KR20020027263A - An infrared light treatment apparatus for hospital - Google Patents

Abstract

PURPOSE: Provided is an infrared curing machine for hospitals which easily radiates infrared/far-infrared and heat on a pain part for assigned time to extend blood vessel so that it promotes blood circulation with mitigating pain. CONSTITUTION: The infrared curing machine for hospitals comprises the parts of: a support plate wherein a bracket(64) with multiple casters(62) attached is placed at regular intervals; multiple guide rails(70a,70b,70c) which are vertically placed by a fixed bolt; a 'T'-typed bracket which is inserted into the upper part of the guide rail and fixed by a bolt(82); a slider which is vertically inclined at a front guide rail(70a,70b); a location setting member which holds the movement of the slider; a power switch(102) which is placed at the front side of the slider to control power; a first support(104) which is vertically placed in the upper part of the slider; a timer(106) which is placed at the front side of the slider to count time in turning on the power switch; a heater which receives power from the timer and generates infrared; a head body which receives and protects the heater; a head support stand which supports the head body to rotate vertically; a horizontal adjustment member(114) which rotates the head body to left and right direction in the center of a second support(112); and a vertical location member(130) which is placed between the first and the second support to change the location of the head body.

Description

Hospital infrared treatment device {AN INFRARED LIGHT TREATMENT APPARATUS FOR HOSPITAL}

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a hospital infrared treatment device, and more particularly to a hospital infrared treatment device that can treat pain lesions by irradiating heat and infrared to the pain lesions, and also alleviate pain.

In general, the infrared thermal therapy apparatus is disclosed in Korean Utility Model Publication No. 1999-004942 (published February 5, 1999). The infrared thermal therapy apparatus 1 disclosed in the publication is located inside the lower case 3 which is provided separately from the upper case 2 in which the plurality of ridges 4 are formed, as shown in FIGS. 1 to 3. It is made by mounting the vibration generating device (20).

A pair of bosses 7 are placed on the lower case 3 on the lower side of the ridge 4 so as to face each other, and the pedestal 8 is fixed by means of fixing means such as screws on the protrusions. A socket 9 having a spring 12 embedded therein is fixed thereto, and an upper end of the spring 12 includes a terminal 11 to which an electric wire is connected, and an infrared lamp 10 is mounted on an upper side of the socket 9. It is. The socket 9 is formed with a fastening hole for accommodating the fastening piece of the infrared lamp 10 so that the infrared lamp 10 can be easily replaced.

In addition, the raised portion 4 of the upper case 2 is configured so that the projection holes (5-1) can be intermittently inserted through the pressure-sensitive material (5) through the equal intervals, and the inside center of the case Vibration generating device 20 is installed in the support frame 24 is provided in the lower case 3 between the bosses 7 to fix the vibration generating device 20.

The vibration generating device 20 is mounted on the rotary shaft 22 of the motor 21 eccentrically so as to arbitrarily adjust the operating speed by the control switch 27, and at the same time, the electronic vibration device A vibration swinging piece 26 is attached to the shaft of 25.

When the infrared thermal therapy apparatus 1 configured as described above is supplied with power through the plug 28, power is supplied to the motor 21 or the electromagnetic vibration device 25, which is the vibration generator 20.

As described above, when the infrared thermal therapy apparatus 1 is brought into contact with a predetermined part (pain area) of the body in the state of power supply and the switch is turned on, the infrared lamp 10 is turned on, and the three types of acupressure, warm salt and heat The action improves blood circulation and relieves muscle and nervous tension.

In this state, when the control switch 27 is operated, the oscillating oscillation piece 26 vibrates by reciprocating motion by the motor 21 or the electromagnetic vibrator 25, so that the upper case 2 and the lower case 3 are Since the vibration by the motor 21 and the electromagnetic vibrator 25 is vibrated together, the body part to which the infrared heat treatment device 1 is agitated is vibrated and massaged.

By the way, the conventional infrared heat treatment device configured as described above is provided with an infrared lamp 10 in the socket 9, and if the infrared lamp rises a certain temperature, the infrared lamp may not only be damaged, but also the infrared and heat required for the pain area. Not only does it irradiate enough, but it does not cure pain and alleviate pain, and because the infrared lamp is fixed, it is impossible to change the position of the infrared lamp, so that it is impossible to investigate a specific pain area or is inconvenient to use. There is a problem, and there is a problem in that the structure is complicated and the manufacturing cost cannot be reduced.

