CN110520225A - Ultrasonic degerming scrubber - Google Patents
Ultrasonic degerming scrubber Download PDFInfo
- Publication number
- CN110520225A CN110520225A CN201780089628.5A CN201780089628A CN110520225A CN 110520225 A CN110520225 A CN 110520225A CN 201780089628 A CN201780089628 A CN 201780089628A CN 110520225 A CN110520225 A CN 110520225A
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- Prior art keywords
- degerming
- ultrasonic
- scrubber
- water
- storage tank
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B08—CLEANING
- B08B—CLEANING IN GENERAL; PREVENTION OF FOULING IN GENERAL
- B08B3/00—Cleaning by methods involving the use or presence of liquid or steam
- B08B3/04—Cleaning involving contact with liquid
- B08B3/10—Cleaning involving contact with liquid with additional treatment of the liquid or of the object being cleaned, e.g. by heat, by electricity or by vibration
- B08B3/12—Cleaning involving contact with liquid with additional treatment of the liquid or of the object being cleaned, e.g. by heat, by electricity or by vibration by sonic or ultrasonic vibrations
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- Cleaning By Liquid Or Steam (AREA)
- Water Treatment By Electricity Or Magnetism (AREA)
- Detail Structures Of Washing Machines And Dryers (AREA)
- Apparatus For Disinfection Or Sterilisation (AREA)
- Detergent Compositions (AREA)
Abstract
The present invention realizes the ultrasonic degerming scrubber (1) for improving usability.Include: degerming water generating unit (10), degerming water is generated by electrolytic saltwater；And ultrasonic applying unit (20), object is cleaned to the degerming that the degerming water is supplied and applies ultrasonic wave vibration；The degerming water generating unit (10) includes: the first storage tank (11) for being filled the saline solution；And a pair of electrodes (12) of the inside of first storage tank is set；And the degerming water is to be electrolysed the saline solution by the pair of electrode (12) and generate.
Description
Technical field
The present invention is about ultrasonic degerming scrubber.
Background technique
As using supersonic scrubber, it is known to patent document 1 and scrubber described in Patent Document 2.
Patent document 1: Japanese Unexamined Patent Publication " special open 2005-7215 bulletin (on January 13rd, 2005 is open) ".
Patent document 2: Japanese Unexamined Patent Publication " special open 2013-158768 bulletin (on August 19th, 2013 open) ".
However, in the technology of patent document 1 and patent document 2, there are following problems.
When the situation that the ultrasonic cleaner of patent document 1 is used with degerming purpose, Yu Suoshu ultrasonic cleaner
Detersive is filled in storage tank.Degerming component containing chlorine etc. in the detersive.The degerming component is passed through at any time and is waved
Hair, the bacteria-eliminating efficacy of the detersive pass through at any time and decline.Therefore, in the ultrasonic cleaner of patent document 1, in order to
Play bacteria-eliminating efficacy, it is necessary to which the old detersive filled in the storage tank is changed to new detersive.This situation is user
Bring formality trouble and expense.
The carrying scrubber of patent document 2 is only capable of in water carrying out clean object clean.
The present invention is to complete in view of the above-mentioned problems, and its object is to realize that the ultrasonic degerming for improving usability is washed
Net machine.
In order to solve above-mentioned problem, the ultrasonic degerming scrubber of an aspect of the invention is composition below: including:
Degerming water generating unit, degerming water is generated by electrolytic saltwater；And ultrasonic applying unit, to the degerming is supplied
The degerming of water cleans object and applies ultrasonic wave vibration；Wherein the degerming water generating unit includes: the of the filling saline solution
One storage tank；And a pair of electrodes of the inside of first storage tank is set；And the degerming water is by the pair of electricity
Pole is electrolysed the saline solution and generates.
According to the above configuration, in the ultrasonic degerming scrubber of an aspect of the invention, degerming water generating unit is by electricity
It solves saline solution and generates degerming water (chlorous acid (Chlorous Acid) the concentration water high compared with the saline solution for becoming raw material).Also
It is the ultrasonic degerming scrubber of an aspect of the invention, as long as in order to obtain degerming water and electrolytic saltwater, whenever removing
Bacterium clean the degerming clean object when, generate replacement remover formality trouble and expense.
In addition to this, the ultrasonic degerming scrubber of an aspect of the invention, and object is cleaned with to the degerming
The application of the supply of the degerming water and the ultrasonic wave vibration to the clean object of the degerming.Whereby, an aspect of the invention
Ultrasonic degerming scrubber, such as the mould in the microscopic checks of the calking (caulking) for being attached to wall surface etc. can be applied
Add ultrasonic wave vibration, and the mycotic spore of peeling is subjected to degerming by degerming water.
As described, according to the above configuration, the ultrasonic degerming scrubber of an aspect of the invention, by degerming water and Supersonic
Being used in combination for wave vibration, can improve bacteria-eliminating efficacy.
The ultrasonic degerming scrubber of an aspect of the invention plays the effect that can improve usability.
Detailed description of the invention
Fig. 1 is the sectional view of the ultrasonic degerming scrubber of embodiments of the present invention.
Fig. 2 is the figure for the behaviour in service for illustrating the ultrasonic degerming scrubber of embodiments of the present invention.
Fig. 3 is the flow chart of the degerming method of cleaning for the ultrasonic degerming scrubber that explanation has used embodiments of the present invention.
Fig. 4 is to show electrolysis by the figure of time and the relationship of chlorous acid concentration.
Fig. 5 is the sectional view of the ultrasonic degerming scrubber of other embodiments of the invention.
Fig. 6 is the sectional view of the ultrasonic degerming scrubber of another other embodiments of the invention.
Fig. 7 is the figure for the behaviour in service for illustrating the ultrasonic degerming scrubber of another other embodiments of the invention.
Fig. 8 is the sectional view of the ultrasonic degerming scrubber of another other embodiments of the invention.
Fig. 9 is the figure for the behaviour in service for illustrating the ultrasonic degerming scrubber of another other embodiments of the invention.
Figure 10 is the sectional view of the ultrasonic degerming scrubber of another other embodiments of the invention.
Figure 11 is the sectional view of the ultrasonic degerming scrubber of another other embodiments of the invention.
Figure 12 is the mian part sectional view of the ultrasonic degerming scrubber of another other embodiments of the invention.
Specific embodiment
[embodiment 1]
Illustrate the ultrasonic degerming scrubber 1 of embodiment 1 according to FIG. 1 to FIG. 3.Fig. 1 is the ultrasonic degerming of embodiment 1
The sectional view of scrubber 1.
[composition of ultrasonic degerming scrubber 1]
Ultrasonic degerming scrubber 1 is to being attached on wall or the mould of clothes etc. etc. carries out degerming and cleans.Referring to Fig.1, ultrasonic
Degerming scrubber 1 includes degerming water generating unit 10, ultrasonic applying unit 20, handle part 30 and wiring configuration section 40.
10 > of < degerming water generating unit
Degerming water generating unit 10 generates the highly concentrated water of chlorous acid (hereinafter referred to as " degerming water ") using saline solution as raw material.
Saline solution refers to salt is dissolved in the water made of solution.Though ultrasonic degerming scrubber 1 mainly uses salt as raw material,
But the salt before purification also can be used as raw material.
