KR102070649B1 - A one-day washer-disinfector used by short-time dissolving the powder typed disinfectant - Google Patents

Abstract

The present invention relates to a cleaning sterilizer for endoscope, which improves the conventional method of repeatedly using for 2 to 3 days as long as 5 to 7 days after injecting a liquid sterilizer in a cleaning sterilizer, and, if necessary, the amount of a powder-type disinfectant is adjusted to suit the purpose, and then the disinfectant is introduced into the cleaning sterilizer and dissolves within a short time in order to be effectively used for disinfection or sterilization of the endoscope.

Description

A one-day washer-disinfector used by short-time dissolving the powder typed disinfectant}

The present invention relates to an endoscope cleaning sterilizer, by improving the method used repeatedly for 5 to 7 days for a short period of 2-3 days after injecting a conventional liquid disinfectant to the cleaning sterilizer, the purpose of the powder disinfectant The present invention relates to an endoscope one-day cleaning sterilizer which can be used for disinfection or sterilization of the endoscope by dissolving in a short time after adjusting the amount accordingly.

Gastrointestinal endoscopy is a heat-stable instrument that is not suitable for sterilization and requires disinfection or sterilization procedures before use to prevent cross-infection. Gastrointestinal endoscopy is a device that comes into contact with mucous membranes and is classified as a semi-critical instrument, which can cause infection if contaminated with microorganisms other than spores. High-level disinfection (HLD) should be applied.

Digestive endoscope reprocessing process is as follows.

1. Cleaning: To remove organic matter and microorganisms, water and detergent or enzyme cleaner are passed through the endoscope channel and the exterior, and the exterior including the endoscope channel is washed with a dedicated brush.

2. Disinfection: Sterilize by disinfecting the endoscope through the cleaning process so that all channels can be disinfected. Conventionally, the disinfectant used in the disinfection process was a liquid, and the liquid disinfectant was injected into the cleaning sterilizer and then used repeatedly for 2 to 3 days for 5 to 7 days and then discharged to the outside.

The present invention focuses on the disinfection process of the digestive endoscope reprocessing process, by adjusting the amount of the powdered disinfectant according to the purpose of disinfection or sterilization through a device not disclosed in the prior art, and disinfecting in a short time by putting in the cleaning sterilizer. Its features are that it can be used.

3. Rinsing: Rinsing is the process of removing the disinfectant remaining in the endoscope after disinfection. Rinse the endoscope exterior and internal channels using sterile water or filtered water.

4. Drying: The endoscope is dried by passing forced air and 70% or more alcohol through the endoscope channel and stored in a dedicated endoscope storage cabinet to prevent reinfection of the endoscope.

As described above, the present invention, in order to improve the use method of the conventional liquid disinfectant, by dissolving the powder disinfectant in an appropriate amount for a short time to disinfect or sterilize so that it can be used for disinfection or sterilization of the endoscope on a daily basis In accordance with the present invention, the present invention relates to an endoscope cleaning sterilizer of the present invention. Republic of Korea Patent Registration 10-1102668 'endoscope cleaning disinfection device, endoscope cleaning method using the endoscope cleaning disinfection device'; Endoscope cleaning disinfection system and endoscope cleaning disinfection device of the Republic of Korea Patent No. 10-0908359; And endoscope cleaning disinfection system of the Republic of Korea Patent Registration 10-0872936; has been disclosed.

Conventional techniques disclosed in connection with the present invention do not disclose a device configuration for disinfecting or sterilizing the endoscope by dissolving the powder type disinfectant in a short time by adjusting the amount for the purpose of disinfection or sterilization.

Republic of Korea Patent Registration 10-1050917 (Registration date July 14, 2011) Republic of Korea Patent Registration 10-1102668 (Registration Date December 28, 2011) Republic of Korea Patent Registration 10-0908359 (Registration date July 10, 2009) Republic of Korea Patent Registration 10-0872936 (Registration date December 02, 2008)

The present invention relates to an endoscope cleaning sterilizer, and after the injection of the conventional liquid disinfectant to the cleaning sterilizer to improve the method used repeatedly for 5 to 7 days for a short 2 to 3 days, disinfecting or disinfecting powder type disinfectant It is an object of the present invention to provide an endoscope one-day cleaning sterilizer for effectively reprocessing an endoscope by adjusting the amount to be sterilized and then dissolving it in a short time.

