Njengoba umnotho uqhubeka uthuthuka, kunesidingo esikhulayo sokwakhiwa kwezindawo ezinkulu njengezitshalo zezimboni, izikwele ezinkulu, izinkundla zemidlalo kanye nezindawo zokupaka. Iningi lalezi zindawo lisebenzisa isisekelo esenziwe ngokhonkolo, bese simbozwa ngamathayela phansi noma ngopende phansi. Ngakho-ke, kuphakanyiswa izidingo eziphezulu zokuthi ungqimba lwesisekelo lube yisicaba.
Indlela yendabuko yokwakha phansi kwekhonkrithi ukulevelisha ngesandla bese kufakwa i-trowel ngomshini we-trowel. Le ndlela idinga umsebenzi omningi, futhi ikhwalithi yenqubo yokwakha ayilawulwa. Idinga ukulungiswa ngesandla izikhathi eziningi, ukulinganisa okuphindaphindiwe nokulungiswa komhlabathi owakhiwayo, futhi ukusebenza kahle akuphezulu.
Ngakho-ke, iShanghai Jiezhou Engineering & Mechanism Co., Ltd. ithuthukisa imishini yokulinganisa ukhonkolo yokwakha ukhonkolo osezingeni eliphezulu, ukuze kuxazululwe izinkinga zokusebenza kahle okuphansi, amandla aphezulu, ukunemba okuphansi kanye nokwakhiwa okuphindaphindiwe ekwakhiweni kokhonkolo.
Ngemva kweminyaka eminingi yocwaningo olunzulu, iShanghai Jiezhou Engineering & Mechanism Co., Ltd. yethule uchungechunge lwemishini yokulinganisa i-laser. Ngezinga elithile, kunciphisa umthwalo womsebenzi kanye nobunzima bomsebenzi wabasebenzi.
Isithombe Sangempela se-Ls-325 Sendawo Yokwakha
Ngohlelo lwayo oluhlukile lwezinga ezimbili lokuguquguquka, umshini ungaqinisekisa ukuthi umshini ungasebenza kahle kukhonkolo eqinisiwe; Ngokusekelwe ohlelweni lokuzulazula lwe-GNSS oluthuthukiswe ngokuzimela, ungabeka ngokuzenzakalelayo indlela yokuhlela ukuleveli futhi ufeze ukwakhiwa kokuleveli okuzenzakalelayo komhlabathi wekhonkolo. Uma kuqhathaniswa nokwakhiwa kwangempela, ukusebenza kahle kwawo kanye nokunemba kuphakeme kakhulu kunokusebenza ngezandla.
Yiziphi izinzuzo zomshini wokulinganisa?
Kusetshenziswa uhlelo lokulawula ukuphakama kwe-laser olunembile kakhulu, oluhlanganisa imisebenzi emithathu yokulinganisa, ukulevelisha kanye nokuqedela ubuso, futhi ukusebenza kahle kuphakeme kunokusebenza ngezandla; Uma kuqhathaniswa nokwakhiwa kwerobhothi ngesandla, irobhothi lokulevelisha linesisindo esilula kanye nosayizi omncane, futhi lingakhiwa phezu kwe-mesh yokuqinisa enezingqimba ezimbili kanye negumbi elincane; Ukunemba kokulevelisha kuphakeme. Ukwakhiwa kwesisekelo kungahlangabezana ngqo nezidingo zokulevelisha/zokuthamba kwengqimba yokulevelisha yekhonkrithi esigabeni sokwakhiwa kwesakhiwo esiyinhloko. Ingakhiwa ngesikhathi esisodwa, ikhishwe ngqo ukwakhiwa kwephansi okulandelayo, isheshise inqubekela phambili futhi yonge izindleko.
Isithombe sangempela sendawo yokwakha i-LS-400
Ngokusho kwethimba le-R & D, ithimba lephrojekthi yomshini wokulinganisa i-laser lenze izibuyekezo eziningi eziphindaphindwayo, futhi ekugcineni lithuthukise ukunemba kokulinganisa komshini kusuka ku-11 mm kuya ngaphansi kuka-3 mm, futhi ukusebenza kahle kuthuthukiswa ngokuhambisanayo izikhathi ezingu-2-3.
Isithombe sangempela sendawo yokwakha i-LS-500
Imikhiqizo yochungechunge lomshini wokulinganisa i-laser ene-DYNAMIC iye yethulwa emakethe iminyaka eyi-10. Ngemva kokuhlolwa kwamakhasimende ayizinkulungwane ezingamashumi emhlabeni jikelele, iye yanconywa kakhulu yiwo wonke umuntu. Ithimba le-R & D le-Shanghai Jiezhou Engineering & Mechanism Co., Ltd. lizoqhubeka nokulwela ukusebenza kahle okuphezulu, amaphutha amancane kanye nemodi yokusebenza ehlakaniphile, futhi lilwele ukunikeza amakhasimende imikhiqizo yemishini esezingeni eliphezulu.
Isikhathi sokuthunyelwe: Agasti-24-2022