01 Isiphetho Okokuqala: Lena i-actuator ye-mechatronic ehlanganiswe kakhulu
Uma sibheka ngokubukeka nje, leli lunga libukeka njengesilinda sensimbi esijiyile. Nokho, uma selihlakaziwe, liziveza njengeyunithi yokunyakaza ephelele yerobhothi ehlanganisa lezi zinhlelo ezilandelayo ezihlanganisiwe:
- Injini engenamabhulashi: Iguqula amandla kagesi abe yi-torque ejikelezayo
- Indlela yokunciphisa: Iguqula i-torque ephansi yejubane eliphezulu yemoto ibe yi-torque ephezulu yejubane eliphansi yejoyinti
- Umshayeli wamandla we-MOS: Uhlinzeka ngogesi olawulwayo kumotha wezigaba ezintathu
- I-MCU yokulawula eyinhloko: Isebenzisa ukulawulwa kwezimoto, ukusampula kwesignali, ukuxhumana kanye ne-logic yokuvikela
- Isampula yamanje: Ilinganisa i-torque yokukhipha futhi isebenza njengesisekelo sokulawula i-FOC
- I-encoder yamagnetic: Ithola i-engeli yokujikeleza kanye nendawo yokujika okuningi
- Inzwa yokushisa ye-NTC: Iqapha isimo sokushisa semoto
- Isixhumanisi sokuxhumana nokulungisa amaphutha: Sixhuma kunethiwekhi yokulawula irobhothi iyonke futhi sisekela ukuhlolwa nokugcinwa kwefektri
- Indlu yensimbi kanye ne-flange yokuphuma: Ithwala imithwalo yesakhiwo ngesikhathi sokunyakaza kwamarobhothi
Lokhu kuphawula umehluko omkhulu phakathi kwamajoyinti erobhothi angumuntu kanye nama-motor avamile: ama-motor ajwayelekile adinga ukuzungeza kuphela, kuyilapho amajoyinti erobhothi kumele azi njalo indawo yawo, i-torque yokukhipha, isimo sokuphepha kwezinga lokushisa lokusebenza, kanye nomthamo wokukhipha osele.
02 Ukubukeka kanye nesakhiwo: Umgodi Ongenalutho, Indlu Yensimbi kanye Nokuphela Kokuphuma Okuqinile
Umfanekiso 2: Uhlangothi olungaphambili lwejoyinti lusebenzisa isiphetho esikhulu esikhishwayo esiboshwe ngezikulufo eziqinile, kanye nembobo edlulayo egcinwe phakathi nendawo.
Isici sangaphandle esiphawuleka kakhulu yimbobo ephakathi nendawo. Lesi sakhiwo asigcini nje ngokuhlobisa; sinikeza izinzuzo eziwusizo kakhulu ekwakhiweni kwerobhothi iyonke:
- Izintambo zikagesi, izintambo zokuxhumana kanye nezintambo zezinzwa zingalandela izindlela ezimfushane zomzila.
- Ama-harnesses ensimbi awavamile ukubonakala uma amalunga amaningi exhunywe ngokulandelana.
- Ingozi yokuthi izintambo zikhuhlwe, zidonswe noma zibanjwe ezindleleni ngesikhathi sokunyakaza kwamalunga amakhulu iyancipha.
- Ezingxenyeni ezinenkululeko ehlukahlukene njengemilenze, okhalweni kanye namahlombe, isakhiwo esingenalutho sisiza ekuthuthukiseni ubuningi bokuhlangana kwerobhothi.
Umfanekiso 3: Amasethi amaningi ezixhumi ezibonakalayo abonakala ohlangothini, okubonisa ukuthi leli joint liphatha ngesikhathi esisodwa ukunikezwa kwamandla, ukuxhumana, ukulungisa amaphutha kanye nokuxhumeka okungenzeka kwe-daisy-chain.
