KR20210096832A - Near infrared lamp warmer - Google Patents

Abstract

The present invention relates to a chair type near infrared lamp warmer which comprises a main frame, a lower body irradiation frame, and a body irradiation frame. More specifically, the present invention relates to a chair type near infrared lamp warmer which enables a user to change a posture from a seated state to a desired posture between a chair type and a bed type, and can make a desired portion among a lower body, a body, and a head part irradiated with near infrared rays.

Description

Chair type near infrared lamp warmer {Near infrared lamp warmer}

The present invention relates to a chair-type near-infrared lamp warmer, and more particularly, a chair in which a user can switch to a desired posture between a chair-type and a bed-type in a sitting state, and a chair capable of irradiating near-infrared radiation to a desired part of the lower body, torso, and head It is about a type near-infrared lamp heater.

When sunlight or light emitted from a heating element is dispersed into a spectrum, infrared is outside the end of the red spectrum, and the shortest wavelength among them is near-infrared. Infrared rays are generally used for industrial and medical purposes because they have a stronger thermal action than visible rays or ultraviolet rays.

In particular, it penetrates much deeper and stronger than far-infrared rays and generates nitric oxide, thereby expanding capillaries and dispersing and discharging wastes to improve the flow of blood. It reduces infection, helps wound healing and repairs damaged cells, and produces nitric oxide to speed up pain relief.

Therefore, although a heater using the effect of near-infrared rays is being developed, the conventional near-infrared heater is portable and has a small volume, so it is a portable heater that can irradiate near-infrared to a desired area, and a bed type that irradiates near-infrared all over the body after a person enters and lies down. It is being developed in the form of a heater.

However, the conventional portable heater has the advantage of small volume, but has a problem in that it is impossible to irradiate the whole body with near-infrared rays because the irradiation site is narrow. There was a problem that it was not suitable for home use because it occurred.

As devised to solve the above problems, the object of the present invention is to allow the user to switch to a desired posture between a chair type and a bed type in a sitting state, and a chair capable of irradiating near-infrared rays to a desired part of the lower body, torso, and head It is to provide a type near-infrared lamp heater.

In order to achieve the above object, a chair-type near-infrared lamp warmer according to the present invention includes a main frame supported on the floor and having a cooling unit and a control unit; a lower body irradiation frame coupled to the main frame and having a near-infrared lamp; including a body irradiation frame having a near-infrared lamp rotatably coupled to one end of the lower body irradiation frame; It is characterized in that by controlling the selective turn-on/turn-off control of the near-infrared lamp and the selective rotation of the lower body irradiation frame and the body irradiation frame, the user can irradiate the near-infrared rays to the desired posture and part.

The lower body irradiation frame serves to irradiate near-infrared rays to the upper and lower surfaces of the lower body as a sheet portion, and the lower body irradiation frame is coupled to the upper part of the main frame and irradiates near-infrared rays to the lower surface (hip part) of the lower body; It is characterized in that it comprises a pair of upper irradiation frames that are rotatably coupled from both sides of the lower irradiation frame to irradiate near infrared rays to the upper surface of the lower body (upper thigh).

The lower surface irradiation frame includes: a lower surface irradiation transparent cover formed on the upper surface of the frame in which the lamp is accommodated so that light can be emitted; a lamp accommodating part for accommodating the lamp therein; a first rotation unit formed on both sides of the lamp accommodating part and coupled to the upper surface irradiation frame; a second rotation unit formed at one end of the lamp accommodating part and coupled to the second irradiation frame; and a third rotation unit formed at the other end of the lamp accommodating part and coupled to the pedestal frame; The lamp accommodating part includes at least one lower surface near-infrared lamp therein, and the first rotation unit is coupled to the first fastening part of the upper surface irradiation frame and rotates in the first axial direction while supporting the upper surface irradiation frame. .

