KR200288221Y1 - An acupressure bed - Google Patents

Abstract

The present invention is equipped with a thermal physiotherapy unit for performing thermal physiotherapy by a thermal physiotherapy device and a massage unit for performing massage by a massage device, but at the upper part of the upper part, the infrared physiotherapy function is selectively provided and the thermal physiotherapy unit or The thermal physiotherapy bed equipped with a massage function by installing a neck pressure device on one side of the massage part, and the function and treatment effect can be varied by the thermal physiotherapy part and the massage part provided at the same time, Physical therapy is performed while generating far-infrared rays, which can double the therapeutic effect, simplify the structure, and provide a thermal physiotherapy bed equipped with a massage function that prevents failure. .

Description

Thermal Physiotherapy Bed with Massage Function {AN ACUPRESSURE BED}

The present invention relates to a thermal physiotherapy bed equipped with a massage function to perform thermal physiotherapy or massage on the back, belly, and legs of a body in a lying or lying down state.

In more detail, the thermal physics bed is divided into two parts, the thermal physiotherapy unit and the massage unit, and the thermal physiotherapy unit allows the thermal physiotherapy device to be moved left and right and up and down by a normal moving device and a vertical operation device. Heat physiotherapy and acupressure can be carried out, and a massage device that can vibrate the massage piece up and down is installed in the massage part so that massage can be performed. It is further improved by adding the generating function.

Conventionally, it is known that the thermal physiotherapy can be performed while the body part is acupressure in the form of a bed, and representative examples thereof include "Acupressure massage bed" of Korean Utility Model Publication No. 90-310 and Korean Patent Registration No. 159994. "Therapeutic beds" are known.

The former is screwed to the screw rod rotated forward and backward by the motor, and both ends of the operation are forward / reversed along the bending rail, and the operation is installed on the shaft so that a plurality of balls can rotate freely. When operating the switch while lying on the bed, the screw rod is rotated forward and backward by the operation of the motor, moving back and forth between the movements. To do it.

In the latter, a horizontal feed rod sliding along the lower frame is screwed to the screw rod rotating forward and reverse by the operation of the motor, and the support plate is installed vertically with the screw rod rotated vertically by a separate motor. The screw is coupled to the vertical transfer table provided with a conventional heat treatment device on the upper side of the support plate and fixed to the guide shaft to be inserted into the guide rod of the horizontal transfer plate on the bottom, the operator operated the switch while lying on the bed By operating each motor, the heat treatment device is repeatedly moved from side to side with the horizontal transfer table, and the heat treatment device is operated up and down together with the support plate by the vertical transfer table rotated in the forward and reverse directions to heat / pressure the predetermined part of the body.

Since the former and the latter are configured and operated to slide the thermotherapy device along the entire length of the bed, there was a simplicity that only thermal physiotherapy was performed.

To solve this simplicity, I suggested Utility Model Registration No. 222802, "Thermal Physiotherapy Bed."

It is equipped with a separate rolling acupressure device before and after the device plate equipped with a thermal physiotherapy device capable of moving up and down and back and forth to move back and forth with the thermal physiotherapy device. And at the same time to be able to perform acupressure by a rolling acupressure device at the same time, one end of the bed is equipped with a neck acupressure device to pressure the operator's neck.

The thermal physiotherapy device configured and operated in this way also could not exclude the simplicity of moving the thermal physiotherapy device back and forth along the length of the thermal physiotherapy bed, and thus there was a problem in that the massage effect could not be obtained at all.

The present invention is to provide a thermal physiotherapy bed with a massage function further improved to solve the above simplicity and problems.

The present invention is provided with a thermal physiotherapy unit for thermal physiotherapy by a thermal physiotherapy device and a massage unit to perform massage by a massage device, but by installing a neck pressure device on either side of the thermal physiotherapy unit or a massage unit. The purpose is to provide a thermal physiotherapy bed.

Another object of the present invention is to provide a thermal physiotherapy unit and a massage unit at the same time to vary the function, to improve the treatment effect, and to simplify the structure can be easily manufactured and thermal physics that is not broken To provide a treatment bed.

