30 results about "Drainage canal" patented technology

This utility model discloses a drainage structure for a self-service car wash machine, belonging to the technical field of self-service car wash machines. It includes a drainage channel with an inclined base on one side. The lower inclined sidewall of the base is connected to the drainage channel. A grid plate is horizontally arranged on the top surface of the base. A filter plate is inclinedly arranged inside the drainage channel. Multiple movable components are movably arranged on the top of the drainage channel. This self-service car wash machine drainage structure uses two hinged movable plates, combined with hooks and flanges, to achieve an n-shaped fold. Multiple movable components enable multiple movable plates to achieve an m-shaped fold, allowing for flexible cleaning of the inclined filter plate. Compared to existing devices, this avoids the problem of having to completely lift the cover plate on the drainage channel when cleaning, thus improving cleaning flexibility and efficiency.

1. Name of the design product: water channel (water conservancy and hydropower). 2. Use of the design product: the design product is used for drainage channel. 3. Design points of the design product: in shape. 4. Picture or photo that best indicates the design points: perspective view 1.

This utility model relates to the field of concrete drainage ditches and discloses a slipform track structure for cast-in-place concrete drainage ditches. The structure includes an inner plate, an outer plate, and a transverse sleeve. Both the inner and outer plates are L-shaped and interlock. Sliding rods are fixedly connected to the inner sides of both the inner and outer plates, and rod holes are formed on the edges of both plates. These rod holes correspond to the sliding rods and are slidably engaged with them. Furthermore, sliders are fixedly connected to the upper corners of the same surfaces of both the inner and outer plates. This utility model, by designing the drainage ditch slipform track structure to allow adjustment of the width and side slope angle of the formed drainage ditch, avoids the limitations of existing drainage ditch slipform track structures, which use fixed templates and cannot freely adjust the width and side slope angle of the formed drainage ditch. This allows for the selection of more suitable specifications based on the changing conditions of the construction site.

The utility model belongs to drainage structure technical field, concretely relates to a rain and pollution shunt, including drainage box, apron and filter pocket, drainage box sets up in the drainage ditch of drainage area, apron is inlayed in drainage box upside, filter pocket sets up in drainage box and with apron position corresponding match, still be equipped with adjusting mechanism in drainage box, through the setting of adjusting mechanism, in the drainage process, can through the drive partition pole and turn over, play the effect of the impurity of clean apron surface blockage, make it be pushed away from apron area or directly fall into filter pocket, can also improve the flow of drainage, and still can further compress the impurity in filter pocket through partition pole, improve storage capacity and reduce maintenance frequency, the setting of T type scraper pole can provide certain cleaning effect to partition pole when turning over.

The utility model relates to drainage system technical field discloses a kind of water-accumulation-preventing inclined drainage steel grating, including steel grating main body, the bottom transverse fixed mounting plate one of steel grating main body rear end, the top transverse fixed mounting plate two of steel grating main body rear end, the both sides of mounting plate one and mounting plate two rear end are respectively fixed with bottom cylinder, and the inside of bottom cylinder is provided with compression spring.The utility model is provided with steel grating main body, mounting plate one, male rod, mounting plate two, bottom cylinder, compression spring, opening and bottom plate, when drainage steel grating is installed on drainage channel and used, the top end of two groups of male rods installed on mounting plate one and mounting plate two respectively protrudes steel grating main body, and the protruding male rod can be used to assist the interception of some bagged garbage outside, reduce garbage movement and cover on the top of steel grating, ensure that the drainage passage is dredged, and prevent water accumulation.

The utility model discloses a kind of composite salt-resistant freeze-thaw concrete pavement structures, it is related to concrete pavement technical field, including concrete pavement ontology, drainage assembly and anti-freezing component are equipped on the concrete pavement ontology;The drainage assembly includes two sides drainage canal;The anti-freezing component includes asphalt layer, water-permeable concrete layer is equipped below the asphalt layer, reinforced concrete layer is equipped below the water-permeable concrete layer, broken stone cushion is equipped below the reinforced concrete layer, drainage layer is equipped in the broken stone cushion bottom, two layers of geotextile are equipped below the drainage layer, HDPE film is equipped between two layers of the geotextile, drainage hole is symmetrically opened in the geotextile two sides;Drainage is cooperated by drainage assembly and anti-freezing component, and flowing water body is intercepted on road surface surface layer, avoid water to be long-term detained in certain structure layer, can significantly reduce the water residue in road surface structure interior, to prevent water from forming freeze-thaw medium in structure due to evaporation not in time.

