Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
The invention discloses a mechanical damping time-limited lock with an idling lock cylinder. A key hole sliding block is arranged in a key hole to seal the key hole, the key hole sliding block is connected with a damping time-limited mechanism, and the damping time-limited mechanism locks a clutch of the lock cylinder. The purpose of time-limited unlocking is achieved through the mechanical property of non-Newtonian fluid and the hysteresis effect of slow springback of a mechanical damping device. The mechanical damping time-limited lock with the idling lock cylinder has high violent damage prevention capacity and technical unlocking prevention capacity.
本发明一种锁芯空转的机械阻尼限时锁，钥匙孔中设置有钥匙孔滑块封闭钥匙孔，钥匙孔滑块连接阻尼限时机构，阻尼限时机构锁定锁芯离合。利用机械阻尼装置具有的非牛顿流体的力学特性和缓慢回弹的迟滞效果，达到限时开锁的目的。使本发明一种锁芯空转的机械阻尼限时锁具有较强的防暴力破坏和防技术性开锁的能力。
The invention discloses a mechanical damping time-limited lock with an idling lock cylinder. A key hole sliding block is arranged in a key hole to seal the key hole, the key hole sliding block is connected with a damping time-limited mechanism, and the damping time-limited mechanism locks a clutch of the lock cylinder. The purpose of time-limited unlocking is achieved through the mechanical property of non-Newtonian fluid and the hysteresis effect of slow springback of a mechanical damping device. The mechanical damping time-limited lock with the idling lock cylinder has high violent damage prevention capacity and technical unlocking prevention capacity.
本发明一种锁芯空转的机械阻尼限时锁，钥匙孔中设置有钥匙孔滑块封闭钥匙孔，钥匙孔滑块连接阻尼限时机构，阻尼限时机构锁定锁芯离合。利用机械阻尼装置具有的非牛顿流体的力学特性和缓慢回弹的迟滞效果，达到限时开锁的目的。使本发明一种锁芯空转的机械阻尼限时锁具有较强的防暴力破坏和防技术性开锁的能力。