KR100839649B1 - Medical treatment flag washing system - Google Patents

Abstract

Medical device washer of the present invention is coupled to the opening and closing of the cover in the washing space in the upper opening in the center to accommodate the medical device to be cleaned and the washing tank formed in the drain on the bottom of the washing space, and the washing space of the washing tank A water supply unit formed of a water supply valve connected to a water tank mounted inside the washing apparatus for supplying water to the side of the washing space and spraying the washing liquid onto the surface of the washing liquid filled in the washing tank; In order to supply the disinfectant solution from the installed disinfectant tank, disinfectant supply unit equipped with a disinfectant valve on the side of the water supply valve, and a plurality of vibrators are mounted on the bottom of the washing space and mounted inside the washing apparatus. Ultrasonic cleaning unit for washing the washing object by vibrating the vibrator by the ultrasonic oscillator, and the three An ozone administration unit for supplying ozone generated by installing an ozone generator inside the apparatus to the ozone nozzle formed on the side of the washing space to selectively administer ozone into the washing space or medical equipment, and an air generating apparatus inside the washing apparatus. Presses the air with the air nozzle installed on the upper surface of the cleaning tank and attaches the connecting pipe coupled to the air nozzle in a detachable manner to a medical device having a narrow diameter pipe (channel type) or a hollow part. The leakage check part which checks the leakage of the medical device by injecting it into the device, and controls the water supply part, the disinfectant supplying part, the ultrasonic cleaning part, the ozone injection part and the leak check part, and at the same time selectively performs the cleaning and disinfection step. It consists of a control unit for performing.

Medical Equipment. Dishwasher, Disinfection, Sterilization, Leakage Inspection

Description

Medical device flag washing system

1 is a perspective view showing a medical device washer of the present invention.

Figure 2 is a block diagram showing a control unit of the medical device washing machine of the present invention.

Figure 3 is a block diagram showing the setting mode of the medical device washer of the present invention.

Figure 4 is a perspective view showing a medical device being washed through the medical device washer of the present invention.

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

100: washing device 110: washing tank
111: washing space 111a: step
112: cover 113: drain
114: sensor 115: display window
120: water supply portion 121: water supply valve
122: injection nozzle 123: water supply tank
125: pump 126: water level sensor
130: disinfectant solution provider 131: disinfectant valve
132: disinfectant tank 132a: heating wire
132b: washing nozzle 140: ultrasonic cleaner
141: vibrator 142: ultrasonic oscillator
150: ozone administration unit 151: ozone generator
152: ozone nozzle 160: leak check unit
161: air generator 161a: connector
161b: Air Gun 162: Air Nozzle

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170: control unit 171: button mode

172: Progress selection mode 172a: Cleaning module

172b: disinfectant module 172c: leak check module

173: Continuous progress selection mode 174; Drainage mode

174a: water supply and drainage module 174b: disinfectant cleaning module

175: setting mode 176: audio signal mode

200: medical device 210: flexible

220: auxiliary device 221: injection port

230: main body 231: eyepiece

232: operation switch

The present invention relates to a medical device washer, and more particularly, to a medical device washer that can be efficiently cleaned, sterilized, deodorized, leak check through the ultrasonic and ozone.

A medical device is a device used to treat a disease, and the medical device, such as a needle or a drop injector, is a cheap medical material such as a bacterial or viral infection, or other medical accidents or economic reasons. Equipment that is discarded without being repeatedly reused by such a method, and expensive medical devices such as endoscopes such as laparoscope, thoracoscopic tube, and arthroscopy may be repeatedly reused.

Sterilization for medical instruments that are repeatedly reused here. Failure to deodorize will cause infection of bacteria and viruses in the park.

Conventional disinfection sterilization treatments rely on gas such as ethylene oxide or disinfectant to prevent infection, but it requires complicated work and requires a lot of time for error to remove the gas attached to the device after sterilization. There is a problem that can not be used immediately.

