35results about How to "Reduce building construction costs" patented technology

The invention discloses a special construction hoist in a hoistway. The special construction hoist comprises a main track, a sub track, a main track bracket, a sub track bracket, a traction machine, traction ropes, a lift car and a counterweight block, wherein the main track and the sub track are adjustably mounted on the inner wall of the hoistway through the main track bracket and the sub track bracket separately; the lift car moves up and down along the main track and the sub track; a main spandrel girder is arranged at the upper part of the hoistway; a traction wheel and a guide wheel are arranged on the spandrel girder; the lift car and the counterweight block are connected at the two ends of the traction ropes separately; the traction ropes are driven by the traction machine; the size of the lift car depends on the size of the hoistway; and the lift car can freely extend and retract between 1700 mm to 2200 mm. According to the special construction hoist, mounting is convenient; during mounting, positions of the main track bracket and the sub track bracket can be adjusted according to the size of the hoistway, and clearances between the hoistway wall and the main track and between the hoistway wall and the sub track are adjusted; the smaller the clearances are, the larger the size of the adopted lift car can be, and the more the cargo transported at a time is; and the space of the hoistway is fully utilized, labor intensity of construction personnel is greatly reduced, project progress is quickened, and working efficiency is obviously improved.

The invention relates to a building construction lifting platform capable of feeding materials circularly. The building construction lifting platform capable of feeding materials circularly comprises a safety rack, a horizontal lifting platform body, a plurality of lead screws capable of vertically rotating and a vertical material barrel, wherein a connecting block capable of rotating horizontally is arranged on the lifting platform body; the lead screws vertically penetrate through the connecting block and are connected with the connecting block via lead screw threads; two friction half rings capable of rotating horizontally are arranged on the connecting block; one end of each friction half ring is hinged to the connecting block; a rotating block capable of rotating horizontally is arranged at the other end of each friction half ring; the rotating blocks on the two friction half rings are connected via a bolt; a support frame which is in threaded connection with the lead screw is arranged on the lower part of the material barrel; the upper end of the material barrel can slidably penetrate through the lifting platform body; a chain wheel is arranged on the lower part of each lead screw; and the chain wheels are connected together via a chain. The building construction lifting platform capable of feeding materials circularly is skillful in structure and convenient to operate; the used materials are less; the building construction lifting platform is built simply; the practicality is high; and the safety is also high.

The invention discloses a movable building lifting device. The device comprises a bottom plate, a case is fixedly connected to the top of the bottom plate, hydraulic telescopic cylinders are fixedly connected to the two sides of the top of the inner wall of the case, piston discs are slidably connected into the hydraulic telescopic cylinders, and hydraulic rods are fixedly connected to the bottomsof the piston discs. The bottom ends of the hydraulic rods penetrate through the hydraulic telescopic cylinders and extend to the bottoms of the hydraulic telescopic cylinders. The invention relatesto the technical field of building equipment. According to the movable building lifting device, the problem that a constructor inconveniently moves the lifting device is well solved, the constructor does not need to spend a large amount of time in disassembling the lifting device and reassembling and fixing the lifting device to another construction position, the workload of the constructor is reduced, and the working efficiency of the constructor is improved; and the whole lifting device can be rapidly and conveniently moved, the purpose of reducing the building construction cost is achieved,and therefore great convenience is brought to building construction work of the constructor .

The invention relates to a pond circulating aquaculture water treatment system. The pond circulating aquaculture water treatment system comprises a biological purification tank arranged at a central position of an aquaculture pond, wherein a separation well is arranged at a central position of the biological purification tank; a lifting pump is installed in a circulating pump well at a central position of the separation well; the pond circulating aquaculture water treatment system further comprises an ultraviolet disinfection well arranged on an outer side of a biological purification tank wall; an inner end of an embedded water outlet transverse pipe below a foundation slab of the aquaculture pond is connected with a water outlet inner longitudinal pipe, and an outer end is connected with a water outlet outer longitudinal pipe; an upper end opening of the water outlet inner longitudinal pipe is located in the disinfection well and a water outlet of the water outlet outer longitudinal pipe is located below a liquid level of an outer edge of the aquaculture pond; a sump pit is arranged at a central position of the foundation slab of the aquaculture pond and the sump pit is connected with a blow-down pipe; a separation well blow-down pipe is installed between the separation well and the sump pit. Circulating water filtration, biological purification and ultraviolet disinfection treatment are completed in the aquaculture pond, pump power is needed only in a return water lifting process, no power is needed in other circulating and blow-down processes, the power consumption is reduced and the water treatment efficiency is improved.

A cost-effective and expeditious method for attaching a water channel layer to lath pre-installation, for subsequent application to an inner wall structure, increasing the efficiency and decreasing the cost of building construction, and also encompasses the stock material made thereby. In one form, there is a stapling frame equipped to be placed in juxtaposition to a water channel layer atop a layer of lath on and adjacent surface. A plurality of staplers mounted to the frame then combine the water channel layer and lath to form an integrated stock material that can then be used in a wall structure.

The invention discloses an automatic brick stacking device, and belongs to the technical field of transportation or storage devices. The automatic brick stacking device comprises a mechanical part, a hydraulic part and an electric control part, wherein the mechanical part comprises a movable base and a coursed brick lifting and stacking device; the movable base comprises a main body frame and a horizontal lifting rail installed at the top of the main body frame; the interior space of the main body frame is sequentially divided into a carrying plate collection area, a loading area, a coursed brick placement attitude adjustment area and a coursed brick stacking area along a direction from the left end of the lifting rail to the right end thereof. According to the invention, the purpose of automatic stacking for building brick blocks is achieved, the working efficiency of stacking operation for the building brick blocks is improved, and the labour intensity of operators, and building construction cost are reduced.

The invention discloses a slope hoisting and crushing system for a deep open-pit mine, which comprises rails laid at the top of a deep open pit and on a slope, and a winch arranged at the top of the pit. Steel structure box beams are combined and mounted on the slope of the pit; the rails on the slope are laid on the steel structure box beams; tramcars are arranged on the rails; the winch is connected with the tramcars by a hoisting sheave guide device and a steel wire rope group; a dumping platform is arranged on a deep working step of the pit; the tramcars on the deep working step of the pit receive ore on the dumping platform through an automobile; a crushing station receiving tank and a coarse crushing machine are arranged at the top of the pit and located below the rails; the tramcar is hoisted to the top of the pit by the winch and unloads the ore into the crushing station receiving tank; and the ore is conveyed to a dressing plant or a refuse dump by a belt conveyor after crushed by the coarse crushing machine. The system has the characteristics of low mining and rock stripping cost, flexibility, convenience, small hoisting pull, greenness, environmental protection, high efficiency, energy conservation, good safety and reliability, large application scope and the like.