KR890000796Y1 - Medical bath - Google Patents

Abstract

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Description

Medical Bath Bath

1 is a perspective view of an embodiment of the present invention in a state in which the left bath is separated.

2 is a block diagram of a water supply device installed in an embodiment of the present invention.

Figure 3 is a partial cross-sectional view drainage embodiment of the present invention.

4 is a partial excerpt of the water supply and heating device in an embodiment of the present invention.

5 is an extract of the hot air generating device portion of an embodiment of the present invention.

6 is a circuit diagram of an embodiment of the present invention.

* Explanation of symbols for main parts of the drawings

1 gas 2 top plate

5: air supply pipe 6: drain

7: Heater for preheating and warming 8: Sink bath

9: hose 10: drain hole

11: stopper 12: solenoid

15: hot air generator 17: bubble generator

18: water purifier 19: water tank

20: pump 22, 22 ': water level detection rod

23: heater 24: temperature sensor

SV _1: Solenoid Valve FL: Float Male Position

SW ₂ : bubble generating switch SW ₄ : hot air generating switch

SW ₅ : Hot air temperature selection switch RY ₄ , RY ₆ : Relay

TM ₁ , TM ₂ : Timer S _t1 : Contact

The present invention relates to a medical left bath, and an appropriate temperature of about 40-50 ° C. is applied to sterilized purified water in the course of treating surgical lesions of anal diseases such as hemorrhoids or various diseases occurring in the genitals of women. After heating it, supply it to the left bath and soak the affected part (surgical part) in this hot water for a suitable time and steam it at the same time. By draining and operating the hot air generator to dry the left bath area with the hot air supplied from the hot air generator is to increase the effectiveness of treatment.

Conventionally, when washing an affected part (surgical part) in the process of treating anal or genital disease by surgical therapy, pour hot water into a suitable container such as a basin so that the affected part is soaked and move the muscles around the affected part properly. After washing and then using your own or another person's hands to wipe the water, because the posture for the left bathing is unstable, very uncomfortable, accompanied by severe pain in the process of washing and removing water, Because of the artificial progression, discomfort and shame are given to avoid the treatment, such as causing adverse effects on treatment.

The present invention devised a left bath to solve these problems. The chair is designed in a recliner shape to allow the patient to sit in a comfortable position, such as sitting on a chair. When immersed in the supplied hot water, the air supplied by the bubble generator generates bubbles in the hot water at the same time, so washing and massage work on the affected part by the action of these bubbles, and after the predetermined time has elapsed, The hot air supplied from the hot air generator allows the dryness of the left bathing area to be dried so that the washing operation can be completed without pain and discomfort. Accordingly, the effect of treatment can be increased, and the left bath is simply disadvantageous. After one patient has used it, the left side bath can be removed for easy disinfection and cleaning. It is always intended to be used in a clean and hygienic condition.

Hereinafter, the configuration of the present invention according to the embodiment according to the accompanying drawings in detail as follows.

As shown in FIG. 1, the body 1 is manufactured in an armchair shape so that the patient can sit in a comfortable posture, and the upper part has a shape in which the buttocks can be stably placed upon sitting in consideration of ergonomic aspects. The upper plate 2 formed of aluminum is bound so that the left bath 8 formed of synthetic resin is combined to be placed thereon, and the curved inner recessed surfaces of the upper plate 2 and the left bath 8 support the buttocks on both sides. The supporting part (3) (3 ') is returned, and only the tip of the air supply pipe (5) connected to the bubble generator (17) is exposed to the rear recess (4) of the upper plate (2), and the drain hole (6) is exposed. On the formed bottom, a heater 7 for preheating and warming the left bath 8 is embedded, and a hose 9 is attached to the rear indentation 4 ′ of the left bath 8 to the top plate 2. When the left bath 8 is engaged, the end of the hose 9 is fitted to the tip of the air supply pipe 5. It becomes to be connected to each other. In addition, the drain hole 10 drilled in the bottom of the left bath (8) is to be blocked by a stopper (11) installed to be rotated upward on the support piece (11B) to the side (11 A), during the drainage of the drain (6) 12A of the operation | movement operated by the solenoid 12 attached to one side was opened, and the recessed part 4 and 4 'which are mutually joined are heated by the heater 23 in the water tank 19. FIG. The heater 13 and the blowing fan 14 installed in the rear part of the gas 1 as a supply path through which hot water supplied after being heated to an appropriate temperature (40-50 ° C.) flow down, or as shown in FIG. It becomes a supply path of the hot wind supplied from the built-in hot wind generator 15.

