158 results about "Rain gauge" patented technology

The invention provides a power grid equipment large-range progressive real-time flood forecasting method based on a three-water-source Xinanjiang model, which abandons a basin homogenization hypothesis of a traditional lumped model, divides a target basin into subunits with spatial uniqueness and topological connectivity through a Thiessen polygon method, and accurately matches underlying surface spatial differentiation features; according to the method, the limitation of single parameter calibration is broken through, an NSGA-I I multi-objective optimization algorithm is adopted to be combined with historical flood data, a parameter optimization system containing multiple indexes such as a flood peak flow error and a peak present time error is constructed, a Pareto optimal solution set is generated, a parameter knowledge base is constructed in a classified mode, and the problem of poor parameter adaptability is solved; a geographically weighted regression method is used for fusing satellite remote sensing, ground rainfall station and hydrometric station data, a dynamic correction mechanism is established, model input is updated every 30 minutes, and the rainfall runoff calculation temporal-spatial resolution is remarkably improved; after subunit outlet flow riverway convergence calculation is completed based on a Muskingum method, power grid equipment space distribution and vulnerability threshold values are innovatively associated.

The invention relates to the technical field of reflectivity factor testing, and discloses a weather radar reflectivity factor precision calibration testing system, which comprises a radar data acquisition module for acquiring reflectivity factor data and finishing time synchronization by adopting an IEEE1588 protocol; the reference data management module is used for generating an electronic reference data set by utilizing a block chain technology; the calibration processing module is used for performing multi-source joint correction on the reflectivity factor data, the rain gauge data, the standard meteorological target template and the environmental parameters, and outputting the corrected reflectivity data; the precision verification module is used for carrying out real-time precision test on the correction data based on a sliding window, continuously generating test results, forming a precision evaluation vector by adopting weighted average, extracting a quality index to obtain a comprehensive score, and judging whether the correction data is normal or abnormal; and the alarm and report module is used for triggering graded alarm in case of abnormity and generating a calibration certificate and a test report. According to the invention, the precision monitoring capability is improved, manual judgment errors are reduced, and the operation efficiency is improved.

The invention discloses a rainfall station network layout method, and relates to the technical field of hydrometric station network layout, and the method comprises the steps: obtaining the rainfall data of a historical rainfall station network in a target region, the historical rainfall station network comprising a plurality of rainfall stations; extracting spatio-temporal characteristics of the rainfall data, and obtaining a rainfall prediction value of each spatial unit based on the spatio-temporal characteristics; obtaining prediction precision and a mutual information mean value based on the rainfall prediction value, constructing a fitness function based on the prediction precision and the mutual information mean value, and obtaining an optimal solution based on the fitness function; and obtaining a target rainfall station network layout result based on the optimal solution. The method solves the problems that an existing rainfall station network layout method is insufficient in spatial-temporal feature capture capability, is easy to fall into a local optimal solution due to dependence on a certain heuristic algorithm, and is low in optimization efficiency and cannot effectively balance and collaboratively optimize multiple targets.

The invention discloses a multi-source rainfall measurement product data fusion method, system and device and a medium, and belongs to the technical field of meteorological data processing, and the method comprises the steps: obtaining meteorological satellite rainfall measurement data, weather radar rainfall measurement data and ground rain gauge rainfall measurement data, and constructing a multi-source rainfall data set; performing preprocessing through the multi-source rainfall data set to obtain satellite rainfall data with a unified coordinate system and resolution, radar rainfall data after noise reduction and rainfall gauge rainfall data after interpolation completion; and in combination with the preprocessed multi-source rainfall data, constructing a time-space consistency data set. According to the method, meteorological satellite, radar and rain gauge data are integrated, a multi-source rainfall data set is constructed, a coordinate system and resolution are unified, noise reduction interpolation ensures time-space consistency, a Kriging interpolation method is adopted to fuse data, resolution and accuracy are improved, an evaluation model is subjected to cross validation, and accurate support is provided for weather forecast and disaster prevention and reduction.

