32results about How to "Realize automatic reporting" patented technology

The invention discloses an oilfield paraffin removal operation equipment remote monitoring system based on the Internet of Things. The system comprises a flame monitoring camera, a video acquisition unit, an RFID card reader, a flow sensor, a temperature sensor, a pressure sensor, a gas-sensitive sensor, a data transmission unit, a network transmission unit and an industrial control host, wherein the network transmission unit comprises a Wifi unit and a 3G communication unit. The provided system has the following advantages that: a paraffin removal machine is monitored and managed in a comprehensive manner by using an automatic control technology, a GIS technology, an RFID technology, a computer technology, a network communication technology and a movable monitoring technology so that the operation data of the paraffin removal machine can be monitored in a scientific and standardized manner, forceful guarantee is provided for safety production, working efficiency is greatly improved, management cost is lowered, energy is saved, emission is reduced, and environment is protected, therefore, the provided system has high practical value and realistic significance.

The present invention relates to a data reporting method and system, comprising: a data management platform receives a data reporting configuration request triggered by a user, the data reporting configuration request includes configuration item information; the data management platform determines the data reporting according to the configuration item information type; when the data reporting type is the proxy reporting type, the proxy server obtains configuration information from the data management platform; the proxy server generates a first configuration file based on the configuration information; the proxy server generates a first configuration file based on the first The configuration file reports the data to the first target storage server, which realizes automatic data reporting and improves the efficiency of data reporting.

The invention discloses a vehicle traffic information detecting device and a vehicle traffic information detecting method. The vehicle traffic information detecting device comprises one or a plurality of detectors, a data acquisition and management controller and an application terminal. The application terminal is connected with the data acquisition and management controller through a wireless network and is used for performing intelligent management on the detectors and the data acquisition and management controller. Background management software which is used for managing the vehicle traffic information detecting device is installed on the application terminal. Each detector comprises a housing, a detecting unit and a first wireless power supply unit, wherein the detecting unit and the first wireless power supply unit are arranged in the housing. The first wireless power supply unit comprises a vibration detecting module and a first power supply module. The detecting unit comprises a first microcontroller unit (MCU). When the vibration detecting module detects vibrations with a frequency, the vibration detecting module activates the first power supply module for supplying electric power to the detecting unit and furthermore arouses the first MCU from a dormancy state. The vehicle traffic information detecting device and the vehicle traffic information detecting method have beneficial effects of low power consumption, automatic node information uploading, and remote cloud end management.

The invention discloses a tracking management system of a railway device, wherein the tracking management system includes a device server, a management system and a recognition system which perform data interaction in real time; through the recognition system, identification information of various components in the railway device is automatically collected and uploaded to the device server, and the information of the components are recorded and updated to the server through the management system, and at the same time, tracking of devices or parts or information record querying is achieved; a management process of the railway device is achieved by the device server, and the information recording, maintenance reminding, failure analysis reports, failure analysis reports or fault alarming ofthe components produced in the management process are pushed to related personnel. The automatic uploading and automatic comparison of device identification information, fault alarming and informationearly warning are realized, processing and manufacturing of equipment production factories are traced and managed, and information recording and tracking management of the whole life cycle of the device are achieved.

The invention discloses an automatic collecting and monitoring system and method of a flight service support node. The system comprises a flight service monitoring and collecting system, a convolutional neural network dividing system, a service state determining system, a storage module, and a flight service time schedule display module, wherein the convolutional neural network dividing system receives electronic data of the flight service monitoring and collecting system and divides the electronic data into an aircraft entry frame, a wheel box, a bridge frame and a fueling frame according toareas, the service state determining system comprises an airplane state determining module, a wheel state determining module, a bridge state determining module and a fueling state determining module,and the flight service time schedule display module displays service schedule and time. The system monitors the airplane, the fuel car and the bridge and collects data in real time and analyzes database image characteristics so as to determine the airplane state and the service support state, provides accurate data support for flight operating, and relieves working strength of ground staff in theairport.

The invention discloses a user data automatic reporting method of a LIMS system under a user mechanism. The method comprises the following steps that: S1, a client stores user data files in real timeto a specified path of the local storage data files of a corresponding user; S2, the client periodically determines whether the files in the path is updated, if yes, a document update request is sentto a server, and updated files are transmitted to the server; and a report request is sent when the data report is required; and S3, the server determines the received request information of the client, and if it is an update request, the update files sent by the client is received and saved to the corresponding user path; and if it is the report request, the document under the corresponding pathis found at the server and reported. According to the user data automatic reporting method of the LIMS system under the user mechanism, the client will send the report request to the server, as long as selecting a single or multiple experimental analysis services that need to report data files in the client interface and clicking a batch submit button. The data reporting service will be automatically completed by the server.