The upper surface irradiation frame consists of a pair of two upper surface irradiation frames coupled with the first rotation units formed on both sides of the lower surface irradiation frame; The upper surface irradiation frame includes a transparent upper cover formed on the irradiation surface of the frame in which the lamp is accommodated so that light can be emitted, respectively; a lamp accommodating part for accommodating the lamp; and a first fastening part rotatably coupled to a first rotation unit of the lower surface irradiation frame at one end of the lamp accommodating part in a first axial direction; The upper transparent cover is formed on the light irradiating surface so that the light can be emitted downward in the state in which the pair of upper surface irradiation frames are rotated and closed, and the lamp accommodating part accommodates at least one upper surface near-infrared lamp, and the first fastening The part is coupled with the first rotation unit of the lower surface irradiation frame to support the upper surface irradiation frame on the lower surface irradiation frame, while rotating the upper surface irradiation frame in the first axial direction.

The body irradiation frame serves as a backrest and irradiates near-infrared rays to the back and chest, and the body irradiation frame is rotatably coupled to the second rotation unit of the lower surface irradiation frame in the second axial direction to provide a back portion. a rear irradiation frame for irradiating near infrared rays; It is characterized in that it includes a pair of front irradiation frames 320 that are rotatably coupled to the fourth rotation unit 314 of the rear irradiation frame in the first axial direction to irradiate near infrared rays to the chest portion.

The rear irradiation frame serves to irradiate the lamp by providing a backrest role and a near-infrared lamp as a part where the user's back abuts when sitting; The rear irradiation frame comprises: a transparent rear cover formed on the irradiation surface of the frame in which the lamp is accommodated so that near-infrared radiation can be emitted; a lamp accommodating part for accommodating the lamp therein; a second fastening part formed at the other end of the lamp accommodating part and rotatably coupled to the lower surface irradiation frame in a second axial direction; It is formed on both sides of the lamp accommodating portion and is configured to include a fourth rotation unit to which the front irradiation frame is rotatably coupled in the first axial direction; The lamp accommodating part includes at least one lower surface near-infrared lamp (hereinafter, referred to as a lower surface lamp) therein, and the second rotation frame is coupled to a second fastening part of the lower surface irradiation frame to connect the rear irradiation frame to the lower surface irradiation frame and support it. It is characterized by performing a role.

The front irradiation frame is composed of a pair of two front irradiation frames coupled with fourth rotation units formed on both sides of the rear irradiation frame; The front irradiation frame includes a front transparent cover formed on the irradiation surface of the frame in which the lamp is accommodated so that near-infrared radiation can be emitted to the outside; a lamp accommodating part for accommodating the lamp; a fourth rotation unit of the rear irradiation frame at one end of the lamp accommodating part; configured to include a fourth fastening portion rotatably coupled to the first axial direction; The front transparent cover is formed on the irradiating surface of the light so that near-infrared radiation can be emitted to the upper body positioned below the front irradiation frame in a closed state, the lamp accommodating part accommodates at least one upper surface near-infrared lamp, and the fourth fastening part It is coupled with the fourth rotation unit of the rear irradiation frame to support the front irradiation frame on the rear irradiation frame, and serves to rotate the front irradiation frame in the first axial direction.

And a pedestal frame rotatably coupled to the other end of the lower body irradiation frame; It characterized in that it further comprises a head irradiation frame coupled to the upper portion of the body irradiation frame and having a near-infrared lamp.

As described above, the chair-type near-infrared lamp warmer according to the present invention enables the user to switch to a desired posture between chair-type and bed-type in a sitting state, and provides excellent effect occurs.

In particular, since the chair type can be converted to the maximum bed type through angle control of the irradiation system, it not only supports various postures desired by the user, but also enables near-infrared irradiation to the upper and lower body, so it is possible to irradiate the whole body with near-infrared rays. occurs

1 and 2 are perspective views schematically showing a chair-type near-infrared lamp warmer according to a preferred embodiment of the present invention;
3 schematically shows a state in which the top irradiation frame and the front irradiation frame are closed.
4 is a view showing a chair-type near-infrared lamp heater spread out in a bed shape according to a preferred embodiment of the present invention;
5 schematically shows a state in which the upper surface irradiation frame and the front irradiation frame are closed in the state of FIG. 4 .
6 schematically shows the structure of a near-infrared lamp according to a preferred embodiment of the present invention.
7 schematically shows a cooling connection diagram according to a preferred embodiment of the present invention.
8 is an electrical connection diagram according to a preferred embodiment of the present invention, and FIG. 9 is a block diagram schematically showing the structure of a control unit according to a preferred embodiment of the present invention.
10 schematically illustrates a method of operating a near-infrared warmer according to a preferred embodiment of the present invention.