In addition, gases and viscous liquids as in the conventionally presented fiber scope. Medical instruments with narrow diameter pipes (channels) or hollow parts, such as flow paths and forceps insertion paths, must be sterilized after cleaning by ultrasonic cleaning, etc. Ethyl alcohol, quaternary ammonium disinfectant, iodine disinfectant. Conventional sterilization and disinfection methods, such as sterilization by sterilization by aldehyde disinfectants or the like or by immersion in various disinfectants, and gas sterilization by storage in a sealed atmosphere such as formalin gas and ethylene oxide gas, have been widely adopted.

In this same method, the time required for sterilization and deodorization process is long, and frequent reuse is impossible, and there is a disadvantage that a huge washing cost is required every time a complicated washing apparatus is used.

Therefore, the main object of the present invention is to make it possible to efficiently wash, sterilize, deodorize, leak check of the medical device to be cleaned through ultrasonic and ozone.

In addition, another object of the present invention is to select the cleaning function, disinfection function and water leakage check function in each step mode or continuous execution mode to wash the medical device, according to the type or use of the medical device suitable cleaning mode It's about making it happen.

In addition, another object of the present invention is to equip the disinfectant tank with a heating wire to always maintain the disinfectant that does not exhibit re-function at low temperature at room temperature to maximize the disinfection effect through the disinfectant.

Another object of the present invention is to equip the disinfectant tank with a cleaning nozzle capable of spraying the water supplied from the water supply tank so that the disinfectant remaining in the disinfectant tank can be cleaned. This is to avoid dilution of the type of disinfectant.

Furthermore, another object of the present invention is to provide a convenience for the use of the cleaning device by generating a voice guidance signal when the voice signal mode is mounted on the control unit of the washing device to change the mode change in each step or the setting value in the setting mode. There is.

Lastly, another object of the present invention is to install an air gun capable of selectively injecting compressed air in connection with the air supply device of the cleaning device to easily remove water from the medical device after cleaning. have.

In order to achieve the object of the present invention, the medical device cleaning apparatus of the present invention includes a cleaning tank coupled to open and close the cover to the cleaning space opened to accommodate the cleaning target medical device, and a drainage opening on the bottom of the cleaning space. Water supply consisting of a spray nozzle for forming a water supply valve connected to the water supply tank mounted inside the cleaning device to supply the cleaning liquid to the cleaning space of the cleaning tank on the side of the cleaning space and spraying the cleaning liquid onto the surface of the cleaning liquid filled in the cleaning tank. And a disinfectant providing unit equipped with a disinfectant valve for supplying a disinfectant solution to the washing space by receiving a disinfectant solution from the disinfectant tank mounted inside the washing apparatus, and installing a plurality of vibrators on the bottom of the washing space. Cleaning solution by vibrating the vibrator with an ultrasonic oscillator mounted inside the cleaning device. Ultrasonic cleaning unit for cleaning the object to wash through sound waves, and ozone injection unit for supplying ozone to the ozone generator by supplying the ozone nozzle formed on the side of the washing space by installing an ozone generator inside the washing apparatus, and the washing An air generator is installed inside the device to pump air into the air nozzle installed on the upper surface of the washing tank, and to connect the connecting pipe to the air nozzle installed on the upper washing tank. Leakage check unit to check the leakage of the medical device by injecting air into the medical device to combine the medical equipment having, and to control the water supply unit, disinfectant solution supply unit, ultrasonic cleaning unit, ozone administration unit and leakage check unit At the same time, characterized in that configured as a control unit for selectively performing the washing and disinfection progress step.

According to the present invention, the water supply unit and the antiseptic solution providing unit are equipped with a pump to pump the fluid filled in the water supply tank and the antiseptic solution tank respectively provided inside the cleaning device, through each of the water supply valve, the injection nozzle and It is possible to fill each fluid with disinfectant valve, and the step is formed in the inner circumference of the washing space at a certain height from the bottom, and then the water level sensor is installed at the bottom of the step to fill the pump with the proper water level. It is characterized in that the configuration is configured to cut off the fluid supply by turning off (off) the drive.