The present invention washes, disinfects, rinses, and cleans an endoscope based on a Basin (Basin) and a plurality of pipes connected to a faucet installed in the Basin (Basin), and water and a disinfectant solution required for a rinsing process. A first tank for supplying water, a second tank for supplying alcohol necessary for a drying process, and a washing, disinfection, rinsing and drying process for the Basin through a pipe from the first tank and the second tank. A plurality of pumps for supplying water, a disinfectant solution and alcohol through pressure, a case for mounting the Basin, a pipe, a first tank, a second tank, and a pump therein; and the first tank and the second tank. And a control unit electrically connected to the pump to control the operation, the control unit displaying an operating state of the first tank, the second tank, and the pump through a monitor.

A disinfectant mixing unit installed on one side of the case and supplied with a powder disinfectant from the outside and receiving water from the first tank to form a disinfectant mixture in a physically mixed state;

After receiving water (water) temporarily from the outside to serve as the basin (Basin) when washing and rinsing the endoscope, and disinfectant dissolution unit after supplying water to the disinfectant mixture for disinfection of the endoscope The first tank and serves to supply the disinfectant prepared through the supply to the Basin (Basin),

Including a powder disinfectant supply unit consisting of disinfectant dissolution unit supplied to the first tank after disinfectant mixture supplied from the disinfectant mixture is dissolved in a powder type disinfectant in water (filter) through a filter It provides an endoscope one-day cleaning sterilizer for dissolving the powder type disinfectant in a short time.

Endoscope cleaning sterilizer according to the present invention has the following effects.

first. Compared to the conventional method of injecting a liquid disinfectant cleaning sterilizer for several days, the disinfection and sterilization function of the endoscope is very excellent, and the disinfection and sterilization quality is constant, thereby increasing the reliability of the endoscope reprocessing.

second. By adjusting the amount according to the disinfection or sterilization purposes, the powder type disinfectant is added to the cleaning sterilizer and then dissolved within a short time to be used for one day (one-day), there is an advantage that can be used effectively and economically.

third. After mixing the powdered disinfectant with water, the powder-type disinfectant can be dissolved in a short time by swirling around the filter, which has the advantage of being very easy to use.

fourth. By using a powder disinfectant having excellent disinfection or sterilization properties, even when a small amount of powder disinfectant is used, the endoscope has excellent disinfection or sterilization quality.

1 is a perspective view showing the entire external configuration of the endoscope cleaning sterilizer according to the present invention.
Figure 2 is a perspective view showing the overall internal configuration of the endoscope cleaning sterilizer according to the present invention.
Figure 3 is a side view showing the internal configuration of the endoscope cleaning sterilizer according to the present invention.
Figure 4 is a front view showing the internal configuration of the endoscope cleaning sterilizer according to the present invention.
Figure 5 is a side view showing a combined configuration of a custom disinfectant supply unit constituting the endoscope cleaning sterilizer of the present invention.
Figure 6 is a front view showing a combined configuration of the custom disinfectant supply unit constituting the endoscope cleaning sterilizer of the present invention.
Figure 7 is a perspective view showing a combined configuration of the custom disinfectant supply unit constituting the endoscope cleaning sterilizer of the present invention.
8 is an exploded perspective view of the disinfectant dissolving unit constituting the customized disinfectant supply unit shown in FIGS.
9 is another exploded perspective view of the disinfectant dissolving unit constituting the customized disinfectant supply unit shown in FIGS.
10 is a side cross-sectional view of the disinfectant dissolving unit constituting the customized disinfectant supply unit shown in FIGS.
11 is a top view of the disinfectant dissolving unit constituting the customized disinfectant supply unit shown in FIGS.
12 is a perspective view of the tornado generating apparatus constituting the disinfectant dissolving unit shown in FIGS.
Figure 13 is a perspective view showing the flow of disinfectant mixture through the whirlwind generating apparatus constituting the disinfectant dissolving unit shown in Figure 8 to 11.
Figure 14 is a flow chart showing a series of processes through which the disinfectant dissolving unit shown in Figures 8 to 11 powdered disinfectant is prepared as a liquid disinfectant and discharged.