Hereinafter, specific embodiments of the present invention will be described in detail with reference to the drawings.

1 and 2 are perspective views schematically showing a chair-type near-infrared lamp warmer according to a preferred embodiment of the present invention, and FIG. 3 is a schematic diagram illustrating a state in which the top irradiation frame and the front irradiation frame are closed.

In addition, FIG. 4 shows a state in which the chair-type near-infrared lamp warmer according to a preferred embodiment of the present invention is unfolded in a bed shape, and FIG. 5 schematically shows a state in which the upper surface irradiation frame and the front irradiation frame are closed in the state of FIG. it will be shown

1 to 5 , the chair-type near-infrared lamp warmer according to the present invention is supported on the floor and includes a main frame 10 having a cooling unit and a control unit and a lower body irradiation coupled on the main frame and equipped with a near-infrared lamp A frame 20 and a body irradiation frame 30 having a near-infrared lamp rotatably coupled to one end of the lower body irradiation frame; By controlling the rotation, the user can irradiate near-infrared rays to the desired posture and part.

And it may be configured to further include a pedestal frame 40 rotatably coupled to the other end of the lower body irradiation frame and a head irradiation frame 50 coupled to the upper portion of the body irradiation frame 30 and having a near-infrared lamp.

Here, one end of the lower body irradiation frame 20 is defined as an end in a direction in which the head irradiation frame 50 is positioned, and the other end is defined as an end in a direction in which the pedestal frame 40 is positioned.

The lower body irradiation frame 20 serves to irradiate near-infrared rays to the upper and lower surfaces of the lower body as a seat portion, and the torso irradiation frame 30 serves as a backrest and serves to irradiate near-infrared rays to the back and chest. The head irradiation frame 50 serves to irradiate near-infrared rays to the head as a part that serves as a headrest.

The lower body irradiation frame 20 may include a lower irradiation frame 210 coupled to the upper portion of the main frame 10 and a pair of upper irradiation frames 220 rotatably coupled from both sides of the lower irradiation frame. can

The lower irradiation frame 210 may be integrally coupled to the upper surface of the main frame 10 , and serves as a seat on which a user can sit and has a near-infrared lamp to irradiate near-infrared rays.

The lower irradiation frame 210 is formed on both sides of the lower irradiated transparent cover 211 formed on the upper surface of the frame housing the lamp so that light can be emitted, the lamp accommodating part 212 for accommodating the lamp therein, and the lamp accommodating part A first rotation unit 213 coupled to the upper surface irradiation frame, a second rotation unit 214 formed at one end of the lamp accommodating part and coupled to the second irradiation frame, and the other end of the lamp accommodating part are formed in the pedestal frame It may be configured to include a third rotation unit 215 coupled to.

Here, the rotation unit and the fastening portion may be formed at mutually opposite positions.

And the lamp accommodating part 212 includes at least one lower surface near-infrared lamp (hereinafter, lower surface lamp 212a) therein, and the first rotation unit 213 is a first fastening part 223 of the upper surface irradiation frame. It is coupled with and serves to rotate in the first axis direction while supporting the upper surface irradiation frame 220 .

Here, the upper surface irradiation frame 220 may be configured to be rotatable about the rotation axis of the first rotation frame 213 of the lower surface irradiation frame.

More specifically, the upper surface irradiation frame 220 may consist of a pair of two upper surface irradiation frames coupled with the first rotation units 213 formed on both sides of the lower surface irradiation frame.

