51 results about "Ebb and flow" patented technology

Hybrid hydroponic plant growing systems are designed specifically for urban home, community and small farm gardening without the need for arable soil or broadcast irrigation. The innovative hybrid hydroponic systems provide a “hybrid” growing environment including a limited, containerized amount of soil-like growing media combined with soluble fertilizer creating a hydroponic nutrient solution. The use of containerized growing media allows the units to be utilized regardless of the availability of arable soil, irrigation water, or runoff capacity. Multiple hydroponic techniques, such as drip system, nutrient wicking, ebb-and-flow, and / or deep water culture are combined to optimize plant nutrition at different stages of plant growth. Incremental fertilization, water monitoring, and drain systems are designed for easy use by non-professional gardeners. Water recirculation minimizes water use and fertilizer runoff. The units are easily adapted to solar and other off-grid power techniques.

There is provided with a complex ocean power system combining ocean current power generation for generating electricity by forming a plurality of ocean current generators in front and rear of sluice structures of tidal power dams and sluice power generation for generating electricity by forming a plurality of ocean current generators in sluice conduits of the sluice structures, comprising: constructing barrages, which cross over the sea, to make up a lake; installing sluice structures of tidal power dams between the barrages 10 to generate electricity by changing a potential energy difference between seawaters caused by tides and ebbs to kinetic energy; installing ocean current generators in front and rear of the sluice structures and in the sluice conduits of the sluice structures to generate electricity by rotating turbine blades using the flow of the incoming seawater from a sea side into a lake side during flood tide and the flow of the seawater discharged from the lake side into the sea side during ebb tide; and installing sluice gates in the sluice structures 102, 210 to close and open the sluice conduits during flood tide and ebb tide.

The invention discloses a pot culture process method of a mangrove plant, comprising the steps as follows: a double-layer flowerpot consisting of a transparent externally sleeved flowerpot and a built-in flowerpot is created, tidal flat soil is filled in the built-in flowerpot as growing base, the mangrove plant seedling or the intact embryo is planted in the growing base, the artificial seawater is filled in the flowerpot for culturing the mangrove seedling or the embryo, the artificial seawater is filled in and discharged from the flowerpot per day for culture management of the planted mangrove plant pot by simulating the ebb and flow law of the semi-diurnal tides, and aerating roots are guided and shaped into the required appearance when the mangrove plant grows and forms well-developed aerating roots in the externally sleeved flowerpot. The pot culture process method successfully transplants the mangrove plant into the room for culture and develops into the pot art, combines the indoor air purifying functions with the aesthetic values of the mangrove plant and plays an important role in creating a healthy and comfortable lifting environment for people.

The present invention belongs to the field of electricity generating technology, and is especially one kind of airflow type tidal power generating method and equipment. The present invention features that one air cavity is set between the maximum water level and the minimum water level to collect air by means of the tide energy and air is controlled to exhaust out of the air cavity so as to drive the wind electricity generator. The airflow is controlled with valves. The present invention has simple control, low cost, environment friendship and other advantages.

The invention relates to an ecological treatment circulatory system for discharge water of a sea farming pond. The ecological treatment circulatory system is characterized by comprising an ecological water diversion ditch, wherein the beginning end of the ecological water diversion ditch is communicated with water in an offshore sea area; seawater is introduced through ebb and flow; a gate is also arranged, and the tail end of the gate is communicated with the beginning end of an ecological gravel bed through an overflow pipe; the tail end of the ecological gravel bed is communicated with the beginning end of a pre-positioned reservoir through an overflow pipe, and the tail end of the pre-positioned reservoir is communicated with the beginning end of a sea farming pond through an overflow pipe; the lower part of the tail end of the sea farming pond is communicated with the upper part of the beginning end of the ecological water diversion ditch through a water drainage pipe, and a water pump is arranged to provide drainage power; gravels with different particle sizes are arranged from the bottom up from the big to the small on the ecological gravel bed, and water plants are planted at the top; the pre-positioned reservoir is divided into a deep water area, an ecological floating bed area and a water source area from the beginning end to the tail end, of which the water depths are gradually reduced, sunken plants are planted in the deep water area, and an ecological floating bed is arranged in the ecological floating bed area.

