30results about "Irrigation ditches" patented technology

The utility model relates to the technical field of water conservancy irrigation discloses a water conservancy irrigation channel with impurity removing function, including channel body, the buffer filter mechanism of setting in the channel body, channel body includes the side wall of canal bottom and canal bottom both sides, the buffer filter mechanism still includes the arc buffer baffle of setting in the buffer filter space and the opening with water flow direction is opposite, and the interval between buffer baffle end and side plate forms filter mouth, and is equipped with filter plate at filter mouth, through the setting of buffer filter mechanism, filter plate is located at both sides of channel body, avoids the direct action of water flow on filter plate, and reduces the impact load that filter plate receives from the root, on the other hand, under the action of buffer baffle, water flow carries out once buffering, then water flow enters the circuitous space and realizes secondary buffering, thereby reducing water flow kinetic energy, further reduces the impact of water flow on filter plate.

The utility model provides a kind of karez water-saving irrigation device for field, it is related to hydraulic engineering technical field, comprising: one water storage shell;The right side of the one water storage shell is equipped with second water storage shell;The right side of the second water storage shell is equipped with third water storage shell;The right side outer wall of the one water storage shell and second water storage shell is all welded with a connecting frame;The top of the one water storage shell, second water storage shell and third water storage shell is all equipped with a floodgate baffle;The middle position of the floodgate baffle is all rotatably installed with a water taking cover plate;The left top of the one water storage shell is equipped with a open channel guide pipe.This device is not easy to seep out to ground when storing water, and the floodgate baffle installed on top can also reduce the evaporation of water, reduce the waste of water and ensure the water level in floodgate, while the water in water storage tank is not easy to be polluted, ensure the health of life and drinking.

This invention belongs to the field of water conservancy and irrigation scheduling technology, and discloses a method for rotating irrigation scheduling of small and medium-sized irrigation projects in hilly areas. The method includes: S1, setting up a main canal starting from a water source, extending and connecting the irrigation area; S2, setting up multiple boundary control units on the main canal to divide the irrigation area into multiple water use zones along the length of the canal; S3, in each water use zone, setting up a water distribution execution unit on the main canal, each water distribution execution unit connecting to a branch canal, each branch canal corresponding to a rotating irrigation zone, the water distribution execution unit having a downstream inlet structure, and the water distribution execution unit being used to selectively supply water to multiple rotating irrigation zones; S4, performing coordinated control of the boundary control units and the water distribution execution units to achieve rotating irrigation water supply to multiple rotating irrigation zones. This invention achieves precise, fair, and safe adaptive optimal rotating irrigation scheduling for small and medium-sized irrigation projects in hilly areas.

The utility model relates to a water channel structure for high -standard farmland irrigation, including linear type assembling module and with its connection curved type assembling module. The curved type assembling module includes: curved main module, is provided with the opening in the inside of curved, curved lining module is assembled and is connected respectively in the both sides of curved main module, one end is assembled and is connected with curved main module, the other end is assembled and is connected with linear type assembling module, garbage collection pool is connected and is arranged in the opening department of the inside of curved main module in curved, grid baffle is set up in the junction of garbage collection pool and the opening of curved main module, intercepts the garbage in water, water pump is installed in the inside of garbage collection pool, will introduce the garbage into garbage collection pool in the process of pumping. The high -standard farmland irrigation water channel structure provided by the utility model has the advantages of simple structure, quick assembling, can intercept and collect the garbage in water, and the water channel siltation problem is improved at low cost.

To provide an electric actuator that connects a rotating shaft to a shaft of a different type of a water supply control device.SOLUTION: An electric actuator 10 includes a rotating shaft 50 that is rotated by a motor via a transmission mechanism, and is attached to a water supply device 104. A rectangular column section 138 is formed at an upper end of a shaft 128 of the water supply device. A connector 300 includes a pair of legs that sandwich opposing side surfaces 140 of the rectangular column section with a clamping section, and a step section formed on each of inner surfaces of the legs above the clamping section, and the pair of legs are connected at an upper end by a connecting section. An upper part 308b of the connecting section fits into a slit at a lower end of the rotating shaft. By attaching the connecting section of the connector 300 to the lower end of the rotating shaft 50, the shaft 128 sandwiched by the clamping section is rotated by the rotating shaft 50. A nut 144 protruding at an upper end part of the shaft in a direction perpendicular to an axial direction of the shaft engages with the step section, preventing the water supply control device from coming off.SELECTED DRAWING: Figure 9

