WO2011002127A1 - Apparatus for seated heat therapy - Google Patents

Abstract

(Summary) According to the present invention, an apparatus for seated heat therapy includes a main body portion enabling a user to sit stably, and a backrest portion enabling the user to lean against the same and providing a heat therapy effect and a heat acupressure effect to the user. With the user seated, the backrest portion may be slowly reclined, to put the user in a supine position, or may be conversely slowly raised upright. The apparatus of the present invention also includes a leg portion on which the legs of the seated user may be raised, wherein the leg portion may apply acupressure to or massage the thigh and calf regions of the user, and may move independently from the movement of the backrest portion. The apparatus of the present invention further includes a driving unit for moving the backrest portion and the leg portion. The above constituent elements are all operated and regulated according to a control signal of a control unit. The apparatus for seated heat therapy according to the present invention may have a variety of functions with a very simple configuration. (Representative drawing) Figure 1; (Keywords) apparatus for seated heat therapy, armrest portion, heat therapy, external ceramic, massager, connecting terminal.

Description

Seated Heat Therapy

The present invention relates to a sedentary heat treatment device, and more specifically, the user can comfortably sit and enjoy the thermal effect and thermal massage effect, or adjust the sitting angle and enjoy the thermal effect and thermal massage effect It is about a therapeutic device.

In general, the thermal therapy device is widely known as a therapeutic device that uses heat to improve blood circulation and metabolism of the body and to eliminate nerve and muscle fatigue.

The thermal therapy machine used in the related art started with a bag-type heating device as a base, passed through a mat-type product, and has evolved into a bed-type product.

Conventional bag-type products are built in a small box-shaped case with a heating mechanism that performs the hot steaming function, the handle is attached to the case, so that the user can carry by hand, the conventional mat-type products You don't need to hold or hold the heater in your hand, while lying down comfortably, the heater automatically reciprocates in the inside of the mat, allowing you to enjoy the thermal and thermal massage effects on your back and back. It would be.

Conventional bed heat therapy device, as is well known, instead of the user lying on the floor, the mat type heat therapy device is mounted on the prefabricated bed frame structure having a constant height like a bed, and lying thereon to heat and heat effect and The thermal massage effect is provided to users. Bed type thermotherapy device has the advantage that the user can automatically heal his spinal cord according to the program contained in his control box while lying on the bed frame.

On the other hand, in order to improve the shortcomings of the bed-type heat therapy device, a seated heat therapy device that can perform heat treatment while the user is sitting while the heater is reciprocating in the vertical direction inside the backrest has appeared. Representative examples thereof may be exemplified by the Republic of Korea Utility Model Registration No. 202203 "Heat Treatment Chair" and the Republic of Korea Utility Model Registration No. 208446 "Axial Coupling Device of the Chair for Thermal Therapy".

21 is a view of the Republic of Korea Utility Model Registration No. 202203 "Seat Chair for Heat Treatment." However, the "thermotherapy chair" is designed so that the backrest and the legrest are pivoted at the same time by driving the motor. In more detail, the motor is configured to rotate the backrest by operating the worm and the fan-shaped worm gear in engagement with each other, and rotates the leg rest by a chain gear according to the rotational movement of the backrest. It is configured to exercise. Therefore, there is a disadvantage that the load on the motor is too large and the worm gear breakage frequently occurs during use.

In addition, the Republic of Korea Utility Model Registration No. 202203 "Thermotherapy chair" relax the user's body while the user is sitting or lying down comfortably, There is a disadvantage that can not work.

In addition, the "coaxial coupling device of the chair for thermal therapy" is to improve the disadvantages of the "chair for thermal therapy" that is the prior art, in order to absorb the impact applied to the worm of urethane or rubber material Shock absorber is used.

However, even in the "axis coupling device of the chair for thermal therapy," the damage phenomenon of the worm gear can not be avoided, and the user has a very inconvenient structure for use.

The present invention is to solve the conventional problems as described above, the seated thermal therapy apparatus that can enjoy the thermal therapy effect or the thermal massage effect of the desired form in the state where the user is relaxed while sitting or lying down The purpose is to provide.

The present invention, in order to achieve the above object, the body portion to allow the user to sit and balance, and the back portion that the user can lean on and provide the user with a thermal effect and thermal acupressure effect, the user is sitting A leg heat treatment device including a leg portion capable of placing his leg in a state, a power generating portion for moving the backrest portion and the leg portion from the main body portion, and a control unit for controlling the backrest portion and the leg portion do.

In the present invention, the main body portion is a vertical support for holding the entire center, the upper horizontal support and the lower horizontal support coupled to the vertical support to provide a balance while supporting the center of gravity of the user, and the upper horizontal support And a main frame body formed of a hinge coupling part formed at a front side and a hinge coupling rotating body rotatably coupled to the rear of the upper horizontal support. In addition, the main body portion is placed on the upper horizontal support and the bottom portion to allow the user to sit comfortably, and an armrest member coupled to the main frame body and the user can comfortably put his arms Doing.