Indlu yensimbi kanye nezikulufo zangaphambili ezihlelwe ngokuqinile kwembula ukuthi ijoyinti lenzelwe ukumelana nemithwalo emikhulu yesakhiwo. Lapho irobhothi elingumuntu lihamba, ligoba noma lime, amalunga alo awagcini nje ngokuba ne-motor torque, kodwa futhi nama-radial force, axial force, i-impact loads kanye ne-transient reaction torque. Ngakho-ke, amamojula anjalo kumele aklanywe njenge-structural assembly ehlanganisiwe ehlanganisa i-motor, i-reducer, ama-bearings kanye ne-output flange.
03 Ukuhlelwa kwe-PCBA Okuphelele: Amandla, Ukulawula, Ukuzwa kanye Neziyingi Zokuxhumana Ezihlanganiswe Ebhodini Elilodwa Eliyindilinga
Umfanekiso 4: Ibhodi le-PCBA leModule
Leli bhodi lingahlukaniswa okungenani libe yizindawo ezine ezisebenzayo:
| Izindawo ezisebenzayo | izingxenye ezibonakalayo | imisebenzi yobunjiniyela |
| indawo yokushayela amandla | Ama-MOSFET amaningi, amajoyinti e-phase wire solder kanye nama-resistors e-R001 current-sense | Ishayela imoto engenamabhulashi enezigaba ezintathu kanye namasampula wamanje wesigaba. |
| Indawo Eyinhloko Yokulawula Nokucabanga | I-MCU ene-ST-marked, ama-resistors nama-capacitor angaphandle, i-crystal oscillator kanye nama-debugging pads | Isebenzisa i-algorithm ye-FOC, i-logic yokuvikela, ukuxhumana kanye nokuphathwa kwesimo |
| Indawo Yokuphatha Amandla | TLV767 | Iguqula ibhasi elinamandla aphezulu libe ugesi wokulawula ophansi |
| Indawo Yokuxhumana Nokulungisa Amaphutha | I-USB-C、I-SWD、I-CANH/I-CANL、Isixhumi sebhodi eliphakathi | Kokulungisa amaphutha, ukukhanya kwe-firmware, ukuxhumana kwerobhothi kanye nokuhlola |
Imininingwane eminingana
I-P+ kanye ne-P- zisebenza njengokufakwa kwamandla okuyinhloko. Amatheminali ensimbi aqinile ezindaweni zokuxhuma abonisa ukuthi le ndlela ithwala imisinga emikhulu. Kubalulekile ukusebenzisa amandla angempelaI-AMASS XT30 2+Izixhumi ezimbili lapha; ezinye izindlela mbumbulu zinezingozi zokuncibilika kanye nokuxhumana okungekuhle kukagesi.
Izimpawu ze-USB-C kanye ne-SWD ebhodini ziqinisekisa ukwesekwa kokulungisa amaphutha, ukukhanya kwe-firmware kanye nokuhlolwa kwasefekthri, kunokuba zisebenze nje njengomshayeli wemoto ovaliwe.
Ilogo ye-ST ingabonakala endaweni enkulu ye-chip yokulawula, kanye nesikrini se-silkscreen esihambisana nochungechunge lwe-STM32G4. Lolu chungechunge lusetshenziswa kabanzi ezinhlelweni zokulawula izimoto, luhlonyiswe ngama-ADC asheshayo, ama-timer athuthukile, okukhiphayo kwe-PWM, ama-comparators kanye nama-amplifier okusebenza—izinsiza eziseduze ezilungele ukusebenzisa ama-algorithms e-FOC.
Isihluthulelo lapha asikho ekusebenziseni i-chip ekhethekile esebenza kahle, kodwa ku-logic yokuhlelwa kwezindawo ehlelwe kahle ye-PCBA yonke: izinkomba zamandla aphezulu zigcinwa zimfushane ngangokunokwenzeka, izifunda zokuthatha amasampula zamanje zibekwe eduze kwesigaba samandla, izifunda zokulawula nokuxhumana zihlelwe ezindaweni ezinomsindo ophansi, futhi zonke izixhumi zibekwe eceleni komngcele webhodi ukuze kube lula ukuhlanganisa.