The present invention provides a fender system that is applied to a dock piling or solid faced bulkhead in order to prevent damage to a marine vessel while the vessel is moored to a fixed or floating dock, or dock piling, or solid faced bulkhead. The fender is designed to uniquely rise and fall with the level of the tide such that the fender is always in the most suitable position for protecting the vessel's hull from coming into direct contact with the piling or bulkhead. Thus, this system is useful in waters in which there is a constant ebb and flow of the tide and is especially useful in areas experiencing a storm surge.

In a method and apparatus for suspending solid particles in a predetermined volume of liquid contained inside a container having a wall, the wall being partly isolated from the liquid by a deposit adhering to its internal face, and bringing together at least some of the particles in the agglomerated state, the container is subjected to a reciprocating movement along a reference axis, at a frequency adapted to cause within the predetermined volume of liquid, without any other external action, an ebb and flow on either side of the reference axis, detaching the deposit, and dispersing the particles toward the center of the volume of liquid.

A hydroponic method of growing plants from seeds. In the method, different growth phases are carried out under different photosynthetic photon flux densities and, preferably, under specifically adjusted ratios of red, blue, green, and, optionally, yellow light to one another. In some embodiments, irrigation is achieved by the ebb and flow phenomenon.

The invention provides a coast garbage collecting device utilizing seawater. The device is characterized by comprising a receiving system, a conveying system, a storage system and a hydrodynamic lifting system; garbage on the coast enters the receiving system along with the seawater; the receiving system is connected with the storage system through the conveying system; the storage system collects and stores the garbage; the storage system is connected with the hydrodynamic lifting system; and the hydrodynamic lifting system performs recovering treatment on the garbage. With the device, on one hand, the garbage on the coast is collected under the effect of the impact force produced by the seawater lashing the coast wall, on the other hand, a garbage collecting net is lifted by the potential energy of the seawater through ebbs and flows, the recyclable resource, namely, the seawater, is well utilized in the two aspects, the marine environment is not damaged, and the energy saving effect is realized; and meanwhile, the device is highly automatic, a lot of manpower and material resources can be saved, and the garbage on the coast can be well cleaned.

The invention discloses a river waste interception system applied to ecological restoration. The river waste interception system includes two fixedly connected mounting boxes and four limit columns, the four limit columns are located on the two sides of the two mounting boxes in pairs, the two mounting boxes are internally and rotatably connected with first rotating rolls and second rotating rollscorrespondingly, the two second rotating rolls are fixedly connected with a plurality of slurry plates correspondingly, wind cups are arranged at the upper ends of shafts of the two second rotating rolls correspondingly, the first rotating rolls and the second rotating rolls on the same side are connected through a first transmission mechanism correspondingly, third rotating rolls are arranged onthe two sides of the two mounting boxes correspondingly, and arc-shaped floating plates are arranged between the two second rotating rolls and the third rotating rolls on the same side correspondingly. According to the river waste interception system, through river water flow and wind power, manual work and mechanical river fishing are replaced through natural force, convenience is achieved, human and financial resources are saved, ebb and flow of river water are adapted, thus waste on the river surface can be cleared and collected all the time, and practicability is good.

The invention discloses an erecting composite beam on-site section splicing girder construction technology of a double guide beam bridge erecting machine, and relates to the field of engineering construction. At least two temporary piers are arranged between an auxiliary pier and a transition pier, and the transition pier, the first temporary pier, the second temporary pier and the auxiliary pier are sequentially arranged; according to the bridge erecting machine, a deck of a guide bright forwards move to conduct stride flushing, a steel beam installed between the transition pier and the first temporary pier is spliced, and then a steel beam between the first temporary pier and the second temporary pier is spliced; a bridge erecting machine rail is placed on the installed steel beam; after the bridge erecting machine rail is installed, the bridge erecting machine forwards moves to enable a front support point to be placed at the pier top of the auxiliary pier; and a temporary beam conveying channel is formed in the top of a beam section of a steel beam between the transition pier and the first temporary pier, a beam section of a steel beam between the second temporary pier and the auxiliary pier is installed, the bridge erecting machine backwards moves to retreat back, and the temporary piers are dismounted. The erecting composite beam on-site section splicing girder construction technology is safe and efficient, the cost is reduced, the steel beam installation accuracy is high, and the problems that a barge or a large floating crane is influenced by ebb and flow, the construction operation time is short, and the on-water operation face limitation is large are solved.