According to the present invention, the disinfectant tank is installed in the vertical direction to the heating wire bent to be drawn inside to provide a constant temperature in accordance with the period of use of the filled disinfectant solution, and the water supply tank and the washing nozzle on the top of the disinfectant tank It is characterized in that it is configured to wash the inside of the disinfectant tank through the cleaning solution sprayed by mounting.

According to the present invention, the control unit is installed in the front of the washing tank by a touch button method to select a variety of washing module, and filling the water supply to the washing tank by the signal of the control unit and through the vibrator and ozone nozzle Any of the cleaning module to generate ultrasonic waves and ozone inside the cleaning tank to clean the object to be cleaned, the disinfectant module to generate ultrasonic wave and ozone by filling the disinfectant solution, and the leak check module to check the leakage state of the medical equipment. Progress mode selection mode to select and drive one module, and progress of each step of the cleaning module, disinfection module and leak check module to sequentially or irregularly repeat the progress of each step Continuous progress mode selection mode and the water supply or disinfection filled in the washing tank A water supply and drainage mode comprising a water supply and drainage module for draining and supplying water, and a sanitizing solution washing module for washing a washing space filled with a disinfectant solution through a water supply spray nozzle, and on / off of each function means of the cleaning device Characterized in that the setting mode to control the.
According to the present invention, the module progress, the module switching and the set state to the control unit is characterized in that configured to notify each module status as a voice signal through the voice signal mode.

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According to the present invention, the setting mode may be configured to selectively determine whether the heating wire, ultrasonic wave, voice signal, air generating device, cover opening, disinfectant dilution state, water supply tank water level on or off.

According to the present invention, the connection pipe branched from the air generating device of the cleaning device is characterized in that it is configured to remove the water of the medical device after cleaning by coupling to the air gun capable of selective air injection.

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

First, in the drawings, the same components or parts are to be noted that the same reference numerals as possible. In describing the present invention, detailed descriptions of related well-known functions or configurations are omitted in order not to obscure the subject matter of the present invention.

First, as shown in Figures 1 to 4, the cleaning device of the medical device of the present invention is a washing tank 110, the washing space 111 is formed, and a water supply unit for supplying water to the washing space 111 ( 120, the disinfecting solution providing unit 130 for supplying the disinfecting solution to the cleaning space 111, and ultrasonic cleaning to remove foreign substances on the surface of the medical device 200 by the vibration of sound waves inside the cleaning space (111). The unit 140, the ozone administering unit 150 for decomposing foreign substances on the surface of the medical device 200 by administering ozone in the cleaning space 111, and the control unit for controlling the cleaning device 100 It consists of 170.

The washing tank 110 is coupled to the cover 112 to open and close the washing space 111, the upper opening in the center to accommodate the cleaning target medical device 200, the drain on the bottom surface of the washing space 111 ( 113).

In particular, the front of the inner circumference of the washing space 111 is equipped with a sensor 114 to apply the opening and closing status signal of the cover 112 to the control unit 170 side, the cleaning device 100 in the situation that the cover 112 is open. The driving of the off (off), and only to be driven (on) when the lid 112 is closed.

In addition, the water supply unit 120 has a water supply valve 121 connected to the water supply tank 123 mounted inside the washing apparatus 100 to supply water to the washing space 111 of the washing tank 110. It is formed on the side of 111 and the injection nozzle 122 for spraying the washing liquid over the surface of the washing liquid filled in the washing tank 110.

In addition, the disinfectant solution supply unit 130 receives the disinfectant solution from the disinfectant tank 132 mounted inside the washing apparatus 100 and disinfectant valve 131 on the side of the water supply valve 121 to supply the disinfectant solution to the washing space 111. )).

Here, the disinfectant tank 132 is installed vertically downward bent heating wire 132a introduced into the inside to provide a predetermined temperature in accordance with the period of use of the filled disinfectant solution, the upper portion of the disinfectant tank 132 It is possible to clean the interior of the disinfectant tank 132 through the cleaning liquid sprayed by mounting the cleaning nozzle 132b provided with the cleaning liquid through the water supply tank 123.

