Structure for preventing door sheet from scratching wall

Abstract

The invention provides a durable structure used for preventing a door sheet from scratching a wall. The structure comprises the sliding door sheet. A mounting cavity is formed in the bottom of the sliding door sheet in the door width direction. A sliding block is arranged in the mounting cavity. One end of the sliding block movably stretches out of the edge of the sliding door sheet. The edge of the portion, stretching out of the sliding door sheet, of the sliding block is an oblique face, and the other end of the sliding block is connected with the mounting cavity through a spring. Accordingto the structure used for preventing the door sheet from scratching the wall, when the sliding door sheet is opened, the sliding block is ejected out from the edge of the bottom of the sliding door sheet under the effect of the spring; when the edge of the sliding door sheet is about to touch the wall, and the sliding block touches the bottom of the wall in advance, so that the situation that theedge of the sliding door sheet touches the wall and consequentially scratches the wall is prevented; and due to the fact that wall tiles are generally attached to the root of the wall in an inlaid mode during indoor decoration, the sliding block can be matched with the wall tiles on the root of the wall so as to completely eliminate impact inertia force generated when the sliding door sheet is opened, and the edge of the sliding door sheet is prevented from making contact with the wall.

Description

technical field [0001] The invention relates to the technical field of door and window structures, in particular to a structure for preventing a door panel from scratching a wall. Background technique [0002] At present, with the improvement of people's living standards, more and more people live in high-floor commercial houses with beautiful scenery. In these families living in commercial housing, most of the inner doors of the house adopt the inner swing door structure. In order to prevent the edge of the inner swing door from colliding with the wall and causing scratches after opening the door, most of the existing ones are installed on the floor. Block the casement door panel from contacting the wall through the ground pin. But, because the side-hung door panels are relatively heavy, the impact inertial force on the ground pins is relatively large, and the ground pins are easily damaged during actual use and lose their proper functions. Contents of the invention [...

AI Technical Summary

Problems solved by technology

In these families living in commercial housing, most of the inner doors of the house adopt the inner swing door structure. In order to prevent the edge of the inner swing door from colliding with the wall and causing scratches after opening the door, most of the existing ones are installed on the floor. Block the casement door panel from contacting the wall by ground pins

However, due to the relatively heavy swing door panel, the impact inertia force against the ground pin is relatively large, and the ground pin is easily damaged during actual use and loses its due function.

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