KR101635960B1 - Bed with infrared light source and thereof method - Google Patents

Abstract

In the present invention, infrared lamps are mounted on the bottom of a bed, a bed top plate made of a plain wood having a plurality of light emitting holes and a plurality of through holes for your tattoos is mounted on an upper part of an infrared lamp, The present invention relates to an infrared ray bed which can be dividedly controlled according to its position according to time, and can emit infrared rays, far-infrared rays and phytoncide.
The infrared ray bed of the present invention comprises a bed frame made up of four legs and a rectangular frame; A lamp mounting plate mounted in the rectangular frame, the lamp mounting plate having a plurality of through holes for use in the infrared lamp portion and holes for light use; An infrared lamp unit including an infrared lamp unit housing having an infrared lamp mounted therein, the infrared lamp unit being mounted in the infrared lamp unit aperture; And a bed top plate mounted on an upper portion of the lamp mounting plate with an infrared lamp unit, the bed top plate having a plurality of through holes for your tattoos to which your tatami bed is mounted.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to an infrared ray bed,

In the present invention, infrared lamps are mounted on the bottom of a bed, a bed top plate made of a plain wood having a plurality of light emitting holes and a plurality of through holes for your tattoos is mounted on an upper part of an infrared lamp, The present invention relates to an infrared ray bed which can be dividedly controlled according to its position according to time, and can emit infrared rays, far-infrared rays and phytoncide.

A bed is a piece of furniture used for sleeping or resting, usually made up of four parts: a frame, a headboard, a footboard, a bottom, and a mattress. In particular, a user who has to use a bed for a long period of time, that is, a user who lives for a long period of time, is likely to develop a pressure ulcer, etc., and smells, so that an anti-inflammatory, sterilizing and acupuncture is required and blood circulation is required .

Korean Patent Laid-Open No. 10-2004-0091167 relates to an electric bed in which braille is installed and temperature can be adjusted through announcement and a control method thereof, and Korean Utility Model Application No. 20-2010-0006315 discloses an electric bed And a circular / near infrared ray lamp mounted on a lower part of the upper plate made of a loess plate or a stone plate to irradiate far infrared rays or near infrared rays through the irradiation holes.

It is possible to control not only the thermostatable heat and infrared rays but also the divided control according to the time according to the time, and a bed releasing the phytoncide is also desired.

To this end, in the present invention, an infrared lamp is mounted on the bottom of a bed, a bed top plate made of a plain wood having a plurality of through holes is mounted on an upper part of an infrared lamp, Provides an infrared bed that can emit phytoncide.

Cottonwood releases phytoncide, and your palm emits far infrared rays.

Phytoncide has antioxidant, antiseptic and anti-inflammatory action, and it enhances peripheral blood vessels and cardiopulmonary function, and is effective for asthma and disuse.

The visible light has a wavelength of about 0.4 to 0.75 micrometers, and the longer wavelength than the visible light is called an infrared ray, which is again classified into near infrared rays and far infrared rays. If the wavelength is 0.75 to 3 micrometers, it is near-infrared. If the wavelength is 3 to 25 micrometers, it is called infrared. If the wavelength is longer than 25 micrometers, it is called far-infrared.

Far infrared rays are stronger than visible light, and energy is direct and instantaneous heat transfer is rapidly heated, energy saving effect is great, and it is widely used for the biological action of animals and plants. The efficacy of Far Infrared rays is the effect of improving sexual function in peripheral nerve stimulation, promoting blood circulation, expanding capillary blood vessels, preventing women's diseases (menstrual cramps, menstrual impurities), preventing adult diseases by discharging harmful heavy metals, digestive power and constipation relieving effect by active bowel movement, Removing waste products has a skin-beauty effect, a blood purification effect (hangover removal), an antibacterial effect, anti-mold and deodorizing effect.

Color therapy can be performed using a color light having a wavelength of visible light. In other words, color light therapy is known as a treatment for treating a disease or health care by stimulating the human body with light energy of various color light showing a unique wavelength, and for the purpose of restoring fatigue or skin, And the like.

