KR20040011259A - A Device for Remedy Emission The Heat - Google Patents

Abstract

PURPOSE: A thermo-therapy treatment apparatus is provided to maximize thermo-therapy treatment and acupressure effects by emitting heat to body areas of a user and stimulating acupressure points with a constant pressure in various directions. CONSTITUTION: The thermo-therapy treatment apparatus comprises: a base(100) having a support plate and an elastic member(120); a lifting and moving unit(200) mounted along a guide rail(120a) and capable of moving horizontally and vertically; and a controller(300) connected to load cells and a sensor to control the acupressure intensity applied to the user's body.

Description

A device for Remedy Emission The Heat}

The present invention relates to a heat treatment device, which includes, in particular, a base and a center portion formed in the longitudinal center of the base so as to be movable therein, and including a moving trolley on which the ceramic is installed to move up and down and move horizontally. The present invention relates to a thermal therapy device capable of precise position control.

In general, the heat treatment device uses heat generated by using a helium bulb, an infrared light bulb, and an incandescent light bulb, and uses a far infrared ray generated by using a heat and a far-infrared ceramic. It was used for treatment.

However, the heat treatment device as described above is difficult to expect the effect of more than a simple poultice effect to let the far infrared while heating the treatment site.

A thermal therapy bed to compensate for this disadvantage is disclosed in Korean Patent Registration No. 159994.

That is, the configuration of the thermal therapy bed 10, the upper frame 20, the lower frame 50 is mounted on the heat treatment device 30, and the upper and lower frames 20, 50 on which the pedestal is placed It is composed of a control panel 40 is installed to control the operation of the ceramic 30, the heat treatment device 30, the left and right feed by rotating the left and right feed shaft 70 is connected to the drive motor 70a. It is connected to the left and right transport base 75, and is made of a configuration in which the transport table 60 is connected to the upper portion of the Shanghai feed shaft (60a) is installed to move up and down by the rotation of the drive motor (80).

However, the thermal therapy bed as described above, it is impossible to check the exact pressure point according to the user's state, and always has a disadvantage that the pressure effect on the entire body is reduced to acupressure only in a certain direction.

An object of the present invention for improving this is to allow the pressure of the ceramic pressure point at a constant pressure so that the ceramic pressure can be applied regardless of the user's body shape, and the user is installed to move in the length and width direction of the treatment table. It is to provide a heat treatment device to maximize the acupressure effect by being able to acupressure in the direction and to always stimulate the acupressure point by a certain pressure to minimize the rejection according to the user's body type.

Figure 1a, b is a schematic diagram showing a conventional thermal therapy device, respectively

Figure 2 is a perspective view showing a heat treatment device according to the present invention

Figure 3 is an exploded view of the main part showing the heat treatment device according to the present invention

Figure 4 is a cross-sectional view of the main part of the heat treatment device according to the present invention

Figure 5 is a side view showing a heat treatment device according to the present invention

Figure 6 is a bottom view showing the heat treatment device according to the present invention

Figure 7 is an exploded view showing the ceramics of the thermotherapy according to another embodiment of the present invention

* Description of the symbols for the main parts of the drawings *

100 ... Base 110 ... Support Plate

120 ... elastic member 130 ... far infrared lamp

200 ... mobile cart 270

The present invention to achieve the above object, And;

An opening is formed in the longitudinal center portion of the base so as to be movable therein, and a heat treatment device including a moving trolley installed on the upper and lowering and moving horizontally is provided.

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

2 to 7, the present invention includes a base 100 and a moving cart 200 installed to be movable on an upper side of the base 100.

The base 100 is configured as an elastic member 120 having a support plate 110 having a guide rail 110a and an opening 120a to allow the support plate 110 to be inserted into the center portion.

In addition, sensors 150a and 150b are respectively provided at both ends of the guide rail 110a in the longitudinal direction.

In addition, a far-infrared lamp 130 having a reflector plate 130a is mounted on the side surface of the guide rail 110a.

The mobile trolley 200 mounted on the guide rail 120a includes a vertical transfer unit 210 having a horizontal transfer unit 210b on a support plate 210a and a vertical transfer unit on the support plate 210a. It is made of a horizontal transfer unit 220 consisting of a fixed plate 220a connected through the 220b, and a plurality of conductors 270 installed on the fixed plate via a ceramic block 270a.

The horizontal conveying means 210b is fixed to both the support plate on which the plurality of guide rollers 210b-1 are installed and the bottom surface of the guide rail 120a so as to contact and move on the horizontal and vertical surfaces of the guide rail 120a. It consists of a drive belt (210b-2) having a flat surface and a square gear surface, and a drive unit (210b-3) fixed to the support plate to move and supported by the drive belt.

