Mortar-free building block for eliminating energy and reducing shock

Abstract

A mortar-free block based on energy dissipation and shock absorption, which includes several conical cavities arranged in parallel and with the bottom set as a plane, and a conical boss connected to the center of the top of the conical cavity to form a block body. The side end of the block body is provided with a concave cavity or a protrusion. When the cone at the top of the block body cooperates and superimposes with the cone cavity at the bottom of the other block body, the technical scheme of the hollow cone cavity masonry is formed; it realizes the The rapid and accurate positioning of the block body masonry has opened up the precedent of positioning with a cone surface in this industry; it has better solved the existing building block body with interlocking functions, and there are still few masonry functions, and there are joint gaps between the convex platform and the concave surface Larger, the amount of mortar is more, the positioning error is large, which affects the quality of the masonry, and the gaps and mortar increase the thickness of the masonry and the consumption of raw materials and other unresolved problems; it is suitable for civil and industrial masonry; it is more suitable for earthquake-prone areas earthquake-resistant building materials.

Description

technical field [0001] The invention relates to a mortar-free block based on energy dissipation and shock absorption. Background technique [0002] The existing building block body with interlocking function, especially the block body with interlocking function involving common building materials, has become the focus of current research and development work. But they still have unresolved problems: (1) The gap between the boss and the concave surface is large, and the amount of mortar is large, which affects the quality of the masonry; (2) The gap and mortar increase the thickness of the masonry and the consumption of raw materials; (3) The gap increases the positioning error; (4) the structure is more complex and has fewer functions; (5) the complex structure increases the difficulty of the manufacturing process; (6) the production cycle is long, the use cost is high, and it is not easy to popularize. Contents of the invention [0003] In view of the above situation, th...

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Problems solved by technology

But they still have unresolved problems: (1) The gap between the boss and the concave surface is large, and the amount of mortar is large, which affects the quality of the masonry; (2) The gap and mortar increase the thickness of the masonry and the consumption of raw materials; (3) The gap increases the positioning error; (4) the structure is more complex and has fewer functions; (5) the complex structure increases the difficulty of the manufacturing process; (6) the production cycle is long and the cost of use is high, and it is not easy to popularize

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