Indeed, recently, in the field of medicine, oriental medicine or alternative medicine, the light energy of the above-mentioned color light is used to stimulate the acupuncture point where the meridian blood of the meridian gathered on the body surface to pass through to the specific body part correlated with the acupuncture point Treatment of atopic dermatitis, treatment of atopic dermatitis, treatment of pain or inflammation (for example, dermatitis treatment or burn treatment), prevention and treatment of stroke and dementia, or various color therapy for health care.

In general, orange is known to help menstrual disorders, colds, etc. Yellow color helps to activate motor nerves and generate energy for muscles, which helps with digestive disorders, kangchang (gas stagnation) , Green is known to help with inflammation, mental illness, healing and so on.

For this purpose, the present invention relates to a method for coloring light of a body (for example, orange, red, green, yellow, etc.) in a predetermined wavelength range (for example, visible light wavelength band of 400 nm to 800 nm when a color light comes in contact with the skin) (For example, an LED (Light Emitting Diode), an OLED (Organic Light Emitting Diode), or a three-color LED capable of producing various colors of light).

SUMMARY OF THE INVENTION It is an object of the present invention to provide an infrared lamp having an infrared lamp mounted on a bottom of a bed, a bed top plate made of a cottonwood having a plurality of light emitting holes and a plurality of through- It is to provide an infrared bed which is equipped with your companion piece in the passage for your door, can be divided according to position according to time, and can simultaneously emit infrared rays, far infrared ray and phytoncide.

Another object of the present invention is to provide an infrared ray which can simultaneously emit infrared rays, far infrared ray and phytoncide, and can also treat color light.
According to another aspect of the present invention, there is provided an infrared lamp unit, comprising: a housing having an infrared lamp; a reflector having a through hole for the lamp; And an infrared ray bed is provided on the upper part of the housing of the infrared lamp part and the rectangular heat plate is located on the upper part of the part where the infrared lamp is located.
Another object of the present invention is to provide a method and an apparatus for controlling an operation of an upper infrared lamp driving unit to generate an upper infrared lamp control signal when an upper infrared lamp is turned on, And generates and outputs a control signal of the LED mounted on the housing of the infrared lamp unit in which the upper infrared lamp is located. If the intermediate infrared lamp is turned on, An intermediate infrared lamp control signal is generated and output to the intermediate infrared lamp driving unit to generate and output a control signal of the LED mounted on the housing of the infrared lamp unit in which the intermediate infrared lamp is located and the lower infrared lamp is turned on ON), a lower infrared lamp control signal corresponding to the brightness and intensity of the lower infrared lamp is generated and output to the lower infrared lamp driving unit, The profile is generated by outputting the control signal of the LED, it mounted in position, the infrared lamp unit housing, to provide a drive method of the infrared ray bed.

In order to solve the above problems, the present invention provides a bed frame comprising four legs and a rectangular frame; A lamp mounting plate mounted in the rectangular frame, the lamp mounting plate having a plurality of apertures for an infrared lamp; An infrared lamp unit including an infrared lamp unit housing having an infrared lamp mounted therein, the infrared lamp unit being mounted in the infrared lamp unit aperture; And a bed top plate mounted on an upper portion of the lamp mounting plate with an infrared lamp unit, the bed top plate having a plurality of through holes for your tattoos to which your tatami bed is mounted.

The bed top plate is equipped with a hall for the use of light.

The infrared lamp unit includes a reflection plate having a through hole for a lamp in a housing of an infrared lamp unit, an infrared lamp mounted on a through hole of the lamp, and a plurality of LEDs mounted on an edge of the infrared lamp unit housing.

A rectangular heat plate is mounted on the upper part of the infrared lamp housing, and the rectangular heat plate is located on the upper part of the part where the infrared lamp is located.

A key position unit is provided on one side of the lamp mount plate. The key position unit includes a power switch. The infrared lamp has buttons for setting brightness, intensity, and use time.

The radius of the hole used is less than the radius of the hole for your parlor, and the top of the bed is made of wood.

Your calligraphy is a disc, it is made of natural stone or your company's flour.

Your tattoo piece has a concave upper surface and 9 holes.

