47results about How to "Solving Irrigation Problems" patented technology

The invention relates to a rain collection self-pressure irrigation system for loess plateau hilly area step greenhouses, which comprises greenhouses, ground water collection surfaces, water collection flow gathering ditches, water reservoirs and irrigation pipelines, wherein the greenhouses are arranged on the steps of a terraced field, the ground water collection surfaces, the water collection flow gathering ditches, the water reservoirs and the irrigation pipelines are arranged on the steps, the greenhouses comprise greenhouse ceiling water collection surfaces, the water collection flow gathering ditches are arranged along the lower edges of the greenhouse ceiling water collection surfaces, the ground water collection surfaces are in inclined arrangement, the lower sides of the ground water collection surfaces are connected with the collection flow gathering ditches, one sides or two sides of the water collection flow gathering ditches are provided with the water reservoirs, and the irrigation pipelines are arranged in the greenhouses and are connected with the water reservoirs of the previous steps through main pipelines. The greenhouses are built on the terraced field, the collected rain at the previous step of the terraced field is used for irrigating the greenhouse on the next step of the terraced field, the rain resources are sufficiently and reasonably developed and utilized for developing the facility agriculture, and the ecological system is prompted to be converted to the benign circulation.

The invention belongs to the technical field of daily necessities, relates to a street lamp, in particular to a street lamp automatic rainwater collecting intelligent irrigation system. The street lamp automatic rainwater collecting intelligent irrigation system comprises a rainwater collecting system and a rainwater storage irrigation system; the rainwater collecting system comprises a rain sensing device, a collecting device and a built-in water tube, wherein the rain sensing device and the collecting device are arranged at the top of the street lamp, and the built-in water tube is arranged inside a street lamp rod. The rainwater storage irrigation system comprises a water storage box embedded into the ground; the water storage box is connected with a water outlet guide pipe through a water pump; and the water outlet guide pipe is connected with an irrigation device. A master controller is installed at the top of the water storage box; a GSM control module is arranged inside the master controller; a light temperature and humidity monitor is arranged at an outlet of the irrigation device; and an electromagnetic relay switch is arranged at an outlet of a pipe of the irrigation device. The street lamp automatic rainwater collecting intelligent irrigation system has the beneficial effects that control is convenient; intelligent irrigation is achieved; irrigation of green belts on the two sides of a road can be effectively achieved; the manpower resource can be saved; and operation is convenient.

The invention relates to a remote-control household micro automatic drip irrigation system, which consists of a control module, an electromagnetic valve and a drip irrigation water pipe, wherein one end of the electromagnetic valve is connected with a tap water or water storage tank through a water pipe, the other end of the electromagnetic valve is connected with the drip irrigation water pipe, the control module consists of a power supply module, a single-chip microcomputer module, a key input module, a short message receiving module, an electromagnetic valve driving module and a status display module, and the control module is connected with the electromagnetic valve. The system has the advantages that the automatic irrigation of urban domesticated plants is realized, the problem in plant irrigation under the long-term unmanned condition is solved, the normal growth of the plants is guaranteed, the system is convenient to operate and the cost is low.

The invention relates to the field of irrigation systems and particularly relates to a water-collecting irrigation system in the field. The water-collecting irrigation system comprises a water storage tank and a spraying unit, wherein the spraying unit is connected with the water storage tank which is also provided with a water-mist collecting unit and a rainwater collecting unit in a communicating manner; the water-mist collecting unit comprises water-mist collecting cloth and a supporting column; the water-mist collecting cloth is uniformly distributed on the supporting column in a radial manner along the axis of the supporting column; and the rainwater collecting unit is a funnel-shaped plastic thin-film structure, and is arranged under the water-mist collecting unit. The water-collecting irrigation system has the function of collecting rainwater and water mist and provides an irrigation device for crops.

The invention relates to a plating system for plants, in particular to a tridimensional plating system for plants, which comprises a plurality of tridimensional plating units. The tridimensional plating system is characterized by also comprising a belt-shaped closed orbit and an orbit running unit, wherein the tridimensional plating units can move along the belt-shaped closed orbit by being driven by the orbit running unit. Because the belt-shaped closed orbit is adopted, each tridimensional plating unit has an opportunity to rotate to the periphery of the tridimensional plating system, thus the invention solves the problem of the insufficient lighting and the poor ventilation of high-density plating in the prior art. The invention reduces the work intensity of workers, enhances the work efficiency, saves the labor cost and the fund cost and effectively realizes the industrialized production of crops and the assembly line work of agricultural production.

