Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
The invention discloses an electromechanical hybrid asynchronous gear pushing and alarm anti-theft lock. A connection body of the electromechanical hybrid asynchronous gear pushing and alarm anti-theft lock is hidden in a hidden hole and is separated from a rear lock cylinder. A front lock cylinder is locked through an expansion piece, toothed rotating wheels, a rotting disc and a corner. The front lock cylinder and the rear lock cylinder are completely separated and asynchronously rotate to give an alarm. An electronic remote control device is installed in a power supply circuit of an electromagnet in a hidden mode. The electromechanical interlocking and hiding, the mechanical interlocking, hiding, the connection and hiding of the front lock cylinder and the rear lock cylinder and the asynchronous alarming are integrated, the situation that a thief opens an interlocking device and rotates the rear lock cylinder can not happen, and the thief can only rotate the front lock cylinder but not rotate the rear lock cylinder even after an inner supporting and locking part, the toothed rotating wheels and the corner are damaged through barbaric means. Even after the thief drills away the front lock cylinder and the rear lock cylinder through an electric hand drill and rotates a connection spring bolt through a clamp and other tools, a rotating contact makes contact with no fixed contact, a power supply circuit of the electromagnet can not be powered on, the power supply circuit of the electromagnet is cut off through the electronic remote control device, a safety catch can not be opened, and the complete and thorough thievery prevention can be achieved.
The invention discloses an electromechanical hybrid asynchronous gear pushing and alarm anti-theft lock. A connection body of the electromechanical hybrid asynchronous gear pushing and alarm anti-theft lock is hidden in a hidden hole and is separated from a rear lock cylinder. A front lock cylinder is locked through an expansion piece, toothed rotating wheels, a rotting disc and a corner. The front lock cylinder and the rear lock cylinder are completely separated and asynchronously rotate to give an alarm. An electronic remote control device is installed in a power supply circuit of an electromagnet in a hidden mode. The electromechanical interlocking and hiding, the mechanical interlocking, hiding, the connection and hiding of the front lock cylinder and the rear lock cylinder and the asynchronous alarming are integrated, the situation that a thief opens an interlocking device and rotates the rear lock cylinder can not happen, and the thief can only rotate the front lock cylinder but not rotate the rear lock cylinder even after an inner supporting and locking part, the toothed rotating wheels and the corner are damaged through barbaric means. Even after the thief drills away the front lock cylinder and the rear lock cylinder through an electric hand drill and rotates a connection spring bolt through a clamp and other tools, a rotating contact makes contact with no fixed contact, a power supply circuit of the electromagnet can not be powered on, the power supply circuit of the electromagnet is cut off through the electronic remote control device, a safety catch can not be opened, and the complete and thorough thievery prevention can be achieved.
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