CN102691346A - Health cleaning device - Google Patents
Health cleaning device Download PDFInfo
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- CN102691346A CN102691346A CN2012100550515A CN201210055051A CN102691346A CN 102691346 A CN102691346 A CN 102691346A CN 2012100550515 A CN2012100550515 A CN 2012100550515A CN 201210055051 A CN201210055051 A CN 201210055051A CN 102691346 A CN102691346 A CN 102691346A
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- air
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- main body
- ejiction opening
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Abstract
The invention provides a health cleaning device, which can effectively deodorize a bathroom wholely for a long time. The health cleaning device (100) possesses the components as following: a main body (200) which is loaded on a closestool (110) in the bathroom; and an electrostatic spray device (800) which arranged in the main body. The electrostatic spray device comprises the components as following: an air suction port (811) which is used for pumping air; an electrostatic spray unit (830) which produces charged particle water; a spray export (816) which sprays the air with the charged particle water to the front of the main body; a housing (810), which is provided with an air channel connecting the air suction port and the spray export; and a cover (840) which comprises part of the housing and can be arranged at the opening formed by the lower wall near the spray export in the air channel in a detachable mode.
Description
Technical field
The present invention relates to possess to the deodorization functions of odorous substance in the washroom with to the clean washing apparatus of the degerming functions of bacterium class.
Background technology
In the past, as deodorizing method in the washroom, comprise the foul smell that in toilet, produces being accompanied by defecation deodorizing and to from toilet in the washroom spatial diffusion and be attached to the odorous substance on wall and ground and the removing of bacterium.Moreover, in the washroom, comprise inner space, the space outside the toilet, ceiling, wall and the ground of toilet and toilet.In this washroom, space, wall and the ground that toilet is outer is closed and is called " toilet is outer ".
For example, the air in the toilet is built in the ventilator suction of clean washing apparatus and passes through deodorant.Remove the odorous substance in the air by deodorant, be able to deodorizing (the first existing example: for example, referring to patent documentation 1) thereby be accompanied by foul smell that defecation produces.
In addition, be arranged at the water that the electrostatic atomization apparatus on the metope in the washroom forms making airborne moisture dewfall and apply high voltage, generate the sub-water of charged corpuscle and the sub-water of said charged corpuscle is discharged in the washroom.Charged corpuscle decomposes attached to wall and ground odorous substance and mushroom, thereby makes outer odorous substance of toilet and bacterium class be able to remove (second is existing routine: for example, referring to patent documentation 2).
In addition, the atomizing generation device that is built in toilet seat produces mist, and said mist is discharged at this two place in toilet and outside the toilet.Utilize mist to make the foul smell in the toilet be able to deodorizing, and make outer odorous substance of toilet and mushroom be able to remove (the 3rd is existing routine: for example, referring to patent documentation 3).
The prior art document
Patent documentation
Patent documentation 1: TOHKEMY 2003-213762 communique
Patent documentation 2: TOHKEMY 2009-299466 communique
Patent documentation 3: TOHKEMY 2005-155150 communique
If the structure of the first existing example does not then have odorous substance and because odorous substance outside the toilets such as odorous substance that urine etc. produce and bacterium and the effect of bacterium that removal diffuses out from toilet.
In addition, if the structure of the second existing example does not then have effect to removing the foul smell that in toilet, produces.
Even the clean washing apparatus that has the second existing routine structure and first structure of example now makes up, also just two devices are worked independently.Therefore, can't expect to obtain above-mentioned two complementary effects of prior art, and independently work and to cause insignificant energy consumption.
In addition, if the structure of the 3rd existing example then possesses in the toilet and the foul smell at outer this two place of the toilet function of carrying out deodorizing.But the foul smell in the toilet is different with the amount and the ratio of the odorous substance of toilet foul smell outward.Therefore, when utilize same deodorizing portion come toilet in toilet outside when carrying out deodorizing, can't fully obtain a wherein side deodoriging properties, thereby can not be satisfactory.
As above-mentioned, just for separating the odorous substance that moves and produce normally and can obtain effect by what in the washroom, carry out.But, be not common to separate just action (for example child naughty etc.) and the foul smell that produces can't be brought into play sufficient deodorizing effect for being accompanied by.
As above-mentioned, about the foul smell of following defecation, be attached to the foul smell on washroom metope and ground and be attached to the foul smell of deodorizing with equipment, the amount of odorous substance and the generation time of ratio are different.Because the amount of these odorous substances is different with generation time, thereby deodorizing method is different.Therefore, has following problem: when utilizing same deodorizing means to implement to obtain sufficient deodorizing effect when comprising in the washroom in the toilet inherence whole deodorizing.
Summary of the invention
The invention solves above-mentioned existing problem, the object of the present invention is to provide a kind of clean washing apparatus, this clean washing apparatus particularly can carry out deodorizing to washroom integral body long-term effectively.
The clean washing apparatus of a mode of the present invention possesses: main body places on the toilet in the washroom its year; And electrostatic atomization apparatus, it is built in said main body.At this, said electrostatic atomization apparatus comprises: air entry, and it is used for suction air; Electrostatically atomizing unit, it generates the sub-water of charged corpuscle; Ejiction opening, its air that will comprise the sub-water of said charged corpuscle is to the place ahead of said main body ejection; Housing, it forms the air channel that is communicated with said air entry and said ejiction opening; And lid, it constitutes the part of said housing, and is arranged near the formed opening of lower wall of the portion said ejiction opening in said air channel with mode that can dismounting.
