KR20040079107A - The assembly structure of hyperthermo-therapeutical apparatus - Google Patents

Abstract

PURPOSE: Provided is assembly structure of warmth therapeutic apparatus to reduce the production costs, and to make the easy assembling and After-Sale-Service work possible, by improving the assembly structure of a warmth therapeutic apparatus for pressing-fomenting user's backbone and correcting it. CONSTITUTION: The warmth therapeutic apparatus includes; therapeutic ceramics(122) having a rolling or finger-pressure-tool shape; a scoliosis correction device(120) longitudinally arranged and moving back and forth the therapeutic ceramics(122); and an upper therapeutic mat in which user's upper body is located; and a lower therapeutic mat in which his/her lower body is located; while the assembly structure includes; a first assembly(100,100a) composed of warmth therapeutic parts(120,120a); an intermediate assembly(200,200a) composed of a cover(210,210a) of the warmth therapeutic parts(120,120a) and a side plate(220,220a); and a second assembly(300,300a) connected to the top of the intermediate assembly as one body.

Description

Assembly structure of hyperthermo-therapeutical apparatus

The present invention relates to an assembly structure of the heat treatment device, and in particular, by improving the assembly structure of the heat treatment device for correcting the spine by pressurizing and steaming the spine of the user, so that the assembly work and A / S can be easily performed while reducing the production cost. It relates to an assembly structure of a heat treatment device.

In recent years, as the standard of living has sharply improved, attention has been focused on health. As a result, personal thermal therapy devices have been devised to pressurize the spine and correct the spine. At home, many studies have been conducted to use the thermal therapy device more effectively. Is currently underway.

Looking briefly about such a heat treatment device, the heat treatment device is largely divided into an upper treatment mat and a lower treatment mat, and the upper body of the user is positioned on the upper treatment mat and the lower body of the user is positioned on the lower treatment mat.

On the upper treatment mat and the lower treatment mat, a thermal treatment component for thermal treatment is installed and used.

The spinal brace used as a heat treatment component on the upper treatment mat is a rolling or acupressure type therapeutic ceramic that is in contact with the user's spine, and a drive transmission device which is fixedly connected to the therapeutic ceramic to reciprocate back and forth the therapeutic ceramic (belt) , Chains, wires, and the like, forward and backward motors and followers formed on front and rear surfaces of the drive transmission device, guide rails for guiding the therapeutic conductor back and forth, and the forward and reverse motors and followers It consists of a protective shield.

Foot treatment device used as a heat treatment component on the upper treatment mat is a foot pressure plate for stimulating or steaming the sole of the user using a projection formed on the front and a treatment lamp installed inside, and formed on the bottom of the foot pressure plate to the user's kidney. According to the guide rail for guiding the front and back of the foot treatment device and the return spring to restore it to the original, and consists of the electrical equipment to protect the guide rail and the return spring.

The heat therapy device configured as described above is heated by pressurizing and steaming the user's vertebrae by pressurizing the spine of the user through the spine brace and foot treatment device, which is a heat treatment part formed on the upper treatment mat and the lower therapy mat, or by pressing and steaming the sole of the user through the foot treatment machine. Although there is an advantage in that it can be treated, the conventional heat treatment device is installed on each of the heat treatment parts (spine braces, foot treatment device, etc.) on a wide base plate, and then urethane is integrally fixed and fixed on the base plate, using the leather It is structured to assemble urethane and the whole base plate.

Therefore, after the heat treatment parts, urethane and leather, which are installed on the base plate, are manufactured separately, they need to be assembled one by one, which not only increases the production cost but also has a disadvantage in that productivity is greatly reduced due to complicated assembly work.

In particular, if A / S occurs, remove the leather from the heat treatment device and separate urethane and electrical equipment one by one, perform A / S with the heat treatment parts exposed to the outside, and re-install it after the A / S is completed. The troublesome and inconvenient problem that should be occurred.

Accordingly, an object of the present invention is to conceive in view of the above-described conventional problems, by improving the assembly structure of the heat treatment device to pressurize and steam the spine of the user to correct the spine, while reducing the production cost and the assembly work and A / It is to provide an assembly structure of the heat treatment device so that the S work can be made easily.

1 is a perspective view of a thermotherapy device according to the present invention,

Figure 2 is a partially separated perspective view of the heat treatment device according to the present invention,

Figure 3 is a perspective view of the main part separation of the heat treatment device according to the present invention,

4 is a cross-sectional view taken along the line A-A of FIG.