04 I-Power Drive: Ibhuloho le-MOS elinezigaba ezintathu linquma amandla okukhipha i-Joint's Torque
Umfanekiso 5: Izintambo zemoto ezinezigaba ezintathu zixhunywe phakathi nesigaba samandla se-MOS, kanye nama-resistors okuthatha amasampula, abashayeli kanye nezingxenye zesihlungi ezihlelwe nxazonke.
Lo mshayeli ohlangene wenzelwe ama-motor angenamabhulashi ezigaba ezintathu. Ukulawulwa kokusebenza okuphezulu kwama-motor ezigaba ezintathu ze-BLDC ngokuvamile kudinga amabhuloho amathathu ayingxenye, okwenza i-inverter yezigaba ezintathu enama-MOSFET anamandla ayisithupha okungenani. Amadivayisi amaningi e-MOS amakhuluithinikubonakale ku-PCBA ezungeze amaphuzu okudayisa okukhiphayo kwesigaba sesithathu, okuhambisana nalolu hlaka lokwakha.
Umqondo wokusebenza kwebhuloho elinezigaba ezintathu ungenziwa lula kanje:
I-voltage yebhethri noma yebhasi ifakwa nge-P+ kanye ne-P-; Ukushintshwa kwe-half-bridges ye-MOS ngesivinini esikhulu kuguqula i-voltage ye-DC ibe yi-current yesigaba sesithathu;
Ugesi wezigaba ezintathu ugeleza ungene kuma-motor windings ukuze ukhiqize insimu kazibuthe ejikelezayo; Isilawuli sihlala silungisa imijikelezo yomsebenzi we-PWM ngokusekelwe endaweni yokufaka ikhodi kanye nempendulo yamanje;
Ekugcineni kuvumela i-torque, isivinini noma isikhundla sejoyinti kuya ekuphumeni.
Ukwakheka okubi kwalesi sigaba kuzoholela ezinkingeni eziningana ezijwayelekile: ukushisa kwe-MOS ngokweqile, ukujikijela kwejubane eliphansi, i-torque ripple enzima, ukuqhuma kokuvikela okungaphezu kwamandla, kanye nokuphazamiseka kwe-EMI okuthinta ama-encoder noma amasekethe okuxhumana. Ngenxa yalesi sizathu, ukwakheka kwebhodi lamandla lamajoyinti erobhothi kuyinselele kakhulu kunokwamabhodi amancane okushayela avamile.
Umfanekiso 6: Umlawuli we-voltage we-TLV767 ungabonakala ebhodini, eceleni kwama-inductor, ama-capacitor kanye nezingxenye eziningana zamandla aphansi.
Umuthi wokuphakelwa kwamandla nawo uyakufanelekela ukuhlaziywa. Abalawuli be-LDO njenge-TLV767 kanye nama-inductor kagesi abhalwe ukuthi "100" ayabonakala ku-PCB. Uma ucabangela isimo sokusebenza kwamajoyinti anesilinganiso esingu-48V, kungacatshangwa ukuthi uhlelo lwe-voltage ephansi cishe alunakuncishiswa ngokuqondile kusuka ku-voltage ephezulu kuphela ngama-LDO. Esikhundleni salokho, kwamukelwa ukwakheka kokuphakelwa kwamandla okufana nalokhu okulandelayo:
Ibhasi elinama-voltage aphezulu → Ukuguqulwa kwesinyathelo-phansi → Iziteshi zama-voltage aphansi (5V / 3.3V, njll.) → Ukulawulwa kwesibili kwe-LDO / ukuhlunga umsindo wendawo
Lo mklamo wamandla unengqondo kakhulu. Ama-MCU, i-encoder, ama-sampling amplifiers kanye nama-transceivers okuxhumana adinga amandla ahlanzekile, azinzile e-voltage, kuyilapho ama-MOS switch kanye nemigqa yesigaba se-motor ikhiqiza umsindo omkhulu. Uma ukunikezwa kwamandla e-voltage aphansi kungenawo amandla anele okulwa nokuphazamiseka, amaphutha okuqala avela ngokuvamile akuzona izinkinga ze-motor, kodwa ukugxuma kwe-angle okungazelelwe, ukuyeka kokuxhumana noma ukufundwa kwesampula yamanje okuhambayo.
