KR200458079Y1 - Far-infrared radiation sauna booth - Google Patents

Abstract

The present invention includes a far infrared sauna booth, a door, a bottom plate, a top plate, a front plate, a rear plate and a right plate. The door is equipped with a transparent window, a door handle, and a development plate. The front plate is equipped with a speaker, a multimedia panel, a mirror, a sternum plate unit, and a development plate. The right plate is equipped with a development plate. A chair unit is installed if possible. Far infrared ceramic plates are installed in all the development plates, and the sternum plate unit is equipped with a development plate, a far infrared ceramic plate, a beam tube unit, an expansion unit, and a rotation unit to allow the sternum plate unit to move forward. It was adapted to the abdomen and to the body and feet when the person was in a sitting position. The adjustable chair unit is able to adjust the folding and folding, and also to adjust the height according to the high and low of the sitting position of the person to receive far-infrared light on the whole to improve the physical condition.

Description

Far-infrared radiation sauna booth

The present invention relates to a far infrared sauna booth.

Far infrared is good for the human body, so some people call it biorays. Far infrared rays can best enter the skin and subcutaneous tissue and promote blood circulation, allowing the body to maintain a constant temperature. Far-infrared rays can activate water molecules, boosting the body's oxygen content, restoring vitality to cells, making the mind more energetic, making the head smarter, and further increasing disease resistance and preventing senility.

Far-infrared radiation further improves the microcirculation system, allows free water molecules to flow freely between cells, and through resonance resonance, converts into thermal energy, causing the subcutaneous depth to rise slightly, speeding up blood flow, and expanding microvessels. The greater the amount of microvascular expansion, the lower the pressure in the heart. Far-infrared rays stimulate metabolism and if microcirculation microcirculation system is improved, the waste generated by metabolism can be discharged to the outside of the body quickly to reduce the burden on liver and kidneys.

Far infrared can balance the body's PHA, purify the blood, improve skin quality and prevent skeletal joint pain caused by too high uric acid. Far-infrared radiation causes the vibration of atoms to generate energy, and when the energy is converted into calories, it warms the internal tissues, causing the blood vessels to expand slightly, and the blood flow rate to accelerate, effectively activating the enzymes and hormones in the body. It can release heavy metals and poisonous organic substances in the body.

However, the above-mentioned commonly known far infrared rays have many advantages, but also have the following problems.

1. All known far-infrared applications are local. For example, the production of far-infrared lamps, far-infrared health kettles, far-infrared electric stoves, far-infrared steam mats, and far-infrared energy balls. They can only take care of the areas where they come in contact, and can not be effective against other areas, so only a limited effect can be obtained, but a certain effect of improving the body cannot be obtained.

2. Commonly known far-infrared rays are bio-lights, but if they are simply positioned and used, for example, the far-infrared energy ball is moved to another position after contact with the body before exerting any action. Such a minute improvement is difficult to reach the speed of human degeneration. Because the whole body needs far infrared rays at the same time, the time should not be spent on far-infrared contact in a point where the effect is not so good.

The present invention provides a far-infrared sauna booth in which far-infrared rays simultaneously affect the entire body.

The present invention provides a far infrared sauna booth, including a door, a bottom plate, a top plate, a front plate, a rear plate and a right plate. The bottom plate is placed on the bottom and the door, the front plate, the back plate and the right plate are respectively installed around the bottom plate, and the top plate is installed at the upper part of the periphery to form a booth. The door is equipped with a transparent window, a door handle, and a development plate. The front plate is equipped with a speaker, a multimedia panel, a mirror, a sternum plate unit, and a development plate. The right plate is equipped with a development plate. A chair unit is installed if possible. Far-infrared ceramic plate is installed in all the development plates, and the sternum plate unit is equipped with a development plate, far-infrared ceramic plate, beam tube unit, expansion unit, and rotation unit so that the sternum plate unit can move forward. Make sure that it fits in with your body and feet in a sitting position. The adjustable chair unit can adjust the folding and folding, the height can be adjusted according to the high and low of the sitting position of the person to receive far-infrared light on the front to improve the physical condition.

The far-infrared sauna booth of the present invention has a far-infrared ceramic plate installed on all four sides of the plate, and furthermore, a sternum plate unit, which also has a far-infrared ceramic plate. The sternum plate unit can move and illuminate the chest and abdomen in standing or sitting position.

