A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Intelligent electronic lock
The invention discloses an intelligent electronic lock. The intelligent electronic lock mainly comprises a lock cylinder shell and a rotary lock cylinder, wherein the rotary lock cylinder is arranged on one side in the lock cylinder shell and connected with a knob handle A. The rotary lock cylinder is provided with two steel ball spring bolts arranged symmetrically. The lock cylinder shell is provided with a motor guide sleeve. At least two mobile rails are symmetrically arranged in the motor guide sleeve. A cylindrical guider which can expand the steel ball spring bolts outwards and enable the steel ball spring bolts to be embedded into the mobile rails to do rectilinear motion is also arranged in the lock cylinder shell. The cylindrical guider is driven by an electronic controlled micromotor connected with the cylindrical guider and can do reciprocal rectilinear motion. The steel ball lock spring bolts are closed and positioned in a radial hole in the rotary lock cylinder. The micromotor is installed in a battery clamping plate. The battery clamping plate is internally connected with the motor guide sleeve and externally connected with a rotary handle B. The intelligent electronic lock has the characteristics of greatly lowering the complexity coefficient of a whole lock structure, improving the manufacturing technology level and professional skill machining precision, improving electronic lock electromechanical integrality and the like.
Intelligent electronic lock
The invention discloses an intelligent electronic lock. The intelligent electronic lock mainly comprises a lock cylinder shell and a rotary lock cylinder, wherein the rotary lock cylinder is arranged on one side in the lock cylinder shell and connected with a knob handle A. The rotary lock cylinder is provided with two steel ball spring bolts arranged symmetrically. The lock cylinder shell is provided with a motor guide sleeve. At least two mobile rails are symmetrically arranged in the motor guide sleeve. A cylindrical guider which can expand the steel ball spring bolts outwards and enable the steel ball spring bolts to be embedded into the mobile rails to do rectilinear motion is also arranged in the lock cylinder shell. The cylindrical guider is driven by an electronic controlled micromotor connected with the cylindrical guider and can do reciprocal rectilinear motion. The steel ball lock spring bolts are closed and positioned in a radial hole in the rotary lock cylinder. The micromotor is installed in a battery clamping plate. The battery clamping plate is internally connected with the motor guide sleeve and externally connected with a rotary handle B. The intelligent electronic lock has the characteristics of greatly lowering the complexity coefficient of a whole lock structure, improving the manufacturing technology level and professional skill machining precision, improving electronic lock electromechanical integrality and the like.
Intelligent electronic lock
YI ZHENGCHUN (author) / ZHOU WENBIAO (author)
2015-11-04
Patent
Electronic Resource
English
IPC:
E05B
LOCKS
,
Schlösser
| European Patent Office | 2015