05 Ukuzwa Kwamanje Nokushisa: Amajoyinti Erobhothi Kumelwe Aqaphe I-Torque Yokuphuma Ngesikhathi Sangempela
Umfanekiso 7: Ama-resistors amaningi e-R001 anenani eliphansi atholakala ngaphansi kwesigaba samandla esinezigaba ezintathu.
Izingxenye ze-R001 zibalulekile kuleli bhodi, ezimele ama-resistor e-sense aphansi anezinga le-milliohm (ngokuvamile i-1 mΩ) asetshenziselwa ukukala ugesi wesigaba semoto noma ugesi webhasi. Ugesi wemoto wakha umongo wokulawula okuvaliwe kwamajoyinti erobhothi, njengoba i-torque yokukhipha yemoto ye-BLDC ihlobene kakhulu nogesi wesigaba sayo.
Ngamanye amazwi, isilawuli "asiqageli" ukuphuma kwe-torque yejoyinti; kunalokho, sibala ugesi ngokulinganisa ukwehla kwe-voltage encane kuma-resistors enzwa:
Ukwehla kwe-voltage phezu kwe-sense resistor → Ukukhulisa nokuhlunga → Ukuthatha isampula ye-ADC → Ukubalwa kwamanje → Ukulawulwa kwe-torque ye-FOC
Ukunemba kwalolu chungechunge lwesignali kuthinta ngqo:
Ukunemba Kokulawula I-Torque: Uma ukulinganisa kwamanje kungalungile, umphumela we-torque ngeke ube onembile.
Ukushelela Okusheshayo: Umsindo ophezulu wokuthatha amasampula uvame ukubangela ukujima ngesivinini esiphansi.
Ukuvikelwa Kokugeleza Komsinga: Ukusabela okuhamba kancane kungashisa ama-MOSFET, kuyilapho izilungiselelo ezibucayi kakhulu ziholela ezibangelweni zokuvikela ezingamanga.
Isu Lokuphatha Ukushisa: Ukushisa okuphezulu okuqhubekayo kuholela ekukhuphukeni kwezinga lokushisa ngasikhathi sinye kuma-motor windings, ama-MOSFET kanye nama-current-sense resistor.
Ngokombono wokwakheka, ukubeka ama-resistor anenzwa yamanje eduze kwama-MOSFET kanye nokuxhumanisa izigaba kunciphisa i-loop yamandla aphezulu, okusiza ukunciphisa ukuhanjiswa kwe-parasitic kanye namaphutha okuthatha amasampula. Inani elikhulu lama-resistor amancane nama-capacitor ahlelwe eduze kwesigaba ngasinye, ngokuvamile asetshenziselwa ukudambisa isango, ukuhlunga amasampula, ukuzinzisa umshayeli kanye nokuhlukanisa indawo.