In addition, the upper surface irradiation frame 220 includes a transparent upper cover 221 formed on the irradiation surface of the frame in which the lamp is accommodated so that light can be emitted, respectively, the lamp receiving part 222 for accommodating the lamp, and one end of the lamp receiving part. The lower surface irradiation frame may include a first rotation unit 213 and a first fastening part 223 rotatably coupled in the first axial direction.

The upper transparent cover 221 is formed on the irradiating surface of light so that the pair of upper irradiating frames 220 rotate to emit light downward in the closed state, and the lamp accommodating part 222 includes at least one upper surface. Accommodates a near-infrared lamp (hereinafter, the upper surface lamp 222a), and the first fastening part 223 is coupled with the first rotation unit 213 of the lower surface irradiation frame to irradiate the upper surface on the lower surface irradiation frame 210 While supporting the frame 220, it serves to rotate the upper surface irradiation frame 220 in the first axis direction.

The first rotation unit 213 is configured to accommodate a first rotation shaft 213a connected to the first fastening part 223 and a first motor (not shown) that provides rotational force to the rotation shaft. can be And it may include a transmission member (not shown) such as a gear for transmitting the driving force of the first motor to the rotation shaft.

The first rotation unit 213 is configured in such a way that only the upper end of one side protrudes, the first fastening part 223 is located on the other end that does not protrude, and the first rotation shaft 213a horizontally extended from the upper end of the one side is It is integrally coupled with the first fastening part 223, and as the first fastening part 223 is rotated according to the rotation in the first axial direction of the first rotating shaft 213a, the upper surface irradiation frame 220 is formed. will rotate

In addition, the body irradiation frame 30 includes a second rotation unit 214 of the lower surface irradiation frame 210 and a rear irradiation frame 310 rotatably coupled in a second axial direction and a fourth rotation of the rear irradiation frame. The unit 314 may be configured to include a pair of front irradiation frames 320 rotatably coupled in the first axis direction.

The rear irradiation frame 310 serves to irradiate the lamp by providing a backrest role and a near-infrared lamp as a portion where the user's back abuts when sitting.

The rear irradiation frame 310 is formed at the rear transparent cover 311 formed on the irradiating surface of the frame accommodating the lamp so that light can be emitted, the lamp accommodating part 312 for accommodating the lamp therein, and the other end of the lamp accommodating part The second fastening part 313 rotatably coupled in the second axial direction from the lower irradiating frame is formed on both sides of the lamp accommodating part, and the front irradiating frame 320 is rotatably coupled in the first axial direction. It may be configured to include a fourth rotation unit 314 and a fifth fastening portion 315 formed on the lamp accommodating portion and rotatably coupled to the head irradiation frame 50 in the second axial direction.

And the lamp accommodating part 312 includes at least one lower surface near-infrared lamp (hereinafter, lower surface lamp 312a) therein, and the second unit 313 is a second fastening part 214 of the lower surface irradiation frame. It is coupled with and serves to support the rear irradiation frame 310 by connecting it with the lower irradiation frame 210 .

And the front irradiation frame 320 may be configured to be rotatable in the first axis direction about the rotation axis of the fourth rotation unit 314 of the rear irradiation frame.

More specifically, the front irradiation frame 320 may consist of a pair of two front irradiation frames 320 coupled with the fourth rotation units 314 formed on both sides of the rear irradiation frame 310. there is.

And the front irradiation frame 320 has a front transparent cover 321 formed on the irradiation surface of the frame in which the lamp is accommodated so that light can be emitted to the outside, the lamp receiving part 322 for accommodating the lamp, and the lamp receiving part, respectively. At one end, it may be configured to include a fourth rotation unit 314 of the rear irradiation frame and a fourth fastening portion 323 rotatably coupled in the first axial direction.