The invention relates to the technical field of meteorological monitoring, and discloses a rainfall early warning method and system based on a weather radar, and the method comprises the steps: obtaining weather radar body sweeping arrival base data and rainfall station observation data, carrying out the alignment, carrying out the meshing of the radar base data, and obtaining the grid echo data; constructing a quasi-vertical profile to determine the height range and uncertainty of the melting layer, and carrying out weighted bright band correction on echoes in the melting layer to obtain corrected echo data; determining rainfall type partitions and performing inversion to obtain a radar rainfall intensity field; according to the rainfall station data and the radar rainfall intensity field, station residual data is obtained, a space deviation field is obtained, and finally a calibration rainfall intensity field is obtained; determining an accumulated precipitation field of each member according to the calibrated rainfall field; and obtaining an over-threshold probability published by early warning according to the accumulated precipitation field of each member, and outputting precipitation early warning information when a probability threshold is continuously met. According to the invention, the rainfall intensity overestimation and false alarm jitter are reduced, and the accuracy and stability of short temporary rainfall early warning are improved.

A collapsible rain gauge for detecting precipitation gradients with connection to a PC assembly includes a mounting frame, a measuring part and a recording mechanism, whereby: – the mounting frame includes a table base (1) with legs, on which a mounting rod (2) is attached, on which a metal eyelet (3) is attached, next to the table base (1) is a support column (10) with a holder (9) of a funnel (8); – the measuring part contains a spring (4) with hooks, which is fixed on one side in the metal eyelet (3) of the fixing rod (2) and on the other end of the spring (4) a cable (13) is fixed, on the opposite end of which a container (5) for collecting precipitation with a bottom lined with soft suction material (7) is suspended by a hook (6) and a funnel (8) for collecting rainwater is fixed to the container (5) through a tube (11) which is fixed in an S-shape using fixing cables (16);– the recording mechanism includes a rotary optical encoder (12) with an axis that is connected to the converter (14) via cables (15), which is connected to the computer assembly (17) via cables (15); the measuring part being equipped with protective walls: side walls (18a) and top wall (18b) for protection against rain. The method of measuring precipitation with this device is described below.;

The invention belongs to the technical field of intelligent equipment, and discloses a support for a rain gauge, which comprises a base and a mounting plate, the base is connected with the rain gauge, the mounting plate is connected above the base, and the mounting plate is used for mounting a terminal. The base comprises a connecting part, a supporting part and a supporting plate, an open hole is formed in the connecting part, the mounting plate is an L-shaped plate and comprises a mounting plate I and a mounting plate II which are vertically arranged, and an open hole is formed in the mounting plate II and fixedly connected with the open hole in the supporting part through a bolt and a nut. The invention further discloses a rain gauge which comprises an outer cylinder, a tipping bucket component and a terminal. A tipping bucket component and a terminal are arranged in the outer cylinder, the tipping bucket component measures rainfall flowing into the tipping bucket component and transmits data to the terminal, and the terminal is connected with the tipping bucket component through a support. The pluviometer is stable in installation, accurate in monitoring, ingenious and reasonable in structural arrangement, capable of fixedly installing the telemetering terminal, free of additional trepanning, reusable in parts, convenient to install and fix, convenient to transform, low in cost and suitable for application and popularization.

The application discloses a kind of foreign matter intrusion perimeter monitoring early warning system and method, system includes that sensor perception system, data acquisition sending system and power supply energy storage system are connected by line, the sensor perception system, data acquisition sending system and power supply energy storage system are laid in the adjacent area of foreign matter intrusion perimeter, the sensor perception system includes monitoring column, monitoring crossbar, rain gauge and camera, the monitoring column is multiple, and it is evenly distributed along horizontal plane, the monitoring crossbar is erected on two adjacent monitoring columns, the rain gauge is arranged on the left side of first monitoring column, and the camera is arranged between monitoring column and the rain gauge.The application can make a response to the specific paragraph of landslide, scale and the like in time, the probability of causing false alarm is low, effectively solve the problem of foreign matter intrusion perimeter monitoring and early warning, the application can realize dynamic monitoring and early warning to foreign matter intrusion perimeter, method has higher reliability, and it is worth promoting.

The utility model discloses a modularized rainwater collecting device, and belongs to the technical field of rainwater collection. The system is composed of a rain gauge, a classified storage module, a classified collection module and a control module, the modules are stacked in sequence, and the control module is connected outside the classified collection module. The rain gauge module comprises a first shell, a rain collecting funnel and a tipping bucket type rain gauge below the rain collecting funnel, and when a threshold value is reached, a tipping bucket rotates to generate a power signal. The classified storage module is provided with a second shell, a receiving funnel, an electric classified five-way ball valve and four rainwater collecting bins, and an outlet of the ball valve is connected with the rainwater collecting bins. The classified collection module comprises a third shell, an electric collection five-way ball valve, an electric three-way ball valve, a flow meter, a drainage pipe and an electric rotating disc with a rainwater collection container. The control module is electrically connected with all the components and controls the corresponding ball valves according to electric signals of the tipping-bucket rain gauge and the like, and rainwater is collected according to the rainfall intensity. The purpose of collecting rainwater according to the rainfall intensity can be achieved.

