IGraphene ivest ye-infrared ekude (sebenzisa ibhetri ephathwayo/imveliso yeDC)

 DC-PRODUCT SERIES

Ukufudumeza okunempilo
Ubushushu beGraphene bunceda ekukhuseleni ingqele

 

I-infrared ekude
I-infrared ekude ikhuthaza i-microcirculation

 

Ithambile kwaye ikhululekile
Yendalo kwaye ishushu

Ubume bemveliso
Igama lemveliso: graphene far infrared vest

Inkcazo: encinci, ephakathi, enkulu;

Uxinzelelo lombane: 5 v

Amandla: 10 w okanye ngaphantsi

Isixhobo: ilaphu eliphefumlayo, i-graphene yoxinzelelo oluphantsi oluguquguqukayo lwefilimu ye-electrothermal

Ubushushu bomhlaba: ≤65℃

Ubungakanani besicelo: abafundi, abaqhubi, abasebenzi, amajoni kunye nabanye abasebenzi bemisebenzi yangaphandle

 

Ivest ye-electrothermal inevest, ifilimu ye-electrothermal eguqukayo yegraphene, ibhetri kunye netshaja.

 

Iimpawu zemveliso

 

. Impahla yemagnethi eshushu ifudunyezwa yibhetri ye-lithium etshajwayo:

 

. Ibhetri ixhotyiswe ngetshiphu enokulawula ubushushu bobushushu:

 

. Ukusebenzisa i-graphene flexible electrothermal film releaseimitha ye-infrared ekude njengezinto zokufudumeza: i-DC low voltage uyiloikhuselekile kwaye ithembekile. (kungekhona ngaphaya kombane wokhuseleko lomntu we-36V wekota).

 

. Ubuthambileyo obugqwesileyo bezinto zokufudumeza awonakali xa isongiwe okanye igobile, kwaye iimpahla zinokuhlanjwa:

 

. Amalungu ahambelanayo esinqeni, igxalaba, isisu kunye nesisu somzimba womntu axhotyiswe ngamashiti emagnethi axhonywe ngelaphu le-nanometer elikude le-infrared:

 

. Ayigcini nje ukufudumala ebusika, kodwa ikwaneziphumo ezimangalisayo zempilo kunye nonyango lomzimba:

 

. Kulula ukuyisebenzisa kwaye ikhuselekile, sisipho esihle kakhulu kwizalamane, abahlobo kunye nabantu abadala:

 

. Inokuhlanjwa.

 

Indlela yokusetyenziswa

 

. Qhagamshela egcweleyoibhetri ye-lithium isiseko esinento yokufudumeza iplagi kwimpahla ye-thermo-magnetic ukuqinisekisa ukuba unxibelelwano lulungile okanye alulunganga:

 

. Lungisa ubushushu (ubushushu obuphezulu, ubushushu obuphakathi, ubushushu obuphakathi, ubushushu obuphantsi) bomzimba wokufudumeza wempahla yemagnethi ye-thermal ngokucofa iqhosha ON|OFF yebhetri. Faka isilawuli epokothweni yebhetri yempahla yemagnethi eshushu ukuze isetyenziswe emva kokuba ubushushu obufanelekileyo buchongiwe (iqondo lobushushu eliphakathi lelona lilungileyo, alifanelekanga ubushushu obuphezulu ukunqanda ukushisa).

 

Ukusetyenziswa kwebhetri ye-lithium

 

1. Cinezela ON | OFF imizuzwana ye-2, kwaye ukukhanya kwe-LED kuya kuba bomvu. Ngeli xesha, kuya kuba ubushushu obuphezulu gear yokuqala

 

2. Cofa iqhosha ON|VALIWE kwakhona, kwaye ukukhanya kwe-LED kuya kuba ne-orenji. Ngeli xesha, kuya kuba kuluhlu lwesibini lobushushu obuphakathi

 

3. Cinezela iqhosha elithi "ON | OFF" kwakhona, kwaye ukukhanya kwe-LED kuya kuba luhlaza. Ngeli xesha, kuya kuba kuluhlu lwesithathu lweqondo lokushisa eliphakathi kunye neliphantsi

