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Electromagnetic locking device for nuclear power station, ultrahigh pressure and sulfur hexafluoride switch
The invention relates to the technical field of locking, and discloses a nuclear power station, ultrahigh pressure and sulfur hexafluoride switch electromagnetic locking device which comprises a locking plate, a bottom plate is arranged behind the locking plate, the bottom plate is connected with the locking plate through a bolt, a lock head is arranged on the front surface of the locking plate, the tail end of the lock head penetrates through the locking plate and the bottom plate and extends to the rear portion of the bottom plate, and the locking plate is connected with the bottom plate through a bolt. A button is arranged on the surface of the lock plate, the tail end of the button penetrates through the lock plate to be arranged between the lock plate and the bottom plate, an indicator lamp is arranged on the front surface of the lock plate, a rotating structure capable of longitudinally rotating around the bottom plate is arranged between the bottom plate and the lock plate, and a locking structure is arranged on the rear surface of the bottom plate. According to the anti-theft lock, the iron core generates magnetic force to attract the connecting rod, the key can rotate in the lock head, the unlocking effect is achieved, when the button is not pressed, the rotating block abuts against the connecting rod and cannot be unlocked, and therefore the situation that the lock is unlocked due to accidental touch of personnel can be avoided.
本发明涉及闭锁的技术领域，公开了核电站、超高压、六氟化硫开关电磁闭锁装置，包括锁板，所述锁板后方设置底板，所述底板与所述锁板通过螺栓连接，所述锁板前表面设置锁头，所述锁头末端穿过所述锁板和所述底板延伸至所述底板后方，所述锁板表面设置按钮，所述按钮末端穿过所述锁板设置在所述锁板和所述底板之间，所述锁板前表面设有指示灯，所述底板和所述锁板之间设置可绕所述底板纵向旋转的转动结构，所述底板后表面设置闭锁结构。本发明中，使得铁芯产生磁力吸附连杆，使钥匙能够在锁头内转动，达到解锁的效果，不按压按钮时，旋转块被连杆抵住，无法被打开，从而能够避免人员误碰导致锁被打开。
Electromagnetic locking device for nuclear power station, ultrahigh pressure and sulfur hexafluoride switch
The invention relates to the technical field of locking, and discloses a nuclear power station, ultrahigh pressure and sulfur hexafluoride switch electromagnetic locking device which comprises a locking plate, a bottom plate is arranged behind the locking plate, the bottom plate is connected with the locking plate through a bolt, a lock head is arranged on the front surface of the locking plate, the tail end of the lock head penetrates through the locking plate and the bottom plate and extends to the rear portion of the bottom plate, and the locking plate is connected with the bottom plate through a bolt. A button is arranged on the surface of the lock plate, the tail end of the button penetrates through the lock plate to be arranged between the lock plate and the bottom plate, an indicator lamp is arranged on the front surface of the lock plate, a rotating structure capable of longitudinally rotating around the bottom plate is arranged between the bottom plate and the lock plate, and a locking structure is arranged on the rear surface of the bottom plate. According to the anti-theft lock, the iron core generates magnetic force to attract the connecting rod, the key can rotate in the lock head, the unlocking effect is achieved, when the button is not pressed, the rotating block abuts against the connecting rod and cannot be unlocked, and therefore the situation that the lock is unlocked due to accidental touch of personnel can be avoided.
本发明涉及闭锁的技术领域，公开了核电站、超高压、六氟化硫开关电磁闭锁装置，包括锁板，所述锁板后方设置底板，所述底板与所述锁板通过螺栓连接，所述锁板前表面设置锁头，所述锁头末端穿过所述锁板和所述底板延伸至所述底板后方，所述锁板表面设置按钮，所述按钮末端穿过所述锁板设置在所述锁板和所述底板之间，所述锁板前表面设有指示灯，所述底板和所述锁板之间设置可绕所述底板纵向旋转的转动结构，所述底板后表面设置闭锁结构。本发明中，使得铁芯产生磁力吸附连杆，使钥匙能够在锁头内转动，达到解锁的效果，不按压按钮时，旋转块被连杆抵住，无法被打开，从而能够避免人员误碰导致锁被打开。
Electromagnetic locking device for nuclear power station, ultrahigh pressure and sulfur hexafluoride switch
核电站、超高压、六氟化硫开关电磁闭锁装置
LIU YUJIAO (author)
2024-09-06
Patent
Electronic Resource
Chinese
IPC:
E05B
LOCKS
,
Schlösser
| Taylor & Francis Verlag | 2004
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Mitigating Sulfur Hexafluoride (SF6) Emission from Electrical Equipment in China
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