24 results about "Remote meter reading" patented technology

A remote meter reading system for a water meter according to an embodiment of the present invention comprises: a water meter; a remote meter reading device that counts information of the water meter; a server wirelessly connected to the remote meter reading device; and a setting device that turns on the remote meter reading device, wherein the remote meter reading device may communicate with the setting device in a LoRa private manner and communicate with the server in a LoRa WAN manner.

The invention relates to an intelligent analysis system for remote meter reading management, which comprises an intelligent analysis device, the data sharpening module is used for sharpening a data sharpening image according to the contrast of the data sharpening image and the number of pixel points occupied by a background area in the data sharpening image; intelligently analyzing whether a binary numerical value of the table cover exists in the data sharpening image or not according to the total number of pixel points in the data sharpening image and each gray numerical value of each pixel point of an image block matched with the standard outline of the table cover in the data sharpening image; and the wireless reporting device is used for packaging meter cover missing information and a meter body number of the gas meter into a network data packet and wirelessly reporting the network data packet when the binary numerical value shows that the meter cover does not exist in the data sharpening image. The intelligent analysis system for remote meter reading management is compact in structure and intelligent in operation. The deep neural network model can be adopted to intelligently analyze whether the gas meter subjected to remote meter reading has the meter cover or not, so that the intelligent level of remote meter reading management is improved.

This invention provides a method and system for remote meter reading and water usage information management for smart water meters. The method mainly includes: receiving raw data frames containing information such as cumulative flow values ​​and collection timestamps, and performing multi-dimensional quality checks to generate collection status identifiers; dividing the water usage interval into valid collection intervals and pending confirmation intervals based on the identifiers; calculating the measured water usage in the valid intervals and extracting abnormal features to generate initial abnormal events; generating a completion sequence for the pending confirmation intervals based on boundary flow values, historical water usage characteristics, and regional balance constraints; determining a supplementary reading control strategy and issuing supplementary reading instructions based on the completion sequence and other information; performing secondary verification of the initial abnormal events based on the supplementary data, and outputting the final abnormal result and meter reading data. This method improves the accuracy of water usage anomaly detection and the reliability of meter reading data through data quality grading, interval hierarchical management, and closed-loop verification of abnormal events.

The present invention relates to an apparatus and a method for controlling water pressure in a water-supply pipe-network block in which remote meter reading and manual meter reading coexist, and in which a consumer equipped with a water-pressure gauge and a consumer equipped only with a water meter instead of the water-pressure gauge also coexist. In the water-supply pipe-network block, the apparatus: for the consumer equipped with a water-pressure gauge, determines a required water pressure using a measured water-pressure value; for the consumer not equipped with a water-pressure gauge, estimates a required water pressure; and controls an output water pressure of a main valve in the block by applying a majority rule to required water pressures.

This utility model provides an integrated device for remote meter reading and control based on wireless communication, belonging to the field of mechanical technology. This integrated device for remote meter reading and control based on wireless communication includes multiple intelligent metering devices. Its key feature is that each intelligent metering device is electrically connected to a wireless communication terminal at its front end. The wireless communication terminal is connected to a central server via encrypted communication technology. The central server is equipped with a remote controller, which is wirelessly connected to an external data anomaly alarm. The wireless communication terminal and the external data anomaly alarm are electrically connected to a power supply. Through the coordinated operation of the intelligent metering devices, wireless communication terminal, central server, remote controller, data anomaly alarm, and power supply, this invention effectively solves the problems of traditional energy metering and reading methods, which mainly rely on manual on-site meter reading. Furthermore, manual meter reading is prone to errors and cannot provide real-time monitoring and remote intervention.