According to this structure, utilize electrostatic atomization apparatus to make the sub-water of charged corpuscle be diffused into toilet space.Make through the sub-water of this charged corpuscle and to swim in the odorous substance of toilet space and be attached to that metope, ceiling surface, ground odorous substance are able to decompose, foul smell is able to remove.In addition, when the ejiction opening of electrostatic atomization apparatus was directly waited pollution by urine, the user can unload lid down lid and enclosure interior are cleaned.Therefore, it is more to invade the amount of the pollutant in the housing by ejiction opening sometimes.In addition, this pollutant is not to invade termly in ejiction opening etc. when being to use the washroom etc.Therefore, the user unloads lid down as required and by opening the air channel is cleaned, thereby makes pollutant further be able to effectively remove.Therefore, can not lodge in the inside of electrostatic atomization apparatus as the pollutant in the generation source of foul smell, the whole foul smell in washroom is able to suppress chronically.
The invention effect
Clean washing apparatus of the present invention can carry out deodorizing to washroom integral body long-term effectively.
Description of drawings
Fig. 1 is the stereogram of outward appearance that the clean washing apparatus of embodiment of the present invention two is shown.
Fig. 2 is the vertical view that being in of embodiment of the present invention two unloaded the main body of the state that covers.
Fig. 3 is the lateral view that being in of embodiment of the present invention two unloaded the main body of the state that covers.
Fig. 4 is the sectional view along the A-A line among Fig. 2 of odor removal.
Fig. 5 is the sectional view along the B-B line among Fig. 2 of electrostatic atomization apparatus.
Fig. 6 is the sectional view along the C-C line among Fig. 2 of electrostatic atomization apparatus.
Fig. 7 is the stereogram of lid of the electrostatic atomization apparatus of embodiment of the present invention two.
Fig. 8 is the front view of electrostatically atomizing unit of the electrostatic atomization apparatus of embodiment of the present invention two.
Fig. 9 is the stereogram of outward appearance that the clean washing apparatus of embodiment of the present invention one is shown.
Label declaration
100: clean washing apparatus;
110: toilet;
200: main body;
800: electrostatic atomization apparatus;
810: housing;
811: air entry;
816: ejiction opening;
817: opening;
830: electrostatically atomizing unit;
840: lid;
843: change of the wind portion;
900: the air channel.
The specific embodiment
The clean washing apparatus of first invention possesses: main body places on the toilet in the washroom its year; And electrostatic atomization apparatus, it is built in said main body.At this, said electrostatic atomization apparatus comprises: air entry, and it is used for suction air; Electrostatically atomizing unit, it generates the sub-water of charged corpuscle; Ejiction opening, it is used for the air that comprises the sub-water of said charged corpuscle to the place ahead of said main body ejection; Housing, it forms the air channel that is communicated with said air entry and said ejiction opening; And lid, it constitutes the part of said housing, and is arranged near the formed opening of lower wall of the portion said ejiction opening in said air channel with mode that can dismounting.
According to this structure, utilize electrostatic atomization apparatus to make the sub-water of charged corpuscle be diffused into toilet space.Make through the sub-water of this charged corpuscle and to swim in the odorous substance of toilet space and be attached to that metope, ceiling surface, ground odorous substance are able to decompose, foul smell is able to remove.In addition, when the ejiction opening of electrostatic atomization apparatus was directly waited pollution by urine, the user can unload lid down lid and enclosure interior are cleaned.Therefore, it is more to invade the amount of the pollutant in the housing by ejiction opening sometimes.In addition, this pollutant is not to invade termly in ejiction opening etc. when being to use the washroom etc.Therefore, the user unloads lid by opening down as required the air channel is cleaned, thereby makes pollutant further be able to effectively remove.Therefore, the pollutant that becomes the generation source of foul smell can not lodge in the inside of electrostatic atomization apparatus, and the whole foul smell in washroom is able to suppress chronically.
In the clean washing apparatus of second invention, said lid also can comprise change of the wind portion, and this change of the wind portion is used for changing the said air that comprises the sub-water of the said charged corpuscle direction from said ejiction opening ejection.
According to this structure, through changing the shape of change of the wind portion, can change the air that comprises the sub-water of charged corpuscle direction from the ejiction opening ejection.Thus, can cooperate the shape of washroom and area to adjust emission direction.
In the clean washing apparatus of the 3rd invention; Flank section is arranged at said main body with the mode of the side that in plan view, is positioned at said toilet; Said ejiction opening is disposed at the front surface of said flank section; Said housing constitutes and forms said air channel, and inside and the said ejiction opening that arrives of said flank section passed in this air channel from said air entry.
According to this structure, flank section is positioned at the side of toilet in plan view in main body.Ejiction opening is configured in the front surface of this flank section.Therefore, in the air channel of housing, when air passes the inside of flank section and when arriving ejiction opening from air entry, the air that comprises the sub-water of charged corpuscle from ejiction opening be ejected into toilet around.Thus, the sub-water of charged corpuscle is diffused into washroom integral body, makes washroom integral body be able to deodorizing and degerming.
Below, with reference to accompanying drawing embodiment of the present invention is described.
Moreover, below in whole accompanying drawings to identical or suitable element mark identical with reference to label, and omit its repeat specification.