The invention is applied to the field of building greening, and provides a fabricated wall greening system. The fabricated wall greening system comprises a wallboard, a plurality of containers where plants are planted, a frame used for mounting and fixing the containers and irrigation equipment used for conducting drip irrigation on the containers. According to the fabricated wall greening system,through integrated design, matching components, professional construction and systematic management, coordinating and unifying of functions, safety, beauty and economy of the three-dimensional greening system are achieved. The fabricated wall greening system can effectively relief and reduce the temperature of the wall surface, reduce the damage of the high temperature to buildings, improve the comfort level of the buildings, can reduce the heat resistance requirements of plants, and have stronger ecological and social benefits. The fabricated structure is easy to install, can reduce the installation of irrigation pipe fittings, and reduces the leakage probability. By adopting an irrigation mode of combining passive irrigation and a drip irrigation control system, the problems of heavy irrigation of vertical greening and uneven irrigation can be solved, the effect of saving energy, water and materials can be achieved, and the human cost is reduced.

The invention discloses a rainwater irrigation system, comprising a water seepage component and a reservoir (4) which is provided with a water inlet (3) and a water outlet (14), wherein a water level control switch component which is arranged in the reservoir (4) isolates the water outlet (14) and an inner cavity of the reservoir (4); the water seepage component comprises a main pipe (23) which is connected with the water outlet (14) through a connecting pipe (12); one end of a branch pipe (24) is connected with the main pipe (23), and the other end of the branch pipe (24) is provided with an exhaust pipe (26); and at least one seepage irrigation head (25) is arranged on the branch pipe (24). The rainwater irrigation system disclosed by the invention does not need a power resource, the rainwater can be utilized sufficiently and reasonably, and automatic irrigation for high greening coverage points is realized.

The invention discloses a wind energy water storage irrigation system. The wind energy water storage irrigation system comprises a wind blade, a bevel gear connected with a fan, an off-course correcting tail wing, a bevel gear connected with a drive wheel, a double-headed bevel gear, a steering shaft, a drive gear, a driven gear, two synchronous belts, a synchronous wheel, a plurality of waterwheels from top down, a water storage tank, a drip irrigation guide pipe and multiple water storage boxes. The wind blade is driven by utilizing wind energy to rotate, and the waterwheels are driven to rotate through transmission, then the rotating waterwheels can lift up underground water layer by layer and collect the water into the water storage tank in the end, and finally the water flows out through the drip irrigation guide pipe for drip irrigation. According to the wind energy water storage irrigation system, the wind energy is made full use of to constantly lift up the water to the required height, so that the drip irrigation can be facilitated to save the water resources; and meanwhile, a new product which is convenient and quick is provided for life. Therefore, the wind energy water storage irrigation system has the characteristics of economy of water and energy, wide application range, small noise, simple structure, beautiful mechanical structure and the like.

The invention belongs to the field of flowers and plants, and specifically discloses a cultivation method of a peony. The cultivation method comprises the following steps: firstly digging a planting pit in soil, laying cobblestones on the bottom of the pit, laying a filter net on the cobblestones, then laying a water-retaining agent on the filter net, and laying mellow soil on the water-retaining agent; then digging a deep hole near the planting pit, mounting a weeping pipe and a water pump for irrigation in the deep hole, forming weeping holes in the part, stretching out of the deep hole, of the weeping pipe, enabling the weeping holes to be directly opposite to the root of the peony, and placing a buoy for observing water level in the deep hole; carrying out waterproof treatment on the inner wall of the planting pit and the inner wall of the deep hole respectively; and finally digging a cave in the mellow soil inside the planting pit, implanting a treated peony seed or a peony seedling in the central position of the hole, treading solidly, watering with filtered sanitary wastewater, and covering the surface of the mellow soil with a mulching film. The method can solve the irrigation problem of peonies during planting in sterile areas or soil with poor water-locking performance, and large-area planting of peonies can be realized.