The front transparent cover 321 is formed on the irradiating surface of the light so that near-infrared radiation can be emitted to the upper body positioned below in a state where the front irradiation frame 320 is closed, and the lamp receiving part 322 includes at least one upper surface near-infrared light. Accommodating a lamp (hereinafter, the upper surface lamp 322a), the fourth fastening part 323 is coupled with the fourth rotation unit 314 of the rear irradiation frame to support the front irradiation frame on the rear irradiation frame , serves to rotate the front irradiation frame 320 in the first axis direction.

The fourth rotation unit 314 includes a first rotation shaft 314a connected to the fourth fastening part 323, a first motor providing rotational force to the rotation shaft, and the first rotation shaft and the first motor. may be configured to accommodate therein.

The fourth rotation unit 314 is configured in such a way that only one upper end protrudes, a fourth fastening part 323 is positioned on the other end that does not protrude, and a fourth rotation shaft 314a horizontally extended from the upper end of the fourth rotation unit 314 is It is integrally coupled with the fourth fastening part 323, and the front irradiation frame 320 rotates in the first axis direction while the fourth fastening part rotates as the fourth fastening part rotates in the first axis direction of the fourth axis of rotation. do.

The head irradiation frame 50 serves as a headrest and has a near-infrared lamp to irradiate near-infrared rays.

More specifically, the head irradiation frame 50 is a transparent head cover 510 formed on the irradiation surface of the frame in which the lamp is accommodated so that light can be emitted to the outside, the lamp receiving part 520 for accommodating the lamp, and the lamp accommodation At the other end, it may be configured to include a fifth fastening part 315 of the rear irradiation frame 310 and a fifth rotation unit 530 rotatably coupled in the second axis direction.

The transparent head cover 510 is formed on the irradiating surface of the light so that near-infrared rays can be emitted to the abutting head, and the lamp accommodating part 520 accommodates at least one upper surface near-infrared lamp (hereinafter, the head lamp 521) and , the fifth rotation unit 530 is coupled to the fifth fastening part 315 of the rear irradiation frame to support the head irradiation frame at one end of the rear irradiation frame, while rotating the head irradiation frame in the second axis direction Responsible for adjusting the angle.

On the other hand, the pedestal frame 40 is coupled to the other end of the lower surface irradiation frame 210 to serve as a pedestal for the lower body, and can be rotated in the second axis direction to adjust the angle desired by the user.

The third fastening part 410 of the pedestal frame 40 is coupled to the third rotation unit 215 of the lower surface irradiation frame, and the pedestal frame 410 is first assembled under the control of the third rotation unit 215 . The angle can be adjusted while rotating in the two-axis direction.

6 schematically shows the structure of a near-infrared lamp according to a preferred embodiment of the present invention.

The near-infrared lamp 60 according to the present invention has a lower surface lamp 212a provided in the lower surface irradiation frame 210, an upper surface lamp 222a provided in the upper surface irradiation frame 220, and a rear surface provided in the rear irradiation frame 310. The lamp 312a, the front lamp 322a provided in the front irradiation frame 320, and the head lamp 521 provided in the head irradiation frame 50 may be included.

The near-infrared lamp 60 includes a lamp 610 and a lamp housing 620 accommodating the lamp, and a liquid circulating in the space between the lamp and the lamp housing, and having a liquid inlet and a liquid outlet installed at the front and rear ends, respectively. It may be configured to include a liquid circulation unit (630).

Here, the liquid circulation unit 630 serves to discharge the liquid heated to a certain temperature or more by the irradiated near-infrared rays to the outside, so that the temperature of the liquid circulating therein is maintained at a constant temperature.

The lamp housing has a structure in which the near-infrared radiation of the lamp is collected in one direction only, and the lower part may be configured to have an arc shape, and a mirror coating part 621 is formed on the remaining surface except for the front surface from which the near-infrared radiation is emitted. Including, it may be configured to increase the emission efficiency of near-infrared rays by reflecting the light emitted to the lower part or the side to the upper part.

Meanwhile, the main frame 10 may include a cooling unit 70 and a control unit 80 therein.

7 schematically shows a cooling connection diagram according to a preferred embodiment of the present invention.

