CN105587025A - Sanitary washing apparatus - Google Patents
Sanitary washing apparatus Download PDFInfo
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- CN105587025A CN105587025A CN201510644390.0A CN201510644390A CN105587025A CN 105587025 A CN105587025 A CN 105587025A CN 201510644390 A CN201510644390 A CN 201510644390A CN 105587025 A CN105587025 A CN 105587025A
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- Bidet-Like Cleaning Device And Other Flush Toilet Accessories (AREA)
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Abstract
The invention aims to provide a sanitary washing apparatus which can ensure higher odor removal performance. Particularly, the sanitary washing apparatus is characterized by comprising the components of an air supplying part which sucks air in a toilet; an ordor removing filter which has a porous structure and makes the air sucked by the air supplying part pass through; and a spraying part which supplies water to the ordor removing filter.
Description
Technical field
Mode relate generally to clean washing apparatus of the present invention.
Background technology
For example have a kind of watering privy deodorization sterilizing unit, it possesses getter device and sterilized water is supplied with dressPut (patent documentation 1). The deodorization sterilizing unit of the watering privy that patent documentation 1 is recorded, in order to remove stoolThe odor pollutant that device or urinal produce and to make brine electrolysis be that sterilized water is supplied with and contains to the filter of moisture retentionSoak. While making getter device action, attract foul smell via foul smell path from closet. This foul smell is in filterBy time, odor pollutant is absorbed and decomposes by the brine electrolysis of impregnation.
In the time containing the filter absorbed of brine electrolysis and decompose odor pollutant, the deodorizing performance of filter and mistakeFilter keeps the performance (water retention property) of brine electrolysis relevant. Air in closet is moistening shape because ponding becomesState. Therefore, in the time containing the filter absorbed of brine electrolysis and decompose the odor pollutant in closet, even filterIn the situation that getter device attracts foul smell, be also relatively difficult for dry.
But the air in the air ratio closet outside closet is drier sometimes. Therefore, containing electrolysisThe filter absorbed of water while decomposing the odor pollutant outside closet, filter attracts foul smell time ratio at getter deviceBe easier to be dried. In order to ensure the deodorizing performance of filter, wish that filter has higher water retention property.
Patent documentation 1: the JP 2000-129747 of Japan communique
Summary of the invention
The present invention is based on the understanding to this problem and make, technical task is to provide a kind of health and cleans dressPut, it can guarantee higher deodorizing performance.
The 1st invention is a kind of clean washing apparatus, it is characterized in that possessing: attract the indoor sky in lavatoryThe air supplying part of gas; There is vesicular structure and deodorization filter that described air that described air supplying part attracts passes through;The spraying portion supplying water to described deodorization filter.
According to this clean washing apparatus, deodorization filter has vesicular structure and is easy to keep water. Therefore,Can guarantee higher deodorizing performance.
The 2nd invention is according to the clean washing apparatus of the 1st invention, it is characterized in that also possessing and haveThe electrolytic cell of electrode, described water is the function water that described electrolytic tank electrolysis generates.
According to this clean washing apparatus, the water that deodorization filter keeps is the function water that electrolysis generates,Therefore can utilize hypochlorous acid cracked ammonium and trimethylamine.
The 3rd invention is according to the clean washing apparatus of the 1st or 2 inventions, it is characterized in that, described de-The material of smelly filter comprises pottery.
According to this clean washing apparatus, the material of deodorization filter comprises pottery, therefore deodorization filterThere is certain hardness and can suppress the aging distortion causing.
The 4th invention is according to the clean washing apparatus of 1st～3 arbitrary inventions, it is characterized in that instituteStating deodorization filter has solid figure and arranges the ojosa forming.
According to this clean washing apparatus, deodorization filter has ojosa, is therefore sucked by air supplying partThe indoor air in lavatory and the contact area of water larger. Therefore, can improve the decomposition to odor pollutants such as ammoniaPerformance.
The 5th invention is according to the clean washing apparatus of the 4th invention, it is characterized in that described stereogramShape is the hole of quadrangular prism.
According to this clean washing apparatus, can further increase the indoor air in lavatory being sucked by air supplying partContact area with water.
The 6th invention is according to the clean washing apparatus of the 4th or 5 inventions, it is characterized in that described sprayMist portion from described deodorization filter described in direction deodorization filter supply with described water, described deodorization filterWith the state setting parallel with above-below direction of the axle of described solid figure.
According to this clean washing apparatus, water is fully dispersed throughout the above-below direction of deodorization filter. Therefore,Become the state that roughly all keeps water of deodorization filter. Thus, can guarantee higher deodorizing performance.
The 7th invention is the clean washing apparatus of 4th～6 arbitrary inventions, it is characterized in that, from describedThe water that spraying portion supplies with to described deodorization filter is not on described ojosa, to form moisture film but to instituteThe material of stating deodorization filter soaks into.
According to this clean washing apparatus, compared with forming when moisture film, via the air stream of deodorization filterLogical better. Therefore, can guarantee higher deodorizing performance.
The 8th invention is the clean washing apparatus of 1st～7 arbitrary inventions, it is characterized in that also possessingKeep the filter box of described deodorization filter, be held in the shape of described filter box at described deodorization filter, between described deodorization filter and described filter box, there is gap in state.
According to this clean washing apparatus, can make the external force that acts on deodorization filter disperse and suppress de-Smelly filter breakage.
According to mode of the present invention, a kind of clean washing apparatus can be provided, it can guarantee higherDeodorizing performance.
Brief description of the drawings
Fig. 1 is the schematic perspective view that represents the chamber, lavatory of the clean washing apparatus that embodiment of the present invention is set.
Fig. 2 is the schematic perspective view that represents the clean washing apparatus of present embodiment.
Fig. 3 represents the washing water feedway of present embodiment and the block diagram of wanting portion to form of deodorization device.
Fig. 4 is the schematic perspective view that represents the deodorization device of present embodiment.
Fig. 5 is the schematic, exploded that represents the deodorization device of present embodiment.
Fig. 6 is the schematic cross-sectional view that illustrates the concrete example of the electrolytic cell of present embodiment.
Fig. 7 is the schematic perspective view that illustrates the concrete example of deodorization filter and filter box.
Fig. 8 is the schematic plan that illustrates the concrete example of deodorization filter and filter box.
Fig. 9 is the schematic plan that illustrates the concrete example of the ojosa of the deodorization filter of present embodiment.
Figure 10 is the schematic plan that represents the clean washing apparatus inside of present embodiment.
Figure 11 is the table of the decision method of explanation usage frequency.
Figure 12 is the sequential chart that illustrates the concrete example of the clean washing apparatus action of present embodiment.
Figure 13 is the sequential chart that illustrates other concrete example of the clean washing apparatus action of present embodiment.
Figure 14 is the sequential chart that illustrates another other concrete example of the clean washing apparatus action of present embodiment.