The invention discloses a small direct expansion type solar energy heating pump. The small direct expansion type solar energy heating pump comprises a heating steam engine. The heating steam engine comprises a housing. The housing is internally provided with a displacer piston and a power piston which are transversely arranged and connected with each other and a heating pipe and a cooling pipe are laid on the outside of the housing. The small direct expansion type solar energy heating pump further comprises a solar heat collection panel, a bearing and a working water tank. A heat transfer pipe of the solar heat collection panel is communicated with the heating pipe through a connecting pipe. The power piston of the heating steam engine is connected to the bearing through a connecting rod. A working piston of the working water tank is connected to the bearing through a connecting rod. A drain pipe and a pumping pipe are mounted at the bottom of the working water tank. The drain pipe is communicated with the cooling pipe. Heating space and cooling space are filled with an organic working medium of isopentane. The small direct expansion type solar energy heating pump pumps underground water by heating the organic working medium with solar energy to expand to drive the pistons to move to output mechanical energy, can continuously pump the underground water for use without using any external energy and is energy-saving, environmentally friendly and renewable.

The invention discloses a vertical flow downdraft infiltrating irrigation wall planting bag planting component and planting system. The vertical flow downdraft infiltrating irrigation wall planting bag planting component comprises a waterproof base layer fixed on a support body, a waterproof load bearing fabric and a wall planting bag, wherein the two sides of the waterproof load bearing fabric are fixed on the waterproof base layer, the middle part of the waterproof load bearing fabric is plump to form a bag-shaped space, the upper end of the waterproof load bearing fabric forms a water inlet, and the lower end of the waterproof load bearing fabric forms a water outlet; and the wall planting bag is composed of a waterproof fabric at the upper part and a filter cloth at the lower part, inclusion is placed into the wall planting bag and the wall planting bag is placed into the bag-shaped space, the bag-shaped space is bornt by the waterproof load bearing fabric, and the wall planting bag partially abuts against the waterproof base layer. The vertical flow downdraft infiltrating irrigation wall planting bag planting component and planting system disclosed by the invention are creative and really solves irrigation problem when a soft planting device is used for planting on a facade body, settings of an irrigation system are simple and convenient, cost is low, reliability is strong, irrigation water velocity is fast, irrigation is timely and uniform, planting media are not scoured, plants are not damaged, and irrigation effect is good.

The invention relates to a solar device for liquefying hot air to supply water to plants in a desert, and belongs to the technical field of environmental protection. The solar device comprises a photovoltaic power generating system, a rain collecting, refrigerating and water making system, an air suction refrigerating and water making system and an underground water supply device. The solar device is mainly based on the principle that air is liquefied into water after meeting cold; an existing hot air resource in the desert is fully utilized; the methods of actively sucking the hot air and passively contacting the hot air and rainwater are adopted; an obtained water resource is stored in the device, and the water is supplied to the plants in the desert periodically. Therefore, the irrigation problem of the plants in the desert is solved; the normal growth of the plants is ensured; the survival rate of the plants is improved. The device has the advantages of simple structure, reliable operation, low cost, convenience in control and the like.

The invention discloses a rain collecting and irrigating device for fruit trees in the hills of loess plateau, which comprises a water collecting surface (1), a water diversion ditch (2), a reservoir (3) and a water delivery irrigation pipeline (4), wherein the water collecting surface (1) is arranged with the gradient of 3-8 degrees; the part with lower gradient on the water collecting surface (1) is provided with the water diversion ditch (2) which is connected with the reservoir (3); and the reservoir (3) is connected with the water delivery irrigation pipeline (4) of which the other end is embedded in the root soil of the fruit trees. The rain collecting and irrigating device in the invention has a simple structure, needs no special construction technology and equipment, is free of power, and is easy to popularize and apply.

The invention provides a novel environmentally-friendly method for synthesizing 3,3'-dimethyl-4,4'-diamidodiphenylmethane (2MMDA1). The method comprises the following steps: by taking o-toluidine, hydrochloric acid and formaldehyde as raw materials, carrying out condensation reaction on the raw materials in the presence of no catalyst so as to obtain the hydrochloride of 2MMDA1; and then filtering, washing, drying and recrystallizing so as to obtain a target product, wherein sewage generated in the process is regulated by using diluted phosphoric acid so that the pH reaches about 7.0, the sewage is subjected to standing and precipitation, and supernate is taken for later use. The yield of 2MMDA1 is 75-85%, and the purity of 2MMDA1 is 95%. Relative to reported processes, the method provided by the invention has the advantages that: (1) the catalyst is not introduced in the reaction process, and sewage generated in the process and secondary pollution of solvent used for recrystallization can be avoided; and (2) ammonia water, potassium hydroxide and phosphoric acid are used as neutralization reagents, the finally generated sewage is rich in NH<4+>, k<+> and PO4<3-> ions which are necessary for plant growth; and the sewage after dilution can be directly used for irrigating a tree farm and a grass land, thereby achieving the harmless utilization of the sewage.

