26results about How to "Realize informatization" patented technology

The invention relates to the field of gas supervision, and provides a safety supervision-based intelligent gas valve station gas monitoring method and an Internet of Things system.The method is executed by an intelligent gas government safety supervision management platform of the safety supervision-based intelligent gas valve station gas monitoring system. The uniformity degree of fuel gas is determined; determining fuel gas component data in response to the condition that the uniformity degree meets a first preset condition; based on the uniformity degree and the environmental data, determining a component influence coefficient; determining a confidence weight corresponding to the feedback information based on the feedback information; and determining the monitoring accuracy based on the feedback information, the confidence weight corresponding to the feedback information, the gas component data and the component influence coefficient. According to the invention, the accuracy of monitoring data can be evaluated when gas components are monitored, and the gas monitoring device is adjusted or overhauled in time in a targeted manner, so that the accuracy of gas monitoring is ensured.

The invention discloses a road crack detection method, system and equipment and a medium, belongs to the technical field of deep learning and road maintenance, and aims to solve the technical problem of how to assist road maintenance personnel in performing road maintenance management work and correctly know that the road maintenance personnel take emergency measures for roads with quality risks. According to the technical scheme, the method comprises the steps that cameras are installed on key roads, and road video data are collected in real time; making a corresponding training set and a corresponding test set for the collected video data through a labeling tool; an ELAN feature fusion structure is optimized by fusing a part of convolution modules of a dilated convolution unit, meanwhile, an activation function is introduced to improve a YOLOv7 model, and a small target of a road crack is detected through the improved YOLOv7 model.

The measurement and control system comprises an information acquisition module, an information transmission module, a data storage module, a data processing module, an intelligent prediction module and a feedback control module, in addition, the existing underground space additional building project pipe jacking construction and measurement and control method comprises the steps of reinforcement of a pipe jacking construction area, hole digging of an existing underground space structure bottom plate, jacking and measurement and control of a pipe jacking machine head machine shell, downward jacking operation and measurement and control of downward jacking operation, dismantling of pipe jacking construction equipment and sealing treatment of pipe jacking connecting parts. A downward jacking pipe jacking construction method is adopted in an existing underground space, the characteristics that a top plate of the existing underground space structure serves as a counter-force support and a soft soil water-rich stratum is easy to excavate but difficult to support are fully utilized, and the risk of foundation pit excavation under the condition of a narrow site of the existing underground space in a soft soil water-rich area is avoided; safe tunneling operation under protection of the pipe jacking machine shell and the pipe joints is achieved, and an underground space is formed.

The invention discloses a labor service real-name system management method and system and a storage medium, and belongs to the technical field of labor service management. The method comprises the following steps: a labor service personnel information acquisition stage: acquiring human face information of labor service personnel and associating the human face information with identity information of the labor service personnel; in the labor service personnel management stage, real-time images are collected and face recognition is carried out to obtain to-be-recognized face features when labor service personnel carry out attendance checking or go in and out of a preset area, and then the to-be-recognized face features are compared with the face information of the labor service personnel to obtain a face comparison result. And displaying the on-duty number of people and the identity information of the labor service personnel in real time according to the face comparison result, and deploying the labor service personnel according to the on-duty number of people displayed in real time, the identity information of the labor service personnel and the personnel demand of the preset area. Through modern information technologies such as a face recognition technology and the like, enterprises are helped to realize informatization, datamation and intelligentization of labor service relationships, and the problems of labor service personnel in-out safety management, labor service data missing and labor service personnel salary shortage caused by poor real-time performance are solved.

The present disclosure relates to a track map labeling method, device and system. The track map labeling method is applied to a labeling vehicle, and the method comprises: in response to a user's operation on the labeling vehicle, determining a working state in which the labeling vehicle is located, the working state comprising at least a labeling working state and a point searching working state; when it is determined that the labeling vehicle is in the labeling working state, determining whether a current labeling position is acquired; when it is determined that the current labeling position is acquired, labeling the current labeling position to obtain labeling information corresponding to the current labeling position. Through the present disclosure, the informationization of track map labeling data can be realized, the work efficiency is improved, and the introduction of human errors in the work process is avoided.