All-in-one far infrared rays can increase the body's oxygen content, improve the microcirculation system, promote metabolism, balance the body's PHA, cleanse the blood and improve the skin's quality to effectively activate the body's enzymes and hormones. It can release heavy metals and poisonous organic substances in the body.

1 is a three-dimensional illustration of the present invention.
2 is an exploded view of FIG. 1;
Figure 3 is a three-dimensional explanatory diagram of the sternum plate unit of the present invention.
Figure 4 is a local anatomy of the sternum plate unit of the present invention.
4A is a detail view of portion A of FIG. 4;
4B is a bird's eye view of FIG. 4.
Figure 5 is a local anatomy of the sternal plate expansion unit of the present invention.
Figure 6 is a diagram illustrating the movement of the sternum plate of the present invention.
Figure 7 is a three-dimensional illustration of the adjustable chair unit of the present invention.
8 is a stereoscopic exploded view of FIG.
9 is a folding display of the adjustable chair unit of the present invention.
Figure 10 is an expanded view of the adjustable chair unit of the present invention.
11 is a diagram illustrating the standing posture of the use state of the present invention.
Figure 12 is a sitting posture explanatory view of the use state of the present invention.

In order to fully understand the purpose, features and efficacy of the present invention in conjunction with the use method and the drawings will be described in detail below.

Reference is made to the three-dimensional explanatory diagram and the exploded explanatory diagram of FIG. 2 of the present invention of FIG. 1.

The far infrared sauna booth includes a door 1, a bottom plate 2, a top plate 3, a front plate 4, a rear plate 5 and a right plate 6.

The bottom plate 2 is placed on the bottom, and the door 1, the front plate 4, the rear plate 5 and the right plate 6 are installed around the bottom plate 2, respectively. The upper plate 3 is installed to form a cabin. The transparent window 11, the door handle 12, and the development plate 13 are provided in the door 1, and the far-infrared ceramic plate is provided in the deployment plate 13. As shown in FIG. The front plate 4 is provided with a speaker 41, a multimedia panel 42, a mirror 43, a sternum plate unit 7, and a development plate 44, and a far-infrared ceramic plate is installed in the deployment plate 44. have. The right side plate 6 is provided with a developing plate 61, and a far infrared ceramic plate is provided in the developing plate 61. A platform joining hole 21 is provided in the bottom plate 2, a development plate 51 is provided in the rear plate 5, and a far-infrared ceramic plate is provided in the deployment plate 51. The rear plate 5 is equipped with an adjustable chair unit 8, which includes a saddle 81 and a platform 83, and the saddles 81 of the adjustable chair unit 8 are extended. Can be folded

3, 4, 4A, 4B, and 5, the stereoscopic view and the local anatomy of the sternum plate unit 7 and the local anatomy of the sternum plate expansion unit will be referred to.

The sternum plate unit 7 should be provided with a sternum plate 75 and the hinge expansion unit 73. The expansion unit 73 has a plurality of beam tube unit 72 is installed, and through the relaxation of the beam tube unit 72, the expansion unit 73 can adjust the expansion and contraction. In addition, the beam tube unit 72 is tightly fixed and the free end of the expansion unit 73 is coupled to the rotation unit 9.

The rotating unit 9 is included in the groove 911 installed in the master bushing 91, and the master bushing 91 includes two sets of torsion springs 92 and two convex ends 921 of the torsion springs 92. ) Is fitted into the groove 911 of the master bushing 91 and the two sets of torsion springs 92 lend their strength to balance the weight of the sternum plate 75 so that the sternum plate 75 does not fall down. do.

Both sides of the master bushing 91 are secured to a neck bush 94 having two square holes with a square bar 93, and a fitting groove 941 is installed in the neck bush 94 to provide a torsion spring 92. Insert the free end of the Several bolts 95 fasten the expansion unit 73 and the outer bush 96 by tightening the neck bush 94. The beam tube unit 72 includes a cover 721, which is fixed to a free end of the outer tube 723, and a screw groove 7141 is installed at the free end of the cover 721. Locking gun 722 has a conical male thread (7221) and conical male thread (7221) can be locked in the screw groove (7211) to allow the inner tube 724 and outer tube 723 to be limited in expansion and contraction.

Reference is made to FIG. 6.

