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`2ieti22, 11:46 AM
`
`IP20072223234 - Ceiling fan - Google Patents
`
`Patents
`
`2007 232323
`
`
`
`
`
`Ceiling fan
`
`Abstract
`
`
`
`ng and chaulatingi
`door ete.
`<P>PROHLEM TG BE SOLVED: Ts provide a ceiling fan far ste
`
`
`fag ina room; a
`<PeSOLUTION: The ceiling fan comorises: 3 suppart body 2 suspended Frorthe ce
`
`
`ad an uitraviolat irradiating means 4 provided at the
`fan motor 2 rovatanle around the support body
`reiting surlace, The indoorairis circulated by
`
`support body 2 to irradiate ultraviolet rays towa
` ultraviotar rays amitted from
`the cperaticn of the fan motar 3, and the circulatedair is irradianed with
`the ultraviciet irradiating means 4. The whole indoor air is thereby sterilizad. <P>COPYRIGHT:
`{C2007JPCSINPIT
`
`Images (11)
`
`
`
`
`
`
`
`a ¥
`
`
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`é a 2[o}8 =Da
`ther languages
` BEAGE
`
`Warldwide apolicati
`2006 JP
`
`
`
`Application JP20080574244 evenis
`
`2006-02-03
`
`2006-03-04
`
`Applcation fled byMateusshita Eleatric Ind Oo
`Lt, OPES
`Priority to UPZOG60576244
`
`@07-00-13
`
`Publication of UFr2Q072923234
`
`Classifications
`
` S 4870.9/205 Uktra violet radi. jon using a photocatalyst or photasensitiser
`Apntications
`View t more classifications
`
`External finks: Espacenet, Global Dossiey,
`
`Gi
`
`
`Ctairas (12)
`
`Hide Dependent «
`
`1.
`
`40.
`
`Aceiling fan provided with a support suspendad from ac
` siing it: 8 room, 2 fan motor rotatable araund the support, and arultravioiat ivadiation means for inarating
`
`int, and is circulated by the operation of th
`ultraviolet fig
`isn motor The ceiling fan is sterilized by uttraviclet raysirradiated from the ultraviolet irradiation means.
`
`fan accerding ta clair 1, wherein the ultraviolet irrediation means irradiates ultraviolet rayis toward the ceiling surface.
`
`The ceiting
`
`2.
`
`3.
`4,
`
`5.
`
`&.
`
`7.
`
`&
`
`
`fan according to clan 1, further comprising a human detection unit, wherein ultraviolet radiationis stopped when @ oerson enters the room.
`Theo
`4, The ce!
`
`avintet irradiation means selects anc
`and an ozone-less ling
`
`
`adiatas an ozone generatia
`ag fan according to claim 1, wherein
`Thee ng fan according te claim1, 2, 3 or 4 wherein ozone is generated by the ultravioletirradiation means and circulated in the roar,
`buted
`
`vated arid
`
`
`
`fang
`6. The ceili:
`
`cording to clairn 1, wherein wheni is determined that no person has entered the room, ozoneis ger
`fom.
`
`ughaut the
`
`The ceiling fan according te clairn 1, wherein azoneis radiated when ozone is detectad in indoorair.
`
`8, The ceiling fan according te claim 1, wherain the numberaf rotations of the fan moter is caritrolied to a
`contact with air.
`
`st the amoun of ultraviolet irradiation that comesinto
`
`
`3.
`
`9. Thece
`
`
`
`
`g fan accarding te clairn 1, further comprisi support, 3 fan,
`
`and a casing cagted with a photocatalyst.
`
`A. gas detection meansis pravided, and when mald, dust, or harmful gasin ihe room is detected, uliravioiat rays areiradiated. Ceiling fan.
`
`
`1g a support, a fan, and @ casing that absorbs ultraviolet rays to emit light.
`
`Vz,
`
`12.
`
`or 10, wherein the ultravioletirradiation rieansis an LED that emits ultraviolet light.
`
`Description
`
`
`The present invention relatesio a ogiling fan that circulates indoor air.
`
`
`a
`g marie te add such a technique to a device
`
`recent years, a technique for ster
`indooralr using ultraviolet rays or czone has been established, and studies are ty
`9 outside air or when exhausting indecr air and
`that aims to circulate Indios and outdoorais, such a3 a va
`Milation fan, Such devices are main
`zed wher: supplying
`
`
`
` then cre
`ng itagain indoors. As such devices andsystems, for example, those shown in Patent Docurnent 1 and Patent Document 2 are known,
`
`The air conditioning system will be described below with reference to FIG,
`
`hitps-//oatents.googie.cam/patentl(P2007 2385234/EnPog
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`JP2007232323A- Ceiling fan - Google Patents
`(2422, Vb48 AM
` nined in STEP 56 thatthe circulation switch 36 has heen operated, in STEP 57, the operation of the fan motorunit 2 is started and the circulation mode
`
`it is determined
`
`
`
`than the turroff switch 25 or the circulation switch 36 is opersted,itis confirmed in STEP 58 whether the door of the roamis
`if a suited other
`59 other than the turr-off switch 35 and the circulation sv
`igterminec:, The operationis invalidatec, and if UYirradiation is
`that
`the dooris apened, a s'
`n36 is
`
`
`eth
`TEE Gt.