This invention provides a water diversion irrigation channel, relating to the field of irrigation technology, comprising: a steel-constructed channel body, the main body of which is a cylindrical structure with an open top, and a limiting plate fixedly installed inside the opening; a check valve plate, hinged inside the steel-constructed channel body, with an integrally formed counterweight at the bottom rear side, and the top rear side of the check valve plate contacting the limiting plate; a suction cylinder and a rotating arm, providing a drainage structure for quick positioning and assembly. The suction cylinder naturally swings with the up-and-down movement of the float, ensuring that the float preferentially draws water from the surface; the rotating arm is rotated upwards, and a spring locking block engages in a triangular slot to fix the direction of the rotating arm, and then an H-shaped pipe is installed, ready for pumping. Installation is convenient, and both the suction cylinder and the rotating arm maintain conveying and sealing during rotation, solving the problem of pipes easily deviating during use in existing channels.

A system of modular units 502,504,506,508 attachable to create an inclined cascade drainage channel 500 on a slope, each unit (individually shown in Fig 1), having a floor 502a,504a,506a,508a (112) an

This invention discloses a smart agricultural energy storage irrigation and drainage water-saving drip irrigation system, belonging to the field of agricultural irrigation technology. It includes: a rainwater replenishment module, which collects rainwater from nearby farmland using a drone swarm and transports it to an aqueduct for storage; a ground water conveyance module, which connects to the aqueduct via a four-tiered canal system (main canal, branch canal, distribution canal, and farm canal); a canal-irrigated field module, which irrigates crops by arranging drip irrigation tapes connected to the farm canals along the distribution of crops; an energy storage and power generation module, which generates electricity using the gravity potential energy of water stored in the aqueduct, complementing photovoltaic power generation; and a smart management platform, which enables intelligent monitoring, scheduling, and control of the entire process of the rainwater replenishment module, ground water conveyance module, canal-irrigated field module, and energy storage and power generation module. This invention can solve the problems of traditional agriculture's over-reliance on groundwater replenishment, insufficient supporting facilities for natural rainwater collection and transportation, large land occupation of water conveyance canal systems without terrain utilization advantages, and water waste caused by extensive control of water conveyance nodes.

The application discloses a water gate for farmland irrigation, which comprises a fixed seat, a gate and a transmission mechanism. The fixed seat is formed with a water irrigation opening. The lower end of the gate is swing-connected with the fixed seat and can be switched between a closed state and an open state relative to the fixed seat through swing action. The transmission mechanism is connected with the gate and can drive the gate to swing relative to the fixed seat in response to external force. When the gate is in the closed state, the water irrigation opening is closed. When the gate is in the open state, the water irrigation opening is opened. When the application is applied, the transmission mechanism and the gate are connected, the gate is driven to swing through the transmission mechanism, the gate can be opened and closed relative to the water irrigation opening, and the power device can be prevented from being polluted by dirt.

The utility model provides an irrigation channel water distribution gate of preventing falling relates to irrigation channel field, including irrigation water channel, the top surface fixedly connected with support gate frame of irrigation water channel, the inside slide connection of irrigation water channel has water distribution gate, water distribution gate and support gate frame slide connection, the top surface rotationally connected with lifting screw of water distribution gate, the top surface of support gate frame is provided with the drive mechanism of drive lifting screw. This application is through setting water distribution gate, spacing slide groove, translation plate and cleaning shovel plate etc. part, when water distribution gate closes, can pass through spacing slide groove and drive translation plate to move, translation plate movement can drive cleaning shovel plate to clean under water distribution gate, avoid the hindrance of stone and other sundries stagnation to the closing effect of water distribution gate, guarantee the sealing performance between water distribution gate and irrigation water channel, improve the effect that device separates irrigation water, reduce the abrasion of stone to water distribution gate, prolong the service life of device.

This invention belongs to the field of water conservancy and irrigation engineering technology, and discloses a downstream-flow-type hydraulic reference water divider structure, including a base, a flood discharge cap, and a guide wing wall. The base is located at the bottom of the main canal and upstream of the branch canal. A protrusion is provided on the top surface of the end of the base facing the branch canal, and a water divider weir is provided on the protrusion to connect the main canal and the branch canal. The flood discharge cap is located above the protrusion and forms a water divider between the protrusion and the protrusion. The water divider is connected to the water divider weir, and the width of the water divider is greater than the width of the water divider weir. The guide wing wall is located upstream of the water divider along the flow direction of the main water flow in the main canal, and is used to guide a portion of the main water flow in the main canal to the inlet of the water divider and / or the water divider weir and into the branch canal. This invention achieves precise water distribution under stable water depth conditions, is suitable for small and medium-sized traditional and modern irrigation projects, and solves the problems of uneven irrigation, large head loss, poor structural stability, and susceptibility to erosion damage of traditional water divider structures.

