KR200308223Y1 - The massage and hot-heat treatment machine - Google Patents

Abstract

The subject innovation is the upper and lower bodies (A, B); A control box (C, C ') formed at one side of the upper and lower bodies (A, B) in contact with each other to control each component; A control top plate (D, D ') formed of a swing-type " c " plate structure connected to a hinge (1) on an upper portion of the control box (C, C') to facilitate A / S; Motors E and E 'formed on one side of the lower center of the upper and lower bodies A and B; Poly (F, F ') formed on the side opposite to the motor (E, E'); Upper and lower rails (10a, 10b, 10'a, 10'b) installed at both sides of the motor (E, E ') and the poly (F, F') to correspond to the spine of the patient; Directly connected to the motor (E, E ') and the poly (F, F') has a projection formed in the lower portion located in the center between the upper and lower rails (10a, 10b, 10'a, 10'b) of both sides Timing belts 2 and 2 '; An upper movable body (G) coupled to the timing belt (2) and having a massage conductor (J) and a thermal therapy conductor (110) seated on the upper rails (10a, 10b); A lower movable body (H) coupled to the timing belt (2 ') and having a plurality of thermal therapy conductors (211, 211') seated on the lower rails (10'a, 10'b); Is formed on the upper body (A), is formed on the left and right sides of the upper rail (10a, 10b) is a combined heat therapy device consisting of a thermal therapy ceramics (3,4) configured to treat acupressure heat treatment of both arms of the patient.

Description

The massage and hot-heat treatment machine

The present invention is a technology related to a thermal therapy device that prevents and treats various diseases by massaging the affected part with acupressure poultice using high temperature and far-infrared rays emitted from thermal therapy ceramics, and more specifically, upper and lower body (A, B) )Wow; A control box (C, C ') formed at one side of the upper and lower bodies (A, B) in contact with each other to control each component; A control top plate (D, D ') formed of a swing-type " c " plate structure connected to a hinge (1) on an upper portion of the control box (C, C') to facilitate A / S; Motors E and E 'formed on one side of the lower center of the upper and lower bodies A and B; Poly (F, F ') formed on the side opposite to the motor (E, E'); Upper and lower rails (10a, 10b, 10'a, 10'b) installed at both sides of the motor (E, E ') and the poly (F, F') to correspond to the spine of the patient; Directly connected to the motor (E, E ') and the poly (F, F') has a projection formed in the lower portion located in the center between the upper and lower rails (10a, 10b, 10'a, 10'b) of both sides Timing belts 2 and 2 '; An upper movable body (G) coupled to the timing belt (2) and having a massage conductor (J) and a thermal therapy conductor (110) seated on the upper rails (10a, 10b); A lower movable body (H) coupled to the timing belt (2 ') and having a plurality of thermal therapy conductors (211, 211') mounted on the lower rails (10'a, 10'b); Combined thermal therapy device is formed on the upper body (A), and formed on the left and right sides of the upper rails (10a, 10b) is composed of a thermal therapy ceramics (3, 4) configured to treat acupressure heat treatment of both arms of the patient. It is

The heat therapy device is a physical therapy device that prevents and treats various diseases by acupressure and steaming the spinal nodes of patients using high temperature and far infrared rays emitted from the heat therapy ceramics. Acupressure and poultice.

In general, the conventional thermal therapy bed has a plurality of moving bodies installed by a main body (1 *) in the form of a mat, and the chain (3 *) is operated by the drive of the stationary motor (2 *), as shown in Figs. (4 *) is a linear reciprocating movement on the rail (5 *), the movable plate (6 *) on which the heat treatment ceramic (10 *) is mounted is mounted on the upper side of the movable body (4 *) installed in plurality *) Is configured to ascend and descend by bending rails (7 *) when linearly reciprocating.

The conventional thermal therapy bed as described above consists of a body mat (100 *) on which the upper body of the patient is placed and an auxiliary mat (101 *) on which the lower body of the patient is placed, and a sponge of a predetermined thickness is placed on the body while the fabric It is made of leather seat, and when the patient is lying on the mat to operate the thermotherapy ceramics and the stationary motor with the remote control, the thermotherapy ceramics makes the acupoints of the cervical spine, thoracic spine, lumbar spine, etc. do.

In the above, the heat therapy chair operates up and down along the spine curve of the patient lying on the mat by linear reciprocating motion and ascending and descending, so as to acupressure the menstrual blood of the spine area, and the acupuncture points of the patient with high fever and far infrared rays emitted from the heat therapy ceramics. The poultice will be treated.

