Wall Reinforcement Bracket and Adhesive Strap System

The patent applies composite materials by combining concrete blocks with reinforcement elements (rebars, shotcrete, and structural adhesives) to create a composite wall system. The reinforcement elements are embedded within or attached to the concrete blocks, creating a composite structure that maintains the compressive strength of concrete while adding tensile and lateral load resistance through the reinforcement materials, thereby resolving the contradiction between compressive strength and resistance to lateral loads.

The patent implements local quality by applying reinforcement elements specifically at locations where lateral loads and water pressure are most likely to cause failure, such as at joint locations, corner areas, and sections exposed to water. The reinforcement is concentrated in these critical areas rather than uniformly distributed throughout the entire wall, providing targeted strengthening where needed while maintaining the overall structural integrity and compressive strength of the concrete blocks.

The patent uses composite materials by combining traditional mortar joints with additional reinforcement elements. The mortar joints maintain the simplicity of concrete block construction, while embedded rebars, shotcrete layers, and structural adhesives provide the necessary tensile strength. This composite approach allows the wall to maintain ease of manufacture through simple block laying while gaining enhanced tensile capacity from the reinforcement materials integrated into the mortar joints and block interfaces.

The patent applies local quality by concentrating reinforcement elements at specific locations where tensile forces are most likely to occur, such as at joint interfaces and corner areas. Rather than uniformly reinforcing the entire wall, the reinforcement is strategically placed in these critical zones to provide localized tensile strength enhancement where the mortar joints are most vulnerable to separation under tensile loads.

The patent applies preliminary anti-action by implementing reinforcement elements (rebars, shotcrete, adhesives) before significant deformation and damage occur. The reinforcement system is installed in advance to counteract and prevent the progressive deformation that would otherwise lead to collapse. This preliminary strengthening measure creates resistance against the development of cracks, tilting, and bowing, thereby preventing the progression from stable to collapsed state.

The patent implements preliminary action by performing deformation treatment through reinforcement installation before the structural element undergoes severe deformation or collapse. The reinforcement elements are embedded and secured in advance to stabilize the structural element, preventing progressive deformation. This preliminary intervention maintains structural stability and prevents the eventual collapse that would occur if treatment were delayed until significant deformation had already occurred.