KR200216241Y1 - Automatic thermal therapeutic apparatus - Google Patents

Abstract

The present invention relates to an automatic heating steamer frame (1) for supporting the whole bed, a lower mat (2) that is built in a variety of components in the state mounted on the frame (1), and the bottom side of the lower mat Base plate 10 is fixed in the horizontal direction to support the guide plate and the heat treatment device access groove 101 having a predetermined width, length and depth on the center line for the direction of the lower mat (2) Several pressing rods for directly pressing a predetermined part of the human body on the upper mat (3) is detachably installed on one side and the upper surface of the body portion 21 injection-molded to have a shape of a substantially rectangular box through a synthetic resin material (22) is provided, the bottom portion of the tack rod 22 in the body portion 21 has a configuration in which a lamp for generating far-infrared rays, each of which is arranged in a row so as to move up and down on the upper surface of the base plate cure (20) and a flat portion (31) to which the bottom of each thermal therapy machine (20) is fixed, and a wing portion (32) of predetermined length bent downward at both ends of the flat portion (31), and a guide The plate-shaped elevating member 30 is installed in the guide groove 41 of the plate 40 so that the wing portion is fitted to elevate the heat treatment device 20 in response to the volume change of the air bag 50. Guide grooves in which the wing portions 32 of the elevating member 30 are inserted into both side surfaces bent to have a predetermined height so that the elevating member 30 is slid by the volume change of the air bag 50. 41 has a configuration in which the guide plate 40 fixed to the upper surface of the base plate 10 and the bottom surface of the elevating member 30 and the guide plate in accordance with the amount of air supplied by the air compressor. An air jum installed between the upper surfaces of the 40 to allow the elevating member 30 to be elevated; 50, the air compressor 60 for continuously generating the air required by the air bag 50, and the amount of air supplied to the air bag 50, the drive of each functional component It is installed on the control unit 90 to control, the hose 70 connecting the air compressor 60 and the air bag 50 is selectively opened and closed by the control unit 90, to prevent the backflow of air It is composed of a suction and discharge valve 80 to inject or draw air to the air bag 50 by using the air compressor 60 to sequentially heat the heat treatment device 20 for a predetermined time the guide groove 41 Sliding up and down to a certain height to provide an automatic thermal therapy device 20 for pressurizing the user's body, firstly, in the configuration of the elevating means and the moving force generating means is the motor or the corresponding Gi It is made by the driving force by the system device to prevent the mechanical noise generated, and the structure is simple to facilitate the installation and installation.

Second, since the rising and lowering height of the heat treatment device 20 is adjusted according to the injection amount of air, it is possible to adjust the height to the desired height according to the user's body shape or treatment area, so that appropriate treatment is possible according to the user's body shape or site.

Third, by the air cushioning action to prevent the impact caused by the lifting means hitting the user's body is to not impose on the user's body.

Therefore, the user can perform the thermal treatment in a comfortable atmosphere because no noise is generated, it is a very useful design that can significantly improve the reliability of the product by increasing the thermal treatment effect because the treatment can be tailored to each user.

Description

Automatic Thermal Therapy Machine {AUTOMATIC THERMAL THERAPEUTIC APPARATUS}

The present invention relates to an automatic heat therapy device, and more particularly, a plurality of heat therapy devices that are widely used in homes are fixed to a support plate having both sides bent downward, and a guide groove having a predetermined height provided at both sides. Insert the guide surface into the guide groove and install a retractable air bag between the support plate and the base plate by injecting or extracting air by using an air compressor in the air bag sequentially between the heat treatment device for the predetermined time As the user slides up and down to a certain height, the user lays down on the bed so that each part of the human body can be automatically acupressure and thermally treated in sequence, and at the same time due to mechanical noise and contact with the human body of the elevating machine. Prevent shock and perform proper heat treatment according to user It is designed to be.

In general, the home heat treatment device installs several pressure-producing rods that directly press a predetermined part of the human body (ie, acupuncture points, etc.) to a body having a predetermined shape, and is driven by an output signal of a separate control box therein. This controlled far-infrared lamp is installed to irradiate the affected area with the far-infrared rays generated by this lamp and apply heat (below 60 ℃) for aging and to strengthen the bones. Designated action, wet and dry action to maintain proper moisture, neutralization action to extract wastes and coins, and resonating action to maintain nutritional balance by breaking down fat, protein and carbohydrates, and to maintain strong physical strength by vibrating molecules and atoms of cells Increasing the temperature of the subcutaneous layer of the human body, including the expansion of capillaries and at the same time promote blood circulation to promote metabolism We are designed to kill a widespread state of the home.