Referring to FIG. 7 , the cooling unit 70 according to the present invention plays a role of circulating a liquid in a near-infrared lamp mounted in a frame to dissipate heat.

More specifically, the cooling unit 70 includes a tank 710 for accommodating the liquid, a cooler 720 for cooling the liquid, and a pump 730 for circulating the cooled liquid.

And the liquid is circulated by the pipe unit 740 including the near-infrared lamp of each frame, a supply pipe 741 to which the cooled liquid is supplied, and a recovery pipe 742 for recovering the liquid that has passed through the near-infrared lamp 60 . It may be configured to dissipate the heat of the lamp as it becomes.

Here, in the supply pipe 741, the liquid flows in and circulates through the liquid circulation unit 630 through the liquid inlet formed in the lamp housing 620 of the near-infrared lamp, and through the recovery pipe 742 through the liquid outlet. It flows out and is recovered to the tank 710 and cooled again through the cooler 720 so that the liquid can be circulated.

8 is an electrical connection diagram according to a preferred embodiment of the present invention, and FIG. 9 is a block diagram schematically showing the structure of a control unit according to a preferred embodiment of the present invention.

8 and 9, the control unit 80 is electrically connected to the control unit 810 for controlling the operation of the near-infrared lamp and the operation of each irradiation frame, and each near-infrared lamp and each irradiation frame through electrical wiring to supply power. It may be configured to include a supply SMPS (power supply unit, 820).

The control unit 810 includes a lamp control module 811 for controlling the operation of the near-infrared lamp, a frame control module 812 for controlling the operation of the irradiation frame, and a program control module for controlling the operation of the lamp and the irradiation frame according to a set program. 813 may be included.

The lamp control module 811 includes a switching module 811a for extracting only a selected near-infrared lamp from among the near-infrared lamps provided in the irradiation frame, and an on-off control module 811b for controlling turn-on/turn-off operations for the extracted near-infrared lamp. It may be composed of

And the frame control module 812 includes a frame switching module 812a for extracting only the selected irradiation frame among the rotatable irradiation frames and an angle control module 812b for controlling the rotation angle with respect to the extracted irradiation frame. can be

A user can directly control the operation by manually controlling the lamp control module 811 and the frame control module 812 to directly set a desired lamp and driving condition, and a desired frame and angle condition.

The program control module 813 is responsible for automatically controlling the lamp control module 811 and the frame irradiation module 814 according to a preset operation mode.

For example, a programmed mode may be provided by setting various modes specific to the irradiation site and the posture of the user, and presetting the lamp and irradiation frame angle accordingly, and the user selects the desired mode. may be provided to the user.

Hereinafter, a method of operating a near-infrared heater according to a preferred embodiment of the present invention will be described.

10 schematically illustrates a method of operating a near-infrared warmer according to a preferred embodiment of the present invention.

The present invention can operate in a manual mode in which a user directly selects a desired mode and a manual mode in which a programmed mode is stored in advance.

Here, the automatic mode is a mode in which the user's desired posture (the degree of rotation of the irradiation frame) and the region where the near-infrared irradiation is desired (the operation of the near-infrared lamp included in the specific irradiation frame) is set in advance and automatically controlled. Only the mode controlled method will be described.

First, the user sits on the lower surface irradiation frame 210 of the chair-type near-infrared lamp warmer according to the present invention as shown in FIG. 10A, and then controls the irradiation frame operation in a desired posture through manipulation of the manipulation unit.

More specifically, when the user wants to receive near-infrared irradiation in a sitting posture, the frame control module 812 of the control unit controls the first rotation unit 213 without the need to operate the irradiation frame as shown in FIG. 10b to control the upper surface irradiation frame. (220) is rotated to change from the open state to the closed state, and by controlling the fourth rotation unit 314 to rotate the front irradiation frame 320, it is converted from the open state to the closed state.

