O is provided inside the outer body C of the built-in body (Fig.

2, O-30-H (W), refer to the slide to make the heating part (O) slide

Basic configuration is that the ding rail (see Fig. 5, C-10-H (W), is fixed)

to be.

This type of rail is a pipe with rounded corners on a regular pipe.

(C-10-H) includes a sliding pulley (O-), in which the sliding pulley matches the pipe surface.

30-H), and when using the rail (C-10-W) made by aluminum extrusion etc.

There is a method using wheels (O-30-W) or pulleys made of bullet lamps.

Can also be made of materials.

The on / off switch with a timer function is attached to a predetermined position outside the main body outer portion C.

Position (Fig. 9, Y, see) attached, the user sets the time in minutes automatically after use

There is a function to turn off.

4) Near infrared  Explanation according to the concept of the up and down sliding position of the heating unit (O)

Energy transmitted from the sliding drive unit P is lower than the sliding pulley R and the slice

Through the ding wire (S) and the upper sliding pulley (Q) to transmit to the near infrared heating section (O)

The concept of the up and down sliding position generated in the process is basically sliding

The size of the drive pulley (P-10) located inside the drive unit and the rack gear moving the drive pulley (P-

30-a) can be adjusted by changing the gear ratio (see Figs. 3 and 4) in the gearbox.

All

The sliding near-infrared sauna device of the present application is as described above.

The temperature of this heating element and the solar radiation generated from 1,800'C ~ 2,200'C

It is near and absorbs the surrounding air and does not heat it.

Excellent ability to deliver to objects in a steady state and continuously maintained

Simultaneous sauna and warm blood treatment using a heat-free medium called near-infrared energy, a pollution-free energy

It is a device that can be done.

In the case of a sauna room of the general concept, a plurality of enclosed square or specific

In most cases, the heating element is attached to a predetermined position and used.

When used as a heat source, the heat of the heating element heats the surrounding air together,

Due to the increase in the room temperature caused by the body to remove moisture, that is sweat

The sauna can be used even if the position of the heating element is not greatly affected.

In case of using infrared heating element, blind spot of human body due to the straightness of light

Stations (shading areas) can be generated (see Figure 8).

In order to emit near infrared thermal wavelengths, a considerable amount of emitters are required.

This causes excessive power loss and at the same time attaches a large number of heaters

This is a factor in the cost increase in production.

However, in the case of the sliding near-infrared sauna device of the present application

Not in a sauna-type enclosed space but also in a structurally open form

It is not only able to help sauna and warm blood treatment, but also near-infrared feet

The heating unit O, which is equipped with a heating element, is configured to slide upward and downward (

1, 6, evenly even if a small number of heating elements are used,

It can transmit external heat wavelength, which makes sauna and warm blood treatment more effective.

Is a device.

Figure 1 schematically shows an example of the near-infrared sauna device of the sliding method in a completed state

      Bird's eye view and schematic diagram showing the radiation of heat wave to human body

      Perspective of moist

2) A schematic perspective view of each component in the near infrared heating unit O of the sliding method

3) a detailed view of the sliding drive unit P

Figure 4) shows the state of the sliding portion (B) of the sauna apparatus using a near infrared ray of the sliding method

      Schematic perspective view

5) a perspective view of the main body inner side (A) and the near-infrared lamp protection glass (A-10) fixed to the inner side and

      Combination of the cover part U of the sliding part B, the main body outer part C, and the sliding drive part P

      Schematic perspective of lip shape

6) the concept of the position of the near infrared heating unit (O) during the up and down reciprocating motion in a sliding manner

      Indicating perspective

7) Table of the basic concept for near infrared and the depth at which the near infrared thermal wavelengths penetrate the skin

      A diagram showing this

8) when the near-infrared heating element is fixedly attached to the sealed sauna room

      Due to the nature of thermal wavelengths, examples of the occurrence of shadowed areas (blind areas) are outlined.

      A perspective view

9) Timer switch Y

Claims (3)

In the sliding near-infrared sauna device sliding portion (B) of the present application Near-infrared lamp O-10-a; Near-infrared heat wavelength emitted from near-infrared lamp By a certain bending or bending to achieve effective radiation towards the front A reflector (O-10-b) manufactured at an optimum angle; NIR lamp composed of these (O-10); Another type of near infrared lamp O-20; Fixed inside the body outer part (C) Located on the sliding rail (see Figs. 5 and 6 and C-10-H (W)), the heating part O is sliced. A sliding pulley in the heat generating section (see FIG. 2, O-30-H (W)) intended to be ding; With these Near-infrared heat generating portion (O) is made of a predetermined elliptical shape consisting of; Drive motor (P-20) Wow ; Composed of predetermined gears and parts, the rotational motion of the motor is applied to the rack gear (P-30-a) A gear box (P-30) having a function of converting abdominal motion; Rotationally driven by rack gear A drive pulley (P-10); Sliding drive cover case to protect their parts (U); Upper sliding pulley (Q) to help the near infrared heating unit (O) to slide Wow; A lower sliding pulley (R); Sliding consisting of a sliding wire (S) Part (B) Main body inner side A and main body outer side of the sliding-type near-infrared sauna apparatus which were applied for this invention In part (C) Elliptic shape of near-infrared heat generating part (O) using materials such as FRP, polyurethane or iron And the inner body portion (A) is produced in the same shape as; In a predetermined position outside the body Near-infrared ram located in the near-infrared heat generating portion O of the sliding portion B assembled to the side portion C. Near-infrared light which slides up and down at the same position of frame O-10 (see FIGS. 5 and 6). A near-infrared lamp protective glass (see FIGS. 5 and 10-10) according to the range of motion of the heating unit O; FRP Or by using polyurethane or steel materials. A main body outer portion C; Sliding pulley in the heating unit fixed to the heating unit (O) inside (Fig. 2, O -30-H (W), refer to the sliding wheel to make the heating part (O) slide with One (see Figure 5, C-10-H (W),); At a predetermined position outside the main body outer side C, a timer Attached on / off switch (Y) In claim 1, claim 2 The scope of the patent right to which this application is applied is not limited to the contents described above. Modify the above description by a person of ordinary skill in the art or Modification is deemed to be within the scope of this patent right.