The present applicant has also developed a domestic complex physical therapy device including various physical therapy devices (eg, low frequency therapy device, cupping device, etc.) including the home heat therapy device, and obtained domestic patent registration No. 181756, as well as various peripheral technologies related thereto. As a result, a number of utility model registration certificates have been acquired and pending.

By the way, most of the conventional heat therapy device is provided with several pressure-sensitive rods on the upper surface of the body portion of a predetermined shape formed to be portable as described above, the inside of which far infrared generation is controlled by the output signal of a separate control box As it is configured to install the lamps, when you want to treat a specific area by using the heat treatment device, place one or two heat treatment devices on the floor, bed or chair, etc. It is necessary to lie down or sit on a certain part so that it can be pressed.

Therefore, since a person needs to have a large space to lie down or sit down, there is a problem that can be performed only in a predetermined space or a place equipped with a heat treatment device when the treatment is performed using a heat treatment device. However, there was a problem in that it could not be used at all in a place such as an office (that is, because it was courted at the place) and thus could not perform heat treatment during work.

In addition, in order to treat each part of the human body using a heat treatment device, it is necessary to move the heat treatment device itself so that the acupressure rod can be acupressure at a desired position, and at the same time, the far infrared and heat must be transmitted through these to find an accurate treatment site. There was also a problem that the assistant was not easy.

Therefore, in recent years, a thermal therapy bed has been developed that is installed to move the thermal therapy device on the bed has been published in Korea Patent Publication No. 97-32558, which forms a hole in the center of the bed through which the thermal therapy device can enter The thermotherapy device is installed at the bottom, and the thermal therapy device is provided with a lifting means and a forward and backward transfer means where the heat therapy device is to be treated by appropriately operating the ascending and descending transfer buttons while the patient is lying on the bed. It is configured to move to and then to rise.

However, such a thermal therapy bed is constructed by installing a thermal therapy device having a much smaller size by drilling a long hole in the longitudinal direction at the center part, so that a child or the like may not normally use the bed. There is a risk of falling into the hole when injured in the bed, and even when the heat treatment lying on the bed is part of the human body to fall into the hole, leaving marks, as well as pain accompanied.

Accordingly, the present applicant has installed several thermal therapy devices in a bed so that the above-mentioned problems can be raised and lowered in a row, and further includes several patents including patent application 31967 (thermotherapy bed) in 1999. Has applied for a patent and utility model registration.

By the way, in the above several patents and utility model registration applications, the mobile lifting means installed on the bottom of several heat treatment devices are moved at regular intervals through the front and rear movement force generating means for generating a motor or a corresponding driving force. While each of the heat treatment devices sequentially raise and lower by a certain height to operate.

In general, the movable elevating means is composed of a tunnel-type or tubular movable body having a plurality of idle rollers, a hinge and a roller, and a screw bar and a nut are coupled between the movable elevating means and the front and rear moving force generating means. It was either a structure that was designed to fit the wire, or a wire rope and several idle rollers installed.

However, in the configuration of the mobile elevating means and the front and rear movement force generating means as described above, since the operation is performed by a driving force by a motor or a corresponding mechanical device, there is a closed end in which mechanical noise is generated during use.

In addition, due to the complicated machine configuration, it is not easy to manufacture and install, and there is a closed end caused by abrasion of the machine during long-term use.

In addition, when the movable lifting means moves to the other side, it is impossible to adjust the height so that a proper effect is not generated according to the user's body shape or treatment area, and the movable lifting means causes a problem on the body.

Therefore, a lot of mechanical noise was generated, not only could not perform the heat treatment in a comfortable atmosphere, but also suitable for the heat treatment according to the user's body was not possible to reduce the effect of heat treatment.

An object of the present invention is to provide an automatic thermal therapy device which is easy to manufacture and install by preventing the occurrence of mechanical noise by raising and lowering the thermal therapy device by injecting or removing air into the air bag.

Another object of the present invention is to adjust the height of the heat treatment device according to the amount of air injection, so that the user can adjust the height to the desired height according to the user's body shape or treatment area, the automatic treatment that can be appropriately treated according to the user's body type or site To provide a treatment device.