The invention relates to a wave generating system which comprises a wave energy colleting module, a motion and transformation module and a generator and a wave adaptation module which can eliminate the influence caused by tide to a generating system, wherein, the wave adaptation module is connected between the wave energy colleting module and the motion and transformation module; the wave energy colleting module is dynamically connected with the motion and transformation module by the wave adaptation module while the motion and transformation module is dynamically connected with the generator. The wave generating system which adopts the technical proposal of the invention, owing to installation of the wave adaptation unit, can adapt the change of ebb and flow and eliminate the influence of tide on the generating system.

The invention relates to a cultivation container water feeding device, in particular to a cultivation container water feeding device capable of automatically irrigating in an ebb and flow mode. According to the cultivation container water feeding device capable of automatically irrigating in the ebb and flow mode, a water feeding control device is arranged in each water containing tray, and the water feeding control devices can automatically judge whether water needs to be supplemented or not by judging whether the water level in the water containing trays meets the cultivation requirement or not. The cultivation container device of the structure, just like the tides of the ocean, is high at times and low at times, in this way, irrigation water for plant cultivation can be effectively controlled, besides, the problems that because most irrigation water for manual irrigation or automatic spraying irrigation flows outside a cultivation container along the branches and leaves of a plant, irrigation is not even, and water resources are wasted are solved, and the branches and leaves of the plant normally keep dry, so that diseases of the plant are reduced.

The invention relates to sea culture net cages, in particular to a floating and suspending tidal floating type culture net cage comprising a frame and a net. Frame vertical pipes penetrate the central through holes of middle connecting plates to connect to the central holes of connecting plates on the top of the vertical pipes in a screwed manner. Top transverse connecting pipes and middle transverse connecting pipes are two parallel steel rollers, and the left and right ends of each steel roller are connected to the connecting plates on the left and right sides in a reversely-screwed manner. The tops of the vertical pipes are tied to cables, and a plurality of floats are hung on the cables in series. The floating and suspending tidal floating type culture net cage has the advantages that the processing amounts of components and parts to be processed are small, most of the components and parts to be processed are made of existing standard materials, structure is simple, and cost is saved; the floats are selected according to the total floatage demands, the lengths of the cables are selected according to the depth of seabed, so that the net cage is at a suspended stopping state of the bottoms of piles right separating from the seabed at high tide, and the lower portions of the piles are embedded into the loam of the seabed at low tide; the net cage floats with the ebb and flow and can be prevented from being caught by the loam of the seabed, seawater exchange by entering and exiting the net cage is benefited, and activities and the healthy growth of sea cucumbers are promoted.

The invention discloses a self-elevating boarding ladder, comprising a main ladder, a tail ladder and a tower. The tail ladder is connected with the main ladder. One end of the main ladder is fixed onthe tower through a pin shaft assembly, and the other end of the main ladder is connected with an electric motor fixed on a platform through a pulley assembly. A spring push rod is arranged on the tower. The joint portion of the spring push rod is connected with the main ladder in a contact way. A locking device is arranged below the spring push rod. The locking device is fixed on the tower. Theboarding ladder can be retracted, does not occupy the crane of an offshore wind power self-elevating operating platform, and can reach own balance with the instantaneous movement of a traffic boat. Asa passageway between the platform and the traffic boat, the boarding ladder can rotate with the instantaneous movement of the traffic boat caused by the ebb and flow of the sea level and waves. The self-elevating boarding ladder occupies a small platform space, has high reliability and high safety and is convenient to install. The self-elevating boarding ladder can effectively improve the efficiency of offshore wind power construction.

The present invention provides an ebb-and-flow fluid handling system and drain and tank assembly. The system allows continuous and periodical flushing of the total volume of fluid in a tank, while minimizing turbulence in the tank. The percentage of total volume, and thus the periodicity of flushing, is adjustable. The system can be used to remove solids from a tank, without excessive disturbance of the total contents.