This invention primarily relates to the field of efficiency measurement technology. To improve the automation and accuracy of efficiency measurement for transport vehicles, this invention provides an information-based efficiency measurement method and system for transport vehicles. Its core is to monitor the vibration threshold range of the vehicle under different operational processes. Based on the vehicle's real-time vibration values, the system determines the time the vehicle spends in different operational processes such as loading, transporting, unloading, and standby. It also acquires the vehicle's load under each operational process; calculates the vehicle's actual transport mileage based on the vehicle's real-time location and a set mileage correction coefficient; and finally, based on the time and load of the vehicle in different operational processes, as well as the actual transport mileage, determines the vehicle's total efficiency and the efficiency of the vehicle under each operational process. Through the coordinated acquisition and fusion calculation of vibration, load, and location data, the entire process of efficiency measurement for transport vehicles is made information-based.

The invention discloses an intelligent program downloading system, method and equipment for a power system control protection device, and the system comprises the steps: obtaining and storing a newest program through a cloud server, scanning and recognizing the model of the device, obtaining a program file needed by the device from the cloud server through a TCP / IP (Transmission Control Protocol / Internet Protocol) by a PC (Personal Computer) end, and selectively inputting and withdrawing a handle seat by a tool clamp according to an inputting and withdrawing sequence; automatic network physical connection between the CPU management board and the PC terminal is completed, and automatic downloading of device programs is completed through the PC terminal. According to the invention, intelligentization, informatization and unmanned operation of the whole program downloading process can be realized, the labor cost is reduced, the production efficiency is improved, the risk of manual misoperation is reduced, and the program downloading requirements of multi-variety and small-batch devices in the production and manufacturing process are met.

The invention provides a fabricated intelligent ecological guardrail, which comprises a main body structure module, a communication module and a digital support module, and is characterized in that the main body structure module comprises a plurality of main body frame support sub-modules, a solar power generation and energy storage sub-module, a rainwater collection sub-module, a wall body sub-module, a green plant growth sub-module and a data acquisition and feedback device; the main body structure module performs data interaction with the digital support module by using the communication module; through the assembly type module design, digital management and operation maintenance, the problems ubiquitous in the field of existing protection facilities can be effectively solved in a targeted mode, and the greening and beautifying effects on the environment can be achieved while physical protection is guaranteed. Modular production, convenient transportation, rapid installation and deployment and rapid disassembly can be achieved, the height, strength and perspectivity can be set according to the weather, season, pedestrian flow and other conditions of the implementation environment, and a protection scheme can be rapidly updated through the assembly type prefabricated modules.

The present invention provides a smart gas fire linkage method and an Internet of Things system based on government safety supervision. The method is executed through a smart gas government safety supervision management platform, including: determining the production stage information of the enterprise based on the enterprise's gas consumption statistics, current production data and production planning information; obtaining feedback information from the gas company management platform based on the enterprise's production stage information; obtaining the alarm information and / or fault information, working parameters and hidden danger processing data of at least one group of gas fire fighting equipment of the enterprise, and evaluating the fire risk level of the enterprise; determining the fire control parameters of the enterprise based on the fire risk level and hidden danger processing data of the enterprise; determining the update instructions based on the adjustment of the working parameters; sending the update instructions to the corresponding at least one group of gas fire fighting equipment, and controlling the gas fire fighting equipment to update. In this way, fire hazards can be discovered in time, and reasonable response plans can be given for different enterprises to optimize the allocation of fire fighting resources.

The invention belongs to the technical field of constructional engineering, and particularly relates to a Revit-based fabricated component family library construction and use method, which comprises the following steps: dividing a component family library into twelve system categories of three major majors of building, structure and electromechanical, standardizing naming and coding principles of corresponding component families, and gathering the component families in a table form; parameter elements and parameter categories of the component families are specified, the same parameters of the same component families are controlled by'type parameters', individual differences of the component families are controlled by'instance parameters', and the component families of different system categories are associated with one another by'global parameters', so that linkage between models is constructed; and performing encryption processing on the component family storage to protect the intangible digital assets. According to the invention, informatization, standardization and systematization management of components and parts are realized, the whole industry chain service of the building is supported, basic support is provided for application of the BIM model, and the current situation barrier of the industry is broken.

