Ugqibele nini ukuthenga isibane esitsha? Ukuba awukhumbuli, kusenokuba lixesha lokuba uqale ukuthenga.
Kwiminyaka engamashumi amahlanu edlulileyo, i-flash-top-line-line yenziwe nge-aluminiyam, ngokuqhelekileyo imnyama, yayinentloko yesibane yesibane ejikayo ukuze igxininise i-beam kwaye isebenzise iibhetri ezimbini ukuya kwezintandathu, i-C okanye i-D-cell. Yayisisikhanyiso esinzima kwaye sasisebenza ngokulinganayo njengesikhuni, esithe ngempazamo safumana amagosa amaninzi engxakini njengoko amaxesha kunye nobugcisa buguquka. Tsibela phambili ngoku kwaye isibane segosa eliqhelekileyo singaphantsi kwee-intshi ezisibhozo ubude, kunokwenzeka ukuba yakhiwe nge-polymer njengoko iyi-aluminium, inendibano yesibane se-LED kunye nemisebenzi emininzi yokukhanya / amanqanaba akhoyo. Omnye umahluko? Ithotshi kwiminyaka engama-50 eyadlulayo yayixabisa malunga ne-25 yeedola, isixa esibalulekileyo. Izibane zanamhlanje, kwelinye icala, zinokuxabisa i-200 yeedola kwaye zithathwa njengesivumelwano esihle. Ukuba uza kuhlawula olo hlobo lwemali, zeziphi iimpawu zoyilo ekufuneka uzijonge?
Njengomthetho, masamkele ukuba zonke iitotshi ezisebenzayo kufuneka zihlangane ngokufanelekileyo kwaye zibe khaphukhaphu ukuze zithwaleke lula. “Ababini mnye kwaye omnye akakho,” ngumba wokhuseleko olusebenzayo ekufuneka siyamkele. Ngokumalunga nama-80 epesenti yokudubula komthetho okwenzekayo kwiimeko eziphantsi okanye ezingenakukhanya, ukuba nesibane kunye nawe ngalo lonke ixesha usemsebenzini kunyanzelekile. Kutheni ngexesha leshifti? Ngenxa yokuba awusoze wazi ukuba imeko iya kukuthatha nini ukuya kwigumbi elingaphantsi elimnyama lekhaya, isakhiwo sorhwebo esingenamntu apho umbane ucinyiwe okanye ezinye iimeko ezifanayo. Kufuneka ube nesibane kunye nawe kwaye kufuneka ube ne-backup. Isibane esixhonywe ngesixhobo kwisibhamu sakho akufuneki sithathwe njengesinye sezibane zimbini. Ngaphandle kokuba amandla abulalayo anesizathu, akufanele ukuba ukhangele ngesibane sakho esixhonywe ngesixhobo.
Ngokubanzi, iitotshi zanamhlanje eziphathwayo kufuneka zingabi ngaphezu kwee-intshi ezisibhozo njengobude obuninzi. Ixesha elide kunoko kwaye baqala ukungonwabi kwibhanti yakho yompu. I-intshi ezine ukuya kwezintandathu bubude obungcono kwaye enkosi kubuchwephesha bebhetri yanamhlanje, bubude obaneleyo ukuba nomthombo wamandla owaneleyo. Kwakhona, ngenxa yophuhliso lobuchwepheshe bebhetri, loo mthombo wamandla unokutshajwa ngaphandle koloyiko lokudubula okugqithisileyo, ukufudumeza okugqithisileyo kunye/okanye uphuhliso lwenkumbulo oluphela lusenza ibhetri ingabinamsebenzi. Inqanaba lokuphuma kwebhetri alibalulekanga kangako ukuba lazi njengobudlelwane phakathi kokusebenza kwebhetri phakathi kwentlawulo kunye nemveliso yesibane.
