67 results about "Transportation surveillance" patented technology

The invention provides a logistics integrated transportation method and a logistics integrated transportation system based on social idle resources. According to the logistics integrated transportation method, the social idle resources are utilized to serve as a carrier providing good transportation service on the trip, logistics companies serve as a shipper or a carrier in a compatible manner, the logistics integrated transportation method comprises a registration process, a demand matching process and a transportation monitoring process, the carrier conducts a reception confirming process and a freight reception payment process when the carrier delivers the good entrusted by the shipper to a destination after the trip, if the carrier cannot deliver the whole or part of the good entrusted by the shipper to the destination directly on the trip, the carrier publishes a demand as a forwarder, and conducts a forward matching process and a freight stage payment process. By applying the logistics integrated transportation method and the logistics integrated transportation system, a wide range of resources can be integrated to form a convenient and fast transportation chain, so that the energy is saved, the good flow capacity is increased, and the speed is accelerated.

The invention discloses a monorail crane unmanned driving system for mining. The monorail carne unmanned driving system is characterized by comprising a transporting monitoring system, a displaying system, a signal collecting unit and a locomotive control system. The transporting monitoring system, the displaying system, the signal collecting unit and the locomotive control system are connected through network. According to the monorail crane unmanned driving system for mining, two special requirements for safety and reliability are treated as premises, and according to planned dispatching, signal interlocking, driving operation, equipment control and network platform integrated construction purposes, the safety management level of the production transporting links is improved.

The invention is a dangerous goods monitoring method based on radio frequency identification, and the method specifically comprises: unified coding of electronic product; monitoring of the dangerous goods storage; monitoring of warehousing and stock removal; monitoring of dangerous goods transportation; environmental pollution accident danger source cross-regional monitoring and decision analysis: the method mainly solves 1, problem of large consumption of manpower and material resources; 2, problem of inaccuracy of statistics and of too complicated operation; 3, problem of incapability of realizing overall process real-time monitoring from dangerous goods production to storage, transportation, and destruction; 4, problem of being unable to adopt emergency measure and carry out first aid treatment after accident; [and] 5, problem of health and unguaranteed safety of the working personnel for regular safety inspection of the dangerous goods. The object of the method is to carry out automatic data acquisition of the work links like dangerous goods receiving inspection, warehousing, moving and shifting, inventory, and the like, to guarantee the speed and accuracy of data input in each link of the dangerous goods management, to ensure the enterprise to grasp timely and accurately the real data of the storage.

The invention discloses a mining inclined roadway conveyance monitoring system based on the radio-frequency technique. According to the mining inclined roadway conveyance monitoring system based on the radio-frequency technique, information of a person positioning card which is carried by a person is recognized and read by a controller through a reader; when the controller detects that a person who affects safe operation of a winch exists in a roadway or no specific person exists at the control position of the winch, the winch is forbidden to be started or operation of the winch is stopped through an output unit. A mining inclined roadway conveyance monitoring method based on the radio-frequency technique comprises the steps that (a) information of the positioning card is judged, (b) whether the trinity is effective or not is judged, (c) whether all confirmation is conducted or not is judged, (d) whether a winch driver exists or not is judged, (e) the winch is started, (f) a prompt area is judged, (g) a forbidden area is judged, (h) whether the driver leaves away from the working position is judged. According to the mining inclined roadway conveyance monitoring system and method based on the radio-frequency technique, the person information in the roadway is judged by means of the person positioning card, and the defects that the real-time performance is poor, the workload is heavy when people in the roadway are detected manually, and data are not accurate when people in the roadway are detected through an infrared sensor are overcome.

The invention provides a grain transportation monitoring method and a system. The method comprises steps that operation video records of a grain transportation tool acquired by video monitoring devices are respectively analyzed intelligently, a beginning video frame and an ending video frame of a transportation tool at each operation stage are positioned, and operation video segments corresponding to an operation stage are acquired; the various operation video segments are spliced to acquire a spliced video; the spliced video and a corresponding operation business identifier are associated; the spliced video can be obtained according to the business identifier, and grain transportation monitoring is carried out. The data space occupied by operation videos is reduced, the business identifiers corresponding to the operation videos are recorded, and monitoring and tracing efficiency of the full grains warehouse-in and warehouse-out process is improved.

