38results about How to "Conducive to earthquake resistance of the structure" patented technology

The built-in self-resetting steel plate support of the assembled wallboard, the present invention relates to the built-in self-resetting support of the wallboard, and the present invention aims to solve the problem of the residual plastic deformation of the support after the large axial yield of the support in the wallboard built-in support and rod-shaped anti-buckling support in the prior art Adverse effects on the use and function of the structure, the weight of the wall panels is large, and it is not easy to inspect and replace the steel support, and the existing concrete wall panels have built-in unbonded supports that deteriorate the ductility and energy consumption of the steel support due to wall panel punching damage Capability, in the application of rod-shaped anti-buckling braces, it is necessary to make additional filling walls. The axial deformation capacity of the existing rod-shaped self-resetting braces is limited by the elastic deformation capacity of the reset members. It includes walls and self-resetting bracing mechanisms, and self-resetting The supporting mechanism includes a supporting steel plate, a compressed spring assembly, a push-pull block, a channel steel, a cover plate, a hat-shaped steel, a fixed steel plate, a fixed tension plate, a push-pull rod and an end plate. field.

The invention provides an H-shaped steel concrete column with a high-strength spiral hoop and a restraining high-strength wide flange and relates to a sectional steel concrete column. The defects of the present I-shaped and H-shaped steel concrete columns that the construction is difficult, the anti-bending function of the sectional steel is not completely utilized because a concrete protecting layer is thick, and the high-strength sectional steel is easy to press and deflect are overcome. A longitudinal reinforcement is abolished, a steel area is converted into the sectional steel flange and the construction and the design of the sectional steel concrete column are convenient to perform. The spiral hoop is a high-strength rectangular spiral hoop; the inner side of the spiral hoop of the restraining sectional steel flange is clung to the surface of the sectional steel flange; and an unstable critical stress of the sectional steel flange is increased by a free edge of the restraining sectional steel flange; the spiral hoop is tightly combined with the flange, so that a function of a bolt is achieved and the concrete can more effectively coordinate with the sectional steel; the concrete protecting layer of the sectional steel is 30-40mm thick, thereby being fireproof requirement and fully utilizing the anti-bending function of the sectional steel; a screw pitch of the rectangular spiral hoop is 0-60mm, so that the restraining condition of the free edge of the restraining sectional steel flange is obviously improved; and the H-shaped steel concrete column provided by the invention is applied to a sectional steel concrete structure.

The present invention discloses a structural beam in a calcium carbide production device, and the structural beam includes a concrete trigeminal beam formed at one point by three extremities in the form of chevron. An angle between adjacent extremities is 120 degrees, and an upper steel plate, an intermediate steel plate and a lower steel plate are arranged at the lower position of each extremity. A plurality of reinforced steel bars are arranged on each layer of the steel plate, the reinforced steel bar are connected with the reinforced steel bar of the other two extremities at the same layer, slurry is poured among the steel plates, the top of the upper layer of the steel plate is welded with stirrups connected with beams, and a lateral wall steel plate is welded on the external side of the adjacent steel plate. The structural beam in the present invention removes the disadvantages of uneven feeding, high and large building in the straight line feeding of the calcium carbide production technology, realizes the loop feeding in the calcium carbide technology production technology; under the prerequisite of meeting the production technology, the present invention has the advantages of compact plane arrangement, reasonable building height, structural shockproof, saving civil engineering investment, etc.

The invention relates to a vitrified microsphere thermal insulation acoustical board, which has components as follows: vitrified microsphere, expanded perlite, cement, re-dispersible latex powder, water, methyl hydroxyethylcellulose ether, blended fiber, motor micropore plasticizer and water reducer. The preparation method includes the following steps: the components are evenly mixed; the mixed material is rolled by a roller press and is parched and cut after standing. Through inspection, thermal insulation performance of the vitrified microsphere thermal insulation acoustical board is much better than the prior organic product. Little cement consumption can directly cause reduction of thermal insulation coefficient; at the same time, dead weight is greatly lightened so that the formed sheet with lightened dead weight can improve the stress performance of building structure and is in favor of structural anti-seismic. Furthermore, as the vitrified microsphere and expanded perlite have fireproof, high and low temperature resistant and anti-aging performance, the fireproof performance and durability of the thermal insulation acoustical board can be improved. The vitrified microspherethermal insulation acoustical board can meet the need of structural element for strength and also greatly reduce energy consumption of the building to meet the need of building energy-saving standardof our country.

The invention discloses a partition board material, comprising, in percentage by mass, 40-50% of cement, 15-30% of calcium silicate, 5-10% of polyethylene, 5-10% of expanded perlite, 7-10% of fly ash, 2-5% of white emulsion, 1-3% of adhesive 801, 2-4% of adhesive 916, 1-3% of glass adhesive, 1-3% of powder wallpaper adhesive, 1-3% of chopped fibres and 1-4% of gypsum, wherein the materials can be used for preparing the partition board material after being uniformly mixed. The partition board material is heat-insulated and good in fireproof performance.