Atomatik a cikin masana'antar abinci da abin sha: sabbin dabarun amfani da robots masu aiki uku

Juyin Juya Hali a Daidaito da Nasara a Sauƙin Sauƙi: Robot Masu Aiki Uku Sun Sake Fasalta Sabon Tsarin Aiki don Aiki da Abinci da Abin Sha

Kasuwar sarrafa kayan abinci ta duniya tana fuskantar ci gaba mara misaltuwa. A cewar QYResearch, girman kasuwa ya kai dala biliyan 23.61 a shekarar 2024 kuma ana hasashen zai tashi zuwa dala biliyan 36.96 nan da shekarar 2031, wanda hakan zai ci gaba da samun karuwar kashi 6.7% a kowace shekara, a wannan yanayin, kamfanonin abinci da abin sha suna fuskantar kalubale uku na hauhawar farashin aiki, bunkasa ka'idojin tsaron abinci, da kuma bambance bukatun masu amfani. A matsayin manyan kayan aiki don inganta kayan aiki ta atomatik, robots masu aiki uku-axis suna sake fasalin tsarin samarwa ta hanyar kirkire-kirkire na fasaha. Daga tarin madaurin filastik mai sauri zuwa daidaitaccen rarraba kwalba, daga ingantaccen tattara kwantena na abinci mai sauri zuwa sarrafa matakin micron na tsarin cikewa, aikace-aikacen su yana ci gaba da faɗaɗawa, yana zama muhimmiyar alaƙa tsakanin babban samarwa da buƙatun sassauci.

Mafita Masu Sauƙi Don Bukatu Masu Tauri: Babban Darajar Fasahar Servo Mai Axis Uku

Halaye na musamman na masana'antar abinci da abin sha suna sanya buƙatu masu tsauri ga kayan aikin sarrafa kansa - dole ne ya cika ƙa'idodin tsafta masu tsauri kamar na FDA da EU 10/2011, ya jure buƙatun canjin samarwa mai yawa, mai ƙarancin tsari, kuma ya kiyaye daidaiton motsi na matakin millisecond. Robot ɗin servo mai axis uku, tare da tsarin fasaha na musamman, ya cika waɗannan buƙatun. Tsarin tsarinsa yana amfani da bakin karfe mai inganci na abinci tare da ƙarewa mai santsi, kuma duk tsarin waƙa an ba da takardar shaida ga ƙa'idodin tsabta na masana'antar abinci ta Turai. Misali, tsarin waƙa na SC 130 wanda Rollon Group ya keɓance don layin samarwa na Coca-Cola ba wai kawai yana jure tsaftacewa akai-akai da kashe ƙwayoyin cuta ba, har ma yana kiyaye aiki na dogon lokaci a cikin yanayi mai danshi.

Inganta inganci shine mafi mahimmancin ra'ayi game da robot mai hawa uku. Robot mai hawa uku na SW66 wanda SWEIKE ta ƙirƙira an tsara shi ne don samfuran sirara kamar kwantena na abinci mai sauri. Tsarinsa mai hannu biyu yana ba da damar yin allurar gaba ɗaya, cirewa, da kuma tattara kwantena na abinci mai sauri guda huɗu cikin daƙiƙa 2.8-3.5, yana inganta inganci da sama da 300% idan aka kwatanta da ayyukan hannu na gargajiya. Abin da ya fi ban sha'awa shine "mafita 1-out, 32-rikelled cikakke ta atomatik." Ta amfani da tsarin tattara hannun roba mai hawa biyu, mai hawa 32, wannan mafita yana ba da damar samar da hannun roba mara matuki, ci gaba daga ƙera allura zuwa marufi, yana kawar da cikas ga inganci wajen samar da kayan haɗin marufi don ganga mai da kwalaben abin sha. Wannan inganci yana da matuƙar muhimmanci a tsarin cike abin sha. YAMAHA mai hawa uku Gwangwanin Robot Daidai sarrafa kwalaben da dama a minti daya, kuma saurin amsawar tsarin servo drive ɗinsa yana tabbatar da aiki mai sauri na layin samarwa.