The utility model discloses an ammeter with a remote meter reading function, and belongs to the technical field of ammeters. The system mainly comprises a watt-hour meter. The wiring assembly is arranged on the watt-hour meter; the quick-release assembly is arranged on the watt-hour meter and comprises a quick-release component and a quick-release component; at least two groups of supports which are installed on the watt-hour meter; the at least two groups of connecting rods are arranged in the support in a sliding and penetrating manner; each chuck is provided with a threaded part, each threaded part is connected with one end of the corresponding connecting rod, and a plurality of elastic clamping pieces are arranged on one side of each threaded part; the thread sleeves are arranged on the thread parts in a threaded mode; and the limiting discs are mounted at the other ends of the connecting rods. According to the electric meter with the remote meter reading function, through the arrangement of the quick disassembly assembly, the electric meter can be quickly disassembled and assembled when the electric meter is disassembled and assembled, so that when the electric meter needs to be quickly disassembled and assembled in emergency repair, the emergency repair efficiency is improved, and the effect of quickly disassembling and assembling the electric meter is achieved.

The utility model discloses a novel remote meter reading device based on the Internet of Things. The novel remote meter reading device comprises a shell, an instrument dial plate, a mounting bracket, a sensor module, a data processing module and a power supply module, the installation support is composed of a substrate and magnetic type fixing feet, the substrate fixes the sensor module and the shell through bolts, the magnetic type fixing feet are arranged on the back face of the installation support, and the instrument dial is installed on the shell. The sensor module is composed of a Hall sensor and a photoelectric encoder and is fixedly installed on the side of the rotating shaft of the instrument dial. The data processing module comprises a microcontroller and a signal conditioning circuit, and the power module is connected with the instrument dial, the sensor module and the data processing module. The device is further provided with an anti-disassembly detection module and a communication module. The power supply module comprises a solar panel, a lithium battery, a charging and discharging controller and a power supply management unit. The meter reading efficiency and accuracy are improved, the anti-disassembly function is achieved, remote data transmission can be achieved, and the meter reading device is suitable for various complex environments.

1. The name of the design product: water meter remote transmission equipment. 2. The use of the design product: the design product is used for receiving and transmitting the signal of water meter counter, realizing remote meter reading and collecting relevant water information. 3. The design points of the design product: in shape. 4. The picture or photo that can best show the design points: perspective view.

The invention discloses a rotary wing type photoelectric direct-reading remote water meter with an intelligent sensor, and relates to the technical field of water meter protection, the rotary wing type photoelectric direct-reading remote water meter comprises a base and a protective shell, and the protective shell is arranged above the base; the rotary wing type photoelectric direct-reading remote water meter comprises a base, a rotary wing type photoelectric direct-reading remote water meter body, the rotary wing type photoelectric direct-reading remote water meter body is arranged at the top of the base, a photoelectric direct-reading sensor is arranged on the rotary wing type photoelectric direct-reading remote water meter body, and the photoelectric direct-reading sensor is used for sending read data to a remote meter reading system or a cloud platform; the connecting pipe is fixedly mounted on the surface of the rotor type photoelectric direct-reading remote water meter body; according to the fixing plate, the short rod does not need to be pulled by one finger of a hand, operation is more convenient, meanwhile, the trapezoidal sliding plate moves in the direction away from the limiting plate to break away from limiting of the limiting plate, the elastic force of the second spring drives the trapezoidal block to reset, and follow-up maintenance operation is facilitated.

The invention relates to an intelligent analysis system for a water meter replacement request. The system comprises a dial plate acquisition mechanism which is arranged at the front end of a remote meter reading device and is used for performing image data acquisition of a scene where a dial plate is located on a mechanical water meter to be subjected to remote meter reading so as to obtain and output a corresponding meter reading scene image; the intelligent identification device is used for carrying out combination processing after isolated pixel points are removed on each crack pixel point in the current reference area to obtain an undetermined object image block, and sending a crack identification instruction when the area proportion of the undetermined object image block occupying the sequential conversion machine image is greater than or equal to a preset proportion threshold value, or else, sending a crack identification instruction to the sequential conversion machine image; and sending a crack unidentifying instruction. Through the system, whether a large crack exists on the surface of the mechanical water meter executing remote meter reading or not can be intelligently identified on the basis of various visual data, and when the large crack exists, a dial plate replacement request for replacing a dial plate is sent out, so that the reliability and the intelligent level of remote meter reading are improved.