The application provides an agricultural drainage ditch intelligent diversion and reinforced purification system and a running method thereof, and relates to the field of agricultural drainage ditch purification. The agricultural drainage ditch intelligent diversion and reinforced purification system comprises an agricultural drainage ditch, an aeration sedimentation zone, a water-permeable concrete wall and a reinforced purification zone. The agricultural drainage ditch is communicated with the aeration sedimentation zone through an inlet channel. The reinforced purification zone comprises an ecological purification zone at the upper part and an iron-carbon filler zone at the lower part. The height of the water-permeable concrete wall matches that of the ecological purification zone. A vegetable floating bed is arranged in the ecological purification zone. The bottom of the vegetable floating bed is provided with a three-dimensional elastic filler. The bottom of the iron-carbon filler zone is communicated with the agricultural drainage ditch through an outlet pipe. The application can efficiently remove different water quality types without affecting the irrigation of the upstream and downstream of the agricultural drainage ditch and the original flood discharge capacity of the ditch.

An embodiment of the present application provides a device for cleaning sundries in a farmland water conservancy drainage channel, which involves a storage bin: a partition board is fixedly connected to the inner wall of the storage bin, a scraper is fixedly connected to the side wall of the storage bin, and a pair of vertical blocks are fixedly connected to the top of the storage bin. A first motor is fixedly connected to the side wall of the vertical block. The output shaft of the first motor penetrates the side wall of the vertical block and is movably connected to the side wall of the other vertical block. A first roller is fixedly connected to the output shaft of the first motor. A second roller is movably connected to the inner wall of the storage bin. A conveyor belt is movably connected between the first roller and the second roller. A crushing mechanism is provided on the right side of the storage bin. A positioning block is fixedly connected to the side wall of the storage bin. A grip rod is fixedly connected to the top of the positioning block, and the utility model has the characteristic of convenient impurity cleaning.

This utility model discloses an ecological drainage and composite seepage prevention system, including a base layer, a concrete protective grouting layer on top of the base layer, a drainage ditch structure at the bottom, a planting trough on the sloping surface that also serves as an ecological bank stabilization, and a concrete support enclosure on the outside. Below the inner planting trough are first and second gravel paving layers, with a guide trough underneath. The bottom of the trough connects to the lower water channel of the drainage ditch, and the top has supporting filter components. The drainage ditch has a garbage filter screen on top, and the bottom of the planting trough has a soil support mesh plate, along with supporting rods. The concrete protective grouting layer consists of lower and upper pouring layers, interspersed with a geomembrane layer. The gravel layer has particle sizes greater than 10mm and 5-8mm respectively, with an upper drainage channel connecting to the drainage ditch at the top and auxiliary filters of varying sizes at the ends. The supporting filter components include a support frame, a filter cloth cover, and a supporting mesh plate. The geomembrane layer is an HDPE membrane or a bentonite waterproof blanket. This system has good seepage prevention effect, stable structure, and can significantly reduce slope maintenance costs.

This invention belongs to the technical field of drainage ditch lining drainage systems, and relates to a unidirectional flow-guiding anti-siltation device and construction method. It includes a double-cylinder check valve for connecting the inner cavity of the drainage ditch to the water conveyance channel. The double-cylinder check valves are detachably arrayed and installed on the slope of the drainage ditch. The double-cylinder check valves are filled with geotextile, and the outlet of the double-cylinder check valve is covered with a wire mesh cap. This invention uses a double-cylinder check valve structure, which enhances unidirectional flow performance through a double chamber filled with geotextile. It allows water flow while intercepting fine sand and mud, preventing siltation at the valve outlet. It also clears the lining gaps, ensuring timely and effective release of seepage pressure in the lining structure under high groundwater levels, preventing lining bulging and cracking. The wire mesh cap at the outlet further physically blocks large particles of impurities, significantly reducing the risk of internal blockage.