This application relates to an infrared instantaneous precipitation inversion method, apparatus, and electronic equipment based on operator learning. The method includes: preprocessing acquired satellite infrared radiation data and ground automatic rain gauge observation data to obtain multi-channel satellite infrared radiation data and their sampling point coordinates within the sensing field; constructing and training an infrared precipitation estimation operator network to obtain a trained infrared precipitation estimation operator network; and feeding the satellite infrared radiation data to be estimated into the trained infrared precipitation estimation operator network to obtain the local instantaneous precipitation rate at the point to be estimated. This method uses operator learning to construct a direct mapping from the infrared radiation field to the precipitation field, generating a spatially continuous precipitation estimation field. It can calculate precipitation values ​​at any location without interpolation and directly calculates model errors using the measured true values ​​of the stations, completely eliminating the uncertainty introduced by interpolation.

The utility model relates to the technical field of water conservancy parameter monitoring, in particular to a water conservancy flood control early warning device, and aims to solve the problem that a rain gauge in existing water conservancy flood control early warning is high in cost. The device comprises a water level gauge and a rain gauge, the rain gauge comprises a rainfall collector, a first tipping bucket, a second tipping bucket and a switching structure, the lower end of the rainfall collector is open, and the volume of a second metering groove of the second tipping bucket is larger than that of a first metering groove of the first tipping bucket; the switching structure comprises a switching driving assembly and a drainage piece, the drainage piece has a first state and a second state, and the switching driving assembly is used for switching the drainage piece between the first state and the second state. Under the condition of small rainfall, the drainage piece is in a first state, and rainwater in the rainwater collector is drained to the first tipping bucket; and under the condition of large rainfall, the switching driving assembly is started to drive the drainage piece to be in the second state, and rainwater in the rainwater collector is drained to the second tipping bucket, so that the rainfall measurement accuracy is improved.

This invention discloses a multifunctional windproof cover for remote in-situ calibration of an environmental noise monitoring instrument, relating to the field of environmental noise monitoring technology. It includes a monitoring instrument host, with a fixed housing fixedly connected to the top of the host. A mounting shell is located on the top of the fixed housing, and a connecting block is fixedly connected to the top of the mounting shell. This multifunctional windproof cover for remote in-situ calibration of the environmental noise monitoring instrument innovatively constructs a detachable coupling cavity structure. The coupling cavity method enables in-situ automatic acoustic calibration of the environmental noise monitoring instrument. The microcontroller's functions include receiving calibration / end calibration commands from the host computer; controlling the disassembly and assembly of the coupling cavity through a motor drive module; controlling the sound source to emit sound signals of different frequencies through a sound source control module; collecting wind speed and rainfall information from an anemometer and rain gauge and feeding it back to the host computer; and feeding back the calibration results of the environmental noise monitoring instrument to the host computer.

This invention relates to the field of rainfall measurement technology, and particularly to a method for optimizing rain gauge location based on rainfall analysis. The invention divides all rain gauges into several rainfall sub-regions based on whether rainfall occurred at all stations during the same time period, and whether it was light or heavy rain. Rain gauges within each sub-region share strong rainfall commonalities. For rain gauges with the same rainfall commonalities, a neural network model is used to fit the rules between coordinate changes and rainfall changes. This neural network model can calculate rainfall in areas where no rain gauges are located. Then, using the arithmetic progression of rainfall from adjacent rain gauges as the optimization objective, a particle swarm optimization algorithm is used to adjust the location of rain gauges within each region. Because the adjustment is based on the existing conditions, it ensures reasonable rain gauge distribution and coverage while capturing as much varied rainfall as possible, significantly improving the accuracy of rainfall measurement within the region.

A rain gauge with self-calibration function includes a cylindrical body with an open top. A funnel is provided inside the cylinder, dividing the inner cavity of the cylinder into a water collection chamber and a measuring chamber from top to bottom. An ultrasonic probe for detecting water level is installed in the measuring chamber. The cylinder is supported by a mounting bracket, on which a weight sensor for weighing the cylinder is mounted. A calibration pipe and a calibration valve are provided on one side of the measuring chamber, and a drain pipe and a drain valve are provided at the bottom of the measuring chamber. The weight sensor, ultrasonic probe, calibration valve, and drain valve are all electrically connected to a data processing unit. Compared with the prior art, this application has the following beneficial technical effects: it has a self-calibration function, enabling online self-calibration with zero manual intervention and zero external equipment, thus maintaining long-term accuracy in liquid level detection.

