Frame
Ƙirƙirar tsari bisa misali na ƙaramin allo da ake yi.Sayi guda 4 na karfe 4 * 4 da karfe 4 na karfe 2 * 2 (tsawon mita 6) daga kasuwa.Da farko, yi amfani da karfe 4 * 4 murabba'in don yin firam mai siffar T (wanda za'a iya daidaita shi gwargwadon halin ku).Girman babban firam ɗin shine 4850mm * 1970mm, saboda girman da ke cikin ƙaramin firam ɗin girman allo ne, kuma murabba'in karfe 40mm, don haka girman wannan shine girman.
Lokacin waldawa, gwada amfani da mai mulkin kusurwar karfe don walda a kusurwar digiri 90.Wannan matsakaicin girman ba shi da mahimmanci.Bayan an kammala T-frame, fara walda ƙaramin karfe mai murabba'in a kai.A ciki girma na kananan square karfe ne 4810mm * 1930mm.Ana yanke gefuna da sassan tsakiya zuwa ƙananan ƙananan ta amfani da ragowar 4 * 4 karfe da kuma walda tare da murabba'in bakin karfe.
Bayan an gama ƙaramar firam ɗin, fara walda igiyar baya, auna guda biyu na farko tare da faranti, nemo girman, sa'an nan kuma sake walda ƙasa.Faɗin baya yana da 40mm kuma tsayinsa kusan 1980mm, muddin za a iya haɗa ƙarshen biyu tare.Bayan an gama waldawa, za a iya shigar da firam ɗin a harabar gida (bisa ga baya).Yi ƙugiya na ƙarfe na kusurwa biyu a saman bangon.
Shigar da wutar lantarki, katin sarrafawa, da samfuri
Bayan rataye rataye, bar rata na kusan 10mm a kusa da shi, saboda ba za a iya sanya allon cikin gida a cikin akwatin akwatin tare da fan.Kawai dogara ga wannan tazarar mm 10 don samun iska.
Lokacin shigar datushen wutan lantarki, da farko haɗa igiyoyin wutar lantarki guda biyu da aka gama, kuma tabbatar da cewa ana kiyaye fitarwar 5V, in ba haka ba zai ƙone kebul na wutar lantarki, module, da katin sarrafawa.
Kowace igiyar wutar lantarki da aka gama tana da mahaɗa biyu, don haka kowace igiyar wutar za ta iya ɗaukar na'urori huɗu.Sannan, yi haɗin 220V tsakanin hanyoyin wutar lantarki.Muddin aka yi amfani da mitoci 2.5 na lallausan waya ta tagulla don haɗa kowane jeri tare, kowane saitin igiyoyin wutar lantarki 220V za a haɗa su zuwa tashar da'ira ta buɗe na majalisar rarraba.
Kebul daga dakin rarraba zuwaLED nuni majalisardole ne a shirya kafin shigarwar allon.Bayan kun kunna wuta, shigar da katin sarrafawa.Katin sarrafawa da ake amfani dashi anan yana aiki tarekarbar katin.Tsarin tsarin samar da wutar lantarki duka da katin sarrafawa, da kuma allon nunin LED, suna da nunin wutar lantarki da tsarin wayoyi daga masana'anta.Muddin ka tsaya tsayin daka zuwa zanen wayoyi, ba za a sami kurakurai ba.Gabaɗaya, injiniyoyi kuma suna iya ƙididdige hanyar fitarwa bisa adadin kayan wuta da katunan.
Katin karba da mahaɗin module
Anan, kowane kati yana da jeri uku na kayayyaki, jimlar alluna 36.Shigar da kati kowane layuka uku kuma kunna shi tare da 5V daga tushen wuta mafi kusa.Lura cewa waɗannan katunan guda biyar suna haɗe ta amfani da igiyoyin Ethernet, kuma tashar hanyar sadarwa kusa da mai haɗin wutar lantarki ita ce tashar shigarwa.
