A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention relates to an office cabinet lock hole sealing platform based on shape analysis. The office cabinet lock hole sealing platform comprises a lock body sealing mechanism and a content analysis device, wherein the lock body sealing mechanism comprises a permanent magnet brushless motor and a sealing plate body connected with the permanent magnet brushless motor, the permanent magnet brushless motor is located in a cabinet body of an office cabinet, the sealing plate body is located in an office cabinet lock hole, and when the permanent magnet brushless motor is used for receiving a second driving instruction, the sealing plate body is driven to realize sealing operation on the office cabinet lock hole; and the content analysis device is connected with the permanent magnet brushless motor, a static memory chip and an object extraction device, and used for sending a first driving instruction when the similarity between an imaging area and an appearance pattern exceeds a presetpercentage threshold, otherwise, sending the second driving instruction. Due to the fact that the unlocking capability of a key can be judged in advance and an unlocking decision can be refused, the probability of entering a lock body by the key is reduced, and the service life of the office cabinet lock body is effectively prolonged.
本发明涉及一种基于形状解析的办公柜锁孔封闭平台，包括：锁体封闭机构，包括永磁无刷电机和与所述永磁无刷电机连接的封闭板体，所述永磁无刷电机位于办公柜的柜体内，所述封闭板体位于办公柜锁孔内，所述永磁无刷电机用于在接收到第二驱动指令时，驱动所述封闭板体以实现对办公柜锁孔的封闭操作；内容分析设备，分别与永磁无刷电机、静态存储芯片和对象提取设备连接，用于在成像区域与外形图案的相似度超过预设百分比阈值时，发出第一驱动指令，否则，发出第二驱动指令。由于能够预先对钥匙的开锁能力进行判断和拒绝开锁决策，从而减少钥匙进入锁体的概率，有效延长办公柜锁体的使用寿命。
The invention relates to an office cabinet lock hole sealing platform based on shape analysis. The office cabinet lock hole sealing platform comprises a lock body sealing mechanism and a content analysis device, wherein the lock body sealing mechanism comprises a permanent magnet brushless motor and a sealing plate body connected with the permanent magnet brushless motor, the permanent magnet brushless motor is located in a cabinet body of an office cabinet, the sealing plate body is located in an office cabinet lock hole, and when the permanent magnet brushless motor is used for receiving a second driving instruction, the sealing plate body is driven to realize sealing operation on the office cabinet lock hole; and the content analysis device is connected with the permanent magnet brushless motor, a static memory chip and an object extraction device, and used for sending a first driving instruction when the similarity between an imaging area and an appearance pattern exceeds a presetpercentage threshold, otherwise, sending the second driving instruction. Due to the fact that the unlocking capability of a key can be judged in advance and an unlocking decision can be refused, the probability of entering a lock body by the key is reduced, and the service life of the office cabinet lock body is effectively prolonged.
本发明涉及一种基于形状解析的办公柜锁孔封闭平台，包括：锁体封闭机构，包括永磁无刷电机和与所述永磁无刷电机连接的封闭板体，所述永磁无刷电机位于办公柜的柜体内，所述封闭板体位于办公柜锁孔内，所述永磁无刷电机用于在接收到第二驱动指令时，驱动所述封闭板体以实现对办公柜锁孔的封闭操作；内容分析设备，分别与永磁无刷电机、静态存储芯片和对象提取设备连接，用于在成像区域与外形图案的相似度超过预设百分比阈值时，发出第一驱动指令，否则，发出第二驱动指令。由于能够预先对钥匙的开锁能力进行判断和拒绝开锁决策，从而减少钥匙进入锁体的概率，有效延长办公柜锁体的使用寿命。