Then, the lamp control module 811 is all near-infrared lamps (lower lamp 212a provided in the lower irradiation frame 210, the upper lamp 222a provided in the upper irradiation frame 220, and the rear irradiation frame 310) The rear lamp 312a provided, the front lamp 322a provided in the front irradiation frame 320, and the head lamp 521 provided in the head irradiation frame 50) are turned on, and near-infrared rays are emitted according to the selected lamp irradiation mode. investigate

In addition, if you want to change the angle of the irradiation frame or receive near-infrared irradiation in a fully supine position, you need to control the rotation of the irradiation frame through the operation unit.

For example, when the user selects a lying position through the operation unit as shown in FIG. 10c , the frame control module 812 of the control unit controls the second rotation unit 214 to rotate the rear irradiation frame 310 to fully unfold. , to control the third rotation unit 215 to rotate the pedestal frame 40 to fully unfold. Accordingly, the pedestal frame, the lower irradiation frame and the rear irradiation frame are converted into a completely horizontal state, and the user is converted from a sitting position to a lying position.

In addition, the user may select a desired near-infrared lamp to be irradiated with near-infrared rays. For example, when all near-infrared lamps are selected, the frame control module 812 of the control unit controls the first rotation unit 213 to rotate the upper surface irradiation frame 220 to switch from the open state to the closed state, and rotate the fourth. By controlling the unit 314 to rotate the front irradiation frame 320, as shown in FIG. 10D, is converted from the open state to the closed state.

Then, the lamp control module 811 is all near-infrared lamps (lower lamp 212a provided in the lower irradiation frame 210, the upper lamp 222a provided in the upper irradiation frame 220, and the rear irradiation frame 310) The rear lamp 312a provided, the front lamp 322a provided in the front irradiation frame 320, and the head lamp 521 provided in the head irradiation frame 50) are turned on, and near-infrared rays are emitted according to the selected lamp irradiation mode. investigate Here, in the lamp irradiation mode, the near-infrared lamp is irradiated by controlling the near-infrared lamp with the time and intensity selected by the time and intensity set.

Although the detailed description of the present invention described above has been described with reference to a preferred embodiment of the present invention, the protection scope of the present invention is not limited to the above embodiment, and those of ordinary skill in the art It will be understood that various modifications and variations of the present invention can be made without departing from the spirit and scope of the present invention.

10: main frame 20: lower body irradiation frame
210: lower irradiation frame 220: upper surface irradiation frame
30: body irradiation frame 310: rear irradiation frame
320: front irradiation frame 40: pedestal frame
50: head irradiation frame

Claims (8)