Ukutholwa kwezinga lokushisa kubaluleke kakhulu. Ilebula le-MOTOR NTC libonisa i-thermistor efakwe ngaphakathi kwemoto noma eduze kwama-windings. Kumajoyinti erobhothi angumuntu, ukusebenza kwe-torque ephezulu ngesivinini esiphansi, ukubamba okuhlala isikhathi eside, kanye nomthelela wesikhashana ngesikhathi sokuma noma ukuquleka konke kudala ukwenyuka okukhulu kwezinga lokushisa. I-NTC ivumela isilawuli ukwenza imisebenzi emithathu ebalulekile esekelwe ekushiseni:
Umkhawulo wamanje: Nciphisa umkhawulo wamanje wokukhipha njengoba izinga lokushisa likhuphuka; Ukunciphisa: I-torque ephezulu ye-cap ngaphansi kwemithwalo esindayo eqhubekayo;
Ukuvala okuvikelayo: Faka imodi yephutha uma izinga lokushisa lidlula umkhawulo wokuphepha.
Lokhu futhi kuyikhono eliyisisekelo okufanele libe nalo amajoyinti erobhothi ochwepheshe. Ngaphandle kokulawula izinga lokushisa elivaliwe, ijoyinti alikwazi ukusebenza ngokuthembekile isikhathi eside naphezu kwesilinganiso salo se-torque esiphezulu.
06 Ukutholwa Kwesikhundla: Ama-Encoder Amabili Amagnetic kanye namaGiya Aguqula Ama-Engles Ajika Kanye Kube Ukufundwa Kwesikhundla Esijika Kaningi
Ngemva kokususa i-PCBA, isethi yezakhiwo ezincane zamagiya ingabonakala ohlangothini olungemuva. Lawa akuzona amagiya okunciphisa ayinhloko, kodwa izindlela ezisizayo ezenzelwe ukuthola i-engeli.
Umfanekiso 8: Indawo yegiya kanye ne-magnetic encoder ohlangothini olungemuva lwebhodi lokulawula
Umfanekiso 9: Ukujikeleza kwe-central shaft kuqhuba amagiya amabili aseduze e-pinion ukuthi ajikeleze ngokuvumelanayo.
Ngokwesakhiwo, ukujikeleza kwe-central shaft kuqhuba amagiya amabili amancane. Ingxenye yamagnetic ifakwe enkabeni yegiya ngalinye elincane, kanye nama-IC encoder magnetic afakwe ezindaweni ezifanayo ohlangothini olungemuva lwe-PCBA. Ama-encoder magnetic alinganisa ukuhlukahluka kwe-angular kwamasimu magnetic, asusa isidingo sama-disc e-optical grating. Abekezelela ukungcola okuncane kwamafutha kanye nothuli, okwenza afaneleke kakhulu kumajoyinti erobhothi avaliwe ngokuphelele.
Umfanekiso 10: Isakhiwo segiya elikabili kanye ne-encoder elikabili sithuthukisa ukucaca kwe-angular futhi senza kube lula ukuthola indawo yokujika okuningi.
Okuvelele kakhulu lapha ukucushwa kwe-"dual-gear + dual magnetic encoder". Inani layo lidlula kakhulu ukwengeza inzwa yesibili ukuze kube nokunemba okuphezulu; cishe yakhelwe ukwenza uhlelo lokufaka ikhodi yesikhundla esiphelele olujika kaningi:
I-encoder eyodwa yamagnetic ilinganisa ngokunembile ama-engeli angaphakathi kuka-0–360°;
kodwa ijoyinti lingazungeza ama-revolution amaningi, futhi i-encoder ye-turn-turn ayikwazi ukunquma inani lama-returns ngokwayo;
Uma amagiya amabili enezici zamazinyo ezihlukene noma izilinganiso zamagiya, akha ukuhlangana okufana ne-vernier;
Ngokuhlanganisa ukufundwa okubili kwe-angular, isilawuli sibala indawo ephelele ebangeni elibanzi kakhulu.
