1. Aikace-aikace akan radar sadarwa ta radom
Radome tsari ne mai aiki wanda ke haɗa aikin lantarki, ƙarfin tsari, tauri, siffar iska da buƙatun aiki na musamman. Babban aikinsa shine inganta siffar jirgin sama, kare tsarin eriya daga muhallin waje, da kuma faɗaɗa tsarin gaba ɗaya. Rayuwa, kare daidaiton saman eriya da matsayinta. Kayan masana'antu na gargajiya galibi faranti ne na ƙarfe da faranti na aluminum, waɗanda ke da gazawa da yawa, kamar babban inganci, ƙarancin juriya ga tsatsa, fasahar sarrafawa guda ɗaya, da rashin iya samar da kayayyaki masu siffofi masu rikitarwa. Aikace-aikacen ya kasance ƙarƙashin ƙuntatawa da yawa, kuma adadin aikace-aikacen yana raguwa. A matsayin kayan aiki mai kyakkyawan aiki, ana iya kammala kayan FRP ta hanyar ƙara abubuwan cikawa masu sarrafawa idan ana buƙatar ƙarfin lantarki. Ana iya kammala ƙarfin tsarin ta hanyar ƙirƙirar masu tauri da canza kauri a gida bisa ga buƙatun ƙarfi. Ana iya yin siffar zuwa siffofi daban-daban bisa ga buƙatu, kuma yana da juriya ga tsatsa, Ana iya kammala shi ta hanyar shimfiɗa hannu, autoclave, RTM da sauran hanyoyin don tabbatar da cewa radome ya cika buƙatun aiki da rayuwar sabis.
2. Aikace-aikacen a cikin eriya ta hannu don sadarwa
A cikin 'yan shekarun nan, saurin ci gaban sadarwa ta wayar hannu ya haifar da ƙaruwa sosai a yawan eriya ta wayar hannu. Adadin radome da ake amfani da shi azaman kayan kariya ga eriya ta wayar hannu shi ma ya ƙaru sosai. Kayan radome na wayar hannu dole ne ya kasance yana da ƙarfin radome, aikin hana tsufa a waje, aikin juriyar iska, da daidaiton tsari, da sauransu. Bugu da ƙari, dole ne tsawon rayuwarsa ya isa, in ba haka ba zai kawo ƙarin matsala ga shigarwa da kulawa, kuma ya ƙara farashi. Radome na wayar hannu da aka samar a baya galibi yana amfani da kayan PVC, amma wannan kayan ba shi da juriya ga tsufa, yana da ƙarancin juriyar ɗaukar iska, gajeren lokacin sabis, da ƙarancin amfani. Kayan filastik da aka ƙarfafa da zare na gilashi yana da kyakkyawan ƙarfin radome, ƙarfin hana tsufa a waje, kyakkyawan juriyar iska, kyakkyawan daidaiton tsari wanda tsarin samar da pultrusion ya samar, da kuma tsawon lokacin sabis na sama da shekaru 20. Ya cika dukkan buƙatun radomes na wayar hannu. Ya maye gurbinsa a hankali PVC Plastic ya zama zaɓi na farko ga radomes na wayar hannu. Radomes na wayar hannu a Turai, Amurka da sauran ƙasashe sun haramta amfani da radomes na filastik na PVC, kuma duk suna amfani da radomes na filastik da aka ƙarfafa da zaren gilashi. Tare da ƙarin inganta buƙatun ƙasata na kayan radome na wayar hannu, saurin yin radomes na wayar hannu da aka yi da kayan filastik da aka ƙarfafa da zaren gilashi maimakon filastik na PVC yana ƙara ƙaruwa.