Degerming water generating unit 10 includes a pair filled the first storage tank 11 of saline solution, the inside of the first storage tank 11 is arranged in
Electrode 12 and it is loaded and unloaded on the lid 14 for being formed in the opening portion 13 of the first storage tank 11.
First storage tank 11 stores saline solution (or degerming water).Opening portion 13 is formed in the first storage tank 11.In opening portion 13
Lid 14 can be loaded and unloaded.The saline solution of raw material as degerming water is provided in the first storage tank 11 from opening portion 13.Opening portion 13 makes
Liquid (such as tap water), gas (such as hydrogen, oxygen, chlorine for generating in electrolysis) and solid (such as salt) is extremely
Any one passes through less.Opening portion 13 can form one or more.
First storage tank 11 is oblong-shaped.In the case of gravity direction is set as downside in Fig. 1, opening portion 13 is formed in
The upside of first storage tank 11.In addition, the direction parallel with gravity direction is known as horizontal direction in the following description.
The opening portion 15 different from opening portion 13 is formed in the first storage tank 11.It is stored in the degerming water of the first storage tank 11,
Through opening portion 15 supplied to the ultrasonic applying unit 20 linked with the side of degerming water generating unit 10.In Fig. 1, opening portion
15 are formed in the side of the first storage tank 11.
In addition, the first storage tank 11 is not limited to specific shape and specific material.Opening portion 13 is not limited to spy
Fixed size and specific position.
A pair of electrodes 12 includes first electrode 12a and second electrode 12b.First electrode 12a and second electrode 12b difference
For metal electrode.First electrode 12a and second electrode 12b is arranged with no diaphragm single-channel type.First electrode 12a and second electrode
12b is using a side as anode, another party are cathode and functions.First electrode 12a and second electrode 12b is arranged in the first storage tank
Below 11.
A pair of electrodes 12 is electrolysed the saline solution for being stored in the first storage tank 11.Chlorine is generated in anode by electrolysis
Gas.Chlorine is soluble in water, generates chlorous acid.By adjustment salt water concentration, and chlorous acid concentration can be adjusted.First electrode
12a and second electrode 12b is preferably the construction for having and being easily drained the oxygen and hydrogen that generate through electrolysis.First electrode 12a and
Second electrode 12b may be, for example, the shape of rodlike, flat planar, lath (lath) shape or lattice shape etc..
Material as first electrode 12a and second electrode 12b, it is preferable to use have the metal of efficient electrolysis water, example
Such as any one metal (or its alloy) or these oxide among platinum, gold, palladium, rhodium and iridium.For example, will be with platinum
Electrode made of the surface for the electrode that plating (coat) is made of titanium is set as first electrode 12a and second electrode 12b.Chlorous acid
The concentration of ion constitutes the coating material of the metal of anode according to plating and shows different values.It is used by platinum is replaced
Such as yttrium oxide is as coating material, and even identical current value also can be such that chlorous yield significantly increases.
In addition, a pair of electrodes 12 can configure parallel to each other relative to gravity direction, it can also be mutual relative to gravity direction
It vertically configures, setting position also can non-be below the first storage tank 11.Also, a pair of electrodes 12 may be to have diaphragm electrolysis side
Formula.
Next, being illustrated for the ultrasonic applying unit 20 linked with the side of the first storage tank 11.
20 > of < ultrasonic applying unit
Ultrasonic applying unit 20 cleans object to degerming and applies ultrasonic wave vibration.Ultrasonic applying unit 20 includes ultrasonic element
21, ultrasonic communication portion 22, degerming Water Supplies Department 23, tube body 24 and cabinet 25.
Ultrasonic element 21 has the piezoelectrics that ultrasonic wave vibration is generated by energization.Ultrasonic element 21 be accommodated in
The circuit portion 31 of handle part 30 is electrically connected.The above-mentioned piezoelectrics of ultrasonic element 21 are applied through circuit portion 31 from battery 32
Voltage.When piezoelectrics are applied voltage, the ultrasonic wave vibration of set frequency and set amplitude is generated.It is washed in ultrasonic degerming
In net machine 1, ultrasonic applying unit 20, which is set to generate, is suitable for clean 20kHz or more the 40kHz ultrasonic below of degerming
Vibration.But ultrasonic applying unit 20 also can produce not up to 20kHz or the ultrasonic wave vibration greater than 40kHz.
Ultrasonic communication portion 22 cleans object to degerming and applies ultrasonic wave vibration.Specifically, ultrasonic communication portion 22
Link with ultrasonic element 21, ultrasonic wave vibration caused by ultrasonic element 21 is cleaned into object to degerming and is conveyed.Supersonic
Wave communication portion 22 is preferably formed by metal material (aluminium or stainless steel etc.).Ultrasonic communication portion 22 is in horizontal direction from Supersonic
Wave element 21 extends to the end (or substantially end) of cabinet 25.In addition, as long as ultrasonic communication portion 22 is by ultrasonic element
Ultrasonic wave vibration caused by 21 is cleaned object to degerming and is conveyed, then can also be constituted with other to realize.
Degerming Water Supplies Department 23 cleans the degerming water that object supply comes from the supply of the first storage tank 11 to degerming.Degerming water supplies
Portion 23 is answered to be arranged at until extending to the end face for cleaning the ultrasonic communication portion 22 that object contacts with degerming in the horizontal direction
Ultrasonic communication portion 22 around.
Degerming Water Supplies Department 23 is formed with organic material or inorganic fibers.As an example of organic material, can enumerate
Sponge material (polyurethane sponge, melamine sponge or cotton material etc.), fibrous material (nonwoven fabric etc.).As inorganic fibre
An example for tieing up material, can enumerate mineral wool or steel wool (steel wool) etc..In addition, above-mentioned degerming Water Supplies Department preferably uses
It family oneself can be readily replaceable.
Tube body 24 is configured to (or substantially parallel) parallel with ultrasonic communication portion 22.Tube body 24 is extended to from opening portion 15
Near the end face of ultrasonic communication portion 22.The degerming water of tube body 24 is provided to through opening portion 15, by tube body 24
Portion, supplied near the end face of ultrasonic communication portion 22.
Tube body 24 is formed with rubber or plastic cement etc..As long as degerming water is supplied to ultrasonic communication portion 22 by tube body 24
Near end face, then (or substantially parallel) parallel with ultrasonic communication portion 22 can not also be configured to.
Cabinet 25 is in inside storage ultrasonic applying unit 20, ultrasonic element 21, ultrasonic communication portion 22 and tube body 24.
The side of cabinet 25 and the first storage tank 11 of ultrasonic applying unit 20 links.Opening portion is formed in the side of the first storage tank 11
15, so that the degerming water for being stored in the first storage tank 11 is provided to the attached of ultrasonic applying unit through opening portion 15 and tube body 24
Closely.The degerming water for being provided to the inside of cabinet 25 is permeated toward degerming Water Supplies Department 23.Penetrate into removing for degerming Water Supplies Department 23
Bacterium water is provided to degerming and cleans object.
30 > of < handle part
Handle part 30 is the part that user holds ultrasonic degerming scrubber 1 in the use of ultrasonic degerming scrubber 1.It holds
The lower section of ultrasonic applying unit 20 is arranged in portion 30.Handle part 30, which preferably has, is suitble to user to hold ultrasonic degerming scrubber
1 shape.Handle part 30 includes circuit portion 31 and battery 32 in inside.