The invention provides a remote metering instrument reading method based on wireless communication, which comprises the following steps of: 1, receiving an awakening instruction sent by remote terminal equipment, and awakening a data acquisition terminal in a low-power-consumption sleep mode to a working mode; step 2, controlling an image acquisition module in the data acquisition terminal to perform image acquisition on a display area of the metering instrument to obtain display image data of the metering instrument; according to the remote metering instrument reading method based on wireless communication, remote, low-power-consumption and low-cost acquisition and identification of instrument data can be realized under the condition of not changing the structure of an original metering instrument, and the remote metering instrument reading method based on wireless communication can realize remote, low-power-consumption and low-cost acquisition and identification of the instrument data through the terminal device integrating image acquisition, wireless communication and intelligent identification functions. A traditional manual meter reading mode is converted into an automatic remote acquisition mode, and a terminal adopts a multi-stage DC-DC step-down circuit and a sleep wake-up control strategy, so that the system keeps extremely low power consumption in a non-working state, and the endurance time is remarkably prolonged.

This invention discloses a remote meter reading method and system for smart meters, specifically relating to the field of electricity meter reading. It addresses the problems of poor communication link stability, frequent re-convergence of automatic gain control, and low meter reading success rate in existing power line carrier remote meter reading processes. By collecting carrier signal strength values ​​and automatic gain control parameters, a two-dimensional profile of the target electricity meter's time period and receiving link status is established. The temporal change slope and gain lock drift corresponding to each time period unit are calculated, constructing a historical stable distribution and identifying stable receiving link periods. Furthermore, by combining gain level migration, the target pre-locked gain level is determined. Before sending the meter reading request, pre-locking control is performed on the concentrator carrier receiving link, achieving remote meter reading time period optimization and receiving link stability control. This increases the stability of remote meter reading and the data acquisition success rate, improving power operation management efficiency and user service levels.

The low-power-consumption remote meter reading system comprises a data acquisition terminal, a concentrator and a server, the data acquisition terminal comprises a first microcontroller, a first LoRa wireless communication module, a metering instrument interface and a first power supply module, the concentrator comprises a second microcontroller, a second LoRa wireless communication module, a GPRS / NB-IoT communication module and a second power supply module; and the server comprises a database, a data analysis module and a user interface. The low-power-consumption remote meter reading system is stable in overall operation, successfully overcomes the defects of a traditional meter reading mode, reduces meter reading cost, improves meter reading efficiency and accuracy, and is high in user recognition degree.

1. Name of the product in this design: Graphical User Interface for Intelligent Devices in Electronic Equipment. 2. Purpose of this design: To display a graphical user interface. 3. The key design features of this product are the interface content in the graphical user interface. 4. Images or photos that best illustrate the design key points: Interface state change diagrams. 5. The rest of the design is standard, omitting the rear view, left view, right view, top view, and bottom view. 6. Purpose of the graphical user interface: Used to display information on smart devices. 7. Human-computer interaction method of graphical user interface: The main view is the central page of the smart device; by clicking the "Smart Device" button in the main view, you can enter the interface change state diagram; in the interface change state diagram, you can see "Smart Lighting", "Video Surveillance", "Smart Pedestrian", "Home Security", "Smart Vehicle", "Fire Alarm", "Remote Meter Reading", "Elevator Monitoring" and "Outdoor Environmental Monitoring".