Meanwhile, the left control part 16 of the gas 1 has a switch SW ₂ for operating the water supply switch SW ₁ and the bubble generator 17, a switch SW ₅ for operating the hot air generator 15, and drainage. Each switch SW ₄ is installed, and a control unit 16 'on the right side has a timer TM ₁ (TM ₂ ) for controlling the operation time of the bubble generator 17 and the hot air generator 15, respectively. Installed.

2 shows the water supply unit of the present invention, and the water supplied from the water supply source (water supply) through the water supply pipe passes through the water purifier 18, and when the solenoid valve SV ₁ is opened through sterilization and water purification processes, the valve ( When a certain amount of water passes through the SV ₁ ) into the water tank 19, and the purified water reaches a certain level in the water tank 19, a separate heating is performed by the water level sensing device installed in the water tank 19. When the apparatus is operated to be heated to an appropriate temperature and the feed pump 20 is operated, it is transferred to the rear portion of the gas 1 through the supply pipe 21 and is supplied to the upper portion of the recess 4 'of the left bath 8. A certain amount is supplied so that it flows down into the left bath (8 ') along the indentation (4') to take a left bath.

When the hot water is supplied in this way, the stopper 11 of the drain hole 10 should be closed, of course, and the preheating and warming heater 7 installed on the bottom surface of the upper plate 2 is such that the hot water is supplied into the left bath 8. By operating in advance beforehand, the left bath 8 is preheated to prevent hot water from being supplied into the left bath 8 and cooled by the left bath 8 itself while maintaining the temperature of the hot water until the bath is sufficient. Keep it.

4 is a view of the water supply device of the present invention showing the configuration of the water level detection and heating device installed in the water tank 19, the long sensing rod (2 2) and the length on one side in the water tank (19) Is connected to the float switch (FL), and the purified water flows into the water tank (19) to reach a certain level, and the water level is detected by these sensing rods (22, 22 '). The solenoid valve SV ₁ is closed because the float switch FL is turned off. Therefore, no more water is introduced into the water tank 19 and at this time, the heating heater 23 is operated to heat the water in the water tank 19. At this time, the temperature sensor 24 installed at one side is When the temperature of the water to be heated reaches an appropriate temperature (40-50 ℃) for the left bath, it detects this to cut off the power supplied to the heating heater 23 to prevent the heating is more than necessary.

As a peripheral device for driving the left bath according to the present invention configured as described above, a float switch (FL) for sensing the water level of the water tank 19, a water supply solenoid valve SV ₁ and a relay RY ₁ ( RY ₂ ), the storage unit of the heater 23 driven and controlled by the temperature sensor TH for water temperature sensing TH, the contact point S _2a of the relay RY ₂ , and controlled by the water supply switch SW ₁ . Water supply part of the motor (M ₁ ) which is connected in series with the relay (RY ₃ ) and its contact point (S _3a ) to drive the water supply pump 20, the relay (RY) controlled by the bubble generating switch (SW ₂ ) ₄ ), the bubble generator 17 connected in series with the timer TM ₁ and its contact S _t1 , the relay RY _S controlled by the relay RY ₄ contact S _4b , and the left bath 8 Control by the bubble generator drain switch SW _{3 made of} a variable resistor VR ₁ (VR ₂ ) for adjusting the preheating and warming heater 7 and the voltage supplied to the heater 7. The relay (RY _5), the relay (RY ₅₎ Contact point (S _5a) in series connected to the stopper (1) the drainage portion, the hot air switch a solenoid 12 that operates the inter-operation (12A) to open up in that Relay (RY ₆ ) controlled by (SW ₄ ), timer (TM ₂ ) connected in series to contact (S ₆ ) of this relay (RY ₆ ) and relay (RY ₇ ) connected in series to its contact (S _t2 ), Hot air consisting of a fan motor (M ₂ ), a hot air temperature selection switch (SW ₅ ), a rectifier diode (D), and a heater (13) connected to the contacts (S _7a ) (S _7b ) of the relay (RY ₇ ), respectively. There is a generation part.

From above, a hose 9 is attached to the left bath 8 so that the hose 9 can be rotated upward on the support piece 11B by the shaft 11A while using the drain hole 6 of the upper plate 2 as a drain hole. (11) can be installed and the preheating and warming heater (7) can be installed in the lower part of the upper plate (2).