This utility model discloses a foundation pit drainage device for building construction, comprising: a deep foundation pit; a foundation pit pumping assembly mounted on the deep foundation pit, the foundation pit pumping assembly being used for pumping and draining water; and a sludge preliminary sedimentation and removal assembly mounted on one side of the foundation pit pumping assembly. The device performs secondary deep filtration of the water through a second filter plate to further remove residual impurities. A water level detector monitors the water level in real time to ensure stable filtration. The filtered water is discharged into a drainage ditch via a drainage pipe through a pump. If sludge is generated during filtration, a second sludge suction pipe transports it to a sludge pump for discharge. The advantages of this device are that the secondary filtration assembly further improves water quality, reduces impurities from clogging the drainage system, and improves drainage efficiency and quality. Simultaneously, the water level detector enables automated monitoring, improves the system's intelligence level, reduces manual intervention, and further optimizes the drainage effect.

This invention discloses a pre-drainage scheduling method for farmland drainage canal networks that integrates short-term forecasts. It dynamically assesses the reliability of each forecast data source and monitoring station based on local monitoring data, and uses interpolation and reconstruction algorithms to recover complete data when monitoring data is missing. This allows the system to automatically reduce the weight of data sources with large errors and strong fluctuations in the event of forecast conflicts or sensor anomalies, enhancing the reliability of overall information fusion. Furthermore, it constructs multiple rainfall scenarios with different spatiotemporal distributions and occurrence probabilities through reliability weighting, and combines these with a digital twin model of the farmland drainage canal network to obtain the probability distribution of key control nodes. This upgrades the system from a single deterministic operating condition to a multi-scenario probability distribution, enabling pre-drainage scheduling to no longer rely on single-point predictions but rather on a holistic assessment based on possible future evolution paths.

The application discloses a dam slope reinforcing device for pumped storage power station, and belongs to the dam slope reinforcing field, which comprises a dam slope body, a plurality of reinforcing ribs are installed on the outer wall of the dam slope body, a plurality of square grooves are formed in the inner wall of the dam slope body, reinforcing plates are inserted into the inner walls of the square grooves, a concrete surface layer is cast on the outer wall of the dam slope body, an extension layer is installed on the outer side of the dam slope body, a baffle is rotationally connected to the bottom of the extension layer through a hinge, and a plurality of water leakage grooves are formed in the inner wall of the baffle. When the baffle is vertically arranged, impurities and stones that slide down the concrete surface layer can be intercepted in extreme weather, so that the impurities and stones cannot directly fall into the interior of the drainage channel, and water flow is prevented from directly discharging to the opposite bank of the drainage channel, so that rainwater spreading is avoided, and the firmness of the concrete surface layer attached to the surface of the dam slope body is improved by the reinforcing ribs and the reinforcing plates.

The utility model relates to the technical field of revetment structure, and disclose high -standard farmland construction revetment structure, including revetment body still include water collecting tank and protection mechanism, the inside of revetment body is provided with the protection mechanism of protection revetment body surface, the inside fixedly connected with water collecting tank of revetment body, the inside of water collecting tank is provided with baffle, the inside fixedly connected with filter plate of water collecting tank, the inside fixedly connected with spray head body of rotating shell, fixedly connected with connecting hose between spray head body and shunt pipe. Through collecting rainwater and making it through spray head body and spraying to drainage canal to clean, water flow impact force is enough to wash down the silt and sundries in the canal, and with water flow together, because the number of spray head is many and is distributed reasonably, the whole drainage canal can be evenly cleaned, avoids the local silt phenomenon, utilizes rainwater to clean not only saves water resources, also reduces the cost and risk of manual cleaning.

The present application relates to the field of drainage engineering, and discloses a drainage ditch desilting system, which comprises a plurality of chain mud scrapers (2) arranged in sequence along the drainage direction of a drainage ditch (1) and capable of respectively pushing deposited sludge downstream of the drainage direction of the drainage ditch (1), and a flushing mechanism capable of spraying flushing fluid downstream of the drainage direction of the drainage ditch (1) between any two adjacent chain mud scrapers (2). The drainage ditch desilting system can relay clean the deposited sludge in the drainage ditch through the combined application of the plurality of chain mud scrapers and the flushing mechanism, facilitating the automatic cleaning of the drainage ditch with a relatively long length or having a curved section or a corner section, and eliminating the need to separately set a sludge collecting pool at the downstream position corresponding to each chain mud scraper.

