JP2006204892A - Cleaning/disinfecting device - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a kit for efficiently performing first aid activity in fire fighting and cleaning/disinfecting work in a hospital. <P>SOLUTION: This cleaning/disinfecting device is constituted by combining a generating/storage water unit of electrolytic water, a pressurizing cleaner and a hand spray. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The present invention relates to a cleaning / disinfecting apparatus, and more particularly to a cleaning / disinfecting apparatus suitable for use in cleaning / disinfecting various types of equipment in emergency operations in a fire fighting or in various hospitals.

  Examples of objects of cleaning and disinfection work generally performed by emergency services in firefighting activities include stretchers with blood, fixed boards for transportation, pus basins, members' fingers and other small items. The cleaning operation includes wiping cleaning, running water cleaning, rubbing cleaning, rinsing and the like. The disinfection work includes wiping disinfection and spray disinfection. In these cases, detergents are mainly used as detergents, and ethanol and the like are mainly used as disinfectants.

  In general, towels, dust cloths, etc. are mainly used for wiping and cleaning. In running water cleaning, tap water, detergent, etc. are put in a bucket, watering machine, etc. to wash away dirt. In rubbing, the blood is solidified, and the sticking blood is washed with a detergent and rubbed with a brush. After the cleaning process, rinsing with tap water completes the cleaning.

  In the subsequent sterilization process, gauze or the like containing ethanol or the like is used for wiping and sterilization, and in spray sterilization, ethanol is typically filled in a hand spray or the like and sprayed onto an object.

  All of the above-described cleaning and disinfection operations require considerable effort. Taking the cleaning and disinfection work of the stretcher as an example, it takes about 10 minutes for wiping and cleaning, about 30 to 40 minutes for running water cleaning, rubbing and rinsing, and about 5 minutes for disinfection.

  In the situation where there is no sink or bucket in wiping and cleaning, it is difficult to squeeze a towel or a cloth that is impregnated with tap water or the like because it wets the periphery. Moreover, when impregnating tap water etc. with a towel, a towel, etc., the operation | work that an operator squeezes with both hands is needed. This operation is a burden on the operator. In addition, it is difficult to say that it is hygienic for an operator to wash towels and rags after wiping off contaminants.

  In running water cleaning, tap water, detergent, etc. are only applied to the object from a bucket, water bottle, etc., so a high cleaning effect cannot be expected.

  In the rubbing cleaning, since the coagulated and sticking blood or the like is rubbed with a brush or the like, there is a concern that the life of the cleaning object may be shortened by friction. In addition, there is a trouble that the detergent used for peeling off by rubbing or the blood peeled off from the object to be cleaned must be rinsed with tap water or the like.

In order to solve the above problems, cleaning / disinfecting work using electrolyzed water can be considered.
When performing the cleaning / disinfection process using electrolyzed water, a method of directly applying the generated electrolyzed water from a generating device is conceivable. However, the workability is not good because the work is performed only in the vicinity of the generating device. Even if a hose or the like is connected to solve the problem, a considerable length of hose is required, and the workability is not so good. In addition, in the case of a production apparatus with a small production amount, sufficient cleaning and disinfection work cannot be performed.

  An object of the present invention is to solve the above-described problems of the prior art. For example, when an emergency crew member in a fire fighting emergency operation cleans and disinfects a stretcher, the work can be performed quickly and with a small burden. An object of the present invention is to provide an apparatus for cleaning and / or disinfection (hereinafter referred to as “cleaning / disinfection”).

A first aspect of the present invention is a cleaning characterized by having an electrolyzed water generating / storing unit for generating strong alkaline electrolyzed water and strong acid electrolyzed water and storing them and a pressure washer for strong alkaline electrolyzed water.・ It is a disinfection device.
Secondly, the present invention is the above-described cleaning / disinfecting apparatus further having a hand spray for strongly acidic electrolyzed water.
Thirdly, the present invention is the above-described cleaning / disinfecting apparatus further including a wet wiper preparation take-out container.
Fourthly, the present invention provides the above-described cleaning / disinfecting apparatus in which a pressurized washing machine is provided with a pressurized spraying function in a water storage tank for strong alkaline electrolyzed water constituting an electrolyzed water generation / storage unit. is there.

