Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
The invention provides an electronic lock cylinder with a compact engagement and disengagement structure. The electronic lock cylinder with the compact engagement and disengagement structure aims at solving the problems of an existing electronic lock cylinder. An engagement and disengagement mechanism is more compact and smaller by changing the internal composition of the engagement and disengagement mechanism, the engagement and disengagement mechanism can be directly arranged in the lock cylinder, and therefore the safety of the lock cylinder is improved. The engagement and disengagement mechanism can work only through instantaneous milliampere-level current. The microampere-level standby current can ensure the ultra-long service life of a battery. In addition, a motor shaft transmission spring and a sliding block transmission spring which are arranged in the engagement and disengagement mechanism further have the energy storage function and the buffering function, and even if a motor does not work continuously, the engagement action and disengagement action of the engagement and disengagement mechanism can still be achieved. Meanwhile, the engagement and disengagement mechanism of the structure further has the fault-tolerant function, and therefore the electronic lock cylinder is more stable and reliable.
本发明针对现有电子锁芯的问题，提供一种紧凑离合结构的电子锁芯，通过改变离合机构的内部组成使得离合机构更加的紧凑小巧，可以直接内置于锁芯内部，提高了锁芯的安全性，且只需要瞬时的毫安级电流就可以工作，微安级的待机电流能保证电池的超长使用寿命。离合机构内部设置的马达轴传动弹簧和滑块传动弹簧还具有蓄能作用和缓冲作用，即使在马达不持续工作的情况下依然能实现离合机构的啮合或离合动作，同时这种结构的离合机构还具有容错功能，使得该电子锁芯更加稳定可靠。
The invention provides an electronic lock cylinder with a compact engagement and disengagement structure. The electronic lock cylinder with the compact engagement and disengagement structure aims at solving the problems of an existing electronic lock cylinder. An engagement and disengagement mechanism is more compact and smaller by changing the internal composition of the engagement and disengagement mechanism, the engagement and disengagement mechanism can be directly arranged in the lock cylinder, and therefore the safety of the lock cylinder is improved. The engagement and disengagement mechanism can work only through instantaneous milliampere-level current. The microampere-level standby current can ensure the ultra-long service life of a battery. In addition, a motor shaft transmission spring and a sliding block transmission spring which are arranged in the engagement and disengagement mechanism further have the energy storage function and the buffering function, and even if a motor does not work continuously, the engagement action and disengagement action of the engagement and disengagement mechanism can still be achieved. Meanwhile, the engagement and disengagement mechanism of the structure further has the fault-tolerant function, and therefore the electronic lock cylinder is more stable and reliable.
本发明针对现有电子锁芯的问题，提供一种紧凑离合结构的电子锁芯，通过改变离合机构的内部组成使得离合机构更加的紧凑小巧，可以直接内置于锁芯内部，提高了锁芯的安全性，且只需要瞬时的毫安级电流就可以工作，微安级的待机电流能保证电池的超长使用寿命。离合机构内部设置的马达轴传动弹簧和滑块传动弹簧还具有蓄能作用和缓冲作用，即使在马达不持续工作的情况下依然能实现离合机构的啮合或离合动作，同时这种结构的离合机构还具有容错功能，使得该电子锁芯更加稳定可靠。
Electronic lock cylinder with compact engagement and disengagement structure
一种紧凑离合结构的电子锁芯
18.05.2021
Patent
Elektronische Ressource
Chinesisch
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