CAJ | 학술논문

针对新型无机房电梯曳引系统轮系尺寸大幅减小，传统设计理念难以满足负荷能力问题，进行反绳轮（及导向轮）支承轴承与传输带轮功能组合设计，满足无机房电梯有限限位空间下承载能力和可靠性要求，实现电梯曳引传输系统带轮传递作用与轴承减摩作用有机结合。
침대신형무궤방전제예인계통륜계척촌대폭감소，전통설계이념난이만족부하능력문제，진행반승륜（급도향륜）지승축승여전수대륜공능조합설계，만족무궤방전제유한한위공간하승재능력화가고성요구，실현전제예인전수계통대륜전체작용여축승감마작용유궤결합。
In terms of the issue that classical design concept hardly satisfied the load capacity when dimensions of hoist system reduced on new types of non-machine room elevator,combined-performance of support pulley and mast pulley is designed to satisfy the load capacity and reliability requirement in limited space of non-machine room elevator, in order to realize the optimized combination of pulley transmission performance of elevator hoist system and the performance of friction reduction of bearings.