Circuit portion 31 is handled from battery 32 toward a pair of electrodes 12 and the alive circuit of ultrasonic element 21, can be used
Well known electric circuit.
Battery 32 is the power supply for acting a pair of electrodes 12 and ultrasonic element 21.Known power supply can be used in battery 32,
But preferably direct current (DC) power supply.The specification of battery is depending on the consumption electric power of required voltage class and power supply.Theory below
In bright, it is illustrated so that battery 32 is DC power supply.
In addition, power supply mode or the detachable battery (alkalinity by USB cable can also be used as power supply for battery 32
Battery, nickel hydride charging pond).The method of charging can be known method, therefore omit in explanation in this respect.
< is routed 40 > of configuration section
Being routed configuration section 40 includes from battery 32 to the wiring of a pair of electrodes 12 and ultrasonic element 21.It is routed configuration section
40 are arranged between circuit portion 31 and degerming water generating unit 10 and between circuit portion 31 and ultrasonic applying unit 20.
As described, in ultrasonic degerming scrubber 1, in the state that user has held handle part 30, in vertical direction
The first storage tank of sequential 11, a pair of electrodes 12 being arranged in the first storage tank 11, circuit portion 31 and battery 32.Also, in Supersonic
In wave degerming scrubber 1, in the first storage tank of horizontal direction sequential 11, ultrasonic element 21 and ultrasonic communication portion 22.
[movement (application method) of ultrasonic degerming scrubber 1]
According to fig. 2 and Fig. 3 illustrates the movement of ultrasonic degerming scrubber 1.Fig. 2 is for illustrating ultrasonic degerming scrubber 1
Behaviour in service figure.Fig. 3 is the flow chart for the degerming method of cleaning that explanation has used ultrasonic degerming scrubber 1.
User uses ultrasonic degerming scrubber in order to which the progress degerming of mould 51 to the wall surface for being attached to wall 50 is cleaned
1.The handle part 30 of user's holding ultrasonic degerming scrubber 1.
Firstly, becoming the saline solution (S10 of Fig. 3) of the raw material of degerming water in the storage of the first storage tank 11.Saline solution is with as follows
The preparation.
Initially, it supplies raw material water in the first storage tank 11.As used raw water, common tap water can be used.Make
As an example of, can be used eight tail market of Osaka, Japan tap water (pH=7.6, hardness 45mg/L, initial chlorous acid concentration=
0.1ppm).Then, salt is added in the first storage tank 11.The additive amount of salt be preferably 0.1 weight % or more, 3 weight % with
Under.Can also directly to the first storage tank 11 supply salt additive amount be redefined for 0.1 weight % or more, 3 weight % with
Under saline solution.
Then, the start button (not shown) of ultrasonic degerming scrubber 1 is set as ON, and starts ultrasonic degerming and cleans
Machine 1 (S20).Whereby, it is powered to a pair of electrodes 12, starts the electrolysis (S30) of saline solution in degerming water generating unit 10.In
Hereinafter, being illustrated using first electrode 12a among a pair of electrodes 12 as anode, second electrode 12b are cathode.Also, utilizing
After the electrolysis of a pair of electrodes 12 is completed, start to be powered to ultrasonic element 21.But the energization to ultrasonic element 21,
It can be with the starting of ultrasonic degerming scrubber 1 simultaneously.
When starting the electrolysis of saline solution in degerming water generating unit 10, hydrogen is generated in anode i.e. first electrode 12a
Ion (H+), oxygen and chlorine (formula (1) and formula (2)).
H2O→1/2O2+2H++2e–... (formula (1))
2Cl–→Cl2+2e–... (formula (2))
The Cl generated in formula (2)2Gas is readily soluble in water, is changing into chlorous acid and sub- chlorine in water as described below
Acid ion (formula (3) and formula (4))
As described, generating the increased degerming water (S40 of chlorous concentration by the electrolysis of saline solution.Degerming water generates step
Suddenly).
Preferably the main degerming component of degerming water is effective chlorine density 5ppm or more, 100ppm sodium chlorite below.
As its reason, the point for having the minimum concentration of pityrosporion ovale for 5ppm that mould etc. can be removed with free state can be enumerated, and,
User is easy to feel the point of chlorine flavor if as the concentration of 100ppm or more.
As an example, the saline solution of raw material water 100mL, salt additive amount 1g (1wt%) are electrolysed.Make electrode ruler
Very little: Φ 1mm, the platinum plating Ti electrode of L=30mm are opposite with anode and cathode the two poles of the earth, are electrolysed (electric current using direct current 5V
Value=150mA~170mA).In under this condition, as shown in figure 4, generating the chlorous acid of about 10ppm under the electrolysis of 1 minute degree
Sodium generates the sodium chlorite of about 35ppm under the electrolysis of 3 minutes degree.
Fig. 4 is to show electrolysis by the figure of time and the relationship of chlorous acid concentration.Horizontal axis is that time (dividing) is passed through in electrolysis, is indulged
Axis is chlorous acid concentration (ppm).The condition of salt additive amount etc. is for example above-mentioned.
When the electrolysis is completed, terminates the energization to a pair of electrodes 12, start the energization to ultrasonic element 21
(S50).Whether the electrolysis is completed, and can determine as described below by several methods.(1) it is set by by above-mentioned start button
To have passed through given time after ON, and thinks the electrolysis and be completed.(2) sensor is arranged in the first storage tank 11 (not scheme
Show).The sensor detects chlorous acid concentration.Set concentration is had reached by sensor detecting chlorous acid, and thinks institute
Electrolysis is stated to be completed.
When being powered to ultrasonic element 21, the ultrasonic vibration of the frequency set and the amplitude set is generated
Dynamic (S60).Ultrasonic communication portion 22 and ultrasonic element 21 link, by the ultrasonic wave vibration generated by ultrasonic element 21 to
Degerming cleans object and conveys (S70).In the example in figure 2, the mould 51 that object is attached to wall 50 is cleaned in degerming.User
The front end of ultrasonic communication portion 22 is pressed against mould 51, ultrasonic wave vibration is applied to mould 51.
At this point, supplying degerming water (S80) to mould 51.Specifically, be stored in the degerming water of the first storage tank 11, through opening
Oral area 15 and tube body 24 penetrate into the degerming Water Supplies Department 23 being accommodated in inside cabinet 25.Degerming Water Supplies Department 23 is by degerming water
Object supply is cleaned toward degerming.
Even if itself can also supply degerming water to mould 51 in addition, not starting ultrasonic degerming scrubber 1.Specifically,
In the situation that degerming Water Supplies Department 23 is inorganic fibers (or organic material), through opening portion 15 and tube body 24, degerming water
Permeate this inorganic fibers.Therefore, it is pressed against mould 51 by by ultrasonic communication portion 22, it can be from the inorfil material
Material supplies degerming water to mould 51.
As described, ultrasonic degerming scrubber 1 and with ultrasonic wave vibration and degerming water, the degerming for carrying out mould 51 is cleaned
(S90.Ultrasonic applies step).Ultrasonic degerming scrubber 1 is to the mould in the microscopic checks of the calking for being attached to wall 50 etc.
Apply ultrasonic wave vibration, and degerming is carried out using degerming water to the mycotic spore of peeling.