The sternum plate 75 of the sternum plate unit 7 is rotated downward through the rotation unit 9 and is also adjusted by the force of the torsion spring 92 (as shown in FIG. 4). By supporting the weight of the sternal plate (75) does not fall down so that the sternal plate moves down or unfolds forward.

Reference is made to the three-dimensional explanatory and stereoscopic exploded views of the adjustable chair unit of FIGS. 7 and 8.

In the adjustable chair unit 8, four positioning blocks 82 face each other and the four positioning blocks 82 are fixed to the rear plate 5 (as shown in FIG. 2), and four Two guide posts 87 are fixed between the positioning blocks 82, and a support 88 is provided between the guide posts 87. The support 88 can be positioned up and down between the two guide posts 87.

The adjustable chair unit 8 includes a saddle 81 with two saddle rests 85 fixed to the bottom of the saddle 81 and two sets of convex ears 86 on the side of the support 88. One end of the saddle support 85 is provided with an oval hole 851. The oval hole 851 and the circular hole 861 of the convex ear 86 are fitted and then assembled with a rod pin 84 so that the saddle support 85 is confined within the active range of the oval hole 851. One end of the platform 83 is engaged with the bottom surface of the support 88, and the free end of the platform 83 is engaged with the platform engaging hole 21 of the bottom plate 2 (as shown in Figure 2).

Reference is made to the folding and unfolding display of the adjustable chair unit of FIGS. 9 and 10.

The saddle pedestal 85 is equipped with an inclined oval hole 851 and the saddle when the oval hole 851 of the saddle pedestal 85 is away from the saddle pedestal 85 and one end approaches the rod pin 84. The vertical side of the pedestal 85 is unsupported to cause the gravity of the saddle pedestal 85 to be drooped down and retracted, and the oval hole 851 of the saddle pedestal 85 has a saddle pedestal 85. Close to and one end approaching the rod pin 84, the vertical side of the saddle rest 85 pushes the support 88 to cause the saddle rest 85 to receive strong support. At this time, the saddle 81 (as shown in FIG. 2) represents a horizontal state and allows a person to sit down.

Reference is made to FIGS. 10 and 11.

The development board is installed all around the booth, and the far infrared ceramic board is all installed in the development board. This causes the human body to shine far enough. The development plate 61 and the far-infrared ceramic plate of the right side plate 6 are designed to be L-shaped so that a person has a far-infrared non-mirror plane of the maximum area regardless of sitting or standing posture. When the person is in a standing position, the saddle 81 of the adjustable chair unit 8 is folded, and when the person is in a sitting position, the saddle 81 of the adjustable chair unit 8 is pulled up to be fixed in a horizontal state. Allow people to sit down. When the person is in a standing position, the sternum plate unit 7 can be adjusted upward to blend with the relatively high position of the chest and abdomen, and when the person is in a sitting position, the sternum plate unit 7 is adjusted downward to adjust the human chest and abdomen Light the foot.

The fact of improving the efficacy of the present invention is as follows.

1. As a new type of far infrared sauna booth, it not only allows people to receive omni-directional far infrared rays inside the booth, but also installs a sternum plate that can adjust rotational expansion inside the booth. Even if a person is standing or sitting, the sternum can be adjusted to the best possible closest to the chest and abdomen of the human body. The booth also has a height-adjustable, folding and folding chair unit that allows people to stand or sit. In addition, a mirror was installed in the booth and furthermore, multimedia panels and speakers were installed to provide entertainment. Therefore, the best far-infrared use effect can be obtained.

2. Through the specially improved structural design of far infrared sauna booth, it is possible to provide one booth mainly in construction, and to allow people to enter and exit the booth, and to install far-infrared ceramic plates all around the booth to receive far infrared rays. Installed the sternum plate to adjust the rotational stretching. The sternum can be adjusted to be closest to the chest and abdomen of the human body, and the far infrared ceramic plate can be installed to adjust the position of the far infrared, so the far infrared can perform the best.