Accordingly, the present invention has been made to solve the various problems described above, and an object of the present invention is to easily irradiate the pain area with infrared rays and heat to expand blood vessels to promote blood circulation, and to relieve pain and relieve pain. To provide a hospital infrared treatment device that can be.

Another object of the present invention is to provide a hospital infrared treatment device that can easily adjust the upper, lower height and left and right positions of the infrared radiation head.

Another object of the present invention is to provide a hospital infrared treatment device with a simple structure and low cost.

Still another object of the present invention is to provide an infrared medical treatment apparatus for hospital that can be easily used by anyone.

In order to achieve the above object, the present invention provides a support plate having a plurality of casters attached to the bottom at equal intervals so as to be freely movable, and a plurality of guide rails installed vertically by fixing bolts on the support plate. And a T-shaped bracket fitted to an upper portion of the guide rail and fixed by a bolt, a slider slidably installed up and down on a front guide rail among the guide rails, and an up and down movement of the slider. A positioning member for stopping the power supply, a power switch provided at the front of the slider to control the power, a first support vertically installed at the top of the slider, and a front of the slider to switch on the power switch. Timer to count the time, and receives the power from the timer and outputs infrared A head body for accommodating a heater, the head body for protecting the heater, and a head support for rotatably supporting the head body in an up and down direction, and the head body centering on a second support via the head support. And a left and right direction adjustment member for rotating the left and right sides, and an up and down position adjustment member provided between the first and second posts to vary the upper and lower positions of the head body.

Figure 1 is a longitudinal sectional view schematically showing a conventional infrared thermal therapy device,

2 is a schematic external view of a vibrator applied to FIG. 1;

3 is a schematic external view of another vibrator applied to FIG. 1;

Figure 4 is a front view schematically showing a hospital infrared therapy device according to an embodiment of the present invention,

5 is a right side view of FIG. 4;

6 is a cross-sectional view of the supporting plate taken along arrow VI-VI with the guide rail removed in FIG. 7, FIG.

7 is a bottom view of FIG. 6,

8 is an exploded perspective view of an infrared radiation head applied to a hospital infrared treatment device according to an embodiment of the present invention;

9 is an exploded perspective view of the upper and lower height adjusting members applied to the infrared medical treatment device for a hospital according to an embodiment of the present invention;

10 is a longitudinal cross-sectional view of a black disk applied to a hospital infrared treatment device according to an embodiment of the present invention,

11 is a circuit diagram of a hospital infrared treatment device according to an embodiment of the present invention.

<Explanation of symbols for main parts of the drawings>

100: expectation 102: power switch

100: expectation 104: first prop

106: Timer 108: Heater

110: head support 112: second pillar

114: left and right adjusting member 120: head body

121 Reflector 122: Black Disc

122a: positive silver plate 122b: first ceramic coating layer

122c: far infrared ray emitting particle layer 122d: carbon particle coating layer

122e: second ceramic coating layer 123: inner cap

124: outer cap 125: vent

126: protection net 130: upper and lower position adjustment member

131: external left housing 132: external left housing

133: coil spring 134: steel ball

135: round metal plate 136: inner right housing

137: inner left housing 138: coil spring

139: fastening member 143: fuse

106a: knob

Hereinafter, a hospital infrared treatment apparatus according to an embodiment of the present invention will be described in detail with reference to the accompanying drawings.

Figure 4 is a front view schematically showing a hospital infrared treatment device according to an embodiment of the present invention, Figure 5 is a right side view of Figure 4, Figure 6 is taken along the arrow VI-VI with the guide rail removed in Figure 7 Figure 7 is a cross-sectional view of the support plate, Figure 7 is a bottom view of Figure 6, Figure 8 is an exploded perspective view of the infrared radiation head applied to a hospital infrared treatment device according to an embodiment of the present invention, Figure 9 is an embodiment of the present invention Figure 10 is an exploded perspective view of the upper and lower height adjustment member applied to the hospital infrared treatment device, Figure 10 is a longitudinal sectional view of the black disk applied to the hospital infrared treatment device according to an embodiment of the present invention, Figure 11 is an embodiment of the present invention It is a circuit diagram of the hospital infrared therapy apparatus by an example.

