A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Glove box capable of being unlocked manually and automatically
The invention relates to the technical field of glove boxes, in particular to a manual-automatic integrated unlocking glove box which comprises a glove box frame. The glove box body is movably connected to the glove box frame, and a locking groove is further formed in the glove box body; the locking assembly comprises a lock rod, a manual unlocking piece, a connecting rod, a transmission rod and an automatic unlocking piece, one end of the lock rod is provided with a spring bolt, the spring bolt extends into or retreats from the locking groove to lock or unlock the glove box, the manual unlocking piece drives the lock rod to move, and the lock rod drives the spring bolt to retreat from the locking groove to manually unlock the glove box. The transmission rod is connected with the lock rod through the connecting rod, one end of the transmission rod is connected with the connecting rod, the transmission rod is pushed through the automatic unlocking piece, the connecting rod drives the lock rod to move, and the lock rod drives the spring bolt to retreat from the locking groove so as to automatically unlock the glove box. According to the glove box, two modes of manual unlocking and automatic unlocking are integrated on the glove box, so that the glove box is more convenient, and user requirements under different conditions can be better met.
本发明涉及手套箱技术领域，尤其为一种手自一体解锁的手套箱，包括：手套箱框架；手套箱本体，手套箱本体活动连接在手套箱框架上，手套箱本体上还开设有锁紧槽；锁止组件，包括锁杆、手动解锁件、连接杆、传动杆以及自动解锁件，锁杆的一端具有锁舌，锁舌伸入或退出锁紧槽以进行手套箱的上锁或解锁，通过手动解锁件驱动锁杆进行运动，锁杆带动锁舌退出锁紧槽以手动解锁手套箱，传动杆通过连接杆与锁杆连接，传动杆的一端与连接杆连接，通过自动解锁件推动传动杆，连接杆驱动锁杆进行运动，锁杆带动锁舌退出锁紧槽以自动解锁手套箱；本发明将手动解锁和自动解锁两种方式集成在手套箱上，更加便利，更能满足不同情况下的用户需求。
Glove box capable of being unlocked manually and automatically
The invention relates to the technical field of glove boxes, in particular to a manual-automatic integrated unlocking glove box which comprises a glove box frame. The glove box body is movably connected to the glove box frame, and a locking groove is further formed in the glove box body; the locking assembly comprises a lock rod, a manual unlocking piece, a connecting rod, a transmission rod and an automatic unlocking piece, one end of the lock rod is provided with a spring bolt, the spring bolt extends into or retreats from the locking groove to lock or unlock the glove box, the manual unlocking piece drives the lock rod to move, and the lock rod drives the spring bolt to retreat from the locking groove to manually unlock the glove box. The transmission rod is connected with the lock rod through the connecting rod, one end of the transmission rod is connected with the connecting rod, the transmission rod is pushed through the automatic unlocking piece, the connecting rod drives the lock rod to move, and the lock rod drives the spring bolt to retreat from the locking groove so as to automatically unlock the glove box. According to the glove box, two modes of manual unlocking and automatic unlocking are integrated on the glove box, so that the glove box is more convenient, and user requirements under different conditions can be better met.
本发明涉及手套箱技术领域，尤其为一种手自一体解锁的手套箱，包括：手套箱框架；手套箱本体，手套箱本体活动连接在手套箱框架上，手套箱本体上还开设有锁紧槽；锁止组件，包括锁杆、手动解锁件、连接杆、传动杆以及自动解锁件，锁杆的一端具有锁舌，锁舌伸入或退出锁紧槽以进行手套箱的上锁或解锁，通过手动解锁件驱动锁杆进行运动，锁杆带动锁舌退出锁紧槽以手动解锁手套箱，传动杆通过连接杆与锁杆连接，传动杆的一端与连接杆连接，通过自动解锁件推动传动杆，连接杆驱动锁杆进行运动，锁杆带动锁舌退出锁紧槽以自动解锁手套箱；本发明将手动解锁和自动解锁两种方式集成在手套箱上，更加便利，更能满足不同情况下的用户需求。
Glove box capable of being unlocked manually and automatically
一种手自一体解锁的手套箱
ZHANG GUANGJUN (author) / LIU QIAN (author) / LI DONGHANG (author) / CHEN TAO (author) / XING XIANGLING (author)
2024-08-30
Patent
Electronic Resource
Chinese
Access control system capable of being automatically unlocked in fire
| European Patent Office | 2020
Electric glove box capable of being unlocked in case of power failure
| European Patent Office | 2022
Automobile door device capable of being automatically unlocked during collision
| European Patent Office | 2024