The invention discloses a nanometer water-saving pipe. The nanometer water-saving pipe is prepared by performing at least extrusion molding on modified plastic particles by an extruder and performing heating and inflation for expansion, and nanometer-level water-seepage apertures are formed on the wall of the nanometer water-saving pipe. The modified plastic particles comprise the compositions in percent by weight: 40%-60% of polypropylene, 10%-15% of nanometer calcium carbonate, 12%-15% of white carbon black, 1%-5% of a water permeating agent, 5%-15% of mica particles, 2%-10% of an anti-oxidant, 2%-5% of a stabilizer, and 2%-5% of petroleum resin. The above materials are mixed and granulated for forming the modified plastic particles. The manufacturing method of the water-saving pipe comprises: preparing the modified plastic particles, performing extrusion molding, heating, inflating for expansion, and the like. The beneficial effects comprise that the walls of the nanometer water-saving pipe and a corresponding water-saving device have a plurality of nanometer-level water-seepage apertures, so that the nanometer water-saving pipe and the water-saving device can be buried underground for usage, the irrigation problem of crops is effectively solved, and also a large amount of water source is saved; and through controlling water pressure, the water seepage amount is controlled, so that the water content on the ground surface layer is extremely low, the breeding of crop insects is avoided, and the output and the quality of crops are improved.

The invention discloses a high-order water self-irrigation system based on comprehensive new energy utilization, and relates to the technical field of forestry irrigation. The system comprises an optical energy and wind energy coupling power supply subsystem which is arranged on a mountaintop and used for supplying electric energy to a control subsystem and an irrigation subsystem, the irrigationsubsystem which is arranged on the mountaintop and used for irrigating vegetation, the control subsystem which is arranged inside a mountain foot control chamber and used for controlling the irrigation subsystem, and a data collection subsystem which is arranged on the mountain slope and used for collecting soil temperature and humidity data. The data collection subsystem arranged on the mountainslope knows temperature and humidity indexes of slope soil in real time, the control subsystem controls the irrigation subsystem arranged on the mountain top to operate, the optical energy and wind energy coupling power supply subsystem is used for providing electric energy support, the working efficiency is effectively improved, sufficient water resource utilization is ensured, the purpose of irrigation after mine recovery in the water-deficient area can be achieved, and the system is suitable for being popularized.

The invention discloses an irrigation canal with ecology landscapes and a construction method of the irrigation canal. The irrigation canal comprises an irrigation canal body, an irrigation crossing pipe and a canal bank slope; an intercepting water pipe is connected to the inner bottom of the irrigation canal body and arranged facing an irrigation area, and a self-service irrigation base stationis arranged at the irrigation area; the lower end of the self-service irrigation base station is connected with a flow guiding water pipe, and the lower end of the flow guiding water pipe is connectedwith the intercepting water pipe; the canal bank slope is an ecology landscape bank slope, and the ecology landscape bank slope is set up at the upper end of the irrigation crossing pipe and comprises an ecology slope protection face and a concrete retaining wall; and the low position of the ecology slope protection face is connected with the concrete retaining wall. It is ensured that the intercepting water pipe is full of water all the time, meanwhile, the self-service irrigation base station is arranged at the irrigation area and connected with the intercepting water pipe, the water in theintercepting water pipe can be sprayed to the irrigation area as required, and thus the problem that irrigation is difficult in the dry season is solved; and meanwhile, the ecology slope protection face is constructed at the bank slope, corresponding vegetations are planted, the problem of water and soil loss is effectively solved, and the landscape property of the bank slope is improved.

The invention discloses a high-flow pressure-compensated drip irrigation emitter, which is of a combined structure comprising a cavity, a pressure-compensated gasket and a base, wherein the emitter is connected with a tubular billet in an inserted manner. A water inlet and a filter screen are arranged on the cavity, a water outlet is positioned on the base, a labyrinth channel is attached onto the base, and the gasket is arranged between the cavity and the base. The working principle of the emitter includes that water flow enters the cavity of the emitter from a filter window of the water inlet of the emitter, flows through the upper surface of the gasket, enters the labyrinth channel through an inlet of the labyrinth channel, enters the base on the lower portion of the gasket through an outlet of the labyrinth channel to reach the water outlet after preliminary energy dissipation of the labyrinth channel, and a water outlet section of the lower portion of the pressure-compensated gasket is correspondingly changed along with constantly changing pressure, so that the flow rate of the emitter is changed.