The invention relates to the technical field of Internet of Things. The invention relates to a monitoring system, in particular to a ZigBee-based transport vehicle cargo motion state remote monitoringsystem. The system comprises a ZigBee wireless network, a vehicle-mounted terminal module and a remote cargo transportation monitoring center, the ZigBee wireless network comprises a coordinator andterminal nodes, and the coordinator performs network access permission, physical channel allocation and network short address allocation on the terminal nodes requesting to join in the network; the terminal nodes are used for regularly acquiring the motion state of the goods and transmitting the motion state data of the goods box body to the coordinator; the vehicle-mounted terminal module acquires the cargo state from the coordinator and sends the motion state data of the cargo to the remote cargo transportation monitoring center; and the remote cargo transportation monitoring center stores the received data into a database, and performs addition, deletion, check and modification and real-time display of the data. Real-time monitoring of the motion state of transported goods can be realized so that the abnormal state of the transported goods can be timely discovered.

The invention relates to the field of big data, and discloses a solid waste vehicle transportation monitoring method, device and equipment and a storage medium. The method comprises the following steps: acquiring collection and transportation union list data of a solid waste vehicle, determining a transportation task of the vehicle according to the collection and transportation union list data, and determining vehicle track data of the transportation vehicle according to the transportation task; based on the vehicle track data, inquiring the real-time geographic position and the parking time of the transport vehicle in a preset time period corresponding to the transport task, judging the parking time and the real-time geographic position, and determining whether to send alarm information to a transport command center or not; and if so, intervening the transportation task based on the alarm information. The technical problem that the track data of the transport vehicle cannot be analyzed, so that the solid waste transport abnormal condition cannot be known in time, and environmental pollution is caused is solved. The receipt and shipment union data of the transport vehicle can be stored in the blockchain node.

The embodiment of the invention provides a coal briquette transportation monitoring method and device. The method comprises the steps of determining real-time coordinate information of a scraper assembly, in a coal briquette transportation area, of a scraper conveyor based on target video data, continuously collected in real time, of the coal briquette transportation area; inputting target image data corresponding to the target video data into a large coal recognition model, and obtaining a current large coal recognition result according to the output of the target image data; and if the result contains the large coal, judging whether the large coal is located on the scraper conveyor or not according to the scraper assembly and the real-time coordinate information of the large coal in the large coal recognition result, and if yes, obtaining the motion state of the large coal to determine whether transportation blocking early warning is conducted on the large coal or not. According to the coal briquette transportation monitoring method and device provided by the invention, the recognition precision of the large coal can be effectively improved, the recognition accuracy of the area where the large coal is located can be effectively improved, and the accuracy of obtaining the motion state of the large coal can be improved, so that the accuracy of coal briquette transportation monitoring and blocking monitoring early warning is improved.

The invention discloses a cargo transportation monitoring and tracking system, comprising a cargo state detection module, a vehicle-mounted GPS system, an information processing unit, a path planningmodule, a time preliminary calculation module and a state display unit; wherein the cargo state detection module is used for detecting state change, such as temperature change, humidity change, storage position change and so on, of cargo stored in a cargo container in a transportation process; the vehicle-mounted GPS system is used for positioning a vehicle in the transportation process, and acquiring intersection information in a transportation path at the same time; the information processing unit is used for performing processing and judging on cargo state data, and performing information comparison between data of the vehicle-mounted GPS system and a network map; the path planning module is capable of calculating a most scientific path in the transportation process according to road condition data acquired by the information processing unit; the time preliminary calculation module is used for performing scientific design on driving time of a driver; and the state display unit is sued for displaying a detection result of the cargo state detection module and calculation results of the path planning module and the time preliminary calculation module.

The invention provides an operating vehicle transportation monitoring method and system based on multi-data fusion, and the method comprises the steps: determining the driving style and vehicle state of a corresponding driver of each operating enterprise based on the natural driving data of the Internet of Vehicles, obtaining the characteristics and environment state of a road to be driven, determining the operation risk of the road, and carrying out the monitoring of the transportation of the operating vehicle. In combination with the credit risk of the enterprise to which the operating vehicle belongs, the transportation of the operating vehicle is comprehensively monitored from the data of multiple aspects of vehicle-human-road-environment-enterprise and the like, so that the orderly and safe operation of the traffic transportation is ensured.