Figure 15 is the flow chart that illustrates another other concrete example of the clean washing apparatus action of present embodiment.Symbol description
1-clean washing apparatus; 2-w.c.pan; 4-toilet cover; 6-function part; 8-box plate; 10-box cover; 12-cleansWater feeder; 13-human body detection sensor; 14-washer jet; 15-water-discharge portion; 15a-cleans guttation hole;The soft guttation of 15b-hole; Guttation hole is cleaned in 15c-Clean Living; Guttation hole is cleaned in the wide type Clean Living of 15d-; 16-deodorization device;18-control part; 20-pelvic part; The air-breathing oral area of 21-; 22-exhaust oral area; 24-passage opening/closing valve; 26-heat exchangeDevice; 28-electrolytic cell; 28a-the 1st electrode; 28b-the 2nd electrode; 30-vacuum interruption device; 32-the 1st stream;34-the 2nd stream; 36-electromagnetic pump; 38-adjusts stream/flow channel switching valve; 40-nozzle cleaning chamber; 41-water-discharge portion;42-air entry; 44-dust-collecting filter; 46-fan; 48-deodorization filter; 48a, 48b, 48c-hole; 50-Spraying portion; 52-is subject to water portion; 54-exhaust outlet; 56-discharge outlet; 58-muscle rib; 60-discharges stream; 62-pelvic partDischarge with hole; 68-the 1st impeller; 72-filter box; 74-operating portion; Chamber, 100-lavatory.
Detailed description of the invention
Referring to accompanying drawing, embodiments of the present invention are described. In addition, in each figure to equallyThe additional prosign of inscape and suitable detailed.
Fig. 1 is the schematic perspective view that represents the chamber, lavatory of the clean washing apparatus that embodiment of the present invention is set.
Fig. 2 is the schematic perspective view that represents the clean washing apparatus of present embodiment.
As shown in Figure 1, be provided with the w.c.pan 2 of rinsing type in 100 inside, chamber, lavatory. On w.c.pan 2Be provided with clean washing apparatus 1. The clean washing apparatus 1 of present embodiment possesses toilet seat (not shown), toilet cover4, function part 6. For example, user operates the operating portion 74 arranging on the wall of chamber, lavatory 100,Can make toilet cover 4 open and close and various functions that start-up performance portion 6 has.
As shown in Figure 2, function part 6 has: box plate 8, box cover 10, washing water feedway 12(with reference to Fig. 3), human body detection sensor 13, washer jet 14, deodorization device 16, control part 18. JustSeat (not shown) and toilet cover 4 open and close the earth's axis freely and prop up in box cover 10. Box plate 8 from the front of w.c.pan 2 (Side) see it is pelvic part 20 rears of being located at w.c.pan 2. On box plate 8, be provided with: washing water feedway 12,Washer jet 14, deodorization device 16, control part 18. Box cover 10 is fixed on box plate 8 and covers washing water confessionGive device 12, washer jet 14, deodorization device 16, control part 18.
Human body detection sensor 13 be for example utilize infrared signal thermoelectric pickup and to entering lavatoryThe chamber entrant of chamber 100 detects. Human body detection sensor 13 can be also that such as doppler sensor etc. is micro-Wave sensor. By utilize microwave Doppler effect sensor or send and based on reflection microwaveAmplitude (intensity) sensor during as human body detection sensor 13 that detects detected body, people's health check-upSurveying sensor 13 can cross the door of chamber, lavatory 100 and detect user's existence. , human body detection sensor 13Can detect into toilet chamber 100 user before.
It is the left rear side of being located at box plate 8 that deodorization device 16 is seen from the front of w.c.pan 2. As Fig. 2In arrow A 28 shown in, deodorization device 16 is seen from the front of w.c.pan 2 from being located at box cover 10 left sidesAir-breathing oral area 21 is inhaled the air in toilet chamber 100. Air in chamber, so-called lavatory 100 mainly refers to w.c.pan 2Outside air (air beyond pelvic part 20). Stench contained the air sucking from air-breathing oral area 21 becomesDivide and trapped or decompose by deodorization device 16.
In this case description, seeing from the user who is seated at w.c.pan 2 at common use stateSide be " top ", taking below seeing from the user who is seated at w.c.pan 2 at common use state as " below ".And, taking the front seen from the user who is seated at w.c.pan 2 at common use state as " front ", with fromThe rear that the user that common use state is seated at w.c.pan 2 sees is " rear ". Or, with from towards stoolIt is " front " that the direction of device 2 is stood on the hand front side that the user before w.c.pan 2 sees, with from towards w.c.panIt is " rear " that 2 direction is stood on the depth side that the user before w.c.pan 2 sees. And, with from towards greatlyIt is " right side side " that the direction of closet 2 is stood on the right side that the user before w.c.pan 2 sees, with from towards stoolIt is " left side side " that the direction of device 2 is stood on the left side that the user before w.c.pan 2 sees.
" odor pollutant " in present embodiment comprises ammonia composition. This odor pollutant is attached to lavatory at urineAttachment portion from urine when floor or the wall etc. of chamber 100 produces.
As shown in the arrow A 29 in Fig. 2, trapped by deodorization device 16 or decomposed odor pollutantAir, sees it is that exhaust oral area 22 from being located at box cover 10 left sides is told to chamber, lavatory 100 from the front of w.c.pan 2Go out.
Because exhaust oral area 22 is located at the side of box cover 10, therefore air can be before box cover 10Side discharges. The air that therefore, can suppress to discharge from exhaust oral area 22 directly touches user. Thus, energyThe clean washing apparatus 1 that usability is good is enough provided. In addition, the setting of air-breathing oral area 21 and exhaust oral area 22Mode is not limited to Fig. 2 example. For example, air-breathing oral area 21 also can be located at the trailing flank (back side) of box cover 10.Or at least one of air-breathing oral area 21 and exhaust oral area 22 can be located at right flank.
In Fig. 2 example, air-breathing oral area 21 and exhaust oral area 22 are located at a same face (left side for box cover 10Side). Therefore, while being located at mutually different with air-breathing oral area 21 and exhaust oral area 22 compared with, air entryPortion 21 is easy to again to attract the air of discharging from exhaust oral area 22. Therefore, air-breathing oral area 21 can be inhaled againDraw the air containing the odor pollutant not trapped by deodorization device 16 or decompose. Thus, can will partly be detainedFoul smell in contained odor pollutant intensively trap or decompose.
And exhaust oral area 22 is located at air-breathing oral area 21 front sides. Therefore, exhaust oral area 22 energyReach the air trapping or decomposed odor pollutant from air-breathing oral area 21 front sides discharges. Therefore, user's ratioThe air that is easier to be drawn onto trapping or has decomposed odor pollutant. Therefore, can further avoid user to feelUncomfortable.