5 is a cross-sectional view taken along line B-B of FIG. 1;

6 is a cross-sectional view taken along the line C-C of FIG.

Figure 7 is a cross-sectional view showing the A / S state of the thermal therapy apparatus according to the present invention.

(Explanation of symbols for the main parts of the drawing)

100,100a; First assembly 110,110a; Base plate

120,120a; Thermotherapy components 130,130a, 230,230a; Fastening hole

200,200a; Intermediate assembly 210,210a; Battlefield

220, 220a; Side plates 300,300a; Second assembly

310,310a; Space 320,320a; Reza

330,330a; urethane

As a means for achieving the above object, the present invention, the upper treatment mat and the lower treatment mat is a first assembly formed of a single component is provided with known heat treatment components on top of each base plate made of a plate,

An intermediate assembly is formed on the front and rear surfaces covering the heat treatment component, and the left and right lower ends of the electrical component is provided with a side plate is fastened with a fastening bolt;

The upper surface of the intermediate assembly is integrated with the upper surface of the urethane to be used to the heat treatment component is covered with a leather is formed as another component and is separated from the intermediate assembly at the time of A / S is integrally separated from the first assembly It is a basic feature of the technical configuration that the second assembly that exposes the heat treatment components to the outside.

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

1 is a perspective view of a heat treatment device according to the present invention, Figure 2 is a partially separated perspective view of the heat treatment device according to the present invention, Figure 3 is a perspective view of the main portion of the heat treatment device according to the present invention.

4 to 6 are cross-sectional views taken along the line A-A, B-B, C-C of Figure 1, Figure 7 is a cross-sectional view showing the A / S state of the heat treatment device according to the present invention.

The thermal therapy apparatus of the present invention is also divided into an upper treatment mat 500 and a lower treatment mat 510, and the upper body of the user is positioned on the upper treatment mat 500, and the lower body of the user is positioned on the lower treatment mat 510. Being,

The chiropractic device used as the heat treatment component 120 on the upper treatment mat 500 and the therapeutic conductor 122 in the form of a rolling or acupressure sphere in contact with the user's spine, and integrally with the therapeutic conductor 122 A drive transmission device (belt, chain, wire, etc.) 123 connected and fixed to reciprocate the therapeutic conductor 122, and a forward / reverse motor 125 and a follower 121 for driving the drive transmission device 123; It consists of a guide rail 124 to guide the front and rear of the therapeutic ceramics 122, and the electric field 210 surrounding the stationary motor 125 and the follower 121,

Foot treatment device used as a heat treatment component (120a) on the lower treatment mat 510 is a foot pressure plate 126 for stimulating or steaming the sole of the user using a projection formed on the front and a treatment lamp installed therein, and the foot The guide rail 127 is formed at the bottom of the pressure plate 126 to change the foot treatment unit back and forth according to the height of the user, and the return spring 128 to restore the original, and the return spring 128 and the guide rail 127 are protected. Composed of the electrical equipment 210a is basically the same as the conventional one.

However, the present invention is to improve the assembly structure of the heat treatment device to facilitate the assembly and A / S work, which is the upper treatment mat 500 and the lower treatment mat 510 as shown in Figure 1 to Figure 6 Is largely divided into each of the first assembly 100, 100a, the intermediate assembly 200, 200a, and the second assembly 300, 300a, wherein the intermediate assembly 200, 200a is a second assembly ( 100) has a configuration that is integrally coupled to the lower end of (100a).

The first assembly 100 of the upper treatment mat 500 is a known heat treatment component 120, that is, the therapeutic conductor 122, the drive transmission device 123, the stationary motor (top) on the base plate 110 made of a plate shape 125, a spine brace consisting of the follower 121 and the guide rail 124 is installed to form a single component.

The intermediate assembly 200 is formed on the front and rear surfaces of the electrical equipment 210 covering the heat treatment component 120, the fastening bolt 240 is fixed to the left and right lower ends of the electrical equipment 210, the production time 2 is integrally coupled with the assembly 300.

The second assembly 300 is formed of another component by covering the surface of the urethane 330, the space 310 is formed in the middle so that the known heat treatment component 120 can be used as another component, and when A / S It is integrally separated from the intermediate assembly 200 and has a configuration that exposes the heat treatment components 120 (spine braces) of the first assembly 100 to the outside.

The first assembly 100a of the lower treatment mat 510 has a well-known heat treatment component 120a, that is, a foot pressure plate 126, a guide rail 127, and a return spring 128, on a base plate 110a formed in a plate shape. Foot therapy device consisting of) is installed to form a single component.