Wannan daidaitaccen ikon sarrafawa yana sake bayyana ma'aunin daidaito a sarrafa abinci. A cikin layin gwangwani na abin sha, tsarin servo mai axis uku wanda Mitsubishi FX5U PLC ke sarrafawa zai iya daidaita motsi na kwance na X-axis, ɗaga Y-axis, da daidaitawar kusurwar Z-axis cikin daƙiƙa 2, tare da sarrafa kurakuran matsayi cikin ±0.1mm. Wannan daidaiton sarrafa submillimeter yana ba da fa'idodi na musamman a cikin rarraba abinci. An haɗa shi da fasahar gane gani, Yamaha Hannun Robots na iya rarraba abinci daidai bisa ga halaye kamar siffa, launi, da girma, suna sanya samfuran takamaiman bayanai daban-daban a kan hanyoyin da aka riga aka tsara, wanda ke ba da damar sabbin damar yin aiki mai kyau.

Sauƙin daidaitawa shine babban fa'idar gasa ta robot masu aiki da axis uku wajen mayar da martani ga canje-canjen kasuwa. Ba kamar tsayayyun hanyoyin kayan aiki na gargajiya na atomatik ba, tsarin servo na zamani mai aiki da axis uku yana amfani da ƙira mai tsari wanda ke ba da damar sauya sigogin samarwa cikin sauri, biyan buƙatun samarwa na samfura iri-iri, daga kofunan shayin madara zuwa akwatunan abinci masu sauri, da kuma daga kwalaben abin sha zuwa marufi na abinci. Dongguan Guangwei Digital Technology Co., Ltd. yana ba da ɗaruruwan samfuran robot, wanda ya sami nasarar ba da damar samar da sassauƙa a cikin yanayi daban-daban ga manyan abokan ciniki kamar Yibao da Yihe International. Samfura na musamman, kamar robot ɗin servo na Bullhead da robot na musamman mai ƙarancin girma, suna magance ƙuntatawa a sarari a cikin bita na samar da abinci.

Tsarin Kirkire-kirkire na Haɗuwar Fasaha: Juyin Halittar Robotics na Servo-axis Uku

Lokacin da algorithms na hangen nesa na na'ura suka dace da daidaitaccen sarrafa servo, sarrafa abinci da abin sha yana fuskantar canji mai sauƙi. Robots masu servo masu axis uku ba su zama masu sauƙin kunnawa ba, amma sun rikide zuwa raka'o'i masu hankali waɗanda ke haɗa fahimta, yanke shawara, da sarrafawa. Dandalin Gwaji na Vision-Robotics wanda Hefei Zhongke Shengu Technology ta ƙaddamar ya nuna wannan yanayin. Ta hanyar amfani da ɗakin karatu na OpenCV algorithm don gane launi, cire fasalin siffofi, da gano kusurwar FAST, tare da fasahar gano abu na YOLOv5, hannun robotic mai axis uku zai iya gano kayan abinci ta hanyar kansa a cikin nau'ikan marufi daban-daban kuma ya canza daidaitattun pixel zuwa daidaitattun duniya daidai. Wannan samfurin haɗin gwiwa na "ido + hannu" ya nuna ƙarfinsa a aikace. Ta hanyar amfani da wannan fasaha, hannun robotic na Yamaha ya sami ci gaba mai wayo a cikin rarraba abinci, yana rage ƙimar ganowa da aka rasa idan aka kwatanta da duba da hannu daga 3% zuwa ƙasa da 0.1%.

Nasarorin da aka samu a fasahar sarrafa haɗin gwiwa mai sassa da yawa suna ba da damar daidaita ayyuka masu rikitarwa. A cikin layin samar da cikewar abin sha, PLC tana sarrafa sigogin motsi na kowane axis daidai ta hanyar haɗa umarnin sanyawa cikakke na DRVA tare da umarnin sanyawa na DRVI. Axis na X yana cimma matsaya 300mm a mita 5kHz, axis na Y yana cimma ɗagawa 100mm da raguwa a mita 2kHz, kuma axis na Z yana cimma juyawa 90° ta amfani da daidaitawar faɗin bugun jini. Kuskuren lokaci na waɗannan motsi uku ana kiyaye su cikin 10ms. Ta hanyar inganta saitunan hanzari da rage gudu na S-curve da umarnin haɗa hanyoyin haɗin gwiwa, injiniyoyin da ke ba da umarni ba wai kawai sun kawar da feshewar abu da tasirin injiniya ya haifar ba, har ma sun rage lokacin zagaye ɗaya zuwa 60% na kayan aiki na al'ada. Wannan daidaitaccen daidaito yana da mahimmanci musamman a cikin samar da kwantena na abinci mai sauri. Jerin robot na SWECO, ta hanyar ingantattun sigogin motsi don hannayensu masu sassa biyu, sun sami nasarar magance matsalar masana'antar na samfuran sirara masu fuskantar lalacewar nakasa.