5thly this invention is said washing | cleaning and disinfection apparatus with which a pressurization type washing machine has a shoulder belt.
6thly this invention is said washing | cleaning and disinfection apparatus which has a water absorbing sheet.
7thly this invention is said washing | cleaning and disinfection apparatus which forms the kit.
Eighth, the present invention is the above-described cleaning / disinfecting apparatus in which the object of the cleaning / disinfecting apparatus is blood deposits.

  By using the cleaning / disinfecting apparatus of the present invention, the number of steps can be shortened compared to the same type of conventional work, and by using electrolyzed water, a higher cleaning / disinfecting effect can be exhibited, and it is easy to deteriorate The effect of the electrolyzed water is not impaired, and the burden on the operator can be reduced.

  The present invention does not require the use of detergents and ethanol that have been generally used for conventional cleaning and disinfection operations, and includes electrolyzed water (including both strongly acidic electrolyzed water and strongly alkaline electrolyzed water). It is for cleaning and disinfecting. First, it has a generation / storage unit for generating and storing electrolyzed water.

  The electrolyzed water generation / storage unit used in the present invention is a combination of a commonly used electrolyzed water generation device and a storage tank for storing water. By combining the storage tank, a large amount of water is used for cleaning and disinfection processes. Even in the case of using this electrolyzed water, it is possible to immediately fill each component with a necessary amount of electrolyzed water. For this reason, even if it is a production | generation apparatus of a small production amount, it becomes possible to use the electrolyzed water for the capacity | capacitance of a tank at once.

Electrolyzed water is produced by electrolyzing a salt solution obtained by adding a small amount of salt to tap water, and therefore does not contain chemicals or surfactants. After exhibiting the effect, it does not adversely affect the environment because it has the property of returning to normal water.
By washing the alkaline water with strong alkaline electrolyzed water into the pressurized washer from the storage tank and using it for running water cleaning, the cleaning effect is higher than the process of applying tap water, detergent, etc. directly to the target from the current bucket, watering tank, etc. Can be obtained. This is because the strong alkaline electrolyzed water has a high cleaning effect and the pressurized strong alkaline electrolyzed water has an effect of physically separating blood and the like. In addition, since strong alkaline electrolyzed water has a higher peeling effect as the contact time with dirt such as blood becomes longer, a higher cleaning effect can be expected by putting some time after spraying.

Pressurized strong alkaline electrolyzed water can peel and remove sticking blood and the like, so that the conventional scrubbing process is reduced. By reducing the rubbing process, the burden on the object to be cleaned due to friction with a brush or the like can be reduced. Further, since the scraping process is reduced, the use of detergent is eliminated, and environmental considerations are possible. This also reduces the process of rinsing away the detergent. In addition, it was difficult to clean parts with complicated structures such as the movable parts of the stretcher by rubbing without using a pressure washer, but using a pressure washer eliminates the need for rubbing. However, it is easy to clean complicated parts.
Although the pressure-type washing machine is basically used in a stationary manner, in the present invention, it is preferable to adopt a built-in rechargeable pump so that it can be carried. In addition to the rechargeable type, a battery type cleaning machine can be carried. Also, a manual pressurizing pump can be used. A backpack may be attached by attaching a backpack belt.

A cover for waterproofing and antifouling can be attached to the main body of the pressure washer. This cover is preferably formed of a transparent plastic material, which facilitates confirmation of a battery checker attached to the main body.
The pressurizing washer incorporates a switch in its grip and adds a function to hold the switch (such as a stopper). This eliminates the need to hold the grip strongly and reduces the burden on the operator. Become. In addition, a nozzle having two or more spraying ports can be used, thereby enabling a wider range of cleaning.
In addition, it can also be used as a pressure-type washing machine by adding a pressure spraying function to the water storage tank for strong alkaline electrolyzed water. In that case, it becomes possible to move easily by adding a caster function.