Ultrasonic degerming scrubber 1 can play effect below by including above-mentioned composition.
Ultrasonic degerming scrubber 1 uses saline solution as the raw material of degerming water.The raw material of saline solution is tap water and food
Salt.Therefore, for ultrasonic degerming scrubber 1, it can be easy to get the raw material of degerming water, and be able to suppress operating cost.
In ultrasonic degerming scrubber 1, degerming water (the highly concentrated water of chlorous acid) is obtained by the electrolysis of water.Cause
This can be easy to generate degerming water and its manufacturing cost is also inhibited lower in ultrasonic degerming scrubber 1.Further,
Since the concentration of saline solution can be easily adjusted, it can also be easily adjusted chlorous acid concentration.
Whereby, ultrasonic degerming scrubber 1 is able to solve the project of previous scrubber, that is, in order to play degerming effect
Fruit and the project that the old remover in storage tank must be changed to new remover.Also, ultrasonic degerming scrubber 1 due to
Saline solution becomes the method hand in view of user health as raw material, therefore compared with the previous scrubber of processing remover
Section.
Further, ultrasonic degerming scrubber 1 plays effect below.Specifically, in ultrasonic degerming scrubber
1, in the state that user has held handle part 30, in the first storage tank of vertical direction sequential 11, it is arranged in the first storage tank 11
Interior a pair of electrodes 12, battery 32 and circuit portion 31.By this positional relationship is become, right using ultrasonic degerming scrubber 1
When wall surface progress degerming is cleaned, the first storage tank 11 is configured in highest position.Hydrogen, oxygen and the chlorine generated when electrolysis etc.
Gas or bubble comprising the gas, it is mobile toward the top of the first storage tank 11, it is stored in the top (reference of the first storage tank 11
Fig. 2).Saline solution or raw water or salt are supplied to the first storage tank 11 in opening lid 14 by the gas and/or bubble
When, it is easy to be discharged from the first storage tank 11.Whereby, it is able to suppress the influence caused by electrolysis later of above-mentioned gas and/or bubble.
As a result, improving ultrasonic also in the viewpoint for the reassurance that the safety of ultrasonic degerming scrubber 1 and user are felt and removing
The usability of bacterium scrubber 1.
Further, ultrasonic degerming scrubber 1 is that user holds handle part 30 to operate.Therefore, ultrasonic removes
Bacterium scrubber 1 can be improved safety, and cleans object relative to the degerming of wall surface and realize high operability.Also, due to can
It is easily adjusted chlorous concentration contained in degerming water, therefore can also assure the health of user.Thus, for example carry out
When the situation that the degerming of the moisture condensation mould of the calking mould or window frame in bathroom is cleaned, user can long working.
Ultrasonic degerming scrubber 1 can be used rechargable battery as battery 32, will be used for a pair of electrodes 21 and ultrasonic member
The power supply communization that part 21 is powered.By the composition, ultrasonic degerming scrubber 1 is not necessarily to multiple power supplys, can be realized Supersonic
The miniaturization of wave degerming scrubber 1.
In addition, ultrasonic degerming scrubber 1 may include to a pair of electrodes 12 and ultrasonic element 21 when different from each other
The composition that sequence is powered.This composition can will be from battery 32 toward the electrical of a pair of electrodes 12 by the design or (2) of (1) circuit portion 31
Wiring and not homologous ray is set as toward the electric wiring of ultrasonic element 21 from battery 32 realizes.At this point, by will be from battery 32
It is a part of common (for example, straight toward the electric wiring of ultrasonic element 21 toward the electric wiring of a pair of electrodes 12 and from battery 32
Flow a part of communization of 5V wiring), it can be achieved at the same time the simplification of circuit composition and the miniaturization of the machine.
In addition, in ultrasonic degerming scrubber 1, it may include can will be powered what the polarity in the electric current of a pair of electrodes 12 inverted
It constitutes.The composition can be realized by the design of circuit portion 31.Effect caused by the composition is as described below.It is specific and
Speech contains dirty (scale) ingredient (for example, calcium or magnesium etc.) in can be used in the tap water as the raw material of saline solution.In this
Point in ultrasonic degerming scrubber 1, adheres to the situation of dirty ingredient in an electrode of a pair of electrodes 12 according to the above configuration
Under, circuit portion 31 inverts the polarity of electric current.Whereby, it is able to suppress the increase of the electrode resistance as caused by dirty ingredient.
In addition, ultrasonic degerming scrubber 1, can be suitably designed its size.Therefore, by miniature dimensions are set as, become
Completely have a portability.In the situation, ultrasonic degerming scrubber 1 and is fixed at one due to improving portability
And the situation used is compared, and can be used in many places (scene).As a result, ultrasonic degerming scrubber 1 can be further
Improve usability.
As described, ultrasonic degerming scrubber 1 can play various effects.The effect is in aftermentioned ultrasonic degerming
It is also identical in scrubber 2 etc..
[embodiment 2]
For embodiments of the present invention 2, if being illustrated according to Fig. 5, as described below.In addition, for ease of description, needle
To have in above embodiment it is stated that component identical function component, mark same reference numerals and omit its and say
It is bright.
The ultrasonic degerming scrubber 2 of embodiment 2 is and ultrasonic other than being equipped with the point of trigger 45 (limiting unit)
Degerming scrubber 1 is identical.The degerming water that trigger 45 is limited to the generation of degerming water generating unit 10 is supplied toward ultrasonic applying unit 20.With
Under, it is concretely demonstrated.
Fig. 5 is the sectional view of the ultrasonic degerming scrubber 2 of embodiment 2.Trigger 45 is arranged in the first storage tank 11, is pulling
When the non-action of machine 45, trigger 45 blocks the opening portion 15 for being formed in the side of the first storage tank 11.Whereby, it is stored in the first storage tank
11 saline solution (or degerming water) does not flow into the inside of cabinet 25.On the other hand, when user, which detains, draws trigger 45,15 quilt of opening portion
It opens, the saline solution (or degerming water) for being stored in the first storage tank 11 is flowed into toward the inside of cabinet 25.
Trigger 45 can pass through the manual operation of user and act, can also be when ultrasonic degerming scrubber 1 starts certainly
It is acted dynamicly.To terminate the energization to a pair of electrodes 12 when being electrolysed and completing and start to the logical of ultrasonic element 21
When the mode of electricity designs the situation of ultrasonic degerming scrubber 2, trigger 45 automatic together with the completion of electrolysis can also be carried out
Movement.As described, trigger 45 can various aspects acted.
According to the above configuration, ultrasonic degerming scrubber 2 can be easily adjusted according to the movement of trigger 45 degerming water,
And the usage amount of the saline solution of the raw material as degerming water.In the situation of the usage amount reduction of saline solution, toward the first storage tank 11
Raw water or salt supply number reduce.In this manner, the formality trouble and ultrasonic degerming of user are able to suppress
The operating cost of scrubber 2.
If above-mentioned movement and effect person is realized, shape, material or composition can be suitably designed trigger 45.Example
Such as, it also can replace trigger 45 and use open and close valve.In the situation, ultrasonic degerming scrubber 2 is set by pressing
It switchs (not shown), the valve opening and closing of above-mentioned open and close valve can be carried out.In this way, above-mentioned open and close valve can be realized it is identical with trigger 45
Function.Also, trigger 45, construction that can also be following is realized, it is, by button draw trigger 45 and in degerming water generating unit 10
Side applies pressure, promotes the supply toward the degerming water of tube body 24.