Another object of the present invention is to provide a mobile lifting device for an automatic heat therapy device that can increase the effect of heat treatment by preventing the impact caused by the mobile lifting means hit the user's body to avoid the impact on the user's body. There is.

1 is a state diagram showing an embodiment of the present invention.

FIG. 2 is a partially enlarged perspective view illustrating a use state of FIG. 1. FIG.

Figure 3 is a state diagram showing an embodiment of the present invention.

4 is a partially enlarged perspective view illustrating a use state of FIG. 3.

Figure 5 is a partially cutaway partial sectional view showing an embodiment of the present invention.

6 is an exploded perspective view of an embodiment of the present invention.

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

1-Frame 2-Bottom mat

3-Top Mat 10-Base Plate

20-Heat Therapy 21-Body

22-Absorb rod 30-Lowering member

31- wing 32-separator

40-Guide Plate 41-Guideway

42-Support 50- Airbag

60-Air Compressor 70-Hose

80-valve 90-control unit

100-Bed 101-Home

The purpose of this invention is a frame (1) for supporting the whole bed;

A lower mat (2) having various components embedded therein in a state of being mounted on the frame (1);

A base plate 10 fixed in the horizontal direction at one bottom of the lower mat to support the guide plate;

An upper mat (3) detachably installed at one side of the lower mat (2) in a state where a heat treatment device access groove (101) having a predetermined width, length, and depth is formed on a center line in a longitudinal direction;

Several pressing paper rods 22 for directly pressing a predetermined part of the human body are installed on the upper surface of the injection molded body 21 to have a shape of a substantially rectangular box through a synthetic resin material, and in the body 21 A plurality of thermal therapy devices 20 arranged at a bottom of the tack rod 22, each having a configuration in which a lamp for generating far-infrared rays is installed and arranged in a row so as to move up and down on the upper surface of the base plate;

And a wing portion 32 having a predetermined length bent downward from both ends of the plane portion 31 to which the bottom surfaces of the heat treatment devices 20 are fixed, respectively, of the guide plate 40. A plate-shaped elevating member 30 installed in the guide groove 41 so as to fit the wing portion to elevate and heat the heat treatment device 20 in response to the volume change of the air bag 50;

Guide grooves 41 in which the wing portions 32 of the elevating member 30 are inserted into both side surfaces bent to have a predetermined height so that the elevating member 30 is slid by the volume change of the air bag 50. A guide plate 40 having a configuration formed thereon and fixed to an upper surface of the base plate 10;

In response to the amount of air supplied by the air compressor, the air bag 50 is installed between the bottom surface of the elevating member 30 and the upper surface of the guide plate 40 to allow the elevating member 30 to elevate. Wow;

An air compressor (60) for continuously generating air required by the air bag (50);

A control unit 90 for controlling the driving of each functional part, including the amount of air supplied to the air bag 50;

It is installed on the hose (70) connecting the air compressor 60 and the air bag 50 is selectively opened and closed by the control unit 90, the intake and discharge valves for preventing the back flow of air (80) Is achieved by

That is, the air bag 50 is expanded by supplying air to the air bag 50 by using the pressure difference in the air compressor 60 so that the wing 32 of the elevating member 30 is the guide plate 42. Sliding moves along the guide groove 41 formed on both sides of the heat treatment device 20 is fixed to each lifting member 30 is raised to pressurize the user's body to generate a heat treatment effect.

In addition, when the air in the air bag 50 is discharged after use, the air bag 50 is contracted to maintain the original height again.

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

1 is a state diagram showing an embodiment of the present invention, it is shown that the base plate formed integrally with the guide groove on the side is separated for each heat treatment device is fixed to the enclosure.

FIG. 2 is a partially enlarged perspective view illustrating a use state of FIG. 1.

3 is a state diagram showing an embodiment of the present invention, the base plate is integrally formed in the longitudinal direction, the guide plate is formed by attaching a separate guide plate 42 to the base plate at predetermined intervals, the support plate This shows the state in which the operation is inserted.

4 is a partially enlarged perspective view illustrating a use state of FIG. 3.

Figure 5 is a partial cutaway partial cross-sectional view showing an embodiment of the present invention, it shows a state in which air is introduced into the air bag and expanded.

6 is an exploded perspective view of an embodiment of the present invention.

