Tsarin matakin kulle ringi mai dorewa yana tabbatar da ayyuka masu aminci da aminci
Taimakon triangular na ƙulle kulle zobe wani yanki ne da aka dakatar da shi na tsarin, yana nuna ƙirar tsarin triangular don ba da goyan baya tsayayye. Ya kasu kashi biyu nau'in kayan abu: bututu masu ɗorewa da bututun rectangular, don biyan bukatun ayyuka daban-daban. An ƙirƙira wannan ɓangaren musamman don yanayin ginin cantilever kuma yana samun ingantaccen cantilever ta tushen jack U-head ko giciye. Ƙaƙƙarfan ƙaƙƙarfan triangular ya faɗaɗa iyakar aikace-aikace na ƙulla makullin zobe kuma ya dace da wuraren gine-gine daban-daban tare da yanayin aiki na musamman.
Girman kamar haka
| Abu | Girman gama gari (mm) L | Diamita (mm) | Musamman |
| Bracket Triangle | L=650mm | 48.3mm | Ee |
| L=690mm | 48.3mm | Ee | |
| L=730mm | 48.3mm | Ee | |
| L=830mm | 48.3mm | Ee | |
| L=1090mm | 48.3mm | Ee |
abũbuwan amfãni
1. Mahimman faɗaɗa iyawa da sararin aiki
Watsewa ta hanyar iyakoki: Yana ba da damar ƙetare shinge (kamar belin, canopies, bishiyoyi, da gefuna na gine-ginen ƙasa) ko kuma miƙe sama da waje daga kunkuntar sansanoni, magance matsalar rashin iya saita ɓangarorin gargajiya a tsaye a cikin hadaddun ko wuraren gine-gine.
yana ba da damar ƙirƙirar dandamali na aikin cantilevered kai tsaye, ba tare da buƙatar kafa cikakken zauren tallafi daga ƙasa ba. Ya dace musamman ga al'amuran kamar ginin bango na waje na gine-gine da ginin gada.
2. Ingantaccen tsari da rarraba karfi mai ma'ana
Tsarin kwanciyar hankali na Triangular: Yana da cikakken amfani da kwanciyar hankali na geometric na alwatika, yadda ya kamata yana canza nauyin da dandamalin cantilever ke watsawa zuwa ƙarfin axial kuma yana watsa shi zuwa babban firam ɗin ta hanyar abubuwan haɗin gwiwa. Tsarin yana da ƙarfi, tare da juriya mai ƙarfi ga jujjuyawa da lalacewa.
Amintacce kuma abin dogaro: Tsarin injinan kimiyya yana tabbatar da aminci da kwanciyar hankali a ƙarƙashin ƙima mai nauyi, yana ba da garanti mai dogaro ga ayyukan cantilever mai tsayi.
3. M shigarwa da kuma karfi daidaitacce
Hanyoyin haɗi da yawa: Za'a iya daidaita tsayin daka ta hanyar tushen jack U-head don tabbatar da matakin kwance na ɓangaren cantilever, kuma ana iya haɗa shi da sassauƙa tare da sauran daidaitattun abubuwan kulle zobe (kamar giciye, sandunan diagonal), tare da babban matakin haɗin kai.
Zane na Modular: A matsayin daidaitaccen bangaren, shigarwa da rarrabuwar su suna da sauƙi da inganci kamar na tsarin kulle zobe, kuma ana iya ƙara shi da sauri a wuri ɗaya ko fiye bisa ga buƙatun injiniya.
4. Zaɓuɓɓukan kayan daban-daban suna samuwa, waɗanda suke da tattalin arziki da amfani
Zaɓuɓɓukan abu biyu:
Sarrafa ƙwanƙwasa: Daidaita tare da babban kayan firam, daidaituwa mai ƙarfi, da ingantaccen farashi.
Bututu Rectangular: Gabaɗaya, yana da ƙarfin lanƙwasawa da tsauri, kuma ya dace da yanayin aiki mai nauyi tare da buƙatun ɗaukar nauyi da manyan ƙwanƙolin cantilever.
Zaɓin da ake buƙata: Masu amfani za su iya zaɓar nau'in da ya fi dacewa bisa ƙayyadaddun kasafin aikin su da buƙatun ɗaukar kaya don cimma ingantacciyar tsari na farashi da aiki.