The invention belongs to the technical field of agricultural production equipment, and particularly relates to a low-shed ebb-and-flow irrigation seedling culture method which includes the steps: laying a seedling bed which is an ebb-and-flow seedling bed and comprises a liquid storage tray and an annular conveying belt; building a heat preservation shed; feeding nursery trays, starting the annular conveying belt and placing the nursery trays on the annular conveying belt one by one until the liquid storage tray is filled with the nursery trays; performing irrigation until rice seedlings are formed; discharging the nursery trays, reversely starting the annular conveying belt, carrying the nursery trays conveyed to an outlet of the heat preservation shed to a placing rack one by one by an operator standing at the end of the heat preservation shed, and finishing seedling culture. The nursery trays are fed into the seedling bed by the annular conveying belt, the nursery trays on the seedling bed are removed by the annular conveying belt, automatic operation of an ebb-and-flow irrigation system is realized, and production efficiency is improved. In addition, as manual operation is avoided, the building height of the heat preservation shed is greatly reduced, space use ratio is increased, and cost is saved.

The invention provides a small wind-tide power generation device. The small wind-tide power generation device comprises a turbine set, a generator, a storage battery, an input device, a grid-connected inverter, an electric energy meter, an electric reactor, an output device, a user side, an outside water gate, an inside water gate, a water reservoir, a wind wheel and a wind power generator. The small wind-tide power generation device converts potential energy of tidal energy of an ocean during ebb and flow into mechanical energy and then converts the mechanical energy into electric energy, so that the whole process is clean and environment-friendly and produce no pollution and public nuisance; the power generation by utilizing the tidal energy is a power generating form utilizing a novel renewable energy source, and power generation by utilizing wind energy is clean and has high environmental benefits, so that the small wind-tide power generation device does not generate waste water, waste gas and other byproducts during the power generation, can meet needs of new energy power generation better, and can be applied to a region with abundant wind energy; the small wind-tide power generation device can generate power day and night, has more outstanding continuous power generating capacity, can effectively reduce utilization of other conventional energy, and is more environment-friendly and energy-saving.

The invention relates to a toy, in particular to a toy capable of demonstrating ebb and flow. A base is arranged at the bottom of the toy, and a tellurion shell is fixed to the base; an arc window isformed in the portion on the tellurion shell, corresponding to the ocean on the equator; a latex water ball is arranged in the tellurion shell; multiple spoke stay lines are arranged on the inner ringwall, corresponding to the ac window, of the latex water ball and combined with a latex ring cover in the middle; the latex ring cover sleeves symmetric dual cams; a shaft of the dual cams is installed on a bearing pedestal of the top of the tellurion shell, and a crank is arranged at the upper end of the shaft; an arc selenographic globe suspending arm is arranged on the shaft under the crank; aselenographic globe is arranged on the selenographic globe suspending arm; the selenographic globe and cam noses of the symmetric dual cams are on the same horizontal line. The toy can both be used for demonstrating ebb and flow and serve as a geographical teaching tool.

The invention belongs to the field of marine traffic engineering, and in particular relates to a channel-shaped deep water tidal channel which is formed through dredging by using a 'two-way water control effect'. The technical proposal is to set continuous and straight diversion dikes or quays basically along a main stream direction of ebb and flow in a sea area where reverse current is given a priority so as to form the channel-shaped deep water tidal channel in a shape of 'horn shaped mouth gates at two ends and a long and narrow passage in the middle', wherein the channel forms a basin for shipping or a deep water channel; and the diversion dikes or the quays at the two sides of the channel form a port deep water coastline. The technical effects of the channel-shaped deep water tidal channel are as follows: the 'two-way water control effect' allows the overall sediment transport capacity of flow to be not less than the water sediment concentration; and the water depth of the basin for shipping and a sea-route water area after basic construction deepening is maintained for a long term; and the formed channel-shaped tidal channel has the advantages of straight coastline, long coastline, wide water area breadth, fast channel water area flow rate, deep water depth, small back silting, and good flow pattern. The 'two-way water control effect' is applied to regulating the depths of coastal port coastlines and sea routes.