Another object of the present invention is to provide a heat generating mat that generates heat by providing a separate heat seal thread on the upper side of the massage mat in which the massage mat is embedded, and generate far-infrared rays on the upper outer shell which forms the heat seal thread. It is to provide a thermal physiotherapy bed that can generate a lot of far infrared rays in the ceramic plastic body by the heat generated from the heat by installing several ceramic plastic bodies.

The above and other objects of the present invention,

The bed is formed integrally or divided into two halves so that it can be folded / developed by the hinge 9, but inside the bed, the thermal physiotherapy machine 6-1 is moved up and down and along the guide rail by a predetermined power unit. The thermal pressure device (5) is provided with a thermal physical therapy device (6) which is capable of moving back and forth, and the pair of wooden pressure bars (5-1) eccentrically driven by the power unit at one end of the bed frame rotate at the same time. In which the outer shell (8) is covered on the outside,

The bed is divided into a thermal physiotherapy unit 3 and a massage unit 4, and the thermal physiotherapy unit 3 is provided with a conventional thermal physiotherapy unit 6, and the massage unit 4 is powered by a power unit. The massage device 13 is installed in a multi-row longitudinal massage device 10 is operated repeatedly up and down,

An intermediate partition plate 8-3 is obtained on the bottom of the outer shell 8 and 8-2 in which the massage device 10 is incorporated to form a mat storage chamber 3-1, and the outer shell 8 and 8-2. The opening and closing hole 4 is formed at the edge of the heat generating mat 15 in which the ordinary heating wire 18 is embedded,

In the outer shell (8) (8-2) in which the massage device (10) is built, the ceramic firing body (10) having far infrared rays is fixedly installed at equal intervals,

The thermal physiotherapy section 3 and the massage section 4 is achieved by the massage thermal physiotherapy bed 1, characterized in that it comprises the installation of a conventional neck pressure device 5 at any one end.

1a and 1b is an exemplary view showing a massage thermal physiotherapy bed according to the present invention.

Figure 2 is a plan view showing a massage thermal physiotherapy bed according to the present invention illustrated in Figures 1a and 1b.

Figure 3a and 3b is an exemplary thermal massage physical therapy bed d, l showing another embodiment according to the present invention.

Figure 3 is a perspective view taken to extract the massage mat of the massage thermal physiotherapy bed according to the present invention.

Figure 4 is a perspective view of the heat physiotherapy device installed in the massage thermal physiotherapy bed according to the present invention.

Figure 5 is a perspective view showing an extract of the neck pressure device installed in the massage thermal physiotherapy bed according to the present invention.

Figure 6 is a perspective view showing the extraction state of the massage device in the massage thermal physiotherapy bed according to the present invention.

7a and 7b is a perspective view showing an extract of the massage device installed in the massage thermal physiotherapy bed according to the present invention.

Figure 8 is a shaving stage showing the structure of the massage unit in massage thermal physiotherapy bed according to the present invention.

Figure 9 is a cross-sectional view showing a bonding state of the ceramic plastic body is provided on the top shell of the massage portion in the massage thermal physiotherapy bed according to the present invention.

Figure 10a and Figure 10b is a cross-sectional view and a plan view showing a yogurt installed in the massage portion of the massage thermal physiotherapy bed according to the present invention.

Explanation of symbols on the main parts of the drawings

1. Massage Thermal Physiotherapy Bed 1-1. Shiatsu

1-2. Thermal Physiotherapy Department 1-3. Massage part 2. Massage mat

3. Massage mat room 3-1. Fruit storage room 4. Opening and shutting exit

5. Throat pressure device 6. Heat physiotherapy device 7. Support

8.8-1.8-2. Sheath 8-3. Middle divider 9. Hinge

10. Ceramic plastic body 11. Binding rod 12. Binding plate

20. Massage device 21. Device frame 22. Housing

23. Solenoid 24. Massage 25. Tantal spring

The above and other objects and features of the present invention will be more clearly understood by the following detailed description based on the accompanying drawings.