In the present invention, the backrest portion is a thermal massage portion that provides a thermal bathing effect and massage effect while supporting the user's back portion, and a heating mechanism mounted inside the body portion while surrounding the thermal massage portion is a user's back portion. It includes a back seat cover to prevent direct contact with the. In the present invention, the thermal massage portion forming the whole body, the body including the rail and the fastening rail, the coupling rod and the combination and the far infrared radiating plate, a power motor for generating power and the shaft connected to the rotating shaft and the rotating shaft connected thereto A conveying means including a government, a Shanghai fuselage which is screwed to the rotary shaft and vertically moves the heating mechanism up and down at right angles to the longitudinal direction of the rotary shaft, and is heated on the user's back while being coupled above the Shanghai fuselage. It includes a heating device that provides a poultice effect and acupressure effect.

In the present invention, the leg portion is connected to the upper horizontal support of the main frame body, the upper end of the connecting frame is hinged to the lower end of the connecting frame is bent hinged to the part corresponding to the sole of the user A leg frame body configured to support a bottom frame and an auxiliary frame whose upper end is hinged to the main frame body and whose lower end is hinged to the bottom frame; It is mounted on the leg frame and includes a leg massage unit for acupressure the user's leg portion.

In the present invention, the power generating unit is mounted to the inside of the main frame body and the thermal massage unit to lie back or raise the front forward; A second cylinder assembly for lifting the leg frame up or down; An air compressor which generates air pressure and transmits the air pressure through the air hose, thereby providing a user with acupressure effect by air pressure; It includes.

In the present invention, the control unit (C) determines the speed and direction of the transfer motor of the heat massage portion, and adjusts the temperature of the heating device of the heating mechanism, the first cylinder assembly and the second cylinder assembly It is characterized by controlling the operation.

1 is an overall schematic diagram of a seated thermotherapy device according to the present invention,

2 is an overall schematic view of a frame structure for a seated thermotherapy device according to the present invention,

3 is a schematic view showing a main frame body 110 and a power generating unit 400 mounted therein in the present invention,

4 is a schematic view showing the components of the thermal massage unit 210, Figure 5 is a plan view of the thermal massage unit 210, Figure 6 is an illustration showing the mutual coupling relationship between the rotating shaft 224 and the Shanghai fuselage 230 Degree,

7 is a front view of the heating device 240, Figure 8 is a bottom view of the heating device 240, Figure 9 is an exemplary view showing a coupling relationship between the rotating shaft 224 and the heating device 240, Figure 10 is Schematic diagram showing the relationship between the hook and the fastening rod,

11 schematically shows a preferred embodiment of the leg frame 310,

12 is a view showing a coupling relationship between the leg 300 and the other components,

13 to 15 is a schematic diagram showing the coupling relationship and the operating relationship between the leg frame body 310 and other components,

16 to 18 are side views showing the coupling relationship between the main body portion 100, the backrest portion 200 and the leg portion 300,

19 is a schematic side view showing a case of carrying or storing a seated thermotherapy device according to the present invention,

20 is another embodiment of a suppository thermotherapy device according to the present invention,

21 is a view of a conventional seated heat therapy machine.

(Example)

Hereinafter, with reference to the accompanying drawings, the present invention will be described in more detail. However, the accompanying drawings are only intended to describe the technical spirit of the present invention in more detail, and the technical spirit of the present invention is not limited thereto.

The present invention relates to a sedentary thermotherapy device that allows the user to sit comfortably and enjoy the thermotherapy and massage effects.

1 is an overall schematic diagram of a seated thermotherapy device according to the present invention,

2 is an overall schematic view of a frame structure for a seated thermotherapy device according to the present invention,

3 is a schematic diagram showing a main frame body 110 and a power generating unit 400 mounted therein in the present invention.

Seated thermotherapy according to the present invention is the body portion 100 to allow the user to sit and balance, the backrest 200 and the user can lean on the user to provide the thermal effect and thermal acupressure effect, and the user Leg portion 300 that can put his legs in a sitting state, and the power generating unit 400 to move the backrest portion 200 and the leg portion 300 with respect to the main body portion 100 And a controller C for controlling the functions and movements of the backrest part 200 and the leg part 300.

Seated thermotherapy device according to the present invention includes a body portion 100 that allows the user to sit and balance.

In the present invention, the main body 100 is the main frame body 110 to provide a sense of balance and stability while forming the overall center of gravity, the bottom 150 to allow the user to sit comfortably, and the user It includes an armrest member 160 that can comfortably put his arms.

In the present invention, the main frame body 110 holds the center of gravity of the overall frame structure, and also supports the user's center of gravity when the user is sitting on it. In addition, the main frame body 110 achieves a stable shape while structurally and mechanically forming a center point even in a coupling relationship between the thermal massage unit 210 and the leg frame body 310, which are other components.

In the present invention, the main frame body 110 includes a vertical support 112 standing in the vertical direction. The vertical support 112 is preferably composed of four to center and provide a sense of balance as a whole.

