36results about How to "Save construction land" patented technology

The invention discloses a feeding grate of a garbage incinerator and the garbage incinerator. The feeding grate of the garbage incinerator comprises a feeding platform and a plurality of feeding trolleys abreast arranged on the feeding platform, the width of each feeding trolley at the two sides is smaller than that of the feeding trolley at the middle, and the feeding frequency of each feeding trolley at the two sides is larger than that of the feeding trolley at the middle. The feeding grate of the garbage incinerator has advantages that the large-capacity garbage incinerator grate is capable of greatly improving the economical benefit, to be specific, the construction land and cost are saved, the equipment cost is saved, the cost of the large-capacity incinerator feeding grate is much lower than that of several small garbage incinerator feeding grates with the corresponding capacity, and the mounting and debugging time and cost are less.

The invention provides a pre-fabricated specially-shaped hollow pile for a deep foundation pit supporting structure and a construction method of the pre-fabricated specially-shaped hollow pile. The pre-fabricated specially-shaped hollow pile comprises a pre-fabricated specially-shaped hollow pile body with a rectangular side and a strip pre-fabricated specially-shaped hollow pile body. The construction method includes (1) arranging a base layer: placing the pre-fabricated specially-shaped hollow pile body with the rectangular side and a taper base surface in a rectangular position of a base pit along an axis of a wall, sequentially placing the strip pre-fabricated specially-shaped hollow pile bodies with tapered base surfaces in the rest positions, and performing welding connection or reserving gaps among suspension walls of the pre-fabricated specially-shaped hollow pile bodies; using a mechanical method to perform whole or local or single pressing; (2) arranging layers above the base player; aligning and welding the pre-fabricated specially-shaped hollow pile body with a steel plate reserved for welding on the base surface and the pre-fabricated specially-shaped hollow pile body on the base layer in the vertical direction; welding or not welding a suspension wall between the two pre-fabricated specially-shaped hollow pile bodies in the horizontal direction. The pre-fabricated specially-shaped hollow pile is particularly applicable to intermediate and small underground parking garages and operable in construction environment with narrow fields.

The invention provides a constructing method of a prefabricated lifting column and lifting beam combined frame structure. The constructing method comprises the following steps of (1) excavating a foundation pit and pouring rebar concrete foundation, (2) leveling terrace and placing layers of prefabricated concrete beams, (3) inserting a steel pipe sleeve column and making good fixed connection of the steel pipe sleeve column and the foundation, (4) preparing a crane and lifting the inner layer steel pipe sleeve column to a designed height, (5) pouring concrete inside the steel pipe sleeve column, (6) preparing a lifting machine and lifting the prefabricated concrete beams to the designed height of all the layers with equal step distance from top bottom, (7) manufacturing column caps of the prefabricated concrete beams and (8) lifting prefabricated piling boards and fixing the piling boards and the prefabricated concrete beams. Compared with the prior art, the steel pipe sleeve column, the prefabricated concrete beams and the piling boards can be fast lifted and assembled, the construction schedule can be accelerated, the construction cycle is shortened, and the construction method can promote the industrialization of building industries and has good economical values.

The invention discloses a method for constructing and building arbor wave-eliminating forest belt on non-forestry river mouth sludge intertidal zone beach, wherein the method belongs to the technical field of agricultural cultivation. The method comprises the following steps of A, manual ditching and fetching soil for manufacturing piers and lifting ground; B, planting arbor container seedlings; C, performing mechanical soil working and planting a mangrove forest; D, planting intersected arbors in a mangrove planting area; and E, performing ditch cleaning and supporting, thereby improving tree growth and beach siltation. The method of the invention has functions of realizing normal growth of arbor trees such as Casuarina equisetifolia on the wetland of the non-forestry river mouth sludge intertidal zone beach, improving survival rate of the protection forest, successively applying creation of wave-eliminating forest belt on the wetland of the non-forestry beach, facilitating restoring and reconstruction of the biological system on the wetland of the non-forestry beach, facilitating resistance for great natural disasters such as typhoon and flooding tide at coastal regions, and performing a positive function on economic development of Chinese sea.

The invention relates to a CFG pile and tubular pile embankment reinforcing system and a construction method thereof, which is used in the whole field for building railway, highway, water conservancy, city planning, houses and the like. The system comprises a CFG pile or a tubular pile, a prestress raft plate, a supporting and retaining structure, an unballasted track plate or a ballasted track plate, a pile foundation construction platform and a roadbed; the CFG pile or the tubular pile comprises a bottom tubular pile of the supporting and retaining structure and a middle tubular pile or a middle CFG pile of embankment; the bottom tubular pile of the supporting and retaining structure is arranged on the lower part of the bottom of the supporting and retaining structure or two sides of the embankment; the upper part of the bottom tubular pile of the supporting and retaining structure is cast with the supporting and retaining structure; an electrochemical supporting set cup mouth and aprestress anchor rope pore canal are reserved in the supporting and retaining structure; soil is filled and compacted between the supporting and retaining structure to construct the pile foundation construction platform; the pile foundation construction platform is provided with the middle tubular pile or the middle CFG pile; the upper part of the middle tubular pile or the middle CFG pile is cast with the prestress raft plate; the prestress anchor rope pore canal is reserved in prestress raft plate; and a prestress anchor rope is arranged in the prestress anchor rope pore canal of the supporting and retaining structure and the prestress raft plate.

The invention relates to an electrolytic aluminium system adopting non-grid multi-energy collaborative power supply, which comprises an electrolytic aluminium device, a solar condensation and power generation device, a wind power generation device, as well as an electric quantity control device and a heat dissipation control device, wherein a heat exchanger is arranged on a side wall casing of an aluminium cell; a thermal insulating layer is arranged on the outer side of the heat exchanger; the heat exchanger is connected with a tubular receiver through a pipeline; the heat dissipation control device is connected with the control output end of the electric quantity control device. During the use, the electric quantity supplied by the public grid to the electrolytic aluminium device during the daytime is the minimum electric quantity required for thermal insulation operation, electric quantity generated by the wind power generation device and the solar condensation and power generation device are as supplementary, while electric quantity supply limit of the public grid to the electrolytic aluminium device at night is canceled. The system adapts to the fluctuation of wind and solar power generation, fully utilizes time-of-use price difference of the public grid to promote the economic benefits of enterprises, and can be used for assisting the public grid in pitch peak.