Figures 1a to 10b is a specific embodiment of the massage thermal physical therapy bed 1 according to the present invention, Figures 1a and 1b is an exemplary view showing a massage thermal physical therapy bed according to the present invention, Figure 2 is a plan view showing a massage thermal physiotherapy bed according to the present invention illustrated in Figures 1a and 1b, Figures 3a and 3b is an exemplary view showing another embodiment of the massage thermal physiotherapy bed according to the present invention and 3 is a perspective view showing an extract of the massage mat of the massage thermal physiotherapy bed according to the present invention, Figure 4 is a perspective view showing an extract of the thermal physiotherapy device, Figure 5 is a perspective view showing an extract of the acupressure device, Figure 6 Is a perspective view showing an extraction state of the massage device, Figures 7a and 7b is a perspective view showing an extract of the massage device, Figure 8 is a cross-sectional view showing the structure of the massage portion, Figure 9 is a mounting state of the ceramic plastic body fixed to the outer shell Bo Will, Fig. 10a and 10b is a cross-sectional view and a plan view showing a heat mat 15.

Massage thermal physiotherapy bed (1) according to the present invention was largely divided into a neck pressure part (1-1), a thermal physiotherapy part (1-2) and a massage part (1-3) in forming the bed frame.

Massage thermal physiotherapy bed (1) illustrated in Figures 1a and 1b is formed by integrally forming the thermal physiotherapy unit (1-2) and the massage unit (1-3), the integral of the support plate 13 It is a main feature that the upper part of the neck pressure part (1-1), the thermal physiotherapy part (1-2) and the massage part (1-3) are sequentially formed, and the neck pressure part (1) at one end of the bed. -1) and the inside of the thermal physiotherapy unit (1-2) was formed and the massage unit (1-3) was formed on the outside.

The neck pressure device 5 mounted on the neck pressure part 1-1 is installed to expose a pair of pressure finger bars 5-1 as illustrated in FIG. 5. The wood pressure device (5) is installed by a pair of rotary shafts spaced apart so that it can be rotated in the opposite direction by a predetermined power unit, each rotary shaft is installed by forcing the mounting rod formed integrally on the lower side of the wood pressure bar. The middle part of the mounting rod was bent at an appropriate angle to allow the wooden pressure bar to rotate in a certain circle. The configuration and operation of the wood pressure device (5) is the same as the wood pressure device installed in the "thermal physiotherapy bed" registered in the Utility Model Registration No. 222802 by the person, so a detailed description thereof will be omitted. In the vicinity of the acupressure device 5 was placed a support 7 such as a sponge to support the head of the operator.

The thermal physiotherapy apparatus 6 of the thermal physiotherapy unit 1-2 is a thermal physiotherapy apparatus 6 to be operated up and down by an up and down operating device (not shown in detail) as shown in FIG. 4. 1) can be operated back and forth by the front and rear operating device (not shown specifically), the thermal physiotherapy device (6) also registered by the person in the utility model registration No. 222802 "thermal physiotherapy bed" Since it is formed in the same manner as the thermal physiotherapy apparatus installed in the above, more detailed description will be omitted, and the support for the load of the operator is supported by placing a support body 7 such as a sponge around the thermal physiotherapy apparatus 6 to operate. To give.

The massage mat 2 installed on the massage part 1-3 is installed on the base plate 13 with the massage device 20 illustrated in FIG. 4B as illustrated in FIG. 3 and the support 7 placed therein. To support the load of the operator.

The massage device 20 has a plurality of solenoids 23 in the interior of the apparatus frame 21, but by using a bullet spring 25 that both sides of each solenoid 23 is a leaf spring to the apparatus frame 21 The massage device 24 is fixed to the rod of the solenoid 23. The massage device 20 is disposed on the support plate 13 at predetermined intervals, and is fixed around the massage device 20. The support (7), such as a solid sponge was placed to support the load of the operator, the outside of the device configured there was covered with a conventional outer shell (8).