Control part 18 be electrically control containing the control circuit of IC element washing water feedway 12,Human body detection sensor 13, washer jet 14 and deodorization device 16 action separately. Control part 18 is for example controlledThe action of fan 46 processed (with reference to Fig. 3). Control part 18 is by for example metal control part cover as housing(not shown) covers.
Fig. 3 represents the washing water feedway of present embodiment and the frame of wanting portion to form of deodorization deviceFigure.
Fig. 4 is the schematic perspective view that represents the deodorization device of present embodiment.
Fig. 5 is the schematic, exploded that represents the deodorization device of present embodiment.
Fig. 6 is the schematic cross-sectional view that illustrates the concrete example of the electrolytic cell of present embodiment.
As shown in Figure 3, washing water feedway 12 has: passage opening/closing valve 24, instant heating typeHeat exchanger 26, electrolytic cell 28, atmosphere release type vacuum interruption device (VB) 30, lead to washer jet14 the 1st stream 32, the 2nd stream 34 that leads to deodorization device 16, electromagnetic pump 36, tune stream/stream switchValve 38. In addition, washing water feedway 12 neither have heat exchanger 26. Supply with from outsideWater is carried to electrolytic cell 28 through over-heat-exchanger 26 in the time that passage opening/closing valve 24 is opened.
As shown in Figure 6, electrolytic cell 28 has the 1st electrode 28a and the 2nd electrode 28b. The 1st electrode28a is for example anode. The 2nd electrode 28b is for example negative electrode. The 1st electrode 28a and the 2nd electrode 28b are located atElectrolytic cell 28 inside. Electrolytic cell 28 can be based on sending from control part 18 energising control signal, makeThe running water electrolysis that spatial flow between 1 electrode 28a and the 2nd electrode 28b is crossed. In other words, deliver to electrolytic cell28 water in electrolytic cell 28 inside by electrolysis.
Running water chloride ion-containing (Cl－). Chlorion is (for example underground water, reservoir water, rivers and creeks at water sourceDeng water) in salt (NaCl) or calcium chloride (CaCl2) etc. form exist. Therefore, in anode (exampleAs the 1st electrode 28a) above reaction as shown in generating polynomial (1).
Cl－→e－+1/2Cl2···(1)
The chlorine producing in formula (1) is difficult to exist and major part is dissolved in water with bubble form. CauseThis, the chlorine producing in formula (1) can react shown in generating polynomial (2).
Cl2+H2O→HClO+H++Cl－···(2)
Like this, generate hypochlorous acid (HClO) by electrolytic chlorine ion. Consequently, electricity in electrolytic cell 28The water of separating becomes containing hypochlorous liquid (hereinafter referred to as " function water ").
The function water that electrolytic cell 28 generates flows to the 1st stream 32 or the 2nd stream 34. Flow to the 1stThe function water of stream 32 is carried to washer jet 14 by electromagnetic pump 36. Washer jet 14 has water-discharge portion 15.For example, water-discharge portion 15 has: huckle cleaning guttation hole 15a, the soft guttation of buttocks hole 15b, Clean Living are cleanedGuttation hole 15d is cleaned in guttation hole 15c, wide type Clean Living. But the guttation hole that water-discharge portion 15 has is not limited toThis. The function water of carrying to washer jet 14, spues upward from water-discharge portion 15. Spue from water-discharge portion 15Function water, for part cleaning of the user of w.c.pan 2 etc.
Between electromagnetic pump 36 and washer jet 14, be provided with and adjust stream/flow channel switching valve 38. By making tuneStream/flow channel switching valve 38 moves and can be to guttation flow, the guttation of the function water spuing from washer jet 14Angle and guttation scope etc. change. And, can be by merit by making to adjust stream/flow channel switching valve 38 to moveCan water (main body cleaning part) 40 conveyings to nozzle cleaning chamber. Nozzle cleaning chamber 40 has water-discharge portion 41. SprayMouth purge chamber 40 by the function water that spues from water-discharge portion 41 carry out the outer surface of washer jet 14 cleaning,Be that main body is cleaned.
The function water that flows to the 2nd stream 34 is sent to deodorization device 16.
As shown in Fig. 3～Fig. 5, deodorization device 16 has: dust-collecting filter 44, fan (air supplying part) 46,Deodorization filter 48, spraying portion 50, be subject to water portion 52, filter box 72.
Be subject to water portion 52 to there is air entry 42 and exhaust outlet 54. Air entry 42 is located at the air-breathing of box cover 10Oral area 21. Exhaust outlet 54 is located at the exhaust oral area 22 of box cover 10. Fan 46 is for example resinous hot blastsFan. Multiple blades that fan 46 arranges by inside are rotated and inhale toilet chamber 100 from air entry 42Interior air, and the air of suction is spued to chamber, lavatory 100 from exhaust outlet 54. In addition, fan 46 is not limitIn hot air fan.
As shown in Figure 4, dust-collecting filter 44 is located at the 1st impeller 68 inner sides. Dust-collecting filter 44Prevent that the airborne dust etc. sucking is sent to fan 46. By the 1st impeller 68 is taken off from box cover 10,Dust-collecting filter 44 can be taken off from deodorization device 16. Therefore, can be easily by dust-collecting filter 44Take off from clean washing apparatus 1. Thus, can clean more easily dust-collecting filter 44. In addition, collectionDirt filter 44 also can arrange integratedly with the 1st impeller 68. Now, can be by dust-collecting filter 44 andThe 1st impeller 68 takes off from box cover 10 simultaneously. Or dust-collecting filter 44 also can be located at air entry 42Part.
Deodorization filter 48 has vesicular structure. , deodorization filter 48 has the structure of Porous.
In this case description, so-called " vesicular structure " refers to that the density of material is 1 gram/cc of (g/cm3)Be the structure of 0.5 milliliter (mL) above water and can keep every 1g. In other words, in this case description,So-called " vesicular structure " refers to that weight is that the cube cube that length is on one side 1cm of 1g can be protectedHold the structure of 0.5 milliliter (mL) above water.
The material of deodorization filter 48 comprises pottery. More specifically, the material of deodorization filter 48Comprise silica (SiO2) and aluminium oxide (Al2O3). More specifically, deodorization filter 48 is silica and oxygenChange the mixed sintering body of aluminium. Deodorization filter 48 has ojosa (not limiting regular hexagon). For de-The concrete example of the ojosa of smelly filter 48 will be narrated in the back. Deodorization filter 48 is held in filterBox 72.
Function water utilization spraying portion 50 sprays to deodorization filter 48. Deodorization filter 48 is located at windBetween fan 46 and exhaust outlet 54, i.e. the downstream of fan 46. In other words, fan 46 is located at by function waterThe upstream side of the deodorization filter 48 of spraying. Therefore, can suppress dampish air by from deodorization filter48 carry to fan 46. Thus, can suppress fan 46 breaks down because of moisture.
