Inhliziyo yamarobhothi: I-Charm ye-Isometric and Pitch-Pitch Slides Medus

Isilayidi se-Pitch eguquguqukayoUhlobo lwemishini yemishini engakwazi ukubona ukulungiswa kwesikhundla okuqondile, okusetshenziswa kabanzi ekufezeni imininingwane ngokunemba, umugqa wokukhiqiza ozenzakalelayo kanye nezinye izinkambu. Eminyakeni yamuva nje, ngokuthuthuka okuqhubekayo kwezidingo zomkhakha wezokwakha zokunemba nokusebenza kahle, isidingo semakethe yama-Pitch Slide aguqukayo. Njengamanje, ubuchwepheshe besilayidi esiguqukayo buvuthiwe kakhulu, obunganikeza ukuphathwa kwesikhundla okuphezulu nokusebenza okuzinzile. Ngokuthuthukiswa kwezimboni 4.0 nokukhiqiza i-Smart, ama-slides aguquguqukayo athuthukisa ubuhlakani kanye ne-modularurationalization ukuzivumelanisa nezimo ezinzima zokukhiqiza.

 

Njengengxenye ebalulekile yemboni yanamuhla, ingxenye esemqoka yeRobot - I-Linear Pitch Pitch Slide Mechanism - Inquma ukusebenza kanye nokunemba kwerobhothi.

 

 

Ukuhlukaniswa kwemakethe

 

Ensimini yezimboni ezenzakalelayo, ukusetshenziswa kwamarobhothi sekukhohlisayo. Noma ngabe kungukukhiqiza izimoto, umhlangano we-elekthronikhi, noma ukucubungula kokudla, amakhonkco sekuyinkanyezi yomugqa wokukhiqiza ngokusebenza kwawo okuphezulu nokunemba. Kodwa-ke, ngemuva kwalezi zingalo ze-robotic ezibonakala zilula, kukhona ubuchwepheshe obuyinkimbinkimbi obuyinkimbinkimbi obukhulu obufihliwe obufihliwe. Phakathi kwazo, indlela yokuguquguquka ye-linear-pitch yokuguquguquka kwe-pitch ye- "inhliziyo" yerobhothi, ukusebenza kwayo kunquma ngqo ukusebenza kahle kanye nokunemba kwerobhothi.

 

Isilayidi sokuqala, i-isometric eguquguqukayo yesilayidi: ngokufana ngokuqina nokunemba

 

I-Isometric Slide Mechanism yaziwa ngokuqina kwayo kanye nokunemba emhlabeni wezimboni. Umqondo wokuqamba wale shini yesilayidi ulula kakhulu futhi ucacile, ukuqinisekisa ukuthi ibanga phakathi kweyunithi ngalinye lokunyakaza lifana ncamashi. Lokhu kuvumela irobhothi ukuthi lenze imisebenzi ephindaphindwayo ngezinga eliphakeme lokuvumelana.

 

Isibonelo, emugqeni womhlangano wezinto ze-elekthronikhi, isilayidi se-isometric siqinisekisa ukuthi ingxenye ngayinye ibekwe ngqo lapho kufanele ukuba khona, ngokubekezelela okusezingeni le-micron. Lokhu kuqina akugcini nje ngokuthuthukisa ukusebenza kahle kokukhiqiza, kepha futhi kunciphisa kakhulu isilinganiso sokukhahlela, okuletha imali enkulu yokonga imali ebalulekile ebhizinisini.

 

Okwesibili, isilayidi se-pitch-pitch: umhlanganisi wokuguquguquka

 

Uma kuqhathaniswa netafula le-isometric sliding, ithebula eliguquguqukayo le-slitch libonisa uhlobo oluhlukile lwe-charm. Njengoba igama libonisa, isilayidi se-pitch-pitch sivumela ibanga phakathi kwamayunithi ahlukene okunyakaza ukuze ushintshe, ngaleyo ndlela avumelane nezidingo eziningi ezisebenzayo zokusebenza.