The invention relates to a meter reading data prediction system, which comprises a network shooting mechanism used for executing front shooting operation on a current volumetric water meter to obtain a real-time shooting image; and the prediction execution device is used for predicting whether a reference image block required for executing intra-frame coding on the target image block exists in each adjacent image block or not by adopting an intelligent prediction model. According to the invention, intelligent prediction before intra-frame coding can be directly carried out on whether the reference image blocks required by intra-frame coding of the target image blocks exist in the adjacent image blocks of the target image blocks, and an important reference basis is provided for selection of the reference image blocks; therefore, the intra-frame coding effect of each image block in the remote meter reading picture does not need to be verified by trying various image blocks as reference image blocks, and the defect that a large amount of operation cost is consumed due to the fact that the determination process of the reference image blocks is long is overcome.

The utility model discloses a kind of multi-channel water meter concentrator and remote meter reading system, and multi-channel water meter concentrator includes switching circuit and controller;Switching circuit is connected with multiple MBUS communication ports, for establishing communication connection with multiple intelligent MBUS water meter, controller is connected with mobile terminal by bluetooth communication module, controller is connected with remote terminal by 4G communication module, controller is connected with 485 water meter by RS485 communication module, controller is also connected with switching circuit.This utility model realizes the switching of multi-line intelligent wired MBUS water meter data acquisition by switching circuit, avoids affecting the acquisition data in whole water meter concentrator due to one port failure, reduces concentrator failure rate, improves line troubleshooting efficiency, and improves the accuracy of meter reading data;And by 4G communication module, the water meter data collected is uploaded to remote terminal, data is uniformly arranged, convenient for water company to carry out pipeline analysis and energy consumption management, improve the timeliness of meter reading data.

The utility model discloses a wireless remote transmission ultrasonic gas meter relates to ultrasonic gas meter technical field, including ultrasonic gas meter body and the main control box of setting on ultrasonic gas meter body, be provided with control board piece in the main control box, be provided with wireless communication module on control board piece, and wireless communication module is NB 10T communication module, and install the central processing unit on control board piece, and central processing unit and NB 10T communication module between signal connection, still be provided with valve control module on control board piece, the top wall of ultrasonic gas meter body is connected with gas inlet and gas outlet, all are provided with electric control valve on gas inlet and gas outlet, and electric control valve and valve control module between signal connection, the utility model discloses through adopting NB 10T technique connection fast, signal penetration is good, and power consumption is low, and the meter reading is accurate, quick, and can define remote meter reading.

This invention discloses a wireless signal collector with a switch-on / off function, comprising a housing and a control board. The control board includes: a wireless communication module connected to an antenna; a wiring connector connected to the 485 line of the electricity meter and the main switch of the electricity meter circuit; a 485 communication module connected to the wiring connector; a power circuit module connected to the wiring connector; a main control module connected to the 485 communication module, the power circuit module, and the wireless communication module; and an electronic switch module connected to the power circuit module, the wiring connector, and the main control module. The main control module, in conjunction with the electronic switch module and the wiring connector, controls the on / off state of the main switch of the electricity meter circuit, thereby realizing the switch-on / off function. This invention can upgrade ordinary electricity meters into wireless prepaid smart electricity meters. With the addition of a matching energy consumption system platform, it enables remote prepayment, remote meter reading, and remote switch-on / off functions on mobile phones and computers, and allows users to query monthly / daily / hourly and real-time electricity consumption.

Embodiments of the present application relate to a water consumption intelligent monitoring method and device based on AI recognition and a storage medium. The method comprises: collecting a dial image of an intelligent water meter; identifying water consumption according to the dial image; uploading the water consumption and the dial image to a cloud platform, so that the cloud platform checks the water consumption by using a preset intelligent checking model and the dial image, and stores the water consumption after the checking is passed. The scheme proposed in the present application can realize remote meter reading without large-scale modification or direct replacement of traditional mechanical water meters with intelligent water meters, and can avoid the problem that the water consumption read by the water meter cannot be discovered in time when an error occurs, causing user loss.

