406 results about "Levee" patented technology

The present invention relates to a building block of ecological slope protection vegetation, a fabrication method and a construction technique. The building block is composed of a growing bed body, a lath crib, planting troughs, a vegetation layer and a plant, the lath crib wraps the circumference of the growing bed body, the upper plane of the growing bed body is lower than the upper plane of the lath crib and concave, the vegetation layer is formed on the growing bed body, which matches the inner walls of the sectional area of the lath crib to form an integral building block, and more than one planting troughs are arranged on and run through the growing bed body. The design of the present invention is scientific, the structure is reasonable, the restoration of water ecology can reduce the operating cost, environment is improved, ecology is reinstated, harmonious natural beauty is enhanced, and the present invention is suitable for the nidification of small living creatures and the habitation and the survival of aquatic fishes, so that the cutting-off continuity of water and land regions is restored. The present invention is widely applied to channel slope protection, levee slopes, roadsides, airports, parks, public lands, household lawns, sports grounds, etc. The present invention is suitable for cold regions, damp regions, warm and damp intermediate zone, etc.

A levee and barrier module for fluid control and containment is provided including an outer module shell and a module-to-module connection system to attach adjacent outer shells. The outer module shell, being in the general shape of a prism or prism with curvilinear section, is formed by opposing side walls and two opposing end walls, and is configured to enclose or support filler material. The two opposing end walls are configured with end apertures. The outer module shell defines a top aperture and a bottom aperture. When modules are placed end to end in a levee structure the end apertures allow filler material communication horizontally between adjacent modules. The bottom aperture allows filler material communication with the earth below the module. The top aperture allows filler material to be added to the module, as well as visual observation of, and maintenance of, the amount of contained filler material.

The invention relates to a levee hidden trouble integrated non-destructive testing method. Geological radar is adopted to carry out general survey to the levee to find out whether an abnormal levee section exists according to the characteristics of high resolution, high detecting speed, no damage to an object to be tested and high anti-interference capability of the geological radar. At the abnormal levee section, detailed survey is carried out by integrating the characteristics of rich exploration information, convenient interpretation and strong exploring capability of a high intensity resistivity method and the characteristic of a seismic method that the sandy clay physical mechanics characteristics which are relevant to the shearing strength and the compressive strength of the levee sandy clay such as levee crack, collapse and sinkage, etc. can be reflected, and the property and scope of the abnormal section of the levee are determined. The method of the invention overcomes the limitation exists in a single physical geography non-destructive detecting method when levee detecting is carried out, thus roundly and accurately grasping the abnormal information of the levee and realizing the integrated detecting of the levee hidden troubles.

A sectionalized flood control barrier (10) for mounting on top of a levee or a river bank to prevent flooding. The barrier (10) consists of a footing (20) with a series of support channels (24) that are butted end to end attached to the footing. The support shells are sealed watertight at the interface with each other and also to the footing. A series of primary channel bridge assemblies (32) and secondary channel assemblies (46) are disposed within the support channels (24) and are also butted end to end. Wind protectors (60) contiguously engage each support channel (24) and rest upon the footing for diverting the wind over the barrier. Stepped fastening risers (62) are attached to the footing on each end and over the channel assemblies, and wind protectors hold them securely in place.

The invention discloses a construction method of solidifying soil with sludge, concretely relates to a construction method of laying road, building levee or stuffing mulde with sludge. The method has the following steps: (1) dehydrating sludge dug, making its moisture content being 40%-60% by weight and approaching liquid limit; (2) adding cement and coal ash into dehydrated sludge; wherein: 50-100kg cement and 50-150kg coal ash per cubic meter; (3) stirring for intimate mixing for 30-80s, to get solidified sludge soil; (4) stacking the solidified sludge soil for 2-3 days, to make the soil go on with solidifying reaction, when the soil having early strength and being laid with machines, stratifing the soil and lying it on roadbed, levee and mulde, rolling it with machines. The method can save farmland, avoid environmental pollution.

The invention discloses a river critical levee section washing safety analysis and bank slope stability judgment method. The method comprises the steps of 1, generating a data set used for constructing a two-dimensional river channel water / sand model; 2, setting model calculation parameters and definite solution conditions according to river reach parameters in the research area, and constructing a two-dimensional water / sand numerical simulation model of the research area; step 3, setting various working conditions according to sand coming conditions under different flood conditions, simulating river water / sand transportation and river bed silt flushing of a research area by utilizing a two-dimensional water / sand numerical model, analyzing dangerous river beds before and after flood based on a simulation result, and respectively calculating river dangerous bank slope river bed depth flushing distance and river lateral erosion distance; and step 4, constructing a finite element model for seepage-stability analysis of the bank slope of the critical levee section, and quantitatively researching the relationship between each factor and the bank slope stability safety coefficient. According to the method, the stability of the riverway dangerous work bank slope under the action of water flow flushing is studied, and a quantitative means is provided for critical levee section stability evaluation.