The air of discharging from fan 46 is by deodorization filter 48. Therefore, move foreset at fan 46The air that is stored in clean washing apparatus 1 inside must be by deodorization filter 48, and is captured at odor pollutantDischarge chamber, backward lavatory 100. Thus, can prevent clean washing apparatus 1 inner product in the time that fan 46 is movedThe air collection at large of depositing or decompose odor pollutant and discharging to chamber, lavatory 100.
Deodorization filter 48 can freely take out from exhaust outlet 54 by user's operation. MoreParticularly, deodorization filter 48 can take out with the state that is held in filter box 72. User passes throughTake out deodorization filter 48 from filter box 72 and can be by deodorization filter 48 from exhaust outlet 54 freelyTake out. Thus, the spatter property of deodorization filter 48 improves.
Spraying portion 50 has magnetic valve and is located at deodorization filter 48 tops. When spraying portion 50 is because of controlPortion 18 processed and while opening valve events, function water can be filtered towards deodorization from deodorization filter 48 topsDevice 48 degree above with for example approximately 3 seconds, below 5 seconds is sprayed. Function water is taking spraying portion 50 as summitBe coniform spraying diffusely. The diffusion angle of the function water of spraying from spraying portion 50 is approximately 110 degree left and right.
In the time that function water is sprayed to deodorization filter 48, deodorization filter 48 keeps function water. FromThe particle diameter of the water droplet that spraying portion 50 sprays be for example approximately 10 microns (μ m) above, below 1000 μ m. CauseThis, the function water of spraying from spraying portion 50 be not form moisture film at the ojosa of deodorization filter 48 andTo soak into the material of deodorization filter 48. In this case description, so-called " soaking into " is not limited to liquid and oozesMaterial, also comprises that liquid remains in the hole of vesicular structure thoroughly.
In the time that fan 46 moves, the air in the chamber, lavatory 100 attracting from air entry 42 is in deodorizationIn filter 48, pass through. Here, maintain the state of function water at deodorization filter 48, when air is in deodorizationWhile passing through in filter 48, in air, contained odor pollutant can be absorbed by function water. The evil that function water absorbsSmelly composition is decomposed according to the following formula by the contained hypochlorous acid of function water.
HClO+NH3→NH2Cl+H2O···(3)
Shown in (3), ammonia (NH3) react with hypochlorous acid (HClO) and become monochloro amine (NH2Cl)And water (H2O). The smell of monochloro amine is the bleach odor identical with chlorine. Utilize the smell of monochloro amine canMake user experience clean feel. The residual odor pollutant that is not decomposed is trapped by function water. Therefore, energyEnough inhibition are not decomposed and residual odor pollutant is got back in air. Consequently, in deodorization filter 48The air passing through has been removed odor pollutant.
Having removed the air of odor pollutant discharges to chamber, lavatory 100 from exhaust outlet 54. Like this, deodorization dressPutting 16 can or decompose interior chamber, the lavatory 100 odor pollutant trapping often having. Thus, user enters lavatory at every turn, can not be drawn onto the foul smell of the interior odor pollutant often having in chamber, lavatory 100 when the chamber 100 and can happiness cosily utilize lavatoryChamber 100.
According to present embodiment, deodorization filter 48 is easy to keep function owing to having vesicular structureWater. Therefore, the clean washing apparatus 1 of present embodiment can be guaranteed higher deodorizing performance. And, meritCan water owing to being to utilize hypochlorous acid that ammonia and trimethylamine are decomposed containing hypochlorous liquid. And, due toThe material of deodorization filter 48 comprises pottery, and therefore deodorization filter 48 has certain hardness and can press downMake the aging distortion causing. And deodorization filter 48 is mixed sintering bodies of silica and aluminium oxide, thereforeThe corrosion can inhibit feature water causing and use the longer time. In addition, because deodorization filter 48 has honeybeeNest structure, the air in the chamber, lavatory 100 therefore sucking from air entry 42 and the contact area of function water are larger.Therefore, can make the decomposability of the odor pollutants such as ammonia improve.
About Fig. 1 and Fig. 2 as previously mentioned, the Shi Ce chamber, generation source 100 of the odor pollutant of embodimentFloor or wall etc. on the urine that adheres to and be different from the generation source of the odor pollutant of the pelvic part 20 of w.c.pan 2.Therefore, when the air entry 42 of deodorization device 16 is being located at the side of box cover 10 or the air-breathing oral area 21 of trailing flankOn while arranging, deodorization device 16 is easy to carry out deodorization.
The air of being discharged by fan 46, from the top of deodorization filter 48 downward by deodorizationFilter 48. Thus, can utilize the air of discharging from fan 46 and the weight of retentate self, will beThe retentate such as incrustation scale or dust accumulating in deodorization filter 48 is brushed lightly the water portion 52 that is subject to that falls within. Therefore, be difficult for de-In smelly filter 48, accumulate retentate.
In addition, the air of being discharged by fan 46, also can from the below of deodorization filter 48 towardsSquare tube is crossed deodorization filter 48. Now, incrustation scale or dust etc. can be in (the deodorizations of the bottom of deodorization filter 48The windward part of filter 48) be detained. Function water is filtered towards deodorization from the top of deodorization filter 48Device 48 is sprayed. Thus, can utilize the function water of spraying from spraying portion 50 to make in deodorization filter 48 bottomsThe retentate such as incrustation scale or dust accumulating fall and be subject in water portion 52.
As shown in Figure 4 and Figure 5, be subject to water portion 52 to there is the discharge outlet 56 towards box plate 8 openings. Be subject toThe bottom surface of water portion 52 tilts towards discharge outlet 56. Thus, flow to the function water that is subject to water portion 52, can not be subject toThe bottom surface of water portion 52 is accumulated and can be flowed towards discharge outlet 56.
Fig. 7 is the schematic perspective view that illustrates the concrete example of deodorization filter and filter box.
Fig. 8 is the schematic plan that illustrates the concrete example of deodorization filter and filter box.
Fig. 9 is the schematic plan that illustrates the concrete example of the ojosa of the deodorization filter of present embodiment.
The signal of filter box when Fig. 8 (a) sees from the direction of arrow A 31 shown in Fig. 5 for expressionProperty top view. Showing of deodorization filter when Fig. 8 (b) sees from the direction of arrow A 31 shown in Fig. 5 for expressionMeaning property top view. Deodorization when, Fig. 8 (a) and Fig. 8 (b) observe downwards from top for illustrating is filteredThe schematic plan of the concrete example of device and filter box.
The schematic plan of Fig. 9 (a) for representing that the structure forming is arranged in the hole of quadrangular prism. Fig. 9 (b) isRepresent that trequetrous hole arranges the schematic plan of the structure forming. Fig. 9 (c) is for representing the hole of hexagon prismThe schematic plan of the structure that arrangement forms. Fig. 9 (a)～Fig. 9 (c) is by from arrow A 31 shown in Fig. 5The schematic plan of the deodorization filter amplifying observation of direction while seeing.