This utility model relates to the technical field of underground engineering construction equipment, and discloses a device for excavating and constructing underground drainage channels. The device includes: a base and a mounting plate, the mounting plate being located at the upper end of the base; four sets of buffer rods, each fixedly connected inside the base, the mounting plate being connected to the upper ends of the four sets of buffer rods; a mounting block and an adjusting assembly, the mounting block being fixedly connected to the upper end of the mounting plate, and the adjusting assembly being connected to the upper end of the mounting block. The advantages of this utility model are: through a unique structural design, it achieves efficient buffering and shock absorption, flexible height adjustment, and stable construction, solving the aforementioned problems existing in the prior art, and improving the quality, efficiency, and safety of underground drainage channel construction.

The utility model relates to a kind of building deep foundation pit edge protection structure, including foundation pit, protective fence, waterproof layer, water guide pipe and water-permeable backfill layer;The upper portion of foundation pit is provided with water guide groove, and the inner wall of water guide groove is provided with waterproof layer;One end of water guide pipe passes through waterproof layer and is communicated to water guide groove, and the other end of water guide pipe extends to the drainage channel in the bottom of foundation pit;Protective fence includes presser foot, protective framework and intercepting net;Presser foot is fixedly arranged at the bottom of water guide groove, and is located above waterproof layer;Protective framework is vertically fixed on presser foot, and the side of protective framework is provided with intercepting net;Water-permeable backfill layer is laid in water guide groove.The utility model can effectively separate solid and liquid to the mixture of sludge and water under interception, and guide water downward and discharge, which can effectively deal with the problem of sludge impact and water erosion caused by upper foundation pit landslide or rainwater scouring in pit edge, significantly improve the safety and drainage reliability of edge protection.

The application discloses a self-waterproof structure of a group building basement and a construction method thereof, which comprises a basement ground and a drainage ditch assembly arranged at the end of a slope of the basement ground, wherein the basement ground comprises an upper supporting layer, a middle waterproof layer and a lower supporting layer, the drainage ditch assembly is arranged in the upper supporting layer, the top of the upper supporting layer is provided with a groove on the side far away from the slope of the basement ground, and the inner bottom of the groove is provided with an isolation waterproof layer. In the application, when heavy rain occurs, the rainwater overflowing from the drainage ditch assembly flows to the water-permeable supporting layer, and then penetrates downwards on the water-permeable supporting layer to the groove below; since the inner side of the groove is provided with the isolation waterproof layer, the rainwater can only flow into the water storage pool connected with the groove to be collected, so that the rainwater is prevented from flowing randomly to cause the basement ground to be waterlogged, and the problem of rainwater accumulation at the end of the downhill basement entrance is solved.

This utility model discloses a drainage structure for ecological slope protection, including a base layer and a concrete pouring layer. A drainage ditch is provided at the bottom of the concrete pouring layer. A planting layer is provided on the inclined surface of the concrete pouring layer, and a concrete pouring partition plate is provided on the inclined surface of the concrete pouring layer, dividing the planting layer into multiple sections. A gravel layer is provided below the planting layer within the concrete pouring layer, and the gravel layer is divided into a first gravel layer and a second gravel layer, arranged vertically. A waterproof layer is provided below the second gravel layer within the concrete pouring layer. Drainage pipes extending into the drainage ditch are provided at the bottom of the first and second gravel layers. The advantages of this utility model compared to existing technologies are: by setting a concrete pouring partition plate on the outside of the planting layer of the ecological slope protection, this device can ensure the stable support of the planting layer; at the same time, the gravel layer and the waterproof layer can filter water and prevent water from flowing away, thereby reducing seepage and soil erosion.