The biggest feature of the present invention is a number of bongji rod 22 for directly pressing a predetermined portion of the human body is installed on the upper surface of the body portion 21 formed to have a shape of a substantially rectangular box through a synthetic resin material, the body The lower portion of the tack rod 22 in the portion 21 has a configuration in which a lamp for generating far-infrared rays, respectively, and several heat treatment devices 20 arranged in a line to move up and down on the upper surface of the base plate 10. By raising and lowering by using the expansion force and contraction force of the air bag 50, by pressing the desired portion of the user's body sequentially or individually to generate a heat treatment effect.

As shown in FIG. 1 to FIG. 4, the structure of raising and lowering the heat treatment device 20 by the air bag 50 is a flat portion of the elevating member 30 fixed to the bottom of the heat treatment device 20 as described above. It may vary depending on the configuration of the guide plate 40 is inserted into the wing portion 32 formed on both sides of the (31).

As an example, as shown in FIGS. 1 and 2, the guide groove 41 is formed on the guide plate 40 having both side surfaces having a predetermined height in a bent shape, and the length of the wing 32 of the elevating member 30. It is formed in a pair integrally on both sides at a corresponding interval, and the guide plate 40 is installed on the bottom of each of the heat treatment device 20 to correspond to the number of the heat treatment device 20, the lifting member ( The wing 32 of 30 is inserted into the guide groove 41.

As another example, as shown in Figures 3 to 4, the guide plate 40 is formed in one body to a length that can be integrally installed with a plurality of thermal therapy devices 20, separately on both sides of the guide plate 40 The support piece 42 is provided with a guide groove 41 of the protruding by a predetermined height in the upper portion perpendicular to the longitudinal direction, at regular intervals to correspond to the length of the wing portion 32 of the elevating member 30 It may be configured to be coupled to a plurality of pairs so that the wing 32 of the elevating member 30 can be inserted into the guide groove 41 formed in the support piece 42.

That is, the wing portion 32 of the elevating member 30 is inserted into the guide groove 41 formed on both side surfaces of the guide plate 40, as shown in Figure 5 of the volume of the air bag 50 By the change in direct contact with the bottom surface of the elevating member 30 and the upper surface of the guide plate 40 is the elevating member 30 is moved up and down by sliding movement along the guide groove (41).

On the other hand, the lifting height of the heat treatment device 20 is limited by the capacity of the air bag 50, so if the height is required a separate separation plate 33, the lower surface of the lifting member 30 and a predetermined interval By installing at a distance, it is possible to cause the height difference of the lifting and lowering by the interval.

In addition, the air bag 50 has an air tank or is connected to the air compressor 60 through the hose 70 to continuously supply the outside air by the pressure difference if necessary.

In addition, the hose 70 that connects the hose 70 and the air compressor 60 to prevent the back flow caused when the air is supplied to the air bag 50, to adjust the amount of air supplied When the valve 80 is selectively opened and closed to operate the air compressor 60 by opening the valve 80, the air is supplied to the air bag 50, and the air bag 50 is expanded, and the lifting member is provided. The bottom surface of the 30 and the upper surface of the guide plate 40 is in contact with the heat treatment device 20 to raise the desired height and then close the heat treatment after the heat treatment to discharge the internal air to shrink back.

Therefore, it is preferable that the valve 80 uses a check valve that prevents backflow and facilitates suction and discharge of air.

In addition, the control unit 90, which controls the driving of each functional part, including the amount of air supplied to the air bag 50, adjusts the flashing and heating temperature of the heat treatment devices 20, and simultaneously the air bag. Since the control program necessary for the raising and lowering height of 50 is stored, the operation of raising and lowering each of the thermal therapy apparatuses 20 by a predetermined height sequentially at predetermined time intervals is repeated, and then the final thermal therapy apparatus 20 is repeated. When the ascent is completed, all the air in the air bag 50 is discharged to shrink to its original state.

Of course, by installing a predetermined operation button on the control unit 90 by the user's needs, only the heat treatment device 20 that the user wants to operate among the several heat treatment devices 20 is raised and lowered by a desired height for a desired time. It is possible to make such a series of control methods by changing the control program and changing the operation panel.

On the other hand, as described above, the present invention may be used to install the air bag 50 at the bottom for each heat treatment device 20, but not shown, the air bag 50 on the upper surface of one guide plate 40 Fixed one side of the guide plate 40 is provided with a wheel to move along the upper surface of the base plate 10 at the bottom of the registration plate applicant No. 176650 automatic heat treatment device and application number 20- By combining a screw bar and a nut known in 2000-005265, or by installing a wire rope and several idle rollers and connecting them to the front and rear movement force generating means, the air bag 50 is moved at a desired position while moving the guide plate 40 back and forth. By expanding and contracting, the heat treatment device 20 is raised and lowered, and may be used to press the human body of the user.