Lesi sakhiwo sinikeza inani elikhulu kumarobhothi angabantu. Ngemva kokucima ugesi, imilenze, izingalo noma amalunga okhalweni angase asuswe amandla angaphandle. Lapho ephinde anikwe amandla, amalunga adinga ukunyakaza okukhulu kokubuyela emuva ahlushwa ukusebenza kahle okuphansi futhi abe yingozi yokuphepha. Ukuzwa isikhundla esiphelele okujika kaningi kuvumela amalunga ukuthi athole ngokushesha idatha yokuma ngokushesha nje lapho amandla ebuyiselwa.
07 Ukudluliselwa Kwemishini: Ukuhlelwa Kwesitaki Esincane Semoto, Isinciphisi kanye Nomgodi Wokukhipha
Isithombe 11: Indawo ephakathi ine-shaft yemoto kanye nendlela yokudlulisela imishini eyinhloko.
Uma siqhubeka nokuhlola ungqimba lomshini, i-motor shaft, ama-stator windings, i-rotor assembly kanye ne-reducer end konke kubekwe eceleni kwe-axis eyodwa ephakathi. Lena indlela ejwayelekile yokuklama amajoyinti ahlanganisiwe: i-motor ayiseyona ingxenye yangaphandle ehlukile kodwa iyingxenye ebalulekile yesakhiwo esihlangene.
Umfanekiso 12: Amagiya endandatho aminyene, amafutha kanye nezakhiwo zokuxhuma ziyabonakala ngaphakathi kokuphela kokukhipha.
Amagiya amakhulu ayindandatho, amafutha okugcoba kanye nezakhiwo zokuxhuma ezinamaphoyinti amaningi kungabonakala ekugcineni kokukhipha. Nakuba izigaba zegiya ezigcwele zingavezwanga ngokugcwele, isakhiwo esibonakalayo sibonisa iyunithi yokunciphisa igiya encane enesilinganiso sokunciphisa esiphezulu. Umsebenzi wayo oyinhloko uyinkimbinkimbi kakhulu kunokumane wehlise ijubane lokujikeleza kwenjini, njengoba kufanele ihlangabezane nezidingo ezilandelayo ngasikhathi sinye:
Isilinganiso Sokunciphisa Okuphezulu: Guqula ukujikeleza kwesivinini esikhulu semoto kube umphumela wesivinini esiphansi, ohambisana ne-torque ephezulu yamalunga;
Ukuhlehla Okuphansi: Nciphisa amaphutha okulawula isikhundla kanye nomthelela wokususa emuva;
Ukuqina Okuphezulu: Ukubekezelela amandla angaphandle kanye nokushaqeka ngesikhathi sokunyakaza kwamarobhothi;
Impilo Ende Yesevisi: Qinisekisa ukuthi izinyo legiya liyaguga ngaphansi kokunyakaza okuphindaphindiwe isikhathi eside;
Ukugcotshwa Okuthembekile: Sakaza amafutha ngokulinganayo ukuze umboze amazinyo egiya, amabheringi kanye nezivalo.
Umfanekiso 13: I-rotor ixhunywe ku-intermediate shaft, futhi amandla okukhipha injini adluliselwa ezigabeni zokushayela ezilandelayo ngale-intermediate shaft.
Umfanekiso 14: I-motor stator iron core kanye ne-copper windings ziyabonakala.
Ama-winding ethusi, i-stator iron core kanye ne-rotor assembly kungabonakala engxenyeni yemoto. Amajoyinti alolu hlobo ngokuvamile abeka phambili ukuminyana kwe-torque ephezulu, okusho ukuletha i-torque ephezulu ngaphakathi kwevolumu elinganiselwe. Lokhu kuhloswe kudinga ukulungiswa ngasikhathi sinye kwamasekethe kazibuthe, ama-winding, ukushabalaliswa kokushisa, ukwesekwa kwamabhere kanye nokuqhathaniswa kwe-reducer.