Isibane se-XT DF se-ASP Inc. sibonelela ngamandla, ama-600 elumens okhanyiso lokuqala, kunye nenqanaba lokukhanya lesibini elinokucwangciswa ngumsebenzisi kwi-15, 60, okanye 150 lumens, okanye strobe.ASP Inc. Iibhalbhu ze-Incandescent yinto yakudala. iitotshi ezinobuchule. Zophuka ngokulula kwaye ukukhanya kumdaka kakhulu "kumdaka." Xa iindibano ze-LED ziqala ukungena kwimakethi yokukhanya yobuchule kumashumi eminyaka eyadlulayo, i-lumens ezingama-65 zazigqalwa ziqaqambile kunye nenqanaba elisezantsi lokukhanya kokukhanya kobuchule. Enkosi ngendaleko yetekhnoloji, iindibano ze-LED ezityhala i-500+ lumens ziyafumaneka kwaye imvumelwano ngokubanzi ngoku yeyokuba akukho nto injengokukhanya kakhulu. Ibhalansi enokufunyanwa ikhona phakathi kokuphuma kokukhanya kunye nobomi bebhetri. Ngelixa sonke singathanda ukuba nesibane se-500-lumen esihlala iiyure ezilishumi elinesibini zexesha lokubaleka, ayisiyonyani leyo. Kusenokufuneka sizinze isibane se-200-lumen esisebenza iiyure ezilishumi elinesibini. Xa sithetha ngokwenyani, asokuze sifune isibane sethu sivuliwe ukuze sitshintshe ngokupheleleyo, singayeki, kuthekani malunga nokukhanya kwe-300- ukuya kwi-350-lumen enebhetri enokuhlala iiyure ezine zokusetyenziswa ngokuzinzileyo? Ukukhanya okufanayo / ukusebenzisana kwamandla, ukuba ukusetyenziswa kokukhanya kulawulwa ngokufanelekileyo, kufuneka kuhlale ngokulula kwiishifti ezininzi.
Inzuzo eyongeziweyo yeendibano zesibane se-LED kukuba ulawulo lonikezelo lwamandla ludla ngokuba lujikelezo lwedijithali oluvumela ukusebenza okongeziweyo ngaphandle kokuvula nokucima. I-circuitry ilawula kuqala ukuhamba kwamandla kwindibano ye-LED ukuyithintela ekugqithiseni kwaye ilawula ukuhamba kwamandla ukubonelela ngokuthembekileyo kwinqanaba lokukhanya. Ngaphaya koko, ukuba nesekethe yedijithali kunokwenza imisebenzi efana nale:
Malunga neminyaka engamashumi amabini edlulileyo, ekubeni i-original Surefire Institute kunye ne-BLACKHAWK i-flashlight ye-Gladius elandelwayo ibonise amandla okukhanya kwe-strobing njengesixhobo sokuguqula ukuziphatha, izibane ze-strobe ziye zabonakala. Yinto eqhelekileyo ngoku ukuba isibane sibe neqhosha elisebenzayo elizakuhambisa ukukhanya kumandla aphezulu ukuya kumandla aphantsi ukuya kwistrobing, ngamanye amaxesha ukutshintsha ucwangco ngokuxhomekeke kwimfuno yemarike ebonwayo. Umsebenzi we-strobe unokuba sisixhobo esinamandla esinemiqolomba emibini. Okokuqala, i-strobe kufuneka ibe yi-frequency efanelekileyo kwaye okwesibini, umqhubi kufuneka aqeqeshwe ekusebenziseni kwayo. Ngokusetyenziswa okungafanelekanga, ukukhanya kwestrobe kunokuba nefuthe elikhulu kumsebenzisi njengoko kwenzayo kwithagethi.