In addition, the ultrasonic cleaning unit 140 is a plurality of vibrator 141 mounted on the bottom surface of the washing space 111 and by vibrating the vibrator 141 by the ultrasonic oscillator 142 mounted inside the washing apparatus 100. Clean the medical device 200 to be cleaned.

In addition, the ozone administering unit 150 supplies ozone generated by mounting the ozone generator 151 inside the washing apparatus 100 to the ozone nozzle 152 formed on the side of the washing space 111 to supply ozone to the washing space ( 111) or optionally within the medical device.

Furthermore, the control unit 170 for controlling the cleaning device 100 controls the button unit 171, the disinfectant providing unit 130, the ultrasonic cleaning unit 140, the ozone administration unit 150 at the same time the washing and disinfection progress step Optionally.

Here, the water supply unit 120 and the disinfectant solution supply unit 130 is pumped therein to pressurize the fluid filled in the water supply tank 123 and the disinfectant tank 132 provided inside the cleaning apparatus 100, respectively. (125) to fill the respective fluid to the water supply valve 121, the injection nozzle 122 and the disinfectant valve 131, but the stepped 111a at the inner circumference of the washing space 111 from the bottom surface The water level sensor 126 is installed at the bottom of the stepped portion 111a by the predetermined height, and when the water supply and the disinfecting solution are filled to an appropriate level, the pump 125 is turned off to block the fluid supply.

Further, the control unit 170 is installed on the front surface of the washing tank 110 by a touch button method so as to select various washing modules 172a and the washing by the signal of the control unit 170. Filling the tank 110 with water and the cleaning module 172a and the disinfectant to generate the ultrasonic wave and ozone inside the washing tank 110 through the vibrator 141 and the ozone nozzle 152 to wash the object to be cleaned. Progress status selection to select and drive any one of the sterilizing solution module (172b) and the leak check module (172c) for checking the leak state of the medical device 200 by filling the ultrasonic wave and ozone Mode 172, the progress of each module step of the cleaning module 172a, disinfectant module 172b and the leak check module 172c sequentially or anomalously repeated to allow each module to proceed continuously year A rapid progress situation selection mode 173, the water supply and drainage module 174a for draining and supplying the water supply or disinfectant solution filled in the washing tank 110 and the cleaning space 111 is filled with the disinfectant solution It consists of a water supply and drain mode (174) consisting of a disinfectant solution washing module (174b) for washing through the receiving spray nozzle (122), and a setting mode (175) for controlling the on / off of each functional means of the washing apparatus (100). .

Here, whether the module proceeds to the controller 170 and whether the module is changed or set is enabled through the voice signal mode 176 to inform each module state as a voice signal.

In addition, the setting mode 175 may selectively determine whether the heating wire (132a), ultrasonic, voice signal, air generator 161, cover 112 opening and closing, whether the disinfectant weak dilution state, whether the water supply tank water level is on or off. Make sure

In addition, the connection pipe 161a branched from the air generating device 161 of the cleaning device 100 is coupled to the air gun 161b capable of selective air injection so as to remove water from the medical device 200 after cleaning. do.

Referring to the operation of the present invention as follows.

Medical device 200 to be cleaned is applicable to all the medical device 200 that can be stored in the washing tank (110). In the present invention, the washing process of the endoscope will be described as an embodiment.

First, referring to the configuration of the endoscope, as shown in FIG. 4, the general endoscope 200 includes a main body 230 provided with a suction switch 232 for operation control, a visual confirmation eyepiece 231, and Flexible 210 is connected to the body 230 and inserted into the body of the patient, and the auxiliary device 220 is connected to the end of the flexible 210, the various auxiliary devices and the injection port 221 is connected do.

The endoscope 200 in this configuration is accommodated in the endoscope 200 to be cleaned in the washing space 111 of the washing tank 110, and then connected to the air nozzle 162 free bend connector 161a ) Is connected to the injection port 221 of the endoscope 200 to supply the air injected from the air generator 161 into the endoscope 200 to prepare to check whether the endoscope 200 leaks.

Thereafter, the upper portion of the washing space 111 is opened through the cover 112 to seal.