(embodiment one)
Fig. 9 is the stereogram that the electrostatic atomization apparatus of embodiment one is shown.
According to this structure, the air that comprises the sub-water of charged corpuscle is diffused into washroom integral body from ejiction opening 816 to the place ahead of main body 200 ejection.The sub-water of this charged corpuscle be attached in the space of swimming in the washroom odorous substance and attached on the odorous substance on wall etc.Thus, odorous substance is able to decompose, and makes to be able to deodorizing in the washroom.
In addition, owing to need spread charged particulate water widely to whole washroom, therefore the main body at built-in electrostatic atomization apparatus 800 placed under the situation of toilet 110 in 200 years, and ejiction opening 816 is configured in the place ahead of main body 200.But during before the user stand in main body 200 and towards toilet 110, the ejiction opening 816 towards the place ahead of main body 200 is in the position of facing mutually with the user, towards this side of user.Therefore, the user makes urine invade in the housing 810 from ejiction opening 816 because of naughty or wait because of carelessness towards ejiction opening 816 and urinate etc. sometimes.Under these circumstances, urine can be attached on the housing 810 of ejiction opening 816 and periphery thereof, or lodges in the below of ejiction opening 816.Therefore, make the urine that becomes the generation source of foul smell be attached to electrostatic atomization apparatus 800 in large quantities.Be directed to this, when unloading the lid 840 of the below that is in ejiction opening 816, housing 810 is uncovered.Can wipe the urine that is attached in the housing 810 from this opening.In addition, because lid 840 is positioned at the below of housing 810, the urine that therefore accumulates in here can be discharged from opening.Thus, the urine that invades in the clean washing apparatus 100 can be removed simply, the odorous substance that produces because of urine can be removed.Therefore, the foul smell in can the long term inhibition washroom keeps health.
(embodiment two)
Embodiment two shows the example that cleaning device with embodiment one is applied to possess the cleaning device of remote controller.
In the clean washing apparatus of embodiment two, lid 840 comprises change of the wind portion 843, and this change of the wind portion 843 is used for changing the air that comprises the sub-water of the charged corpuscle direction from ejiction opening 816 ejections.
In addition, in the clean washing apparatus of embodiment two, flank section 240 is arranged at main body 200 to overlook the mode of observing the side that is positioned at toilet 110.In addition, the front surface in flank section 240 disposes ejiction opening 816.And housing 810 constitutes and forms air channel 900 (Fig. 9), and this air channel 900 is passed the inside of flank section 240 and arrived ejiction opening 816 from air entry 811.
Fig. 1 shows the stereogram that clean washing apparatus 100 is arranged at the outward appearance of the state on the toilet 110.Fig. 2 shows the vertical view of the main body 200 that is in the clean washing apparatus 100 that has unloaded 201 the state of covering.Fig. 3 shows the left side lateral view that is in the main body 200 that has unloaded 201 the state of covering.Fig. 4 shows the sectional view along the A-A line among Fig. 2 of the odor removal 600 that is built in main body 200.
< 1>structure of clean washing apparatus
As shown in Figure 1, clean washing apparatus 100 is made up of main body 200, toilet lid 210, toilet seat 220, remote controller 300 and human body detection sensor 310.Main body 200, toilet lid 210 and toilet seat 220 are constituted as one, and are arranged at the upper surface of toilet 110.
Moreover; In this embodiment; Configuration by being provided with as follows each inscape describes: shown in the arrow of Fig. 1, being the rear with the side that is provided with main body 200 of clean washing apparatus 100, is the place ahead with the side that is provided with toilet seat 220 of clean washing apparatus 100; To be the right side, be the left side with the side on the left of under the state at rear, being positioned in a side that under the state at rear, is positioned at the right side.
Front surface corner part in main body 200 is provided with the detecting sensor 230 of taking a seat.The said detecting sensor 230 of taking a seat has been used the for example infrared ray sensor of reflection-type.The detecting sensor of taking a seat 230 forwards penetrates infrared rays, and to detecting from the infrared rays that is sitting in the human body reflected back on the toilet seat 220, thus, the situation that 230 couples of users of the detecting sensor of taking a seat are present on the toilet seat 220 detects.When the detecting sensor 230 of taking a seat detected infrared rays, the detecting sensor of taking a seat 230 thought and detected the human body that is seated at toilet seat 220, and to control part 700 output signals.Moreover; As the detecting sensor of taking a seat; Except adopting ultrared sensor, also adopt the gravity of axial region and leg rubber section through acting on toilet 220 and sensor that pressure comes human body, or the variation of the capacitance through acting on toilet 220 come the sensor etc. of human body.
Be provided with a plurality of console switch 301 at remote controller 300.Remote controller 300 is installed in the positions such as metope of the washroom that the user that is seated on the toilet seat 220 can operate, and is used to carry out each function operations of clean washing apparatus 100.
Human body detection sensor 310 is installed on the metope of washroom etc.Human body detection sensor 310 has used the for example infrared ray sensor of reflection-type.Human body detection sensor 310 irradiation infrared rays also detect the infrared rays from the human body reflected back.Thus, can detect the user who enters in the washroom.
