Wall-mounted void cover for building foundations.

Abstract

OCR The wall-mounted void cover consists of a wall gap cover section and a floor anchoring section. Wall gap fillers are unique because they are made from flexible material that can conform to the curved walls of a building. The center of the sheet has a long groove, making it easy to bend the sheet along the groove or to cut it in half for covering. The building is simple; the lower part of the facade is divided into small horizontal rectangular sections with a structure. The back side is a mesh that holds all the rectangular transverse pieces together, serving to stretch and increase the length of the sheet. Sealing the voids under the building allows the panel to stretch to its longer length, preventing the creation of new gaps when the ground around the building settles. Over time, anchors are used to secure the void-filling plates under the building to the surrounding ground, ensuring their stability. It does not fold or tilt due to the lateral pressure of the newly filled soil, and there are two fins at the end. When the soil... When the structure subsides, these two fins will extend, preventing the pin from being pulled out of the ground.

Claims

OCR 1. Wall-mounted void cover with specific characteristics, consisting of body part (1) made of Flexible plastic, in the form of a flat, rectangular sheet with a smooth surface on the front, and a smooth center area. The vertical axis of the body plate (1) is designed with anterior longitudinal grooves (4) and posterior longitudinal grooves (5) along the entire length of the body. The body is divided into left and right sides. In the upper part of the body (1), on both sides, there are oval holes (2) that penetrate through the section. The body, for attachment to the building surface, has an indentation around the oval hole (2) for attaching the oval plug (3). The rear part of the body (1) has a beam structure (6) which is in the form of a square frame arranged in a row. Similar to a net, but separated independently on both sides along the long grooves, in the position where an oval hole (2) is drilled through from On the front, there is a small rectangular beam (7) attached to the edge of the oval-shaped wall (2) around all four sides to the beam (6). The lower part of the void cover under the building is designed to be a small horizontal rectangle. (8) 12 pieces and the back uses a mesh structure (9) that has the shape of a trapezoid when viewed from above, placed The horizontal section is divided into left and right sides, serving to hold all the horizontal rectangles (8) together. The top edge of the mesh structure (the first 9 pieces) is attached to a flat plate (1 1) with trapezoidal ends. It is perpendicular to the back of the body section (1) and the bottom edge of the last mesh structure (9) is attached to A flat plate (12) with trapezoidal ends, perpendicular to the back of the body (1) at the midpoint. Below the flat plate (12 on both sides there is one flat plate (14) that is triangular in shape, in a straight line. Intersecting with the flat plate (12) at the lower end of the body (1), there is a flat plate (10) that is shaped like an L. Extending in a direction perpendicular to the body (1) On top of the flat plate (10), on each side there are 2 flat plates (13) in the shape of triangles. Position them parallel to each other in the left, right, and center positions of the flat plate (10) between the flat plates (13). Both have round holes (15) drilled through them for inserting the ground anchors (17) to secure the flat plate (10) to the ground above. And the bottom of the round hole (15) has a raised, cylindrical tube-shaped edge that increases the thickness of the round hole (15) at the bottom. Of the flat plates (10) on each side, there are 2 flat plates (16) on each side with trapezoidal ends, in the form of Two parallel longitudinal lines from left to right, the entire structure makes the flat plate (10) strong. It is flexible and can withstand the tensile force of the ground pulling the floor anchors down vertically.

2. Wall-mounted void cover under the building, according to claim 1, where the floor anchors (17) are designed appropriately. It helps improve the adhesion efficiency to building surfaces. It is divided into head bolts (171) which are flat in shape. Thick cylinder, beveled edges on both sides, and body lock (172) with a smaller diameter than the head lock. (171) The body section (172) is carved into 10 cylindrical segments, each segment having the shape of a cone. The head has a larger diameter than the tip, with each segment having a smaller diameter. In order towards the end of the bolt, the end of the bolt (173) is a long cylindrical shape with a pointed end, at the The pointed end has long fins (174), semicircular cylinder shape, 2 fins, protruding from the end of the bolt in the direction Conversely, the end of the long fin (174) attached to the end of the bolt (175) has a concave surface. The grooves create pivot points so that the long fins (174) can be folded.

3. Wall-mounted void cover under building according to claim 1 or 2. Body material (1) made from Flexible plastics, or tough and elastic materials, include PVC (Polyinylchloride) and PP (Polypropylene) plastics. (Polypropylene) Either one.

4. Wall-mounted void cover under building, according to claim 1, material for making the oval plug (3) is made of Flexible plastics, or tough and elastic materials, include PVC (Polyvinylchloride) and PP (Polypropylene) plastics. (Polypropylene) Either one.

5. Wall-mounted void cover under building according to claim 1 or 2. Material for making floor anchors (17) made from Rigid plastics include PVC (Polyvinylchloride) and HDPE (High Density Polyethylene). Either polypropylene (PP) or ABS (Acrylonitrile Butadiene Styrene).

6. Wall-mounted void cover under the building, according to claim 1, where an elliptical hole (2) penetrates the body section, can Secure it to a concrete or wooden building surface using nuts, bolts, screws, or nails.

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