The invention relates to the technical field of meteorological monitoring, in particular to a multi-source rainfall fusion method and system based on an improved convolutional long short-term memory network, and the method comprises the steps: constructing a regional planar rainfall field based on commercial microwave link rainfall observation data and rainfall observation data of a ground rainfall station, and constructing a rainfall data fusion training sample; setting a rainfall label of a rainfall data fusion training sample by using a high-precision ground rainfall station planar rainfall field, wherein the ground rainfall stations are dispersedly arranged at partial positions in the area; and constructing a rainfall time-space fusion model based on the convolutional neural network and the long-short-term memory network, training the rainfall time-space fusion model by using the rainfall data fusion training sample, and predicting a regional rainfall field in the to-be-detected region by using the trained model. According to the invention, the precision and temporal-spatial resolution of rainfall products can be improved, and reliable data support is provided for refined early warning and forecasting of flood disasters.

This invention relates to the field of rain gauge evaluation technology, and particularly to a method for evaluating historical rain gauge data based on generative adversarial networks (GANs) and Transformer models. The method includes: acquiring calibrated historical rainfall data from rain gauges; generating first calibrated virtual rainfall data using a GAN; generating second calibrated virtual rainfall data using a Transformer model; generating the second calibrated virtual rainfall data using a Transformer model; and calculating the evaluation of the historical rain gauge data. This invention trains a deep learning model using data with high accuracy. The parameter architecture of the deep learning model records the rainfall characteristics of the rain gauges. The virtual data generated by the deep learning model is then used as a criterion for judging whether the historical rainfall data is distorted. This method solves the technical problem of difficulty in judging rainfall distortion.

The invention relates to the technical field of sensing data monitoring and quality control, and discloses a rainfall sensing data quality control system and method based on multi-source sensing data fusion. The system comprises a quality control maintenance front end arranged at a front-end tipping-bucket rain gauge, and a remote telemetry data credibility evaluation platform. The quality control maintenance front end comprises a rain sensing module, a video monitoring module, a reed switch, a rainfall tipping bucket monitoring module, a residual water and blockage cleaning module, a multi-network convergence communication module and a control module; quality control and health state monitoring are carried out on sensor data of an existing rain gauge, meanwhile, judgment and early warning are carried out on the health state of the rain gauge, and remote maintenance is carried out through a quality control maintenance front end. According to the invention, the problems that the existing rain gauge is inaccurate in rainfall telemetering data, cannot carry out quality control, and cannot carry out monitoring and early warning on key parts of the rain gauge or the health state of the rain gauge are solved, and the data quality, availability, reliability, self-maintainability and intelligent level of the rain gauge are greatly improved.

1. The name of the design product: rain gauge. 2. The use of the design product: for rain gauge. 3. The design points of the design product: the combination of shape and pattern. 4. The picture or photo that best shows the design points: perspective view 1. 5. Other circumstances that need to be explained: the part marked A is transparent material.

A rain gauge comprising a vessel having an interior surrounded by a first wall. The rain gauge further includes an oil-excluding siphon comprising a tube partially within the interior of the vessel, and extending through an opening through the first wall of the vessel, wherein an inlet to the flexible tube is within the interior of the vessel and an outlet of the tube is outside the vessel. The rain gauge further includes an oil-excluding portion that is attached to the tube near the inlet, 3wherein the oil-excluding portion is permanently bent or is elastically bendable. In at least one example, the rain gauge includes at least one hole is in a second wall of the oil-excluding portion.

The application discloses a mountain torrent disaster rainfall station optimization method based on grid coverage, belongs to the technical field of mountain torrent disaster research, and comprises the following steps: S1. extracting a grid related to an upstream of a mountain torrent disaster prevention object; S2. calculating a dynamic monitoring radius and a coverage area; S3. spatial intersection analysis; S4. calculating a coverage of the mountain torrent disaster prevention object and calculating a regional comprehensive coverage; and S5. rainfall station network layout optimization. The application solves the problems of insufficient coverage of an existing rainfall station network and failure to combine the characteristics of a basin, improves the scientificity of coverage evaluation, optimization efficiency and scheme economy, and is suitable for rainfall station network planning of a small-basin mountain torrent disaster prevention area.

