TH9410A3 - Improved interlocking concrete block bricks - Google Patents

Abstract

DC60 (14/10/57) Improved interlocking concrete block bricks Is a system to connect (interlocking block) with special characteristics The two lateral surfaces of the front wall (10) and the back wall (20) along the height from the top wall (30) to the lower wall (40) are angled at an angle of more than 90 degrees. (11) to form a V-shaped groove for plastering (12) to act as a mortar receiving groove Plastered to cover side joints between bricks and concrete blocks. The joints are joined together with the upper wall surface (30) and the right wall surface (50) and the left side wall surface (60) part of the second wave (34) as the anchor. Catch the plaster With that way The second wave (34) at the right wall surface (50) and the second wave (34) at the left wall surface (60) are parallel to each other. Improve Is a system to connect (interlocking block) with special characteristics The two lateral surfaces of the front wall (10) and the back wall (60) along the height from the top wall (30) to the lower wall (40) are angled by more than 90. Degree (11) to form a V-shaped groove (12) to serve as a groove for mortar To cover the side joints between bricks and concrete blocks. The joints are joined together by the upper wall surface (30) and the right wall surface (50) and the left side wall surface (60), the second wave (34). Duty to hold plaster With a way that The second wave (34) at the right wall surface (50) and the second wave (34) at the left wall surface (60) are parallel.

Claims (1)

1. Improved interlocking concrete block bricks According to this invention, the front wall (10), the back wall (20), the top wall (30), the bottom wall (40), the right wall (50) and the left wall (60) the surface area of the upper wall (30) ) There will be a first pivot (31) positioned from the right wall (50) to the left wall (60) with the circular ridge sequence rising from the plane surface of the upper wall (30). The first shoulder support (41), located on the lower wall (40) of the second slotted concrete block, raised to the center of the first pivot (31), is the through hole (7). Reaching the bottom wall (40). On the surface of the bottom wall (40) there is the first pivot socket (41), placing the position order from the right wall (50) to the left wall (60) with the socket. Take the circular part below the plane surface of the bottom wall (40) and attach it to the first dowel (31) located on the top (30) of the second concrete block to the section. The center of the first pivot socket (41) is the through hole (70) to the upper wall bucket (30) .And the surface of the right wall (50) is the second spur (51) with a ribbed body. Higher from The cross surface of the right wall (50) along the height from the top wall (30) to the lower wall (40). At the second spur (51) there are two fangs (52) between the The two fangs have a mortar loading area (71), two fangs (52), between the two fangs there is a mortar loading area (71) that does not stick to the left wall surface (60). ) Of the second dowel (61) to form the mortar loading area (71) in this position, with the second (51) connecting to the second dowel (61) located on the left wall ( 60) of the second concrete block bricks To connect together to make a long way out Left side and right side On the left side wall surface (60) there is a second pivot socket (61) with a lower socket. The plane surface of the left wall (60) serves to connect to the second dowel (51) located on the right wall (50) of the concreted concrete plank to be joined to the end. Left side And right side With special characteristics On the right wall surface (50), one part has a second wave (34) with a non- Smooth and wavy A number of lengths along the height from the upper wall (30) to the lower wall (40) are used to hold the plaster by the second wave (34) at the side wall surface (50) and the wave at Two (34) on the left surface area. (60) shall be in parallel. On the left part of the left wall surface (60) there is a second wave (34) with a non Smooth and wavy A number of lengths along the height from the top wall (30) to the lower wall (40) to hold the plaster by The second wave 34) at the left wall surface (60) and the second wave (34) at the right wall surface (50) are parallel. At the top of the wall surface (30) there is a wave (33) with an uneven and wavy surface to hold the plaster.