This invention discloses an integrated water intake structure for high-standard farmland irrigation and drinking water in hilly and mountainous areas. It includes a reverse filter, an integrated irrigation and drinking water collection corridor, a hollow overflow dam, and a flexible stilling basin, connected sequentially in the direction of water flow. The integrated irrigation and drinking water collection corridor includes an irrigation collection corridor, with its bottom end connected to a sedimentation and desilting corridor. The downstream sidewall of the irrigation collection corridor connects to a domestic water storage chamber. The sidewall of the irrigation collection corridor has both an inlet and an irrigation channel intake, while the domestic water storage chamber has a domestic water intake. This invention optimizes the collection corridor structure to achieve graded water filtration, simultaneously meeting the needs of irrigation and domestic water use, and allowing for adjustment of the collected water volume as needed. Combined with the reverse filter, hollow overflow dam, and flexible stilling basin, it achieves separation of clear and turbid water, safe water intake, and flood discharge and energy dissipation, improving project stability and service life, and reducing operation and maintenance costs.

This utility model discloses an improved irrigation canal, relating to the field of irrigation canal technology. It includes a canal body and a canal cover. The canal body has a channel and a placement groove, and also includes a support plate with an arc-shaped first end forming a supporting end. The canal cover has a retaining groove in the center of its bottom surface. The support plate is symmetrically and detachably installed in the channel channel so that the two supporting ends abut against each other. This improved irrigation canal utilizes the supporting end of the support plate abutting against the retaining groove to support the center of the bottom surface of the canal cover, improving the compressive strength of the canal cover and reducing concrete fragments caused by deformation and cracking at the center of the bottom surface of the canal cover. Furthermore, the support plate can also catch concrete fragments falling from the canal cover, preventing them from falling into the channel and impacting the inner wall of the channel with the water flow, thus improving the protection of the canal body.

The utility model belongs to farmland water conservancy technical field especially is a kind of farmland ditch structure of anti-seepage of crop planting, including prefabricated ditch piece, the connecting head of staggered arrangement is integrally formed in the both ends of prefabricated ditch piece, and the head is connected at the connecting head and forms broken line gap when two prefabricated ditch pieces are spliced, the upper and lower surfaces of both ends of prefabricated ditch piece are all provided with connecting groove, and cast-in-place piece is casted between two prefabricated ditch pieces, and cast-in-place piece is wrapped in the upper portion of connecting head while being filled in connecting groove;By the staggered connecting head of integrally forming in the both ends of prefabricated ditch piece, the broken line gap is formed when two components are spliced, and reasonable space is provided for cast-in-place piece pouring;Cast-in-place piece not only wraps the upper portion of connecting head, but also is filled in connecting groove, and forms multidimensional embedded structure;This design greatly increases the connecting area and occlusal force of prefabricated piece and cast-in-place piece, avoids the defect that only concrete daubing sealing is prone to crack in traditional splicing mode.

The application discloses a water diversion structure of a water conservancy and hydropower project and belongs to the technical field of water conservancy projects. The water diversion structure comprises a channel, a bottom plate and a limiting component. The bottom plate is arranged at the bottom of the channel and has buoyancy. The two ends of the bottom plate are respectively an upstream end and a downstream end. The upstream end is rotationally connected with the inner wall of the channel, and the downstream end is provided with a counterweight. The limiting component is arranged on the inner wall of the channel and is arranged opposite to the downstream end. The application realizes the self-adaptive cleaning of silt through the self-adaptive state switching of the bottom plate in the channel, i.e., the tilting in the water-stopping state and the horizontal state in the water-filling state. The application not only reduces the accumulation amount of silt in the channel, avoids the gradual increase of the bottom surface of the channel and the reduction of the water conveying space of the channel, and improves the water conveying capacity of the channel, but also effectively reduces the probability of the formation of a hard and compact layer of fine-grained silt due to long-time accumulation and drying. The application is especially suitable for the application in the decentralized application scenarios of small branch channels and farm channels in agricultural irrigation areas.

The application discloses a kind of based on soil profile quick convergence interlayer's facility farmland salt leaching system and its construction method, belong to farmland irrigation and drainage technical field, the system includes arc concave, the arc concave is arranged in facility farmland, with arc concave as foundation and is equipped with soil interlayer, the central position of the arc concave is equipped with pumping well pipe device, the pumping well pipe device is communicated with arc concave by water-permeable sand column;The arc concave has the fastest drop line configuration characteristics, and the soil interlayer is the soil interlayer with high density on compaction upper low down.The system of the present application improves water collection efficiency, significantly inhibits deep percolation;Avoid interlayer salt accumulation, strengthen system sustainability;Realize single field leaching water independent control and accurate processing;Achieve pumping intensity and interlayer water convergence intensity Dynamic synergistic regulation.