Two infrared lamp units are respectively mounted on the right and left sides of the lamp mount plate, or three infrared lamp units are mounted on the right and left sides of the lamp mount plate, respectively.

The top plate of the bed is made to have a light use hole at the left and right of the through hole for your tattoo, and the diameter of the light use hole is smaller than 1/4 of the diameter of the through hole for your tattoo.

Further, the present invention includes an initialization step of reading information on the brightness, intensity, and usage time of each infrared lamp from the kiss position part according to an infrared lamp on / off signal, an operating time, and the like; The arithmetic processing unit may include a step of determining whether each of the infrared lamps is ON or not, and setting a timer corresponding to each infrared lamp; In the case where the upper infrared lamp is turned on in the step of determining whether or not the lamp is turned on for each lamp, the arithmetic processing unit generates an upper infrared lamp control signal and outputs the upper infrared lamp control signal to the upper infrared lamp driving unit according to the brightness and intensity of the upper infrared lamp. An infrared lamp control signal generating step; A first LED control signal outputting step of generating and outputting a first LED control signal, which is a control signal of the LED mounted on the housing of the infrared lamp part, in which the upper infrared lamp is located; The first timer, which is a timer according to the upper infrared lamp, determines whether the use time set for the upper infrared lamp has ended or not, and returns to the upper infrared lamp control signal generating step, And a determination step of determining whether or not the image is displayed.

If the intermediate infrared lamp is turned on in the step of determining whether or not the lamp is turned on for each lamp, an intermediate infrared lamp control signal corresponding to brightness and intensity of the intermediate infrared lamp is generated and output to the intermediate infrared lamp driving unit. An intermediate infrared lamp control signal generating step; A second LED control signal output step of generating and outputting a second LED control signal, which is a control signal of the LED, which is mounted on the housing of the infrared lamp part, in which the intermediate infrared lamp is located; The second timer, which is a timer according to the intermediate infrared lamp, determines whether the use time set for the intermediate infrared lamp has ended, and returns to the intermediate infrared lamp control signal generating step if not completed. And a judging step.

If the lower infrared lamp is turned on in the step of determining whether the lamp is turned on for each lamp, a lower infrared lamp control signal corresponding to the brightness and intensity of the lower infrared lamp is generated and output to the lower infrared lamp driving unit. A third LED control signal output step of generating and outputting a third LED control signal, which is a control signal of the LED mounted on the housing of the infrared lamp part, in which the lower infrared lamp is located; Determining whether the third timer, which is a timer according to the lower infrared lamp, has ended the use time set for the lower infrared lamp, and returns to the lower infrared lamp control signal generating step if not completed; .

According to the infrared ray bed of the present invention, infrared ray lamps are mounted on the bottom of the bed, a bed top plate made of a plain wood having a plurality of light emitting holes and a plurality of through holes for your tattooing is mounted on the upper part of the infrared ray lamp, It is possible to control the division according to the position according to time and emit infrared rays, far infrared rays and phytoncide.

In particular, in the case of a patient lying on a bed for a long period of time, the pressure ulcer is likely to occur, and the smell also occurs. For these users, the infrared bed of the present invention brings anti-inflammation, sterilization and seizure and promotes blood circulation .
In addition, in the infrared ray lamp of the present invention, the infrared lamp unit includes a reflection plate having a through hole for a lamp in a housing of an infrared lamp unit, an infrared lamp mounted on a through hole of the lamp, And a rectangular heat plate is mounted on the upper part of the housing of the infrared lamp part, and the rectangular heat plate is located on the upper part of the part where the infrared lamp is located. Therefore, by using the rectangular heat plate, the heat of the infrared lamp is prevented from directly being applied to the user.
In the driving method of the infrared bed of the present invention, it is determined whether the calculation processing unit is turned on for each infrared lamp. If the upper infrared lamp is turned on, an upper infrared lamp control signal is generated, And generates and outputs a control signal of the LED mounted on the housing of the infrared lamp unit in which the upper infrared lamp is located. When the intermediate infrared lamp is turned on, the brightness and intensity of the intermediate infrared lamp And generates and outputs a control signal of the LED mounted on the housing of the infrared lamp part in which the intermediate part infrared lamp is located and outputs the control signal of the LED mounted on the housing of the infrared lamp part, (ON), a lower infrared lamp control signal corresponding to brightness and intensity of the lower infrared lamp is generated and outputted to the lower infrared lamp driving unit, and the lower infrared lamp It generates and outputs a control signal of the LED, mounted in a position, an infrared lamp unit housing.