Kirkirar ƙira mai tsafta ta zama wani sabon abu da aka mayar da hankali a kai a fagen fasaha. Domin biyan buƙatun masana'antar abinci, sabuwar ƙarni na robot servo masu sassa uku sun sami ci gaba mai zurfi a fannin zaɓin kayan aiki da ƙirar tsari. Hannun robot na Yamaha suna amfani da kayan abinci masu inganci tare da ƙaiƙayin saman da aka sarrafa zuwa ƙasa da Ra0.8μm. Tsarin su mai sauƙi, ba tare da tabo ba, yana ba su damar jure wa ruwan zafi mai zafi 85°C da hanyoyin tsaftacewa na CIP (CIP). Tsarin hanya na E-SMART 100 wanda ROLLON ya keɓance don Coca-Cola yana da ƙira mai cikakken tsari, yana rage haɗarin zubar mai. Tsarin rufewa na musamman yana tabbatar da aminci na dogon lokaci duk da zagayowar tsaftacewa sau uku a rana. Waɗannan sabbin abubuwa suna ba wa hannayen robot damar bin ƙa'idodi masu tsauri kamar FDA 21 CFR Part 177 da EU 10/2011, suna ba da shinge na fasaha ga amincin abinci.

Hanyoyin buɗe tushen bayanai da kuma daidaita hanyoyin sadarwa na rage shingen shiga don karɓar fasaha. Tushen bayanai na Zhongke Shengu robot mai haɗin gwiwa mai axis uku Dandalin yana ba da kayan aikin haɓakawa masu cikakken tsari, daga kwaikwayon kinematic zuwa ainihin sarrafawa. Masu haɗakarsa da masu sarrafawa waɗanda aka haɓaka da kansu suna tallafawa ci gaba mai zurfi, yana bawa masu haɓakawa damar gina aikace-aikacen kamawa ta hanyar amfani da tsarin ROS cikin sauri. Wannan yanayin halitta mai buɗewa yana hanzarta maimaita fasaha. Siweike, ta amfani da tsarin gine-ginensa na zamani, ta hanzarta amfani da hanyoyin tattara madaukai daban-daban akan injunan ƙera allurar tan 400-650. Ga kamfanonin abinci, daidaitawa ba wai kawai yana rage farashin maye gurbin kayan aiki ba har ma yana nufin layukan samarwa na iya canzawa daga kofunan shayin madara zuwa akwatunan abinci masu sauri cikin ƙasa da awa ɗaya. Wannan sassauci shine mabuɗin magance bambancin masu amfani.

Hanyar Aiwatarwa ta Masana'antar Nan Gaba: Daga Ƙirƙirar Fasaha zuwa Sake Gina Daraja

Haɓaka atomatik a masana'antar abinci da abin sha ba wai kawai maye gurbin kayan aiki ba ne, amma cikakken sake fasalin tsarin samarwa. Ana ƙara amfani da robot masu aiki da injinan servo guda uku, babban injin wannan sauyi, a kan hanyar "aiwatar da injina guda ɗaya - haɗin gwiwar layin samarwa - bayanan masana'antu." Da farko, kamfanoni suna samun ci gaba mai inganci ta hanyar ci gaba mai maki ɗaya. Misali, maye gurbin haɗa hannu da tsarin tattara hannun Siweike ta atomatik zai iya rage farashin aiki da kashi 80% da kuma ƙara ingancin samarwa zuwa guda 30,000 a kowace awa. Lokacin da layukan samarwa suka isa matakin haɗin gwiwa, ana haɗa robot masu aiki da yawa masu aiki da tsarin PLC da MES don samar da tsari mai daidaituwa daga sarrafa kayan aiki zuwa marufi na samfuran da aka gama. Wannan haɗin gwiwar ya taimaka wa layukan samarwa na Coca-Cola ƙara yawan ingancin kayan aikinsu (OEE) daga kashi 65% zuwa 89%.