As shown in Figure 7, deodorization filter 48 is held in filter box 72. As Fig. 8 (a) and Fig. 8(b), shown in, the part of filter box 72 keeps the 1st direction of the part of deodorization filter 48 (at figureIn 8 (a) for laterally) length D1 be greater than the length D3 of the 1st direction of deodorization filter 48. FilterThe part of box 72 keeps the 2nd direction (being longitudinally in Fig. 8 (a)) of the part of deodorization filter 48Length D2 be greater than the length D4 of the 2nd direction of deodorization filter 48. , protect at deodorization filter 48Be held in the state of filter box 72, between deodorization filter 48 and filter box 72, have gap.
Accordingly, can make the external force that acts on deodorization filter 48 disperse, even deodorization filter 48Material also can suppress deodorization filter 48 and occur damaged for when pottery. For example,, by deodorization filter 48Be installed on filter box 72 or deodorization filter 48 is had in the time that filter box 72 takes off External Force Acting inDeodorization filter 48. Nonetheless, also because there is gap between deodorization filter 48 and filter box 72,Thereby can make the external force that acts on deodorization filter 48 disperse, suppress deodorization filter 48 and occur damaged.
Deodorization filter 48 has ojosa. In concrete example shown in Fig. 8 (b) and Fig. 9 (a),The hole 48a that deodorization filter 48 has quadrangular prism arranges the structure forming. The deodorization filter of present embodiment48 also can have trequetrous hole 48b shown in Fig. 9 (b) concrete example arranges the structure forming. OrPerson, the deodorization filter 48 of present embodiment also can have hexagon prism concrete example shown in Fig. 9 (c)Hole 48c arrange the structure forming.
Like this, in this case description, the hole that so-called " ojosa " is not limited to hexagon prism arrange andThe structure becoming, also refers to that the solid figure such as hole of trequetrous hole or quadrangular prism is arranged the structure forming.
Fig. 9 (a)～Fig. 9 (c) shows while observation from top downwards, the honeycomb structure of deodorization filter 48Make the solid figure having.
The axle of the solid figure that the ojosa of deodorization filter 48 has is parallel with above-below direction. De-The axle of the solid figure that the ojosa of smelly filter 48 has, referring to four in concrete example shown in Fig. 9 (a)The axle in the hole of corner post. The axle of the solid figure that the ojosa of deodorization filter 48 has, in Fig. 9 (b) instituteShow the axle that refers to trequetrous hole in concrete example. The solid figure that the ojosa of deodorization filter 48 hasAxle refers to the axle in the hole of hexagon prism in concrete example shown in Fig. 9 (c).
Accordingly, water is fully dispersed throughout the above-below direction of deodorization filter 48. Therefore, become deodorizationThe state that roughly all keeps water of filter 48. Thus, the clean washing apparatus 1 of present embodiment can be trueThe deodorizing performance of Bao Genggao.
Figure 10 is the schematic plan that represents the clean washing apparatus inside of present embodiment.
The cleaning of the deodorization filter with reference to Figure 10 to present embodiment describes.
About Fig. 3～Fig. 6 as previously mentioned, the deodorization device 16 of present embodiment makes air pass through to keepThere is the deodorization filter 48 of function water to trap or decompose odor pollutant contained in air. Therefore, become smellyThe material of gas reason can be adsorbed in deodorization filter 48. If do not carry out the maintenance of deodorization filter 48, canCan cannot guarantee the deodorizing performance of deodorization filter 48.
On the other hand, the control part 18 of present embodiment carries out that to carry out the cleaning of deodorization filter 48 movingThe control of doing. Control part 18 was with to deodorization filter 48 and is supplied with deodorization filtration in user's not service timeThe function water more than maximum water holding capacity of device 48. Control part 18 also can be at the appointed time section repeatedly to deodorizationFilter 48 functions of physical supply water. Now, the total amount of repeatedly supplying with can be the water conservation of deodorization filter 48More than amount. Or the amount of each time of repeatedly supplying with also can be for more than the moisture-holding capacity of deodorization filter 48. InstituteMeaning " stipulated time " be for example approximately 1 minute above, 10 minutes with interior degree. For " not service timeBand " detail will narrate in the back.
The maximum water holding capacity of deodorization filter 48 is about 10mL left and right. Cleaning deodorization filter 48Time, spraying portion 50 makes that about 100mL is above, the function water of the following degree of 150mL is sprayed to deodorization filter 48Mist. , spraying portion 50 makes the water spray more than maximum water holding capacity of deodorization filter 48, thereby can be clearThe smelly filter 48 of wash-out. Thus, before function water spraying, the function water that deodorization filter 48 keeps canWash the odor pollutant of trapping off.
The function water of having utilized in the cleaning of deodorization filter 48, flows to and is positioned at deodorization filter 48Below be subject to water portion 52. Flow to the function water that is subject to water portion 52, from being subject to the discharge outlet 56 of water portion 52 to discharge and leadTo the upper surface of box plate 8.
As shown in figure 10, be provided with muscle rib 58 at the upper surface of box plate 8. Muscle rib 58 is from box plate 8Give prominence to and formation discharge stream 60 upward on surface. Discharge stream 60 has made to pass through the water of deodorization filter 48Discharge. For example, discharging stream 60 discharges the function water that deodorization filter 48 has been carried out cleaning. DischargeStream 60 has pelvic part and discharges with hole 62. Pelvic part is discharged with hole 62 and the position neighbour that nozzle cleaning chamber 40 is setGround connection arranges. Pelvic part is discharged the front part of being located at box plate 8 with hole 62. Muscle rib 58 is set to wire, will be fromThe function water guiding pelvic part that discharge outlet 56 (with reference to Fig. 4 and Fig. 5) is discharged is discharged with hole 62.
Discharge stream 60 forwards and below tilt. Thus, as the arrow A 21～arrow in Figure 10Shown in A27, the function water of discharging from discharge outlet 56 is discharged stream 60 because gravity forwards flows through. Thus,Can more easily the function water guiding pelvic part of discharging from discharge outlet 56 be discharged with hole 62.
The discharge of guiding pelvic part is discharged to the pelvic part 20 of w.c.pan 2 by the function water in hole 62. Thus, existThe function water of having utilized in the cleaning of deodorization filter 48, the function water that has trapped odor pollutant are to pelvic part 20Discharge. In pelvic part 20, frequent land productivity water cleans. Thus, can suppress to have adhered to the portion of function waterPosition dry and produce smell, avoid user to feel uncomfortable.