Hereinafter, the technical details of the endoscope cleaning sterilizer 1 according to the present invention will be described in detail with drawings.

As shown in Figures 1 to 12,

Endoscope cleaning sterilizer 1 according to the present invention is a basin (Basin) 21 and the faucet (21-1) provided in the Basin (Basin) 21 is a washing, disinfection, rinsing, drying of the endoscope The first tank 12 for supplying the water and the disinfectant solution for the cleaning, disinfection, and rinsing process through a plurality of pipes 22 connected with the second tank 12, and the second tank 12-1 for supplying alcohol for the drying process. And water, disinfectant, and alcohol necessary for the washing, disinfecting, rinsing and drying process from the first tank 12 and the second tank 12-1 through the pipe 22 to the Basin 21. And a plurality of pumps 23, the Basin 21, the pipes 22, the first tank 12, the second tank 12-1 and the pump 23 to supply the pressure through the pressure. The case 24 mounted therein and the first tank 12, the second tank 12-1 and the pump 23 are electrically connected to control the operation, and the first tank through the monitor 251. 12, of the second tank 12-1 and the pump 23 As a control unit 25 for displaying an operating state,

Disinfectant mixing unit 11 which is installed on the upper side of the case 24 is supplied with powder disinfectant from the outside and water is supplied from the first tank 12 to form a disinfectant mixture in a physically mixed state (11) )Wow,

After receiving the water (water) from the outside temporarily to supply the basin (Basin) 21 when washing and rinsing the endoscope, and water to the disinfectant mixing unit 11 for disinfection of the endoscope The first tank 12 and serves to supply the disinfectant solution prepared through the disinfectant dissolving unit 13 and then supplied to the Basin 21,

Disinfectant dissolving unit for supplying to the first tank 12 after filtering the disinfectant prepared by dissolving the powder disinfectant in water (water) by receiving the disinfectant mixture supplied from the disinfectant mixing unit 11 ( It characterized in that it comprises a custom disinfectant supply unit 10 composed of 13).

Endoscope cleaning sterilizer 1 according to the present invention is an invention having a technical advantage in the disinfection process of a series of endoscope reprocessing process consisting of washing, disinfection, rinsing, drying, as described above, After the injection into (1), avoid the method of using for a long time, disinfect and sterilize the endoscope for 1 day using the disinfecting solution prepared by dissolving in a short time by dissolving powder type disinfectant suitable for the purpose. There is a technical feature to being able to handle it.

This technical feature is presented through the customized disinfectant supply unit 10 of the technical configuration constituting the endoscope cleaning sterilizer (1).

Hereinafter, the technical configuration will be described by limiting the customized disinfectant supply unit 10 among the entire technical configurations of the endoscope cleaning sterilizer 1. The remaining technical configuration except for the customized disinfectant supply unit 10 is a technology that is commonly applied in the endoscope cleaning sterilizer 1, so that additional description thereof will be omitted.

As shown in Figure 1, the customized disinfectant supply unit 10 is mounted to the inner front portion of the endoscope cleaning sterilizer (1). The upper end of the disinfectant mixture 11 is exposed to the outside, the lid can be opened and closed.

In case of injecting a powdered disinfectant, the lid is opened to inject the powdered disinfectant and then the lid is closed to seal it.

5 to 7, the disinfectant mixing unit 11 is connected to the first tank 12, and the first tank 12 is mixed with the disinfectant using the power of the pump 23. Water is supplied to the portion (11).

As described above, the inside of the disinfectant mixing unit 11 supplied with water is simply a mixture of water and powder disinfectant. That is, the powdered disinfectant constitutes a disinfectant mixture in a state in which it is hardly dissolved in water.