When do not have the user in the washroom, when human body detection sensor 310 is not exported signal, stop to the toilet seat heater energising, or toilet seat 220 is remained on the low temperature about 20 ℃.When the user gets into the washroom,, the toilet seat heater is switched on according to signal from human body detection sensor 310.The toilet seat heater uses the very high heater of output about 800W.Therefore, get into the short time of washroom till be seated at toilet seat 220 from the user, for example about 6 seconds to 10 seconds during in, the toilet seat heater is heated to the proper temperature about 40 ℃ with the face of taking a seat of toilet seat 220.After toilet seat 220 reaches proper temperature, the energising of toilet seat heater is dropped to the low output about 50W, toilet seat 220 is maintained at proper temperature.When the user in the washroom, leave, during from the blackout of human body detection sensor 310, stop to the toilet seat heater energising, or toilet seat 220 is remained on the low temperature about 20 ℃.Electric power is not able to significantly cut down when thus, in the washroom, having the user.
As shown in Figure 2, the central authorities in the inside of main body 200 are provided with washer jet unit 400.Be provided with drying device 500, odor removal 600 and control part 700 etc. on the right side of main body 200.In addition, be provided with rinse water feed mechanism 450, heat interchanger 460 and electrostatic atomization apparatus 800 etc. in the left side of main body 200.Washer jet unit 400, rinse water feed mechanism 450 and heat interchanger 460 constitute the cleaning part that body local is cleaned.
Rinse water feed mechanism 450 is connected in washer jet unit 400 with heat interchanger 460.The rinse water of supplying with from running water pipe is utilized heat interchanger 460 and is heated, thereby warm water is supplied to washer jet unit 400.Warm water, cleans user's part to the ejection of user's part from washer jet 410.
Be provided with control part 700 at the rear of drying device 500.Be provided with odor removal 600 in the side of drying device 500.In order to aspirate the foul smell in the toilet 110, the pump orifice of odor removal 600 is towards the central bend of main body 200.
< 2>structure of odor removal
Fig. 4 is the sectional view along the A-A line among Fig. 2 of odor removal.
As shown in Figure 4, the ventilator 630 that is made up of Sirocco fan that odor removal 600 constitutes with the pipe 610 that forms the air channel, deodorizing body 620 and suction foul smell is the main composition parts.Deodorizing body 620 is equipped on the inside of pipe 610, is used to remove foul smell.
A pipe end of 610 has formed air entry 611 at the bottom surface opening towards the inner space of toilet 110 of main body 200.The other end of pipe 610 has formed exhaust opening 612 at the back surface opening of main body 200.Dispose deodorizing body 620 and ventilator 630 successively from managing 610 air entry 611 sides.
< 3>structure of electrostatic atomization apparatus
Fig. 5 is the sectional view along the B-B line among Fig. 2 of electrostatic atomization apparatus 800, shows the sectional view in the admission pipe space 812 of electrostatic atomization apparatus 800.Fig. 6 is the sectional view along the C-C line among Fig. 2 of electrostatic atomization apparatus 800, shows the cross section of the major part of electrostatic atomization apparatus 800.Fig. 7 covers 840 stereogram, and said lid 840 is attached to the housing 810 of electrostatic atomization apparatus 800.Fig. 8 shows the front view of the electrostatically atomizing unit 830 of electrostatic atomization apparatus 800.
Like Fig. 1 and shown in Figure 2, electrostatic atomization apparatus 800 is arranged at the inside of flank section 240, and said flank section 240 is arranged at the sidepiece of main body 200 integratedly.Utilize electrostatic atomization apparatus 800, the air in the suction washroom, the bottom of flank section 240, and the air that comprises the sub-water of charged corpuscle by from the lower front surface portion of flank section 240 outside the place ahead is ejected into toilet 110.
As shown in Figure 6, electrostatic atomization apparatus 800 constitutes with the housing 810 that forms air channel 900 (Fig. 9), is equipped on the electrostatically atomizing unit 830 that the inside of housing 810 is used to aspirate the ventilator 820 of outside air and generate the sub-water of charged corpuscle is the main composition parts.Ventilator 820 uses for example Sirocco fan.
Be provided with air entry 811 (Fig. 5), admission pipe space 812 (Fig. 5), ventilator space 813 (Fig. 6), electrostatic atomization space 814 (Fig. 6), bleed pipe space 815 (Fig. 6) and ejiction opening 816 (Fig. 6) at housing 810.Carry from the air of air entry 811 suctions of the soffit that is arranged at the rear in admission pipe space 812.As shown in Figure 6, ventilator space 813 holds ventilator 820.Central portion in electrostatic atomization space 814 disposes electrostatically atomizing unit 830.Bleed pipe space 815 bends to roughly L font to the front lower place.Ejiction opening 816 is the terminals in bleed pipe space 815, its towards front openings in main body 200.
As shown in Figure 5, outside air entry 811, be provided with cancellous strainer 850 with the mode that can load and unload.Strainer 850 is used to remove and is contained in the airborne dust that is aspirated.In addition, as shown in Figure 6, be outside equipped with louver(-vre) (louver) 851 at ejiction opening 816.Louver(-vre) 851 suppresses foreign matter and gets into from ejiction opening 816.But louver(-vre) 851 is provided with the inside and outside gap of connecting housing.Through this gap, the air that comprises the sub-water of charged corpuscle is able to flow out.On the other hand, little object such as urine might be invaded through the gap.
The central portion in ventilator space 813 is communicated with on the top of left and right directions with admission pipe space 812.The air that has passed through admission pipe space 812 is pumped to ventilator 820 by the substantial middle from ventilator space 813.That is to say that admission pipe space 812 links to each other via the inner space of ventilator 820 with bleed pipe space 815.In addition, ventilator space 813 and bleed pipe space 815 link to each other at above-below direction.Be delivered to the inner space of the air of ventilator 820 from admission pipe space 812, and be transported to bleed pipe space 815 through ventilator 820.