A water or flood control and containment system is provided having foundations, sealed bases, supporting structure, and pumping system that gives the user control over water containment and movement either to reduce the water hazard or to store water. The bases are secured and sealed to paved surfaces with foundations that have been preset into the street or other prepared foundation. When deployed on multiple adjacent streets, roadway levee creates a compartmented barrier containment system that mitigates flooding and storm surges. The invention is to be removed and stored off site when not in use.

The invention discloses a magnetic label and method for monitoring and positioning, and belongs to the technical field of measurement. The invention is characterized in that the magnetic label comprises a magnetic coil, a director, an RF (Radio Frequency) communication controller, an antenna, a power supply and an epoxy compound sealing material, wherein the magnetic coil, the RF communication controller, the antenna and the power supply are located in the middle of the director, and the whole body is sealed with the epoxy compound sealing material; the magnetic torque of the magnetic coil keeps constant through the director, and the unknown number of the magnetic label is only a position parameter; and the magnetic field excited by the magnetic label is measured by a magnetic gradiometer, the position of the magnetic label is obtained through a magnetic field gradient tensor sum optimization algorithm, and the monitoring and positioning of the magnetic label are realized. The invention has the effects and benefits as follows: the monitoring and positioning in environments such as an underwater part, sludge, a soil layer deep part and the like are realized; and the magnetic label has the advantages of simplicity in operation, high test accuracy and stable performance, can be used for deformation monitoring of rock soil structures of side slopes, embankments and the like, and also can be widely applied to washing monitoring of huge engineering structures of reservoir dams, river levees and the like.

The invention relates to hydraulically automatic lifting flood prevention walls which are arranged along the inner side of a river levee in a paralleling manner. Each hydraulically automatic lifting flood prevention wall comprises a driving device, locking mechanisms, vertical columns, a base and a baffle, wherein the base is a hollow cavity; the baffle is assembled in the inner cavity of the base through the vertical columns in the vertical direction; sliding chutes corresponding to the baffle are formed in the side parts of the vertical columns; the driving device corresponding to the baffle is arranged in the inner cavity of the base, and comprises a waterwheel and a pulley group; the waterwheel drives the baffle to move up and down through the pulley group along the sliding chutes; by the arrangement of the lifting baffle, the baffle is hidden in the base of each flood prevention wall in the non-flood season; when flood occurs and reaches a specific water level, the flood prevention baffle automatically rises up under the action of the traction force of the waterwheel; after the baffle rises up and reaches the upper parts of the vertical columns, bayonets at the top of the baffle are connected to the locking mechanisms on the vertical columns, to form a fixed connection relation; and the baffle is used for blocking the flood, to complete the flood prevention task.

An object of the present invention is to provide a uniformly spreadable granular agricultural chemical formulation and to establish a method of scattering (applying) the formulation under the assumption that the spreadability of the agrochemically active ingredient is satisfactory so that the expected treatment effect of the agricultural chemicals can be obtained by local application even when algae are drifted by the wind and cover the surface of the water of the paddy field. A uniformly spreadable granular agricultural chemicals formulation which contains an agrochemically active ingredient, has a particle-size distribution such that 80% or more of the granules have a particle diameter of 3 mm or more, and has floatability on the water surface, and breaks down on the water surface within 30 minutes is obtained, and a method of scattering (applying) the above formulation on 5% to 50% of the total area of the paddy field applied from a levee at a distance of 1 m or more.

A system and method to create or elevate a berm of a liquid retention facility by placement of lightweight fill material anchored by an impervious liner material(s). The impervious liner material is integral to a water retention system such as a containment system of a retention pond. The system and method can also be used to elevate the liquid retention height of a levee in combination with impervious liner retention material. By constructing the berm system on an existing levee, the effective height of the levee can be increased. The lightweight fill material provides the shape of the berm or levee extension. The liquid impervious liner material provides a watertight surface, the media for joining of the lightweight fill material, and the anchoring of the lightweight fill material to the existing berm or levee structure.