Here, the sensor 114 mounted in front of the washing space 111 applies the closed state of the cover 112 to the control unit 170 to enable all functions of the washing apparatus 100 to be driven.

Next, the washing mode for washing the endoscope proceeds through the control unit 170.

That is, the progress displayed on the display window 115 proceeds to each mode through the button mode 171.

First, the progress selection mode 172 is subdivided into a washing module 172a, a disinfectant module 172b, and a leak check module 172c. The pump is driven by the washing apparatus 100 by setting it as the initial washing module 172a. The washing liquid filled in the water supply tank 123 by the driving of the 125 can be filled into the washing space 111 through the water supply valve 121, and the appropriate amount of the washing liquid is sensed by the water level sensor 126. To be filled in the washing space (111).

After the washing solution is filled in the washing space 111 by the set amount, the sound waves generated through the ultrasonic oscillator 142 vibrate the vibrator 141 to generate a myriad of bubbles while buried on the surface of the endoscope 200. It is possible to remove the fluid, protein, and at the same time by administering ozone to the washing space 111 with the ozone nozzle 152 through the ozone generator 151, the mucus, the fluid and the residual in the endoscope 200 Try to break down foreign substances such as proteins.

As described above, after the endoscope is first washed through the washing module 172a, the switch is switched to the sanitizing solution module 172b through the button mode 171 to drain the washing solution or dilute a predetermined amount of the sanitizing solution in the washing solution. .

Here, the disinfectant solution to be diluted is determined according to the type or the medical device to be cleaned, and sometimes the bacteria remaining on the surface of the endoscope 200 after filling the disinfectant solution in the washing space 111 after completely draining the washing solution. Sterilize.

At this time, while the disinfectant module 172b is in progress, the ultrasonic cleaning unit 140 and the ozone administering unit 150 may be selectively operated to effectively disinfect the endoscope.

In particular, when the ultrasonic cleaning unit 140 is driven during the disinfection process of the endoscope 200 by the disinfectant module 172b, when the foam is generated from the disinfectant solution containing the surfactant by the vibrating foam, the foam In order to remove the foam by spraying the cleaning solution to the surface of the surface of the disinfectant solution through the spray nozzle 122.

As described above, after the disinfection process of the endoscope through the disinfectant solution is completed, switch to the leak check module 172c to connect the compressed air supplied by the air generating device 161 to the air nozzle 162, the connection pipe (161a) The air is supplied to the inside of the endoscope 200 through the injection port 221 connected to the) to check whether the endoscope leaks.

If a leak occurs in the endoscope 200, the leak state of the endoscope 200 may be determined by bubbles generated while air is injected into the disinfecting or washing liquid.

As such, the washing module 172a, the disinfecting solution module 172b, and the leak checking module 172c may perform the washing function, the disinfection function, and the leak checking function of the endoscope 200 through the washing device 100.

Here, the cleaning module 172a, the disinfectant solution module 172b, and the leak check module 172c are each subjected to a separate progression through the button mode 171 displayed on the display window 115 in the front of the cleaning tank 110. do.

If the work to proceed to each step of the module is cumbersome according to the user's needs through the continuous progress situation selection mode 173, the cleaning module 172a, disinfectant module 172b, leak check module 172c collectively You can proceed continuously.

That is, an operation consisting of the cleaning module 172a, the disinfectant module 172b, and the cleaning module 172a through the continuous progress situation selection mode 173 set by the controller 170, and the cleaning module 172a and the disinfectant module ( 172b), one of the operations consisting of the washing module 172a and the leak check module 172c may be selected to continuously perform the endoscope cleaning cycle process.

In addition, the water supply and drainage mode 174 is a water supply and drainage module (174a) for determining the drainage and water supply of the cleaning solution or disinfectant solution filled in the washing tank 110, and the washing space 111 in the state in which the disinfectant is filled and drained It consists of a sanitizing solution washing module 174b for cleaning the sanitizing solution through the nozzle 132b.