The invention relates to the technical field of drone anti-trap measures, and particularly discloses a low-cost drone anti-trap navigation system. The low-cost drone anti-trap navigation system comprises a satellite locating system and an inertial navigation system, and the satellite locating system can receive navigation signals of multiple frequency points of multiple satellite navigation systems (a Beidou and a GPS) to enable the functions of navigation telegraph text demodulation, measurement value extraction and the like and has a timing function; according to index requirements of the measurement precision, the range, the encapsulating performance, the impact resistance, the temperature drift and the like, the inertial navigation system completes style selection of an MEMS sensor; the inertial system is built to achieve a strapdown solving information comprehensive processing module of the posture, the position and the speed, wherein a telegraph text and measurement data of a navigation satellite are processed, detecting and removing false interference signals are achieved, and a normal navigation function of a drone is enabled. The low-cost drone anti-trap navigation systemhas the advantages that the navigation system with the anti-trap function is applied to the drone, a 'firewall' is formed for the drone with a police purpose, security safeguard, security protection and transportation surveillance, so that law breakers have no opportunity to take advantage of.

The invention relates to a railway dangerous goods transportation monitoring system based on RFID and a WSN. The system comprises wireless radio frequency identification RFID, a wireless sensor network WSN, an intelligent base point, a monitoring terminal, a Beidou satellite system, a monitoring center, a vehicle-mounted terminal, and a user terminal; the monitoring terminal comprises a service processing host; the monitoring center comprises a server, a central data information processing host, terminal equipment and an emergency alarm device. The data is acquired and transmitted by adoptingthe RFID and the WSN technology, thereby comprehensively and fast realizing the real-time monitoring on the dangerous goods transportation; the accident occurrence can be effectively prevented throughthe vehicle-mounted terminal, and the system has important significance for the security of the vehicles, the personnel, the environment and the dangerous goods in the transportation full process.

The invention discloses a transportation monitoring method and system based on 5G communication, and the method comprises the steps: obtaining the information of a to-be-transported article and the information of a transportation end point, generating an initial transportation scheme according to the information of the article and the information of the transportation end point, determining a preset rule track set of a transportation tool for transporting the to-be-transported article according to the initial transportation scheme, setting an RFID tag for the to-be-transported article, transporting the to-be-transported article according to the initial transportation scheme after setting, obtaining the current position of the to-be-transported article in real time through the RFID tag, constructing a current transportation track of the transportation tool according to a plurality of current positions, and transporting the to-be-transported article according to the current transportation track; and substituting the current transportation track into a preset rule track set to determine a route deviation degree, when the route deviation degree is greater than a preset deviation degree, obtaining a monitoring image of the to-be-transported article, and uploading the monitoring image to a first mobile phone terminal of a worker through a 5G network. Omnibearing monitoring is realized, and the cost is saved to a certain extent.

The embodiment of the invention provides a processing method and device, detection equipment and a server. The detection equipment is at least partially arranged in an express parcel, detects at leastone environmental parameter in the express parcel, and sends parameter data of the at least one environmental parameter to the server, so that the server determines the state of the express parcel based on the parameter data of the at least one environmental parameter. According to the technical scheme provided by the embodiment of the invention, the transportation monitoring of the express parcel is realized, so that the article transportation safety is ensured.

The invention provides a commercial concrete transportation monitoring and early warning method. The commercial concrete transportation monitoring and early warning method comprises the following steps that weighing equipment, a positioning system and a navigation and early warning device are arranged on a concrete mixing truck; a transportation route is set and transportation vehicles are distributed; concrete is loaded, vehicle weight data is collected in real time by the weighing equipment, and the vehicle weight data is sent to a commercial concrete transportation monitoring and early warning system; in the transportation process, the weighing equipment and the positioning system upload the collected pressure data and longitude and latitude data in real time at intervals of multiple seconds; and if the pressure data and the longitude and latitude data are abnormal, the commercial concrete transportation monitoring and early warning system carries out early warning reminding. Through the positioning system and a sensor, the state of the vehicles in the transportation process and the weight of goods in the transportation process are obtained, effective display and early warning are conducted, and the problem that in the transportation process, a driver changes a route at will, unloads materials on the way and stays for a long time at will, and consequently the quality of concrete is reduced or scrapped is solved.

The invention discloses a hazardous waste transportation monitoring method and device based on the Internet of Things, and computer equipment, relates to the technical field of the Internet of Things, and can be used for solving the technical problems that the existing waste monitoring means is single, and the hazardous waste transportation process cannot be effectively monitored. The method comprises the following steps: extracting vehicle transportation information of target hazardous wastes based on a preset feature identifier, and generating a hazardous waste transportation track according to the vehicle transportation information; determining the transportation state of the target hazardous waste according to the hazardous waste transportation track, and generating abnormality prompt information when monitoring that the transportation state is abnormal; receiving an information verification instruction, and in response to the information verification instruction, performing information verification on the target hazardous waste with the abnormal transportation state, and forming an information verification result. The invention is suitable for intelligent monitoring of the dangerous waste transportation process.