In the present invention, the main frame body 110 is coupled to the vertical support 112 and includes a horizontal support that provides a sense of balance while supporting the center of gravity of the user. The horizontal support is coupled to the vertical support 112 at a right angle, and may be divided into an upper horizontal support 122 and a lower horizontal support 124 arranged in the front-rear direction. At this time, the lower horizontal support 124 is formed longer than the upper horizontal support 122, the reason is that the lower horizontal support 124 is in close contact with the bottom surface to provide a stable structure. It is preferable that the wheel 125 is coupled to the front or rear of the lower horizontal support 124. The wheel 125 is convenient when the user wants to move the present invention.

In the present invention, the upper horizontal support 122 includes a hinge coupling portion 114 in the front direction thereof, respectively, and the hinge coupling pivot 130 in the rear direction thereof, respectively. At this time, the hinge coupling portion 114 is coupled to the upper end of the leg frame body 310 according to the present invention, while the hinge coupling pivot 130 is the thermal massage unit 210 according to the present invention. Are combined. In addition, the upper horizontal support 122 is connected to each other through the upper connecting 128 in the front direction thereof.

In the present invention, the main frame body 110 includes two hinged rotatable body 130 rotatably moving in both directions of the rear surface of the upper horizontal support (122). The hinge coupling pivot 130 includes a central axis 132 formed at the center thereof, and may be rotated by the central axis 132. The hinge coupling pivot 130 forms a hinge coupling hole 134 at one end thereof, while the other end thereof is connected to each other through a connecting rod 136. Therefore, the hinge coupling pivot 130 is rotated based on the central axis 132 when a predetermined force is applied to the connecting rod 136 from the outside.

In the present invention, the hinge coupling hole 134 of the hinge coupling rotating body 130 is coupled to the coupling body 216 formed on the side of the thermal massage unit 210, the hinge coupling rotating body 130 is In a fixed state, the pivotal central axis of the thermal massage unit 210 may be formed.

In the present invention, a hook 138 is formed on the connecting rod 136 of the hinge coupling pivot 130. The hook 138 may be coupled to the fastening rod 214 of the thermal massage unit 210 (see FIGS. 4, 5, and 10). In the state in which the hook 138 and the fastening rod 214 are coupled to each other, the thermal massage unit 210 is rotated about the central axis 132. Because, the thermal massage unit 210 is coupled to the hinge coupling hole 134 of the hinge coupling rotating body 130 by the coupling body 216 on both sides and by the fastening rod 214 at the bottom thereof. Since it is coupled to the connecting rod 136, when a predetermined force is applied from the outside, it rotates using the central axis 132 of the hinge coupling pivot 130 as a central rotation axis (see Figs. 13 to 15). ). However, in the state in which the hook 138 and the fastening rod 214 are released from each other, the thermal massage part 210 has its hinge center at the center axis 132 thereof. 134), thereby causing the thermal massage unit 210 to rotate about the hinge coupling hole 134 (see FIG. 19). Therefore, the hinge coupling rotating body 130 is to be converted by moving the central axis of rotation depending on which component the thermal massage unit 210 is coupled to.

In the present invention, the hook 138 and the fastening rods 214 perform a function of switching the central axis of rotation of the thermal massage unit 210 according to whether they are engaged or released. This function of the present invention provides convenience for normal use and for moving from one place to another and for long term storage. For example, in the normal use state, by combining them with each other to allow the thermal massage unit 210 to rotate about the central axis 132, while carrying the present invention or for a long time If you want to store, by releasing the coupling relationship of the hook 138 and the fastening rod 214, the thermal massage unit 210 is the central axis of the hinge coupling hole 134 and the combination 216 By rotating it to reduce the overall volume.

In the present invention, the main body portion 100 includes a bottom portion 150 on which the user can sit comfortably on the main frame body 110. The bottom portion 150 preferably further includes a bottom acupressure portion 152 on both sides thereof. The bottom acupressure part 152 may massage or acupressure the hip part of the user by the high pressure air pressure supplied from the air compressor 440. The bottom shiatsu 152 may be particularly useful for female users by pushing the pelvic bone of the user to the center. In addition, the bottom portion 150 may be used by mounting a far infrared ray generating mechanism (not shown) therein.

In the present invention, the body portion 100 is coupled to the main frame body 110 and includes a armrest member 160 that the user can comfortably put his arm. In the present invention, the armrest member 160 is preferably coupled to the upper horizontal support 122 of the main frame body (110). The armrest member 160 is preferably formed on the outer surface of the article storage portion 162. The article storage unit 162 may be usefully used as a space for storing the remote controller 90 or the external heating device 80 used by the user.

Seated thermal therapy apparatus according to the present invention includes a backrest 200 that the user can lean on and provides the thermal bathing effect and the thermal acupressure effect to the user.