A rain gauge / evaporometer comprising a vessel having an interior surrounded by a wall, and a siphon integral with the wall. An inlet of the siphon opens into the interior of the vessel. The rain gauge / evaporometer further comprises a wick contained within the interior of the vessel and having a first volume occupying a major portion of a second volume of the interior of the vessel. A load cell is positioned below the vessel and mechanically coupled to the vessel, and a data collection system electrically coupled to the load cell. The data collection system is housed within a weather-proof enclosure.

The utility model relates to the technical field of rainfall monitoring, and discloses an auxiliary device for hydropower station slope rainfall on-line monitoring, which comprises a supporting seat, a rain gauge, a control box and a solar panel, an adjusting rod is sleeved in the supporting seat, the rain gauge is arranged at the top of the adjusting rod, and the solar panel is arranged on the top of the adjusting rod. The control box and the solar panel are installed at the front end and the rear end of the top of the adjusting rod respectively. According to the utility model, after the plurality of movable support plates are unlocked from the first internal thread sleeve, the adjusting rod, and the rain gauge, the control box and the solar panel which are arranged at the top of the adjusting rod can be actively dragged to carry out lifting adjustment, so that convenient conditions are provided for subsequent repair and maintenance; and after the plurality of movable support plates are unlocked from the first internal thread sleeve, an auxiliary bracket can be formed on the outer side of the support seat under the gravity extrusion of the adjusting rod and a rain gauge, a control box and a solar panel which are arranged at the top of the adjusting rod, so that the whole device can still be stably used under the condition that the whole device is not locked with the ground.

This invention discloses a rainstorm tracking and analysis method based on multi-source rainfall monitoring data collaboration. It constructs a dual-source input channel for rainfall in the cloud from a rain-measuring radar and for rainfall measured at ground rain gauges, collecting radar reflectivity, its inverted rainfall, and ground-measured rainfall data, and extracting key parameters. A time window of 1-2 hours is set to trace back from the current point, with the first appearance of the rainstorm center as the tracking starting point. The 1-hour window is iteratively updated to track the evolution of the rainstorm center's location, coverage area, and other dimensions. An adaptive weighted intelligent algorithm is used to predict the movement direction of the rainstorm center based on historical data. Three types of cloud physical characteristics—resident, mobile, and train-like multi-center mobile—are integrated to construct a complete analysis model and output results. This invention achieves full-link rainfall monitoring, improves the comprehensiveness of rainstorm tracking and prediction accuracy, and solves the problems of blind spots in monitoring from single data sources, poor collaboration among multi-source data, and insufficient accuracy in rainstorm tracking and prediction in existing technologies.

The present application relates to a kind of original karst forest organic carbon transfer deduction method, including artificial induction target region in the predetermined spatial distribution of tipping bucket rain gauge occurs blockage, and through the rain data analysis system collection blockage data;Extract the blockage starting time of rain gauge induced artificially, blockage cumulative rate, blockage degree spatial difference feature, combine the natural blockage data of blank control rain gauge and deduct background interference, obtain effective blockage characteristic data;According to the blockage timing of rain gauge induced artificially, cumulative rate spatial distribution and rainfall spatial interpolation result, reverse deduction the transfer path and carbon transfer intensity thermal map of calcium carbonate from soil through rainwater migration;According to the sequence before and after system determines rain gauge blockage, blockage degree, the rain gauge of target region is shown in spatial plane, so that the induced blockage result of target region can be intuitively estimated.

The utility model provides an ultrasonic detection circuit for rain and water level integrated machine, provides high pressure excitation pulse signal to the transmitting and receiving integrated rain ultrasonic probe and water level ultrasonic probe, it includes a controller of providing PWM1 and PWM2 signal, still includes: half bridge inverter circuit is used to the direct current voltage VDC input to half bridge drive chip U1 is inverted into square wave voltage PowSW, voltage dividing transformer circuit produces high voltage pulse signal HvSig, excitation pulse generation circuit is used to produce high voltage excitation pulse signal TransducerSig, and is connected water level ultrasonic probe JP1 and rain ultrasonic probe JP2. Through the technical scheme provided by the utility model embodiment, two probes can be simultaneously driven through a circuit, thereby realizing the detection of rain and water level, through the technical scheme, the depth multiplexing and integration of the two are realized from the circuit structure, and the measurement of rain intensity and rain is realized by directly using the rain gauge cylinder scheme, and the volume is greatly reduced.