At this time, the disinfectant mixture varies the mixing ratio of water (water) and powder type disinfectant according to the purpose of disinfection or sterilization of the endoscope.

That is, for disinfection, the disinfectant mixture is composed by adding 1.2 to 1.7 parts by weight of powdered disinfectant based on 100 parts by weight of water.

And for sterilization, the disinfectant mixture is configured by adding 1.8 to 2.5 parts by weight of powdered disinfectant based on 100 parts by weight of water (water).

As a specific example, for disinfection, 15 g of powdered disinfectant is added to 1 liter of water. For sterilization, add 20 g of powdered disinfectant to 1 liter of water.

The disinfectant mixture is transferred to the disinfectant dissolving unit 13, as shown in FIGS. 5 to 7.

8 to 11, the disinfectant dissolving portion 13 forms a double-cylindrical structure of an outer cylinder 131a and a central cylinder 131b having an open top, and one side of the outer cylinder 131a. A disinfectant mixture inlet 131c is formed at a lower portion thereof, and the central cylinder 131b is in communication with the disinfectant outlet 131d to receive the disinfectant mixture through the disinfectant mixture inlet, and to prepare the disinfectant solution through the outlet 131d. Disinfectant dissolution load 131 to supply to the first tank 12 through,

A filter 132 having a lower end inserted into the central cylinder 131b of the disinfectant dissolving load 131 and mounted in a vertical direction;

The upper case 133 is formed to completely cover the outer cylinder 131a of the disinfectant dissolution load 131 so that the filter 132 is mounted at the inner center.

The disinfectant mixture inlet 131c serves to supply the disinfectant mixture transferred from the disinfectant mixing unit 11 to the disinfectant dissolving unit 13.

At this time, in front of the disinfectant mixture injection port (131c), as shown in Figure 9 to 12, the whirlwind generating guide device (131e) is installed.

The whirlwind generating apparatus 131e corresponds to an important technical configuration of the disinfectant dissolving unit 13, and the disinfectant mixture introduced through the disinfectant mixture inlet 131c generates a whirlwind caused by the vortex, thereby dissolving the disinfectant dissolving unit. It rotates around the outer cylinder 131a and serves to form a water stream rising upward.

'의 측면 구조를 이룬다.As shown in FIG. 12, the tornado induction apparatus 131e is formed of a plate-shaped lower plate constituting a semi-circular bending structure, and an upper plate bent at one end of the lower plate and bent by '┓'.

It forms the side structure of '.

As shown in FIG. 13 through such a structure, the disinfectant mixture is introduced into the 'A' direction through the disinfectant mixture inlet 131c, collides with the front wall, and then flows out in the 'B' direction. A whirlwind is generated while winding the inner space of the lower portion 131. As shown in FIGS. 10 and 11, the front wall is blocked from the other side of the disinfectant mixture inlet 131c, and means the blocked surface.

The whirlwind generating induction apparatus 131e is made of stainless steel having high durability and high corrosion resistance, thereby improving product functionality since there is almost no corrosion or breakage even when used for a long time.

The tornado generating device 131e is composed of stainless steel having high durability and high corrosion resistance,

The stainless steel is Fe 70.15 ~ 73.07 wt%, Nb 0.54 ~ 0.10 wt%, Ti 0.30 ~ 0.60 wt%, C 0.035 ~ 0.057 wt%, Mn 1.01 ~ 1.34 wt%, Si 0.37 ~ 0.56 wt%, Cr 15.21 ~ 19.0 wt%, Ni 7.91 ~ 9.84 wt%, P 0.031 ~ 0.042 wt%, S 0.0001 ~ 0.0015 wt%, N 0.0357 ~ 0.0627 wt%, Mo 0.100 ~ 0.163 wt%, with reduction ratio of 10% ~ 30% After cold rolling, heat treatment to 900 ℃ at a temperature increase rate of 10 ℃ / min, and then maintained at 900 ℃ for 10 to 15 minutes and then used 15 to 20 ℃ water cooled treatment.