`in STEP S1, the operation
`
`
`serformed at that time,
`the irradiation is stomped in STEP60 and only the operation of the fan motorunit 3 is continued in
`until the detection of ozone in the room disappears.
`
`
`if it is determined in STEP 58 that the doar is closed and thenit is dete
`mined in STEP 42 that ine cleaning switch 37 has been operated, it is checkedin STEP 63
`
`
` is detected, if irradiation with ultraviolet rays isp
`
`whether the humanbody is detected by the hurrian sensor 10. Here, if itis determined that a human beay
`
` is stopped in STEP 64, andonly the operation of the fan motor unit 3 ks
`that ime,the inadiati
`antinued in STEP 69.
`In STEP 65, the operation continues until the
`detaction of czone in the room disanpears.
`
`
`s lamp 29 is started in STEP 67, By
`if ng humanbodyis detected in STEP 68,the operation of the fan motor unit 3 is started in STEP 66, and irradiation of the ozunel
`in the entire :
`thie
`
`
`
`
`ation of the ozone
`motor unit 3, viruses and matds containedin thea
`amp 29 and the circulation of indoor air by the fan
`om are sterilized by
`
`
`ultcavigler rays.
`
`e
`ean mode 38 i
`
`
`39 is confirmed in STEP 42 te $
`Q
`firmed in STEP 63 whether or not the operation time of the
`text, when the operation of the
`
`
`set by the
`£or
`Dis not cnerated,if ultraviolet irradiation is performed at that time,the irradiation is stapped in STEP 7@ andonly the operation of
`;
`
`
`euied in STEP 71. In STEP 71, the operatian contin
`azone in the rcom disappears.
`
`
`When the timer40 is operated and the op
`tlon time is set in STEP 69, it is confirmed in STEP 72 whether thereis any hurnan body detection in the room. Fa humar:
` nat all
`body is detected indeors iW STEP 72,
`'
`iglat cavs is stoppedin STEF 7G, and only the operationof the fan motor unit 3 is camtinuad in STEP 74. 1n
`
`P74, the operation continues und the datectionof ozone in the recom disappears.
`POH
` rrned ir: STEP 75: At this time, it is confirried whether the clean made 38 has already bean started.
`ling hum
`© 72, the clean mode 3é
`
`
`
`dodyis detected in <
`mode 3
`
`
`
`
`
`2 set by the timer 40of STEP 69 is determined
`Here, when it is determined
`that theclean mode38is at the beg
`ning of the start, the operation timeof the
`cieal
`2s the initial setting time In STEP 76.
`
`
`TEP 77, azone generation by the oxidation ozone lamp AO is started. in STEP 79, the operation of the fan matar unit 3 is
`
`ation ozone lamp is cireulated throughout the room hy a fan to sterilize and deadorize the room,
`
`
`
` onfirraed whether or net theintial setting time determinadin STEP
`if itis determined in STEP 75 that the clean made 32 has alre
`itis c
`
`
`ady been performed,
`in STEF 79
`
`
`iat settin
`radiation lamp at that
`
`
`76 has been changed, arid their
`time has been changed by the Her 40. df this is the case, correct the operation end time. Next,th
`
`ozoneless lamp 23, and the rotation spead of the fan moter
`tirse is cor
`H the oaeration ondtime is shertenad in STEP 79, theirradiation lamp is changed te t
`
`
`
`unit 3 ig changed in STEP 82.increase, The operation ow of STEP 8a ta STEP 82is for quickly decompusing ozare circydlating in theair in order to meet the shortened
`
`
`
`jess lampis if:
`
`iated to prariote the
`be obtained by inoreasing ihe rotation
`scheduled and time. In STEP 82, as much air as possible
`eed of the fan. The ozone:
`decomansitios of ozone,
`
`arted. Here, the ozone generated by the
`
`#f the operation end time hecorres fongerin STEP 79, the lamp andfan speeds in STEP $1 and STEP 92 are not changed.
`
`
`
`#f there ig no changein the initial setting time determined in STEP 76 and STEP 80 in STEP 79, it is checked in STEP 83 whether half the time has elapsed wit
`i
`i
`
`
`
`
`if!
`replaced with the azonele
`setting time.