As described above, according to the present invention, several thermal therapy apparatuses 20 widely used in the home are fixed to the elevating member 30 having the wing portions 32 formed on both sides of which are bent downward, and both sides. The blade portion 32 is inserted into the guide groove 41 formed in the guide plate 40 having a predetermined height, which is bent, and directly between the bottom surface of the elevating member 30 and the upper surface of the guide plate 40. By installing the contractible air bag 50 in contact with the air bag 50 by injecting or extracting air using the air compressor 60, the heat treatment device 20 sequentially guides the heat treatment device 20 for a predetermined time. Sliding between the raised and lowered to a certain height to provide an automatic thermotherapy device for pressurizing the user's body, first, in the configuration of the elevating means and the moving force generating means is the motor or Since performed by the driving force by the corresponding mechanism to prevent the mechanical noise which is caused, and to make it easy to manufacture and install the structure is simple.

Second, since the rising and lowering height of the heat treatment device 20 is adjusted according to the injection amount of air, it is possible to adjust the height to the desired height according to the user's body shape or treatment area, so that appropriate treatment is possible according to the user's body shape or site.

Third, the air cushion action is to prevent the impact caused by the lifting means hitting the user's body so as not to impose on the user's body.

Therefore, the user can perform the thermal treatment in a comfortable atmosphere because no noise is generated, it is a very useful design that can significantly improve the reliability of the product by increasing the thermal treatment effect because the treatment can be tailored to each user.

Claims (3)

A frame (1) supporting the entire bed; A lower mat (2) having various components embedded therein in a state of being mounted on the frame (1); A base plate 10 fixed in the horizontal direction at one bottom of the lower mat to support the guide plate; An upper mat (3) detachably installed at one side of the lower mat (2) in a state where a heat treatment device access groove (101) having a predetermined width, length, and depth is formed on a center line in a longitudinal direction; Several pressing paper rods 22 for directly pressing a predetermined part of the human body are installed on the upper surface of the injection molded body 21 to have a shape of a substantially rectangular box through a synthetic resin material, and in the body 21 A plurality of thermal therapy devices 20 arranged at a bottom of the tack rod 22, each having a configuration in which a lamp for generating far-infrared rays is installed and arranged in a row so as to move up and down on the upper surface of the base plate; And a wing portion 32 having a predetermined length bent downward from both ends of the plane portion 31 to which the bottom surfaces of the heat treatment devices 20 are fixed, respectively, of the guide plate 40. A plate-shaped elevating member 30 installed in the guide groove 41 so as to fit the wing portion to elevate and heat the heat treatment device 20 in response to the volume change of the air bag 50; Guide grooves 41 in which the wing portions 32 of the elevating member 30 are inserted into both side surfaces bent to have a predetermined height so that the elevating member 30 is slid by the volume change of the air bag 50. A guide plate 40 having a configuration formed thereon and fixed to an upper surface of the base plate 10; In response to the amount of air supplied by the air compressor, the air bag 50 is installed between the bottom surface of the elevating member 30 and the upper surface of the guide plate 40 to allow the elevating member 30 to elevate. Wow; An air compressor (60) for continuously generating air required by the air bag (50); A control unit 90 for controlling the driving of each functional part, including the amount of air supplied to the air bag 50; It is installed on the hose (70) connecting the air compressor 60 and the air bag 50 is selectively opened and closed by the control unit 90, the intake and discharge valves for preventing the back flow of air (80) Automatic thermal therapy device, characterized in that consisting of. The method according to claim 1, wherein the guide plate 40 has a width corresponding to the width of the elevating member 30, the thermal therapy device 20 is fixed to each, a pair of guide grooves 41 at each end In the form provided with, the automatic heat therapy device, characterized in that installed on the base plate 10 by a number corresponding to the heat therapy device (20). The method of claim 1, wherein the guide plate 40 is formed of a length that can be installed integrally a plurality of thermal therapy apparatus 20, both sides thereof at intervals corresponding to the width of the elevating member 30 Autothermal therapy device characterized in that the guide groove 31 is formed in pairs.