Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
The invention provides a rotary knob type electronic coded lock as well as a code locating method and an unlocking method and device. The rotary knob type electronic coded lock comprises a conductive part and a code disc, wherein the conductive part can rotate relative to the code disc; a plurality of contact groups are arranged on the code disc at intervals along a rotating path of relative rotation of the conductive part and the code disc, each contact group comprises at least two contacts, and the at least two contacts are sequentially arranged along the rotating path; and the conductive part can be coupled and electrically connected with the contacts during rotation. Therefore, the absolute position of a rotary knob can be identified according to the conduction sequence of the contacts by using gaps among the contact groups as code input positions and coding the contacts in the contact groups, so that when the code is input, the power consumption of the coded lock can be greatly reduced due to the fact that the rotary knob stays in the gaps of the contact groups; and the coded lock has the characteristics of low cost and small size.
本发明提供了一种旋钮式电子密码锁及其密码定位方法、解锁方法、装置，其中，该旋钮式电子密码锁包括：导电件和密码盘，其中，导电件可与密码盘相对转动；密码盘在沿导电件与密码盘相对转动的转动路径上间隔设置有若干触点组，触点组包括至少两个触点，至少两个触点沿转动路径依次设置；导电件可在转动时与触点耦合电连接。从而通过利用触点组间的间隙作为密码输入位，并通过对触点组中的触点进行编码的方式，实现了根据触点导通顺序对旋钮绝对位置的识别，从而在进行密码输入时，旋钮停留在触点组的间隙可大大降低密码锁的功耗，并且具有成本低、体积小的特点。
The invention provides a rotary knob type electronic coded lock as well as a code locating method and an unlocking method and device. The rotary knob type electronic coded lock comprises a conductive part and a code disc, wherein the conductive part can rotate relative to the code disc; a plurality of contact groups are arranged on the code disc at intervals along a rotating path of relative rotation of the conductive part and the code disc, each contact group comprises at least two contacts, and the at least two contacts are sequentially arranged along the rotating path; and the conductive part can be coupled and electrically connected with the contacts during rotation. Therefore, the absolute position of a rotary knob can be identified according to the conduction sequence of the contacts by using gaps among the contact groups as code input positions and coding the contacts in the contact groups, so that when the code is input, the power consumption of the coded lock can be greatly reduced due to the fact that the rotary knob stays in the gaps of the contact groups; and the coded lock has the characteristics of low cost and small size.
本发明提供了一种旋钮式电子密码锁及其密码定位方法、解锁方法、装置，其中，该旋钮式电子密码锁包括：导电件和密码盘，其中，导电件可与密码盘相对转动；密码盘在沿导电件与密码盘相对转动的转动路径上间隔设置有若干触点组，触点组包括至少两个触点，至少两个触点沿转动路径依次设置；导电件可在转动时与触点耦合电连接。从而通过利用触点组间的间隙作为密码输入位，并通过对触点组中的触点进行编码的方式，实现了根据触点导通顺序对旋钮绝对位置的识别，从而在进行密码输入时，旋钮停留在触点组的间隙可大大降低密码锁的功耗，并且具有成本低、体积小的特点。
Rotary knob type electronic coded lock as well as code locating method, unlocking method and device thereof
旋钮式电子密码锁及其密码定位方法、解锁方法、装置
05.11.2021
Patent
Elektronische Ressource
Chinesisch
IPC:
E05B
LOCKS
,
Schlösser
Coded-lock unlocking system and unlocking method thereof
| Europäisches Patentamt | 2016