A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention discloses a transmission structure of an automatic lock body and the automatic lock body. The motor assembly drives the driving teeth to rotate; the latch bolt gear is meshed with the driving teeth or meshed with the driving teeth through a reversing gear; the first latch bolt shifting piece can be driven to rotate and is provided with a first matching part; the main spring bolt shifting tooth is meshed with the driving tooth or meshed with the driving tooth through a reversing gear, and is provided with a second matching part; the main spring bolt driving lever is rotatably arranged on the lock shell and provided with a first pressed part and a second pressed part, the second matching part is used for being matched with the first pressed part or the second pressed part of the main spring bolt driving lever to drive the main spring bolt driving lever to rotate, and when the second matching part is matched with the first pressed part, the main spring bolt driving lever rotates in the first direction, and when the second matching part is matched with the second pressed part, the main spring bolt driving lever rotates in the second direction; and when the second matching part is matched with the second pressed part, the main spring bolt driving lever rotates around a second direction, and the first direction is opposite to the second direction. According to the bidirectional driving structure, the whole structure is simple.
本申请公开了自动锁体的传动结构以及自动锁体，其中，传动结构包括：驱动齿；电机组件，驱动驱动齿转动；斜舌齿轮，与驱动齿啮合或者通过换向齿轮与驱动齿啮合；第一斜舌拨片，能够带动第一斜舌拨片转动，具有第一配合部；主锁舌拨动齿，与驱动齿啮合或者通过换向齿轮与驱动齿啮合，具有第二配合部；主锁舌拨杆，可转动的设置在锁壳上，具有第一受压部和第二受压部，第二配合部用于与主锁舌拨杆的第一受压部或第二受压部配合，带动主锁舌拨杆转动，且当第二配合部与第一受压部配合时，主锁舌拨杆绕第一方向转动，当第二配合部与第二受压部配合时，主锁舌拨杆绕第二方向转动，第一方向和第二方向相反。本申请这种双向驱动的结构整个结构较为简单。
The invention discloses a transmission structure of an automatic lock body and the automatic lock body. The motor assembly drives the driving teeth to rotate; the latch bolt gear is meshed with the driving teeth or meshed with the driving teeth through a reversing gear; the first latch bolt shifting piece can be driven to rotate and is provided with a first matching part; the main spring bolt shifting tooth is meshed with the driving tooth or meshed with the driving tooth through a reversing gear, and is provided with a second matching part; the main spring bolt driving lever is rotatably arranged on the lock shell and provided with a first pressed part and a second pressed part, the second matching part is used for being matched with the first pressed part or the second pressed part of the main spring bolt driving lever to drive the main spring bolt driving lever to rotate, and when the second matching part is matched with the first pressed part, the main spring bolt driving lever rotates in the first direction, and when the second matching part is matched with the second pressed part, the main spring bolt driving lever rotates in the second direction; and when the second matching part is matched with the second pressed part, the main spring bolt driving lever rotates around a second direction, and the first direction is opposite to the second direction. According to the bidirectional driving structure, the whole structure is simple.
本申请公开了自动锁体的传动结构以及自动锁体，其中，传动结构包括：驱动齿；电机组件，驱动驱动齿转动；斜舌齿轮，与驱动齿啮合或者通过换向齿轮与驱动齿啮合；第一斜舌拨片，能够带动第一斜舌拨片转动，具有第一配合部；主锁舌拨动齿，与驱动齿啮合或者通过换向齿轮与驱动齿啮合，具有第二配合部；主锁舌拨杆，可转动的设置在锁壳上，具有第一受压部和第二受压部，第二配合部用于与主锁舌拨杆的第一受压部或第二受压部配合，带动主锁舌拨杆转动，且当第二配合部与第一受压部配合时，主锁舌拨杆绕第一方向转动，当第二配合部与第二受压部配合时，主锁舌拨杆绕第二方向转动，第一方向和第二方向相反。本申请这种双向驱动的结构整个结构较为简单。
Control method of full-automatic lock body and full-automatic lock body
| European Patent Office | 2020