In addition, the guide roller is provided in plural in the horizontal and vertical directions.

The guide roller may be formed in a spherical shape.

The first driving unit 210b-3 includes a motor fixed to the support plate, a flywheel fixed to the motor, and a guide wheel supported on both sides of the flywheel, and is provided at the periphery of the flywheel so as to be supported corresponding to the square gear surface. Friction surface is formed.

The vertical transfer means 220b is connected to a plurality of guide blocks 220b-1 and fixing brackets 220b-3 corresponding to the guide blocks and the fixing brackets and guide blocks respectively fixed to the support plate and the fixing plate. The x bar 220b-3 and the support block 220b-5 connected to the x bar to move it through the second driving unit 220b-4.

The second driving unit 220b-4 includes a motor installed on the support plate, a worm gear connected thereto, and a gear belt connecting the motor and the worm gear.

In addition, the movement detecting unit 250, one end is fixed to the support block and the other end is a rotary wheel 250b and the guide roller is connected to the support plate wire 250a connected to the bottom of the support plate via the spring (250d) When connected via (250c) is installed on one side of the rotary wheel.

On the other hand, the conductor 270 is set and installed on a fixed plate, the far-infrared lamp 270b is mounted inside the cover 270c fixed to the upper surface, and is installed to vibrate by a vibration motor connected to the ceramic block.

In addition, the conductor 270 may be provided to be variable in the width direction of the fixed plate through the variable means 280.

The variable means 280 is composed of a bidirectional rotary motor 280a, a rotating shaft 280b connected thereto, and a plurality of spiral grooves 280c formed to cross and face each other with the rotating shaft 280b.

In addition, the conductor connected to the upper portion of the fixed plate is connected to the node cell 290 at the bottom, the control panel 300 is connected to the node cell and the sensor while supplying power to the motor is installed, the control panel 300 is It may be separate and attached to the side of the elastic member.

In addition, a heating unit and a vibration unit may be further installed on the upper surface of the elastic member. The control panel 300 is connected to a microcomputer to operate the vertical and horizontal moving means when the power is supplied, although not shown in the present invention. The ceramic 270 is installed to acupressure the user at a constant pressure.

Referring to the operation of the present invention made of such a configuration as follows.

2 to 7, when the support plate 110 is fixed to the inside of the opening 120a formed at the center of the elastic member 120, the support plate 110 is mounted inside the guide rail 110a of the support plate 110. The moving cart 200 is positioned inside the opening 120a of the elastic member 120.

At this time, the opening 120a is equipped with a far-infrared lamp 130 to emit far-infrared rays upward through the reflecting plate 130a installed at one side thereof, and the elastic member 120 is exposed by the user. Warm your back to relax your muscles.

In addition, when the user inputs a predetermined holding pressure through the control panel 300 while the user is lying on the upper portion of the elastic member 120, the mobile cart 200 moves vertically and horizontally along the spine.

In addition, the mobile cart 200, the ceramic block 270a is installed on the upper surface is connected to the acupressure to the muscles of both sides around the user's spine, the mobile cart 200 is For example, the body of each user may be first scanned while moving at a pressure that is in contact with the user's body during the first movement.

Subsequently, the movable trolley 200 detects the movement in the vertical direction by the sensors 150a and 150b installed at both ends of the guide rail 110a in the longitudinal direction. It detects the coordinates of the body being detected.

In addition, the moving trolley 200 mounted on the guide rail 120a includes a vertical conveying unit 210, a horizontal conveying unit 220, and a plurality of ceramics 270 installed on the fixing plate in the vertical and horizontal directions. While moving, a plurality of ceramics 270 proceeds while pressing the user's body to a certain pressure.

The guide rollers 210b-1 formed on both side surfaces of the support plate are moved while being in contact with both surfaces of the guide rails 120a, and the support plate is driven by the drive unit 210b-2 fixed to the support plate 210b-2. It is moved horizontally through 3).

The drive unit 210b-3 is composed of a motor fixed to the support plate, a flywheel fixed to the motor, and a guide wheel supported on both sides of the flywheel, so that accurate movement of movement is always possible.

In addition, when the X bar is moved through the second driving unit 220b-4, one end is fixed and the other end is installed to be movable in the guide block 220b-1 to support the ceramic block to which the plurality of conductors 270 are connected. It is going to raise and lower by.