The application relates to the field of drainage ditch dredging technology, and discloses a drainage ditch dredging device, which comprises a shell, a plurality of circular holes with sizes and numbers matched with the fan leaves are arranged in the shell, a limiting block is fixedly connected to one side of the shell, a through hole with a size matched with the filter screen is arranged in the limiting block, a filter screen is arranged in the limiting block, and two opposite fixing blocks are fixedly connected to the inside of the shell. The drainage ditch dredging device is placed in the drainage ditch by the staff, when water flows through, the water flow passes through the filter screen and flows into the device, the filter screen filters the larger sundries in the water flow, when the water flow passes through the filter screen and flows to the fan leaves, the fan leaves rotate under the action of the water flow, drive the rotating blocks fixedly connected to the fan leaves to rotate around the connecting point of the fan leaves, and the end of the rotating block clamped on the wedge moves along the D-shaped groove track arranged on the wedge.

This utility model provides a novel permeable pavement structure for a building plaza, belonging to the field of road paving technology. The plaza has a drainage channel along its edge and includes a base layer, a support structure, a porous brick layer, and an elevated layer. The base layer is laid on the ground surface and is flush with the side opening of the drainage channel. The support structure is mounted on the base layer and includes three support rods forming a triangular pyramid shape. A support plate is mounted at the top of the support structure. A positioning groove is formed on the bottom surface of the porous brick layer, and the support plate is engaged within the positioning groove. The elevated layer is positioned between the base layer and the porous brick layer. This utility model separates the porous brick layer from the base layer using the triangular pyramid-shaped support. Accumulated water flows through the pores in the porous brick layer into the elevated layer and then along the base layer to the drainage channel. This satisfies the surface bearing capacity requirements of the plaza while solving the surface runoff problem, thus improving the drainage capacity of the plaza pavement.

This invention discloses a bypass multi-stage composite constructed wetland treatment system and method. The system includes a facultative pond, a composite vertical subsurface flow constructed wetland, a surface flow constructed wetland, and a storage tank, all connected by sequential waterways. In the facultative pond, a floating plant platform is provided at the upper layer; the bottom layer contains an ecological substrate for microbial growth and reproduction. The composite vertical subsurface flow constructed wetland includes a downstream pool and an upstream pool connected by sequential waterways. Both the downstream and upstream pools have, from top to bottom, an insulation layer, a purification layer, and a support layer. In the downstream pool, a water distribution pipe is installed within the insulation layer, and a drainage channel A is installed within the support layer. In the upstream pool, a water collection pipe is installed within the insulation layer, and a drainage channel B is installed within the support layer. Drainage channels A and B are connected. The filling substrate of the surface flow constructed wetland consists of three layers: a lower layer of larger-diameter ceramsite, a middle layer of smaller-diameter ceramsite, and an upper layer of planting soil, where plants with well-developed root systems and hollow stems are planted. This invention enables complementary performance of water treatment processes.

The utility model discloses a kind of crop bubble field period controllable drainage devices, including the elbow pipe being arranged on field surface, the detachable inclined pipe being arranged in the lower end of elbow pipe and being communicated with drainage channel after passing through field ridge, the detachable vertical pipe being arranged in the upper end of elbow pipe, the upper end of the elbow pipe is worn out field surface, the lower end of the elbow pipe is worn in field ridge, the detachable vertical pipe includes multiple different height specifications, the detachable inclined pipe is inclined downward from field surface to the direction of drainage channel. Drainage is carried out using detachable vertical pipe of different height, can adjust and control bubble field water level, adapt to the demand of different crops, improve farmland management efficiency and irrigation water resource utilization rate, and structure is simple, manufacturing cost is low.

This invention provides an irrigation and drainage canal for farmland water conservancy projects, relating to the field of farmland water conservancy engineering technology. It includes a base layer and a drainage canal structure. The drainage canal structure includes a graded sand and gravel leveling layer laid on the base layer, and a high-density polyethylene geomembrane laid on the graded sand and gravel leveling layer. In this invention, the graded sand and gravel leveling layer ensures the base layer is flat, the high-density polyethylene geomembrane forms a core seepage barrier, a non-woven fabric buffer layer prevents friction damage to the geomembrane from precast concrete blocks, and permeable holes on the precast blocks allow for appropriate exchange between water and the surrounding soil. A diversion and control component is installed on the precast concrete blocks, and a detection and control mechanism monitors the canal's water level, flow rate, and other operating conditions in real time. When water flow needs to be regulated, a signal is transmitted to the drive mechanism, which drives the baffle to open and close. Combined with the movement of the gate within the support seat, this precisely achieves irrigation diversion, flood season drainage, or water level maintenance, ultimately achieving automated management of water conservation and flood control.