As shown in Figure 5, in admission pipe space 812, be provided with from three barrier 812a, 812b and 812c of two side protrusion.The part of three barrier 812a, 812b, 812c is overlapping at central portion.Therefore, even deliberately fill in foreign matter or insertion finger or cleaning medium by mistake make water and foreign matter intrusion from air entry 811 sometimes, water and foreign matter etc. also can bump against barrier 812a, 812b, 812c.Thus, can prevent that sealing and foreign matter directly invade the inside and damage ventilator 820 etc. or prevent that to produce electric leakage etc. unusual because of water and foreign matter.
In addition, as shown in Figure 6, the same with admission pipe space 812, in bleed pipe space 815, also be provided with from barrier 815a, the 815b of two side protrusion.Two pieces of barrier 815a, the part of 815b is overlapping at central portion.Thus, can prevent directly to invade the inside with foreign matter and damage electrostatically atomizing unit 830 etc. or prevent to produce electric leakage etc. unusually because of water and foreign matter from the water that air entry 811 gets into.
The barrier 815a in the barrier 812a in admission pipe space 812,812b, 812c and bleed pipe space 815,815b have crooked shape, to blow smoothly.
Lower wall at housing 810 is provided with opening 817.Opening 817 for example has roughly rectangular shape, and opens wide towards the below of housing 810.Opening 817 be positioned at ejiction opening 816 near, be configured in the below in bleed pipe space 815.Usually, opening 817 is by the lid that can load and unload 840 sealings.When lid 840 is embedded in opening 817, constitute the part of housing 810, form the bottom surface in bleed pipe space 815.For example, in this embodiment, ejiction opening 816 is in the position lower than the upper surface of toilet 110, and the sewage during sometimes for the urine of liquid and cleaning invades in the bleed pipe space 815 from ejiction opening 816 via louver(-vre) 851.In this case, unload as long as will cover 840, the user just can be covered 840 through cleaning, clean to remove decontaminated water from the inside in 817 pairs of bleed pipe spaces 815 of opening.Moreover, prevented to invade the inside through barrier 815a, 815b from water and foreign matter that opening 817 is invaded.The sewage of therefore, invading from ejiction opening 816 is roughly attached to leaving the scope that mouthful 817 hands can get at.Therefore, the user is as long as from opening 817 wiping bleed pipe spaces 815, ejiction opening 816 and louver(-vre) 851 etc., just can remove sewage.
As shown in Figure 7, lid 840 is rectangular shape roughly.Hinder marginal part at lid 840 is provided with holding section 841, is formed with stop part 842 at the exterior region that covers 840.Holding section 841 comprises two protuberances, and these two protuberances are arranged on highly different positions each other.Stop part 842 deformable through the elasticity of resin material.In addition, lid 840 has change of the wind portion 843.Change of the wind portion 843 be arranged on cover 840 from central portion to rearward end, this change of the wind portion 843 is formed by curved surface, said curved surface is crooked to the top towards the rear.Through this change of the wind portion 843, pass bleed pipe space 815 from the air that covers 840 top and transport towards the place ahead, thereby change wind direction swimmingly.
Through changing the shape of said change of the wind portion 843, can change from the wind direction of the air of ejiction opening 816 ejections.For example, when change of the wind portion towards the place ahead when the top is crooked, the sub-water of charged corpuscle can be from ejiction opening 816 to the top ejection and splash a distant place.Lid 840 with such change of the wind portion is suitable for spacious washroom.In addition, when change of the wind portion towards the left side when the top is crooked, the sub-water of charged corpuscle is emitted towards the right side.Therefore, the lid 840 that has such change in fashion portion is suitable for having on the right side of ejiction opening 816 washroom of wide space.Like this, as long as prepare variform lid 840 a plurality of, change of the wind portion 843 in advance, just can change wind direction at the shape and the area that are provided with cooperation washroom, clean washing apparatus 100 back.
When the edge of opening with opening 817 was inserted in the recess between two protuberances that cover 840 holding section 841, holding section 841 and housing 810 be hook each other, and the rearward end of lid 840 is fixed in housing 810.Then, stop part 842 bendings, the front portion of lid 840 is pressed to opening 817, thus stop part 842 engages with the leading edge of opening 817, and the leading section of lid 840 is fixed in housing 810.Therefore, lid 840 is installed in housing 810, and opening 817 is blocked.In addition, when unloading lower cover 840, through rearward being pressed into stop part 842, make stop part 842 bendings, thereby stop part 842 is disengaged with engaging of opening 817, lid 840 is removed.
As shown in Figure 8, electrostatically atomizing unit 830 is made up of dew generation portion 831, atomizing electrode 832 and opposite electrode 833.Dew generation portion 831 makes airborne moisture dewfall, thereby generates water.Atomizing electrode 832 applies voltage to the water that is generated by dew generation portion 831.Opposite electrode 833 and atomizing electrode 832 opposite disposed.
Be provided with the atomizing electrode 832 of sharp shape at the cooling base 835a of Peltier's element 835.Utilize water that cooling base 835a and the dewfall of Peltier's element 835 form by conveyance to atomizing electrode 832.