Unexplained numeral 25 is a left bath cover, 26 is an over flow, T is a step-down transformer, and RG is a rectifying and smoothing circuit.

Referring to the embodiment of the present invention configured as described above are as follows.

The float switch FL connected to the sensing rods 22 and 22 'for sensing the water level in the water tank 19 is turned on when the water level drops below a certain level, whereby the relay ( RY ₁ ) is driven and the solenoid valve SV ₁ connected in parallel with this relay RY ₁ is operated to open the valve. Thus, purified water flows into the water tank 19 through the water purifier 18. When the water level in the water tank 19 reaches the proper level by the water being used, the sensing rods 22 and 22 'are sensed and the float switch FL is turned off so that the solenoid valve SV ₁ is closed. The flow of water into (19) is stopped, and at this time, the relay RY ₁ is also turned off, so that the contact S _1a is turned on. Thus, when water is supplied to the water tank 19 at an appropriate level, the temperature of the water is sensed by the temperature sensor 24. When the temperature of the water falls below an appropriate temperature (40-50 ° C.) suitable for a bath, the temperature of the temperature sensor 24 As the contact is turned on, the relay RY ₂ is driven and the contact S _2a is turned on, thereby heating the water by operating a heating heater 23 of about 1KW. When the temperature of the water to be heated reaches the appropriate temperature, the contact of the detector 24 is turned off, the heater 23 is stopped.

However, when the quantity in the water tank 19 is below a certain level, the relay RY ₁ is in the on state, and thus the contact S _1a is in the off state, and thus the relay RY ₂ can be driven. Since there is no heater 23, the heater 23 is not operated.

In this way, after the water temperature in the water tank 19 is heated to reach an appropriate temperature, when the water supply switch SW ₁ is turned on, the relay RY ₃ is driven so that the contact point S _3a is turned on. Water supply motor (M ₁ ) is operated so that the pump 20 transfers the hot water in the water tank (19) through the supply pipe 21 to the upper side of the rear of the gas (1) indentation (4) on the rear of the left bath (8) ') Is supplied to the upper side so that the hot water flows down through the concave portion 4' so that the hot water in the water tank 19 is entirely supplied to the left bath (8).

In this case, the water level in the water tank 19 is lowered so that the float switch FL is turned on, but the solenoid valve SV ₁ is turned off by the contact S _{3b which} is in the shut-off state of the relay RY ₃ being driven. Since it does not operate, it does not open, so that cold water does not flow into the water tank 19 in the process of supplying hot water to the left bath 8.

After the hot water is supplied into the left bath 8 of this operation, the water supply switch SW ₁ is turned off and the seat is seated on the gas 1 so that the affected part is immersed in the hot water in the left bath 8, and then the bubble generating switch SW ₂ ) If you turn on the relay (RY ₄ ) and the contact (S _4a ) is turned on, the contact (S _t1 ) of the timer (TM ₁ ) is turned on for the time set accordingly. The bubble generator 17 is driven and the left bath 8 through the hose 9 which is coupled to the tip of the supply pipe 5 on the inlet 4, 4 ′ side via the supply pipe 5. It is injected into the warm water in the) to generate bubbles, and thus the affected part is stimulated by the rising bubbles and the flow of hot water by these, so that the washing is in progress with the massage.

The heater 7 provided in the bottom of the top plate (2) in this process is so because it is in the contact point (S _4b), the "on" state by the driving of the relay (RY ₄₎ the relay (RY ₈₎ is driven. " Since the hot water in the bath (8) and the left bath (8) does not cool down during the bath because it is continuously operated by the power supply through the contact (S _8a ) and the voltage control variable resistor (VR ₁ ) in the warm state, The operating time of the timer TM ₁ is set in advance using an appropriate time (about 10-15 minutes) to sufficiently obtain the effect of washing and massage of the affected part. After this time, the contact point S of the timer TM ₁ is used. _t1 ) is turned off and the operation of the bubble generator 17 is also stopped. Then, when the drain switch SW ₃ is turned on, the relay RY ₅ is operated to turn on the contact S _ca. Accordingly, the solenoid 12 is actuated to adhere to one side of the drain opening 6. Since the lower end of the operation 12A is pulled up, the upper end is raised to push the stopper 11 to open the drain hole 10 so that the water in the left bath 8 passes through the drain hole 10 and the drain hole 6. (1) It is drained to the outside.

