TH12932C3 - Process for the finished wall panels - Google Patents

Abstract

This invention is to improve the installation of prefabricated walls above 3 meters in height by connecting prefabricated wall panels without having to make beams between the bottom wall panels and Top wall plate Where the lower wall panel (2) is connected to the top wall panel (3) by the area of the wall panel joint, round bar (9) is placed on the side with the thickness side of the wall panel. The bottom wall panel (2) supports the gap between the lower wall panel (2) and the top panel (3) to make room for the bonding material (6). (4) make a notch (5) and insert welding material (6) into the notch (5) followed by implantation The shear key (7) goes into the notch joint material (5) until the incision is completely covered and the incision is covered with a crack-resistant net (8). with Anti-crack netting (8) Again, this invention reduces material consumption and saves time in making the beams in time, allowing the construction of tall walls to be made faster. It also saves Labor in construction as well

Claims (9)

1. Process of connecting the finished wall panels There are ways to do it. The installation of the lower wall panels (2) is completed first and left for at least 24 hours, then the top wall panels (3) are installed over the bottom wall headers (2) with the characteristics Special is A round bar (9) is placed on the bonding material (6) at the joint (4) to support the gap and the distance between the joint (4) between the bottom wall plate (2) and the wall plate. On (3), cut a thin wall at the junction (4) into a notch (5) and a binder (6) is inserted into the notch (5), followed by a shear key. (7) into the notch bonding material (5) until the incision is completely covered and covered with the notch (5) with the anti-crack net (8), then the seam (4) is covered all the way with a protective net Crack (8) and cover the anti-crack net with either adhesive mortar or plaster. 2. Process of prefabricated wall panels according to claim No. 1, where round bars (9) can be selected from deformed bars or round bars with a diameter from 7-14 mm. And length from 6-18 cm. one 3. Finishing process according to claim 1, where the bonding material (6) can be selected from cement glue, mortar, non-ching grout ( non shrink grout) or epoxy (either epoxy) 4. Method for joining prefabricated wall panels according to claim No. 1, where the notch (5) has a width of 2-5 cm, a depth of 2-5 cm and a length of 15-35 cm. 5. The process of joining prefabricated wall panels according to claim No. 1, where reinforcement steel (7) can be selected from round bars or deformed bars. With a diameter ranging from 6-12 mm. Length 10-30 cm one. 6. Process of prefabricated wall panels according to claim 1, where the anti-crack mesh (8) can be selected from either fiber glass mesh or metal mesh, whereby Anti-crack net (8) wide from 5-20 cm. 7. Process of prefabricated wall panels according to claim No. 1, where the number of points put Welding materials (6) and reinforcing steel (7) in 1 prefabricated wall is 1-3 points, and the appropriate number of points is 1-2 points. 8. Process for prefabricated wall panels according to claim No. 1, where the seam (4) of connecting the lower wall panels (2) and the top wall panels (3) can be interchangeable. By setting The joints of the wall panels from 10-100 centimeters from each other. 9. Process of finished wall panels according to claim No. 1, where the distance of the joints Between the bottom (2) and the top (3) wall panels are from 7-14 mm, the optimum distance is 10-12 mm.