However, the conventional thermal therapy bed as described above is provided with a plurality of moving bodies linearly reciprocating by driving the stationary motor to increase the treatment effect, and install a plurality of thermal therapy ceramics on the moving body to acupressure the affected part of the patient. In order to increase the acupressure effect and to install a plurality of thermal therapy ceramics, a plurality of moving bodies are installed so that the operation process is not smooth and productivity is low. I can't.

In order to solve the above problems, Republic of Korea Registered Utility Model Publication No. 20-0288224 is installed on both sides of the hinge shaft and the link brackets on both sides of a moving body that is a linear reciprocating motion of the stationary motor, the both sides of the bracket A pair of thermal therapy ceramics is installed on the upper and lower operating devices of the thermal therapy ceramics configured to increase the acupressure poultice effect of the acupuncture points, to facilitate the operation of the mobile body and the thermal therapy ceramics, and to improve the productivity to reduce the manufacturing cost. It is

Korean Patent Publication No. 10-0349886 describes a heat treatment device configured to move a warmer with a small force by reducing friction when the warmer moves.

Korean Patent Laid-Open Publication No. 2002-0067377 discloses a heat treatment device that can minimize the damage of the cover due to the frictional sound without the friction of the acupressure body and the cover,

Conventional thermotherapy machine can not control the pressure of the acupressure poultice according to the patient's body shape and affected area, and can not massage with the acupressure poultice,

Even if it is configured to massage at the same time with acupressure bath, the therapeutic therapy for massage as configured as in the above technical configuration has a long preheating time and has a problem in use.

In addition, the thermal therapy ceramics coupled to the moving body configured in the lower mat can not move according to the movement of the feet, the heat effect of the poultice is reduced, there is an inconvenience to dismantle the device in order to repair the device failure.

In order to solve the above problems, the present invention is to improve the heat treatment device of the designation of Utility Model Registration Application No. 20-2002-0032238 No. Applicant filed by the present applicant, and massage the affected part of the user with acupressure In order to minimize the fever time of the massage therapy pottery for the massage of the body, a curved space is formed inside the pottery to increase the heating area, thereby minimizing the time required for fever and improving the structure to maximize the effect of preventing and treating various diseases. The purpose is to provide a combined heat therapy device that maximizes the therapeutic effect.

1 is a perspective view of a conventional heat treatment device

2 is a cross-sectional view of the installation state of the existing thermal therapy device

3 is a planar state diagram of the combined heat treatment device according to the present invention

Figure 4 is a state left side massage combined heat treatment according to the present invention

Figure 5 is a configuration state of the upper movable body (G) coupled to the massage ruler (J) and the thermal therapy ruler 110 according to the present invention

Figure 6 is an exploded view of the massage ruler (J) according to the present invention

7 is an exploded view of the massage device 400 according to the present invention

8 is an operating state of the massage combined heat treatment device according to the present invention

<Description of the symbols for the main parts of the drawings>

Hinge (1), timing belt (2, 2 '), thermal therapy ceramics (3, 4, 110, 211, 211'), upper rail (10a, 10b), lower rail (10'a, 10'b), moving body (100), Link stand 108, 108 ', mobile body 110, first, second, third bracket (300, 300', 300 "), shaft insertion hole (301,301 ', 301"), pin insertion hole (302, 302', 302 "), Insertion holes (303,303 ', 303 "), guide pins (304,304"), sockets (310,310 "), power supply lines (311,311"), connection fixtures 320, link bars (330,330'), bracket coupling holes (331,331 ' ), Guide grooves 332 and 332 ', fastening protrusions 333 and 333', hinge shafts 340, protrusions 341, wheels 350 and 350 ', massage holes 400, lower porcelain 410 and insertion holes 411 and 421. , Coupling groove 412, light bulb 413, upper ceramic 420, insertion hole 421, coupling protrusion 422, bush 430, 430 ′, extension 431, 431 ′, upper body A, lower Body (B), Control Box (C, C '), Control Top (D, D'), Motor (E, E '), Poly (F, F'), Upper Moving Body (G), Lower Moving Body (H) , Massage pottery (J)