In addition, the setting mode 175 for controlling the on / off of each function means of the washing apparatus 100 is a heating wire 132a, an ultrasonic wave, an audio signal, an air generating device on the display window 115 through the button mode 171. 161, opening and closing of the cover 112, whether the disinfectant dilution state, and whether the water level of the water supply tank 123 is displayed so that it is possible to selectively determine the on / off of the device for performing each function of the cleaning device (100). .

First, the on / off function of the heating wire 132a of the setting mode 171 is a heating wire to prevent a phenomenon that the functionality of the disinfectant solution falls if the disinfectant solution filled inside the disinfectant tank 132 is maintained at a temperature below room temperature in winter. This is to determine the on / off status of a function that maintains the low-temperature disinfectant solution at room temperature through 132a to maintain the functional improvement of the disinfectant solution.

In addition, the ultrasonic on / off function is a module for determining the generation of the ultrasonic wave, the voice signal is the module proceeds to the control unit 170 and the module switching and set the state of each module through the voice signal mode 176 as a voice signal On / off determination to be informed, the on / off function of the air generator 161 is the on / off selection function of the function for injecting air into the endoscope through the leak check module 172c, and the air gun ( 161b) is a function for controlling the function to remove the water of the endoscope is complete cleaning.

In addition, the cover opening and closing function is a function to control the on / off driving state of the cleaning device according to the opening or closing of the cover 112, the disinfectant dilution status check whether the on / off function is the cleaning space (111) It is a function to determine whether to check the dilution state of the disinfectant solution in the washing solution filled in the inside, the on / off function of the water tank level check whether the water supply to supply the washing liquid to the washing space 111 by filling the washing liquid It is an on / off function to fill the water level of the tank 123 by an appropriate amount.

As described above, all functions of the washing apparatus 100 can be controlled through the controller 170, and the endoscope that has been cleaned and disinfected is an air gun 161b which can selectively inject compressed air in association with the air supply device 161. Can be easily removed.

As described above, the medical device washing machine of the present invention has an effect of efficiently washing, sterilizing, deodorizing, and leak checking the cleaning target medical device through ultrasonic waves and ozone.

In addition, the medical device washer of the present invention by selecting the cleaning function, disinfection function and water leakage check function in each step mode or continuous execution mode to clean the medical device, suitable cleaning mode according to the type or use of the medical device It is effective to take.

In addition, the medical device washer of the present invention is equipped with a heating wire in the disinfectant tank has the effect of maximizing the disinfection effect through the disinfectant solution by always maintaining a disinfectant solution that does not exhibit re-function at low temperatures.

In addition, the medical device washer of the present invention is equipped with a cleaning nozzle for injecting the water supplied from the water supply tank in the disinfectant tank so that the disinfectant remaining in the disinfectant tank can be washed to remain in the disinfectant tank. It is effective to prevent dilution of other types of disinfectants.

Furthermore, the medical device washer of the present invention is equipped with a voice signal mode to the control unit of the washing device to generate a voice guidance signal when changing the mode change in each step or setting mode for convenience of use of the cleaning device It is effective to provide.

Finally, the medical device washer of the present invention is installed in the outside of the cleaning device to selectively spray the compressed air in conjunction with the air supply of the cleaning device to simply remove the water on the medical device after cleaning It works.

The present invention described above is not limited to the above-described embodiment and the accompanying drawings, and various substitutions, modifications, and changes are possible within the scope without departing from the technical spirit of the present invention. It will be evident to those who have knowledge of.

Claims (7)