The present application relates to the field of nuclear power fire fighting, and particularly relates to a nuclear power plant fire fighting equipment life cycle management and monitoring system and a monitoring method, the system comprising an intelligent tag terminal, a personnel positioning system and a cloud platform, the intelligent tag terminal being used for monitoring fire fighting equipment parameters and uploading to the cloud platform; the personnel positioning system being used for obtaining real-time position information of inspection personnel and transmitting to the cloud platform; the cloud platform being used for processing data of the intelligent tag terminal and the personnel positioning system, carrying out state monitoring and abnormal early warning, fault prediction and preventive maintenance, remote intelligent inspection and life cycle management on the fire fighting equipment. The system collects information through the remote inspection module and the intelligent tag terminal, reduces the input of inspection personnel, improves the inspection efficiency, replaces artificial on-site inspection through remote intelligent inspection, and greatly reduces the workload of artificial inspection.

The invention discloses a rail transit vehicle digital debugging method and system, and the system comprises a central server which is used for storing and managing vehicle debugging information; the debugging information comprises technical files, debugging data and fault information; the debugging management platform is used for vehicle debugging information management, plan management, debugging task distribution and data statistical analysis; the intelligent debugging terminal is used for controlling a debugging process and realizing downloading, distribution, execution and uploading of a debugging task; the debugging progress is displayed and guided, and the whole process operation is recorded. According to the invention, tests of urban rail metro vehicles, urban vehicles and motor train unit vehicles of different types are considered as a whole, a universal digital debugging platform is developed, and informatization of drawings, process files and technical notifications for team construction can be realized while informatization of a test record table is realized.

The invention relates to a digitization method and system for a converter station three-dimensional model and a storage medium. The method comprises the steps that a model database is constructed; constructing a plurality of power equipment three-dimensional models according to the structural data of the converter station; storing the plurality of power equipment three-dimensional models in a model database to obtain a converter station model database; transferring the converter station model database to a cloud server; acquiring a plurality of power equipment three-dimensional models from a converter station model database of the cloud server; constructing a converter station digital three-dimensional model in a local client by using the plurality of power equipment three-dimensional models; associating the digital three-dimensional model of the converter station with a control system of the converter station so as to realize visualization of a control process and a monitoring result of the control system of the converter station through the digital three-dimensional model of the converter station; visualization of the control process and the control result is achieved through the three-dimensional digital model, control and management of the converter station can be more visual, and informatization and visualization of the converter station are achieved.

The present invention provides an automatic warehousing identification system for zinc ingot auxiliary materials, including: a behavior identification module: identifying the movement operation of a material transport vehicle, judging whether there are zinc ingot auxiliary materials on the material transport vehicle by characteristics, outputting the judgment result and sending corresponding instructions to the identification area synchronous movement module; the identification area synchronous movement module: performing synchronous operation after receiving the corresponding instructions sent by the behavior identification module; the zinc ingot auxiliary material label identification module: identifying the zinc ingot auxiliary materials on the material transport vehicle while the identification area synchronous movement module is operating; the identification information intelligent processing module: collecting the data sets of the processing cycle and the continuous reception and centralized processing mode within the processing cycle and performing corresponding processing. The present invention realizes automatic identification of the warehousing process of zinc ingot auxiliary materials of the hot-dip galvanizing unit, achieves the accuracy of ingot identification, and the recognition rate meets the use requirements in the scene that meets the technical conditions, thereby improving the warehousing efficiency.

The invention provides a body assembly platform device, which comprises an assembly platform body, a bracket and an anti-explosion electric cabinet, and is characterized in that the anti-explosion electric cabinet is mounted in the assembly platform body and is used for accommodating a control system of the body assembly platform; the bracket is connected with a linear guide rail on the assembling platform body through a sliding block and provided with a mechanical connector connected with a rack on the assembling platform body. And the bracket can realize three-degree-of-freedom adjustment of translation along the axis of the product on the linear guide rail, lifting perpendicular to the horizontal plane and rolling around the axis of the product. The control system is adopted for production line scheduling, no person participates in the whole transfer process, information can be integrated to the production line management and control system, digitization and informatization of transfer assembly can be achieved, the working intensity of workers can be greatly relieved, and the assembly speed can be effectively increased.

This invention relates to the field of dental surgery technology and discloses an intelligent dental surgical robot and its control system. The robot includes a main body, a display component, a locking component, a moving component, and a control system. The display component is mounted on the upper part of the robot body, the locking component is installed inside the display component, and the moving component is installed inside the robot body. The control system is built into the control chamber of the robot body and is electrically connected to the display component, locking component, and moving component. It is used to realize motion control of each component, surgical data interaction, equipment status monitoring, and abnormal warning. The display component of this invention uses a slider and an adjustment block to facilitate adjustment of the height of the touch screen according to the needs of medical personnel, improving the comfort of medical personnel of different body types when using the touch screen. Simultaneously, the locking component uses a locking block and a locking slot to facilitate adjustment of the angle of the touch screen while ensuring the stability of the touch screen after angle adjustment.

