一重技术
一重技術
일중기술
CFHI TECHNOLOGY
2014年
5期
1-3
,共3页
机械压力机%静止%空转%冲压%联线%振动
機械壓力機%靜止%空轉%遲壓%聯線%振動
궤계압력궤%정지%공전%충압%련선%진동
mechanical press%stationary%idling%stamping%lined press%vibration
从压力机静止状态、空转状态、负载状态、联线状态四个方面对减震垫受力及压力机振动进行分析，为以后进一步优化压力机设计，降低压力机振动提供了理论依据。
從壓力機靜止狀態、空轉狀態、負載狀態、聯線狀態四箇方麵對減震墊受力及壓力機振動進行分析，為以後進一步優化壓力機設計，降低壓力機振動提供瞭理論依據。
종압력궤정지상태、공전상태、부재상태、련선상태사개방면대감진점수력급압력궤진동진행분석，위이후진일보우화압력궤설계，강저압력궤진동제공료이론의거。
In this paper, the forces born by the vibration isolation block and the vibration of mechanical precess are analysed under four conditions: stationary, idling, stamping and lined presses, which provides a theoretical basis for the optimized design and reduced vibration of of mechancial presses.