Strongly acidic electrolyzed water is mainly used for disinfection (including sterilization and sterilization).
The storage tank for strong acid electrolyzed water is desirably smaller than the tank for storing strongly alkaline electrolyzed water used for cleaning. Basically, the generator generates electrolyzed water by electrolysis, so that strong alkaline electrolyzed water and strongly acidic electrolyzed water can be produced in the same amount. However, in normal cleaning and disinfection work such as stretchers, the washing process uses a larger amount of electrolyzed water than the disinfecting process, so the same amount of water storage tank is used together with strongly acidic electrolyzed water and strongly alkaline electrolyzed water. In such a case, the amount of electrolyzed water remaining in the tank at the end of the cleaning process is larger in strongly acidic electrolyzed water. If the remaining electrolyzed water is left unattended, the performance may deteriorate, which is uneconomical.

  Strongly acidic electrolyzed water has low cytotoxicity, so there is little irritation to the skin, and even if it adheres to the skin or the like during work, it is unlikely that it will be damaged. Therefore, strongly acidic electrolyzed water can also be used for disinfection of fingers and the body.

  These operations are preferably performed by hand spraying. As the hand spray, a known appropriate hand spray can be used. A hand spray in which a small air tank is mounted on the trigger portion is one of the preferred hand sprays, and the tank is filled with air when the operator moves back and forth the trigger. Filling with air allows continuous spraying for a certain amount of time even when the finger is released from the trigger, and spraying can be performed more than once with a conventional spray, reducing the burden on the operator. As a result, the work efficiency can be increased.

  Gauze, non-woven fabric and other appropriate cloths can be used for wiping and cleaning. It is also preferable to use a combination of a wet wiper preparation take-out container and an unwet cloth for wiping and washing. In this case, since there is no operation of squeezing the cloth with both hands, the operator can be provided with a fresh cloth wiper impregnated with electrolyzed water with less burden on the operator. At that time, it is possible to add a higher cleaning effect by using electrolyzed water, particularly strong alkaline electrolyzed water, instead of tap water.

  As described above, the wet wiper preparation / removal container preferably used in the present invention has a liquid storage container main body, an opening for introducing an unwet cloth into the container main body, and a slit portion communicating with the opening. It comprises a lid and a sealing outer lid.

  The opening is sized so that an unwet cloth can be inserted into the inside of the container body, and the slit is designed to have a gap so that the cloth has an appropriate amount of impregnation. By inserting the cloth into the container main body from the opening, the cloth is impregnated with the liquid filled in the container main body and becomes saturated. By passing the cloth in that state through the slit portion and pulling it out to the outside of the container body, the cloth can be made to have an appropriate amount of impregnation. Since the operation of squeezing by this operation is performed, the cloth can be impregnated with a certain liquid.

  The cloth for the wet wiper includes a cloth-like material generally used as a wet wiper. Specifically, non-woven fabrics and woven fabrics (gauze) made of cotton or hemp cellulose, regenerated cellulose, synthetic fibers, and the like are included. In the present invention, these cloths are placed in an unmoistened state, such as a box that can be easily taken out, and are wetted as described above at the time of use.

  In cleaning the object to be cleaned with blood attached thereto, it is preferable that the object to be cleaned is placed on a water absorbent sheet and then cleaned with a pressure washer. As the water-absorbent sheet, a polymer absorbent sheet, a sponge sheet, a cloth, etc., which has as much water absorption as possible and has a high water absorption rate is preferable. In particular, it is preferable to use one having the ability to supply the entire amount of electrolyzed water used in the cleaning operation. By using a water-absorbent sheet, blood peeled from the object to be washed is prevented from flowing into the sewage, and when bacteria such as infectious diseases are mixed in the blood, the sheet after water absorption is sterilized and discarded By doing so, it becomes possible to prevent secondary infection. As the sterilization method, it is most easy to immerse in strongly acidic electrolyzed water contained in a cleaning / disinfecting apparatus, but a sterilizer such as an autoclave can also be used.

The cleaning / disinfecting apparatus of the present invention is preferably supplied to the user in the form of a kit in which one or more other apparatuses such as an electrolyzed water generation / storage unit and a pressurized cleaning machine are combined.
By using the kit of the present invention for cleaning and disinfecting work, it becomes possible to reduce work time and burden on the worker. Further, by using electrolyzed water for cleaning and disinfecting work, a high cleaning and disinfecting effect can be expected, and environmental aspects can be taken into consideration.