a mainframe supported on the floor and having a cooling unit and a control unit;
a lower body irradiation frame coupled to the main frame and having a near-infrared lamp;
including a body irradiation frame having a near-infrared lamp rotatably coupled to one end of the lower body irradiation frame;
A chair-type near-infrared lamp warmer, characterized in that by controlling the selective turn-on/turn-off control of the near-infrared lamp and the selective rotation of the lower body irradiation frame and the body irradiation frame, it is possible to irradiate the near-infrared rays to the position and part desired by the user.
The method of claim 1,
The lower body irradiation frame serves to irradiate near-infrared rays to the upper and lower surfaces of the lower body as a part of the sheet,
The lower body investigation frame is
a lower surface irradiation frame coupled to the upper part of the main frame and irradiating near-infrared rays to the lower surface of the lower body (hip part);
A chair-type near-infrared lamp warmer comprising a pair of upper-surface irradiation frames rotatably coupled from both sides of the lower-side irradiation frame to irradiate near-infrared rays to the upper surface of the lower body (upper thigh).
3. The method of claim 2,
The lower irradiation frame is
A bottom-illuminated transparent cover formed on the upper surface of the frame in which the lamp is accommodated so that light can be emitted; A lamp receiving portion for accommodating the lamp therein; a first rotation unit formed on both sides of the lamp accommodating part and coupled to the upper surface irradiation frame; a second rotation unit formed at one end of the lamp accommodating part and coupled to the second irradiation frame; and a third rotation unit formed at the other end of the lamp accommodating part and coupled to the pedestal frame;
The lamp accommodating part includes at least one lower surface near-infrared lamp therein, and the first rotation unit is coupled to the first fastening part of the upper surface irradiation frame and rotates in the first axial direction while supporting the upper surface irradiation frame. Chair-type near-infrared lamp warmer.
4. The method of claim 3,
The upper surface irradiation frame is
two upper surface irradiation frames coupled with the first rotation units formed on both sides of the lower surface irradiation frame are configured as a pair;
The upper surface irradiation frame includes a transparent upper cover formed on the irradiation surface of the frame in which the lamp is accommodated so that light can be emitted, respectively; a lamp accommodating part for accommodating the lamp; and a first fastening part rotatably coupled to a first rotation unit of the lower surface irradiation frame at one end of the lamp accommodating part in a first axial direction;
The upper transparent cover is formed on the light irradiating surface so that the light can be emitted downward in a state in which the pair of upper surface irradiation frames are rotated and closed, and the lamp accommodating part accommodates at least one upper surface near-infrared lamp, and the first fastening The chair-type near-infrared lamp warmer, characterized in that the portion is coupled to the first rotation unit of the lower surface irradiation frame to rotate the upper surface irradiation frame in the first axial direction while supporting the upper surface irradiation frame on the lower surface irradiation frame.
3. The method of claim 2,
The body irradiation frame is
As a part that becomes the backrest, it plays a role of irradiating near-infrared rays to the back and chest.
The body irradiation frame is
a rear irradiation frame rotatably coupled to the second rotation unit of the lower surface irradiation frame in a second axial direction to irradiate near infrared rays to the back;
Chair-type near-infrared lamp, characterized in that it comprises a pair of front irradiation frames 320 that are rotatably coupled to the fourth rotation unit 314 of the rear irradiation frame in the first axial direction to irradiate near infrared rays to the chest part. warmer.
6. The method of claim 5,
The rear irradiation frame is
When the user sits, the backrest serves as a backrest and a near-infrared lamp is provided to irradiate the lamp;
The rear irradiation frame is
a transparent rear cover formed on the irradiation surface of the frame in which the lamp is accommodated so that near-infrared radiation can be emitted; a lamp accommodating part for accommodating the lamp therein; a second fastening part formed at the other end of the lamp accommodating part and rotatably coupled in a second axial direction from the lower surface irradiation frame; It is formed on both sides of the lamp accommodating portion and is configured to include a fourth rotation unit to which the front irradiation frame is rotatably coupled in the first axial direction;
The lamp accommodating part includes at least one lower surface near-infrared lamp (hereinafter, referred to as a lower surface lamp) therein, and the second rotation frame is coupled to a second fastening part of the lower surface irradiation frame to connect the rear irradiation frame with the lower surface irradiation frame to support it. Chair-type near-infrared lamp warmer, characterized in that it performs the role.
6. The method of claim 5,
The front irradiation frame is
Two front irradiation frames coupled with the fourth rotation units formed on both sides of the rear irradiation frame are configured as one pair;
The front irradiation frame is
a transparent front cover formed on the irradiation surface of the frame in which the lamp is accommodated so that near-infrared radiation can be emitted to the outside; a lamp accommodating part for accommodating the lamp; a fourth rotation unit of the rear irradiation frame at one end of the lamp accommodating part; configured to include a fourth fastening portion rotatably coupled to the first axial direction;
The front transparent cover is formed on the irradiating surface of the light so that near-infrared radiation can be emitted to the upper body positioned below the front irradiation frame in a closed state, the lamp accommodating part accommodates at least one upper surface near-infrared lamp, and the fourth fastening part Chair-type near-infrared lamp, characterized in that it is coupled with the fourth rotation unit of the rear irradiation frame to support the front irradiation frame on the rear irradiation frame, and serves to rotate the front irradiation frame in the first axial direction warmer.
The method of claim 1,
a pedestal frame rotatably coupled to the other end of the lower body irradiation frame;
The chair-type near-infrared lamp warmer further comprising a head irradiation frame coupled to the upper part of the body irradiation frame and having a near-infrared lamp.

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