1 booth 11 transparent window
12 Door handle 13 Development board
2 base plate 21 platform mating hole
3 Top 4 Front
41 Speakers 42 Multimedia Panel
43 Mirror 44 Development Board
5 Back panel 51 Development board
6 Right side panel 61 Development plate
7 Sternum Plate Unit 72 Beam Tube Unit
721 cover 7211 screw groove
722 Locking Gun 7221 Conical Male Thread
723 outer tube 724 inner tube
73 Stretch 75 Sternum Plate
8 chair units 81 saddle
82 Position Block 83 Platform
84 Rod Pin 85 Saddle Support
851 Oval Hole 86 Convex Ear
861 Circular Hole 87 Guide Post
88 Support 9 Rotation Unit
91 master bushing 911 cracked groove
92 Torsion Spring 921 Convex End
93 blind spot 94 neck bush
941 fitting groove 95v
96 outer bush

Claims (5)

Including a door (1), top plate (3), front plate (4), rear plate (5), right plate (6), bottom plate (2),
The door is provided with a transparent window 11, a door handle 12, and a development plate 13, and a far-infrared ceramic plate is installed in the deployment plate.
The front plate is provided with a speaker 41, a multimedia panel 42, a mirror 43, a sternum plate unit 7 and a development plate 44. A far-infrared ceramic plate is installed in the development plate, and the sternum plate unit is The structure that can adjust the rotation and expansion and expansion is installed on the front of the sternum plate 75, the far-infrared ceramic plate is also installed in this development plate,
The rear plate is provided with a development plate 51, a far-infrared ceramic plate is installed in the development plate, and an adjustable chair unit 8 is installed in the rear plate, and the adjustable chair unit has a saddle 81 and a platform 83. ), The saddle of the adjustable chair unit can stretch and fold,
The development plate 61 is provided in the right side plate, and the far-infrared ceramic plate is installed in the deployment plate,
The bottom plate is placed on the bottom of the far infrared sauna booth, characterized in that the periphery of the bottom plate, the door, the front plate, the back plate and the right plate is installed, and the top plate is installed in the upper portion of the periphery to form a booth. The method according to claim 1,
The expansion unit 73 is installed in the sternum plate unit, the expansion unit is provided with a plurality of beam tube unit 72, the free end of the expansion unit is coupled to the rotating unit (9),
The rotating unit is included in the split groove 911 installed in the mast bushing 91, and includes two sets of torsion springs 92 in the mast bushing, and the convex ends 921 of the two sets of torsion springs are divided grooves of the master bushing. Two torsion springs support the weight of the sternum to prevent it from falling down,
Both sides of the mast bushing are fastened to the neck bush 94 having two square holes with a square stand 93, and a fitting groove 941 is installed in the neck bush to fit the free ends of the torsion springs, and several bolts are provided. (95) is a far-infrared sauna booth, characterized in that the expansion unit and the outer bush 96 is fastened to the neck bush. The method according to claim 2,
The beam tube unit includes a cover 721, which is fixed to the free end of the outer tube 723, is provided with a screw groove 7141 at the free end of the cover, and the lock gun 722 is a conical male screw 7221. Far-infrared sauna booth, characterized in that the conical male thread is screwed into the screw groove to lock the inner tube (724) and outer tube is limited in expansion and contraction. The method according to claim 1,
In the chair unit, four positioning blocks 82 are installed to face each other, four positioning blocks are fixed to the rear plate, and two guide posts 87 are installed between the four positioning blocks. , Support 88 is installed between the guide post, the support can adjust the position up and down between the two guide post,
On the bottom of the saddle of the chair unit, two saddle rests 85 are fixed, two sides of the convex ears 86 are installed on the side of the support, and one end of the saddle rest is provided with an inclined oval hole 851. The oval hole and the convex ear circular hole 861 are fitted and then assembled with a rod pin 84 so that the saddle restraints are limited to the active range of the oval hole.
One end of the platform 83 is coupled to the bottom of the support and the platform is provided with a platform coupling hole 21, the free end of the platform is coupled to the platform engaging hole of the floor plate,
When the oval hole of the saddle stand is away from the saddle stand and one end approaches the rod pin, the vertical side of the saddle stand is unsupported and causes the saddle stand to be folded, and the oval hole of the saddle stand is close to the saddle stand and Far infrared sauna booth, characterized in that the vertical side of the saddle rest pushes the support so that the saddle rest is supported when the end approaches the rod pin. The method according to claim 1,
Far-infrared sauna booth, characterized in that the far-infrared ceramic plate installed on the development plate 61 and the development plate 61 of the right side plate 6 is L-shaped.

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