 

Kuzinhlelo ze-Multi-Station Drayivu, amatafula ama-slide aguqukayo enza kube lula ukushintsha phakathi kweziteshi ezahlukene ngaphandle kwezinyathelo ezingeziwe zokulungiswa.

 

Isibonelo, ekuhlolweni kwezimoto eziguqukayo, itafula eliguquguqukayo le-Sliding lingashintshwa ngokushesha ngokuya ngezidingo zokuhlolwa kwe-Workstation Spracessing, zinciphise kakhulu umsebenzi wokuhlola, uthuthukise ukusebenza kahle komsebenzi.

 

Okwesithathu, umhlahlandlela oqondile wesiganguliwe: umphefumulo womngane wetafula elishelelayo

 

Noma ngabe itafula le-isometric noma eliguquguqukayo, ukusebenza kwalo kuncike kakhulu kwikhwalithi yesitimela somhlahlandlela. Igayidi ephezulu ye-High-Precision akusona kuphela isisekelo sokusebenza okubushelelezi kwesilayidi, kepha futhi inquma ukhiye nokunemba kokuma kwe-manipulator.

 

Izinto zokuqondisa eziphakeme kakhulu eziphakeme kakhulu emakethe zifaka insimbi engenasici kanye ne-aluminium alloy, ngalinye linezinzuzo zalo ezihlukile. Umhlahlandlela wensimbi engagqwali unokuvimbela okuphezulu nokumelana nokugqwala, kufanelekile ekusebenzeni ezindaweni ezinokhahlo; Ngenkathi umhlahlandlela we-Aluminium Alloy uthandwa ngokungasindi futhi okuhle okushisayo okushisayo. Khetha izinto ezifanelekile zemihlahlandlela, zokwenza ngcono ukusebenza okuphelele kwe-Slide Mechanism kubalulekile.

 

Okwesine, i-Multi-Station Drayivu: Iphayona lomkhakha we-4.0 Era

 

Ubuchwepheshe bokuhanjiswa kweziteshi eziningi buyindlela ebalulekile yentuthuko ye-automation yezimboni yanamuhla. Ngokusebenzisa i-Isometric noma indlela yokuguquguquka ye-Pitch Slide, irobhothi lingashintsha kalula phakathi kweziteshi eziningi ukuqeda yonke inqubo kusuka ekusebenzeni okubonakalayo okuluhlaza ukuqeda ukufakwa komkhiqizo.

 

Ukusetshenziswa kwalobu buchwepheshe akugcini ngokunciphisa kakhulu ukungenelela okwenziwa ngesandla, kepha futhi kuthuthukisa kakhulu ukuqhubeka nokuqina kokukhiqizwa. Ikakhulu ezinhlelweni zokukhiqiza eziguquguqukayo, ubuchwepheshe be-multi-station drive bungashintsha ngokushesha uhlelo lokukhiqiza ngokuya ngesidingo semakethe ukuze uhlangane nezidingo zamakhasimende ngamunye.

 

Okwesihlanu, umbono wesikhathi esizayo: Isikhathi esisha sobuhlakani nokwenza okuthandwa nguwe

 

Ngokufika kwezimboni 4.0, amakhoni kanye nezinto zazo eziyinhloko zikhula ngendlela yobuhlakani nokwenza okuthandwa nguwe. Indlela yetafula ye-Isometric yesikhathi esizayo futhi eguquguqukayo izonaka kakhulu isipiliyoni somsebenzisi, ihlinzeka ngezixazululo ezihlukene futhi ezenziwe ngezifiso.

 

Isibonelo, indlela ehlakaniphile yetafula le-sliding ingabheka isimo sokusebenza ngesikhathi sangempela ngezinzwa, bese ulungisa ngokuzenzakalelayo amapharamitha ngokuya ngemininingwane yempendulo ukuze uthuthukise ukusebenza komsebenzi kanye nekhwalithi yomkhiqizo. Ngaphezu kwalokho, ukwakheka okuguquguqukayo kuzobuye kube umkhuba, umsebenzisi angasuselwa ezidingweni zangempela zenhlanganisela yamahhala yendlela eshelelayo yetafula, ukufezekisa ukusetshenziswa okuphezulu kwezinsizakusebenza.