The present invention for achieving the above object, the upper and lower body (A, B) and; A control box (C, C ') formed at one side of the upper and lower bodies (A, B) in contact with each other to control each component; A control top plate (D, D ') formed of a swing-type " c " plate structure connected to a hinge (1) on an upper portion of the control box (C, C') to facilitate A / S; Motors E and E 'formed on one side of the lower center of the upper and lower bodies A and B; Poly (F, F ') formed on the side opposite to the motor (E, E'); Upper and lower rails (10a, 10b, 10'a, 10'b) installed at both sides of the motor (E, E ') and the poly (F, F') to correspond to the spine of the patient; Directly connected to the motor (E, E ') and the poly (F, F') has a projection formed in the lower portion located in the center between the upper and lower rails (10a, 10b, 10'a, 10'b) of both sides Timing belts 2 and 2 '; An upper movable body (G) coupled to the timing belt (2) and having a massage conductor (J) and a thermal therapy conductor (110) seated on the upper rails (10a, 10b); A lower movable body (H) coupled to the timing belt (2 ') and having a plurality of thermal therapy conductors (211, 211') seated on the lower rails (10'a, 10'b); Combined thermal therapy device is formed on the upper body (A), and formed on the left and right sides of the upper rails (10a, 10b) is composed of a thermal therapy ceramics (3, 4) configured to treat acupressure heat treatment of both arms of the patient. It is

Hereinafter, described in detail by the accompanying drawings as follows.

1 is a perspective view of a conventional thermal therapy device, Figure 2 is a cross-sectional view of the installation state of the existing thermal therapy device, Figure 3 is a combined state thermal therapy planar state diagram according to the present invention, Figure 4 is a massage combined heat therapy left side state view according to the present invention 5 is a configuration state of the upper movable body (G) coupled to the massage conductor (J) and the heat treatment conductor (110) according to the present invention, Figure 6 is an exploded state diagram of the massage conductor (J) according to the present invention, 7 is an exploded state diagram of the massage device 400 according to the present invention, Figure 8 is a diagram showing the operating state of the combined heat treatment device according to the present invention, the hinge (1), the timing belt (2, 2 '), Thermal therapy ceramics (3,4,110,211,211 '), upper rails (10a, 10b), lower rails (10'a, 10'b), mobile body 100, link stages (108, 108'), mobile body (110), first 1,2,3 bracket (300,300 ', 300 "), shaft insertion hole (301,301', 301"), pin insertion hole (302,302 ', 302 "), insertion hole (303,303', 303"), guide pin (304,304) "), Socket (310,310"), former Original supply line (311,311 "), connecting fixture 320, link stages (330,330 '), bracket coupling through holes (331,331'), guide grooves (332,332 '), fastening protrusions (333,333'), hinge shaft (340), protrusions 341, wheels 350 and 350 ′, massage holes 400, lower ceramics 410, insertion holes 411 and 421, coupling grooves 412, light bulbs 413, upper ceramics 420, insertion holes 421. , Coupling protrusion 422, bush 430, 430 ', extension 431, 431', upper body (A), lower body (B), control box (C, C '), control top plate (D, D'), Motors E and E ', polys (F and F'), upper movable body G, lower movable body H, and massager J are shown.

3 and 4 is a plan view and a side view showing the overall configuration form of the subject innovation,

Upper and lower bodies A and B; A control box (C, C ') formed at one side of the upper and lower bodies (A, B) in contact with each other to control each component; A control top plate (D, D ') formed of a swing-type " c " plate structure connected to a hinge (1) on an upper portion of the control box (C, C') to facilitate A / S; Motors E and E 'formed on one side of the lower center of the upper and lower bodies A and B; Poly (F, F ') formed on the side opposite to the motor (E, E'); Upper and lower rails (10a, 10b, 10'a, 10'b) installed at both sides of the motor (E, E ') and the poly (F, F') to correspond to the spine of the patient; Directly connected to the motor (E, E ') and the poly (F, F') has a projection formed in the lower portion located in the center between the upper and lower rails (10a, 10b, 10'a, 10'b) of both sides Timing belts 2 and 2 '; An upper movable body (G) coupled to the timing belt (2) and having a massage conductor (J) and a thermal therapy conductor (110) seated on the upper rails (10a, 10b); A lower movable body (H) coupled to the timing belt (2 ') and having a plurality of thermal therapy conductors (211, 211') seated on the lower rails (10'a, 10'b); It is formed on the upper body (A), and is formed on the left and right sides of the upper rail (10a, 10b) is shown to be composed of a thermal therapy ceramics (3, 4) configured to treat acupressure heat treatment of both arms of the patient,

5 is a view showing the configuration of the upper movable body (G) coupled to the massage ruler (J) and the thermal therapy ruler 110 of the present invention,

The upper movable body (G) and the moving body 100 formed in the center; A thermal therapy conductor (110) fastened to a link stage (108) formed at one side of the mobile body (100); It is shown that it consists of a massage (J) is fastened to the link stage 108 'formed on the other side of the mobile body 100,