After draining the water in the left bath 8, the drain switch SW ₃ is turned off and the hot air switch SW ₄ is turned on. The timer TM ₂ is driven by the operation of the relay RY ₆ . The relay RY ₇ is also driven because the contact S _t2 is kept in the warm state for a preset time, so that the hot air generated by the wind by the blower fan 14 is heated by the heater 13 is a recess. It is fed into the left bath (8) through the (4 ') side is to dry the left bath and the left bath.

As the temperature of hot wind in the same drying process is switched to the selection switch (SW ₅₎ selected to be adjustable by the operation switch (SW ₅₎ is the contact (b) of the state of the input AC power by a diode (D) Since it is supplied to the heater 13 in a half-wave rectified state, the temperature of the hot air fed into the left bath 8 is halved rather than in the state where the selector switch SW ₅ is switched to the contact point a, and the timer TM ₂ is used. The operation time is set to be a predetermined time (about 3 minutes) suitable for drying, and when the operation is completed, the operation of the timer TM ₂ is stopped and the operation of the hot air generator 15 is also stopped to end the bathing. .

After completing the left bath through this process, the left bath (8) is beaked and disinfected and washed again to combine with the upper plate (2) to allow other patients to bathe in the same manner as described above.

The heater 7 is a relay (RY ₈₎ is in the "off" state in which the contact point (8b _a) is in "on" state heater 7 by the supply voltage adjustment by a variable resistor (VR ₂₎ is continued When not in the left bath, the left bath 8 is preheated. When the water supply switch SW ₁ is turned off, the relay RY ₃ is turned off and the contact S _3b is turned on. Since the solenoid valve SV ₁ is opened by the float switch FL, the water passing through the water purifier 18 is introduced into the empty water tank 19 and the water is heated to an appropriate temperature by the circuit operation described above. The operation will resume.

In this way, this design works by sitting in a comfortable position, not by artificial methods, but by mechanical methods, without pain and discomfort, to clean the affected areas, massage and dry them, so that self-awareness is eliminated. It is a very useful design, such as to improve the treatment and recovery functions.

Claims (4)

The water supply from the water supply is purified and heated to an appropriate temperature, and then the water supply unit to supply water into the left bath (8), the bubble generator to generate bubbles to wash and massage during the left bath, the left bath after the left bath An air supply pipe 5 protrudes from the bubble generating unit and has a drain hole 6 formed on the base plate 2 formed so that the buttocks of the human body are properly placed on the gas 1 having a hot air generating unit for drying water on the site. And a bath (8) having a hose (9) connected to the air supply pipe (5) and extending to the vicinity of the drain hole (10) with a drain hole (10) adapted to fit the top plate (2), and detachable and openable. Medical left bath characterized in that it comprises a. The upper surface of the upper plate (2) is provided with a heater (7) for preheating and keeping warm (7), and the stopper (11) of the drain hole (10) of the left bath (8) is the upper plate (2). Medical left bath characterized in that the opening and closing by the solenoid (12) installed in the drain hole (6). According to claim 1, wherein the drain hole 6 in the center of the upper plate (2) as an openable drain hole, the air supply pipe (5) by connecting a hose (9) extending near the drain hole 6 to the upper plate (2) to the left bath Medical left bath characterized in that to be used. The water level sensing rod (22) according to claim 1 or 2, wherein the heating water supply unit is provided in the water purifier (18), the solenoid valve (SV ₁ ), the water tank (19), the pump (20), and the water tank (19). Float switch FL connected to 22 'and heater 23 actuated by this, and when the temperature of the water heated by heater 23 reaches a proper temperature, it detects this to control the operation of heater 23 It consists of a temperature sensor (24) and the bubble generating unit is a relay (RY ₄ ) operated by the bubble generating switch (SW ₂ ) and the timer (TM ₁ ), the contact point of the timer (TM ₁ ) for controlling the bubble generation time (S ₁ ) _and a bubble generator 17 connected to _t1 ), and the hot wind generator is controlled by the relay RY ₆ operated by the hot wind generator switch SW ₄ and the relay RY ₆ to control the hot air generation time. Timer (TM ₂ ) which is characterized by consisting of a hot air generator 15 and a hot air temperature selection switch (SW ₅ ) operated by them Medical bath.