Motors Servo da robots suna canza canji aikace-aikace. Koyi sababbin shawarwari da aikace-aikace yayin aiwatar da kayan aikin motsa jiki da sarrafawa don ƙarin ƙwaƙwalwa da masana'antu, da kuma abin da ke gaba.
Ciyar da atomatik
By Saratu Mellish da Rosemary Burns
Samun na'urorin Canje-canje na wutar lantarki, fasahar sarrafawa, mai saurin robots da kuma haɗuwa da wasu nau'ikan fasahohin da ke haifar da ingantattun hanyoyin ƙasa. Subawar hanyar jujjuyawar hanya, an yi sassa da kayayyaki, ƙari da masana'antu masu tsada sune misalai biyu da suka bayar don samun gasa.
Tattaunawa a matsayin 3D bugawa, masana'antu (AM) hanya ce da ba ta amfani da kayan ƙirar dijital guda uku ta hanyar fyens daga ƙasa sama. Sau da yawa yin kusa-siffar-net (nns) sassan ba tare da sharar gida ba, amfani da tsarin samfurori masu rikitarwa, makamashi, sufuri da samfuran masu amfani. On the contrary, the subtractive process entails removing sections from a block of material by high precision cutting or machining to create a 3D product.
Duk da dukkanin bambance-bambance na manyan bambance-bambancen, ƙari da ƙananan matakan aiki ba koyaushe ba ne a koyaushe - saboda ana iya amfani da su don yaduwar matakai daban-daban. An kirkiro samfurin farko ko samfurin akai-akai ana ƙirƙira shi akai-akai ta hanyar ƙari. Da zarar an gama samfuri, ana iya buƙatar manyan samfuran, buɗe kofa don masana'antar masana'anta. Kwanan nan, inda lokaci yake ne na asalin, hybrid ariding ari don abubuwa masu kyau ko ƙirƙirar sassan da suka lalace ko ƙirƙirar sassan da ke da ƙarancin ci gaba.
Sarrafa kansa
Don haɗuwa da buƙatun abokin ciniki, masana'anta suna haɗe da kayan amfani da kayan waya kamar bakin karfe, farawa da laushi mai ƙarfi da kuma ƙare tare da wuya, sutura -Reistant bangaren. A bangare, wannan ya bayyana buƙatar mafi yawan hanyoyin amfani da mafi girman aiki da inganci kamar masana'antu na baka (Waam), da kuma maforizzenan masana'antu, musamman ma masana'antu. Karin bayanai sun hada da:
- Fasaha ta Servo:Don mafi kyawun ma'amala na lokaci-zuwa-kasuwa da ƙayyadaddun ƙirar abokin ciniki, inda ingancinsu ke damuwa da tsararrun firintocin 3D tare da sarrafa sittin tare da sarrafawa mafi kyau. Fa'idodin Servo Motors, irin su Sigma-7, juya tsarin da aka gyara akan kai, taimaka wa masifa ta cika aiki ta yau da kullun ta hanyar firinta-bunkasa damar:
- Vibritation Cire: Motors Servorror dring macen taurawa da ba ta dace ba, da anti-tsayayyen matattara wanda zai iya kawar da layin da aka gani da gani da matattarar motsa jiki wanda zai haifar da fashewar gani wanda yake haifar da fashewar gani.
- Ingancin sauri: Saurin buga hoto na 350 mm / sec yanzu gaskiya ne, fiye da ninki matsakaicin saurin buga wasan 3D ta amfani da motar. Hakanan, ana iya samun saurin tafiya zuwa 1,500 mm / sec / sec yana iya samun amfani da mita ko mita 5 / sec ta amfani da Fasahar Servo. Ingancin saurin saurin hanzarta bayar da shi ta hanyar babban aiki servos yana ba da shugabanni 3D da za a koma cikin hanzarin da suka dace. Wannan ita ce hanya mai nisa don sauƙaƙe buƙatar rage yawan tsarin duka don isa ga ingancin gamsuwa da ake so. Bayan haka, wannan haɓakawa a cikin sarrafa motsi kuma yana nufin ƙarshen masu amfani zasu iya ƙirƙira ƙarin sassa da awa ɗaya ba tare da ingancin yin sadaukarwa ba.
- Tinga atomatik: Server tsarin zai iya yin aiwatar da ta al'ada, wanda ya sa ya yiwu a daidaita da canje-canje a cikin kayan masarufi ko bambancin bayanai a cikin tsari. 3D Pepmper Motors ba su amfani da matsayin da aka yi, sanya shi kusan ba zai yiwu a rama canje-canje a kan matakai ko bambance-bambancen makanikai ba.
- Tsarin Sanarwar Encoder: Tsarin Server Seto wanda ke ba da cikakken Expoder kawai buƙatar aiwatar da aikin homing sau ɗaya, wanda ya haifar da mafi girman lokacin sahu. 3D Fotocin da ke amfani da fasahar mota matattarar matakai kuma tana buƙatar yin hade a duk lokacin da suke da ƙarfi.