Things of the present invention is a way to monitor hazardous chemicals and based emergency rescue system.Vehicle terminal comprising a controller, the vehicle running condition monitoring system and location, transportation of hazardous chemicals information of the mobile collector, hazardous chemical sensor network monitoring system, the communication network connector, and the transportation of hazardous chemicals emergency rescue system monitoring, monitoring information display, accident rescue sensor network deployment and automatic monitoring system, the controller-vehicle terminal connected through a communication interface with each vehicle position with condition monitoring systems and transportation of hazardous chemicals and information of the mobile collector, hazardous chemical sensor network monitoring system, dangerous goods transport monitoring and emergency rescue system, an information display monitor connector and vehicle mount terminals are connected to the controller via a communication network, the sensor network automatically deployed accident rescue and monitoring system via a communication network connected with the vehicle-mounted terminal controller, hazardous chemicals transport monitor connected to the emergency rescue system.The invention can monitor the scene of the accident environment and rapid emergency incidents.

The invention provides a confidential article transportation monitoring method and device. A monitoring end sets a confidential article storage equipment safety certification opening mode and transportation parameters after receiving a transportation order of a confidential article party; distributing confidential transport personnel, confidential transport monitoring terminals and confidential article storage equipment; sending the confidential transport personnel, the confidential transport monitoring terminal, the confidential article storage equipment information and the confidential article storage equipment safety certification opening mode to a receiver; in the transportation process of the confidential articles, the confidential article transportation process is monitored accordingto the confidential article transportation monitoring terminal and the confidential article storage equipment; when the confidential object arrives at the receiver, the receiver receives the confidential object; the confidential article storage equipment is opened according to the confidential article storage equipment safety certification opening mode and the transportation parameters, the monitoring terminal is used in cooperation with the storage equipment and the monitoring terminal, system control, alarming and emergency disposal in the confidential article transportation process are enhanced through technical means, and the confidential article transportation safety is improved.

The invention provides a vehicle-mounted smart box, which comprises a box body, an LORA gateway module, a detection module and a battery module, wherein the box body is provided with a connector for being connected with the vehicle; the LORA gateway module is arranged in the box body for acquiring information of the vehicle and information of a transported object in the vehicle and managing at least one LORA node module arranged on the transported object in the vehicle through LORA networking connection; the detection module is used for detecting state parameters of an environment inside a compartment; the battery module is used for providing power for the LORA gateway module and the detection module; and the LORA gateway module comprises a processor, an LORA communication unit connected with the processor and a 4G communication unit connected with the processor for transmitting acquisition data and management data of the LORA communication unit and detection data of the detection module to a cloud server to complete logistics transportation monitoring. The vehicle information and the information of the transported object in the vehicle are transmitted to the remote cloud server which is used for monitoring, and full transportation process monitoring is realized.

The invention relates to an agricultural product transportation monitoring method and device, computer equipment and a storage medium. The method comprises the steps: acquiring destination information and target agricultural product information of a current transport vehicle, wherein the destination information comprises position information of a plurality of distribution stations, the target agricultural product information comprises information of to-be-distributed agricultural product packages corresponding to the distribution stations, and the information of the to-be-distributed agricultural product packages comprises fresh-keeping duration of various agricultural products; planning a target distribution path according to the fresh-keeping duration of various agricultural products in each to-be-distributed agricultural product package and the position information of the distribution station corresponding to the to-be-distributed agricultural product package; acquiring the real-time temperature of the current transport vehicle based on the target distribution path; monitoring the real-time temperature, if the real-time temperature does not meet the fresh-keeping requirement, generating and sending a temperature adjusting instruction to a monitoring end associated with the current transport vehicle. The fresh-keeping effect of the agricultural products can be improved.

The invention relates to a transport-monitoring module (2) which is arranged on a transport unit (3, 3', 3") in order to monitor a transport of the transport unit (3, 3', 3") of a person-transporting device (4). The transport-monitoring module (2) has a sensor (5) and a localization apparatus (6, 7). A connection to a data memory (17) of the device (4) is established during the transport by means of an interface unit (9). The interface unit (9) is designed in such a way that transport monitoring data to be stored, which are based on sensor data of the sensor (5) and on localization data of the localization apparatuses (6, 7), can be permanently stored in the data memory (17) of the device (4). The design of the transport-monitoring module (2) is thereby simplified such that the transport-monitoring module is no longer a worthwhile item to be stolen. In addition, reliable access to the stored transport monitoring data is ensured beyond the end of the transport.