Next, embodiments of the cleaning / disinfecting apparatus of the present invention will be described with reference to the drawings.
(1) Generation / Water Storage Unit The generation / storage unit is composed of a generator 1 for generating electrolyzed water, a tank 2 for storing strongly acidic electrolyzed water, and a tank 3 for storing strongly alkaline electrolyzed water in one housing. An all-in-one configuration is ideal. In general, a general production apparatus has a structure in which the generated strong acidic electrolyzed water or strong alkaline electrolyzed water is directly collected, or only one of them is stored and the other is drained.

  The generator 1 generates strongly acidic electrolyzed water, which is an acidic aqueous solution mainly composed of hypochlorous acid, from the anode side of a corneal electrolytic cell by electrolyzing a salt solution obtained by adding a small amount of salt to tap water. . At the same time, strong alkaline electrolyzed water that is an alkaline aqueous solution is generated from the cathode side as a by-product. As performance of the electrolyzed water to be generated, the strongly acidic electrolyzed water has a pH of 2.2 to 2.7, an oxidation-reduction potential (ORP) of about 1100 mV, a residual chlorine concentration of about 10 to 60 ppm, and the strongly alkaline electrolyzed water has a pH of 10.5 to 12.0.

  The strongly acidic electrolyzed water tank 2 is installed inside the generator 1, and the strongly alkaline electrolyzed water tank 3 is arranged outside the generator 1.

  The strongly acidic electrolyzed water tank 2 has a water inlet 4 for receiving strong acid electrolyzed water, a water outlet 5 for discharging water, an overflow port 6 for discharging strong acid electrolyzed water exceeding an allowable amount, water input / water discharge. An intake port 7 that serves to keep the pressure in the tank at this time constant is provided. A hose 8 is connected to the overflow port 6, and the tip of the hose 8 is preferably installed in a sink or a drainage groove for underfloor drainage. In the case of the strongly acidic electrolyzed water tank 2, if the air inlet 7 is opened to the atmosphere, chlorine is discharged from the air inlet and corrodes the inside of the generator and the metal parts of the peripheral equipment. Therefore, the intake port 7 of the tank for strong acid electrolyzed water is equipped with an intake valve that can suck air but cannot discharge it, and a cartridge 9 that incorporates activated carbon that can adsorb chlorine. It is desirable to do. It is also possible to connect the hose and open the atmosphere to a place where there is no problem such as corrosion.

  The strong alkaline electrolyzed water tank 3 has a water inlet 11 for allowing strong alkaline electrolyzed water to enter, a water outlet 12 for discharging water, an overflow port 13 for discharging more than an allowable amount of strong alkaline electrolyzed water, and water incoming / water discharged. An intake port 14 that serves to maintain a constant tank internal pressure is provided. A hose 15 is connected to the overflow port 13, and the tip of the hose 15 is preferably installed in a sink or a drainage drain for underfloor drainage. In the case of the strongly alkaline electrolyzed water tank 3, unlike the strongly acidic electrolyzed water tank, the exhausted gas does not corrode the inside of the generator and the metal parts of the peripheral devices, so that the intake port is made open to the atmosphere. No problem.

  Each tank has float sensors (full water sensors) 10 and 16 built in, and the operation of the generating device is automatically stopped when the tank is full. The float sensors 10 and 16 are preferably made of a material such as vinyl chloride or a fluororesin so as to be able to withstand use in strongly acidic electrolyzed water or strongly alkaline electrolyzed water. In addition, it is possible to use a non-wetted type sensor that can judge the water level from the outside of the tank by infrared rays or the like instead of a wetted type sensor such as a float sensor. By using a non-wetted sensor, scales and the like are not attached to the sensor, and malfunction can be prevented.

  A vertical float type water level gauge having upper and lower ends fixed to the upper and lower surfaces in the tank is also preferably used. It is a float type water level meter that can fix the upper and lower ends of a bar-shaped vertical member whose length can be adjusted to the upper and lower surfaces in the tank. It is equipped with a cleaning member such as a brush around the float, and floats above the water level meter. It is preferable to use a float type water level gauge of a type having a switch. By using this water level gauge so that the cleaning member is in contact with the inner wall of the tank, scales and the like do not adhere to the inner wall, and it is possible to confirm a good water level visually for a long period of time.