The present application relates to the technical field of data processing, and especially relates to a kind of paddy field gate anti-clogging intelligent monitoring control method, the method obtains the multidimensional monitoring data of gate at each monitoring time instant in real time, the multidimensional monitoring data of gate at each monitoring time instant in each running process is formed into multidimensional monitoring data sequence, and one multidimensional monitoring data sequence corresponds to one gate running process;For any gate running process, according to the multidimensional monitoring data sequence corresponding to any gate running process, the optimized gate clogging coefficient of any gate running process is obtained;The optimized gate clogging coefficient of each gate running process is obtained, the optimized gate clogging coefficient of each gate running process is used to obtain gate clogging trend index, according to the optimized gate clogging coefficient of current gate running process and gate clogging trend index, gate anti-clogging intelligent monitoring control is carried out, and early, quantitative and trend monitoring of gate clogging state is realized.

The application discloses a rice-crop rotation modular drainage system suitable for small and micro farmlands along a canal, which comprises a gate frame, vertical guide grooves arranged on the two side columns of the gate frame, a gate plate slidably arranged in the vertical guide grooves, a handle and a lifting lug fixedly arranged on the top of the gate plate respectively, an electric hoist fixedly arranged on the upper cross beam of the gate frame, a screw rod arranged vertically, the middle part of the screw rod penetrating through the electric hoist, the lower end of the screw rod being hingedly connected with the lifting lug, a rack, a soil moisture tension meter, a pointer reading table and a control box arranged on the rack respectively, a potentiometer, a rotating shaft of the potentiometer being rigidly connected with a pointer rotating shaft of the pointer reading table, a connecting rod mechanism connecting the pointer rotating shaft of a negative pressure gauge of the soil moisture tension meter and the rotating shaft of the potentiometer respectively, and a power supply, a controller and a communication module arranged in the control box respectively. Thus, the initial investment cost can be directly reduced, the drainage requirements of different stages of rice-crop rotation can be met, the misjudgment caused by experience can be reduced, and the management efficiency can be improved.

To provide a reform pipe which can secure strength of the reform pipe and be transported in an existing pipe, and to provide an existing pipe reforming method.SOLUTION: A second reform pipe 12 is a pipe for reforming an existing pipe 1 with which an existing branch pipe 2 is connected. The second reform pipe 12 includes a reform main pipe 15 and a branch pipe part 16. The branch pipe part 16 is branched from the reform main pipe 15 and formed having a diameter smaller than that of the reform main pipe 15. Further, an opening end 16c of the branch pipe part 16 is formed in an arc shape centered on a pipe axis 28 in a side view in which the branch pipe part 16 is viewed from a pipe axis direction of the reform main pipe 15.SELECTED DRAWING: Figure 5

This invention discloses a permeable ecological dam, a farmland irrigation system, and a method for regulating water levels in ditches. The permeable ecological dam includes multiple water-retaining dam segments arranged within the ditch, with the top height of the upstream water-retaining dam segment higher than the top height of the adjacent downstream water-retaining dam segment. Permeable dam segments are arranged between adjacent water-retaining dam segments, with the top height of the permeable dam segments falling within the range of the top heights of the adjacent water-retaining dam segments. Plants are grown on the top of the permeable dam segments. Multiple pipes are buried from bottom to top within the permeable ecological dam, with the upstream end of each pipe open for inserting a plug. Multiple permeable holes are provided on the pipes at the locations of each permeable dam segment, allowing water entering from the upstream of the ditch to pass through and enter the corresponding permeable dam segment. The water entering the permeable dam segment overflows to the downstream of the ditch. This invention can regulate the water level in the ditch to achieve multi-stage water level control and realize multi-stage permeability.

This invention discloses a filtration and impurity removal device for water conservancy engineering canals, including a bottom support frame, a filter plate installed inside the bottom support frame, and a cleaning frame slidably connected to the outer side of the bottom support frame. The cleaning frame contains a pushing mechanism. This invention relates to the field of water canal filtration technology. The filtration and impurity removal device for water conservancy engineering canals achieves the function of driving the cleaning frame to rise and fall along the bottom support frame through the linkage design of the winding roller, connecting rope, and cleaning frame, facilitating the cleaning of the filter plate. Through the cooperation of the pushing mechanism, collection frame, and pushing plate, impurities after cleaning can be collected and pushed out. The sliding cooperation between the adjusting block and the guide ring enables automatic rope routing during the winding process, ensuring the transmission stability of the winding roller and the connecting rope. Furthermore, the rotating shaft acts as a single power source to simultaneously drive the winding roller, the rope routing assembly, and the adjusting mechanism, achieving coordinated linkage of multiple components and reducing the overall energy consumption of the device.