Pelvic part is discharged by hole 62 and the position adjacency that nozzle cleaning chamber 40 is set. Therefore, clear at nozzleWhen chamber wash 40 has carried out the main body cleaning of washer jet 14, in cleaning, the main body of washer jet 14 utilizesFunction water, in the part of stream 60, flow through and discharge with discharging to pelvic part 20 in hole 62 from pelvic part discharging., the function water of having utilized in the main body of washer jet 14 is cleaned, in the discharge outlet 56 from being subject to water portion 52In a part for the discharge stream 60 of the function water circulation of discharging, flow through. Consequently, can utilize and carry outThe water that the main body of washer jet 14 is cleaned, discharges with carrying out in hole 62 part and the pelvic part of discharging stream 60Clean. Thus, can be suppressed at trapped the function water of odor pollutant dry after from discharging stream 60 and pelvic partDischarge stinks with hole 62, thereby avoids making user to feel uncomfortable.
And, the shape that washer jet 14 can be in the space being accommodated between box plate 8 and box cover 10State, the whole guttations hole having from water-discharge portion 15 spues part that function water cleans water-discharge portion 15 (from clearClean). Now, the part of the water-discharge portion 15 of washer jet 14 is housed in nozzle cleaning chamber 40. Therefore,There is reflection and arrive water-discharge portion 15 in the function water spuing from water-discharge portion 15 at the inwall of nozzle cleaning chamber 40Part. Thus, also can utilize the function water reflecting on the inwall of nozzle cleaning chamber 40 to clean guttationThe part of portion 15.
The function water of having utilized in automatically cleaning flows through, from basin in a part of discharging stream 60Portion discharges with discharging to pelvic part 20 in hole 62. , the function water of having utilized in automatically cleaning, from being subject to water portionIn a part for the discharge stream 60 of the function water circulation that 52 discharge outlet 56 is discharged, flow through. Consequently,Can utilize and carry out self-cleaning water, a part and the pelvic part of discharging stream 60 are discharged with carrying out in hole 62Clean. Thus, can be suppressed at trapped the function water of odor pollutant dry after from discharging stream 60 and pelvic partDischarge stinks with hole 62, thereby avoids making user to feel uncomfortable.
And pelvic part is discharged by hole 62 and the position adjacency that nozzle cleaning chamber 40 is set, therefore de-The function water of using in the cleaning of smelly filter 48 is to the drain position of pelvic part 20, and in automatically cleaning and cleaningThe function water that the main body of nozzle 14 was used in cleaning is to the drain position adjacency of pelvic part 20. Thus, in deodorizationWhile discharge to pelvic part 20 by the function water of crossing in the cleaning of filter 48, can avoid causing user to thinkClean washing apparatus 1 breaks down.
Next, with reference to accompanying drawing, the concrete example of the action of the clean washing apparatus to present embodiment carries outExplanation.
Figure 11 is the table of the decision method of explanation usage frequency.
The control part 18 of present embodiment is cut apart (24 hours) on the 1st taking 45 minutes as unitAnd form 32 unit, and store human body detection sensor 13 and have or not and detect human body. In table shown in Figure 118 unit in 32 unit are exemplified. And, in table shown in Figure 11, human body detection sensor 13Detect human body markers note mark "○". When not detecting human body, human body detection sensor 13 there is no mark (nothingMark).
Control part 18 to 2 unit (90 minutes) adjacent one another are within 8th, to add up to by a definite date people's health check-upSurvey the number of times (user uses the number of times of chamber, lavatory 100) that sensor 13 detects human body. Total in 90 minutesWhen number of times is 0 (zero), control part 18 is set becomes user to chamber, lavatory 100 " the time band not using "Usage frequency. Total number of times in 90 minutes is more than 1 and less than 4 o'clock, and control part 18 is set and becomeThe usage frequency of user to chamber, lavatory 100 " the time band of less use ". Total number of times in 90 minutes is 4When above, control part 18 is set becomes the usage frequency of user to chamber, lavatory 100 " the time band of use ".
For example, thick frame line shown in Figure 11 around 2 unit (90 minutes), human detection sensingDevice 13 detects the adding up to for 8th of number of times " 3 " of human body. Therefore, control part 18 is by thick frame line shown in Figure 11Around the usage frequency of 2 unit be set as " the time band (lacking) of less use ".
Figure 12 is the sequential chart that illustrates the concrete example of the clean washing apparatus action of present embodiment.
This concrete example is the common cleaning action example of deodorization filter 48. In this concrete example, from userUse 100 of chambers, lavatory to pass through more than 8 days. The control part 18 of this concrete example in (24 hours) on the 1stFirst " the time band not using " carried out the control of the cleaning action of deodorization filter 48. , this concrete exampleControl part 18 carry out the control of the cleaning action of deodorization filter 48 with the frequency of at least 1 time on the 1st.
In the time that usage frequency reaches " the time band of use ", control part 18 is carried out and is started fan 46Action and the control (moment t1) that function water is sprayed from spraying portion 50. Spraying portion 50 was with for example approximately 3 secondsClock degree above, below 5 seconds makes that about 12mL is above, the function water of the following degree of 15mL is towards deodorizationFilter 48 is sprayed. Deodorization filter 48 keeps the function water of maximum water holding capacity.
Maintain the state of function water at deodorization filter 48, fan 46 moves, therefore from air entryOdor pollutant contained in the air that portion 21 sucks is trapped or decomposes by deodorization device 16. , deodorization device16 carry out deodorization action. The deodorization action of deodorization device 16 proceed to deodorization filter 48 dry till.
In this case description, " being dried " of deodorization filter 48 refers to: absorb or maintain waterThe weight of deodorization filter 48 reverts to the state that absorbs or keep the weight of water deodorization filter 48 before.The deodorization filter 48 of present embodiment is from keeping the water of maximum water holding capacity to play utilizing sending here from fan 46Time till air is dry is for example approximately 30 points of above, 2 hours following degree.
Due to deodorization action proceed to deodorization filter 48 dry till, therefore deodorization filter 48 existsWhile not carrying out deodorization action, be dried. Thus, can be suppressed at the bacterium breeding of the interior mould grade of deodorization filter 48.
In the time that deodorization filter 48 is dry, control part 18 is carried out function water is sprayed from spraying portion 50The control (moment t2) of mist. Spraying portion 50 makes approximately with for example degree more than approximately 3 seconds, below 5 seconds12mL is above, the function water of the following degree of 15mL is sprayed towards deodorization filter 48. Thus, deodorization is filteredDevice 48 keeps the function water of maximum water holding capacity.
Then,, in the time that usage frequency reaches " the time band of less use ", control part 18 is carried outThe control (moment t3) that the action of fan 46 is stopped.
Then,, in the time that usage frequency reaches " the time band not using ", control part 18 is carried out deodorization filtrationThe control (moment t4) of the cleaning action of device 48. , in this concrete example, aforesaid " no about Figure 10Service time band " be equivalent to " the time band not using ".
