Umfanekiso we-infrared thermal okhuselekileyo osetyenziswa yimigodi

1, Isishwankathelo

I-imager ye-infrared thermal esetyenziswa kwi-YRH800 mine ekhuselekileyo (ebizwa ngokuba yi-thermal imager) isetyenziselwa ukulinganisa ubushushu kunye nokulinganisa ubushushu kwimigodi yamalahle. I-imager ye-thermal isebenzisa isixhobo sokubona ubushushu esingapholiyo, esibonisa i-infrared thermal spectrum yento elinganisiweyo kwifomathi yomfanekiso we-pseudo-color enentsingiselo ephezulu. Ingenza ukulinganisa ubushushu obunamachaphaza amaninzi. Imifanekiso, iividiyo, kunye namazwi zinokugcinwa kwikhadi le-Micro SD ukuze kuhlalutywe ngokunzulu kunye nezibalo yikhompyutha.

I-thermal imager ifanelekile kubo bonke abasebenzi, kuquka iingcali zobugcisa, abaqhubi, kunye nabaphathi. Isetyenziselwa imifanekiso yobushushu kunye novavanyo lobushushu kwiindawo ezineengozi zokuqhuma, okuvumela ukubonwa kweendawo ezinobushushu obuphezulu, imifanekiso yomahluko wobushushu ngexesha langempela, kwaye iyasebenza ekufumaneni iindawo zokutsha ngomthungo wamalahle kwiindawo zokusebenza ngomoya kunye namaqela okuhlangula ukukhangela abasebenzi abavalelekileyo kwiimeko ezimnyama.

2, Iimpawu

Iboniswa ngendlela yedijithali, inesisombululo esingaphantsi kwe-0.1ºC, kwaye iyakwazi ukubonisa ixabiso elihle okanye elibi lesiboniso;

Ixhotyiswe ngemo yefoto kunye nemo yokulinganisa ubushushu. Imo yefoto inokufota okanye irekhode ividiyo ngexesha langempela;

Ibonisa imisebenzi yokugcina, yokulungisa ngokutsha, yokucima, kunye neyokudlala kwakhona;

Ibandakanya imisebenzi yokulinganisa ubushushu obuphezulu, obuncinci, kunye nobukhulu obuphakathi bamanqaku, imigca, kunye nemiphezulu;

Ibonelela ngeendlela ezininzi zokubonisa imibala engachanekanga kunye nombala;

Inemisebenzi ye-alamu yobushushu obuphezulu, i-alamu yobushushu obuphantsi, kunye ne-alamu yobushushu obucwangcisiweyo, kwaye ivumela ukuseta amanqaku e-alamu kunye nokukhupha umoya;

Ibonisa imisebenzi yokugxila ngesandla kunye nemisebenzi yokugxila ngokuzenzekelayo;

Ibandakanya iswitshi yokukhanya yangasemva kunye nomsebenzi wokulungisa ukukhanya;

Iqhosha lokuguqula i-ºC/ºF kunye nesitshixo se-trigger;

Ixhotyiswe ngekhibhodi yokusebenza kunye nojongano lokusebenza lwemenyu yesiTshayina;
3, Imisebenzi

Ukuphinda kwakhona akufuneki kudlule kwi-0.5ºC

Indawo yokulumkisa ingamiselwa ngokungacwangciswanga ngaphakathi koluhlu lokulinganisa. Umahluko phakathi kwexabiso lokubonisa i-alamu kunye nexabiso elimiselweyo akufuneki udlule ±1.0ºC. Xa ubushushu budlula indawo yokulumkisa, umfanekiso we-thermal unomsebenzi we-alamu evakalayo.

Imodyuli yebhetri engaqhumiyo:

Imodeli yebhetri: Imodeli ye-PL123450, inokutshajwa kwakhona, iibhetri ezimbini ze-1600mAh ze-manganese oxide lithium

I-voltage ephezulu yesekethe evulekileyo Uo: 8.4V DC;

Ubuninzi be-short-circuit current Io: 1.6A

Uhlobo olumelana nokuqhuma: Uhlobo olukhuselekileyo lwemayini, uphawu olumelana nokuqhuma yi-Ex ibⅠMb

Igobolondo: ABS + isilicone

Ubunzima: 1.0kg

Ubungakanani: 283×103×160mm