4 to 6 is a view introducing the configuration of the backrest 200 of the present invention, Figure 4 shows briefly the components of the thermal massage unit 210 present in the backrest 200 5 is a plan view of the thermal massage unit 210 viewed from above, and FIG. 6 is a mutual coupling of the rotating shaft 224 and the Shanghai fuselage 230 which is one of the main components of the thermal massage unit 210. Is an illustration showing the relationship,

7 to 10 are related to the heating mechanism 240 that can be used in combination with the inside of the thermal massage unit 210, Figure 7 is a front view of the heating mechanism 240, Figure 8 is the heating mechanism ( 240 is a bottom view, and FIG. 9 is an exemplary view showing a coupling relationship between the rotating shaft 224 and the heating mechanism 240, and FIG. 10 is a view showing a coupling relationship between the hook of the hinge coupling portion and the fastening rod of the backrest portion.

In the present invention, the backrest 200 is mounted therein and includes a thermal massage unit 210 that provides a thermal bathing effect and a massage effect while supporting the user's back. The thermal massage unit 210 is a portion corresponding to the back of the user, according to the user's taste, sitting or lying down, or gradually lying down or switching to a sitting state necessary thermal bath effect and thermal massage effect It allows you to enjoy your back.

In the present invention, the thermal massage unit 210 includes a body portion having a solid frame body 211 while forming the overall shape. The body portion includes a curved rail 212 formed inside the body 211. The curved rail 212 is preferably installed in a curved form in the vertical direction along the structure of the vertebrae of the human body. The bending rail 212 provides a passage through which the moving wheel 246 rolls, and provides a passage through which the balance wheel 248 rolls on its top or bottom. The body portion includes a fastening rod 214 at its lower end. The fastening bar 214 is coupled to the hook 138 of the connecting rod 136, or to release the coupling from the hook 138 of the connecting rod 136. When the fastening rod 214 is fastened to the hook 138, the thermal massage unit 210 is not rotated about the hinge coupling hole 134. However, when the hook 138 and the fastening rod 214 release the coupling relationship with each other, the thermal massage part 210 is the hinge coupling hole 134 and the combination 216. It can be rotated around. In addition, the body portion includes a combination 216 on both sides thereof. The combination 216 is coupled to the hinge coupling hole 134 of the hinge coupling pivot (130). At this time, the thermal massage unit 210 is hinged to the hinge coupling hole 134 and the coupling body 216, so that the hook 138 and the fastening rod 214 are released from each other. When the force is received from the outside in a state, the hinge coupling hole 134 and the coupling 216 can be rotated about the central axis.

In the present invention, the thermal massage unit 210 preferably further includes a far-infrared radiation plate 218 to emit far infrared rays to the body portion. The far-infrared radiation plate 218 is preferably coated with a planar heating element made of carbon fiber. This is because when the power source is applied to the far-infrared radiation plate 218, predetermined heat is emitted from the carbon fiber by electric energy, and together with the far-infrared radiation.

In the present invention, the thermal massage unit 210 includes a moving means for moving the predetermined heating mechanism in the longitudinal direction. In the present invention, the moving means is a feed motor 222 for providing a motive force to move, the rotating shaft 224 to receive the rotational force of the transfer motor 222 idling and the rotating shaft 224 Containing a high condensation unit 226 is coupled to the body 211 stably. The rotary shaft 224 is a screw thread formed on the shaft portion, it is more preferable to include a screw thread made in a round shape for smooth idle movement.

In the present invention, the thermal massage unit 210 includes a Shanghai body 230 capable of moving the heating apparatus in a perpendicular direction with respect to the longitudinal direction of the rotary shaft 224.

In the present invention, the shank body 230 includes an inner assembly 232 which moves in the longitudinal direction of the rotary shaft 224 as the rotary shaft 224 is idle. The inner coupling body 232 includes an inner thread to allow the thread of the rotating shaft 224 to be coupled while idling. The inner combiner 232 is screwed to the rotating shaft 224 therein, while engaging the outer coupler 234 that can slide to the outside thereof. The outer combiner 234 forms a slide combination to allow the inner combiner 232 to slide in its inner space. In this case, the external coupling member 234 may be coupled to another medium that moves along the bending rail 212 of the thermal massage unit 210. In this case, the outer assembly 234 moves in the vertical direction according to the height of the bent rail 212, while the inner assembly 232 coupled to the rotation shaft 224 is moved back and forth along the rotation shaft 224. It moves horizontally in the direction. It is preferable to form a locking step 236 on the inner surface of the outer coupling member 234 to prevent the inner coupling member 232 from sliding away from the outer coupling member 234.

In the present invention, the thermal massage unit 210 preferably includes a heating mechanism 240 for providing a thermal bath effect and a thermal massage effect on the user's back.

In the present invention, the heating mechanism 240 is a heating device 242 for providing a thermal heating effect to the user, the support plate 244 for supporting the heat device, and the bent rail 212 on both of the support plate It includes a movement wheel 246 moving according to. The warmer 242 has a peanut shape in its external shape, and a heat generator by electric energy is embedded therein. The heating device 242 is heated to the heating element mounted therein, to give the user a thermal heating effect, the outer surface is in close contact with the user's back and roll to provide acupressure effect or massage effect to the user. do. However, since the structure and function of the heat heater 242 is already known, a detailed description thereof will be omitted. The support plate 244 preferably further includes a balance wheel 248 that rotates while rolling along the sidewall of the bending rail 212 at the side of the moving wheel 246. The support plate 244 is moved in the front and rear direction by the rotating shaft 224 is coupled to the center, because it may be slightly shaken during the movement, the balance wheel 248 to prevent such shaking Will be tightened.