The invention discloses a water floating type indicating tower for rivers. The water floating type indicating tower comprises a suspension shell and an annular limiting block fixed to the lateral side of the suspension shell. The interior of the suspension shell is in a hollow structure, an electric energy converter and a storage battery are fixed in the hollow structure of the suspension shell, a controller is fixed to an inner fixed lateral side of the hollow structure of the suspension shell, and a time relay is arranged in the controller. A solar panel is mounted at the top of the suspension shell, and the top of the suspension shell is provided with a wire through hole communicated with the hollow structure. The water floating type indicating tower is adaptive to ebb and flow of the rivers, a mooring rope is stretched in rising tide and is retracted in falling tide, and accordingly the suspension shell is fixed above an iron anchor. In addition, the water floating type indicating tower does not need to be frequently maintained by personnel and is capable of automatically storing electric energy by solar energy to realize automatic operation, and accordingly position accuracy of the suspension shell is guaranteed.

An uninterruptible rotational energy supply calibrated to provide constant rotational energy to electric generators and other apparatus in environments where fluctuations in kinetic energy are found. Such environments include the pause between the ebb and flow of the oceans' tides and waves as well as variations in the velocity of the oceans' currents. Wind-driven turbines may also be another beneficiary of this technology.

The invention belongs to the technical field of agricultural production equipment, and particularly relates to a low-shed ebb-and-flow irrigation seedling culture system which comprises a heat preservation shed and an ebb-and-flow seedling bed laid in the heat preservation shed, the ebb-and-flow seedling bed comprises a conveying device and a liquid storage tray, the conveying device is arranged along the length direction of the heat preservation shed and can convey nursery trays into the liquid storage tray from one end of the heat preservation shed, and the nursery trays in the liquid storage tray can be conveyed to one end of the heat preservation shed. The nursery trays are fed into the seedling bed by the annular conveying belt, the nursery trays on the seedling bed are removed by theannular conveying belt, automatic operation of an ebb-and-flow irrigation system is realized, and production efficiency is improved. In addition, as manual operation is avoided, the building height of the heat preservation shed is greatly reduced, space use ratio is increased, and cost is saved.

The invention provides a shell breaking-free batch sowing and seedling raising method of seedless watermelons. The method comprises the following steps: soaking seedless watermelon seeds in a 0.02 g / L sodium surfactin and 1.5 g / L potassium sulfate mixed solution for 6 h, scrubbing the surface mucus of the seeds by using lime, cleaning the seeds, and air-drying the seeds until the water content is 50-55%; wrapping the seeds with a cotton yarn cloth having a weight of 750 g / m<2> and a water content of 175-200% according to a seed density of 25,000-30,000 grains / m<2>, and accelerating the germination of the seeds at 32 DEG C; preparing a matrix from peat with the fiber length of 0-10 mm and perlite with the particle size of 2-4 mm according to a volume ratio of 1:1, and regulating the water content of the matrix to 55-60%; sowing the germination accelerated seedless watermelon seeds according to a density of 3500-4000 grains / m<2>, and germinating the seeds at 32 DEG C; and supplementing water to the matrix in an ebb-and-flow irrigation manner when 50% of the seeds grow out of soil. Compared with routine artificial shell breaking and germination accelerating methods, the shell breaking-free batch sowing and seedling raising method of seedless watermelons has the following advantages: the germination rate has no difference, and reaches 85% or above, the emergence rate reaches 93.1% and is increased by 10.2%, the grafting utilization rate reaches 88.4% and is increased by 17.1%, the seedling rate reaches 95.1% and is increased by 6.6%, and the seed utilization rate reaches 78.3% and is increased by 26%.

The invention provides a plant cultivation system, and relates to the technical field of plant culture. The system comprises a supplying box, a cultivation device and a forced discharging pipe; the supplying box supplies a nutrient solution to the cultivation device through a first pipeline, and the cultivation device conveys the nutrient solution back to the supplying box through a second pipeline; the forced discharging pipe is further arranged on the cultivation device and used for forcedly discharging the nutrient solution into the supplying box. By means of the plant cultivation system, through the supplying box, the cultivation device is provided with the nutrient solution, and through the forced discharging pipe, all the nutrient solution in the cultivation device is discharged, so that effective disinfection conducted on the cultivation device is convenient, and occurrence of diseases and pests of plants cultivated by the cultivation device is reduced; through adjustment of flow of the first pipeline and the forced discharging pipe, an ebb-and-flow irrigation mode is achieved.