  By providing the casing 17 outside the tank, it is possible to prevent strong acidic electrolyzed water and strong alkaline electrolyzed water from being deteriorated by light. In addition, by using a transparent or translucent material for the tank, it is possible to visually check the level of the electrolyzed water in the tank. Accordingly, by providing the water level confirmation opening 18 in a part of the casing, the water level in the tank can be confirmed even when the tank is installed in the casing. However, in consideration of the deterioration of the strongly acidic electrolyzed water and the strongly alkaline electrolyzed water, it is desirable that the opening 18 for checking the water level be as narrow as possible.

  Instead of the strong alkaline electrolyzed water tank 3, a pressure type washing machine can be used as the strong alkaline electrolyzed water tank. At that time, by providing a structure in which the tank can be removed from the housing, it is possible to remove the tank from the pressurized washing machine and fill it with strong alkaline electrolyzed water, and use it for washing work.

  This generation / storage unit has a structure in which the operation of the generator stops when both the strongly acidic electrolyzed water and strong alkaline electrolyzed water tanks are full. Will never stop. However, it becomes possible to store only one of them by adding a simple switch 19. In addition, by using the switching valve 20, it is possible to store strong alkaline electrolyzed water in the strong acid electrolyzed water tank 2 and strong acid electrolyzed water in the strong alkaline electrolyzed water tank 3. By doing so, the scale in the tank for strong alkaline electrolyzed water can be removed by the strongly acidic electrolyzed water.

(2) Pressure washer The purpose of the pressure washer is to perform washing using strongly alkaline electrolyzed water.
By pressing and spraying strong alkaline electrolyzed water, it is possible to substitute the conventional running water cleaning and rubbing cleaning. This is due to the fact that the strong alkaline electrolyzed water has an effect of physically peeling blood and the like in addition to the high washing effect of the strongly alkaline electrolyzed water. Therefore, the detergent used for the conventional rubbing cleaning is not necessary, and the subsequent rinsing process can be reduced.

  The pressure type washing machine includes a tank 27, a hose 28, a grip 29, a nozzle part, a pump 30 and a power supply part 31. The side surface of the tank 27 is concave toward the inside, and the pump 30 and the power supply unit 31 are built in the concave portion. By incorporating the pump 30 in the recess, the entire washing machine becomes compact, and it becomes possible to easily carry out operations such as transportation. The tank material is polyethylene that can withstand the use of strong alkaline electrolyzed water. In addition, examples of materials that can withstand the use of strong alkaline electrolyzed water include metals such as stainless steel, but lightweight plastics were adopted in consideration of work such as transportation. Taking the stretcher as an example, the strong alkaline electrolyzed water required for cleaning one unit is about 5 to 15 L.

  The tank lid 32 is formed with a handle 33 for transportation. In addition, an intake valve 34 is provided to prevent negative pressure in the tank 27 when jetting strongly alkaline electrolyzed water.

  A hose 28 is connected to the water supply port of the pump 30 built in, and the hose 28 is connected to the inside of the tank 27 via a joint, so that electrolytic water can be supplied to the pump 30. It can be said that the performance of the pump 30 is suitable for cleaning if the pressure is 0.3 to 0.5 MPa and the water discharge amount is 0.3 to 1.0 L / min. A pump with a performance below this level lacks cleaning ability, and with a pump with a capacity higher than this, the strongly alkaline electrolyzed water sprayed during the cleaning operation rebounds with dirt such as blood, making the operator feel uncomfortable and sanitary. It is hard to say. In addition, since this pressurization type washing machine incorporates the switch 35 which can switch the pressure of a pump, it is possible to switch a pressure according to the site | part to wash | clean and the contamination condition of the washing | cleaning target object.

  A hose 28 is connected to the discharge port of the pump 30, and electrolysis water can be injected by attaching a nozzle portion via a grip 29 gripped by an operator. The grip 29 also has a built-in function as a pump ON / OFF switch, and has a structure in which electrolysis water is injected by supplying electricity to the pump 30 when an operator holds it.