1 is an example of an infrared ray bed of the present invention.
2 is an exploded perspective view of the infrared ray bed of FIG.
3 is an explanatory diagram for explaining an infrared lamp unit mounted in one infrared lamp unit housing in the infrared bed of FIG.
4 is an enlarged view of only the infrared lamp part in FIG.
FIG. 5 is an example of your company statement in FIG.
Fig. 6 is an explanatory view of the bed top plate of Fig. 2;
FIG. 7 is an explanatory view for explaining light emission in the infrared lamp of FIG. 2; FIG.
8 is an example of the kiss position portion 119 of Fig.
FIG. 9 is a block diagram schematically illustrating a configuration for controlling the infrared ray bed of FIG. 2. Referring to FIG.
10 is a flowchart of an example of driving of the arithmetic processing unit of Fig.

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

FIG. 1 is an exploded perspective view of the infrared ray bed of FIG. 1, FIG. 3 is an explanatory view for explaining an infrared ray lamp unit mounted in one infrared ray lamp housing in the infrared ray bed of FIG. 2, And Fig. 4 is an enlarged view of only the infrared lamp part in Fig.

The infrared bed 10 includes a bed frame 100, a lamp mounting plate 110, an infrared lamp housing 120, a reflection plate 130, an infrared lamp 140, a fixing base plate 150, a bed top plate 160, , And your companion piece (170). Here, the infrared lamp unit includes the infrared lamp housing 120, the reflection plate 130, the infrared lamp 140, and the rectangular heat plate 150.

The bed frame 100 is a supporting stand which supports the bed top plate 160 and the lamp fixing plate 110 and is composed of four legs 103 and a rectangular frame 107 on the upper surface. The lamp mounting plate 110 is mounted on the inside of the rectangular frame 107. The lamp mounting plate 110 is provided with a notch along the through hole of the rectangular frame 107, As shown in FIG.

The lamp mounting plate 110 has a plurality of infrared lamp portion through holes 113 for mounting the infrared lamp housing 120 (infrared lamp portion). 2 shows that two infrared lamp housing units 120 are mounted on both the right and left sides of the lamp mounting plate 110. For convenience of explanation, the infrared lamp housing 120, that is, the infrared lamp 140, It is to be understood that the present invention is not limited thereto. Three infrared lamps 140 may be mounted on the left and right sides of the lamp mounting plate 110, respectively.

The lamp mounting plate 110 includes a bed top plate groove 117 having a size of a bed top plate 160 for mounting the bed top plate 160. An infrared lamp housing 120 having a reflection plate 130, an infrared lamp 140 and a rectangular heat plate 150 is mounted on the lamp mounting plate 110 and the bed top plate 160 is mounted thereon. And a kiss position part 119 is provided on one side of the lamp mounting plate 110. The lamp mounting plate 110 may have two key-position portions 119 for controlling the left and right infrared lamps 140, respectively. Here, the infrared lamp housing 120 in which the reflection plate 130, the infrared lamp 140, and the rectangular heat plate 150 are mounted can be referred to as an infrared lamp unit.

The key position unit 119 can set the brightness, the intensity, and the usage time of the infrared lamp 140. In some cases, the LED color and usage time can be set. In some cases, the kiss position unit 119 may further include a color treatment mode setting unit, and the color mode that can be set by the color treatment mode setting unit may be an orange color mode, a yellow color mode, a green color mode, or the like. The operation processing unit 105 receives the mode signal set by the kiss position unit 119, generates an LED control signal, and outputs the LED control signal to the LED driver 122.