In the medical device cleaning device, A washing tank 110 in which a cover 112 is coupled to the washing space 111 having an upper portion opened to accommodate the cleaning target medical device, and the drainage 113 is formed at the bottom of the washing space 111; In order to supply the washing liquid to the washing space 111 of the washing tank 110, a water supply valve 121 connected to the water supply tank 123 mounted inside the washing apparatus is formed on the side of the washing space 111 and the washing tank ( Water supply unit 120 consisting of a spray nozzle 122 for spraying the cleaning liquid over the surface of the cleaning liquid filled in 110, The disinfectant solution supply unit 130 receives the disinfectant solution from the disinfectant tank 132 mounted inside the washing apparatus and mounts a disinfectant valve 131 for supplying the disinfectant solution to the washing space 111 to the side of the water supply valve 121. Mounting a plurality of vibrator 141 on the bottom surface of the washing space 111 and vibrating the vibrator 141 by the ultrasonic oscillator 142 mounted inside the washing apparatus to provide a sound wave to the cleaning liquid to wash the cleaning object. Ultrasonic cleaning unit 140, An ozone administering unit 150 configured to supply ozone to the ozone nozzle 152 formed at the side of the washing space 111 by mounting the ozone generator 151 inside the washing apparatus to administer ozone to the washing space 111; The air generator 161 is mounted inside the washing apparatus to pressurize air to the air nozzle 162 installed on the upper surface of the washing tank 110 to the air nozzle 162 installed on the washing tank 110. Leakage check unit 160 is coupled to the coupling pipe (161a) to a narrow diameter pipe or a medical device having a hollow portion to inject air into the medical device to check the leakage of the medical device, Control unit for selectively performing the cleaning and disinfection progress step while controlling the water supply unit 120, disinfectant solution 130, ultrasonic cleaning unit 140, ozone administration unit 150 and leak check unit 160 Medical device washer, characterized in that consisting of (170). The method of claim 1, The water supply unit 120 and the antiseptic solution providing unit 130 are equipped with a pump 125 therein so as to pressurize the fluid filled in the water supply tank 123 and the antiseptic solution tank 132 provided inside the washing apparatus, respectively. It is possible to fill each fluid with the water supply valve 121, the injection nozzle 122 and the disinfectant valve 131 through each drain pipe, and the stepped portion 111a at the inner circumference of the washing space 111 is predetermined from the bottom surface. It was formed to be high and then installed the water level sensor 126 on the bottom of the step (111a) when the water supply and disinfectant is filled to the appropriate level is configured to turn off the drive of the pump 125 (off) to block the fluid supply Medical device washer, characterized in that. The method of claim 1, The disinfectant tank 132 is installed in the vertical direction to install a heating wire 132a bent to be drawn inside to provide a predetermined temperature in accordance with the period of use of the filled disinfectant solution, the upper portion of the disinfectant tank 132 water supply tank Medical device washer, characterized in that configured to clean the interior of the disinfectant tank 132 through the washing liquid sprayed by mounting (123) and the washing nozzle (132b). The method of claim 1, The controller 170, A button mode 171 for selecting various washing modules through the display window 115 installed at the front of the washing tank 110, Filling the washing liquid in the washing tank 110 by the signal of the control unit 170 and generates the ultrasonic wave and ozone inside the washing tank 110 through the vibrator 141 and the ozone nozzle 152 to wash the washing object. Select and drive any one of a disinfectant solution module 172b that fills the disinfectant solution to the cleaning module 172a to generate ultrasonic waves and ozone, and a leak check module 172c that checks the leak state of the medical device. The progress selection mode 172 to allow Continuous progress mode selection mode (173) to sequentially progress the respective module progress by repeating the module progress of each of the cleaning module (172a), disinfectant module (172b) and leak check module (172c) sequentially or anomaly )Wow, The water supply and drainage module 174a for draining and supplying the water supply or the disinfectant solution filled in the cleaning tank 110 and the disinfectant solution are filled and washed through the spraying nozzle 122 for water supply in the washing space 111. Water supply and drainage mode (174) consisting of a disinfecting liquid washing module (174b), Medical device washer, characterized in that consisting of a setting mode (175) for controlling the on / off of each functional means of the cleaning device. The method of claim 1, The module 170 and the module switching and setting state in the control unit 170 is configured to notify each module status as a voice signal through the voice signal mode (176). The method of claim 4, wherein The setting mode 175 is a hot wire (132a), ultrasonic, voice signal, air generator 161, opening and closing of the cover 112, whether the disinfectant dilution state check, water tank (123) water level check whether on / off Medical device washer, characterized in that configured to be selectively determined. The method of claim 1, Medical device washer, characterized in that configured to remove the water of the medical device after cleaning by coupling the connection pipe (161a) branched from the air generating device 161 of the washing device to the air gun 161b capable of selective air injection .

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