The intermediate assembly 200a has a full length 210a covering a portion of the heat treatment component 120 formed on the front surface, and is fastened and fixed by fastening bolts 240a at the lower left and right sides of the full length 210a and is manufactured during the second assembly. It is integrally coupled with the assembly 300a.

The second assembly 300a is formed of another component by covering the surface of the urethane 330a having a space 310a formed therein so that a known thermal treatment component 120a can be used, and forming another component. It is integrally separated from the intermediate assembly 200a and has a configuration of exposing the thermotherapy components 120a (foot treatment unit) of the first assembly 100a to the outside.

Reference numerals 130, 130a, 230, and 230a are fastening holes for fastening and fixing the base plate and the side plates to the foldable body 400 using fastening bolts.

In order to use the present invention configured as described above, first, the first assembly 100 (100a) having a spinal brace and a foot treatment device, which are known thermal treatment parts 120 and 120a, are separately provided on the base plates 110 and 110a. ), The side plates 220 and 220a, the intermediate body 200 and 200a provided with the electrical equipment 210 and 210a, and the urethane 320 and 320a on the urethane 330 and 330a surfaces. After separately manufacturing the formed second assembly 300 and 300a, the intermediate assembly 200 and 200a are integrally coupled to the bottom of the second assembly 300 and 300a through a known coupling method.

Then, the first assembly 100 (100a) is fastened to each of the top of the folding body 400 by using the fastening holes 130, 130a formed on the front and rear surfaces of the base plate (110) (110a).

When the second assembly 300, 300a is placed on top of the first assembly 100, 100a in the above state, the electrical component 210, 210a of the intermediate assembly 200, 200a is a heat treatment component ( Some parts are covered so that 120 and 120a can be operated smoothly and the thermotherapy parts 120 and 120a are located in the spaces 310 and 310a.

In this case, when the fastening bolts are screwed into the fastening holes 230 and 230a formed in the side plates 220 and 220a, the second assembly 300 and 300a are integrally coupled with the intermediate assembly 200 and 200a. Because it is connected integrally to the folding body 400.

When A / S occurs in the coupled state, the operator loosens the fastening bolts that are screwed into the fastening holes 230 and 230a of the side plates 220 and 220a, and the second assembly (from the folding body 400). 300) 300a is separated.

When the worker lifts the separated second assembly 300 (300a), the intermediate assembly 200 (200a) is separated from the first assembly 100 (100a) like the second assembly 300 (300a), and separated In the process to be A / S heat treatment components 120, 120a, that is, the spine braces and foot treatment device is naturally exposed to the outside A / S is made easily.

As described above, according to the present invention, the heat treatment device for pressurizing and steaming the spine of the user to adjust the spine is equally assembled into the first assembly and the second assembly, thereby reducing the production cost and simplifying the assembly work.

In addition, when the second assembly is separated from the first assembly at the time of A / S, the heat treatment parts installed on the base plate are naturally exposed to the outside, so a separate separation work can be easily performed as in the prior art. Is effective.

The present invention has been described above with reference to specific preferred embodiments, but the present invention is not limited to the above embodiments and various changes and modifications may be made by those skilled in the art without departing from the gist of the present invention. Make sure you can.

Claims (1)

The vertebrae corrector 120 for reciprocating back and forth the rolling or acupressure treatment device 122 in the longitudinal direction is installed in the longitudinal direction and the upper treatment mat 500, the upper body of the user is located, and the foot treatment device (120a) is formed in the middle In the heat treatment device consisting of a lower treatment mat 510, the lower body of the user, The upper treatment mat 500 and the lower treatment mat 510 is formed on one of the base plate 110, 110a of the known heat treatment components 120, 120a on the top of each plate formed of a plate A first assembly (100) (100a); The electrical equipments 210 and 210a covering the heat treatment components 120 and 120a are formed in front and rear surfaces, and fastening bolts 240 and 240a are formed at the lower left and right sides of the electrical equipments 210 and 210a. An intermediate assembly (200) (200a) having a side plate (220) (220a) is fastened and fixed by; On the surface of the urethane 330, 330a is integrally coupled to the upper end of the intermediate assembly 200, 200a, the space 310, 310a is formed in the middle so that the heat treatment component 120, 120a can be used Leather 320 (320a) is covered and formed as another component, the thermal treatment component 120 of the first assembly (100) (100a) is separated integrally with the intermediate assembly (200) (200a) during the A / S Assembly structure of the heat treatment device, characterized in that consisting of a second assembly (300, 300a) exposing (120a) to the outside.