6 results about "Edge structure" patented technology

The application discloses a flooring component and a flooring. During the process of connecting the second component with the first component, the second protrusion in the edge structure of the second component can squeeze the first protrusion, and the squeezing force is transmitted to the first elastic layer through the first protrusion, causing the first elastic layer to produce elastic deformation, thereby changing the position of the first protrusion, making the opening of the second groove larger, thereby enabling the second protrusion to be smoothly received in the second groove, and the third protrusion to be smoothly received in the first groove, which effectively reduces the installation difficulty between the first component and the second component.

The application discloses a composite material edge structure repairing method, which comprises the following steps: manufacturing a support back plate with the same shape as the edge structure of the composite material to be repaired; fixing an expansion material with the same material as the edge structure of the composite material to be repaired on the back of the support back plate to manufacture an expansion structure; fixing the expansion structure at the edge of the edge structure of the composite material and symmetrically arranging the expansion structure with the edge structure of the composite material; and heating and curing the edge structure of the composite material by using a heating and curing system to repair the edge structure of the composite material. In the application, the resin glue or glue film can be accurately controlled according to the required curing temperature, so that the resin glue or glue film is fully cured and reaches the best performance, and the structural strength of the repairing area is ensured.

This application provides a method for preparing the edge structure of a multilayer dimming film. The method involves plasma activation treatment of the cut end face of the film to form an activation layer, coating its surface with an interface anchoring liquid to form a flexible anchoring layer, and then applying an edge-sealing agent followed by a three-stage gradient curing process. This achieves high strength, durability, and self-healing capabilities at the film edge. Through the synergistic effect of the interface anchoring liquid and the edge-sealing agent, this method significantly improves the adhesion, protection, and mechanical stability of the film edge, while also exhibiting resistance to environmental aging and self-healing properties. It solves the problems of easy peeling, water seepage, and performance degradation at the edges of traditional dimming films, and has high industrial application value.

The application discloses a flooring component and a flooring. During the process of connecting the second component with the first component, the second protrusion in the edge structure of the second component can squeeze the first protrusion, and the squeezing force is transmitted to the first elastic layer through the first protrusion, causing the first elastic layer to produce elastic deformation, thereby changing the position of the first protrusion, making the opening of the second groove larger, thereby enabling the second protrusion to be smoothly received in the second groove, and the third protrusion to be smoothly received in the first groove, which effectively reduces the installation difficulty between the first component and the second component.