More specifically, control part 18 is carried out and is made function water at the state that the action of fan 46 is stoppedThe control (moment t4) of spraying from spraying portion 50. Spraying portion 50 is above with approximately 5 seconds for example, 7 seconds withUnder degree make that about 24mL is above, the function water of the following degree of 26mL is sprayed towards deodorization filter 48.Then, spraying portion 50 from the spraying of end functions water after approximately 1 minute, again with for example approximately 5 secondsClock degree above, below 7 seconds makes that about 24mL is above, the function water of the following degree of 26mL is towards deodorizationFilter 48 is sprayed. Spraying portion 50 repeats such action, and section repeatedly makes function water to de-at the appointed timeSmelly filter 48 spray (moment t4～t5). In this concrete example, spraying portion 50 is to deodorization filter 48Cleaning action in, make for 6 times function water spray to deodorization filter 48, add up to supply with to deodorization filter 48The for example function water of about 150mL left and right.
Then, control part 18 switches at usage frequency before the time of the use " band " 45 minutes,Carry out and start the action of fan 46 control (moment t6) that function water is sprayed from spraying portion 50. Work as deodorizationWhen filter 48 is dry, control part 18 is carried out the control (moment t7) that function water is sprayed from spraying portion 50.At moment t6 and moment t7, spraying portion 50 makes about 12mL with for example degree more than approximately 3 seconds, below 5 secondsAbove, the function water of the following degree of 15mL is sprayed towards deodorization filter 48. Thus, deodorization filter 48Keep the function water of maximum water holding capacity.
Accordingly, can be before user enters the time band that the possibility of toilet chamber 100 is higher, by lavatoryThe interior foul smell often having in chamber 100 is removed. Therefore, can avoid user because being drawn onto interior often have smelly in chamber, lavatory 100Gas and feel uncomfortable.
According to this concrete example, can clean deodorization in the space that makes chamber, lavatory 100 at band service time notDeodorization filter 48. Thus, can more effectively clean deodorization filter 48, make deodorization filter 48Long-term interior non-maintaining. And, by not being with the cleaning action of carrying out deodorization filter 48 service time,Can suppress the problem that the cleaning of deodorization filter 48 is known by user.
And, due to the cleaning action of the frequency execution deodorization filter 48 with at least 1 time on the 1st,Therefore can guarantee the deodorizing performance of deodorization filter 48.
And, stop therefore spraying portion 50 in the action of the cleaning action fan 46 of deodorization filter 48Can make function water spray to optional position. The function water ejection that for example, can suppress to spray from spraying portion 50To the outside of deodorization device 16 or the outside of clean washing apparatus 1.
In addition, control part 18, can carrying out while repeatedly making control that function water sprays from spraying portion 50To make to the polarity upset of the voltage applying between the electrode of electrolytic cell 28 in the time carrying out the spraying of function water at every turn(moment t4～t5). For example, control part 18 is being set as the 1st electrode 28a anode, the 2nd electrode 28bAfter being set as negative electrode systematic function water and spraying, in the time of the generation of upper function water once and spraying by the 1stElectrode 28a is set as negative electrode, the 2nd electrode 28b is set as anode. By the cleaning at deodorization filter 48In action, carry out polarity upset (change poles), can suppress calcium carbonate (CaCO3) etc. the generation of incrustation scale. Thus,The electrolytic efficiency that can suppress electrolytic cell 28 reduces and the formation efficiency reduction of sterilized water. And, by sprayingPortion makes function water spraying for more than 50 time, can suppress the time that passage opening/closing valve 24 is opened, thereby suppresses circuitThe heat that substrate etc. produce.
In addition, in this concrete example, in the time there is no " the time band not using " of usage frequency,The cleaning action of deodorization filter 48 can be in being split to form taking 45 minutes as unit 1 day, carry out when in 32 unit the 1st unit. Or, in this concrete example, do not have usage frequency " noThe time band using " time, the cleaning action of deodorization filter 48 can be in usage frequency reaches 1In first " the time band of less use " time, carries out. ,, in concrete example shown in Figure 12, do not using frequentlyWhen " do not use time band " of degree, the cleaning action of deodorization filter 48 can start to hold at moment t3OK.
And the control of the cleaning action of deodorization filter 48, can come according to user's instructionCarry out. More specifically, user operates operating portion 74 (with reference to Fig. 1), thereby can carry outThe control of the cleaning action of deodorization filter 48. Accordingly, user can be the moment carries out deodorization arbitrarilyThe cleaning action of filter 48.
Figure 13 is the sequential chart that illustrates other concrete example of the clean washing apparatus action of present embodiment.
This concrete example is the cleaning action that starts to carry out deodorization filter 48 after the arranging of clean washing apparatus 1Example.
Control part 18 is not carried out deodorization filter 48 on the 1st after clean washing apparatus 1 arrangesThe control of cleaning action. Control part 18 starts to carry out deodorization on the 2nd after clean washing apparatus 1 arrangesThe control of the cleaning action of filter 48. Therefore, this concrete example is that clean washing apparatus 1 arranges latter the 2nd dayExample. After clean washing apparatus 1 arranges the 2nd day, control part 18 was owing to being in setting about Figure 11In the process that the data (access times) of aforesaid usage frequency accumulate, therefore cannot hold with this stateRow is about the control of the aforesaid concrete example of Figure 12.
For this reason, in this concrete example, after clean washing apparatus 1 arranges the 2nd day, when in by 1Day taking 45 minutes when the 1st unit in 32 unit that unit is split to form, control part 18Carry out the control (moment t11) of the cleaning action of deodorization filter 48. , in this concrete example, about figure10 aforesaid " not service time band " be equivalent to by 1 day taking 45 minutes as unit be split to form 32The time band of the 1st unit in individual unit. In the time that fan 46 moves, control part 18 makes the moving of fan 46Work stops and carrying out the control of the cleaning action of deodorization filter 48.
The spraying number of times of the spray time of function water, the spray amount of function water and function water, according to aboutThe aforesaid mode of moment t4～t5 of concrete example shown in Figure 12 is implemented (moment t11～t12).
Then,, in the time that the cleaning action of deodorization filter 48 completes, control part 18 is carried out and is made fanThe control (moment t12) that 46 action starts. Maintain the state of function water at deodorization filter 48, fan46 actions, odor pollutant contained the air therefore sucking from air-breathing oral area 21 is trapped by deodorization device 16Or decompose. , deodorization device 16 is carried out deodorization action. The deodorization action of deodorization device 16 proceeds to deodorizationTill filter 48 is dry (moment t13).
Then, control part 18 is carried out after deodorization filter 48 is dry the action of fan 46 is stoppedControl (moment t14).
Figure 14 be illustrate present embodiment clean washing apparatus another other concrete example of action timeOrder figure.