With atomizing electrode 832 opposed position of sharp shape, dispose the roughly opposite electrode 833 of domed with the mode of surrounding atomizing electrode 832.Be respectively arranged with connector 832a, the 833a of energising usefulness at atomizing electrode 832 and opposite electrode 833.Atomizing electrode 832 and opposite electrode 833 are electrically connected with control part 700 via connector 832a, 833a.Through the control of control part 700, by voltage application portion (not shown in Fig. 8) to applying the voltage of about 3500V between atomizing electrode 832 and the opposite electrode 833.
Moreover the electrostatically atomizing unit 830 of the electrostatic atomization apparatus 800 in this embodiment utilizes the dew generation portion 831 with Peltier's element 835 to come from air, to obtain water.But the method that obtains water is not limited in this method.For example, electrostatically atomizing unit 830 also can have the water storage portion that stored water in advance and obtain water from water storage portion.In this case, be supplied to atomizing electrode 832, thereby generate the sub-water of charged corpuscle from the water of water storage portion.
< 4>action of clean washing apparatus and effect
Next, action and the effect to the clean washing apparatus of said structure describes.
When the user get into the washroom, when human body detection sensor 310 detects human body, human body detection sensor 310 is to control part 700 output signals.Control part 700 drives toilet seat toilet lid rotating mechanism and opens toilet lid 210, and begins the toilet seat heater of toilet seat 220 is switched on.Thus, the toilet seat heater heated up with interior quilt at 10 seconds, made the face of taking a seat of toilet seat 220 reach about 40 ℃ that suitable user takes a seat.
When the user was seated at toilet seat 220, the detecting sensor of taking a seat 230 detects took a seat, and to control part 700 output signals.Control part 700 begins to drive odor removal 600.In addition, when control part 700 receives when taking a seat signal, control part 700 is accepted the signal from console switch 241 and console switch 301.Thus, can utilize the console switch 241 of main body 200 and the console switch 301 of remote controller 300 to carry out the operation of cleaning function.
In addition, when control part 700 began to drive the ventilator 630 of odor removal 600, shown in the arrow D1 of Fig. 4, the air in the toilet 110 was pumped in the pipe 610 from air entry 611.Then, air advances to the direction of arrow D2 in pipe, and that kind shown in arrow D3 is through the honeycomb hole of deodorizing body 620, and the quilt of that kind shown in arrow D4 is pumped in the ventilator 630 from the pump orifice of ventilator 630.And the exhaust opening 612 from that kind of air shown in arrow D5 of ventilator 630 ejection from the base plate that is arranged at main body 200 is discharged downwards.The air that is discharged from passes through from the gap between the upper surface of the base plate that is formed at main body 200 and toilet 110, thereby is discharged to the rear of main body 200.
Like this, during the honeycomb hole of the air that contains odorous substance through deodorizing body 620, odorous substance is adsorbed on the hole wall of honeycomb hole, and the catalytic action through deodorizing body 620 is decomposed and removes.Therefore, passed through the air behind the deodorizing body 620, therefore be roughly the odorless state, and be discharged in the washroom from exhaust opening 612 owing to removed odorous substance.
As stated, the overwhelming majority that in the process of going to toilet, results from the odorous substance in the toilet 110 is decomposed through odor removal 600 and removes.Therefore, can suppress foul smell effectively and diffuse to whole washroom.
When the user stands and when the washroom withdrawed from, human body detection sensor 310 finished predicting human body from toilet seat 220 being through with to go to toilet and accomplished local cleaning back through cleaning unit.After passing through this scheduled time (for example after 1 minute), control part 700 stops to drive odor removal 600 and begins to drive electrostatic atomization apparatus 800.
When control part 700 begins to drive electrostatic atomization apparatus 800 according to predetermined imposing a condition, begin ventilator 820, Peltier's element 835, atomizing electrode 832 and opposite electrode 833 energisings.
That kind shown in the arrow E among Fig. 64 has been passed through the air of ventilator 820 and has been carried towards electrostatically atomizing unit 830 from ventilator 820.And the portion of air quilt is carried towards the low-temp. portion of cooling base 835a, atomizing electrode 832 and the opposite electrode 833 of Peltier's element shown in Figure 8 835.In addition, another part air passes through the radiating fin 836 of electrostatically atomizing unit 830, and owing to the heat radiation of radiating fin 836 heats up.Pass through that kind of air shown in the arrow E among Fig. 65 of electrostatically atomizing unit 830 and passed the barrier 815a in bleed pipe space 815, the gap of 815b.The change of the wind portion 843 of lid 840 that the air utilization that is transported to the below in bleed pipe space 815 is arranged at the bottom in bleed pipe space 815 is changed wind direction to be the place ahead.Then, air is discharged in the washroom via louver(-vre) 851 from ejiction opening 816.
As stated, the air that is transported to the low-temp. portion of electrostatically atomizing unit shown in Figure 8 830 contacts with the cooling base 835a of Peltier's element 835.Thus, airborne moisture dewfall generates dew.The dew that generates is transported to the surface of atomizing electrode 832.Through to applying the high voltage of about 3500V between this atomizing electrode 832 and the opposite electrode 833, the division of dew generation Rayleigh, thus produce the sub-water of charged corpuscle of nano-scale.That is, passed through the sub-water of charged corpuscle that air behind the electrostatically atomizing unit 830 comprises nano-scale.Therefore, the sub-water of charged corpuscle is discharged in the washroom from ejiction opening 816.
