Kulokhu okuthunyelwe, sizobheka izindlela ezihlukile ezinye zezinto ezigqokekayo ezidume kakhulu zisebenzisa ama-haptic. Ngaphandle kwe-Apple Watch, okugqokekayo okuningi kusebenzisa okululainjini encane kagesiukuze uthole impendulo ye-haptic.
I-Apple Watch
I-Apple Watch yethulwa okokuqala ekwindla ka-2014 futhi isibe idivayisi egqokekayo ethengiswa kakhulu emhlabeni. Bekuyisingeniso sokuqala se-Apple se-“Taptic Engine” yayo, ehlinzeka ngempendulo ye-haptic yezaziso nezaziso. Ngenkathi ukwakheka kwemojula ye-Taptic Engine kuwukuphathelene, kungenzeka kube aeyenziwe ngokwezifisoumugqa wokudlidliza motor.
I-Moto 360
I-Motorola yaqala ukumemezela i-Android Wear-powered Moto 360 entwasahlobo ka-2014. Idivayisi inikeza impendulo e-haptic ngokudlidliza okukhiqizwa i-ERM yayo. Nakuba idivayisi idlidliza ukuze inikeze izaziso, impendulo ye-haptic ayinamininingwane noma icacile njengama-vibrotactile pulses akhiqizwa yi-Taptic Engineinjini encane edlidlizayongaphakathi kwe-Apple Watch.
Itshana
I-Pebble, Isikhathi se-Pebble, nokunye okuhlukile kwe-Pebble kuqukethe ama-ERM akhiqiza izexwayiso ze-vibrotactile nezaziso zedivayisi. Lawa ma-activator ohlobo lwe-ERM ayafana ngokusebenza kwenjini engaphakathi kwe-Moto 360, nakuba enganikezi ukulungiswa okufanayo kwemiphumela ye-haptic engase ikhiqizwe i-actuator ene-resonant ewumugqa noma i-piezoelectric actuator.
I-Fitbit Blaze
Akukacaci kahle ukuthi yiluphi uhlobo lwemoto iFitbit Blaze elisebenzisayo, kodwa kubonakala kuyimoto enkulu ezungezayo njengezinye izinto ezigqokwayo. Impendulo ye-Blaze ene-haptic iyafana ngokulungiswa nangemininingwane naleyo ekhiqizwe i-Pebble noma idivayisi ye-Android Wear.
Ikusasa LamaHaptic Agqokekayo
Umkhiqizo wethu wokuqala, i-Moment, usebenzisa ama-actuator amane ahlukene e-resonant ukunikeza imiphumela ecebile ye-haptic. Ngokuzayo, sibona ngeso lengqondo amadivayisi asebenzisa ama-LRA akonga amandla kakhudlwana noma ama-actuator e-piezoelectric, akwazi ukukhiqiza isigqi esinemininingwane namaphethini wesikhashana.
Ngaphakathi kwamamotha ethu okudlidliza amancane okuMholi, sinikela ngezinhlobo ezimbalwa zamamotho wokudlidliza we-Linear Resonant Actuator (LRA) (owaziwa nangokuthi ama-vibrator aqondile). Amamotho e-LRA ahlukile kumamotho wokudlidliza we-Eccentric Rotating Mass (ERM) ngendlela asebenza ngayo, asetshenziswa ngayo, nokuthi ahlala isikhathi esingakanani.
Uma unohlelo lokusebenza oludinga ukudlidliza okuhlala isikhathi eside, noma ukulinganisa okuthembekile kwe-MTTF, cabangela amamotho wethu wokudlidliza we-Linear Resonant Actuator njengenye indlela yamamotho ende wempilo engenalutho. Kodwa, qonda ukuthi ukuphila okude nokulawula kuza ngezindleko ezikhuphuke kancane zobunzima - qhubeka ufunda ukuze uthole okwengeziwe.
Umfanekiso ongenhla ubonisa ukuhlelwa okuvamile kwezingxenye ngaphakathi kwe-eksisi ye-YI-LRA vibration motor. Labo bafundi abajwayelene nobunjiniyela bomsindo bazoqaphela ukuthi idrayivu yekhoyili yezwi ifana kakhulu naleso sipikha. Nokho, esikhundleni sekhoni ekhiqiza amaza omfutho womsindo, kunenqwaba ekhiqiza ukundindizela.
Ngezansi kunenye i-LRA esebenza ngendlela efanayo, nokho, ukudlidliza kuqondiswe ku-axis ye-Z kuphela. Lokhu kunikeza abasebenzisi ukukhetha okukhulu ekwakhiweni njengoba bekwazi ukukhiqiza ukudlidliza ngezikhombisi-ndlela ezivundlile noma eziqondile.
Ukuphila Okunwetshiwe Kwama-Linear Vibrators
Ngokungafani namamotho amaningi okudlidliza anokushintshashintsha kwe-electromechanical, amamotho wokudlidliza we-LRA awaxubeki kahle njengoba esebenzisa ikhoyili yezwi ukushayela inqwaba. Lokhu kusho ukuthi izingxenye ezihambayo kuphela ezivame ukwehluleka yiziphethu. Lezi ziphethu zenziwe imodeli nge-finite element analysis (FEA) futhi zisebenza ngaphakathi kwendawo yazo engakhathali.
Ngokuguga okuncane komshini, izindlela zokwehluleka zikhawulelwe ekugugeni kwezakhi zangaphakathi okuholela kumamodi okuhluleka e-MTTF amade kunamamotho wokudlidliza we-eccentric eccentric rotating mass (ERM).
Siphinde sithengise uhla olukhulayo lwamamothoni e-ERM e-brushless anikeza ukudlidliza kwempilo ende ezindizeni ezimbili esikhundleni sendiza eyodwa enikezwa amamotho we-LRA.
Nazi ezinye izinjini zokudlidliza zenkampani yethu:
I-Motor For Medical Products Linear motor 0825
I-Motor For Mini Fan ye-Linear motor
I-Low Volt Motor ye-Linear motor 0832
Isungulwe ngo-2007, i-Leader Microelectronics (Huizhou) Co., Ltd. iyibhizinisi lamazwe ngamazwe elihlanganisa i-R & D, ukukhiqiza nokudayisa. Ikakhulukazi sikhiqiza i-flat motor, i-linear motor, i-brushless motor, i-coreless motor, i-SMD motor, i-Air-model motor, i-deceleration motor nokunye, kanye ne-micro motor ekusetshenzisweni kwezinkundla eziningi.
XHUMANA NGESI-ODA SE-MICRO VIBRATION MANJE!
Isikhathi sokuthumela: Dec-11-2018