The invention discloses a micro-irrigation device, which carries out water-saving irrigation on irrigated plants through coordinating operation of an automatic valve and a micro-irrigation cylinder in the micro-irrigation device. Therefore, the micro-irrigation device can be widely applied to water-saving irrigation on plants.

The invention discloses an automatic efficient energy-saving water wheel, and relates to net valves. The automatic efficient energy-saving water wheel is organically composed of a main body and accessory bodies including a left water wheel body, a right water wheel body, upper drive rings, lower drive rings, an upper electric generator, a lower electric generator, an upper water wheel body, a left support, a right support, an upper rotating shaft, a lower rotating shaft, an upper support, a lower support, a surge tank and the like. The left water wheel body and the right water wheel body are arranged on the outer sides of the two ends of the lower rotating shaft; and the upper drive rings are arranged on the left side and the right side of the upper water wheel body, and the lower drive rings are arranged on two sides of the left water wheel body and the right water wheel body. The upper electric generator and the lower electric generator are arranged on the upper side of the upper support and the upper side of the lower support. The upper water wheel body is arranged on the outer side of the upper rotating shaft; and the left support is arranged on the left side of the water wheel and the right support is arranged on the right side of the water wheel. The upper rotating shaft is arranged in a bearing of the upper water body, and the lower rotating shaft is arranged in a bearing of the left and right water wheel bodies; the upper support and the lower support are connected with the right support; and the surge tank is arranged at the upper end of the left support. The automatic efficient energy-saving water wheel is advanced in design performance, simple and easy to implement, wide in application, capable of realizing the hydroelectric generation of automatic buckets, efficient, environmentally friendly, safe, portable, durable, low in cost, high in return, and obvious in comprehensive benefits, and energy is saved.

The invention relates to a novel agricultural irrigation system which comprises a winding device, an irrigation device and a fixing device, the fixing device comprises at least two symmetrically-arranged traction fixing piles and positioning fixing piles opposite to the traction fixing piles, and each traction fixing pile is connected with the corresponding positioning fixing pile through a steelcable. The winding device is arranged between the two positioning fixing piles; the two ends of the connecting frame are arranged on the steel cables in a sleeving mode and connected with the rope winding wheels through ropes respectively. Due to the adoption of the technical scheme, the novel agricultural irrigation system realizes automatic irrigation of crops through the cooperation of the winding device, the irrigation device and the fixing device, so that the manual time and labor are greatly saved, irrigation is uniform, all-weather operation can be realized, and the irrigation efficiency is improved while automatic irrigation is realized. And birds and beasts can be expelled by driving the connecting frame to move through induction of the ultrasonic sensor, so that the problem of irrigation of crops is effectively solved.

The invention discloses integrated water and fertilizer irrigation equipment, and relates to the technical field of plant irrigation. The integrated water and fertilizer irrigation equipment comprisesa water tank, and also comprises a first cylinder, a single-shaft motor and a bottom plate, wherein the inner portion of the water tank is provided with a second water pump, one end of a water outletof the second water pump is fixedly provided with a water inlet pipe, the water inlet pipe is provided with a one-way valve, and the other end of the water inlet pipe penetrates through one inner wall of the water tank and one surface of the first cylinder in sequence and extends into the first cylinder. The integrated water and fertilizer irrigation equipment has the advantages that a set of electric heating wires in the first cylinder heat water entering the first cylinder, so that the heated water is injected into a second cylinder and mixed with a soluble fertilizer in the second cylinder, the hot water makes the mixing efficiency of the fertilizer and water improved, the outer wall of the second cylinder is wrapped with the hot water, so that the mixing efficiency of the fertilizer and hot water in the second cylinder is further improved, and through the cooperation of the single-shaft motor, a plurality of stirring blades on a fixing rod are driven to stir the fertilizer and thewater, so that the water and fertilizer in the second cylinder are mixed more uniformly.