As shown in FIG. 8, an intermediate plate 8-3 is provided on the lower side of the skin 8 and 8-2 where the massage part 1-3 is located in the skin 8 covered as described above. The upper and lower sides of the plate 8-3 are formed with the nut thread 3-1 and the massage mat thread 3, and the conventional slide fastener 4-1 is formed at the edge of the outer shell 8, 8-2. ) Is formed to open and close the opening (4) to the upper heat transfer mat (3-1) to be embedded or withdrawn heat generating mat 15 to be described later, the lower massage mat (3) Massage mat 2 was incorporated.

In particular, the outer shell (8) (8-2) in which the massage section (1-3) is located is fixed to the ceramic firing body (10) generating far infrared rays at predetermined intervals.

As shown in FIG. 9, the ceramic firing body 10 inserts the binding rod 11 inserted into the center of the ceramic firing body 10 from the upper side to the lower side in the shell 8, 8-2. The binding rod 11 exposed to the bottom of the outer shell 8, 8-2 was fitted with a binding plate 12, and the bottom was riveted so as to be firmly fixed.

In addition, the heat generating mat 15 loaded inside the heat seal chamber 3-1 is capable of supplying power to the middle of the nonwoven fabric 17 connected up and down as shown in FIGS. 10A and 10B. After the heating wires (18) were arranged, the outer surface of the nonwoven fabric (17) was covered with an outer shell (shoulder face), and then the outer circumference was fixed integrally by a method such as heat fusion.

Massage thermal physiotherapy bed (1) illustrated in Figure 2 is installed by moving the neck pressure portion (1-1) installed on the outside of the thermal physiotherapy unit (1-2) to the outside of the massage unit (1-3) Except for one, it was formed in the same manner as the massage thermal physiotherapy bed 1 illustrated in FIGS. 1A and 1B.

Figure 3a shows a massage thermal physiotherapy bed (1) of another embodiment according to the present invention, the base plate 13 is divided into two parts based on the center of the thermal physiotherapy unit (1-2) and the massage unit (1-3) By connecting with a common hinge (9) so that it can be folded and unfolded, and also to fix the support (7) to the upper side of the divided support plate 13 to be fixed, The thermal physiotherapy device 6 of the acupressure device 5 and the thermal physiotherapy unit 1-2 and the massage devices 20 of the massage unit 1-3 have a massage thermal physiotherapy bed 1 of FIG. 1A. ) Was installed in the same manner as the neck pressure device (5), thermal physiotherapy device (6) and each massage device (20).

Massage thermal physiotherapy bed (1) illustrated in FIG. 3b is divided into two parts based on the centers of the thermal physiotherapy unit (1-2) and the massage unit (1-3) and connected by a common hinge (9) to be folded and deployed. The massage illustrated in FIG. 1A except for moving the neck pressure portion 1-1, which is installed at the outer side of the thermal physical therapy unit 1-2, to the outside of the massage unit 1-3. It was formed in the same manner as the thermal physical therapy bed (1).

The operation relation (use state) will be described below.

In order to use the massage thermal physical therapy bed 1 illustrated in FIG. 1A and FIG. 1B and FIG. 2, the neck pressure bar 5-1 of the neck pressure device 5 provided in the neck pressure part 1-1 is provided. Make contact with both sides of the neck, and the back (both sides of the spine) to position the thermal head and rolling acupressure of the thermal massage treatment device (6-1) or to place it in the acupressure device (20), Lying down so that each leg is located in the massage device 20 or the thermal massage treatment unit (1-2) installed in (1-3). When the power switch (not specifically shown) is turned on in the state lying down as described above, the neck pressure device (5) presses both sides of the operator's neck while the shiatsu rod (5-1) revolves, and the thermal physiotherapy device (6) The thermal physiotherapy machine 6-1 operates to move back and forth and up and down to heat and physiotherapy both sides of the spine of the operator, and heat is supplied to the heating wire 18 of the heat generating mat 15 to generate heat. Therefore, the ceramic plastic body 10 fixed to the shell 8 by heat generated from the heat generating mat 15 receives heat and generates more far infrared rays.