Kula da hasashen bayanai da bayanai ke haifarwa ya zama sabon fa'ida ga gasa. Tare da shigar fasahar IoT, tsarin servo na zamani mai matakai uku yanzu yana da cikakkiyar damar wayar da kan jama'a game da yanayi - kimanta lafiyar kayan aiki a ainihin lokaci ta hanyar sa ido kan bugun jini, nazarin kwararar wutar lantarki ta mota, da kuma siyan sautin girgiza. A cikin layukan cike abin sha, injiniyoyi suna lura da canje-canjen ƙimar bugun jini na X-axis ta amfani da rajistar D8340, wanda ke ba da damar hasashen matsalolin lalacewa na injiniya kwanaki uku a gaba. Wannan samfurin gyaran hasashen yana canza "gyaran lalacewa" na gargajiya zuwa "gyaran rigakafi da aka tsara," yana rage lokacin hutun da ba a shirya ba akan layukan samarwa da sama da 70%. Yamaha ta faɗaɗa wannan ra'ayi zuwa ga sarrafa makamashi. Tsarin servo ɗinta yana amfani da ƙa'idar wutar lantarki mai ƙarfi don rage yawan amfani da makamashi a kowace naúra da kashi 15-20%, yana ba da tallafin fasaha ga manufofin kamfanonin abinci na tsaka tsaki na carbon.

Haɗin gwiwar ɗan adam da robot yana sake fasalta tsarin samar da kayayyaki a kan dandamali. Ba kamar ayyukan robot na masana'antu na gargajiya ba, sabuwar ƙarni na robot masu haɗin gwiwa uku suna amfani da martanin ƙarfi da fasahar sa ido kan aminci don ba da damar haɗin gwiwa kusa da masu aiki da ɗan adam. A tashoshin rarraba abinci, hannayen robot suna kula da ayyukan sarrafawa akai-akai, yayin da ma'aikata ke mai da hankali kan dubawa mai inganci da sarrafa keɓancewa. Wannan haɗin gwiwa yana ƙara yawan fitarwa ga kowane mutum da kashi 50% yayin da yake rage ƙarfin aiki. Dandalin gwaji a Hefei Zhongke Shengu ya nuna yuwuwar wannan samfurin. Fasahar daidaita ido da hannu tana tabbatar da daidaiton matsayin robot a cikin mahalli na ɗan adam da robot, yayin da algorithms na sarrafa tushen buɗewa ke ba kamfanoni damar inganta rabon aiki na ɗan adam da robot bisa ga ainihin buƙatu. Ga kamfanonin abinci, wannan samfurin haɗin gwiwa mai sassauƙa ya dace musamman ga yanayin samarwa tare da manyan canje-canje na yanayi.

Idan aka yi la'akari da gaba, ƙirar da za ta ci gaba da dorewa za ta zama babbar fa'idar gasa ta hannun robot mai hawa uku. Yayin da ra'ayoyin ESG suka zama ruwan dare a masana'antar kera kayayyaki, kayan aiki ba wai kawai dole ne su cika buƙatun samarwa ba, har ma su bi ƙa'idodin muhalli. Manyan kamfanoni suna ƙirƙira sabbin abubuwa a fannin zaɓin kayan aiki, amfani da makamashi, da kuma kula da zagayowar rayuwa. Waɗannan sun haɗa da amfani da ƙarfe mai bakin ƙarfe da aka sake yin amfani da shi don tsarin injiniya, sake amfani da makamashin birki ta hanyar fasahar dawo da makamashin servo motor, da kuma tsara gine-gine masu sassauƙa, waɗanda aka wargaza don sake amfani da su daga baya. Waɗannan sabbin abubuwa sun rage sawun carbon na kayan aiki da sama da kashi 30% a duk tsawon zagayowar rayuwarsa. Rahoton QYResearch ya nuna cewa kayan aikin sarrafa kansa mai dorewa yana samun karɓuwa a tsakanin kamfanonin abinci, tare da ƙimar haɓakar kasuwa da maki 2-3 cikin ɗari fiye da na kayan aikin gargajiya.

Kammalawa: Fasahar Daidaita Daidaito da Sauƙi

A tsakiyar guguwar sarrafa kansa a masana'antar abinci da abin sha, akwai sassa uku robots ɗin servo suna sake fasalin sarkar darajar samarwa tare da fa'idodin fasaha na musamman. Daga ingantaccen aiki na tsarin sarrafa kansa na Siweike mai ramuka 32, zuwa ainihin gano tsarin rarraba gani na Yamaha, zuwa haɗin gwiwar layin samar da Coca-Cola, waɗannan ayyukan kirkire-kirkire suna bayyana babban ƙa'ida: babban burin sarrafa abinci ba shine maye gurbin mutane da injuna ba, amma don cimma daidaiton inganci, aminci, da sassauci ta hanyar ƙarfafa fasaha.