Through the cold rolling and heat treatment with the addition of Nb, the stainless steel has high strength and durability. And corrosion resistance improves by adding said Ti.

As shown in (a) and (b) of FIG. 14, the disinfectant mixture injected through the disinfectant mixture inlet 131c generates a whirlwind while passing through the tornado generating device 131e to generate an outer cylinder 131a. Will rotate around.

As shown in Figure 8 and 10, the filter 132 is installed in the central cylinder (131b) of the disinfectant dissolution load 131.

As shown in (c) of FIG. 14, the disinfectant mixture rising upward while rotating around the outer cylinder 131a is rotated around the filter 132 while swirling, wherein the powdered disinfectant is water At the same time it is dissolved quickly through the filter 132 is introduced into the filter. That is, the disinfectant in powder form does not pass through the filter 132 and continuously rotates from the outside, and rapidly dissolves in water, and the disinfectant solution prepared by dissolving passes through the filter 132 continuously. Is generated.

As shown in (d) of FIG. 14, the disinfectant solution prepared by dissolving in water through the process of FIG. 14 (c) is through the disinfectant outlet 131d penetrating the lower portion of the central cylinder 131b. It is supplied to the first tank 12.

The liquid disinfectant solution filled in the first tank 12 is supplied to the Basin 21 through a pipe by using the power of the pump 32, and is supplied to the Basin 21. Disinfection or sterilization process is performed using the disinfectant solution.

The first tank 12 selectively receives water or a disinfecting solution therein according to a washing, disinfecting, and rinsing process during the endoscope reprocessing process. That is, in the washing and rinsing process, water is supplied from the outside and supplied to the Basin 21. In the disinfection process, water is temporarily supplied and then the water ( After receiving the liquid disinfectant solution prepared by dissolving the powdered disinfectant using water) serves to supply to the Basin (Basin) (21).

As described above, the endoscope cleaning sterilizer 1 according to the present invention, unlike the conventional method, adjusts the amount of powdered disinfectant according to the purpose of disinfection or sterilization based on the daily use, and dissolves it in a short time, and uses it for one day. After use, it can be diluted with water and discharged to the outside, so the disinfection and sterilization of the endoscope is very excellent compared to the method of repeatedly injecting liquid disinfectant solution into the device for several days, and the disinfection and sterilization quality is excellent. Constant to increase the reliability of the endoscope reprocessing.

The powdered disinfectant is used in two forms.

first. Sodium percarbonate is used consisting of 20.0 to 60.0 wt%, sodium carbonate 10.5 to 40.0 wt%, citric acid 10.5 to 45.5 wt%.

Specific mixing examples of the powdered disinfectant composed of the sodium percarbonate, sodium carbonate and citric acid are shown in Table 1 below.

ingredient Formulation Example 1 Formulation Example 2 Formulation Example 3 Formulation Example 4 Formulation Example 5 Sodium percarbonate 20.0 wt% 30.0 wt% 40.0 wt% 50.0 wt% 60.0 wt% Sodium carbonate 36.0 wt% 28.0 wt% 23.0 wt% 20.0 wt% 16.0 wt% Citric acid 44.0 wt% 42.0 wt% 37.0 wt% 30.0 wt% 24.0 wt% Sum 100.0 wt% 100.0 wt% 100.0 wt% 100.0 wt% 100.0 wt%

second. 100.0 wt% cleaning composition (A) consisting of 20.0 to 60.0 wt% of sodium percarbonate, 10.5 to 40.0 wt% of sodium carbonate, and 10.5 to 45.5 wt% of citric acid. ˜97.0 wt%,

Ginger tree flower extract 8.5 ~ 25.0 wt%, Camellia petal extract 8.5 ~ 25.0 wt%, Alder tree leaf extract 15.7 ~ 35.0 wt%, Rhododendron extract 13.2 ~ 30.4 wt%, Dandelion extract 10.5 ~ 25.0 wt%, Magnolia extract 10.5 ~ 25.0 wt%, butterbur extract 10.5 ~ 25.0 wt% mixed to prepare a 100.0 wt% of the first natural extract mixture, the first natural extract mixture was concentrated under reduced pressure, using a freeze dryer (2 to 4) After drying for 1 day, 1.5 ~ 10.0 wt% of the natural odor removal extract (B) of the powder ground into a 100 ~ 120 mesh using a homogenizer,