A remote meter reading device for a water meter comprises a supporting mechanism connected to a dial plate of the water meter, a shooting mechanism connected to the supporting mechanism and a data transmission mechanism electrically connected with the shooting mechanism, the supporting mechanism is used for amplifying reading on the dial plate, and the shooting mechanism is used for shooting the reading at regular time. The data transmission mechanism is used for transmitting collected data to terminal equipment, the supporting mechanism comprises a transparent supporting block connected to the dial plate, and the shooting mechanism is connected into the supporting block. According to the remote meter reading device for the water meter, an automatic meter reading function can be realized, a worker does not need to read the meter on site, the labor intensity of the worker is reduced, and the meter reading working efficiency is improved.

The embodiment of the application discloses a method and device for improving online rate of a metering terminal. The method for improving online rate of the metering terminal comprises the following steps: determining a wireless signal coverage range of a signal transceiving device; setting a relay device pair between the signal transceiving device and the metering terminal according to the wireless signal coverage range of the signal transceiving device and a signal transmission range of the relay device pair, so that the signal transceiving device communicates with the metering terminal through the relay device pair. The scheme can guarantee network demand of the metering terminal without construction, so as to improve the online rate of the metering terminal and realize remote meter reading of the metering terminal.

The invention discloses an electric energy meter remote meter reading method and system. The method comprises the following steps of data acquisition and preprocessing of an intelligent electric energy meter, communication link establishment of the intelligent electric energy meter, data transmission of the intelligent electric energy meter, data processing and storage of an intelligent concentrator and abnormity monitoring and processing of a master station management system. The system comprises an intelligent electric energy meter, an intelligent concentrator and a master station management system. According to the invention, the efficiency and reliability of power data acquisition, transmission and processing are greatly improved. In communication, the hybrid communication module selects an optimal communication mode by using fuzzy logic according to parameters such as signal strength; the master station processing layer processes data through distributed calculation and hierarchical storage and constructs a model; threshold judgment and machine learning are fused in abnormity monitoring, and electric quantity, voltage abnormity, electricity stealing and the like are early warned in real time. The device has the advantages of high efficiency, accuracy, intelligence, compatibility, stability and low consumption.

The present application relates to the field of data processing, and more particularly to a remote meter reading method for a concentrator, comprising: collecting historical sample data, each historical sample data comprising metering feature data, state feature data and communication feature data; obtaining a plurality of clustering clusters by using K-means clustering according to the calculated optimal K value, and assigning a label to each clustering cluster, the label comprising normal or abnormal; obtaining real-time sample data after preprocessing, calculating the Euclidean distance between the sample data and each clustering cluster, obtaining the label of the sample data according to the Euclidean distance, and determining that the collected sample data is incorrect if the label of the sample data is abnormal. The present application dynamically adjusts the K value and evaluates the stability of the cluster, so that the model can better adapt to new data. When the data distribution changes, the model can automatically adjust the K value to adapt to the new data structure, improving the accuracy of anomaly detection.

The application provides a kind of intelligent gas meter remote reading method and system based on Internet of Things, it is related to intelligent gas meter technical field.The method includes collecting local measurement data and Internet of Things transmission data;Build a dual-source data multi-dimensional conflict identification system, screen conflict data groups;Accuracy verification is carried out to conflict data groups;Establish an encrypted transmission channel to realize the traceability of data transmission process;Trigger the hierarchical early warning mechanism for abnormal use data deviating from the baseline;Iterative update is carried out to meter reading data knowledge base, and remote calibration is carried out.The application identifies dual-source data conflict through multi-dimensional, corrects conflict data by combining hybrid model, ensures measurement accuracy and reduces disputes;By building baseline model and hierarchical early warning mechanism, accurately identify abnormal use and handle, prevent hidden dangers in time, and optimize services;Through dynamic on-demand remote calibration of equipment, the measurement accuracy is ensured, the operation and maintenance cost is reduced, the user data transparency is improved, and the intelligent gas management is assisted.