- Feedback Sensing: Extrade na firinta na 3D na iya zama babban taro a cikin tsari, da kuma motar da za ta iya haifar da lalacewar aikin Bugun gaba ɗaya. Tare da wannan a zuciya, tsarin servo na iya gano abubuwan fashewa da hana daskarar da filam. Makullin bugun bugawa yana da tsarin rufewa-madauki da aka kulla a kusa da mai kafa na kwayar halitta. Motors Servo tare da cikakken tabbacin 24-ƙuduri mai ƙira na iya samar da 16,777,216 na ƙudurin ra'ayoyin da aka rufe don ƙudurin ra'ayoyin da aka rufe don mafi girman kewayon ƙasa, kazalika da aiki tare da kariya.
- High formups:Kamar dai yadda aikin Motors servo suna canza canji aikace-aikace, don haka ma akwai robots. Kyakkyawan ayyukan tafiye-tafiye, tsari mai tsauri da kariyar ƙura da ƙarfi - sun haɗu da damar da aka yi amfani da su da yawa waɗanda ke ɗaukar amfani da 3D Murotti, da kuma mahimmin ayyuka don masana'antu na sama da kuma nau'ikan kayan masarufi / hanyoyin da basu dace ba.
Robotic Aututomation Computeration ga 3D buga injula na 3D yadu sosai da kula da wuraren aikawa da injin. Daga Sauke sassan mutum daga injin bugawa bayan rabuwa da sassan Buga da yawa, m robots inganta ayyukan ta fi dacewa da kayan aiki.
Tare da bugu na 3D na gargajiya, robots suna taimakawa tare da aikin foda, ya cika foda mai girka lokacin da ake buƙata da cire foda daga sassan da aka gama. Hakanan, sauran ayyukan gama gari sun shahara tare da raunin ƙarfe kamar nika, an cimma ruwa, an samu sauƙaƙe ko yankan ana iya samun saukarwa. Binciken ingantacce, kazalika da kayan aiki da kuma kayan kwalliya suna kuma haduwa da kai tsaye tare da fasahar da aka kara su kan aiki mai daraja, kamar halittar al'ada.
Don manyan aiki, robots na dogon masana'antu ana ɗorewa don matsar da kai tsaye matsin kai tsaye na kai na 3D. Wannan, cikin haɗin gwiwa tare da kayan aikin yanki kamar tushen juyawa, manyan waƙoƙi da ƙari, suna samar da buƙatun da ake buƙata don ƙirƙirar tsarin Spatial kyauta. Ban da yanayin yanayi na gargajiya, ana yin amfani da robots na ƙuruciya na manyan ɓangaren ɓangaren ɓangaren kyauta, siffofin masarufi, ƙirar mold da kuma manyan sassan da aka tsara. - Masu Gudanar da Multi-Axis:Fasaha na musamman don haɗawa har zuwa gunduma zuwa 62 a cikin yanayi guda ɗaya yanzu yana yin aikin aiki mai yawa na mahaɗan masana'antu da aka yi amfani da shi a cikin ƙari, m da kuma matattarar saiti. Dukkanin iyalin na'urori za su iya aiki yanzu tare a ƙarƙashin cikakken iko tare a ƙarƙashin cikakken iko da kuma lura da dabarar dabaru (Mai sarrafa na kwamfuta) ko mai sarrafa IEC, irin su mp3300000000ecler. Sau da yawa ana shirin shirya tare da kunshin software ɗin 61131 na IEC, kamar wannan dandamali na kwastomomi, da kuma zane-zane, rubutu mai toshe, da sauransu). Don sauƙaƙe haɗin haɗi mai sauƙi da kuma kayan aikin da aka shirya, kayan aikin da aka shirya kamar yadda aka gudanar da kuɗi na gado, ana haɗa ƙarfi na gaba, ana haɗa ƙarfi da yawa.
- Abubuwan da aka tsara na masana'antu na masana'antuBabban fa'idodin aikace-aikace a cikin bugu na 3D, yankakken tsari, kayan aiki na kayan aiki na iya samar da sauƙin dubawa mai sauƙin dubawa, samar da hanya zuwa mafi girma. An tsara shi tare da kerawa da ingantawa a cikin tunani, makamashi masu fasaha, kamar zayyana Yasuawa, ba masu masana'antu don alama da sauƙi tsara fuska. Daga ciki har da halayen na'urori masu alaƙa don samun bukatun abokin ciniki, ƙaramin shirye-shirye suna ba da labaran da aka tsara.
Tashi sama
Yayinda ayyukan da suka dace da matakai sun kasance sanannen, hanya mafi girma zuwa ga matasan kari mai kari / ragi zai faru yayin 'yan shekaru masu zuwa. Ana tsammanin girma a wani yanki mai girma na shekara-shekara (Cagr) na 14.8 bisa dari da 20271, masana'antar masana'antar masana'antu ta masana'antu tana shirye don saduwa da UPTOCK wajen inganta bukatun abokin ciniki. Don tashi sama da gasa, masana'antun suyi la'akari da ribobi da fursunoni na hanyar da ke tattare da ayyukansu. Tare da ikon samar da sassan kamar yadda ake buƙata, zuwa babban raguwar sawun Carbon, matasan mawuyacin tsari yana ba da wasu fa'idodi masu kyau. Ba tare da la'akari da ƙwararrun fasahar waɗannan hanyoyin ba don waɗannan matakan kuma ya kamata a aiwatar da shi kuma ya kamata a aiwatar da shi a kantoayen kantowa don sauƙaƙe babban aiki da ingancin samfurin.
Lokaci: Aug-13-2021