Joiner extract 20.5 ~ 35.0 wt%, rhubarb extract 20.5 ~ 35.0 wt%, bokbunja root extract 20.5 ~ 35.0 wt%, extract 20.5 ~ 35.0 wt% to prepare a second natural extract mixture of 100.0 wt% after the above, The second natural extract mixture was concentrated under reduced pressure, dried for 2 to 4 days using a freeze dryer, and then natural antibacterial extract (C) 1.5 to 10.0, ground to 100 to 120 mesh using a homogenizer. Including wt% is used.

Specific mixing examples of the cleaning composition (A) are shown in Table 2 below.

ingredient Formulation Example 1 Formulation Example 2 Formulation Example 3 Formulation Example 4 Formulation Example 5 Sodium percarbonate 20.0 wt% 30.0 wt% 40.0 wt% 50.0 wt% 60.0 wt% Sodium carbonate 36.0 wt% 28.0 wt% 23.0 wt% 20.0 wt% 16.0 wt% Citric acid 44.0 wt% 42.0 wt% 37.0 wt% 30.0 wt% 24.0 wt% Sum 100.0 wt% 100.0 wt% 100.0 wt% 100.0 wt% 100.0 wt%

Specific blending examples of the natural odor removing extract (B) are shown in Table 3 below.

ingredient Formulation Example 1 Formulation Example 2 Formulation Example 3 Formulation Example 4 Formulation Example 5 Ginger flower
extract 8.5 wt% 12.3 wt% 8.5 wt% 11.3 wt% 8.5 wt% Camellia petal
extract 10.0 wt% 13.5 wt% 16.7 wt% 19.1 wt% 11.6 wt% Silk tree leaf
extract 15.7 wt% 19.8 wt% 15.7 wt% 15.7 wt% 16.2 wt% Rhododendron Extract 17.9 wt% 13.2 wt% 19.4 wt% 13.2 wt% 16.4 wt% Dandelion extract 15.4 wt% 19.1 wt% 10.5 wt% 13.7 wt% 10.5 wt% Magnolia extract 17.7 wt% 10.5 wt% 16.5 wt% 14.2 wt% 15.6 wt% Coltsfoot extract 14.8 wt% 11.6 wt% 12.7 wt% 12.8 wt% 21.2 wt% Sum 100.0 wt% 100.0 wt% 100.0 wt% 100.0 wt% 100.0 wt%

Specific combination examples of the natural antibacterial extract (C) are as shown in Table 4 below.

ingredient Formulation Example 1 Formulation Example 2 Formulation Example 3 Formulation Example 4 Formulation Example 5 Joiner extract 24.0 wt% 21.8 wt% 20.9 wt% 20.8 wt% 20.6 wt% Yellow lotus extract 23.7 wt% 25.3 wt% 26.1 wt% 25.4 wt% 24.2 wt% Bokbunja Root
extract 31.1 wt% 28.6 wt% 27.2 wt% 24.6 wt% 21.5 wt% Yeo extract 21.2 wt% 24.3 wt% 25.8 wt% 29.2 wt% 33.7 wt% Sum 100.0 wt% 100.0 wt% 100.0 wt% 100.0 wt% 100.0 wt%

Specific compounding examples of the powdered disinfectant are shown in Table 5 below.

ingredient Formulation Example 1 Formulation Example 2 Formulation Example 3 Formulation Example 4 Formulation Example 5 Cleaning composition (A) 86.4 wt% 89.1 wt% 92.6 wt% 93.5 wt% 97.0 wt% Natural Odor Removal
Extract (B) 9.5 wt% 8.4 wt% 5.7 wt% 4.1 wt% 1.5 wt% Natural Antibacterial
Extract (C) 4.1 wt% 2.5 wt% 1.7 wt% 2.4 wt% 1.5 wt% Sum 100.0 wt% 100.0 wt% 100.0 wt% 100.0 wt% 100.0 wt%

The endoscope cleaning sterilizer according to the present invention has a very excellent disinfection and sterilization characteristics of the endoscope compared to the method used for several days after injecting a liquid disinfectant solution, easy to disinfect and sterilize quality control, and injected and used as needed as needed. After dilution, it can be discharged to the outside, so it is easy to use and economical, so it is highly industrially applicable.