The invention relates to an intelligent levee probing and warning method based on a wireless sensing network. The method finishes the timely exchange and resource sharing of the observed data of each probing point of the levee on the basis that a wireless transmission network has flexible erection, rapid implementation and low cost and is not limited by regions, and by the wireless transmission network, thus realizing the real-time monitoring and warning of a monitoring center to all the probing points of the levee. The method of the invention overcomes the deficiencies that the current levee probing has high real-time monitoring difficulty due to the long length of embankment; probing scope is limited and timeliness is bad due to the point-to-multipoint dispersed network of the monitoring network and as each point has short or long distances to the monitoring center, the levee probing is web-based and intelligentized with benefit based on the wireless sensing network, thus improving the real-time degree of the safe probing of the levee and realizing the wide range and high-real time non-destructive levee probing and warning.

A levee apparatus and system for impeding and controlling the flow of fluids, primarily the flow of water as experienced in a flood or storm surge consisting of a light weight concrete structure with reinforcing steel rebar depending on the application. It is constructed from prefabricated sections with the tongue and groove ends designed to fit together which, when used in conjunction with a rubber gasket, will produce a water tight seal. The structure would be hollow with an opening along the unprotected face to provide a location for the surge water to enter. The structure would have flap-gates on the protected side and on the unprotected side. This would allow flood waters from the protected side to push open the flap-gate and exit the protected side based on the pressure equalization of the flood waters. Once inside the structure any water would then drain from the structure through the flap-gate on the unprotected side when the surge water diminishes. The structure could be placed simply on top of the existing soils or anchored in place to prevent potential changes in alignment. Two main modifications to this design include utilization of a rubberized base which would allow the top portion of the structure to rise into position, and the adjustment of the flap-gate position to change the use of the structure from solely a flood protection system to a retention control system.

The invention discloses a display panel, a manufacturing method of the display panel and a display device. The display panel comprises a base plate, a pixel defining layer and a first electrode, wherein the pixel defining layer is positioned on the base plate and comprises a plurality of openings and separation levees; each separation levee is surrounded at each opening and comprises a top surface, a bottom surface and at least one side surface; the side surface connects the top surface and the bottom surface; the area of the top surface is greater than the area of the bottom surface; the at least one side surface comprises a notch; the first electrode is positioned at the bottom of each opening and extends to the notch; relative to the base plate, the height of the first electrode is smaller than or equal to the maximum height of the notch. The height of the first electrode is smaller or equal to the maximum height of the notch relative to the surface of the base plate, so that the first electrode cannot climb to the upper part of the separation levee; the electric leakage risk is reduced.

A pressure grouting non-fines concrete pile belongs to the construction engineering field, and is particularly applicable to strengthening river levees and reinforcing road-widening lap joints. The pressure grouting non-fines concrete pile comprises a borehole (1), a grouting pipe (2), a sleeve valve pipe (3), graded gravels or crushed stones (4) and a grouting body (5), wherein, the sleeve valve pipe (3) is composed of a sleeve valve pipe grout stop piston (6), a sleeve valve pipe grout injecting hole (7), a sleeve valve pipe screen tube (8) and a rubber bush (9). During the implementation process, a boring machine is firstly utilized to form the borehole (1) until the design depth of the non-fines concrete pile is reached, the grouting pipe (2) and the sleeve valve pipe (3) with the length of the both equal to the depth of the borehole (1) are inserted, then the graded gravels or the crushed stones (4) are filled in, and finally the grouting pipe (2) is utilized to carry out first grouting, the amount of which is equal to the grout output of the borehole (1); after the grout is initially condensed, the sleeve valve pipe (3) is utilized for carrying out secondary middle-high pressure grouting, the pressure of which is 1 to 5 MPa, and the grouting flow rate is 10 to 60 L / min. The pressure grouting non-fines concrete pile has the advantages that the design is reasonable, the construction is simple, the bearing capacity is high, and the anti-seepage capacity of the reinforced section is improved.

The invention discloses an ecological dredging handling method for riverways or lakes. The method comprises the steps that firstly, bottom mud excavation and drying handling are performed; secondly, a supporting layer, a transition layer, a reaction layer and a safety coverage layer are sequentially arranged on a riverbed upwards after bottom mud dredging is performed, and a river bottom biological membrane recovery system is formed; and thirdly, the river bank and a river levee are handled to form an ecological bank protection system. According to the riverway water ecological system, under the background that bottom mud is polluted, an ecological recovery project implemented according to the development ecological theory is applied, and the method essentially achieves the purpose of sustainably-developing ecological niche recovery for the riverways or the lakes with the combination of projects, environment and ecology.

