A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention relates to an anti-theft lock, and discloses a lock control electronic anti-theft lock. The lock control electronic anti-theft lock comprises a lock cylinder outer cover and a lock cylinder inner shaft arranged in the lock cylinder outer cover. A transverse lock hole is formed in the lock cylinder inner shaft. Vertical first installation holes are formed in the lock cylinder inner shaft. Vertical second installation holes are formed in the lock cylinder outer cover. The lock control electronic anti-theft lock further comprises push rods and first springs. The push rods include the first push rods and the second push rods. The first push rods are arranged in the lock cylinder inner shaft. One end of each second push rod is arranged in the lock cylinder inner shaft, and the other end of each second push rod is arranged in the lock cylinder inner shaft. The push rods penetrate the first installation holes and the second installation holes. The top ends of the push rods are exposed out of the first installation holes. Metal sheets are arranged at the bottoms of the push rods. The first springs are arranged on the push rods. A key is inserted in a lock hole to make the bottoms of the push rods make contact with the metal sheets, and therefore a battery in the electronic anti-theft lock is controlled to be powered on, an anti-theft device in the electronic anti-theft lock is started through an infrared remote controller, the anti-theft effect is good, quite little electric energy is consumed in the door opening process, and the battery in the electronic anti-theft lock is more durable.
The invention relates to an anti-theft lock, and discloses a lock control electronic anti-theft lock. The lock control electronic anti-theft lock comprises a lock cylinder outer cover and a lock cylinder inner shaft arranged in the lock cylinder outer cover. A transverse lock hole is formed in the lock cylinder inner shaft. Vertical first installation holes are formed in the lock cylinder inner shaft. Vertical second installation holes are formed in the lock cylinder outer cover. The lock control electronic anti-theft lock further comprises push rods and first springs. The push rods include the first push rods and the second push rods. The first push rods are arranged in the lock cylinder inner shaft. One end of each second push rod is arranged in the lock cylinder inner shaft, and the other end of each second push rod is arranged in the lock cylinder inner shaft. The push rods penetrate the first installation holes and the second installation holes. The top ends of the push rods are exposed out of the first installation holes. Metal sheets are arranged at the bottoms of the push rods. The first springs are arranged on the push rods. A key is inserted in a lock hole to make the bottoms of the push rods make contact with the metal sheets, and therefore a battery in the electronic anti-theft lock is controlled to be powered on, an anti-theft device in the electronic anti-theft lock is started through an infrared remote controller, the anti-theft effect is good, quite little electric energy is consumed in the door opening process, and the battery in the electronic anti-theft lock is more durable.
Lock control electronic anti-theft lock
LIN QINGYUN (author)
2015-12-23
Patent
Electronic Resource
English
IPC:
E05B
LOCKS
,
Schlösser