4results about How to "Reduce building height" patented technology

The utility model discloses a composite earth and rockfill dam structure, particularly discloses a composite earth and rockfill dam structure for water conservancy and hydropower engineering, and belongs to the technical field of design and manufacturing of water conservancy and hydropower engineering structures. The composite earth and rockfill dam structure for the water conservancy and hydropower engineering can remarkably reduce the height of the top of an earth and rockfill dam and improve the view of an upstream dam. The composite earth and rockfill dam structure comprises an earth and rockfill dam body and further comprises an anti-wave digestion system, and the anti-wave digestion system is arranged at the top of the earth and rockfill dam body on the upstream side. And the climbing height of water and waves is reduced and limited by the wave-resistant digestion system.

The utility model discloses a steel structure building with integrated decoration module, including steel structure frame main part and the integrated module of setting in steel structure frame main part, steel structure frame main part is set up to make its bottom to be in the air, and the steel structure frame main part all is provided with open hole around, bottom and top, the bottom support steel beam of integrated module bottom is provided with being suitable for with steel structure frame main part connection, and the placing groove of being suitable for placing electromechanical system is set up on integrated module. It is convenient to install integrated module in steel structure frame main part through open hole, makes the installation not be restricted, and also can install from the side or bottom after steel structure frame main part is capped, has reduced the installation difficulty. Through placing groove, can install electromechanical system directly before decoration, only needs to connect the pipeline on electromechanical system with the power supply on the scene after entering the scene, need not carry out the opening and installation of electromechanical system in the construction site, has saved the massive construction procedure and manual labor of on -the -spot electromechanical installation.

The present invention discloses a filling slurry preparation system and a preparation method thereof, wherein the preparation system comprises a thickener, an emergency tank, a stirring system, a filling pump, and a cement conveying and metering device installed at a discharge port of a cement silo, the thickener and the filling pump are both arranged on the ground, a stepped pit is dug under the ground, the stirring system is composed of a high-speed flexible mixer, the high-speed flexible mixer and the emergency tank are arranged in the pit from top to bottom, a hopper and / or a thickening slurry pump is also arranged in the pit between the high-speed flexible mixer and the emergency tank, the sand discharge port of the thickener and the delivery port of the cement conveying and metering device are both connected to the feed port of the high-speed flexible mixer, the hopper is connected between the discharge port of the high-speed flexible mixer and the filling borehole of the underground filling pipe network, and the thickening slurry pump is connected between the discharge port of the high-speed flexible mixer and the pump hopper of the filling pump. The present invention has fewer slurry preparation links, reduces the investment in plant construction, and has flexible equipment layout.

The present invention discloses a segment-bolted rigid frame bridge, comprising a plurality of prefabricated main beam segments, piers, and prefabricated cross beams. Two adjacent prefabricated main beam segments are bolted together by prefabricated cross beams, and the piers are inserted into the prefabricated cross beams to form a hidden cross beam structure. By hiding the cap beam in the main beam structure, the building height is reduced and the aesthetics is improved. The hidden cross beam structure is made into a steel prefabricated part, which has a small lifting weight and is convenient for on-site construction. Slot holes are arranged inside the prefabricated cross beams, and cross beam shear connectors are arranged in the slot holes. The extended section of the pier column is inserted into the slot hole, and the rigid connection between the pier column and the cap beam is achieved through high-strength concrete slurry. The advantages of the system are utilized to reduce the steel consumption of the structure and save the construction cost. At the same time, a construction method is disclosed, in which the main manufacturing of the main beam structure is placed in the prefabrication plant, which is conducive to ensuring the quality of the project, is suitable for steel-concrete composite beams with larger spans, and is conducive to giving full play to the structural advantages of the steel-concrete composite beams, and has good technical and economic benefits and broad application prospects.