In the present invention, the backrest part 200 includes a backrest seat cover 260 surrounding the thermal massage part 210. The back seat cover 260 protects the components mounted on the inside of the body 211 on the one hand, while on the other hand, the heater 242 of the heating mechanism directly touches the user's back. To prevent contact. This is because the warmer 242 is to help to provide a thermal effect and acupressure effect on the user's back.

Seated thermal therapy apparatus according to the present invention includes a leg 300 that can put his leg in the user sitting state. In the present invention, the leg portion 300 includes a leg frame body 310 having a basic skeleton, and a leg massage portion 380 mounted on the leg frame body 310.

11 schematically illustrates a preferred embodiment of the leg frame 310 according to the present invention,

12 is a schematic diagram showing a coupling relationship between the leg portion 300 and other components of the present invention,

13 to 15 is a schematic side view showing the structural coupling relationship of the overall frame of the present invention, showing the coupling relationship and the operation relationship between the leg frame body 310 and other components,

16 to 18 are side views of the present invention well illustrating the mutual coupling relationship and the operating state of the main body 100, the backrest 200 and the leg 300.

The present invention includes a leg frame 310 that provides a basic skeleton so that the user's leg portion can be placed.

In the present invention, the leg frame body 310 is coupled to the connecting frame 320, which is hinged to the hinge coupling portion 114 of the main frame body 110, the connecting frame 320 is bendable. And a bottom frame 330 supporting a portion corresponding to the sole of the user. The leg frame body 310 further includes an auxiliary frame 340 to assist the connecting frame 320 and one end of which is hinged to the connecting rod 136 of the main frame body 110. desirable.

In the present invention, the connecting frame 320 is the upper end is hinged to the hinge coupling portion 114 of the main frame body (110). More preferably, the hinge coupling of the connection frame 320 is coupled in a detachable shape as shown in FIG. 12. The reason is that when the users do not need a massage for the leg portion, it is possible to simply detach the connecting frame 320, and also when packing or delivering the product of the present invention, the leg portion ( 300) can be easily separated.

In the present invention, as a structure for hinge-connecting the connecting frame 320 in a removable shape, a hook-type hinge coupling rod 312 is formed on the upper end of the connecting frame 320, the hook-type hinge coupling It is preferable to fix the rod 312 by the upper coupling portion 107 for rotatably coupling (see Fig. 12).

In the present invention, the connecting frame 320 is preferably formed by its lower end slightly bent to the front. Accordingly, the connecting frame 320 is hinged to the hinge coupling portion 114 of the main frame body 110, while the lower end of the bottom frame 330 is slightly bent toward the front And rotatably coupled. The connection frame 320 and the bottom frame 330 is configured to be rotatably coupled to each other without being integrally formed. When the connection frame 320 is lifted upward, the bottom frame ( 330 is to be able to move freely therefrom to some extent without being integrally lifted with the connecting frame 320. In this case, since the bottom frame 330 is coupled to the auxiliary frame 330, the bottom frame 330 may be pulled slightly downward by the auxiliary frame 340 to adjust its position. On the other hand, reference numeral 322 is a coupling rod for coupling the leg massage unit 380. The coupling rod 322 may be manufactured by directly forming the connection frame 320, but is more preferably coupled to the connection rod.

In the present invention, the bottom frame 330 forms a plane on which the leg massage part 380 can be placed. One end of the bottom frame 330 is preferably rotatably hinged to the connection frame 320. In addition, the bottom frame 330 is coupled to the auxiliary frame 340 on the back of the bottom surface.

In the present invention, the leg frame body 310 includes an auxiliary frame 340 required to lift the connecting frame 320 upward. One end of the auxiliary frame 340 is hinged to the connecting rod 128 of the main frame body 110 (see Fig. 3), the other end is hinged to the rear of the bottom surface of the bottom frame 330 (See Fig. 11), the central portion thereof is supported by the auxiliary support 422 and the rotating roller 424, which are in close contact with the back (see Figs. 13 to 15).

In the present invention, when the auxiliary frame 340 is subjected to the force from the rear to the front by the auxiliary support 422 and the rotating roller 424, the hinge coupling portion of the upper connection 128 It rotates upward while rotating, and raises the connection frame 320 positioned thereon. On the other hand, when the auxiliary frame 340 is lowered, the connection frame 320 that is placed thereon is naturally lowered by its own weight.

In the present invention, it is preferable that the leg frame body 310 fasten the leg massage part 380 thereon. The leg massage unit 380 performs a function of pressing or massaging the thighs and leg portions of the user by air pressure.

In the present invention, the leg massage part 380 includes an upper massage part 384 for massaging the thigh part of the user by air pressure. The upper massage part 384 allows the thigh part of the user to be strongly pressed or weakly pressed by the high pressure air pressure supplied from the air compressor 440.