A reflection plate 130 is mounted on the infrared lamp housing 120 and an infrared lamp 140 is mounted on the reflection plate 130 and a rectangular heat plate 150 is mounted on the upper end of the infrared lamp 140. The LED unit 125 is mounted along the rim of the infrared lamp housing 120.

The LED unit 125 may include a light source (for example, an LED (Light Emitting Diode), an OLED (Organic Light Emitting Diode)) emitting three or more colors of light (for example, orange, red, green, As the LED, one or more LEDs may be provided. One LED unit 125 may include red, blue, and green LEDs.

The reflector 130 is a means used to collect the light of the infrared lamp 140. The reflector 130 has a lamp hole 133 at the center and an infrared lamp 140 is mounted on the lamp hole 133.

The infrared lamp 140 is a commercially available infrared lamp, and comprises a lamp body 143 and a lamp cover (reflector) 145 that prevents reflection of light from the lamp.

The rectangular parallelepiped 150 is a means for preventing the heat of the infrared lamp 140 from being directly applied to the user. The rectangular parallelepiped 150 prevents direct heat and spreads heat evenly. The rectangular parallelepiped 150 is mounted on the top of the infrared lamp 140. The rectangular parallelepiped plate 150 can be mounted so as to extend across the left and right of the infrared lamp housing 120.

The bed top plate 160 is a means for the user to lie on the top, and has a plurality of through holes 163 for your tattoos, and also has a hole for light use 165. In the through hole 163 for your parlor, your parcel seat 170 is mounted. The luminous bulb use hole 165 is formed such that the radius thereof is smaller than that of the through-hole 163 for your tattoo. The bed top plate 160 is made of an opaque wood, so that the phononchide is discharged.

Your tattoo piece (170) is made of your tattoo, and is made of a disk, and is a means for emitting far infrared rays by receiving heat and light from the infrared lamp (140). Your tattoo piece 170 may have a plurality of through holes. Your Statement (170) may be your statement, such as a natural stone, or, in some cases, it may have been reconstructed as your own Munras flour.

5 shows an upper surface of your tattoo piece 170, and FIG. 5 (b) shows a back side of your tattoo piece 170, for example, in FIG.

5 is disc-shaped, has nine holes in the inner ear, and the upper surface has a concave shape centering on the center surface, and has a back flat shape. The infrared ray incident from the infrared lamp 140 is emitted through the nine holes of your tattoo piece 170, and the concave portion of the upper surface can concentrate the heat and can bring about a bouquet effect.

Since your parcels 170 have a higher thermal conductivity than the untwisted wood of the bed top 160, the parcels 170 have higher heat transfer efficiency. In addition, by applying heat to your tattoo pieces 170, the radiation of the far infrared ray itself is brought about.

Fig. 6 is an explanatory view of the bed top plate of Fig. 2;

6 (b) is an enlarged view of the through-hole 163 and the light-use hole 165 for your tattoo. The through-hole 163 for your tattoo is shown in FIG. 6 (a) And a luminous bulb use hole 165 on the right and left sides of the light bulb. The diameter of the light guide hole 165 is smaller than 1/4 of the diameter of the through hole 163 for your door.

By radiating heat on the untreated wood of the bed top plate 160, it emits a large amount of phytoncide, and the infrared radiation heat is conducted to the untreated wood, thereby emitting far infrared rays from the untreated wood itself of the bed top plate 160. The LED light and the infrared light pass through the luminous use hole 165 together with the infrared ray, and are irradiated to the user.

FIG. 7A is an explanatory diagram for explaining the configuration of the infrared lamp unit of FIG. 3, and FIG. 7B is an explanatory diagram for explaining light emission in the infrared lamp unit of FIG.

The infrared lamp unit includes an infrared lamp housing 120, a reflection plate 130, an infrared lamp 140, a fixed base plate 150, and an LED (Light Emitting Diode) 125.

The infrared ray lamp 140 emits radiant heat together with the light, and the rectangular heat plate 150 prevents the direct heat and makes the heat evenly spread. The reflection plate 130 allows the light and heat emitted from the infrared lamp 140 to spread evenly.