This concrete example is the example that clean washing apparatus 1 arranges latter the 5th day. Control part 18 is in closing settingIn the process accumulating in the data (access times) of the aforesaid usage frequency of Figure 11. For this reason, this is concreteThe control part 18 of example is based within the 1st day from clean washing apparatus 1 arranges, playing the data that accumulate till the 4th day(access times) set usage frequency.
When the 1st in 32 unit in 1 was split to form as unit taking 45 minutes, control part 18 is carried out the control (moment t21) that the action of fan 46 is started when the unit. Then control,Portion 18 processed switches at usage frequency before the time of the use " band " 67.5 minutes, carries out and makes function water from sprayThe control (moment t22) that mist portion 50 sprays. In the time that deodorization filter 48 is dry, control part 18 is carried out and is madeThe control (moment t23) that function water is sprayed from spraying portion 50. In moment t22 and moment t23, spraying portion 50Degree above with approximately 3 seconds for example, below 5 seconds make that about 12mL is above, the merit of the following degree of 15mLCan spray towards deodorization filter 48 by water. Thus, deodorization filter 48 keeps the function water of maximum water holding capacity.
Accordingly, can be before user enters the time band that the possibility of toilet chamber 100 is higher, by lavatoryThe interior foul smell often having in chamber 100 is removed. Therefore, can avoid user because being drawn onto interior often have smelly in chamber, lavatory 100Gas and feel uncomfortable.
Then,, in the time that usage frequency reaches " the time band not using ", control part 18 is carried out de-The control (moment t24～t25) of the cleaning action of smelly filter 48. , in this concrete example, about figure10 aforesaid " not being with service time " are equivalent to " the time band not using ". The action of moment t24～t25 andThe aforesaid action of moment t4～t5 about concrete example shown in Figure 12 is same.
Then, control part 18 is carried out the control that after deodorization filter 48 is dry, the action of fan 46 is stopped(moment t26).
According to this concrete example, control part 18 is in the process that the data of setting usage frequency are accumulatedIn, also based on till the data that proxima luce (prox. luc) accumulates are set usage frequency. Therefore, even if control part 18 existsTo setting in the process that the data of usage frequency accumulate, also can utilize based on till proxima luce (prox. luc) accumulateThe usage frequency of data, carry out the control of the cleaning action of deodorization filter 48.
Figure 15 is another other concrete example that illustrates the action of the clean washing apparatus of present embodimentFlow chart.
In this concrete example, control part 18 judges when whether accumulated time that fan 46 moves has passed through regulationBetween (step S11). When the accumulated time of moving when fan 46 has been passed through the stipulated time (step S11:Yes),Control part 18 is carried out the control (step S13) of the cleaning action of deodorization filter 48. And when fan 46When the accumulated time of action is not passed through the stipulated time (step S11:No), control part 18 is not carried out deodorizationThe control of the cleaning action of filter 48 and make fan 46 action continue (step S15). Deodorization filter48 cleaning action and be same about the aforesaid action of moment t4～t5 of concrete example shown in Figure 12.
Control part 18 can judge whether the cumulative frequency that fan 46 moves has passed through stipulated number (stepRapid S11). Now, if the cumulative frequency that fan 46 moves reaches stipulated number (step S11:Yes),Control part 18 is carried out the control (step S13) of the cleaning action of deodorization filter 48. And when fan 46When the cumulative frequency of action does not reach stipulated number (step S11:No), control part 18 is not carried out de-The control of the cleaning action of smelly filter 48 and make fan 46 action continue (step S15). Deodorization is filteredThe cleaning action of device 48 and be same about the aforesaid action of moment t4～t5 of concrete example shown in Figure 12.
According to this concrete example, can carry out deodorization according to the air quantity of the air by deodorization filter 48The cleaning action of filter 48. Therefore, can guarantee the deodorizing performance of deodorization filter 48.
Above embodiments of the present invention are illustrated. But, the invention is not restricted to these descriptions.About aforementioned embodiments, as long as those skilled in the art suitably apply design alteration gained, person possesses feature of the present inventionBe contained in the scope of the invention. The shape of each key element that for example, deodorization device 16 grades possess, size, material,Configuration waits, the set-up mode of dust-collecting filter 44 and deodorization filter 48 etc., is not limited to illustration person and canSuitably change.
And each key element that aforementioned each embodiment possesses needs only and may combine technically,As long as comprising feature of the present invention, its person of combining is contained in the scope of the invention.
Claims (8)
1. a clean washing apparatus, is characterized in that, possesses:
Attract the air supplying part of the indoor air in lavatory;
There is vesicular structure and deodorization filter that described air that described air supplying part attracts passes through;
The spraying portion supplying water to described deodorization filter.
2. clean washing apparatus according to claim 1, is characterized in that,
Also possess the electrolytic cell with electrode,
Described water is the function water that described electrolytic tank electrolysis generates.
3. clean washing apparatus according to claim 1 and 2, is characterized in that,
The material of described deodorization filter comprises pottery.
4. according to the arbitrary described clean washing apparatus of claim 1～3, it is characterized in that,
Described deodorization filter has solid figure and arranges the ojosa forming.
5. clean washing apparatus according to claim 4, is characterized in that,
Described solid figure is the hole of quadrangular prism.
6. according to the clean washing apparatus described in claim 4 or 5, it is characterized in that,
Described spraying portion from described deodorization filter described in direction deodorization filter supply with described water,
Described deodorization filter is with the state setting parallel with above-below direction of the axle of described solid figure.
7. according to the arbitrary described clean washing apparatus of claim 4～6, it is characterized in that,
The water of supplying with to described deodorization filter from described spraying portion is not to form water on described ojosaFilm but soak into the material of described deodorization filter.
8. according to the arbitrary described clean washing apparatus of claim 1～7, it is characterized in that,
Also possess the filter box that keeps described deodorization filter,
Be held in the state of described filter box at described deodorization filter, described deodorization filter and described mistakeBetween filter box, there is gap.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2014-230113 | 2014-11-12 | ||
| JP2014230113A JP2016094712A (en) | 2014-11-12 | 2014-11-12 | Sanitary washing unit |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN105587025A true CN105587025A (en) | 2016-05-18 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510644390.0A Pending CN105587025A (en) | 2014-11-12 | 2015-10-08 | Sanitary washing apparatus |
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| JP (1) | JP2016094712A (en) |
| KR (1) | KR101786829B1 (en) |
| CN (1) | CN105587025A (en) |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US10378194B2 (en) | 2017-02-08 | 2019-08-13 | 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 |
| JP2019173272A (en) * | 2018-03-26 | 2019-10-10 | Toto株式会社 | Sanitary washing apparatus |
| 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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Also Published As
| Publication number | Publication date |
|---|---|
| KR101786829B1 (en) | 2017-10-18 |
| KR20160056773A (en) | 2016-05-20 |
| JP2016094712A (en) | 2016-05-26 |
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