In the present invention, the leg massage unit 380 includes a lower massage unit 386 for massaging the user's leg by air pressure. The lower massage part 386 may further include a foot massage part for pressing or massaging the user's foot in addition to the user's leg part. Even in the case of the lower massage part 386, it can be acupressure or massage by the high pressure air pressure supplied from the air compressor 440. In general, while the pressure effect is strongly pressed for a long time in the air compressor 440, the massage effect may be achieved by lightly pressurizing while changing the pressure of the air pressure for a short time.

Seated thermal therapy apparatus according to the present invention includes a power generating unit (400). The power generating unit 400 allows the backrest 200 and the leg 300 to move relative to the main body 100, and operates the air compressor 440 to massage the acupressure effect to the user. It creates air pressure that provides an effect.

13 to 15 schematically show the position of the power generating unit 400 and its working relationship in the present invention, and can easily explain the relationship between the power generating unit 400 and other components. To help you.

In the present invention, the power generating unit 400 is mounted inside the main frame body 110 and the first cylinder assembly 410 to lay down or raise the thermal massage unit 210 to the front. It includes.

In the present invention, the first cylinder assembly 410 is mounted inside the main frame body 110 and provides a driving force for causing the rotational movement of the thermal massage unit 210. The first cylinder assembly 410 includes a motor that generates air pressure, hydraulic pressure, or electric force, and an actuator that is elastically movable to move the position of the object. One end of the first cylinder 410 is coupled to the upper connecting rod 128, while the other end thereof is coupled to the connecting rod 136. The first cylinder 410 moves the connecting rod 136 by stretching its actuator.

In the present invention, the first cylinder assembly 410 is operated as follows. First, when the actuator is increased by the motor, the hinge coupling pivot 130 is rotated while pushing downward about the central axis 132, thereby moving the thermal massage unit 210 upwards. To be built. However, when the actuator is reduced by the motor, the hinge coupling pivot 130 is rotated while being pulled from the bottom about the central axis 132, thereby causing the Allow the thermal massage unit 210 to lie slowly.

In the present invention, the power generating unit 400 includes a second cylinder assembly 420 for lifting the leg frame body 310 up or down.

In the present invention, the second cylinder assembly 420 provides a driving force for causing the rotational movement of the leg frame body 310 corresponding to the user's leg portion. The second cylinder assembly 420 has the same structure as the first cylinder assembly 410, but is coupled in the opposite direction to the first cylinder assembly 410, the coupling object is also different.

In the present invention, the second cylinder assembly 420 includes a motor that generates air pressure, hydraulic pressure, or electric force, and an actuator that is elastically movable to move the position of the object. In this case, the second cylinder assembly 420 is coupled to the lower connecting rod 129 on the bottom surface (see FIG. 3), while the actuator is coupled to the auxiliary support 422.

In the present invention, the second cylinder assembly 420 is operated as follows. First, when the actuator is increased by the motor, the auxiliary support 422 and the rotating roller 424 are pushed forward, and the auxiliary rotating roller 424 is in close contact with the front of the rotating roller 424. The frame 340 is pushed out. At this time, the auxiliary frame 340 is raised while rotating upward about the hinge coupling of the upper connecting rod 128, and at the same time to raise the bottom frame 330 and the connecting frame 320 upwards. do. On the other hand, when the actuator is reduced by the motor, the auxiliary support 422 and the rotating roller 424 is pulled back, and the rotating roller 424 is in close contact with the front of the rolling. The auxiliary frame 340 is pulled back. At this time, the auxiliary frame 340 is rotated downward while rotating around the hinge coupling of the upper connecting rod 128, and at the same time the bottom frame 330 and the connecting frame 320 is naturally Will come down.

In the present invention, the power generating unit 400 includes an air compressor 440 that generates air pressure and delivers the air pressure through an air hose (not shown), thereby providing a pressure effect by the air pressure to the user. Doing. The air compressor 440 generates high-pressure air, and the high-pressure air is slowly or quickly sent to a place to provide acupressure effect by air pressure through a plurality of air hoses according to the control signal of the controller C. Or strong or weak. For example, as a place to provide the acupressure effect, the bottom acupressure part 152 of the bottom part 150, the upper massage part 384, the lower massage part 386, and the foot massage part of the leg massage part 380 are provided. Part can be illustrated.

Seated thermal therapy apparatus according to the present invention includes a control unit (C) for controlling the function and movement of the backrest portion 200 and the leg portion 300.

In the present invention, the control unit (C) determines the speed and direction of the transfer motor 222 of the heat massage unit (210). When the transfer motor 222 is operated by the control unit C, the rotational force is transmitted to the rotating shaft 224, and the shank fuselage 230 screwed thereto according to the idle rotation of the rotating shaft 224. Is to move along the rotating shaft 224, according to the movement of the Shanghai fuselage 230, the heating mechanism 240 is coupled to the movement. Therefore, when the control unit C commands the speed of the transfer motor 222 at a high speed, the moving speed of the heating mechanism 240 is increased. On the other hand, when the control unit (C) sends a motion signal in the opposite direction to the transfer motor 222, the rotating shaft 224 is rotated in the opposite direction, the Shanghai body 230 is the opposite direction accordingly The movement direction of the heating mechanism 240 mounted thereon is also switched.