Each massage device 20 of the massage unit (1-3) massages both legs of the operator while the massage piece (24) is repeatedly operated up and down by the solenoid (23).

On the other hand, if you want to use the massage thermal physiotherapy bed (1) illustrated in Figures 3a and 3b, the folded thermal physiotherapy unit (1-2) and the massage unit (1-3) to fully expand the state In Figure 1a and 1b and Figure 2, the massage thermal physiotherapy bed (1) illustrated in the same example as using the same and then used to operate the same.

When operating (use) in this way, the acupressure device 5 of the acupressure unit 1-1 is provided with acupressure rods 5-1, which are eccentrically rotated to acupressure both sides of the operator's neck, and massage part 1 Each massage device 20 of -2) massages the back or leg of the operator while the massage piece 24 operates up and down repeatedly by the operation of the solenoid 23, and the thermal physiotherapy device 6 is heated. The physiotherapy machine 6-1 is operated up and down and up and down to heat and physiotherapy the back or both legs of the operator, and in particular, the outer skin (8) (8-) that receives heat generated from the heat generating mat (15). In the ceramic firing body 10 fixed in 2), far infrared rays are actively generated.

As described above, the massage thermal physiotherapy bed according to the present invention is provided with a thermal physiotherapy unit to perform thermal physiotherapy by a thermal physiotherapy device and a massage unit to perform massage by a massage device, but the thermal physiotherapy unit or massage By installing the neck pressure device on one side of the department, the thermophysical treatment unit and the massage unit provided at the same time can vary the function and treatment effect, and the physical effect is performed while generating far infrared rays, which will double the treatment effect. In addition, it is possible to provide a massage thermal physiotherapy bed, which can be easily manufactured by simplifying the structure and prevents failure.

Claims (3)

The bed is formed integrally or divided into two halves so that it can be folded / developed by the hinge 9, but inside the bed, the thermal physiotherapy machine 6-1 is moved up and down and along the guide rail by a predetermined power unit. The thermal pressure device (5) having a thermal physiotherapy device (6) capable of moving back and forth, and having a pair of wooden pressure bars (5-1) eccentrically driven by a power device at one end of the bed frame to rotate simultaneously. In which the outer shell (8) is covered on the outside, The bed is divided into a thermal physiotherapy unit 3 and a massage unit 4, and the thermal physiotherapy unit 3 is provided with a conventional thermal physiotherapy unit 6, and the massage unit 4 is powered by a power unit. The massage device 13 is installed in a multi-row longitudinal massage device 10 is operated repeatedly up and down, An intermediate partition plate 8-3 is obtained on the bottom of the outer shell 8 and 8-2 in which the massage device 10 is incorporated to form a mat storage chamber 3-1, and the outer shell 8 and 8-2. The opening and closing hole 4 is formed at the edge of the heat generating mat 15 in which the ordinary heating wire 18 is embedded, In the outer shell (8) (8-2) in which the massage device (10) is built, the ceramic firing body (10) having far infrared rays is fixedly installed at equal intervals, Massage thermal physiotherapy bed characterized in that it comprises the installation of the conventional neck pressure device (5) at any one end in the thermal physiotherapy unit (3) and massage unit (4). The apparatus of claim 1, wherein the massage device 20 is provided with a plurality of solenoids 23 in the interior of the apparatus frame 21, but using a carbon spring 25 having both sides of each solenoid 23 as leaf springs. Massage thermal physical therapy bed, characterized in that attached to (21), the massage piece 24 is fixed to the rod of the solenoid (23). The ceramic firing body (10) according to claim 1, wherein the ceramic firing body (10) inserts the binding rod (11) inserted in the center of the ceramic firing body (10) into the shell (8) (8-2) from the upper side to the lower side and the outer shell (8) ( Massage thermal physiotherapy bed, characterized in that the binding rod 11 is exposed to the bottom of 8-2) by inserting the binding plate 12 and riveting the bottom.