6 is an exploded detailed view of the massage ceramic (J),

The massage ceramic (J) has a shaft insertion through-hole (301, 301 ', 301 "formed in the lower end of the heart shape is bent inwardly in the upper portion, and the pin insertion through-hole formed in the upper side of the shaft insertion through hole (301, 301', 301") (302,302 ', 302 ") and the first, second, and third brackets (300,300') which are arranged side by side by being composed of insertion holes (303,303 ', 303") formed at both sides of the pin insertion holes (302, 302', 302 "). , 300 "); A power supply socket 310 and 310 ″ inserted into and fastened to the insertion holes 303 and 303 ″ of the first and third brackets 300 and 300 ″ and connected to the power supply lines 311 and 311 ″; Guide pins 304 and 304 " that are inserted into and coupled to the pin insertion holes 302 and 302 " of the first and third brackets 300 and 300 "; and a second bracket 300 'located between the first and third brackets 300 and 300 ". A cylindrical connecting fixture 320 inserted into and inserted into the insertion hole 303 'of the; A plurality of spherical massage spheres 400 respectively coupled to the fastening connection fixture 320 of the second bracket 300 'and the socket 310 fastened to the first and third brackets 300 and 300 "; It is located between the first and third brackets 300 and 300 "and the second bracket 300 ', and the one side portion has an axial insertion hole 301 and 301" formed in the first and third brackets 300 and 300 "and a pin insertion groove 302 and 302". Bracket coupling through holes (331,331 ') and guide grooves (332,332') are formed in a position corresponding to the opposite side, and the opposite side fastening protrusions (333,333 ') fastened to the linkage (108') coupled to the mobile body (100). ) Is formed in the link stage (330,330 '); the shaft insertion through holes (301,301', 303 "of the first, second, third brackets (300, 300 ', 300") and the bracket coupling hole (331,331) of the link stage (330, 330') Circular rod-shaped hinge shaft 340, which is inserted into the and has a multi-stage projecting portion 341 which is fixed to contact the inner surfaces of the first and third brackets 300 and 300 "and; Wheels inserted into the first, second, and third brackets (300,300 ', 300 ") and the link bars (330, 330') and coupled to the hinge shaft (340) protruding a predetermined length to the outside of the first, the third, brackets (300, 300"). (350,350 '),

7 is an exploded detailed view of the massage device 400,

The massage support 400 has an inner side of the curved hemispherical structure, the insertion hole 411 formed in the center portion and the lower conductor 410 formed with a coupling groove 412 on the inner end surface; A light bulb 413 inserted into the lower ceramic 410; The light bulb 413 is fastened to the coupling groove 412 of the lower ceramic 410 is inserted, the insertion hole 421 formed in the center portion with a curved hemispherical structure inside and the coupling protrusion 422 is formed on the inner end surface; An upper ceramic 420; The upper and lower conductors 410 and 420 are illustrated as being composed of ring-shaped bushes 430 and 430 'having extension portions 431 and 431' inserted into the insertion holes 411 and 421 of the upper and lower conductors 410 and 420.

When the upper and lower conductors 420 and 410 are combined, a curved space is formed to minimize the time for heat conduction through the bulb 413.

The present invention combined with the components of the structure as described above is configured by installing the heat treatment therapy 110 and massager (J) in one moving body linearly reciprocating by the drive of the motor, as well as acupressure and heat treatment The massage can also be performed with a massage therapy thermal therapy that can maximize the therapeutic effect.

Referring to the embodiment according to the present invention in more detail, as shown in Figure 8,

The moving body 100 coupled with the timing belt 2 performs a linear reciprocating motion on the upper rail 11 by the driving of the motor E (see FIG. 3), and the link stage of the moving body 100 ( 108, 108 ') rotatable thermal therapy ceramics 110 and massager (J) is lifted and lowered on the curved rail plate 15, the thermal therapy ceramics 110 and massager coupled to the mobile main body 100 (J) performs a linear movement and descends to perform acupressure steaming and massage of the patient's spinal acupoints, and the center axis of rotation for supporting the first, second, and third brackets (300, 300 ', 300 ") during a straight reciprocating exercise. By the hinge shaft 340, the massage ceramics (J) is pressed by the load of the human body is naturally rotated left and right along the curved surface of the human body,

In addition, the curved space portion is formed in the interior of the massage sphere 400 to which the upper ceramic 420 and the lower ceramic 410 are coupled, thereby minimizing the heat generation time.

As described above, the present invention simultaneously massages the user's affected area with acupressure and massages them, and a curved space is formed inside the ceramic to minimize heating time of the therapeutic therapeutic massage for massage of the affected area, thereby widening the heating area. The purpose is to provide a heat treatment device that maximizes the treatment effect by improving the structure to minimize the time required for fever to prevent and treat various diseases. You get an effect.