1: Endoscopic cleaning sterilizer
10: Customized Disinfectant Supply
11: Disinfectant Mixing Unit
12: first tank
13: Disinfectant Dissection
131: disinfectant load
132: filter
133: upper case
131a: outer cylinder
131b: central cylinder
131c: disinfectant mixture inlet
131d: disinfectant outlet
131e: tornado induction device

Claims (8)

Through a plurality of pipes 22 connected to the basin 21 to which the endoscope is cleaned, disinfected, rinsed, and dried, and the faucet 21-1 installed in the basin 21. A first tank 12 for supplying water and a disinfectant solution for washing, disinfection and rinsing, a second tank 12-1 for supplying alcohol for a drying process, and the first tank 12 and the second A plurality of pumps 23 for supplying pressure, water, disinfectant and alcohol necessary for the washing, disinfecting, rinsing and drying process from the tank 12-1 through the pipe 22 to the Basin 21. And a case 24 for mounting the Basin 21, the pipe 22, the first tank 12, the second tank 12-1, and the pump 23 therein. It is electrically connected to the first tank 12, the second tank 12-1 and the pump 23 to control the operation, the first tank 12, the second tank 12-1 through the monitor 251 And a controller 25 for expressing an operating state of the pump 23. In the endoscope cleaning sterilizer (1),
Disinfectant mixing unit 11 which is installed on the upper side of the case 24 is supplied with powder disinfectant from the outside and water is supplied from the first tank 12 to form a disinfectant mixture in a physically mixed state (11) )Wow,
After receiving the water (water) from the outside temporarily to supply the basin (Basin) 21 when washing and rinsing the endoscope, and water to the disinfectant mixing unit 11 for disinfection of the endoscope The first tank 12 and serves to supply the disinfectant solution prepared through the disinfectant dissolving unit 13 and then supplied to the Basin 21,
Disinfectant dissolving unit for supplying to the first tank 12 after filtering the disinfectant prepared by dissolving the powder disinfectant in water (water) by receiving the disinfectant mixture supplied from the disinfectant mixing unit 11 ( 13) One-day cleaning sterilizer for dissolving powder type disinfectant, characterized in that it comprises a customized disinfectant supply unit consisting of 13) in a short time.
The method according to claim 1,
The disinfectant mixing unit 11 constitutes an endoscope disinfectant disinfectant mixture or an endoscope sterilizer disinfectant mixture,
The disinfectant disinfectant mixture is composed by adding 1.2 to 1.7 parts by weight of powdered disinfectant with respect to 100 parts by weight of water,
The sterilizing disinfectant mixture is an endoscope one-day cleaning sterilizer for dissolving a powdered disinfectant in a short time, characterized in that by adding 1.8 ~ 2.5 parts by weight of powder disinfectant to 100 parts by weight of water (water).
The method according to claim 1,
The first tank 12 is an endoscope one-day cleaning sterilizer for dissolving a powdered disinfectant in a short time, characterized in that the water or disinfecting solution is selectively accommodated according to the washing, disinfection or rinsing process.
The method according to claim 1,
Disinfectant dissolving portion 13 forms a double-cylindrical structure of the outer cylinder 131a and the central cylinder 131b having an open top, and the disinfectant mixture inlet 131c is formed at one lower side of the outer cylinder 131a. The central cylinder (131b) is in communication with the disinfectant outlet (131d), the disinfectant mixture is supplied through the disinfectant mixture inlet, disinfectant for supplying the prepared disinfectant solution to the first tank 12 through the outlet (131d) Anatomical lower part 131,
A filter 132 having a lower end inserted into the central cylinder 131b of the disinfectant dissolving load 131 and mounted in a vertical direction;
Dissolving powder disinfectant in a short time characterized in that it comprises an upper case 133 is formed so that the filter 132 is mounted on the inner center by completely covering the outer cylinder (131a) of the disinfectant dissolution load 131 One-day cleaning sterilizer for endoscopes.
The method according to claim 4,
In front of the disinfectant mixture inlet 131c of the disinfectant dissolution load unit 131, a whirlwind generating induction device 131e for inducing vortex and whirlwind is installed.
The tornado generating device (131e) is formed of a plate-shaped lower plate constituting a semi-circular bending structure, and an upper plate bent at the one end of the lower plate and bent by a '