The invention discloses a no-trestle water bridge pile foundation and bearing platform construction method and a cofferdam thereof, and belongs to the field of construction of water bridges. The cofferdam comprises a locking port steel pipe pile and a cofferdam surrounded by purlins thereof; no diagonal brace is arranged in the cofferdam; an opening structure is arranged on one side, near a bank, of the cofferdam, and includes an opening formed in the side, near the blank of the cofferdam, and a section of aisle arranged in the opening and communicated with the opening; the aisle consists of a locking port steel pipe pile and purlins thereof; and a construction road extending from a shore levee extends to reach the opening of the cofferdam via the aisle. The construction method comprises the following steps: steel plate piles are beaten in place; a mud surface in the cofferdam is leveled; steel protection cylinders are beaten to finish construction of drilling piles; soil in the cofferdam is dig to a designed mud surface elevation, and pile heads are drilled out; bottom sealing concrete is cast according to a designed thickness; after the bottom sealing concrete reaches the strength, a bearing platform is cast; and after the bearing platform reaches the strength, the cofferdam is dismounted. The method can largely save the construction cost and improve the construction efficiency.

A shoreline protection and bank stabilization system and method are provided that creates a living shoreline suitable for a variety of soils and wave energy conditions. A combination of recycled plastic matrix layers of geo-synthetic recycled plastic matrix sheets is employed, including matrix sheets that are planted during installation and those that contain pre-grown vegetation. The sheets are secured on a newly constructed or existing levee, earthen berm or earthen terrace. When installed, the system protects and stabilizes banks and shorelines with a variety of soils including loose organics. The system also stabilizes and protects banks and shorelines from a variety of wave energy environments including open water wave action in coastal waters throughout the United States and internationally, but especially in the coastal environment of Louisiana and the Gulf Coast.

The invention provides a novel caisson composite levee of a curve breast wall. One side of a breakwater is a seaside while the other side is a harbour side. The breakwater structure comprises a rubble-mould foundation bed, wherein the levee caisson serving as a levee body is fixed on the rubble-mould foundation bed; the arc curve breast wall is fixed on the upper part of the levee caisson; the arc curve breast wall is a member with a hollow or a solid curve; and the shape of the cross section of the arc curve breast wall is formed by connecting the cross section of a soleplate, the cross section of a vertical plate and the cross section of an arc curve surface of the seaside. The breakwater of the invention has the advantages of optimal wave-breaking effect, good structure stress state, good visual effect, more convenient construction than the common breakwater and reasonable construction cost, and is in particular suitable for rough terrains with large water depth and huge wave.

The present invention pertains to a retaining wall construction system for preventing tsunamis and flood damages and a construction method thereof. The retaining wall construction system for preventing tsunamis and flood damages includes hexagonal multi-layered interlocking blocks (10) built in a plurality of lines for forming a retaining wall, wherein S-shaped connection sections (11) are formed on an outer periphery for a plurality of interlocking blocks, and hexagonal multi-layered interlocking blocks (10), which are adjacent to each other and different from each other, are connected to each other via the S-shaped connection sections (11) to be movable in the vertical direction. According to the present invention above, it is possible to semi-permanently maintain a stable state at the basic lower portions of the structure as the vertically interlocked blocks lower like a shutter to block caved-in spaces when the basic portions of the structure are caved in by waves or flowing water. The S-shaped connection sections, clearances between the connection sections, and the structure of the retaining wall in a stepped type, a type in which the center of gravity moves downward, a buttress type, a flowerbed type, a column hybrid type or the like are geometrically and structurally very stable so that damages due to natural disasters such as floods, tsunamis, earthquakes or the like may be effectively prevented. In addition, the blocks can simply be inserted and the wide spaces of the main bodies of the blocks may be used as planting spaces by filling gravel, sand, and soil in the spaces, so that not only construction time and costs can be largely reduced but also environment-friendly levees and retaining walls can be constructed.

The invention discloses a forestation method for a mangrove forest in a sandy breeding pond with high salinity. The forestation method comprises the steps of: firstly dismantling circle water gates and circle levees in the regions of the breeding pond, and enabling original separated strip-shaped and block-shaped fish pond waters to be communicated so as to form an unimpeded open water body; then through earth work measures, forming block-shaped and island-shaped beach faces with continuous elevation gradient changes in the breeding pond, so that the beach faces achieve the water depth conditions desired by the growth of the mangrove forest, and create environment suitable for the growth of the mangrove forest; constructing waterway tidal creeks during construction process in the middles of the beach faces; after forming the beach faces suitable for the growth of the mangrove forest through engineering measures, planting mangrove plants on the beach faces in an artificial planting manner; and selecting and planting the mangrove plants with extremely high salt resistance, and backfilling muddy soil to planting holes.