The LED (light emitting diode) 125 serves as an indicator for indicating whether the infrared lamp 140 is turned on or off, and is also used for light therapy at the same time.

8 is an example of the kiss position portion 119 of Fig.

The kiss position unit 119 may include a power switch, a temperature control button, a reservation button, an LED switch, a display unit, an alarm lamp, and the like.

Temperature control buttons can adjust the temperature from 0 to 60 degrees.

The reservation button sets the usage time and the usage position (for example, setting which lamp among multiple infrared lamps to use). In some cases, the reservation button can be additionally reserved for one hour each time the button is pressed, and the reservation can be made for a maximum of eight hours.

When the power or parts are not smooth, the alarm light is turned on.

When using the infrared bed 10, press the power switch to turn on the power, then use the temperature control button to adjust the temperature, and turn the LED switch on / off as needed.

Three infrared lamp housings 120, that is, infrared lamps 140 are mounted on the left and right sides of the lamp mounting plate 110, respectively, to the infrared bed 10, It can be controlled separately depending on the desired temperature and time. In this case, an upper infrared lamp, a middle infrared lamp, and a lower infrared lamp are provided on both left and right sides of the lamp mounting plate 110, and the kiss position portion 119 is provided with an upper infrared lamp, a middle infrared lamp, Each of the temperature control units of the lamp may be provided.

FIG. 9 is a block diagram schematically illustrating a configuration for controlling the infrared ray bed of FIG. 2. Referring to FIG.

The key position unit 119 can set brightness, intensity, and use time according to the on / off switch of the power source, the on / off switch for each infrared lamp 140, and the infrared lamps 140. The infrared lamp housing 120 Off and color of the LED unit 125 according to the brightness of the display unit. The key position unit 119 further includes a display unit and an alarm lamp.

The memory unit 108 stores the brightness, intensity, and usage time of each infrared lamp 140 and stores the on / off and color of the LED unit 125 according to the infrared lamp unit housing 120. The factory default values are stored in the factory, and the user-preset values are stored. Therefore, if the user does not set anything before the start of use, it is made to be driven to the previous usage value.

The arithmetic processing unit 105 starts driving when the on / off switch of the power source is turned on, and controls the ON / OFF switch of each infrared lamp 140 and the brightness, intensity, Generates control signals for each of the infrared lamps 140 and transmits the control signals to the respective infrared lamp driving units 142 to generate control signals for the LED units 125 corresponding to the respective infrared lamp housing 120, (122).

Each infrared lamp driving unit 142 receives the infrared lamp control signal from the arithmetic processing unit 105 and drives the infrared lamp 140.

Each LED driving unit 122 receives an LED control signal of the infrared lamp housing 120 from the arithmetic processing unit 105 and drives the LED unit 125 of the infrared lamp housing 120.

10 is a flowchart of an example of driving of the arithmetic processing unit of Fig.

10 shows the case where the lamps 110 are provided with three infrared lamps 140, that is, an upper infrared lamp, an intermediate infrared lamp, and a lower infrared lamp, to be.

In the initialization step, the on / off signals of the infrared lamps 140 set by the user and the brightness, intensity, and usage time according to the infrared lamps 140 are read and stored in the respective infrared lamp housing 120 On / off < / RTI >

Whether the infrared lamp 140 is turned on or not is determined at step S10. When the infrared lamp 140 is turned on, a timer for each infrared lamp 140 is set.

An upper infrared lamp control signal is generated according to the brightness and intensity of the upper infrared lamp when the upper infrared lamp is turned on in the upper infrared lamp control signal generating step, And outputs it to the lamp driver (S110).

In the first LED control signal outputting step, a first LED control signal, which is a control signal of the LED unit 125 mounted on the infrared lamp housing 120, in which the upper infrared lamp is located, is generated and output (S120) .

In step S130, it is determined whether the first timer has terminated the use time set for the upper infrared lamp in step S130. If not, the process returns to the upper infrared lamp control signal generating step. If the first timer is terminated , The first timer is reset and terminated.