3. Aikace-aikace a cikin eriya mai karɓar tauraron ɗan adam
Eriya mai karɓar tauraron ɗan adam ita ce babbar kayan aikin tashar ƙasa ta tauraron ɗan adam, tana da alaƙa kai tsaye da ingancin siginar karɓar tauraron ɗan adam da kuma kwanciyar hankalin tsarin. Abubuwan da ake buƙata don eriya ta tauraron ɗan adam sune nauyi mai sauƙi, juriyar iska mai ƙarfi, hana tsufa, daidaito mai girma, babu nakasa, tsawon rai, juriyar tsatsa, da kuma saman haske mai kyau. Kayan samarwa na gargajiya galibi faranti na ƙarfe da faranti na aluminum ne, waɗanda ake yi ta hanyar fasahar buga tambari. Kauri gabaɗaya siriri ne, ba mai jure tsatsa ba, kuma yana da ɗan gajeren rai na sabis, gabaɗaya shekaru 3 zuwa 5 ne kawai, kuma iyakokin amfaninsa suna ƙaruwa da girma. Yana ɗaukar kayan FRP kuma ana samar da shi daidai da tsarin ƙera SMC. Yana da kyakkyawan kwanciyar hankali, nauyi mai sauƙi, hana tsufa, kyakkyawan daidaiton rukuni, juriyar iska mai ƙarfi, kuma ana iya tsara shi bisa ga buƙatu daban-daban don ƙara ƙarfi. Rayuwar sabis ɗin ta fi shekaru 20. , Ana iya tsara shi don sanya raga na ƙarfe da sauran kayan don cimma aikin karɓar tauraron ɗan adam, da kuma cika cikakken buƙatun amfani dangane da aiki da fasaha. Yanzu an yi amfani da eriya ta tauraron dan adam ta SMC da yawa, tasirin yana da kyau sosai, babu kulawa a waje, tasirin karɓar yana da kyau, kuma damar amfani da shi ma yana da kyau sosai.
4. Aikace-aikace a cikin eriyar jirgin ƙasa
Jirgin ƙasa ya yi ƙarin gudu na shida. Saurin jirgin ƙasa yana ƙara sauri da sauri, kuma dole ne watsa siginar ta kasance mai sauri da daidaito. Ana yin watsa siginar ta hanyar eriya, don haka tasirin radome akan watsa siginar yana da alaƙa kai tsaye da watsa bayanai. An daɗe ana amfani da radome na eriya na jirgin ƙasa na FRP. Bugu da ƙari, ba za a iya kafa tashoshin sadarwa na wayar hannu a teku ba, don haka ba za a iya amfani da kayan aikin sadarwa na wayar hannu ba. Radome na eriya dole ne ya jure wa lalacewar yanayin teku na dogon lokaci. Kayan yau da kullun ba za su iya biyan buƙatun ba. An nuna halayen aiki sosai a wannan lokacin.
5. Aikace-aikace a cikin kebul na fiber optic da aka ƙarfafa
Tsarin ƙarfafa fiber mai suna Aramid fiber (KFRP) wani sabon nau'in babban aikin fiber mai ƙarfi wanda ba ƙarfe ba ne, wanda ake amfani da shi sosai a cikin hanyoyin sadarwa. Samfurin yana da halaye masu zuwa:
1. Mai sauƙi da ƙarfi: Kebul ɗin gani mai ƙarfi na aramid yana da ƙarancin yawa da ƙarfi mai yawa, kuma ƙarfinsa ko modulus ɗinsa ya fi na waya ta ƙarfe da kebul mai ƙarfi na gilashi;
2. Ƙarancin faɗaɗawa: Kebul ɗin da aka ƙarfafa da aka ƙarfafa da zare na aramid yana da ƙarancin ƙima na faɗaɗawa fiye da kebul na ƙarfe da kuma kebul na gilashi da aka ƙarfafa da zare na gani a cikin kewayon zafin jiki mai faɗi;
3. Juriyar Tasiri da Juriyar Karyewa: Tsarin ƙarfafa fiber optic fiber mai ƙarfafa fiber optic ba wai kawai yana da ƙarfin juriya mai yawa ba (≥1700Mpa), har ma da juriyar tasiri da juriyar karyewa. Ko da a yanayin karyewa, har yanzu yana iya riƙe ƙarfin juriya na kusan 1300Mpa ；
4. Kyakkyawan sassauci: Kebul ɗin fiber mai ƙarfafawa na aramid yana da laushi da laushi kuma yana da sauƙin lanƙwasawa, kuma ƙaramin diamita na lanƙwasawa shine sau 24 kawai diamita;
5. Kebul ɗin gani na cikin gida yana da tsari mai ƙanƙanta, kyakkyawan kamanni, da kuma kyakkyawan aikin lanƙwasawa, wanda ya dace musamman don wayoyi a cikin mahalli masu rikitarwa na cikin gida.
Lokacin Saƙo: Yuni-22-2021