Noma kunjalo, ukuminyana kwe-torque ephezulu kuza nokushintshana: ukuqongelela ukushisa okugxilile, ukuzwela okuphezulu ekubekezeleni kwe-assembly, imithwalo yokucindezeleka eyinkimbinkimbi kuma-bearings namagiya, kanye nama-algorithms okulawula azinzile kakhudlwana. I-joint akuyona inhlanganisela elula yemoto, ibhodi lesifunda kanye ne-gearbox, kodwa uhlelo oluhlanganisiwe oluhlangene kahle.
08 Ukuhlaziywa Kobungcweti: Izinselele Zangempela Zobuchwepheshe Zamamojula Ahlangene
Uma sibheka isakhiwo esihlakazekile sale module ehlangene, ubungcweti bayo bubonakala kakhulu ezicini ezinhlanu.
1. Ubuningi Bamandla
Ukuhlanganisa i-motor, i-reducer, i-drive board kanye ne-position detection unit ngaphakathi kobubanzi obulinganiselwe kubeka imingcele eqinile kakhulu esikhaleni sesakhiwo. Ama-MOSFET, ama-sampling resistors, izingxenye zamandla kanye nezixhumi kumele zihlelwe zizungeze ukwakheka kwe-hollow shaft. Umklamo udinga ukwamukela ukudluliselwa kwamandla aphezulu ngenkathi kugcinwa isikhala somzila esinomsindo ophansi sezifunda zesiginali.
2. Ukulawula Okuvaliwe
Ayisebenzi nge-open-loop drive, kodwa incike ezimpawini eziningi zempendulo ngesikhathi esisodwa:
- Impendulo ye-angular evela kubafaki bekhodi
- Impendulo yamanje yokusampula
- Impendulo yezinga lokushisa
- Impendulo yomyalo wokuxhumana
Lezi zimpawu zilawula ngokubambisana i-torque yokukhipha, isivinini kanye nendawo yejoyinti. Umsindo oweqile kunoma yisiphi isixhumanisi esisodwa uzobangela ukusebenza okungavamile kwemojuli yonke, njengokujitha, ukushisa ngokweqile, ukusabela okuhamba kancane noma ukuvimbela ukuvikelwa okungamanga.
3. Umklamo Wokushisa
Ukushisa kukhiqizwa yi-MOSFET enamandla, ama-resistors okuthatha isampula, ama-motor windings kanye nokungqubuzana ngaphakathi kwe-reducer. Ibhodi lesifunda livalelwe ngaphakathi kwejoyinti enezimo ezilinganiselwe zokushabalalisa ukushisa, ngakho-ke izindlela zokuqhuba ukushisa kufanele zakhiwe ngokubambisana yi-housing yensimbi, ama-end caps kanye nezingxenye zesakhiwo sangaphakathi.
4. Ukuqina Kwemishini Nokulwa Nokungezwani
Amalunga erobhothi asebenzisa umuntu awadingeki nje kuphela ukuze ajikeleze kodwa futhi athwale imithwalo ngokwethembeka. Lapho emi, ehamba noma egoba, amalunga kumele agcine isikhundla esizinzile kanye ne-torque ngaphansi kwezimo ezilayishiwe. Ukunciphisa kakhulu i-backlash noma ukuqina okwanele kokukhipha kuzoholela ekusekelweni kwemilenze okungazinzile, ukushukuma komshini kanye nokusebenza kabi kokulawula ukuma.
5. Ukukhiqizwa Okukhulu Nokusebenziseka Kahle
Amarobhothi awawona ama-prototypes elebhu eyodwa. Amandla obunjiniyela aphelele omshini ophelele ancike ekutheni amaphutha angatholakala ngokushesha yini, i-firmware ithuthukiswe futhi amamojula ashintshwe ngemva kokukhiqizwa ngobuningi.
Isixhumi samandla aphezulu se-AMASS sisetshenziswa kakhulu ekuxhumaneni kwangaphakathi kwebhethri, injini, kanye nokulawula kukagesi kwe-Intelligent Robot Solutions.
Isikhathi sokuthunyelwe: Julayi-04-2026