Yini isikrini esithintwayo?

Namuhla, iningi lemikhiqizo ye-elekthronikhi lisebenzisa izikrini zokuthinta, ngakho-ke uyazi ukuthi isikrini sokuthinta siyini?

“Iphaneli yokuthinta”, iwuhlobo lokuxhumana olungathola othintana nabo nezinye izimpawu zokufaka zedivayisi yokubonisa ikristalu ye-induction, lapho ukuthintwa kwenkinobho yesithombe esikrinini, isistimu yempendulo ye-haptic yesikrini ingashayelwa ngokuya ngohlelo oluhlelwe ngaphambilini. Uhlelo lwamadivaysi ahlukahlukene okuxhumanisa, lungasetshenziswa ukufaka esikhundleni sephaneli yenkinobho yemishini, futhi ngokusebenzisa isibonisi sekristalu ewuketshezi ukuze kwakhiwe umphumela ocacile womsindo nevidiyo.

Ngokomgomo wokusebenza, isikrini sokuthinta singahlukaniswa sibe izinhlobo ezine: i-resissive, capacitive inductive, infrared and surface acoustic wave;

Ngokwendlela yokufaka, ingahlukaniswa ngohlobo lwe-plug-in, uhlobo olwakhelwe ngaphakathi kanye nohlobo olubalulekile;

Okulandelayo kwethula ikakhulukazi izikrini zokuthinta ezimbili ezivame ukusetshenziswa:

Yini isikrini esithintwayo esingazweli?

Kuyinzwa eguqula indawo ebonakalayo yendawo yokuthinta (X, Y) endaweni engunxande ibe amandla kagesi amelela izixhumanisi zika-X kanye no-Y. Amamojula amaningi e-LCD asebenzisa izikrini zokuthinta eziphikisayo ezingakha amandla okushintshana kwesikrini ngezintambo ezine, ezinhlanu, eziyisikhombisa, noma eziyisishiyagalombili ngenkathi ebuyisela ugesi endaweni yokuthinta.

Izinzuzo zesikrini esiphikisayo:

– Yamukelwa kabanzi.

– Iphethe ithegi yenani eliphansi kunozakwabo wesikrini esithintayo esinamandla.

- Ingasabela ezinhlotsheni eziningi zokuthinta.

- Ayizweli kakhulu uma uyithinta kunesikrini sokuthinta esinamandla.

Yini i-capacitive touch screen?

I-Capacitive touch screen iyisikrini sengilazi esinezingqimba ezine, indawo engaphakathi kanye nongqimba lwesemishi lwesikrini sengilazi lumbozwe ngongqimba lwe-ITO, ungqimba olungaphandle luwungqimba oluncane lwe-silicon glass protection layer, isangweji ITO coating indawo yokusebenza, amakhona amane aphuma kuma-electrode amane, i-LAYER ITO yangaphakathi ivikelekile ukuze kuqinisekiswe indawo yokusebenza enhle. Lapho umunwe uthinta ungqimba lwensimbi, ngenxa yensimu kagesi yomzimba womuntu, umsebenzisi kanye nesikrini sokuthinta bakha i-coupling capacitor, kuma-high-frequency currents, i-capacitor iyi-conductor eqondile, ngakho umunwe udonsa i-current encane kusuka indawo yokuxhumana. Lokhu kwamanje kugeleza kuphuma kuma-electrode emakhoneni amane esikrini sokuthinta, futhi esamanje esigeleza kulawa ma-electrode amane silingana nebanga ukusuka emunweni kuya emakona amane, futhi isilawuli sithola indawo yokuthinta ngokubala ngokunembile. ingxenye yale misinga emine.

Izinzuzo zesikrini se-capacitive:

– Yamukelwa kabanzi.

– Iphethe ithegi yenani eliphansi kunozakwabo wesikrini esithintayo esinamandla.

- Ingasabela ezinhlotsheni eziningi zokuthinta.

- Ayizweli kakhulu uma uyithinta kunesikrini sokuthinta esinamandla.

Izikrini zokuthinta ezinamandla neziqinile zombili zinezinzuzo eziqinile ezinhle. Ngempela, ukusetshenziswa kwazo kuncike endaweni yebhizinisi kanye nendlela ohlela ngayo ukusebenzisa amadivayisi akho esikrini esithintwayo. Ngokusebenzisa ulwazi esilunikezile, uzoziqonda kangcono lezi zinzuzo futhi uzoqiniseka ukwenza ukukhetha okufanele kwebhizinisi lakho eliyingqayizivele.

I-Saida Glass inikeza izinhlobonhlobo eziningibonisa ingilazi yekhavange-anti-glare kanye ne-anti-reflective kanye nezigxivizo eziphikisana neminwe kumadivayisi kagesi angaphakathi noma angaphandle.