As shown in detail in Figures 4 to 11 hospital infrared treatment device according to the present invention and the support plate 60 is installed at equal intervals the bracket 64 is attached to a plurality of casters 62 at the bottom so as to be freely movable; And a plurality of guide rails 70a, 70b and 70c installed vertically by the fixing bolts 72 on the support plate 60 and the upper portions of the guide rails 70a, 70b and 70c. Slider 90 which is slidably installed on the T-shaped bracket 80 fixed by the position 82 and the guide rails 70a, 70b in front of the guide rails 70a, 70b, 70c. ), A positioning member 100 for stopping the up and down movement of the slider 90, a power switch 102 provided on the front of the slider 90 to intercept power, and the slider 100 A first pillar 104 installed vertically on an upper portion of the first pillar 104 and a front surface of the slider 100. And a timer 106 for counting a time at the time of switching on of the power switch 102, a heater 108 for receiving power from the timer 106, and outputting infrared rays; At the same time, a second support 112 is provided through a head body 120 to be protected, a head support 110 for rotatably supporting the head body 120 in an up and down direction, and the head support 110. A left and right adjusting member 114 which rotates the head body 120 left and right about the first body and the first and second struts 104 and 112, and the upper and lower positions of the head body 120. Up and down position adjusting member 130 for varying the.

The guide rails (70a, 70b, 70c) is preferably installed at a position corresponding to the vertex of the polygon on the support plate 60, more preferably installed by a fixing bolt 72 at a position corresponding to the vertex of the triangle. The lower outer circumferential surfaces of the guide rails 70a, 70b, and 70c are wound by a reinforcing pipe 75 formed by plastic injection.

The heater 108 is coated with an insulating ceramic so as to receive power through lead lines L1 and L2 to radiate far infrared rays.

As shown in detail in FIG. 5, the head body 120 receives the heat generated from the heater 108 and the heater 108, radiates far infrared rays and removes odors. A circular black disk 122, the black disk 122 and the heater 108 is accommodated, the inner cap 123 for receiving the reflecting plate 121 and the inner cap 123 at a predetermined interval And an outer cap 124 to be placed and received, a vent hole 125 for radiating heat to the outside to reduce the temperature in the outer cap 124, and a front side of the black disk 122, and not shown. It is fixed to the front of the outer cap 124 by a fastening member is composed of a protective net 126 to prevent a safety accident.

The black disk 122 adheres to the black silver coated plate 122a, the first ceramic coating layer 122b coated on the front surface of the silver plate 122a, and the first ceramic coating layer 122b. The far-infrared radiation particle layer 122c and the carbon particle coating layer 122d stacked on the far-infrared radiation particle layer 122c so as to radiate far infrared rays and remove odors, and the carbon particle coating layer 122d. The second ceramic coating layer 122e is coated on the carbon particle coating layer 122d to prevent separation of the carbon particles.

The upper and lower position adjusting member 130 has a right coupling port 131a formed in one direction, a through hole 131b is formed in the center, and has a plurality of holes 131c formed at intervals of 90 degrees from each other. The left coupling port 132a is formed to face the outer right housing 131 and the right coupling port 131a formed in the outer right housing 131, and a screw hole 132c is formed in the central boss 132b. And a plurality of holes 131c formed at an outer side of the boss 132b and having a stopper 132d integrally formed at an outer side of the boss 132b, and formed at an interval of 90 degrees to the outer right housing 131. Coil springs 133 respectively inserted, a plurality of steel balls 134 respectively disposed on an upper portion of the coil springs 133, and a plurality of circular through-holes in a predetermined radial direction so that the plurality of steel balls 134 are caught. Circular metal with a hole 135a formed and a polygonal through hole 135b formed in the center A plate 135 and a flange portion 136a through which the through hole 135b formed in the circular metal plate 135 is wound is formed on one side and an inner right housing 136 on which the right coupling port 136b is formed. The left coupling port 137b is formed to face the right coupling port 136b formed in the inner right housing 136, and the inner left housing 137 having the stopper 137a formed in the circumferential direction, and the outer left housing 132. At the same time as the outer side of the boss portion 132b formed on the outer side of the boss portion 132b formed on the inner left housing 137, the other side contacts the stopper 132d formed on the inner left housing 137. A coil spring 138 abutting the formed stopper 137a to bias the inner left and right housings 137 and 136 against the outer left and right housings 132 and 131, and the outer left and right housings 132 and 131 and the inner left. ㆍ Tightening together the right housing (137,136) It consists of a material (139).

In Fig. 4, reference numeral 102a denotes a lamp that lights up when the power switch 102 is switched on, and 106a denotes a lamp indicating that the timer 106 is operating.