[embodiment 3]
For embodiments of the present invention 3, if being illustrated according to Fig. 6, Fig. 7, as described below.In addition, for the ease of saying
It is bright, for have in above embodiment it is stated that component identical function component, label same reference numerals simultaneously omit
Its explanation.
If comparing the ultrasonic degerming scrubber 3 of embodiment 3 and the ultrasonic degerming scrubber 2 of embodiment 2, storage
Suffer from indigestion salt water (or degerming water) storage tank shape it is different, other compositions are then identical.Therefore, in hereinafter, being directed to ultrasonic degerming
The first storage tank 16 and feed trough 17 of scrubber 3 are illustrated.
Fig. 6 is the sectional view of the ultrasonic degerming scrubber 3 of embodiment 3.
Ultrasonic degerming scrubber 3 includes the first storage tank 16 and feed trough 17.First storage tank 16 and feed trough 17 connect each other
Knot is connected in inside.Feed trough 17 includes feed trough 17a and feed trough 17b.Feed trough 17a and feed trough 17b are connected to each other,
It is connected in inside.Therefore, the first storage tank 16, feed trough 17a and feed trough 17b are connected to each other, are connected in inside.
Referring to Fig. 6, in ultrasonic degerming scrubber 3, the first storage tank 16 is oblong-shaped.In the case where gravity direction is set as
When the situation in direction, the positional relationship of ultrasonic applying unit 20, the first storage tank 16, feed trough 17b and feed trough 17a is suitable with this
Sequence is arranged in horizontal direction.Whereby, handle part 30, a pair of electrodes 12 and feed trough 17 are arranged in L word direction, are cleaned from degerming
Object is observed and feed trough 17 is located behind.
In Fig. 6, on gravity direction, feed trough 17b is low compared with the first storage tank 16 and feed trough 17a.Also, the first storage tank 16
It is low compared with feed trough 17a.But the first storage tank 16 can be higher than feed trough 17a, or identical height.
First storage tank 16, feed trough 17a and feed trough 17b storage saline solution (or degerming water).It is formed in feed trough 17a
There is opening portion 13.Lid 14 can be loaded and unloaded in opening portion 13.The saline solution of raw material as degerming water is supplied to through opening portion 13
Feed trough 17a is stored in the first storage tank 16, feed trough 17a and feed trough 17b.
Next, illustrating the movement of ultrasonic degerming scrubber 3 according to Fig. 7.Fig. 7 is for illustrating that ultrasonic degerming is cleaned
The figure of the behaviour in service of machine 3.
Ultrasonic degerming scrubber 3 can carry out degerming to the mould 62 for the clothes 61 being placed on floor 60.User holds
The front end of ultrasonic communication portion 22 is pressed against mould 62 by the handle part 30 of ultrasonic degerming scrubber 3, is applied to mould 62
Ultrasonic wave vibration.At this point, ultrasonic applying unit 20, the first storage tank 16, feed trough 17b and feed trough 17a are with this sequentially in vertical
Direction arrangement.Ultrasonic degerming scrubber 3 carries out the clean method of degerming to mould 62, due to be by with embodiment 1,
And it is stated that the identical method of person carries out in embodiment 2, therefore omission is in explanation herein.
By including above-mentioned composition, ultrasonic degerming scrubber 3 plays effect below.
In order to which the mould 62 to the clothes 61 being placed on floor 60 carries out degerming and uses ultrasonic degerming scrubber 3
Situation when, ultrasonic applying unit 20, the first storage tank 16, the positional relationship of feed trough 17b and feed trough 17a are for example above-mentioned.By
As the positional relationship, when the degerming of clothes 61 is cleaned, among the first storage tank 16, feed trough 17b and feed trough 17a, give
Sink 17a is located at highest position.The gas of the hydrogen, oxygen and the chlorine that are generated when electrolysis etc. or bubble comprising the gas, it is past
The top of feed trough 17a is mobile, is stored in feed trough 17a (referring to Fig. 7).The gas and/or bubble, open lid 14 and incite somebody to action
When saline solution is supplied to feed trough 17a, it is easy self-sufficiency sink 17a discharge.Whereby, above-mentioned gas and/or bubble pair are able to suppress
It is influenced caused by electrolysis later.As a result, the reassurance also felt in the safety of ultrasonic degerming scrubber 3 and user
Viewpoint on, improve ultrasonic degerming scrubber 3 usability.
In addition, when the degerming for carrying out clothes 61 in the state that the first storage tank 16 is stored there are air clean situation,
Air in first storage tank 16 is mobile toward the side feed trough 17a.By lid 14 is opened, the air is by promptly toward external discharge.
Whereby, in the viewpoint that the safety is improved, user feels to feel at ease.
Further, ultrasonic degerming scrubber 3, due to ultrasonic applying unit 20, the first storage tank 16, feed trough 17b and
The positional relationship of feed trough 17a is for example above-mentioned, therefore relative to clean pair of the degerming of the cloth products for being placed on floor or desk etc. etc.
As object realizes high operability.Also, can also be carried on a shoulder pole since chlorous concentration contained in degerming water can be easily adjusted
The health at warranty family.Thus, for example in the clean situation of the degerming of melanomyces generated on carrying out cloth products, when user can be long
Between operation.
In addition, being directed to the first storage tank 16, feed trough 17a and feed trough 17b, different component name or component are used respectively
Number is illustrated.This is for ease of description, the first storage tank 16, feed trough 17a and feed trough 17b can also to be referred to as
For the first storage tank.
[embodiment 4]
For embodiments of the present invention 4, if being illustrated according to Fig. 8, Fig. 9, as described below.In addition, for the ease of saying
It is bright, for have in above embodiment it is stated that component identical function component, label same reference numerals simultaneously omit
Its explanation.
If comparing the ultrasonic degerming scrubber 1 of embodiment 1 and the ultrasonic degerming scrubber 4 of embodiment 4, storage
Suffer from indigestion salt water (or degerming water) storage tank shape it is different, other compositions are then identical.Therefore, in hereinafter, being directed to ultrasonic degerming
The first storage tank 18 and the second storage tank 54 of scrubber 4 are illustrated.
Fig. 8 is the sectional view of the ultrasonic degerming scrubber 4 of embodiment 4.Fig. 9 is for illustrating that ultrasonic degerming is cleaned
The figure of the behaviour in service of machine 4.
Ultrasonic degerming scrubber 4 includes the first storage tank 18 and the second storage tank 54.Referring to Fig. 8 and Fig. 9, the first storage tank 18 is
Oblong-shaped.Opening portion 13 is formed in the first storage tank 18.When gravity direction to be set as to the situation in lower direction, 13 shape of opening portion
At in the upside of the first storage tank 11 (the upper surface of in Fig. 8).Filling portion 19 (aftermentioned) is equipped in opening portion 13.
Second storage tank 54 can be loaded and unloaded relative to the first storage tank 18.Referring to Fig. 9, the second storage tank 54 is oblong-shaped.Second storage
The storage of slot 54 becomes the saline solution of the raw material of degerming water.Second storage tank 54 includes water check valve 55.Water check valve 55 is installed on the second storage
One side of slot 54.