 

4. Cinezela iqhosha elithi "ON | OFF" kwakhona, kwaye ukukhanya kwe-LED kuya kudanyaza eluhlaza. Ngeli xesha, iya kuba kwigiya yesine yobushushu obuphantsi

 

5. Qhubeka ucofa iqhosha elithi "ON | OFF", kwaye ukukhanya kwe-LED kuya kucinywa. Ngeli xesha, isekethe yemveliso nayo iya KUVALWA

 

Ubudlelwane phakathi kombala wokukhanya kwe-LED, ixesha kunye nobushushu:

Izitshixo	Umboniso we-LED wombala wokukhanya	Ixesha lenkonzo ye-hbh-11 yebhetri pack	Ubushushu bomphezulu wokufudumala
1	Ebomvu (isixhobo sokuqala sobushushu obuphezulu)	≥2h	75+5.C
2	Iorenji (isixhobo sesibini sobushushu obuphakathi)	≥4h	60+5.C
3	Luhlaza (phakathi/ubushushu obuphantsi 3)	≥6h	50+5.c
4	Ukukhanya okuluhlaza (ubushushu obuphantsi 4)	≥9.5	40+5.c

 

Imiyalelo yokuhlamba

 

Nceda ukhuphe umzimba wokufudumeza emzimbeni wempahla phambi kokuba uhlambe iimpahla. Umzimba weempahla unokuhlanjwa (nceda ungahlambi umzimba wokufudumeza). Musa ukwenza ibleach ngezandla zakho xa ubushushu bokuhlamba bungaphantsi kwama-30 degrees celcius. Vuthulula emva kokuhlamba ngexesha elifutshane (ungahlamba rhoqo). Qinisekisa ukuba umzimba womile ngokupheleleyo kwaye emva koko ubeke umzimba wokufudumeza kwindawo yokuqala. Umzimba wokufudumeza awukwazi ukugotywa.

 

Imibandela efuna ingqalelo

 

1. Ukusetyenziswa kokuqala, nceda uhlawule ibhetri ye-lithium ehlakaniphile. Niniipakethe yebhetri igcwele, ukukhanya kwesalathisi se-LED kuya kubonisa eluhlaza.

 

2. Ipakethi yebhetri ye-lithium ehlakaniphile kunye neshaja (i-adapter) isetyenziselwa uchungechunge lwempahla ye-thermo-magnetic: ayinakudityaniswa kwenye ibhetri | imoto | capacitor kunye neminye imithwalo.

 

I-3.Ukukhanya kwesibonakaliso se-LED kubonisa ukukhanya okubomvu: ibhetri ye-lithium amandla aphantsi okanye ibhetri ephuma kwisiphaluka esifutshane isilumkiso, ukuba ukukhanya kwesalathisi kubonisa isilumkiso, umthwalo uya kunqanyulwa.

 

3. I-Smart lithium ibhetri yokugcina ibhetri: nceda ugcine ipakethi yebhetri ye-lithium emva kokutshaja. Ukuqinisekisa ukusebenza kwebhetri, beka ipakethe yebhetri ye-lithium kwindawo epholileyo neyomileyo emva kokutshaja kanye ngenyanga.

 

4. Kunqatshelwe ngokungqongqo ukubeka ibhetri ye-lithium ehlakaniphile kumswakama, amanzi, umlilo kunye nokushisa okuphezulu: kunqatshelwe ngokungqongqo ukubetha ipakethi yebhetri ye-lithium ehlakaniphile; akuvumelekanga ngokungqongqo ukukhupha ipakethe yebhetri ye-lithium ngaphandle kokugunyaziswa ukuphepha ukonakalisa ipakethe yebhetri ye-lithium kunye nokubangela ingozi.

Ukusebenza kwemveliso

Ukongeza kokufudumeza umzimba wakho, undoqo wemathiriyeli yokufudumeza igraphene kukuba ifudumeza nge-infrared ekude, ke ukuba uyayinxiba, inokuphucula ukujikeleza kwegazi kunye nemetabolism.