Claims (3)

In the massage combined heat treatment device, Upper and lower bodies A and B; A control box (C, C ') formed at one side of the upper and lower bodies (A, B) in contact with each other to control each component; A control top plate (D, D ') formed of a swing-type " c " plate structure connected to a hinge (1) on an upper portion of the control box (C, C') to facilitate A / S; Motors E and E 'formed on one side of the lower center of the upper and lower bodies A and B; Poly (F, F ') formed on the side opposite to the motor (E, E'); Upper and lower rails (10a, 10b, 10'a, 10'b) installed at both sides of the motor (E, E ') and the poly (F, F') to correspond to the spine of the patient; Directly connected to the motor (E, E ') and the poly (F, F') has a projection formed in the lower portion located in the center between the upper and lower rails (10a, 10b, 10'a, 10'b) of both sides Timing belts 2 and 2 '; An upper movable body (G) coupled to the timing belt (2) and having a massage conductor (J) and a thermal therapy conductor (110) seated on the upper rails (10a, 10b); A lower movable body (H) coupled to the timing belt (2 ') and having a plurality of thermal therapy conductors (211, 211') seated on the lower rails (10'a, 10'b); Combined thermal therapy device is formed on the upper body (A), and formed on the left and right sides of the upper rails (10a, 10b) is composed of a thermal therapy ceramics (3, 4) configured to treat acupressure heat treatment of both arms of the patient. . According to claim 1, wherein the massage (J) is formed in the lower end of the shaft insertion hole (301,301 ', 301 "formed in the shape of the upper bend and the shaft insertion hole (301,301', 301") of the image A first insertion side of the pin insertion holes 302, 302 'and 302 " formed in the side portion and insertion holes 303, 303' and 303 " formed in both sides of the pin insertion holes 302, 302 'and 302 " , 2,3 brackets (300,300 ', 300 "); A power supply socket (310,310 ") inserted into and fastened to the insertion hole (303,303") of the first and third brackets (300,300 ") and connected to a power supply line (311,311"); Guide pins 304 and 304 ", which are inserted into and coupled to the pin insertion holes 302 and 302 " of the first and third brackets 300 and 300 "; and a second bracket 300 'located between the first and third brackets 300 and 300 &quot;. A cylindrical connecting fixture 320 inserted into and inserted into the insertion hole 303 'of the; A plurality of spherical massage spheres 400 respectively coupled to the fastening connection fixture 320 of the second bracket 300 'and the socket 310 fastened to the first and third brackets 300 and 300 "; Located between the first and third brackets (300,300 ") and the second bracket (300 '), one side of the shaft insertion hole (301,301") and the pin insertion groove (302,302 "formed in the first, third brackets (300,300") Bracket coupling through holes (331,331 ') and guide grooves (332,332') are formed at a position corresponding to the opposite side, and the opposite side fastening protrusions (333,333 ') fastened to the linkage (108') coupled to the mobile body (100). ) Is formed in the link stage (330,330 '); the shaft insertion through holes (301,301', 303 "of the first, second, third brackets (300, 300 ', 300") and the bracket coupling hole (331,331) of the link stage (330,330') A circular rod-shaped hinge shaft having a multi-stage projecting portion 341 inserted into a ') and having a link stage 330 or 330 fixed to the inner surfaces of the first and third brackets 300 and 300 &quot;340; Wheels inserted into the first, second, and third brackets (300,300 ', 300 ") and the link bars (330, 330') and coupled to the hinge shaft (340) protruding a predetermined length to the outside of the first, the third, brackets (300, 300"). Massage combined heat treatment device, characterized in that consisting of (350,350 '). The lower portion 410 of claim 2, wherein the massage support 400 has an insertion hole 411 formed at a central portion thereof and a coupling groove 412 formed at an inner end surface thereof with a curved hemispherical structure; A light bulb 413 inserted into the lower ceramic 410; The light bulb 413 is fastened to the coupling groove 412 of the lower ceramic 410 is inserted, the insertion hole 421 formed in the center portion with a curved hemispherical structure inside and the coupling protrusion 422 is formed on the inner end surface; An upper ceramic 420; Consists of ring-shaped bushes 430 and 430 'having extension portions 431 and 431' inserted into the insertion holes 411 and 421 of the upper and lower conductors 410 and 420, respectively. The upper and lower conductors 420 and 410 Combined heat treatment device characterized in that the curved space (spherical) space between the combination is formed.