Water check valve 55 can be loaded and unloaded relative to the second storage tank 54.When supplying saline solution to the second storage tank 54, user is from second
Storage tank 54 removes water check valve 55, from by disassembly water check valve 55 and the opening that obtains supplied in the second storage tank 54 saline solution (or
Raw water and salt).User loads onto water check valve at the end of the supply of the saline solution in the second storage tank 54, in the second storage tank 54
55。
In general, water check valve 55 is not in such a way that the saline solution for being stored in the second storage tank 54 leaks, valve is closed.Water check valve 55
Valve opening in the case of being connected with corresponding filling portion 19.Hereinafter, being more specifically illustrated.
Fig. 8 shows the appearance that the second storage tank 54 is installed in the first storage tank 18.Specifically, the second storage tank 54 makes to be equipped with only
Water valve 55 faces in downward direction.The water check valve 55 of second storage tank 54 is connect with the filling portion 19 of the first storage tank 18.Whereby, only
Water valve 55 becomes the state that valve is opened.It is stored in the saline solution of the second storage tank 54, is supplied by water check valve 55 and filling portion 19
It should be in the first storage tank 18.In addition, in the case of dismantling the second storage tank 54 from the first storage tank 18, water check valve 55 is from filling portion
19 are removed.Whereby, water check valve 55 closes valve.Filling portion 19 is to be generally in closing, and open when connecting with water check valve 55
The construction put.
By including above-mentioned composition, ultrasonic degerming scrubber 4 plays effect below.
Ultrasonic degerming scrubber 4 is by including above-mentioned composition, and can modulate in the second storage tank 54 becomes degerming water
The saline solution of raw material.Specifically, initially supplying raw material water and salt to the second storage tank 54.Salt is preferably to become 0.1 weight
Amount % or more, 3 weight % modes below are supplied.Under the state, the second storage tank 54 is vibrated.Whereby, to be easy salt molten
Solution, and the salt water concentration in the second storage tank 54 can be adjusted to the brine concentration of the saline solution in the first storage tank 18 substantially
It is identical.Stablize as a result, degerming is made to clean used salt water concentration.In this way, ultrasonic degerming scrubber 4 can be easy to adjust
The whole chlorous acid closed in set concentration range realizes that stable degerming is cleaned.
In addition, second storage tank 54, filling portion 19 and water check valve 55 are if including above-mentioned in ultrasonic degerming scrubber 4
Function person, then Method means that can also be any realize.
[embodiment 5]
For embodiments of the present invention 5, if being illustrated according to Figure 10, as described below.Figure 10 is the super of embodiment 5
The sectional view of sound wave degerming scrubber 5.In addition, for ease of description, for have in above embodiment it is stated that structure
The component of part identical function, simultaneously the description thereof will be omitted for label same reference numerals.
Ultrasonic degerming scrubber 5 includes degerming water generating unit 10a, ultrasonic applying unit 20, handle part 30 and wiring
Configuration section 40.In Figure 10, when gravity direction to be set as to the situation in lower direction, handle part 30, wiring configuration section 40 and degerming
The positional relationship of water generating unit 10a, with this sequentially from upper downward to arrangement.The user of ultrasonic degerming scrubber 5, in handle
When holding ultrasonic degerming scrubber 5, degerming water generating unit 10a (being more specifically the first storage tank 11a) can be held.
Degerming water generating unit 10a includes a pair of electrodes 12 and the first storage tank 11a.A pair of electrodes 12 include first electrode 12c,
And second electrode 12d.First electrode 12c and second electrode 12d is fixed on the upper surface of first storage tank 11a.First electrode 12c and
Two electrode 12d can be identical as first electrode 12a and second electrode 12b, therefore omits described etc. detailed description.
First storage tank 11a, material and shape etc. can be identical as the first storage tank 11, therefore omit detailed description.
Ultrasonic degerming scrubber 5 includes tube body 24a.One end of tube body 24a is located at the inside of the first storage tank 11a, penetrates
Handle part 30, and the other end extends near the end face of ultrasonic communication portion 22.Tube body 24a can be configured at the interior of handle part 30
The outside for being exposed to ultrasonic degerming scrubber 5 also can be set into portion.
Ultrasonic degerming scrubber 5 includes trigger 45a and the pressurization part 46 connecting with trigger 45a.Trigger 45a and pressurization
The movement performed in the following way of portion 46.Specifically, when detained by user draw trigger 45a when, the pressurization part that is connect with trigger 45a
Air in 46 couple of first storage tank 11a pressurizes.When the air in the first storage tank 11a is pressurized, promote the first storage tank 11a
Interior degerming water is supplied toward tube body 24a.Degerming water passes through the inside of tube body 24a, is supplied to degerming Water Supplies Department 23.
If actor more than realization, then trigger 45a and pressurization part 46 can also be constituted by others to realize.Example
Such as, or press button (not shown) is pressed in setting, by the structure of the pressing above-mentioned movement for realizing pressurization part 46 by press button
At.
Ultrasonic degerming scrubber 5 plays effect below by including above-mentioned composition.
When user uses ultrasonic degerming scrubber 5, usual first storage tank 11a is located at downside, and handle part 30 is located at upper
Side.Therefore, when the first storage tank of Yu 11a is fully filled the situation of saline solution (or degerming water), ultrasonic degerming can be made to wash
The position of centre of gravity of net machine 5 is lower than the position of centre of gravity of ultrasonic degerming scrubber 1.Whereby, when the operation of ultrasonic degerming scrubber 5
Sideway it is dynamic, pitch is dynamic mitigates, can be realized the high operability of ultrasonic degerming scrubber 5.Also, the situation to tail off in saline solution
Under, in supplemented on the way and using when be relatively easy to.
In addition, in ultrasonic degerming scrubber 5, near one end of tube body 24a is located at below the first storage tank 11a.By
This, can almost use the degerming water stored in the first storage tank 11a, can reduce the benefit of the saline solution to the first storage tank 11a
Fill number.As a result, mitigating the burden of user.
[embodiment 6]
For embodiments of the present invention 6, if being illustrated according to Figure 11, as described below.Figure 11 is the super of embodiment 6
The sectional view of sound wave degerming scrubber 6.In addition, for ease of description, for have in above embodiment it is stated that structure
The component of part identical function, simultaneously the description thereof will be omitted for label same reference numerals.
If comparing the ultrasonic degerming scrubber 4 of ultrasonic degerming scrubber 6 Yu embodiment 4, the position of handle part 30
Difference is set, other compositions are then identical.Therefore, in hereinafter, the handle part 30 for ultrasonic degerming scrubber 6 is illustrated.
In ultrasonic degerming scrubber 4, when gravity direction to be set as to the situation in lower direction, the second storage tank 54, first
Storage tank 18, handle part 30 are with this sequence downward to configuration.
In contrast, handle part 30 is not configured in the lower section of the first storage tank 18 in ultrasonic degerming scrubber 6, but
It is configured at the side of the first storage tank 18.Specifically, in ultrasonic degerming scrubber 6, ultrasonic applying unit 20, the first storage tank
18, handle part 30 is sequentially configured in horizontal direction with this.In this way, handle part 30 can also be configured at the side of the first storage tank 18.
As above-mentioned, the ultrasonic degerming scrubber of each embodiment removes the mould etc. for being attached to wall or clothes etc.