The sub-water of charged corpuscle that discharges from ejiction opening 816 disperses to toilet space, thereby is attached to odorous substance, metope, ceiling face and the ground etc. of swimming in the washroom.The sub-water of charged corpuscle is nano-scale thereby very little, thereby the pore that can enter into wall surface is inner.Therefore, even also can obtain deodorizing effect and anti-mold effect to odorous substance and the mould class that is attached to wall surface.
Particularly, the sub-glassware for drinking water of the charged corpuscle of nano-scale is equipped with the bactericidal effect to various mushrooms, decomposes and removes odorous substances such as ammonia, acetaldehyde, acetic acid, methane, carbon monoxide, nitric oxide and formaldehyde.The sub-liquid drugs injection of charged corpuscle is to swimming in the washroom and being attached to metope and the odorous substance on ground and mushroom performance deodorizing, degerming and sterilization effects.
In addition, when the user is not seated under the situation that the man of toilet seat 220 urinates, odor removal 600 is not driven.But, after the user withdraws from from the washroom, just finished after the predicting of human body from human body detection sensor 310, electrostatic atomization apparatus 800 begin to drive and at the fixed time after stop.
On the other hand, sometimes because abnormal operation or the child of man when the urinating outside that causes urinating to toilet 110 such as naughty.Under these circumstances, when the ejiction opening 816 of electrostatic atomization apparatus 800 was configured in the low position of upper surface than toilet 110, urine invaded the inside of housing 810 from ejiction opening 816 via louver(-vre) 851.Therefore, urine be attached to ejiction opening 816 near, electrostatic atomization apparatus 800 is polluted by a large amount of odorous substance from urine.
When owing to so unusual use a large amount of odorous substances being accumulated, the common function that is difficult to utilize electrostatic atomization apparatus 800 is the decompose odor material at short notice.Therefore, the user unloads that lower cover 840 comes washing cover 840 and near the inside of the housing 810 the opening 817 cleaning ejiction openings 816.In addition, in the time of in urine lodges in housing 810, urine is discharged from from the opening 817 of the below that is arranged at housing 810.Like this, for the urine in the generation source of odorous substance is removed, this odorous substance is eliminated.Therefore, contaminated part is by deodorizing, and, can keep the function that 800 pairs of whole washrooms of electrostatic atomization apparatus carry out deodorizing.
The foul smell that produces termly when as stated, the clean washing apparatus of this embodiment utilizes odor removal and electrostatic atomization apparatus to remove defecation and behind the defecation etc.In addition, when in electrostatic atomization apparatus 800 because of contaminated grades such as urine, produce aperiodically and be under the situation more than the amount of urine in generation source of foul smell, unload as required lower cover 840 come to electrostatic atomization apparatus 800 clean, deodorizing.That is, be seated at toilet seat the user and use just to reach and clean in the action, the foul smell in the toilet is carried out deodorizing, suppress stench thus and be diffused into whole washroom through utilizing odor removal.In addition, when not using the washroom, the sub-water of charged corpuscle is diffused into toilet space, thereby the sub-water decomposition of charged corpuscle is swum in the odorous substance on odorous substance, wall surface, ceiling face and the ground of toilet space through utilizing electrostatic atomization apparatus.Thus, foul smell be can remove, and can degerming and sterilization be carried out the various mushrooms in the washroom.And, the foul smell in can the long term inhibition washroom, thus keep health.
In this embodiment, be provided with electrostatic atomization apparatus 800 in the flank section 240 of main body 200.Therefore, the air channel 900 (Fig. 9) from the air entry 811 that is used for emitting the sub-water of charged corpuscle to ejiction opening 816 of electrostatic atomization apparatus 800 isolates with the inner space of main body 200.Therefore thus, because produced simultaneously ozone is not sneaked into the inside of main body 200 when the sub-water generates of charged corpuscle, can prevent deterioration that the resin parts in the main body 200 cause because of ozone etc.
In addition, the abnormal operation owing to defecation the time makes under the electrostatic atomization apparatus 800 contaminated situation, unloads lower cover 840 and just can clean simply with housing 810 covering 840.Thus, odorous substance can be removed, and the function of electrostatic atomization apparatus 800 can be kept from contaminated electrostatic atomization apparatus 800.
Moreover, in above-mentioned embodiment two, be provided with louver(-vre) 851, but also can not have louver(-vre) in the outside of ejiction opening 816.
In addition, in above-mentioned embodiment two, be provided with poroid opening 817, but the shape of opening is not limited thereto at housing 310.The opening of incision-like for example, also can be set at housing 310.In this case, when covering when opening unloads, opening links to each other with ejiction opening 816.On the other hand, when lid was embedded in opening, opening was blocked, formed ejiction opening 816.
And, in above-mentioned embodiment two, be provided with electrostatic atomization apparatus 800 in the flank section 240 of the main body 200 of the side that is in toilet 110, dispose ejiction opening 816 at the front surface of flank section 240.Thus, the ejiction opening 816 of electrostatic atomization apparatus 800 is configured to: see the air that comprises the sub-water of charged corpuscle off towards the place ahead of toilet 110 from the flank section 240 of the side that is in toilet 110.But the position of the position of electrostatic atomization apparatus 800 and this ejiction opening 816 is not limited thereto.For example, electrostatic atomization apparatus 800 also can be arranged on the inside of main body 200.In this case, owing to emit the air that comprises the sub-water of charged corpuscle from main body 200 towards the place ahead of toilet 110, so the sub-water of charged corpuscle is diffused into whole washroom effectively, makes whole washroom be able to deodorizing.