In the present invention, the control unit (C) adjusts the temperature of the warmer (242) of the heating mechanism (240). The warmer 242 is a heat generating element (not shown) is inserted into the inside is radiated far infrared rays from the peanut-shaped body, it is also to give a hot pack effect to the user's back by high temperature heat . However, if the temperature of the heater 242 is too high, it may cause burns on the user's skin, and if left at a higher temperature, there is a risk of fire, so it is necessary to control the temperature of the heater 242. There is. To this end, when the temperature of the heater (242) exceeds the set temperature, the control unit (C) commands to cut off the power energy supplied to the internal heating element of the heater (242). The temperature measurement of the heater 242 is carried out by a separate temperature sensor (not shown), but since this technique is already public, detailed description thereof will be omitted.

In the present invention, the control unit (C) controls the operation of the first cylinder assembly 410. When the user is sitting on the floor of the main body 100, and inputs a signal to the control unit (C) command to fold the backrest 200 to the rear, the control unit (C) is the first One command is to retract the actuator of the cylinder assembly 410. When the actuator is contracted, the back portion 200 together with the hinge coupling pivot 130 is rotated about the central axis 132, and is slowly flipped back (Fig. 13). To FIG. 18).

On the other hand, when the user wants to raise the backrest part 200 upward, the control unit C inputs a signal for commanding to raise the backrest part 200. The control unit C instructs to expand the actuator of the first cylinder assembly 410. When the actuator is inflated, the back portion 200 together with the hinge coupling pivot 130 rotates about the central axis 132 reversely, the backrest 200 ) Slowly rises upwards (see FIGS. 13-18).

In the present invention, the control unit (C) controls the operation of the second cylinder assembly 420. Since the principle of operating the second cylinder assembly 420 in the control unit C is substantially the same as the first cylinder assembly 420, detailed description thereof will be omitted.

In the present invention, the control unit (C) is preferably coupled to the remote control unit 90, which allows the user to directly enter the operating conditions. The remote controller 90 includes a temperature of the heater unit 242 desired by the user, a moving speed of the heater unit 242, an inclination angle of the backrest unit 200, whether the leg unit 300 is massaged, and the like. It is preferable to configure so that input is possible.

19 is a schematic side view showing a case of carrying or storing a seated thermotherapy device according to the present invention,

20 shows another embodiment of a suppository thermotherapy device according to the present invention.

The present invention is that the above components are organically combined, there is an advantage that the user can comfortably sit and enjoy the thermal effect, or enjoy the thermal effect and massage effect in a comfortable lying state.

In addition, when the user wants to transport the seated thermotherapy device of the present invention to another place or temporarily stop using it, the back part can be completely flipped forward and converted into a superimposed shape on the body part, thereby reducing its volume to a minimum. There are also advantages.

In the above, the seated thermal therapy apparatus according to the present invention has been described in detail, but this is only for describing the most preferred embodiments of the present invention, and the present invention is not limited thereto. Are limited.

In addition, anyone of ordinary skill in the art will be able to make various modifications and imitations by the description of the specification of the present invention, but it will be apparent that this is also outside the scope of the present invention.

The present invention has the advantage that the user can enjoy the thermal effect or massage effect in a state sitting in a chair naturally, rather than enjoying the thermal effect or massage effect lying down as in the prior art.

In the above, the seated thermal therapy apparatus according to the present invention has been described in detail, but this is only for describing the most preferred embodiments of the present invention, and the present invention is not limited thereto. Are limited.

In addition, anyone of ordinary skill in the art will be able to make various modifications and imitations according to the description of the specification of the present invention, but it will be apparent that this is also outside the scope of the present invention.

Claims (15)

