Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Gear-driven mechanical code lock
The invention relates to a gear-driven mechanical code lock and relates to the field of turnplate number check type mechanical code locks. Five rotary knob discs are rotated directly to accomplish a number check operation; a cam mechanism is driven by a handle to rotate to unlock and lock; during number check, a coupling shaft movably connected to each rotary knob shaft penetrating a lock body drives an overload protection device and a code changing device to rotate first and adjacent parallel shafts to rotate, returns to the lock body and then drives a center gear and a follow-up gear to rotate synchronously, so that five turnplates provided with openings rotate to correct positions. During unlocking, a cam pushes a locking plate first to be inserted into a tooth space of the center gear, each rotary knob disc no longer rotates, then the cam pushes an unlocking insertion plate to be inserted into the opening of each turnplate, and the cam rotates continuously to unlock, and technicalunlocking cannot be achieved. When the handle or the rotary knob discs are twisted powerfully, the handle and the rotary knob discs can idle. A code changing operation and a code garbling operation are easy and feasible, so that the gear-driven mechanical code lock is particularly suitable for being used in important occasions with relatively low frequency of usage.
一种齿轮传动式机械密码锁，涉及转盘对号式机械密码锁领域，通过直接旋转5个旋钮盘完成对号操作；通过执手带动凸轮机构旋转实现开锁、上锁；对号时，与各旋钮轴活动连接的联动轴穿过锁体后，先带动过载保护装置和变码装置转动，再驱动相邻平行轴转动，返回锁体后，再带动中心齿轮、随动齿轮同步转动，最终使5个设有豁口的转盘转动至正确位置。开锁时，凸轮先推动锁止板插入中心齿轮的齿槽中，各旋钮盘不能再转动，之后再推动开锁插板插入各转盘的豁口中，凸轮继续转动而开锁，并实现无法技术开启锁具。当强力扭转执手或旋钮盘时，二者均能空转；密码变更操作、乱码操作均简单易行，尤其适合使用频次较低的重要场合使用。
Gear-driven mechanical code lock
The invention relates to a gear-driven mechanical code lock and relates to the field of turnplate number check type mechanical code locks. Five rotary knob discs are rotated directly to accomplish a number check operation; a cam mechanism is driven by a handle to rotate to unlock and lock; during number check, a coupling shaft movably connected to each rotary knob shaft penetrating a lock body drives an overload protection device and a code changing device to rotate first and adjacent parallel shafts to rotate, returns to the lock body and then drives a center gear and a follow-up gear to rotate synchronously, so that five turnplates provided with openings rotate to correct positions. During unlocking, a cam pushes a locking plate first to be inserted into a tooth space of the center gear, each rotary knob disc no longer rotates, then the cam pushes an unlocking insertion plate to be inserted into the opening of each turnplate, and the cam rotates continuously to unlock, and technicalunlocking cannot be achieved. When the handle or the rotary knob discs are twisted powerfully, the handle and the rotary knob discs can idle. A code changing operation and a code garbling operation are easy and feasible, so that the gear-driven mechanical code lock is particularly suitable for being used in important occasions with relatively low frequency of usage.
一种齿轮传动式机械密码锁，涉及转盘对号式机械密码锁领域，通过直接旋转5个旋钮盘完成对号操作；通过执手带动凸轮机构旋转实现开锁、上锁；对号时，与各旋钮轴活动连接的联动轴穿过锁体后，先带动过载保护装置和变码装置转动，再驱动相邻平行轴转动，返回锁体后，再带动中心齿轮、随动齿轮同步转动，最终使5个设有豁口的转盘转动至正确位置。开锁时，凸轮先推动锁止板插入中心齿轮的齿槽中，各旋钮盘不能再转动，之后再推动开锁插板插入各转盘的豁口中，凸轮继续转动而开锁，并实现无法技术开启锁具。当强力扭转执手或旋钮盘时，二者均能空转；密码变更操作、乱码操作均简单易行，尤其适合使用频次较低的重要场合使用。
Gear-driven mechanical code lock
齿轮传动式机械密码锁
SONG ZAIYONG (Autor:in) / LYU XUEHAN (Autor:in)
09.10.2020
Patent
Elektronische Ressource
Chinesisch
IPC:
E05B
LOCKS
,
Schlösser