In addition, in above-mentioned embodiment two, the mode that heats up has rapidly been adopted in the heating of toilet seat 220.But the heating system of toilet seat 220 is not limited thereto.For example, even if the heating system that toilet seat 220 is incubated the type of keeping also can play same effect.
Utilizability in the industry
As stated, clean washing apparatus of the present invention is useful as the clean washing apparatus that can be long-term effectively whole washroom be carried out deodorizing.
Claims (3)
1. a clean washing apparatus is characterized in that,
This clean washing apparatus possesses:
Main body places on the toilet in the washroom its year; And
Electrostatic atomization apparatus, it is built in said main body,
Said electrostatic atomization apparatus comprises:
Air entry, it is used for suction air;
Electrostatically atomizing unit, it generates the sub-water of charged corpuscle;
Ejiction opening, its air that will comprise the sub-water of said charged corpuscle is to the place ahead of said main body ejection;
Housing, it forms the air channel that is communicated with said air entry and said ejiction opening; And
Lid, it constitutes the part of said housing, and is arranged near the formed opening of lower wall of the portion said ejiction opening in said air channel with mode that can dismounting.
2. clean washing apparatus according to claim 1, wherein,
Said lid comprises change of the wind portion, and this change of the wind portion is used for changing the said air that comprises the sub-water of the said charged corpuscle direction from said ejiction opening ejection.
3. clean washing apparatus according to claim 1, wherein,
Flank section is arranged at said main body to overlook the mode of observing the side that is positioned at said toilet,
Said ejiction opening is disposed at the front surface of said flank section,
Said housing constitutes formation and passes the inside of said flank section from said air entry and arrive the said air channel of said ejiction opening.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2011067237A JP5810277B2 (en) | 2011-03-25 | 2011-03-25 | Sanitary washing device |
| JP2011-067237 | 2011-03-25 |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN102691346A true CN102691346A (en) | 2012-09-26 |
| CN102691346B CN102691346B (en) | 2015-04-22 |
Family
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201210055051.5A Expired - Fee Related CN102691346B (en) | 2011-03-25 | 2012-03-05 | Health cleaning device |
Country Status (2)
| Country | Link |
|---|---|
| JP (1) | JP5810277B2 (en) |
| CN (1) | CN102691346B (en) |
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104863229A (en) * | 2014-02-25 | 2015-08-26 | 松下知识产权经营株式会社 | Health Cleaning Device |
| CN105369871A (en) * | 2014-08-19 | 2016-03-02 | Toto株式会社 | Sanitary washing device |
| CN109009636A (en) * | 2018-06-16 | 2018-12-18 | 苏州欧圣电气股份有限公司 | Nurse machinery equipment |
| CN110130450A (en) * | 2018-02-08 | 2019-08-16 | 杭州大湛机电科技有限公司 | A kind of deodorization and sterilization closestool cap assemblies |
| CN110714514A (en) * | 2018-07-12 | 2020-01-21 | 松下知识产权经营株式会社 | Sanitary cleaning device |
| CN113789841A (en) * | 2021-09-13 | 2021-12-14 | 西唯科技（浙江）有限公司 | Energy-saving intelligent closestool of subregion electric heating |
Families Citing this family (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP6424512B2 (en) * | 2014-08-19 | 2018-11-21 | Toto株式会社 | Sanitary cleaning device |
| US10633846B2 (en) | 2017-02-08 | 2020-04-28 | Homemation Llc | Self-contained toilet bowl dispenser and light |
| US10370837B2 (en) | 2017-05-16 | 2019-08-06 | Homemation Llc | Self-contained toilet bowl dispenser and light |
| USD991427S1 (en) | 2021-08-05 | 2023-07-04 | Homemation, Inc. | Fragrance dispenser |
| USD1008036S1 (en) | 2021-08-05 | 2023-12-19 | Homemation, Inc. | Fragrance container |
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| CN104863229A (en) * | 2014-02-25 | 2015-08-26 | 松下知识产权经营株式会社 | Health Cleaning Device |
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| CN110130450A (en) * | 2018-02-08 | 2019-08-16 | 杭州大湛机电科技有限公司 | A kind of deodorization and sterilization closestool cap assemblies |
| CN109009636A (en) * | 2018-06-16 | 2018-12-18 | 苏州欧圣电气股份有限公司 | Nurse machinery equipment |
| CN110714514A (en) * | 2018-07-12 | 2020-01-21 | 松下知识产权经营株式会社 | Sanitary cleaning device |
| CN110714514B (en) * | 2018-07-12 | 2022-07-08 | 松下知识产权经营株式会社 | Sanitary cleaning device |
| CN113789841A (en) * | 2021-09-13 | 2021-12-14 | 西唯科技（浙江）有限公司 | Energy-saving intelligent closestool of subregion electric heating |
| CN113789841B (en) * | 2021-09-13 | 2023-03-10 | 西唯科技（浙江）有限公司 | Energy-saving intelligent closestool of subregion electrical heating |
Also Published As
| Publication number | Publication date |
|---|---|
| JP5810277B2 (en) | 2015-11-11 |
| JP2012202102A (en) | 2012-10-22 |
| CN102691346B (en) | 2015-04-22 |
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