In the intermediate infrared lamp control signal generating step, when the intermediate infrared lamp is turned on at the step of determining whether the lamp is turned on, the intermediate infrared lamp control signal is controlled according to the brightness and intensity of the intermediate infrared lamp And outputs it to the intermediate infrared lamp driver (S210).

In the second LED control signal output step, a second LED control signal, which is a control signal of the LED unit 125 mounted on the infrared lamp housing 120, in which the intermediate infrared lamp is located, is generated and output (S220 ).

In step S230, it is determined whether or not the second timer has ended the use time set for the intermediate infrared lamp. If not, the process returns to the intermediate infrared lamp control signal generating step. The second timer is reset and terminated.

A lower infrared lamp control signal generating step for generating a lower infrared lamp control signal according to the brightness and intensity of the lower infrared lamp when the lower infrared lamp is turned on in the step of determining whether each lamp is ON, And outputs it to the lamp driver (S310).

The third LED control signal output step generates and outputs a third LED control signal, which is a control signal of the LED unit 125 mounted on the infrared lamp housing 120, in which the lower infrared lamp is located (S120) .

In step S330, it is determined whether the third timer has terminated the use time set for the lower infrared lamp in step S130. If not, the process returns to the lower infrared lamp control signal generating step. If the third timer is terminated , The third timer is reset and terminated.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed exemplary embodiments, but, on the contrary, Modification is possible. Accordingly, the spirit of the present invention should be understood only in accordance with the following claims, and all equivalents or equivalent variations thereof are included in the scope of the present invention.

10: Infrared bed 100: Bed frame
103: four legs 105:
107: rectangular frame 108: memory part
110: Lamp holder plate 113: Infrared lamp unit aperture
117: bed top plate groove 119:
120: Infrared lamp part housing 122: LED driving part
125: LED 130: reflector
133: through hole for lamp 140: infrared lamp
142: Infrared lamp driving unit 143:
145: Lamp cover 150:
160: bed top plate 163: passage for your door
165: Usage Hall of Lights 170:

Claims (19)