The invention discloses a mold management device and method, and belongs to the technical field of molds, and aims to solve the problem that information reading is inconvenient and inaccurate due to the fact that a stainless steel nameplate is adopted by a mold, the management device comprises a storage device, a reading device and a control device, the storage device and the reading device are electrically connected with the control device, and the control device is electrically connected with the storage device. Mutual information transmission is realized; the storage device is arranged on a non-working surface of the mold, the reading device is used for reading information in the storage device, the control device can write mold information into the storage device, and the reading device can read the information in the storage device and upload the information to the control device. The problem that a stainless steel nameplate cannot be recognized due to the fact that the stainless steel nameplate is prone to being scratched, polluted and rusted is solved, the problem that the scanning recognition rate is low due to the light problem is solved, the problem that a signboard cannot be installed on a working face is solved, and the problems that the nameplate is mistakenly installed by an operator and the like are solved.

The invention belongs to the technical field of automatic detection, and particularly relates to an intelligent detection system for a logging instrument. Comprising a test box body and an upper computer, and the test box body is used for being connected with a tested instrument and connected to the upper computer through a bus interface; the upper computer is used for installing intelligent instrument detection software; the intelligent instrument detection software comprises a data input module; a truth table generation module; a logic relation processing module; an expert diagnosis processing knowledge base is arranged in the fault matching module; and a fault diagnosis module. The invention provides an intelligent detection system for a logging instrument, and aims to solve the problems that an existing detection method for the logging instrument cannot achieve fault detection process standardization, software solidification and record informatization and cannot achieve rapid positioning and diagnosis of instrument faults.

The invention relates to the field of information management, in particular to an informatization management system based on a physician training base, which is provided with an information acquisition module for acquiring identity information and training targets of a plurality of persons to be trained and converting the identity information and the training targets into corresponding training information, and an information processing module for filtering the training information and processing the training information. The system comprises an issuing module for issuing an issuing task and generating a corresponding issuing task, an examination module for issuing the issuing task and collecting a corresponding task completion rate, an analysis plan module for preprocessing the issuing task and the task completion rate and generating a corresponding training plan, and through machine learning, real-time and transparent monitoring of training information is facilitated, and system functions are optimized and perfected. The efficiency and quality of training are improved, and informatization and standardization management of a physician training base is realized.

The present invention relates to an AGV intelligent parking system for heavy-duty frame assembly, comprising modules: a vehicle model parameter maintenance module, an AGV vehicle model module, an AGV trolley, an AGV scheduling subsystem, and an AGV scheduling PLC; the frame information includes a frame number and a frame length; the AGV stop point information includes the coordinates of the AGV stop point; the AGV vehicle model module converts the frame number into a frame type; the AGV scheduling PLC performs a data transfer operation; the AGV scheduling subsystem receives a production task to control the running action of the AGV trolley; the AGV trolley includes an AGV trolley PLC program. The present invention also relates to a parking method, comprising the steps of: writing coded data into a landmark; writing landmark data into the AGV scheduling PLC; writing motion actions into the AGV scheduling PLC; setting a parking point; obtaining a frame number and a frame length; selecting a parking point; and parking at a parking point. The present invention can park the AGV trolley into different parking points in the same assembly station according to the frame length; facilitate the use of station equipment, and the fixed placement of logistics equipment; and greatly shorten the moving distance of the station.

This invention discloses a method, apparatus, equipment, and medium for data acquisition and analysis in a painting workshop. The method includes: using object tools in a scripting language to transfer data from the painting workshop's systems to corresponding target tables in a preset target database via the workshop's network; analyzing and processing the data in each target table according to its characteristics and analysis requirements to obtain analysis results; and displaying or pushing the analysis results. This technical solution, by introducing object tools in a scripting language, achieves automatic data acquisition in the painting workshop and, through reasonable analysis and processing, realizes data visualization and informatization, improving the automation level of the painting workshop. This, in turn, allows maintenance personnel to utilize information technology to reduce troubleshooting and repair time and increase the mean time between failures (MTBF) of the system in the painting workshop.

