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2 results about "Adobe" patented technology
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Adobe (/əˈdoʊbi/ ; [aˈðoβe]) (Arabic: الطوب, romanized: aṭ-ṭūb) is a building material made from earth and organic materials. Adobe is Spanish for mudbrick, but in some English-speaking regions of Spanish heritage, the term is used to refer to any kind of earth construction. Most adobe buildings are similar in appearance to cob and rammed earth buildings. Adobe is among the earliest building materials, and is used throughout the world.
A kind of slope farmland soil erosion measuring tank
The utility model relates to the technical field of determination tank, especially for a kind of slope farmland soil erosion determination tank, including fixed tank, the inside of fixed tank is slidably provided with sliding groove, the one side of sliding groove is fixedly provided with air blowing pump, air blowing pump is connectly provided with air jet pipe by pipeline, the inside of sliding groove is fixedly provided with several spray pipes, the bottom of sliding groove is fixedly provided with adobe tray, sliding groove can flexibly slide in fixed tank, can adjust position according to the size of adobe sample or experimental requirement, greatly improve the flexibility and adaptability of experiment, simultaneously, after sliding groove is received in fixed tank, device volume is greatly reduced, it is convenient to store and store, save space, the bottom of device is equipped with universal wheel, can be easily moved to different experimental sites, without complex disassembly and assembly process, greatly improve experimental efficiency, especially applicable to the situation needing to be experimented in multiple locations.
Owner:NORTHEAST INST OF GEOGRAPHY & AGRIECOLOGY C A S
A reinforced connection structure to prevent the floor slabs from separating from the adobe walls in Tibetan-style fortified houses.
This utility model discloses a reinforced connection structure to prevent the floor slab from separating from the adobe wall in a Tibetan-style fortified house. It includes several angle steels, tie bolts (first and second), and nuts. A through hole is formed in the floor slab, with angle steels on both outer sides of the through hole. The angle steels are fixed to the floor slab by the tie bolts and nuts. The end of the floor slab is sealed to the adobe wall with polyurea grout. The other end of the angle steels is connected to the adobe wall by nuts, tie bolts (second), and a steel plate. The reinforcement method designed in this utility model is scientifically sound and innovatively employs a rubber-based elastic colloid for synergistic reinforcement of the floor slab and adobe wall. Combined with the strengthening effect of the tie bolts, it improves the tensile strength of the joints while preserving the sliding energy dissipation mechanism between the floor slab and the adobe wall, enhancing seismic energy dissipation. The combined action of the rubber-based elastic colloid and the high-strength tie bolts reduces the likelihood of the floor slab continuously separating, ultimately completing the reinforcement of the load-bearing wooden components of the Tibetan-style fortified house.
Owner:SHAANXI ACAD OF ARCHITECTONICS +2