Ngokucacileyo, ubunzima buhlala buxhalabile xa songeza into kwibhanti yethu yompu kwaye xa sijonga imfuneko yeetotshi ezimbini inkxalabo yobunzima buphindwe kabini. Isibane esilungileyo esiphathwa ngesandla kwihlabathi lanamhlanje kufuneka sibe nobunzima bee-ounces ezimbalwa; ngaphantsi kwesiqingatha seponti ngokuqinisekileyo. Nokuba kukukhanya okunodonga olubhityileyo lwe-aluminiyam okanye enye yolwakhiwo lwepolymer, ukuba nobunzima obungaphantsi kwee-ounces ezine ayidli ngokuba ngumngeni omkhulu xa kunikwa imida yobungakanani.
Ukunikezelwa kokunqweneleka kwenkqubo yamandla etshajwayo, inkqubo ye-docking ifika umbuzo. Kulunge ngakumbi ukuba ungazisusi iibhetri ukuze uzitshaje kwakhona, ke ukuba isibane sinokuphinda sitshajwe ngaphandle kokwenza njalo, luyilo olunqweneleka ngakumbi. Ukuba isibane asitshaji kwakhona iibhetri ezongezelelweyo kufuneka zifumaneke kwigosa ngalo naluphi na utshintsho olunikiweyo. Iibhetri zeLithium ziyamangalisa ngokuba neshelufu ende kodwa phantsi kweemeko ezithile kunokuba nzima ukuzifumana, kwaye xa uzifumene, zinokubiza. Itekhnoloji yanamhlanje ye-LED ixhobisa ukusetyenziswa kweebhetri ze-AA eziqhelekileyo njengombane kunye nothintelo lokuba aziyi kuhlala ixesha elide njengabazala babo be-lithium, kodwa zibiza ngaphantsi kakhulu kwaye zifumaneka ngokubanzi.
Kwangoko sikhe sakhankanya ukujikeleza kwedijithali okuxhobisa iinketho zokukhanya ezisebenza ngeendlela ezininzi kwaye enye itekhnoloji ekhulayo yenza ukuba kube lula / kulawulo uphawu lomelele ngakumbi: uqhagamshelo lwezinyo eziluhlaza. Ezinye izibane "ezicwangcisiweyo" zifuna ukuba ufunde incwadana kwaye ufumane ulandelelwano olufanelekileyo lokucofa iqhosha ukucwangcisa ukukhanya kwakho kumandla okuqala, imida ephezulu / ephantsi kunye nokunye. Enkosi kwitekhnoloji yezinyo eliluhlaza kunye neeapps zefowuni ezihlakaniphile, ngoku kukho izibane emarikeni ezinokucwangciswa kwifowuni yakho smart. Usetyenziso olunjalo alukuvumeli kuphela ukuba ulawule inkqubo yokukhanya kwakho kodwa ikuvumela ukuba ujonge amanqanaba ebhetri.
Ngokuqinisekileyo, njengoko kukhankanyiwe ekuqaleni, konke oku kukhutshwa kokukhanya okutsha, amandla kunye neprogramu elula iza nexabiso. Umgangatho, ukusebenza okuphezulu, ukukhanya okucwangcisiweyo okucwangcisiweyo kunokubiza ngokulula malunga ne-200 yeedola. Umbuzo othi qatha engqondweni ke ngulo - Ukuba uya kuba namava nakweziphi na iimeko eziphantsi okanye akukho ukukhanya ngexesha lemisebenzi yakho, kwaye ukuba kukho ithuba elingama-80 ekhulwini lokuba nawaphi na amandla abulalayo adibane naye aya kuba kwindawo enjalo. , ngaba uzimisele ukutyala i-200 yeedola njengepolisi ye-inshurensi yobomi?
Isibane se-XT DF se-ASP Inc. sibonelela ngamandla, ama-600 elumens okhanyiso lokuqala, kunye nenqanaba lokukhanya lesibini elinokucwangciswa ngumsebenzisi kwi-15, 60, okanye 150 lumens, okanye istrobe.
Ixesha lokuposa: Jun-24-2019