The utility model relates to city drainage technical field, and disclose a kind of sponge city construction construction drainage structure, including drainage canal, the bottom water channel is fixedly connected in the bottom of drainage canal, the top frame surface is provided with pre-filtering mechanism, the bottom water channel surface is provided with infiltration treatment mechanism, in pre-filtering mechanism, inner shelf is fixed in the inside of drainage canal, and inner shelf inner end is provided with insertion slot, and insertion slot is inserted into insertion frame, and the inner end of insertion frame is equipped with internal insertion frame, and filter plate is inserted in internal insertion frame, and inner shelf top is equipped with mounting hole, limiting plate and limiting bolt, can be filtered by filter plate Impurity silt, and it is convenient to maintain, in infiltration treatment mechanism, bottom mounting port is equipped in the bottom end of bottom water channel, and infiltration well is fixed in it, and infiltration well is equipped with infiltration mouth, top cover, and internal gradation gravel filter layer is equipped, and external anti-filtering layer is equipped, can prevent blockage and promote rainwater infiltration, improve drainage efficiency by pre-filtering and infiltration treatment, realize rainwater recycling and waterlogging prevention and control, simple structure, and it is convenient to maintain.

The utility model belongs to the technical field of site drainage, specifically relates to a sports ground drainage device, including ground, its peripheral side is equipped with a plurality of drainage holes, the ground one side is provided with the apron, drainage canal is set up in the ground below, with drainage hole intercommunication, including the transversely arranged drainage ditch one and the vertically arranged drainage ditch two, drainage ditch one and drainage ditch two all are equipped with the gradient to the water outlet direction, filter assembly is set up in the water outlet department of drainage canal, including detachable filter box, the filter box is filled with filter material, water storage subassembly includes water tank and the drainage pipe that communicates with filter box, the drainage pipe has the bending structure, in the utility model, the drainage hole is set up on the site and covers the protective net on the drainage hole, can prevent sundries from entering the drainage canal and causing the effect of blockage while draining, and the multidirectional drainage ditch is arranged, and the drainage ditch is designed to have a slope, the effect of avoiding ponding is achieved by accelerating the drainage speed.

The application discloses a kind of new drainage ditch and method for manufacturing using recycled glass fiber, belong to drainage ditch technical field.The application of a kind of new drainage ditch and method for manufacturing using recycled glass fiber, including drainage ditch channel well and separation ditch channel well, the separation ditch channel well is set between drainage ditch channel well, and the top of separation ditch channel well and drainage ditch channel well is provided with grid drainage channel mouth.To solve the problem that with the influence of the use time and strong rainfall, still there is a large amount of leaves and suspended pollutants to block in the inlet, resulting in the problem of reduced drainage capacity, when the rainwater mixed with foreign matter flows into the drainage ditch channel well, the internal slope structure is used to divert the rainwater to the separation ditch channel well at both ends, and finally the foreign matter in the rainwater is discharged into the outside garbage storage buried box through the separation ditch channel well, so that the inside of ditch and channel can be kept unobstructed at all times, to avoid blockage.

The utility model belongs to the fishery road drainage technical field, concretely relates to a kind of fishery road drainage system beautifying device, including mounting seat;The top of mounting seat is provided with drainage main body, the inside of drainage main body is provided with filter anti-blocking mechanism;Wherein, drainage main body includes the drainage canal of fixed installation in the top of mounting seat, the top of drainage canal is provided with corrugated cover, and the side of cover is provided with through-hole, and through-hole is communicated with planting groove by connecting hole, and the top of cover is provided with filter groove.The utility model can be improved to corrugated by traditional cover, can effectively avoid that cover appears blockage, simultaneously also can part of accumulated water be drained to planting groove, provide moisture for plant growth, to improve, drainage system beautifying effect, and also can avoid that drainage canal inside appears blockage by the setting of filter anti-blocking mechanism.