The utility model discloses a hydrological rain gauge, and belongs to the field of rainwater observation equipment. The problems that a measuring cylinder is poor in stability, and impurities may cover an inlet of the measuring cylinder or a collecting container to affect measurement are solved. The measuring cylinder is fixed and detached through the matching of the locking block and the locking groove, the stability of the measuring cylinder during use is guaranteed, after collection is completed, the moving rods are pulled towards the two sides, the locking block is separated from the locking groove, then the measuring cylinder can be detached, practicability is high, and meanwhile after the measuring cylinder is fixed, the moving block is driven to move downwards, so that the measuring cylinder is conveniently detached. The moving block is gradually attached to the top of the measuring cylinder, the stability of the measuring cylinder is further guaranteed, the filter screen is located in the measuring cylinder at the moment, impurities are blocked through the filter screen and prevented from falling into the measuring cylinder, and the measuring effect is effectively improved.

The embodiment of the present application provides a wide-range high-precision rainfall equipment and a control method thereof, and relates to the technical field of multi-range rainfall technology.The equipment comprises a first range tipping bucket for first range counting, a first count being generated when the first range tipping bucket is overturned; a second range tipping bucket located below the first range tipping bucket, the second range tipping bucket being used for second range counting; a second count being generated when the second range tipping bucket is overturned; and a counting module for storing counting data; when rainfall is calculated, the first range tipping bucket and the second range tipping bucket count simultaneously, and the first count of the first range tipping bucket is cleared in the case that the second range tipping bucket completes a second count, otherwise the first range tipping bucket continues to count.Through the present application, the problem that the range of a small range sensor is small, the resolution of a large range sensor is insufficient, and the selection of a multi-range sensor is difficult is solved, and the resolution of rainfall measurement and the compatibility of different rainfall ranges are improved.

The invention relates to a rainfall data analysis method based on multi-modal data fusion and space-time correlation perception, and the method comprises the steps: collecting historical non-blocking operation and maintenance data of a rain gauge in a target region in a set time period through a system, and storing the historical non-blocking operation and maintenance data in a computer system in a partitioned manner to construct an equipment historical baseline library; the system receives real-time multi-mode monitoring data of a preset number of rain gauges in a target area to construct a real-time monitoring data set, converts historical non-blocking operation and maintenance data and time sequence data of the real-time monitoring data set into scores capable of being quantized in a unified mode according to time step column values, and determines analysis points and peripheral points in the target area. And calculating a score residual error between each time step column value and a baseline midpoint value in a historical baseline library, generating a two-dimensional baseline residual error matrix, calculating a dynamic deviation index and a state continuity parameter, constructing a blockage judgment function, and combining an operation result with a preset threshold value to complete blockage judgment. According to the method, full-process automation can be realized, and efficient analysis is realized.

The application discloses a kind of field portable snow parameter testing device and testing method thereof, belong to snow parameter monitoring technical field, solve the problem of inconvenient sampling of existing snow parameter testing device;It includes snow tube and electronic scale;Snow tube is the transparent cylindrical structure of hollow inside and both ends opening arrangement, length scale for measuring the thickness of snow sample and snow water equivalent depth and volume scale for measuring the volume of snow sample are arranged on the wall surface of snow tube;Electronic scale is provided with electric heating groove on the shell for melting the snow sample in snow tube.The application has the advantages of compact structure and strong portability compared with the rain gauge with snow melting function and snow radar, supporting flexible sampling point selection in the field.Snow tube combined with electronic scale real-time weighing fast density calculation, eliminates the traditional snow sample transfer error;Electronic scale integrates electric heating groove to realize snow melting and snow water equivalent measurement integration, free multiple device switching, especially suitable for complex terrain rapid operation.

The utility model is suitable for rainfall measurement technical field provides a kind of anti-blocking tipping bucket rain gauge, including tipping bucket rain sensor body, the inner wall of tipping bucket rain sensor body is fixedly installed with support rod, support plate is welded on the support rod, the top of support plate is fixedly installed with electric telescopic rod, the output rod of electric telescopic rod is fixedly installed with box body;Filter screen for blocking blockage is fixedly installed on the box body, the filter screen is contacted with the inner wall of tipping bucket rain sensor body;Cleaning mechanism for cleaning blockage is assembled on the box body.The anti-blocking tipping bucket rain gauge provided in the scheme solves the problem that the impurities intercepted by the filter screen in the existing tipping bucket rain sensor need to be manually cleaned by staff, which causes time-consuming and laborious cleaning, and the problem of easy delay in cleaning.