Body portion 100 to allow the user to sit and balance, the back portion 200 that the user can lean on and provide the thermal effect and thermal acupressure effect to the user, and the user raises his leg while sitting Leg portion 300 that can be placed, the power generating portion 400 to move the back portion 200 and the leg portion 300 in the body portion 100, and the back portion 200 And seated heat therapy device comprising a control unit (C) for controlling the leg 300, The main body 100 is the main frame body 110 to provide a sense of balance while holding the overall center and support the center of gravity of the user, and is mounted on the main frame body 110 and the user can sit comfortably A bottom portion 150 to be connected to the main frame body 110 and an armrest member 160 to allow the user to comfortably place his arm on the bottom frame 150; The backrest 200 of the thermal massage unit 210 while holding the back portion of the user while providing a thermal massage effect and massage effect, and the thermal massage unit 210 while holding the back portion of the user And a back seat cover 260 which prevents the heater mounted therein from directly contacting the back of the user; The leg part 300 is connected to the upper horizontal support of the main frame body hinged to the upper end of the frame 320, the lower end of the connecting frame is bent hinged to correspond to the sole of the user A leg frame 310 composed of a bottom frame 330 supporting a portion and an auxiliary frame 340 hinged at an upper end thereof to the main frame body and hinged at a lower end thereof to the bottom frame 330. And a leg massage part 380 mounted on the leg frame 310 to acupressure the leg portion of the user; The power generating unit 400 is mounted inside the main frame body 110, the first cylinder assembly 410 and the leg frame to lay back or raise the thermal massage unit 210 to the front, and the leg frame A second cylinder assembly 420 that lifts the sieve 310 upward or downward, and an air compressor 440 which generates air pressure and transmits the air pressure through the air hose, thereby providing a pressure effect by the air pressure to the user. ); The control unit (C) determines the speed and direction of the transfer motor 222 of the thermal massage unit 210, adjusts the temperature of the heater 242 of the heating mechanism, the first cylinder assembly ( Control the operation of 410 and the second cylinder assembly 420; Seated thermotherapy device characterized in that. The method of claim 1, The main frame body 110 is a vertical support 112, which is erected in the vertical direction, and the upper horizontal support 122 and the lower horizontal support coupled to the vertical support at a right angle and provide a balance while supporting the center of gravity of the user 124, a hinge coupling part 114 formed at the front of the upper horizontal support 122, and a hinge coupling pivot 130 rotatably coupled to the rear of the upper horizontal support 122 Sedentary thermotherapy machine. The method of claim 2, The hinge coupling pivot 130 includes a central shaft 132 formed at its center and a hinge coupling hole 134 formed at one end thereof, and at the other end thereof, are connected to each other through a connecting rod 136. Seated thermotherapy device characterized in that. The method of claim 3, wherein The hinge coupling rotating body 130 is a seated heat therapy device, characterized in that coupled to the coupling 216 formed on the side of the thermal massage unit 210 through the hinge coupling hole 134 formed at one end thereof. The method of claim 4, wherein The hinge coupling pivot 130 has a hook 138 formed on its connecting rod 136, the hook 138 is coupled to the fastening rod 214 of the thermal massage unit 210. Seated thermotherapy device characterized in that. The method of claim 5, The hook 138 is coupled to the fastening rod 214, and in this state, the thermal massage unit 210 is centered on the central axis 132 of the hinge coupling pivot 130. Seated thermal therapy device, characterized in that to rotate. The method of claim 5, When the hook 138 releases the coupling relationship with the fastening rods 214, the thermal massage part 210 is rotated about the hinge coupling hole 134. A sedentary thermotherapy machine. The method of claim 1, The bottom portion 150 is a seated heat therapy apparatus, characterized in that it further comprises a bottom acupressure part 152 on both sides thereof. The method of claim 1, The thermal massage unit 210 includes a body including a curved rail 212, a fastening rod 214, a coupling 216, and a far-infrared radiation plate 218 while forming an overall body; A transfer means including a transfer motor 222 for generating power, a rotating shaft 224 connected thereto, and a shaft fixing part 226 for fixing the rotating shaft; Shanghai body 230 which is screwed to the rotary shaft 224 while moving the heating mechanism up and down at right angles to the longitudinal direction of the rotary shaft 224; The heating mechanism 240 is coupled to the Shanghai fuselage 230 while providing a hot spring effect and acupressure effect on the back of the user; A suppository thermotherapy device comprising: a. The method of claim 1, The connecting frame 320 of the leg part 300 is formed by a hook-type hinge coupling rod 312 on its upper end, and the hook-type hinge coupling rod 312 is a hinge coupling portion of the upper horizontal support 122. Seated thermotherapy device characterized in that the hinge hinged to (114). The method of claim 10, The connecting frame 320 is rotatable with the bottom frame 330 while its upper end is hinged to the hinge coupling portion 114 of the main frame body 110, while the lower end thereof is slightly bent to the front. Seated thermotherapy device, characterized in that coupled to. The method of claim 11, Both bottom ends of the bottom frame 330 are rotatably hinged to the connecting frame 320 and form a bottom surface on which the leg massage part 380 can be placed. The back seat thermotherapy device, characterized in that coupled to the auxiliary frame (340) at the rear. The method of claim 12, One end of the auxiliary frame 340 is hinged to the connecting rod 136 of the main frame body 110, the other end is hinged to the bottom surface of the bottom frame, the center portion thereof is the rear A seated heat therapy apparatus, characterized in that being supported by the auxiliary support 422 and the rotating roller 424 in close contact with. The method of claim 13, When the auxiliary frame 340 is forced from the rear to the front by the auxiliary support 422 and the rotary roller 424, the auxiliary frame 340 is to push up the connection frame 320 in close contact with the front Seated thermotherapy device characterized in that. The method of claim 10, The leg part 300 is fastening the leg massage part 380 on the leg frame body 310, The leg massage part 380 includes an upper massage part 384 for massaging the thigh part of the user by air pressure, and a lower massage part 386 for massaging the leg part of the user by air pressure. A sedentary thermotherapy machine.

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