38results about How to "Realize modular construction" patented technology

The invention provides an anti-freezing modular lightweight green slope roofing system and a construction method thereof. The roofing system includes a structural layer and an equipment unit. The structural layer from the bottom up includes a root barrier layer (100), a water filtering layer (200) and a planting layer (300), wherein the root barrier layer (100) is used for inhibiting plant roots from entering a building structure and plays a leakage prevention effect; the water filtering layer (200) is used for filtering irrigation water and draining the irrigation water out of a roofing structure; and the planting layer (300) is used for supporting plant growth. The equipment unit includes an irrigation anti-freezing device, so that automatic irrigation can be carried out at low temperatures during a frost period. A plurality of interconnected planting rows (400) are arranged on the root barrier layer (100) to implement modularization of the roofing system. The roofing system and theconstruction method thereof can effectively solve problems such as difficult irrigation during the frost period, soil erosion, pipeline blockage, high plant management cost and difficult repair, create positive effects, and are conducive to being popularized and used.

The handle assembly (1) has handle support (3) that is fastened to inside (4) of door (2) of motor vehicle. The handle support is pivotally mounted with handle element that is extended to outside (6) of door via door outbreak (8). The handle support is mounted together with hollow casing (5) outside the door, during the mountable state so as to hermetically seal the handle assembly in outside of door.

The invention discloses a ground construction process for a centralized control room of a ship. The construction process: first complete the construction of the ground structure and the top structure of the centralized control room, and then complete the assembly and welding of the outfitting parts arranged on the ground structure and the top structure of the centralized control room, and then install the large-scale equipment on the ground structure. Mount and weld the top structure and the ground structure to form an integral cabin; then complete hot-fire operations such as repair welding of outfitting parts on all wall connections; then polish and paint all external surfaces in the centralized control room; finally complete the integrated All installation work of electrical equipment, mechanical equipment and residential equipment in the control room. The construction process of the ship’s centralized control room and the installation of the outfitting project (electrical equipment, mechanical equipment, and residential equipment) of the centralized control room have been completed before the cabin structure of the centralized control room is mounted on the ship and the engine room is formed. The quantity is greatly reduced, thereby shortening the construction period of the whole ship in the dock (sway), improving the efficiency of shipbuilding and the lean shipbuilding capacity of the shipyard.

The invention relates to a modular green roof system. The modular green roof system comprises a plurality of module boxes (1) ; the bottom surface of the module box (1) is in a saw tooth structure (3), each tooth valley is provided with a perforated pipe (4), and two ends of the perforated pipe are communicated with a water collecting pipe (2) ; the middle of the water collecting pipe is connectedwith a drainage vertical pipe (5), the upper end of the drainage vertical pipe is communicated with a drainage pipe (6), and the drainage pipe is also communicated with a reservoir (7) ; a drainage layer (8), a filter layer (9), a planting layer (10) and an ultrahigh area are sequentially arranged in the module box (1) from bottom to top; a cathode (11) and an anode (12) which are communicated with each other are respectively embedded in the drainage layer and the planting layer; landscape plants are planted in the planting layer (10) and a humidity sensor (13) and a perforated buried irrigation pipeline (14) are buried in the planting layer; the perforated buried irrigation pipeline (14) is communicated with a submersible pump (15) at the bottom of the reservoir (7). According to the modular green roof system, high-efficiency regulation and control of nitrogen and phosphorus can be realized through modularization reconstruction of the green roof.

The invention discloses a precast box beam reinforcement binding mold. The precast box beam reinforcement binding mold comprises a base plate,extension rods, pulleys, a frame, a groove, T-shaped plates, reinforcement placing grooves, a middle plate, triangular plates and a traction block, and is characterized in that the frame and the T-shaped plates form a top plate reinforcement skeleton; the T-shaped plates are fixedly mounted at the two ends of the frame; the T-shaped plates are provided with multiple reinforcement placing grooves arranged in an arithmetic progression manner; the middle plate is fixedly mounted on the frame; the top plate reinforcement skeleton is fixedly mounted on the base plate; the base is provided with the groove; chutes are formed in the two sides of the groove;the triangular plates are mounted in the two chutes; the traction block is fixedly mounted on the base plate; the extension rods are fixedly mounted at four corners of the lower top surface of the base plate; and the pulleys are mounted on the four extension rods. The precast box beam reinforcement binding mold prevents direct machining of reinforcements on a rack to cause pollution of a base plate demolding agent, improves the appearance quality, realizes accurate positioning of reinforcements, is low in workload and high in precision, and controls the pass percent of reinforcement protectionlayers of precast box beams.

The invention discloses an integrated stacked special-shaped wooden suspended ceiling design structure which comprises a suspended ceiling base layer, a connecting mechanism, a first suspended ceiling layer and a second suspended ceiling layer, the first suspended ceiling layer is arranged below the suspended ceiling base layer, the connecting mechanism is arranged between the first suspended ceiling layer and the suspended ceiling base layer, one end of the connecting mechanism is connected to the suspended ceiling base layer, and the other end of the connecting mechanism is connected to the second suspended ceiling layer. The other end of the connecting mechanism is connected to the first suspended ceiling layer, the second suspended ceiling layer is arranged below the first suspended ceiling layer and comprises a first suspended ceiling unit and a second suspended ceiling unit, a plurality of first connecting parts are arranged on the first suspended ceiling unit, and the first connecting parts penetrate through the first suspended ceiling layer to be connected to the suspended ceiling base layer. Second suspended ceiling units are symmetrically arranged on the two sides of the first suspended ceiling unit, a plurality of second connecting parts are arranged on the second suspended ceiling units, and the second connecting parts are connected to the first suspended ceiling layer. The problems that the stacked special-shaped wooden suspended ceiling is high in construction difficulty and low in efficiency can be solved.