One-day cleaning sterilizer for dissolving powder type disinfectant in a short time, characterized by forming a side structure of the '.
The method according to claim 5,
Whirlwind generating induction device (131e) is composed of high durability and high corrosion resistance stainless steel,
The stainless steel is Fe 70.15 ~ 73.07 wt%, Nb 0.54 ~ 0.10 wt%, Ti 0.30 ~ 0.60 wt%, C 0.035 ~ 0.057 wt%, Mn 1.01 ~ 1.34 wt%, Si 0.37 ~ 0.56 wt%, Cr 15.21 ~ 19.0 wt%, Ni 7.91 ~ 9.84 wt%, P 0.031 ~ 0.042 wt%, S 0.0001 ~ 0.0015 wt%, N 0.0357 ~ 0.0627 wt%, Mo 0.100 ~ 0.163 wt%, with reduction ratio of 10% ~ 30% After cold rolling, heat treatment to 900 ℃ at a temperature increase rate of 10 ℃ / min, maintained at 900 ℃ for 10 to 15 minutes, and then dissolved in a short time to use a powder type disinfectant, characterized in that water-cooled 15 ~ 20 ℃ Endoscopic one-day cleaning sterilizer.
The method according to claim 1,
Powdered disinfectant is a one-day cleaning sterilizer for dissolving a powdered disinfectant in a short time, characterized in consisting of sodium percarbonate 20.0 ~ 60.0 wt%, sodium carbonate 10.5 ~ 40.0 wt%, citric acid 10.5 ~ 45.5 wt%.
The method according to claim 1,
The powdered disinfectant comprises 100.0 wt% of cleaning composition (A) 85.0 to 97.0 wt%, consisting of 20.0 to 60.0 wt% of sodium percarbonate, 10.5 to 40.0 wt% of sodium carbonate, and 10.5 to 45.5 wt% of citric acid,
Ginger tree flower extract 8.5 ~ 25.0 wt%, Camellia petal extract 8.5 ~ 25.0 wt%, Alder tree leaf extract 15.7 ~ 35.0 wt%, Rhododendron extract 13.2 ~ 30.4 wt%, Dandelion extract 10.5 ~ 25.0 wt%, Magnolia extract 10.5 ~ 25.0 wt%, butterbur extract 10.5 ~ 25.0 wt% mixed to prepare a 100.0 wt% of the first natural extract mixture, the first natural extract mixture was concentrated under reduced pressure, using a freeze dryer (2 to 4) After drying for 1 day, 1.5 ~ 10.0 wt% of the natural odor removal extract (B) of the powder ground into a 100 ~ 120 mesh using a homogenizer,
Joiner extract 20.5 ~ 35.0 wt%, rhubarb extract 20.5 ~ 35.0 wt%, bokbunja root extract 20.5 ~ 35.0 wt%, extract 20.5 ~ 35.0 wt% to prepare a second natural extract mixture of 100.0 wt% after the above, The second natural extract mixture was concentrated under reduced pressure, dried for 2 to 4 days using a freeze dryer, and then natural antibacterial extract (C) 1.5 to 10.0, ground to 100 to 120 mesh using a homogenizer. Endoscopic one-day cleaning sterilizer for dissolving a powder type disinfectant comprising a wt% in a short time.

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