The invention provides a novel environmental protection system based on desert treatment and an implementation method of the system. The system comprises a vegetation unit, a clean-energy collection unit, a water vapor recovery unit and a water supply unit; the vegetation unit comprises natural trees and artificial trees; the clean-energy collection unit comprises a solar energy power generating device and a wind energy power generating device, and the solar energy power generating device and the wind energy power generating device are of an integrated structure; the water vapor recovery unitis located at the top end of the system and fixedly connected with the clean-energy collection unit; and the water supply unit includes an exposed part and an pre-embedded part, the exposed part communicates with the water vapor recovery unit, and the pre-embedded part is located in the soil position around roots of the vegetation unit. The system and the method provided by the invention have thebeneficial effects that solar energy and wind energy resources in a desert area are fully utilized to realize self sufficiency of working energy sources of the device; a fit clearance between a twisting cover and a twisting rope is intelligently controlled, so that a water conveying amount is controlled; and the system and the method effectively meet growth demand of plants in arid areas, are lowin cost, and are suitable for large-scale promotion in the arid areas.

The invention discloses a water-saving irrigation device. The water-saving irrigation device comprises a first shell and a second shell fixedly arranged at the bottom of the first shell. Supporting legs are fixedly arranged at the four corners of the bottom of the second shell, and walking rollers are fixedly arranged at the bottoms of the supporting legs. A chamber is formed in the first shell, afirst opening and a second opening are formed in the left portion and the right portion of the top of the first shell, and a first motor is fixedly arranged in the inner top wall of the first shell.The bottom of the first motor is in power cooperating connection with a rotary shaft, a first vane is fixedly arranged on the periphery of the rotary shaft, vertical grooves are formed in the rotary shaft in a bilateral symmetry mode and communicated with the chamber, and sliding anti-leakage plates are arranged in the vertical grooves. The water-saving irrigation device is simple in overall structure and convenient to use, sewage sedimentation is carried out on sanitary sewage twice through two additives, the dirt content in water is greatly reduced, the treated sanitary sewage can be used for irrigation, and the irrigation problem of water-deficient land is solved.

The invention relates to the technical field of fertilizer and water treatment devices, and provides an orchard fertilizer and water furrow irrigation device and a using method thereof. The orchard fertilizer and water furrow irrigation device comprises a fertilizer and water supply unit, a fertilizer and water infiltration unit and a cover plate with which the fertilizer and water infiltration unit is covered, the fertilizer and water infiltration unit communicates with the fertilizer and water supply unit through a fertilizer and water conveying unit, the cover plate and the fertilizer and water infiltration unit form a sealed space, and the fertilizer and water infiltration unit communicates with a gas treatment unit. By means of the technical scheme, the problem that in the prior art,a large amount of excrement is difficult to treat, and harmful gas such as ammonia and hydrogen sulfide volatilizes is solved.

The invention discloses an ecological landscape type irrigation canal and a construction method thereof, including an irrigation channel, an irrigation transverse pipe and a bank slope of the canal. The bottom of the irrigation canal is connected with intercepted water pipes, and the intercepted water pipes are arranged towards the irrigation area, and a self-service irrigation base station is arranged in the irrigation area , the lower end of the self-service irrigation base station is connected to the drainage pipe, and the lower end of the drainage pipe is connected to the intercepting water pipe. The bank slope of the channel is an ecological landscape bank slope, and the ecological landscape bank slope is built on the upper end of the irrigation horizontal pipe. The lower part of the ecological slope protection surface is connected with the concrete retaining wall. The invention ensures that the intercepted water pipes are always filled with water, and at the same time, a self-service irrigation base station is set in the irrigation area. The self-service irrigation base station is connected to the intercepted water pipes, and can spray the water from the intercepted water pipes to the irrigation area as required, solving the problem of difficult irrigation in the dry season. At the same time, build an ecological slope protection surface on the bank slope and plant corresponding vegetation to effectively solve the problem of soil erosion and improve the landscape of the bank slope.

The invention discloses an irrigation type feeding device for rice and shrimp breeding and a feeding method thereof, comprising: a plurality of feeding mechanisms arranged on the side of a material box, a feeding channel is arranged above the material box, and an intelligent control valve is arranged between the feeding channel and the material box , the intelligent control valve is used to control the opening and closing of the feeding channel. There are several water outlet holes on the side of the material box, and the water outlet holes are connected to the feeding mechanism; A plurality of assembling rods are all fixed on the circumferential side of the fixed shaft, a feed evenly distributing member is arranged at the bottom of the fixed shaft, and a plurality of helical blades evenly divide the feed evenly distributing member into several artificial shrimp cavities. By placing the main pipe directly between two adjacent rows of rice, the space for rice planting can be rationally utilized, and without affecting rice planting, it can provide rich feed for rice shrimp living on the bottom of the water and improve the burrowing environment of rice shrimp .