TH26122Y - Interlocking concrete blocks with rounded ends to reduce resistance. - Google Patents

Abstract

OCR rounded concrete blocks are modular interlocking blocks designed to reduce water resistance. They consist of walls with a rounded front (30) to support water resistance when used as a water barrier. The first side wall has a raised male section (21) that is raised from top to bottom to support the interlocking female section (22). The second side wall has a raised female section (22) that is raised from top to bottom to support the interlocking male section (21). The first concrete block (11) is placed so that the raised male section (21) fits into the female section (22) of the second concrete block (12), and this same pattern extends to the left and right to create a modular interlocking network.

Claims (8)

OCR 1. Rounded concrete block assembled to reduce resistance. It is characterized by being made of concrete blocks (10) made of concrete, having six walls consisting of a top wall, a bottom wall, a left wall, a right wall, a front wall, and a back wall, which serve as the concrete block housing (10) for assembling to make a floor or a water barrier. The center of the concrete block housing (10) is a through hole (20) to serve to support the flow of water or to support the installation of upright posts to keep the concrete block housing (10) in place. It has a special characteristic: the front wall is rounded (30) to support the water resistance when used as a water barrier. The first side wall has a male convex part (21) that is high from the top down to the bottom to support the assembly into the female receiving groove (22). The second side wall has a female receiving groove (22) that is high from the top down to the bottom. The underside serves to support the assembly into the male protrusion (21), by taking the first concrete block (11) so that the male protrusion (21) fits into the female groove (22) of the second concrete block (12), and the same pattern extends to the left and right to create a network of interlocking layers. 2. Rounded concrete blocks that are interlocking to reduce resistance, according to claim 1, where the front wall is curved (30) in a U shape. 3. Rounded concrete blocks that are interlocking to reduce resistance, according to claim 1, where the male convex part (21) shall have a geometric shape of selectable from square, trapezoid, U shape. 4. Rounded concrete blocks that are interlocking to reduce resistance, according to claim 1, where the female groove (22) shall have a geometric shape of which a choice can be made from square, trapezoid, or U shape. 5. Rounded concrete blocks that are assembled to reduce resistance, according to claim 1, where the top wall is flat to support the stacking of a certain number of concrete blocks (10) together, and the bottom wall is flat to support the stacking of a certain number of concrete blocks (10) together. 6. Rounded concrete block with interlocking joints to reduce resistance according to claim 1, where the bottom wall has grooves (31) which are shaped like sockets formed from front to back along the length of the concrete block (10) to accommodate water flow and to allow for the use of lifting equipment to move the concrete block (10). 7. Rounded concrete block with interlocking joints to reduce resistance, according to claim 6, where the groove (31) which is a socket shape will have a geometric shape which can be selected from square, rectangle, gut, U shape. 8. Interlocking rounded concrete blocks to reduce water resistance. According to any one of the claims 1-7, a number of concrete blocks (10) are interlocked by placing the first concrete block (11) so that its male convex part (21) fits into the female receiving groove (22) of the second concrete block (12), and the same pattern is extended to the left and right to create the first layer (1) of the network. The third concrete block (13) is placed so that its male convex part (21) fits into the female receiving groove (22) of the fourth concrete block (14), and the same pattern is extended to the left and right to create the second layer (2) of the network. The first layer (1) and the second layer (2) of the concrete block network are arranged in a zigzag pattern with the concrete blocks (10) in opposite directions, and this pattern is continued for the third layer and the fourth layer of the concrete block network to reduce water resistance.