In FIG. 8, reference numeral 143 denotes a fuse, 106a is a knob installed in the timer 106 to set an operating time (minutes), LED1, LED2, and LED3 are light emitting diodes, and LED1 represents an operating time of 20. FIG. Light emitting diode for indicating minute setting, LED2 for light emitting diode for setting the operation time for 30 minutes, LED3 for light emitting diode for setting the operating time for 60 minutes, and so on. Of course it can be set arbitrarily).

Next, the operation and effects of the hospital infrared treatment device according to the embodiment of the present invention configured as described above will be described.

First, the operation time is set by the timer 106 in any one of 20 minutes, 30 minutes or 60 minutes, and when the second support 112 is grasped and pushed upwards or downwards to irradiate the pain area with infrared rays, The coil spring 133 installed in the plurality of holes 131c integrally formed in the outer right housing 131 of the positioning member 130 is contracted by the steel ball 134 and at the same time giving a feeling of click. Let's do it.

At this time, the outer left and right housings 132 and 131 of the upper and lower positioning members 130 rotate counterclockwise or clockwise in FIG. 4 around the inner left and right housings 136 and 136. Circular through hole formed in the circular metal plate 135 is a steel ball 134 mounted on the upper portion of the coil spring 133 installed in the plurality of holes 131c formed in the outer right housing 131 of the positioning member 130. It is positioned in abutting contact with 135a.

In addition, fine adjustment of the upper and lower positions of the head body 120 may be adjusted by pushing or lowering the head body 120 upward with respect to the head support member 110 hinged to the head body 120. In addition, since a plurality of casters 62 are attached to the brackets 64 provided at equal intervals below the support plate 60 so as to be able to move freely, the position movement is free, and a plurality of upper portions of the support plate 60 are provided. Guide rails 70a, 70b, 70c are provided, and sliders 90 are provided on the front guide rails 70a, 70b of the guide rails 70a, 70b, 70c so as to slide up and down. In addition, since the upper and lower position adjusting member 130 is provided on the first support 104 provided above the slider 90, the upper and lower position adjusting member 130 can easily adjust the upper and lower positions. I can have a pain part of the head body (1200 beams Is the network 126 side can be easily set position toward the pain site

Next, holding the second strut 112 and rotating the head body 120 in the direction of the arrow or the opposite direction of the arrow in FIG. 4 rotates the head body 120 to the left or right to move the head body 120 to the pain area. After positioning, when the power switch 102 is switched on, the timer 106 counts the time, and the power is applied to the heater 108 through the timer 106 so that the heater 108 starts to generate heat. .

When the heater 108 starts to generate heat and radiates heat, the heat generated by the heater 108 and the heat reflected by the reflector 121 are irradiated onto the circular black disk 122 and at the same time, the inner cap 123. ) And the heat accumulated in the outer cap 124 is radiated to the outside through the vent hole 125 installed at the rear of the outer cap 124.

The black coated silver plate 122a of the circular black disk 122 receives heat from the heater 108 and the reflector plate 121 and heats the first ceramic on the front surface of the silver plate 122a. Infrared and far-infrared rays are radiated by the far-infrared radiation particle layer 122c adhered through the paint coating layer 122b and the carbon-particle coating layer 122d stacked on the far-infrared radiation particle layer 122c to irradiate the pain area to irradiate the blood vessels. It can be expanded to promote blood circulation and at the same time to relieve pain or pain, and also remove odor by the carbon particle coating layer 122d.

In this manner, when the time set in the timer 106 elapses, the timer 106 cuts off the power applied to the heater 108 so that the heater 108 does not generate heat.

In the above description, the specific embodiments have been shown and described, but the present invention is not limited thereto, for example, by those skilled in the art without departing from the concept of the present invention. Of course, the design can be changed in various ways.

As described above, according to the hospital infrared treatment device of the present invention, a plurality of casters are installed at equal intervals through brackets on the lower part of the support plate so as to be freely movable, and a guide rail is vertically installed on the upper part of the support plate, Sliders are provided on the front guide rails so as to be slidable up and down, and the first post is vertically mounted on the slide, and the left and right directions are adjusted via the upper and lower position adjusting members on the first post. A member, a head support for fine adjustment of the upper and lower heights of the head body at the front end of the left and right adjusting members, and a reflector and the heater to reflect the heat generated from the heater and the heater to the head body. It is configured to expand the blood vessel by irradiating infrared and far infrared rays to the pain area by receiving heat reflected from the reflector. Therefore, infrared / far infrared rays and heat can be easily irradiated to the pain area for a time set by a timer to expand blood vessels to promote blood circulation, and to relieve pain and to alleviate pain. Not only can the height and the left and right positions be easily adjusted, but the structure is simple, the manufacturing cost can be reduced, and anyone can easily use it.