Bacterium is cleaned.Place and position of the attachment of mould etc. etc. suppose there is various situations, therefore according to the situation, ultrasonic is removed
The shape of bacterium scrubber can also have various modes.
For example, ultrasonic applying unit 20, the first storage tank 18, handle part 30 are in ultrasonic degerming scrubber 6 with this sequence
It is configured in horizontal direction.Also, second storage tank 54 can be loaded and unloaded relative to the first storage tank 18 in ultrasonic degerming scrubber 6, make
When with ultrasonic degerming scrubber 6, the second storage tank 54 can be dismantled from the first storage tank 18.Whereby, ultrasonic degerming can be made
Scrubber 6 becomes horizontally long construction.Horizontally long construction refers to horizontal direction compared with longitudinal direction length vertical relative to horizontal direction
Construction.According to the construction, to being present in, longitudinal direction is narrow and the degerming at the position of depth depth cleans object and carries out degerming
When cleaning, ultrasonic degerming scrubber 6 can be inserted into the position of depth depth, to the clean object of the degerming suitably into
Row degerming is cleaned.
[embodiment 7]
For embodiments of the present invention 7, if being illustrated according to Figure 12, as described below.Figure 12 is the super of embodiment 7
The mian part sectional view of sound wave degerming scrubber 7.In addition, for ease of description, for have in above embodiment it is stated that
Component identical function component, label same reference numerals and the description thereof will be omitted.
In ultrasonic degerming scrubber 7, ultrasonic communication portion 22 is not extended to from ultrasonic element 21 (not shown)
The end of cabinet 25.This point is the ultrasonic communication portion 22 of ultrasonic degerming scrubber 7 and extends to case from ultrasonic element 21
The difference of the ultrasonic communication portion 22 of other ultrasonic degerming scrubbers of the end of body 25.Degerming Water Supplies Department 23 is arranged extremely
The end of cabinet 25.
According to the above configuration, in the case of the end of cabinet 25 is pressed against the wall surface of wall 50, in wall 50 and degerming water
It is formed between the end face of supply department 23 and ultrasonic communication portion 22 and closes spatial portion 80.If using ultrasonic degerming under the state
Scrubber 7 is then reserving at from the degerming water that degerming Water Supplies Department 23 supplies and closes spatial portion 80, the ultrasonic of ultrasonic communication portion 22
Vibration is communicated to degerming and cleans object through the degerming water for closing spatial portion 80 is reserving at.
Ultrasonic degerming scrubber 7 plays effect below by including above-mentioned composition.
In ultrasonic degerming scrubber 7, it can be arranged between the end face and wall 50 of ultrasonic communication portion 22 appropriate
Space.Whereby, ultrasonic communication portion 22 can make ultrasonic wave vibration with amplitude through the degerming water as medium relative to wall 50
It is touched for maximum distance.Also, the end face due to ultrasonic communication portion 22 is not abutted with wall 50, also performance is able to suppress super
The effect of the abrasion of the end face of sound wave communication portion 22.In addition, the interval (end face of ultrasonic communication portion 22 and the wall 50 that are arranged herein
Interval) be preferably 1mm~5mm or so, and preferably the deflection etc. of degerming Water Supplies Department is also added, and in the super of generation
The mode of the part configuration wall 50 of the antinode of sonic vibration designs.
In addition, ultrasonic degerming scrubber 7 penetrates degerming water, ultrasonic wave vibration is communicated to degerming and cleans object.Cause
This, ultrasonic degerming scrubber 7 can apply in a effective manner the mould 51 in the microscopic checks of the calking for being attached to wall 50 etc. very much
Add ultrasonic wave vibration, and degerming is carried out using degerming water to the mycotic spore of peeling.
In addition, ultrasonic degerming scrubber 7, the shape and/or size of spatial portion 80 are closed by suitably change, it can
Improve the leeway of the clean improved efficiency of degerming.
[summary]
The ultrasonic degerming scrubber of aspect 1 of the invention is composition below, it is, include: degerming water generating unit, by
Electrolytic saltwater and generate degerming water；And ultrasonic applying unit, object is cleaned to the degerming that the degerming water is supplied and is applied
Add ultrasonic wave vibration.
The ultrasonic degerming scrubber of aspect 2 of the invention, or composition below: described in above-mentioned aspect 1
Degerming water generating unit includes: the first storage tank for being filled the saline solution；And be arranged in first storage tank inside one
To electrode；And the degerming water is generated by saline solution described in the pair of electrolysis.
The ultrasonic degerming scrubber of aspect 3 of the invention, or composition below: in above-mentioned aspect 1 or 2,
The ultrasonic applying unit includes: the ultrasonic element that ultrasonic wave vibration is generated by energization: and will be by the ultrasonic
Ultrasonic wave vibration caused by element cleans the ultrasonic communication portion that object is conveyed toward the degerming.
The ultrasonic degerming scrubber of aspect 4 of the invention, or composition below: described in above-mentioned aspect 3
Ultrasonic applying unit further comprises degerming Water Supplies Department, and the degerming Water Supplies Department will be generated with the degerming water generating unit
The degerming water be supplied to the degerming clean object.
The ultrasonic degerming scrubber of aspect 5 of the invention, or composition below: described in above-mentioned aspect 2
First storage tank includes one for passing through at least either of liquid, gas and solid or plurality of openings portion.
The ultrasonic degerming scrubber of aspect 6 of the invention, or composition below: in above-mentioned aspect 2 or 5,
Including the second storage tank that can be loaded and unloaded relative to first storage tank；Connect each other inside second storage tank and first storage tank
It is logical.
The ultrasonic degerming scrubber of aspect 7 of the invention, or composition below: in appointing for above-mentioned aspect 1 to 6
In one, including limiting unit, the limiting unit limitation is with the degerming water generating unit degerming water generated described in
The supply of ultrasonic applying unit.
The ultrasonic degerming scrubber of aspect 8 of the invention, or composition below: in appointing for above-mentioned aspect 1 to 7
In one, the degerming water generating unit and the ultrasonic applying unit are powered and in timing different from each other by identical power supply
It is powered.
The ultrasonic degerming scrubber of aspect 9 of the invention, or composition below: in appointing for above-mentioned aspect 1 to 8
In one, the degerming water generating unit and the ultrasonic applying unit are powered by identical power supply.
The ultrasonic degerming scrubber of aspect 10 of the invention, or composition below: in above-mentioned aspect 1 to 9
In any one, it is powered including making in the circuit portion of the polarity reversion of the electric current of the degerming water generating unit.
The ultrasonic degerming scrubber of aspect 11 of the invention, or composition below: in above-mentioned aspect 4, institute
Degerming Water Supplies Department is stated to be arranged in around the ultrasonic communication portion.
The ultrasonic degerming scrubber of aspect 12 of the invention, or composition below: in above-mentioned aspect 4 or 11
In any one, the degerming water generating unit is formed by inorganic fibers.
The ultrasonic degerming scrubber of aspect 13 of the invention, or composition below: in above-mentioned aspect 1 to 12
In any one, rechargable battery is set, and inside for that can carry.
