A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Thermal insulation wallboard splicing structure
The invention provides a thermal insulation wallboard splicing structure, and relates to the technical field of building connecting pieces. The device comprises a mounting cylinder, a partition plate, a fixed rod, a movable rod, a spring and the like. During mounting, the groove of the second wallboard is aligned with the convex block of the first wallboard for splicing, and the movable rod is extruded by the groove of the second wallboard, so that the movable rod slides towards the interior of the mounting cylinder and compresses the spring. And after the first wallboard is aligned with the second wallboard, the end part of the movable rod is opposite to the fixing hole. At the moment, the spring rebounds, the movable rod is pushed into the fixing hole, and the two adjacent wallboards are connected together. Through cooperation of the movable rods, the special-shaped grooves, the springs and other components, in the splicing process, the movable rods can automatically pop out and stretch into the fixing holes, and connection is completed. According to the structure, rapid splicing of the adjacent heat preservation and heat insulation wallboards is achieved, operation is easy, connection is firm, fixing is carried out in cooperation with an adhesive, and falling or loosening is avoided.
本发明提供一种保温隔热墙板拼接结构，涉及建筑连接件技术领域。本装置包括安装筒、隔板、固定杆、活动杆和弹簧等。安装时，将第二墙板的凹槽与第一墙板的凸块相对准进行拼接，第二墙板的凹槽位置对活动杆进行挤压，使得活动杆向安装筒内部滑动并压缩弹簧。第一墙板与第二墙板对准后，活动杆端部与固定孔相对。此时，弹簧回弹，将活动杆推入至固定孔中，两个相邻的墙板连接在一起。通过活动杆、异形槽以及弹簧等构件的配合，在拼接过程中，活动杆能够自动弹出，伸入至固定孔中，完成连接。本结构实现了相邻保温隔热墙板的快速拼接，操作简单，且连接牢固，再配合粘接剂进行固定，避免脱落或是松动。
Thermal insulation wallboard splicing structure
The invention provides a thermal insulation wallboard splicing structure, and relates to the technical field of building connecting pieces. The device comprises a mounting cylinder, a partition plate, a fixed rod, a movable rod, a spring and the like. During mounting, the groove of the second wallboard is aligned with the convex block of the first wallboard for splicing, and the movable rod is extruded by the groove of the second wallboard, so that the movable rod slides towards the interior of the mounting cylinder and compresses the spring. And after the first wallboard is aligned with the second wallboard, the end part of the movable rod is opposite to the fixing hole. At the moment, the spring rebounds, the movable rod is pushed into the fixing hole, and the two adjacent wallboards are connected together. Through cooperation of the movable rods, the special-shaped grooves, the springs and other components, in the splicing process, the movable rods can automatically pop out and stretch into the fixing holes, and connection is completed. According to the structure, rapid splicing of the adjacent heat preservation and heat insulation wallboards is achieved, operation is easy, connection is firm, fixing is carried out in cooperation with an adhesive, and falling or loosening is avoided.
本发明提供一种保温隔热墙板拼接结构，涉及建筑连接件技术领域。本装置包括安装筒、隔板、固定杆、活动杆和弹簧等。安装时，将第二墙板的凹槽与第一墙板的凸块相对准进行拼接，第二墙板的凹槽位置对活动杆进行挤压，使得活动杆向安装筒内部滑动并压缩弹簧。第一墙板与第二墙板对准后，活动杆端部与固定孔相对。此时，弹簧回弹，将活动杆推入至固定孔中，两个相邻的墙板连接在一起。通过活动杆、异形槽以及弹簧等构件的配合，在拼接过程中，活动杆能够自动弹出，伸入至固定孔中，完成连接。本结构实现了相邻保温隔热墙板的快速拼接，操作简单，且连接牢固，再配合粘接剂进行固定，避免脱落或是松动。
Thermal insulation wallboard splicing structure
保温隔热墙板拼接结构
LI BO (author) / ZHANG HAIFENG (author) / BAO HAIBO (author) / ZHANG YINGYING (author)
2023-06-13
Patent
Electronic Resource
Chinese