Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Energy-storage IOT (internet of things) cabinet lock
The invention provides an energy-storage IOT (internet of things) cabinet lock. The energy-storage IOT cabinet lock is in bilateral symmetry, a motor is connected with a lock pin, the lock pin is matched with a clamp slot, and the clamp slot is formed at the top of a lock rod; a dynamic lock catch is mounted at one end of the lock rod and matched with a middle lock catch, the middle lock catch isfixed to the middle of a lock sheet, and lock catches are fixed to two ends of the lock sheet; the other end of the lock rod is connected with a sleeve, and a free spring is mounted in the sleeve andconnected with a locking dog; and the lock rod is sleeved with a rebounding spring and an energy-storage spring, one end of the rebounding spring is fixed to a baffle A, one end of the energy-storagespring is fixed at one end of an energy-storage arm, one end of the energy-storage arm is arranged on the lock rod in a sleeving manner, the other end of the energy-storage arm is fixed to a press plate, one end of the press plate makes contact with the lock sheet, the other end of the press plate is fixed to the lock rod, and the other end of the energy-storage spring is fixed to a baffle B. Theenergy-storage IOT cabinet lock has the advantages of being high in prying resistance and particularly suitable for a large non-metal cabinet, and energy-storage unlocking is relatively reliable.
本发明供一种蓄能物联箱柜锁，其中所述的蓄能物联箱柜锁左右对称，电机与锁销连接，锁销与卡槽相配合，且卡槽设在锁杆顶部；锁杆一端安装有动锁扣，动锁扣与中间锁扣相配合，中间锁扣固定在锁板中部，且锁板两端固定有锁扣；锁杆另一端与套筒连接，套筒内安装有自由簧，且自由簧与锁舌连接；锁杆上套有回弹簧及蓄能簧，回弹簧一端固定在挡板A上，蓄能簧一端固定在蓄能臂一端，且蓄能臂一端套在锁杆上，蓄能臂另一端固定在压板上，压板一端与锁板接触，压板另一端固定在锁杆上，蓄能簧另一端固定在挡板B上；优点为：本发明撬性能高，特别适用于大型非金属箱柜，蓄能开锁更加可靠。
Energy-storage IOT (internet of things) cabinet lock
The invention provides an energy-storage IOT (internet of things) cabinet lock. The energy-storage IOT cabinet lock is in bilateral symmetry, a motor is connected with a lock pin, the lock pin is matched with a clamp slot, and the clamp slot is formed at the top of a lock rod; a dynamic lock catch is mounted at one end of the lock rod and matched with a middle lock catch, the middle lock catch isfixed to the middle of a lock sheet, and lock catches are fixed to two ends of the lock sheet; the other end of the lock rod is connected with a sleeve, and a free spring is mounted in the sleeve andconnected with a locking dog; and the lock rod is sleeved with a rebounding spring and an energy-storage spring, one end of the rebounding spring is fixed to a baffle A, one end of the energy-storagespring is fixed at one end of an energy-storage arm, one end of the energy-storage arm is arranged on the lock rod in a sleeving manner, the other end of the energy-storage arm is fixed to a press plate, one end of the press plate makes contact with the lock sheet, the other end of the press plate is fixed to the lock rod, and the other end of the energy-storage spring is fixed to a baffle B. Theenergy-storage IOT cabinet lock has the advantages of being high in prying resistance and particularly suitable for a large non-metal cabinet, and energy-storage unlocking is relatively reliable.
本发明供一种蓄能物联箱柜锁，其中所述的蓄能物联箱柜锁左右对称，电机与锁销连接，锁销与卡槽相配合，且卡槽设在锁杆顶部；锁杆一端安装有动锁扣，动锁扣与中间锁扣相配合，中间锁扣固定在锁板中部，且锁板两端固定有锁扣；锁杆另一端与套筒连接，套筒内安装有自由簧，且自由簧与锁舌连接；锁杆上套有回弹簧及蓄能簧，回弹簧一端固定在挡板A上，蓄能簧一端固定在蓄能臂一端，且蓄能臂一端套在锁杆上，蓄能臂另一端固定在压板上，压板一端与锁板接触，压板另一端固定在锁杆上，蓄能簧另一端固定在挡板B上；优点为：本发明撬性能高，特别适用于大型非金属箱柜，蓄能开锁更加可靠。
Energy-storage IOT (internet of things) cabinet lock
一种蓄能物联箱柜锁
ZHU ENGUO (Autor:in) / FENG CHENXING (Autor:in) / WANG QUANMING (Autor:in) / LI GANG (Autor:in) / WANG ZONGJUN (Autor:in) / WU YACHUN (Autor:in)
17.07.2020
Patent
Elektronische Ressource
Chinesisch
Lock body of internet-of-things cabinet and internet-of-things cabinet
| Europäisches Patentamt | 2024
| Europäisches Patentamt | 2016