  The nozzle part is composed of a nozzle pipe 36 and a nozzle 37. The nozzle pipe 35 is optimally 400 to 700 mm in length. By attaching the nozzle pipe 36 of this length, the operator can ensure a distance from the object to be cleaned such as a stretcher. Therefore, even if the strongly alkaline electrolyzed water sprayed back together with dirt such as blood during the cleaning operation, the worker is not affected.

  There are two types of nozzles 37: those that are ejected in a fan shape and those that are ejected in a conical shape (see FIG. 7). In the case of a stretcher, for example, what is sprayed in a fan shape is suitable for cleaning a flat surface such as a part on which a patient rides, but what is sprayed in a conical shape is suitable for cleaning fine parts such as movable parts. I can say that. A male screw is formed at the tip of the nozzle pipe 36 and a female screw is formed on the nozzle 37 side, so that the nozzle can be replaced.

  The power supply of the pressure washer is rechargeable and can be cleaned even in places without an outlet. Therefore, in-vehicle etc. are also possible. In addition, since the main body side battery checker 38 is attached, the remaining amount of the power supply unit can be confirmed.

  A drain cock 39 for draining the electrolyzed water remaining after the cleaning is provided at the lower part of the tank 27.

(3) Hand spray The hand spray is filled with strongly acidic electrolyzed water. Disinfection is possible by spraying and spraying the object to be cleaned after cleaning.

This hand spray is composed of a bottle 40, a trigger part 41, and a nozzle 42.
The assembly state (appearance) and usage of this hand spray are no different from general hand sprays. However, a small air tank 43 is attached to the trigger portion 41 of the hand spray, and the operator fills the air tank 43 with air by moving the trigger portion 41 back and forth. Even when the finger is removed from the trigger portion 41 by being filled with air and increasing the pressure in the bottle 40, continuous spraying is possible for a certain period of time. As a result, the burden on the operator can be reduced and the work efficiency can be increased. A hand spray having the above structure is introduced in JP-A-2002-35655.

  Another feature of this hand spray is that all parts are made of plastic so that it can withstand the specifications of electrolyzed water.

(4) Wet wiper preparation takeout container and unwet cloth This container uses strongly alkaline electrolyzed water when used for cleaning purposes, and strongly acidic electrolyzed water when used for disinfecting purposes. In that case, as the performance of the electrolyzed water, strong alkaline electrolyzed water pH 10.5 to 12.0 strongly acidic electrolyzed water is pH 2.2 to 2.7, redox potential (ORP) +1100 mV, and residual chlorine concentration is about 10-60 ppm. It is desirable to use

The wet wiper manufacturing container (hereinafter referred to as manufacturing container) includes an outer lid 21, an inner lid 22 and a container body 23.
A container body 23 having a size of about φ100 to φ150 mm and a height of 90 to 120 mm is suitable for this container. This dimension is designed in consideration of the loadability on an ambulance, etc., and ease of holding in actual use.

  The inner lid 22 is always fitted into the container body 23 and connected. The inner lid 22 is preferably fixed with an adhesive or the like, but may not necessarily be bonded as long as it is fitted to the container body 23 with a certain degree of strength. Even when the fitting strength cannot be secured, the pulling-out operation can be performed by holding the inner lid 22 with one hand.

  The inner lid 22 is filled with electrolyzed water, and is provided with an opening 24 for impregnating the cloth with the electrolyzed water and a slit 25 for squeezing the cloth. Even when the electrolyzed water has deteriorated, the original performance can be exhibited by replacing the electrolyzed water from the opening 24. The opening 24 has a size that allows the nonwoven fabric to be inserted into the manufacturing container, and has a semicircular shape of about φ100 to 150 mm. Moreover, when the slit width is only about 1 mm and the length is about 30 to 50 mm, the nonwoven fabric can be optimally wetted. However, the opening 24 may not be semicircular as long as the slit size can be secured. As shown in FIG. 7, it is impossible to squeeze the cloth even if an opening of about 300 degrees is formed. In addition, the non-end portion of the slit 25 is formed in a circular shape 26 of 1 to 2 mm to prevent tearing when the cloth wiper is pulled out. The slit dimensions are those with a container body size of about φ100 to φ150 mm, and the container size can be changed by maintaining the relationship (ratio) between the container size and the slit size.