5. Haɓaka gabaɗayan duniya na tsarin sikeli
Na musamman a cikin ɗaya kuma mai yawa a cikin da yawa" : Ƙaƙwalwar triangular tana ba da daidaitaccen tsarin kulle zobe tare da aikin ƙwararru na "cantilever, haɓaka shi daga tsarin tallafi na gaba ɗaya zuwa cikakkiyar bayani mai iya sarrafa yanayin aiki na musamman.
Yanayin aikace-aikacen sun ninka ninki biyu: Kamar yadda ka ambata, daidai ne saboda ƙaƙƙarfan ƙaƙƙarfan nau'i-nau'i ne aka yi amfani da shingen kulle zobe a cikin ƙarin wuraren aikin injiniya (kamar gine-gine na yau da kullum, ayyukan gyare-gyare, kula da kayan aiki, da dai sauransu), yana ƙara haɓaka kasuwa ga kasuwa na wannan tsarin.
FAQS
1. Tambaya: Menene ma'auni na triangular a cikin kullun kulle zobe? Menene aikinsa?
Amsa: Ƙaƙƙarfan ɓangarorin uku, wanda a hukumance aka sani da cantilever, nau'in sassa ne na dakatarwa a cikin tsarin sikelin kulle zobe. Saboda tsarin sa na triangular, an fi saninsa da maƙalar triangular. Babban aikinsa shi ne samar da goyan bayan cantilever don ƙwanƙwasa, yana ba shi damar ƙetare cikas, faɗaɗa wurin aiki ko kuma a kafa shi a wuraren da ba shi da daɗi don kafa goyan baya kai tsaye, yana faɗaɗa iyakokin aikace-aikacen ƙulla zobe.
2. Tambaya: Menene manyan nau'ikan tripods?
Amsa: Tripods an rarraba su zuwa nau'i biyu dangane da kayan aikin su:
Tallafin ƙwanƙwasa bututu mai triangular: An yi shi da bututun ƙarfe iri ɗaya kamar babban jikin sikirin, yana da ƙarfi mai ƙarfi kuma yana dacewa don haɗawa.
Tafiyar bututu Rectangular: An yi shi da bututun ƙarfe na rectangular, tsarinsa na iya samun takamaiman fa'idodi dangane da juriya na lankwasawa da juriya na torsional.
3. Tambaya: Shin duk ayyukan da aka yi amfani da su suna buƙatar yin amfani da kullun triangular?
Amsa: A'a. Tallafin uku ba daidaitattun kayan aiki bane akan kowane wurin gini. Ana amfani da shi ne kawai lokacin da ake buƙatar tsarin katako ko katako, kamar lokacin da bangon waje na gine-gine ya yi kwangila a ciki, lokacin da ya zama dole don ketare shingen ƙasa, ko kuma lokacin da ake gina wuraren aiki a ƙarƙashin eaves da sauran yanayin aiki na musamman.
4. Tambaya: Yaya aka shigar da kuma gyarawa tripod?
Amsa: Tripods yawanci ba a shigar da kansu ba. Gabaɗaya an haɗa shi da babban katako na katako ta hanyar haɗin haɗin da ke samansa. Hanyoyin gyare-gyare na gama gari sun haɗa da amfani da tushe jack U-head (daidaitacce a tsayi don daidaitawa mai sauƙi) ko wasu abubuwan haɗin haɗin kai don cimma nasarar fitar da cantilever, tabbatar da kwanciyar hankali da ƙarfin ɗaukar kaya.
5. Tambaya: Menene amfanin yin amfani da tripod?
Babban fa'idar yin amfani da ɓangarorin triangular shine yana haɓaka daidaitawa da sassaucin tsarin ɓangarorin makullin zobe. Yana ba da damar ƙaddamarwa don jimre wa hadaddun tsarin gine-gine da wuraren aiki ba tare da buƙatar fara gina gine-gine daga ƙasa ba, don haka ceton sararin samaniya da kayan aiki, magance matsalolin gine-gine a wasu ayyuka na musamman, da kuma ba da damar yin amfani da ƙuƙwalwar ƙuƙwalwar zobe a cikin aminci da inganci a cikin ƙarin wuraren aikin injiniya.