This utility model provides a water diversion device for an irrigation canal, including a main structure comprising: a water canal; an irrigation trough disposed inside the water canal; a limiting frame disposed on the inner wall of the irrigation trough; limiting grooves disposed on both sides of the limiting frame; limiting plates disposed inside the limiting grooves; a baffle disposed on one side of the limiting plates; side plates disposed on both sides of the baffle; and a silicone sheet disposed on one side of the side plates. In use, the limiting frame is installed at the diversion point, and the baffle is positioned by the limiting plates inserted into the limiting frame to block the water canal that does not require irrigation, allowing water to flow into the irrigation trough of the land requiring irrigation. The silicone sheets on one side of the side plates of the baffle seal any gaps to prevent water from flowing in through them.

The application discloses a slope surface converging water collecting irrigation device and method containing flexible photovoltaic panel lifting, and belongs to the technical field of irrigation engineering. The device comprises a water collecting irrigation mechanism, a power generation mechanism, a folding and unfolding mechanism and a supporting mechanism. The water collecting irrigation mechanism is connected with the power generation mechanism and the folding and unfolding mechanism respectively, and the supporting mechanism is installed below the water collecting irrigation mechanism. The device and method contain the flexible photovoltaic panel lifting. The flexible photovoltaic panel can be automatically folded when not working, so that the photovoltaic panel is prevented from being damaged by the sun. The high-precision inclination sensor and the flexible pressure sensor are installed on the water collecting membrane, the pressure of collected rainwater is monitored, the angle and height of the water collecting membrane are adjusted, the water flow is guided to the middle of the membrane in the maximum degree, and the device and method can be applied to karst landforms and maximum water collection is realized.

The utility model discloses a farmland drainage ditch filter device, including the baffle structure, the baffle structure is inserted in the vertical ditch, and the both ends of baffle structure are fixed with ground, filter device, filter device with baffle structure is connected fixed, and the water in the ditch is guided to the inside of filter device through the baffle structure, and the water is discharged from filter device, and the sundries are intercepted in filter device, and the extraction device, extraction device with filter device cooperation, through the operation of extraction device, make the sundries that be intercepted go up and be extracted to the outside of ditch, the device adopts the design scheme of baffle, can intercept the water flow, and guide the water flow to filter device, realize the filtration of water, and the sundries that be intercepted then go up and be extracted after being arranged to the side of ditch through extraction device, convenient manual cleaning.

The utility model relates to the technical field of irrigation auxiliary equipment discloses irrigation water channel water level regulating gate structure, including the outer frame, the front side middle part fixed connection of outer frame has long axle, the outer wall sliding connection of long axle has sliding block no.

The utility model relates to water gate technical field especially relates to an easy construction type intelligent water gate, the utility model adopts the technical scheme: including water gate main part support frame, water gate main part support frame is by section bar splicing combination, the upper end of water gate main part support frame is connected with support connection whole control frame, the lower end position of support connection whole control frame is equipped with intelligent control box, the inside of intelligent control box is equipped with control module, solar battery module, the upper end of support connection whole control frame is connected with solar energy installation support frame, the front end of solar energy installation support frame is equipped with solar module board, the lower end of solar module board is equipped with waterproof quick -wired combination plug, the utility model has the advantages of: when construction directly places the whole in the installation pit, need not cooperate cement and pour, the construction efficiency of whole is higher, the main part of it will control structure and solar structure and gate body integration together, can realize intelligent remote control.

The application relates to the technical field of water conservancy gates, and discloses a water conservancy gate with a self-cleaning function, which comprises a dam body, a limiting groove is symmetrically arranged in the inside of the dam body, a gate is movably installed in the limiting groove, and the gate is movably clamped with the dam body. The setting of the gate makes the gate a cylinder, which strengthens the structural strength of the gate on one hand and can fill the inside of the gate with hydraulic oil on the other hand; the gravity of the gate itself increases the stability of the gate, reduces the load of the supporting structure, and the setting of the limiting groove makes the water flow out from the lower part of the gate when water is released, and the lower part of the gate is in contact with the water flow when the water flows out; under the impact of the water flow, the gate is driven to rotate, thereby cleaning the garbage adhered to the outer surface of the gate, ensuring the cleanliness of the surface of the gate, and avoiding that too much garbage adhered to the surface of the gate affects the sealing performance.