  The outer lid 21 is connected to the container body 23 with screws. Since the outer lid is highly airtight, it is possible to prevent the electrolytic water in the container from spilling out. Further, the contact between the electrolyzed water and the air can be reduced as much as possible, and the deterioration of the electrolyzed water can be reduced.

  The container body 23 and the outer lid 21 are preferably made of polyethylene or the like so that the material of the container can withstand the use of electrolyzed water. By using a transparent or translucent material, it is possible to visually determine the remaining amount of electrolyzed water. However, in order to prevent the electrolyzed water from being deteriorated by light, it is desirable to use a light shielding container such as black. Moreover, in addition to using the material which can endure use of electrolyzed water for the inner lid 22, it becomes easier to pull out a nonwoven fabric by using an elastic material.

  The cloth used in combination with this container is excellent in water absorption and does not contain organic substances. This is due to the fact that the binder (adhesive) contained in the cloth such as the nonwoven fabric deteriorates the electrolyzed water. Further, when the nonwoven fabric can maintain a certain degree of tensile strength even in the state of being impregnated with electrolyzed water, the drawing operation can be easily performed. Further, not only non-woven fabrics but also pharmacopoeia gauze can be used.

Explanatory drawing which shows the production | generation / water storage unit structure of electrolyzed water. Explanatory drawing which shows the tank for strong acidic electrolyzed water. Explanatory drawing which shows the tank for strong alkaline electrolyzed water. Explanatory drawing which shows a float sensor structure. Explanatory drawing which shows a pressurization type washing machine structure. Explanatory drawing which shows the tank shape of FIG. Explanatory drawing which shows the injection shape of FIG. Explanatory drawing which shows a hand spray structure. Explanatory drawing which shows a wet wiper preparation taking-out container structure. Explanatory drawing which shows the inner cover structure of FIG.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Generator 2 Strong acid electrolyzed water tank 3 Strong alkaline electrolyzed water tank 4 Water inlet 5 Water outlet 6 Overflow port 7 Air inlet 8 Hose 9 Cartridge etc. 10 Float sensor 11 Water inlet 12 Water outlet 13 Overflow port 14 Air inlet 15 Hose 16 Float Sensor 17 Housing 18 Opening 19 Switch 20 Switching Valve 21 Outer Lid 22 Inner Lid 23 Container Body 24 Opening 25 Slit 26 Circular Shape 27 Tank 28 Hose 29 Grip 30 Pump 31 Power Supply 32 Tank Lid 33 Handle 34 Intake valve 35 Switch 36 Nozzle pipe 37 Nozzle 38 Battery checker 39 Drain cock 40 Bottle 41 Trigger part 42 Nozzle 43 Air tank

Claims (8)

  A cleaning / disinfecting apparatus comprising: a generating / storing unit for electrolyzed water that generates and stores strongly alkaline electrolyzed water and strong acid electrolyzed water; and a pressure washer for strongly alkaline electrolyzed water.   2. The cleaning / disinfecting apparatus according to claim 1, further comprising a hand spray for strongly acidic electrolyzed water.   The cleaning / disinfecting apparatus according to claim 1 or 2, further comprising a wet wiper preparation take-out container.   4. The cleaning / disinfection according to any one of claims 1 to 3, wherein the pressure-type washing machine is provided with a pressure spraying function in a water storage tank for strong alkaline electrolyzed water constituting an electrolyzed water generation / storage unit. apparatus.   The cleaning / disinfecting apparatus according to any one of claims 1 to 3, wherein the pressure washer has a shoulder belt.   The cleaning / disinfecting apparatus according to any one of claims 1 to 5, further comprising a water absorbent sheet.   The cleaning / disinfecting apparatus according to any one of claims 1 to 6, wherein a kit is formed.   The cleaning / disinfecting apparatus according to any one of claims 1 to 7, wherein the object of the cleaning / disinfecting apparatus is a blood deposit.

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