The invention provides a roadway bottom plate drainage system and a roadway bottom plate drainage method. The roadway bottom plate drainage system comprises a drainage well, a bottom plate detector, a drainage channel, a drainage unit, a drainage pipeline, a water level detection assembly and an intelligent controller, and the drainage well is arranged in a bottom plate of a roadway; the bottom plate detector is arranged on the bottom plate; the drainage channel is arranged on the bottom plate and is communicated with the drainage well; the drainage pipeline is respectively communicated with the outside of the roadway and the drainage unit; the water level detection assembly is arranged in the drainage well; the intelligent controller controls the drainage unit to work according to the water level change, detected by the bottom plate detector, on the bottom plate and the water level height, detected by the water level detection assembly, in the drainage well. According to the invention, reliable drainage of the bottom plate of the roadway is realized, and real-time reliable detection of water on the bottom plate is also realized, so that the intelligent controller can flexibly set the drainage power according to the change of the water accumulation condition on the bottom plate intelligently.

The invention provides a passive digital tag system based on Beidou and radio frequency identification technology, which comprises a radio frequency electronic tag, an RFID reader-writer module, a GPRS communication module, an embedded processor and a background server, node information is written in the radio frequency electronic tag in advance, underground pipe gallery information is stored in the radio frequency electronic tag through a built-in chip of the radio frequency electronic tag, and the embedded processor is connected with the background server. Forming an information storage database; a GPS-RTK differential positioning algorithm is operated in the Beidou positioning module, real-time dynamic positioning of the radio frequency electronic tags is realized, coordinate information of the radio frequency electronic tags is stored in a database, and an underground pipe gallery trend electronic map is established; a GIS map system is installed in the background server. The defects that a traditional label can only be identified through visible information, manual reading is achieved, and the amount of information is small can be overcome; the problems of sparse distribution, easy loss and displacement in a traditional identification mode are solved; the problem that a traditional identification method is inaccurate in buried underground pipe cable trend positioning and cannot synchronously record underground pipe cable information updating is solved.

The safety valve with the elastic force monitoring device comprises a valve body, a valve clack assembly, a valve rod and an elastic assembly, the lower end of the valve rod is matched with the valve clack assembly, the elastic assembly provides elastic force for the valve rod to move to drive the valve clack assembly to close the valve body, the elastic assembly comprises an elastic seat and an elastic piece, the elastic seat is arranged on the valve rod in a sleeved mode, and the elastic piece is arranged on the elastic seat. The safety valve further comprises an elastic force monitoring assembly, the elastic force monitoring assembly comprises a monitoring component, and the monitoring component is arranged between the elastic base and the elastic piece and used for monitoring and feeding back elastic force changes of the elastic piece in real time. According to the utility model, the change of the elastic force can be remotely monitored in real time in use, the monitoring data can be displayed and recorded in real time, the deviation of the elastic force can be prompted in time, the informatization and visualization of a user can be realized, and the safety and the economic benefit can be improved.

This invention relates to an automatic displacement control system and a tracked conveyor with the same. The tracked conveyor includes n trusses connected in series and hinged, where n > 1. A first tracked machine is located at the front end of the first truss, and an (i+1)th tracked machine is located at the rear end of the i-th truss, where i = 1, 2, ..., n. A pull-cord sensor is installed at the hinge point of adjacent trusses. The automatic displacement control system includes an angle output module, which calculates the angle α between the i-th truss and the (i+1)-th truss based on the readings from the pull-cord sensors. i ; Speed ​​calculation and output module, which calculates the expected speed of the (i+2)th tracked machine; State judgment module, which determines the state based on the included angle α. i The leveling mode of the conveyor is determined; a displacement control module levels the (i+1)th truss during its movement. This disclosure realizes intelligent, automated, and dynamic leveling of a multi-segment conveyor.

The application discloses a kind of based on deep learning multi-beam radio frequency OAM positioning identification method and system, the method and system use optical orbital angular momentum as the basis of pre-training, using pre-training weight information trains radio frequency orbital angular momentum image, and realizes the positioning and identification function of radio frequency orbital angular momentum.The trained deep learning model of the application can automatically identify the real radio frequency orbital angular momentum image received in real time, without manual discrimination, thereby simplifying the operation process of technical personnel.The application reduces the training time, realizes the automation of identification, improves the spectrum utilization, and helps the demultiplexing system of radio frequency OAM system.