Katin farko a hannun dama kuma shine babban katin.Haɗa shigarwar zuwa katin sadarwar gigabit na kwamfutar, sannan haɗa tashar tashar fitarwa zuwa tashar shigarwar katin na biyu, sannan haɗa tashar fitarwa ta katin na biyu zuwa tashar shigar da katin na uku.Wannan yana ci gaba har zuwa kati na biyar, kuma haɗa shigarwar zuwa fitarwar katin na huɗu.Fitowar babu komai.
Kafin shigar da tsarin, ya zama dole a yi amfani da bakin karfe na bakin karfe, wanda shine kawai don kare lafiyar jiki kuma yana buƙatar sashin shigarwa.Na tambayi wani maigidan da ya kera bakin karfe ya auna girman, kuma na kiyasta cewa bayan an auna tsarin karfen, an kara girmansa da 5mm.Ta wannan hanyar, za a iya toshe bakin bakin karfe, yin shigarwa cikin sauƙi.
Sanya kayayyaki
Bayan ɗaure bakin bakin karfe, za'a iya buɗe babban samfurin.Ana ba da shawarar shigar da tsarin daga ƙasa zuwa sama, farawa daga tsakiya kuma yana fuskantar bangarorin biyu.Akwai jayayya da yawa game da wannan hanyar shigarwa.Babban manufar shigarwa daga kasa shine don kula da matakan kwance da a tsaye a cikin kewayon sarrafawa na al'ada.Musamman lokacin da yankin allon ya zama mafi girma, yana yiwuwa ya rasa iko.Musamman abin da ake buƙata don ƙananan tazara yana da yawa, kuma wasu gibi ba su cika buƙatun ba, suna buƙatar ƙananan gyare-gyare.
Injiniyoyin da ke da tazarar shigarwa wanda ya yi ƙanƙanta sun san cewa ko da madaidaicin gyare-gyaren sun fito daga kayayyaki ko kwalaye, har yanzu akwai kurakurai.Kuskurewar wayoyi da yawa na iya haifar da rashin daidaituwar dukkan wayoyi.Abu na biyu, shigarwa daga tsakiya zuwa ɓangarorin biyu za a iya raba su zuwa ƙungiyoyi biyu ko ma hudu na mutane don aiki, adana lokacin shigarwa.Ko da akwai matsala na rashin daidaituwar shigarwa, ba zai shafi ci gaban wani rukuni na ma'aikata ba.
Ya zo da kayan aiki.Idan kebul ɗin ribbon ya lalace, sake yanke ta ta danna ƙarshen duka sannan kuma shigar da shirin gyarawa.
Sau da yawa, saboda rashin daidaituwa goyon baya a baya namodule, katin layin yana buƙatar yanke lokacin shigarwa.Lokacin da aka saka kebul ɗin a cikin tsarin, gefen jajayen yana fuskantar sama sannan kibiya akan tsarin kuma tana fuskantar sama.
Idan babu wani nau'i mai alama da kibiya, rubutun da aka buga akan tsarin dole ne ya fuskanci sama.Haɗin kai tsakanin kayayyaki shine haɗin kai tsakanin shigarwar da ke gaban ƙirar da fitarwa a bayan ƙirar da ta gabata.
Daidaitawa
Bayan shigar da katin ƙirar waya huɗu, kunna ikon gwaji.Gyara kowace matsala da sauri, kamar idan kun shigar da saiti na gaba, wannan katin za a sake rubuta shi kuma ba za a iya gwada shi ba.Bugu da ƙari, idan aka ci gaba da shigarwa, ƙila ba za a iya gano matsalolin cikin lokaci ba.Idan kun shigar da duk nau'ikan, gano wuraren matsala, kuma cire samfuran da aka riga aka shigar, aikin zai fi girma.
Akwai maɓallin gwaji akan katin sarrafawa wanda aka kunna.Kuna iya amfani da wannan hanyar don gwadawa da farko.Idan shigarwa ya kasance na al'ada, allon zai nuna ja, kore, blue, jere, filin, da bayanin bayanai a jere, sannan a sake gwada kwamfutar da ke sarrafawa, musamman don gwada ko kebul na cibiyar sadarwa yana sadarwa yadda ya kamata.Idan al'ada, shigar da saiti na gaba har sai an gama shigarwa.
Lokacin aikawa: Maris-04-2024