The ultrasonic degerming scrubber of aspect 14 of the invention, or composition below: in above-mentioned aspect 11, thoroughly
It crosses to be supplied to and cleans object by the ultrasonic communication portion, the degerming Water Supplies Department and the degerming and formed
The degerming water for closing spatial portion, to the degerming clean object apply ultrasonic wave vibration.
The ultrasonic degerming method of cleaning of aspect 15 of the invention is the following method, it is, comprising: degerming water generates
Step generates degerming water by electrolytic saltwater；And ultrasonic applies step, to the degerming water generation step is supplied
The degerming of the degerming water of middle generation cleans object and applies ultrasonic wave vibration.
The present invention is not limited to above-mentioned each embodiments, and various changes can be carried out in the range shown in claim
More, it is also contained in about being appropriately combined embodiment obtained from the technological means that discloses respectively in different embodiments
In technical scope of the invention.Further, it by the technological means disclosed respectively in each embodiment is combined, is capable of forming
New technical characteristic.
The explanation of appended drawing reference
1~7: ultrasonic degerming scrubber
10,10a: degerming water generating unit
11, the storage tank of 11a, 16,18: the first
12: electrode
12a, 12c: first electrode
12b, 12d: second electrode
13,15: opening portion
17,17a, 17b: feed trough
19: filling portion
20: ultrasonic applying unit
21: ultrasonic element
22: ultrasonic communication portion
23: degerming Water Supplies Department
24,24a: tube body
25: cabinet
30: handle part
31: circuit portion
32: battery
40: wiring configuration section
46: pressurization part
54: the second storage tanks
55: water check valve
80: closing spatial portion
Claims (6)
1. a kind of ultrasonic degerming scrubber characterized by comprising
Degerming water generating unit, degerming water is generated by electrolytic saltwater；And
Ultrasonic applying unit cleans object to the degerming that the degerming water is supplied and applies ultrasonic wave vibration；Wherein
The degerming water generating unit, comprising:
First storage tank is filled the saline solution；And
The inside of first storage tank is arranged in a pair of electrodes；And
The degerming water is generated by saline solution described in the pair of electrolysis.
2. ultrasonic degerming scrubber as described in claim 1, which is characterized in that
The ultrasonic applying unit includes:
Ultrasonic element, ultrasonic wave vibration is generated by energization；And
The ultrasonic wave vibration from caused by the ultrasonic element is cleaned object toward the degerming and conveyed by ultrasonic communication portion.
3. ultrasonic degerming scrubber as claimed in claim 1 or 2, which is characterized in that including limiting unit, the limiting unit limit
System is with the supply toward the ultrasonic applying unit of the degerming water generating unit degerming water generated.
4. ultrasonic degerming scrubber as claimed any one in claims 1 to 3, which is characterized in that the degerming water generates
Portion and the ultrasonic applying unit are powered by identical power supply, and are powered in timing different from each other.
5. ultrasonic degerming scrubber as claimed in claim 2, which is characterized in that the ultrasonic applying unit is further in institute
It states and is provided with degerming Water Supplies Department around ultrasonic communication portion, the degerming Water Supplies Department will be with degerming water generating unit institute
The degerming water generated is supplied to the degerming and cleans object.
6. ultrasonic degerming scrubber as claimed in claim 5, which is characterized in that penetrate and be supplied to by the ultrasonic
Communication portion, the degerming Water Supplies Department and the degerming clean object and the degerming water for closing spatial portion that is formed, right
The degerming cleans object and applies ultrasonic wave vibration.
Applications Claiming Priority (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2017-081584 | 2017-04-17 | ||
| JP2017081584 | 2017-04-17 | ||
| PCT/JP2017/030240 WO2018193644A1 (en) | 2017-04-17 | 2017-08-24 | Ultrasonic bacterial elimination and cleaning machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN110520225A true CN110520225A (en) | 2019-11-29 |
Family
ID=63855668
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201780089628.5A Pending CN110520225A (en) | 2017-04-17 | 2017-08-24 | Ultrasonic degerming scrubber |
Country Status (4)
| Country | Link |
|---|---|
| JP (1) | JPWO2018193644A1 (en) |
| CN (1) | CN110520225A (en) |
| TW (1) | TWI658843B (en) |
| WO (1) | WO2018193644A1 (en) |
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| US20010037537A1 (en) * | 2000-04-28 | 2001-11-08 | Noriyuki Kitaori | Ultrasonic cleaning apparatus |
| JP2003320324A (en) * | 2002-04-26 | 2003-11-11 | Mitsubishi Electric Corp | Cleaning apparatus and household electric machinery utilizing the same |
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| CN204401114U (en) * | 2014-12-22 | 2015-06-17 | 曹楠 | Disinfectant liquid generator |
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| JP2000116261A (en) * | 1998-10-13 | 2000-04-25 | Morinaga Milk Ind Co Ltd | Nipple cleaning cup and nipple cleaning device |
| JP2001029309A (en) * | 1999-07-21 | 2001-02-06 | Toto Ltd | Bath room cleaning machine |
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| JP2003181394A (en) * | 2001-12-14 | 2003-07-02 | Honda Electronic Co Ltd | Ultrasonic cleaning method and device used in the same |
| JP2006192359A (en) * | 2005-01-12 | 2006-07-27 | Sharp Corp | Wet treatment apparatus |
| JP6080657B2 (en) * | 2013-04-04 | 2017-02-15 | 有限会社ガリュー | Fluid ejection gun |
| JP2016065036A (en) * | 2014-09-17 | 2016-04-28 | 株式会社理研テクノシステム | Composition for controlling virus and method for controlling virus |
| TWM536542U (en) * | 2016-07-27 | 2017-02-11 | 林信湧 | Healthy gas generating system |
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2017
- 2017-08-24 JP JP2019513212A patent/JPWO2018193644A1/en active Pending
- 2017-08-24 CN CN201780089628.5A patent/CN110520225A/en active Pending
- 2017-08-24 WO PCT/JP2017/030240 patent/WO2018193644A1/en active Application Filing
- 2017-09-29 TW TW106133823A patent/TWI658843B/en not_active IP Right Cessation
Patent Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20010037537A1 (en) * | 2000-04-28 | 2001-11-08 | Noriyuki Kitaori | Ultrasonic cleaning apparatus |
| JP2003320324A (en) * | 2002-04-26 | 2003-11-11 | Mitsubishi Electric Corp | Cleaning apparatus and household electric machinery utilizing the same |
| US20040250844A1 (en) * | 2003-06-16 | 2004-12-16 | Kumazaki Aim Corporation | Ultrasonic cleaner |
| CN102657301A (en) * | 2012-03-20 | 2012-09-12 | 朱蕾 | Foodstuff purifying system with high-efficiency |
| CN103357612A (en) * | 2013-07-25 | 2013-10-23 | 中国科学院声学研究所 | Amplitude transformer type ultrasonic cleaning gun |
| CN203763530U (en) * | 2014-03-07 | 2014-08-13 | 中山市中健医疗设备有限公司 | Small-size disinfectant generator |
| CN204401114U (en) * | 2014-12-22 | 2015-06-17 | 曹楠 | Disinfectant liquid generator |
Also Published As
| Publication number | Publication date |
|---|---|
| JPWO2018193644A1 (en) | 2020-05-14 |
| WO2018193644A1 (en) | 2018-10-25 |
| TW201838659A (en) | 2018-11-01 |
| TWI658843B (en) | 2019-05-11 |
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