At this time, one end of the wire wound on the rotating wheel is elastically connected to the fixed plate to detect the movement state during the lifting and lowering by the rotation of the rotating wheel.

In addition, the ceramic 270 is installed to be variable in the width direction of the fixed plate through the variable means 280 to move along the spine while being zigzag while pressing both sides of the spine.

At this time, the variable means 280 is composed of a plurality of spiral grooves (280c) formed so as to cross each other while facing the rotation shaft 280b and the rotating shaft 280b connected thereto and the rotating shaft 280b (rotating shaft ( When the movement of the 280d), the ceramic connected thereto is moved forward in the width direction to increase the bearing pressure.

In addition, the conductor connected to the top of the fixing plate is connected to the node (load cell) 290 at the bottom to maintain a constant pressure at all times.

And, the control panel 300 is connected to the node cell and sensor while supplying power to the motor to control this, and adjust the height in the vertical direction to always maintain a constant pressure by a microcomputer (not shown) connected to the inside Done.

By the configuration as described above to dissipate heat to the contact portion, it is possible to maximize the pressure effect to be able to acupressure in any direction other than one direction.

Thus, according to the present invention, by using the node cell, the ceramic pressure point is always acupressure point at a constant pressure, regardless of the user's body, it is possible to acupressure, and the various directions of the user by the ceramics installed to move in the length and width direction of the treatment device. Acupressure is possible to maximize the effect of acupressure, and by stimulating the acupressure point by a certain pressure always has the effect of minimizing the rejection according to the user's body type.

While the invention has been shown and described with respect to specific embodiments thereof, it will be apparent to those skilled in the art that various changes and modifications can be made without departing from the spirit or scope of the invention as provided by the following claims. I would like to clarify that those who have knowledge of this can easily know.

Claims (10)

A base 100 including a support plate 110 having a guide rail 110a and an elastic member 120 having an opening 120a formed to mount the support plate 110; A horizontal transfer part 210 having a horizontal transfer means 210b on a support plate 210a mounted on the guide rail 120a, and a fixed plate connected to the support plate 210a through a vertical transfer means 220b. Heat treatment device consisting of a configuration comprising a vertical conveying portion 220 is composed of a (220a), and a mobile cart (200) made of a plurality of ceramics (270) installed on the fixed plate. The thermotherapy device according to claim 1, wherein the opening (210) is equipped with far-infrared lamps (220) having reflecting plates (220a) on both side surfaces thereof. The thermotherapy device according to claim 1, wherein the guide rails (110a) are each provided with sensors (150a, 150b) at both ends in the longitudinal direction. According to claim 1, The horizontal conveying means (210b), The support plate on which a plurality of guide rollers (210b-1) is installed to move in contact with the horizontal and vertical plane of the guide rail (120a) and the guide rail (120a) A heating belt 210b-2 having a flat surface and a square gear surface on both sides thereof while being fixed to the bottom of the) and a driving unit 210b-3 fixed to the supporting plate to be supported and moved by the driving belt. Treatment The method of claim 4, wherein the first driving portion (210b-3) is made of a motor fixed to the support plate, a flywheel fixed to the motor and a guide wheel supported on both sides of the flywheel, corresponding to the square gear surface Heat treatment device characterized in that the friction surface is formed on the periphery of the flywheel to be supported. According to claim 1, wherein the vertical transfer means (220b), a plurality of guide blocks (220b-1) and fixing brackets (220b-3) and the fixing brackets corresponding to the guide block and the fixing plate respectively fixed to the support plate And a x bar (220b-3) connected to the guide block and a support block (220b-5) connected to the x bar and moving through the second driving unit (220b-4). The heat treatment apparatus according to claim 6, wherein the second driving unit (220b-4) is configured as a motor installed on the support plate, a worm gear connected to the support plate, and a gear belt connecting the motor and the worm gear. . According to claim 6, The vertical conveying means (220b), the movement detection unit 250 is connected to one side of the fixed plate, the movement detection unit 250, one end is fixed to the support block and the other end through the spring And a wire connected to the bottom of the support plate is installed on one side of the rotation wheel when the wire is connected via the rotation wheel and the guide roller connected to the support plate. The thermotherapy device according to claim 1, wherein the ceramics (270) are installed to be variable in the width direction of the fixed plate through the variable means (280). 10. The method of claim 9, wherein the variable means 280, a plurality of spiral grooves (280 c) formed so as to cross the two-way rotary motor 280a, the rotating shaft 280b connected thereto and the rotating shaft 280b opposite to each other Thermal therapy apparatus, characterized in that consisting of.