Claims (5)

Bracket 64 with a plurality of casters 62 attached to the lower portion so as to be able to move freely is installed vertically by the fixing bolt 72 on the support plate 60 and the upper portion of the support plate 60 A plurality of guide rails (70a, 70b, 70c) to be provided, a T-shaped bracket (80) which is fitted to the upper portion of the guide rails (70a, 70b, 70c) and fixed by a bolt 82, and the guide Slider 90 which is slidably installed up and down on the front guide rails 70a, 70b of the rails 70a, 70b, 70c, and the positioning member which stops the up-down movement of the said slider 90 ( 100, a power switch 102 installed on the front of the slider 90 to intercept power, a first support 104 vertically installed on the upper portion of the slider 100, and the slider 100 A timer 106 installed at the front of the power source and counting the time when the power switch 102 is switched on; A heater 108 that receives power from the timer 106 and outputs infrared rays, a head body 120 that accommodates and protects the heater 108, and the head body 120 in an up and down direction. Left and right adjusting members 114 which rotate the head main body 120 left and right about the second support 112 via the head support 110 and the head support 110 to be rotatably supported. And an upper and lower position adjusting member (130) provided between the first and second pillars (104, 112) to vary the upper and lower positions of the head body (120). Treatment device. According to claim 1, The guide rails (70a, 70b, 70c) is preferably installed at a position corresponding to the vertex of the polygon on the support plate 60, More preferably, the fixing bolt at a position corresponding to the vertex of the triangle And a lower outer circumferential surface of the guide rails (70a, 70b, 70c) is wound by a reinforcement pipe (75) formed by plastic injection. According to claim 1, The upper and lower position adjusting member 130 is formed with a right coupling port (131a) in one direction, a through hole 131b is formed in the center, a plurality of formed at intervals of 90 degrees to each other An outer right housing 131 having a hole 131c and a left coupling port 132a are formed to face the right coupling port 131a formed in the outer right housing 131, and the boss portion 132b is formed at the center boss 132b. A plurality of screw holes 132c are formed, the outer left housing 132 having the stopper 132d integrally formed on the outer side of the boss portion 132b, and the outer right housing 131 spaced 90 degrees apart. Coil springs 133 respectively inserted into the holes 131c of the plurality of steel balls, a plurality of steel balls 134 respectively disposed on the upper portions of the coil springs 133, and a predetermined radius so that the plurality of steel balls 134 are caught. A plurality of circular through holes 135a are formed in the direction and a polygonal through hole 135b is formed in the center portion. The formed circular metal plate 135 and the flange portion 136a through which the through hole 135b formed in the circular metal plate 135 is formed are formed on one side and the inner right housing 136 on which the right coupling port 136b is formed. And a left coupling port 137b formed to face the right coupling port 136b formed in the inner right housing 136 and an inner left housing 137 having a stopper 137a formed in the circumferential direction, and the outer left housing. At the same time as the outer side of the boss 132b formed in the 132b, the one side abuts the stopper 132d formed outside the boss 132b formed in the inner left housing 137 and the other side of the inner left housing 137. A coil spring 138 abutting on the stopper 137a formed at the upper side and biasing the inner left and right housings 137 and 136 to the outer left and right housings 132 and 131, and the outer left and right housings 132 and 131. And internal left and right housings (137,136) integrally Hospital infrared treatment device, characterized in that consisting of a fastening member 139 to fasten. According to claim 1, wherein the heater 108 is a hospital infrared treatment device, characterized in that the heating wire is coated with an insulating ceramic so as to receive power through the lead lines (L1, L2) to radiate far infrared rays. The method of claim 1, wherein the head body 120 is a circular plate for removing the odor while radiating far infrared rays by receiving the heat generated from the reflector plate 121 for receiving the heater 108 and the heater 108 The black disk 122, the black disk 122 and the heater 108 is accommodated, the inner cap 123 for receiving the reflecting plate 121, and the inner cap 123 to accommodate at a predetermined interval The outer cap 124, the vent hole 125 for radiating heat to the outside to reduce the temperature in the outer cap 124, and at the same time disposed in front of the black disk 122, the fastening member (not shown) It is fixed to the front of the outer cap 124 by the hospital infrared treatment device, characterized in that consisting of a protective net (126) to prevent accidents.