The invention discloses a levee-type lakeside zone multi-niche three-dimensional vegetation construction method. The method comprises a multi-niche design and a phytoremediation mode design. According to the method, aiming at a degenerative levee-type lakeside zone, based on above environmental factor characteristics, the theory and technology of the modern ecology and the ecological engineering are applied, a lakeside terrestrial-aquatic transverse zone is divided reasonably, a suitable ecological habitat construction mode is put forward specifically, meanwhile various ecological habitat characteristics are taken into account, and a compatible aquatic plant vertical distribution community structure recovering method and a plant community recovering method are put forward.

An object of the present invention is to provide a uniformly spreadable granular agricultural chemical formulation and to establish a method of scattering (applying) the formulation under the assumption that the spreadability of the agrochemically active ingredient is satisfactory so that the expected treatment effect of the agricultural chemicals can be obtained by local application even when algae are drifted by the wind and cover the surface of the water of the paddy field. A uniformly spreadable granular agricultural chemicals formulation which contains an agrochemically active ingredient, has a particle-size distribution such that 80% or more of the granules have a particle diameter of 3 mm or more, and has floatability on the water surface, and breaks down on the water surface within 30 minutes is obtained, and a method of scattering (applying) the above formulation on 5% to 50% of the total area of the paddy field applied from a levee at a distance of 1 m or more.

The invention discloses a river channel reinforced gabion and water-permeable geotextile composite ecological slope protection retaining wall construction method. The method includes the steps of completing the prediction and control of the road elevation according to drawings and benchmarks provided by a construction unit; manufacturing engineering components meeting the requirements through gabions by means of hexagon twin twisted steel wire mesh which is formed by weaving low-carbon steel wire ropes where anti-corrosion processing is conducted; assembling the gabions; installing the gabions; conducting stone filling; stranding cover plates; conducting crushed stone backfilling; laying geo-grids; laying water-permeable geotextile; pressing filled earth, wherein damage to the geo-grids should be avoided in the filled earth pressing process. The method can be widely applied to the slope protection retaining wall construction of water conservation, shipping, beaches, slope protection, river levees, channels, municipal facilities, roads, railways, culverts, gardens, parks, real estate communities and the like, and the method is large in compressive strength, good in antifreeze performance, economical, attractive in appearance, safe and reliable.

The invention discloses a method for building riprap levee island wall of an offshore artificial island by a large box barge, comprising the following steps: (1) remodeling a large box barge; (2) dragging the large box barge to an area for building the riprap levee island wall of the offshore artificial island to facilitate the longitudinal centerline to be vertical to the axis of the riprap levee island wall of the offshore artificial island; (3) respectively parking transport ships at the both sides of the large box barge to unload stone material to the large box barge; (4) with excavators and waggon tremie riprap construction stone material piling platform of the large box barge provided, facilitating the large box barge to be driven to the stone piling platform by steel butt straps to riprap and deal with the slopes to build a section of riprap levee, repeating the process so as to facilitate the riprap levee island wall to move forward section by section to be formed and finally completed. In the invention, the on-water construction of the island wall of the offshore artificial island is transformed into onshore advance, thus reducing influence of stormy weather on the construction and greatly accelerating construction speed of the artificial island.

A floating levee sheet which prevents the river water from overflowing the levee, and a plurality of which are interconnected to cover the waterside levee slope comprising; a watertight sheet body that forms an internal space by being upwardly folded at the upper end; and a loading bag section constructed at the lower end of the sheet body with an open top portion; and a float which is fixed on the sheet body in the across-the-width direction at the upper part of the internal space, and is filled with air and hermetically sealed; and a plurality of joining members whose one end is secured to the upper end of the sheet body, and whose other end comprises an anchoring section to be anchored to the levee top over the anchoring section of the sheet body, and through the intervals of which the overflowing water enters the internal space.

The invention discloses a process for treating a valley silt soft foundation in a mountain area by an explosion method. The process comprises the steps as follows: firstly, according to the thickness and the basic physical mechanical parameters of silt, carrying out blasting design to obtain parameters of blasting charge quality, throwing-filling footage quantity and blasting charge buried depth; secondly, building a guide levee on a perpendicular roadbed axis, circularly constructing based on the guide levee according to the steps of throwing and filling, arranging explosives, detonating and complementally filling until the soft foundation treatment is completed; and lastly, carrying out quality detection in different periods. Compared with the traditional soft foundation treatment method, the process has the advantages of better economic property and better treatment effect, and can accelerate the construction progress at the same time. A field test shows that compared with a gravel pile method, the cost can be saved by about 15% and the working period is shortened by about 5%. In addition, the silt mixing phenomenon in the technology for treating the soft foundation by the explosion method in the absence of water is remarkably reduced and the bearing capacity is higher.