`op 29, Change to In STEPSS, the rotation speed oF the fan motor unt
`:
`neveasedto accelerate the air clre!viation, and
`the ozoneless
`jamn 29 is irradiated to as cnuchair as possible to promoie the decomposition of ozone
`
`
`if itis determined in STEP 64 that half an hour has rot elapsed with respectio the
`
`i fespect to
`Bis
`
`
`imp 3G, se
`
`initial set time, the operation cominuation ai thattime is determinedi STEP 86,
`invention includes the ozonelees lamp 29 and the oxidation ozone
`
`
`
`Ag described above, the ceiling
`fan according ta the second embodiment of the orese
`that air stert
`
`
`ocrwithultravighat rays andindocr decdorization with ozone are possible,
`
`
`
`
`
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`
`aviolet iiadiation, iis pas
`a far moter unit 3
`y
`further, by changing the rotation speed of th:
`
`to accelerate the decornposition of ozone or enharice
`
`ui
` an of the present invention can sterilize substances such as motd and viruses,it can be used for clagning clean rooms ang laboratories that handie
`
`
`chemicals and chemical substances, and operating roamsof hospitals:
`
`
`
`
`
`on arrount of the ultraviolar fight so as
`
`h shows the installation structure af the cell
`
`mbodirmeant 1 of this invention The figure whic
`Thefigure which shows the ceiling fan of
`
`fan Flow chart showing the operationof the ceiling fan The figure which
`
`switch composition ofihe ceiling fan Block diagram shawing the configuration of the c
`diagram showing the configurationaf the veiling fan Flowchart showing the
`shows the ceiling fan af Embodiment 2 Diagram showing the switch configuration Block
`
`
`aperstion of the ceiling fan Flow chart showing clean mode aperation of theceiling tan Cantiguration diagram showing a conventional
`nonditioning system
`
`wire which shaws the
`
`Explanation of symbols
`
`
`nunit $ absorber 16 §
`
`
`man §
`‘wing 2 support 3 fan motor unit 4 low pressure meicury
`
`or tt fan
`iacrp larg unit § reflector 6 ultraviolet ray 7 circulating air 8 o
`
`
`
`motor unit 12 ceiling fan operation switch 13 an switch 14 off switch 15 Clean switch 16 Circulation switch 17 Control circuit unit
`
`
`
`Cited By (10)
`
`*
`
`Publication number
`
`Priority date
`
`
`
`Tittle
`
`JPZOVMOGET SGA *
`
`
`ST T-09
`
`2014 OS-1¢
`
`Miura:Kk
`
`Ukraviniet sterilizer
`
`JSPZOV7 1227324 *
`
`209-742-608
`
`20116-23
`
`Mitsubishi
`Hectic
`
`
`Air conditioner
`
`JPZGTTO2ZIZ93A *
`
`2075-07-30
`
`AOVTAZ
`
`
`
`oa
`
`
`
`
`mp without detection of hurnan sansa
`
`ultravioiet ster
`
`Device far Hi
`4 device
`
`fights-aut of
`
`
`hitos-tipstants.goagie.corn/patent/JPZ007282323AlenPog=ip20G7232523 BT
`
`

`

`2222, 146 AM
`
`JP20072323234 - Ceiling fan - Google Patents
`
`KRICTOZO67FT *
`
`2078-09-20
`
`2917-02-73
`
`EPEE 7460344 *
`
`BOTS 11-19
`
`2018-09-19
`
`CHIGIATAHTSA *
`
`2016-04-29
`
`2079-33-07
`
`US1070267 782
`
`2007-10-20
`
`2020-07-07
`
`
`Hubbell
`incornorated
`
`BUAAS
`
`RARE)
`Hubdbe!!
`incorporated
`
`hanging type air sterilization and disinfection apparatus
`
`Antimiceabial fight source array system
`
`Automatic disinfection system
`
`Antimniorobial backlit device
`
`KRYOZ2 1651987 *
`
`2079-09-14
`
`S021T7
`
`Bata
`
`Murttifunctional ceiling fan
`
`UST 12703884
`
`2UAODS-22
`
`
`
`4-06-GE
`
`WO22 12812341 *
`
`2020-0-22
`
`2924-92-30
`
`Fan far improving ely quality
`
`Air conditioning method, air conditioning syster, and uv treatment device
`
`Farnily To Family Citations
`
`* Chted by examiner, t Cited by third parny, $ Family to family citation
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`Priority And Related Applications
`
`ntips/ipatents. google. corn/patent/JP2007232523A/enPogesip20n7232923
`
`i?
`
`

`

`ai2ii22, 1:46 AM
`Priority Applications (}
`
`Application
`
`SPRONGESTFASA
`
`Applications Claiming Priority 4)
`
`JP2007232333A - Gelling fan - Google Patents
`
`Frigrity Gate
`
`2006-03-03
`
`Filing date
`
`2006-03-03
`
`Tide
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`Sailing fan
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`Filing date
`
`2006-04-03
`
`Tithe
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`
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`Data provided by [FI CLAIMS Patent Services
`
`
`
`tips:‘patents.google.com/patent)JP2007232923Aven?aqajp2G07232323
`
`TF
`
`