A bed frame consisting of four legs and a rectangular frame;
A lamp mounting plate mounted in the rectangular frame, the lamp mounting plate having a plurality of apertures for an infrared lamp;
An infrared lamp unit including an infrared lamp unit housing having an infrared lamp mounted therein, the infrared lamp unit being mounted in the infrared lamp unit aperture;
A bed top plate mounted on an upper portion of a lamp mounting plate equipped with an infrared lamp unit, the bed top plate having a plurality of through holes for your tattoos to which your tattoo pieces are mounted;
In the infrared bed,
There is a hall for the use of light in the bed top,
The infrared ray lamp unit includes a reflection plate having a through hole for the lamp mounted on the housing of the infrared ray lamp unit, an infrared lamp mounted on the through hole of the lamp,
A plurality of LED units are mounted on the rim of the housing of the infrared lamp unit,
Wherein an infrared heat-resistant fingerboard is mounted on an upper portion of the infrared lamp housing, and the infrared heat-resistant fingerboard is positioned on an upper portion of the infrared lamp. The method according to claim 1,
And a kiss position part is provided on one side of the lamp mount plate. 3. The method of claim 2,
A plurality of infrared lamp units are provided, each infrared lamp unit includes one infrared lamp, and an arithmetic processing unit for driving each infrared lamp is provided,
The infrared lamps provided in the plurality of infrared lamp sections are an upper infrared lamp, a middle infrared lamp, and a lower infrared lamp,
The arithmetic processing unit reads information on brightness, intensity, and usage time according to the infrared lamps, on / off signals for each infrared lamp, and on / off signals for each infrared lamp from the key position unit. Generates a lamp control signal of the infrared lamp,
Wherein the control unit generates the control signal of the LED mounted on the housing of the infrared lamp unit in which the infrared lamp to which the ON signal is inputted as the ON / OFF signal for each infrared lamp is located. delete delete delete 3. The method of claim 2,
Wherein the key position unit comprises a power switch and has a button for setting brightness, intensity and use time for each infrared lamp. The method according to claim 1,
Wherein the radius of the hole used in the radiant room is smaller than the radius of the hole in the radiant room. The method according to claim 1,
Infrared bed characterized by the bed top board is made of white wood. The method according to claim 1,
The infrared bed is characterized by the fact that your compartment is a disk, made of natural wood or made of your company's flour. 11. The method of claim 10,
Characterized in that the top surface of the tattoo piece is provided with a concave portion and has nine holes. The method according to claim 1,
Wherein two infrared lamp units are respectively mounted on the left and right sides of the lamp mount plate. 3. The method of claim 2,
And three infrared lamp units are respectively mounted on the right and left sides of the lamp mount plate. The method according to claim 1,
Wherein the bed top plate is provided with a hole for use in light holes on the right and left sides of the through hole for your door. The method according to claim 1,
Wherein the diameter of the hole for use in the light guide is smaller than 1/4 of the diameter of the through hole for your door. An infrared lamp unit including an infrared lamp unit housing having an infrared lamp mounted therein, the infrared lamp unit being mounted on an aperture of the infrared lamp unit provided in the lamp mount plate;
And a bed top plate mounted on an upper portion of the lamp mounting plate with an infrared lamp unit and having a plurality of through holes for your tattoos to which your tattoo stool is mounted, and a plurality of LED units are mounted on a frame portion of the infrared lamp unit housing A driving method of an infrared ray bed in which a rectangular parallelepiped is mounted on an upper portion of an infrared lamp housing,
An initializing step of reading information on the brightness, intensity and use time of each infrared lamp from the kiss position part, on / off signals for each infrared lamp, and arithmetic processing part;
The arithmetic processing unit may include a step of determining whether each of the infrared lamps is ON or not, and setting a timer corresponding to each infrared lamp;
In the case where the upper infrared lamp is turned on in the step of determining whether or not the lamp is turned on for each lamp, the arithmetic processing unit generates an upper infrared lamp control signal and outputs the upper infrared lamp control signal to the upper infrared lamp driving unit according to the brightness and intensity of the upper infrared lamp. An infrared lamp control signal generating step;
A first LED control signal outputting step of generating and outputting a first LED control signal, which is a control signal of the LED mounted on the housing of the infrared lamp part, in which the upper infrared lamp is located;
The first timer, which is a timer according to the upper infrared lamp, determines whether the use time set for the upper infrared lamp has ended or not, and returns to the upper infrared lamp control signal generating step, A determination step;
And a driving unit for driving the infrared ray. 17. The method of claim 16,
In the step of determining whether or not each lamp is turned on, an intermediate infrared lamp control signal is generated according to the brightness and intensity of the intermediate infrared lamp, and the intermediate infrared lamp control signal is output to the intermediate infrared lamp driving unit, An infrared lamp control signal generating step;
A second LED control signal output step of generating and outputting a second LED control signal, which is a control signal of the LED, which is mounted on the housing of the infrared lamp part, in which the intermediate infrared lamp is located;
The second timer, which is a timer according to the intermediate infrared lamp, determines whether the use time set for the intermediate infrared lamp has ended, and returns to the intermediate infrared lamp control signal generating step if not completed. Determining;
And a driving unit for driving the infrared ray. 18. The method of claim 17,
A lower infrared lamp control signal generating unit for generating a lower infrared lamp control signal according to the brightness and intensity of the lower infrared lamp and outputting the lower infrared lamp control signal to the lower infrared lamp driving unit when the lower infrared lamp is turned on, step;
A third LED control signal output step of generating and outputting a third LED control signal, which is a control signal of the LED, mounted on the housing of the infrared lamp part, in which the lower infrared lamp is located;
Determining whether the third timer, which is a timer according to the lower infrared lamp, has ended the use time set for the lower infrared lamp, and returns to the lower infrared lamp control signal generating step if not completed;
And a driving unit for driving the infrared ray. 5. The method of claim 4,
And a color therapy mode setting unit for setting one of an orange mode, a yellow mode, and a green mode,
An operation processing unit receives an output signal of the key position unit to generate an LED control signal,
Wherein the LED unit is configured to emit light of one of orange, yellow, and green according to the LED control signal generated by the operation processing unit.

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