The invention discloses a refrigerator car safe transportation monitoring method and system, and the method comprises the steps: obtaining the vibration acceleration of a refrigerator car in real time, and obtaining the vibration amplitude value and vibration frequency value of the current refrigerator car; according to the amplitude value, the amplitude tolerance grade threshold value of the goods currently transported by the refrigerator car, the vibration frequency value and the vibration frequency tolerance grade threshold value of the goods currently transported by the refrigerator car, determining an amplitude parameter and a vibration frequency parameter of the current refrigerator car respectively; according to preset vibration amplitude and frequency weights, performing weighted summation on the amplitude parameter and the vibration frequency parameter to obtain a vibration total parameter value; and when the vibration total parameter value is greater than or equal to a vibration total parameter preset value, outputting vibration state adjustment reminding information. Therefore, according to the refrigerator car safe transportation monitoring method and system provided by the invention, on the premise that the refrigerator car keeps a relatively high speed for rapid delivery, the reminding information can be output when vibration is too large due to too high speed, and goods are prevented from being damaged in the transportation process.

The invention provides an engine fault warning system which comprises a transport monitoring end, a driver application end, a motorcade management end, a transfer center end, a maintenance end, a supplier detection end and a transport vehicle end arranged in a transport vehicle cockpit, a traditional method that vehicle engine faults can only be found in the transportation process of a driver is improved into a system full-time-period full-link automatic warning method, warning can be conducted on multiple systems of the upstream and the downstream at the same time, and a solution is provided. Through the real-time alarm processing platform, the problems of potential safety hazards, time delay, information asynchronization, fault information non-precipitation and the like caused by faults can be reduced to the maximum extent.

The invention relates to a material monitoring method of a material transportation monitor. The material monitoring method comprises the following steps of starting an acquisition control thread and adisplay thread; the acquisition control thread comprises the following steps of acquiring a user instruction; if the collected user instruction is a startup instruction, entering a detection mode, detecting the inclination angle and the environment temperature and humidity of the current material, and starting an alarm when the inclination angle or the temperature and humidity exceeds a thresholdvalue; if the collected user instruction is a setting instruction, entering a setting mode; if the collected user instruction is a closing instruction, entering a sleep mode; the display thread comprises the following steps of when the collection control thread enters a setting mode, starting the display; when the acquisition control thread enters the sleep mode, closing the display; and when theacquisition control thread enters the sleep mode, starting display, and closing the display after preset time. The method is advantaged in that an inclination angle of the materials and the temperature and humidity conditions of the environment are detected, an alarm is given in time, and workers can handle the problems in material transportation in time.

The invention provides a coal mine underground electric locomotive unmanned driving system and method, and belongs to the technical field of electromechanical transportation, and the system comprises a ground control dispatching center, a locomotive transportation monitoring module and a vehicle-mounted control module which are connected with a network communication platform; the network communication platform is used for connecting each module with a ground control dispatching center; the ground control dispatching center is used for acquiring the underground equipment state and the locomotive and road condition information uploaded by the locomotive transportation monitoring module, and issuing a locomotive control dispatching instruction to the vehicle-mounted control module; and the vehicle-mounted control module is used for commanding the operation of the locomotive according to the locomotive control dispatching instruction issued by the ground control dispatching center, or commanding the operation of the locomotive according to the underground equipment state and the locomotive and road condition information acquired by the locomotive transportation monitoring module in the off-network state. According to the invention, underground accurate positioning is carried out, video images are processed, safe operation and dispatching of an underground locomotive are realized, and unmanned driving of the locomotive is finally realized by combining locomotive frequency conversion control.

The invention relates to a road cargo transportation monitoring system, which comprises a parameter acquisition mechanism arranged in a vehicle and used for acquiring the current rotating speed of an engine in the vehicle; the distance analysis mechanism is used for querying the corresponding safety distance based on the received reference type to serve as the current safety distance; the radar ranging mechanism is used for measuring the real-time distance between the front end of the vehicle and the forefront vehicle in real time; and the photoelectric alarm mechanism is used for executing a photoelectric alarm action corresponding to the truck approaching information when the real-time distance is within the current safe distance. The field of the road cargo transportation monitoring system is refined, and monitoring is effective. The truck monitoring platform can be installed on other vehicles, the type analysis can be carried out on the front truck target, and whether the front truck target is within the safe distance corresponding to the truck type can be judged based on the type analysis result and the radar ranging result, so that the accident probability of the truck executing road cargo transportation can be reduced.

Systems and methods are disclosed for management of a fleet of machines operating in a construction and / or civil engineering project. Telematics data is received from first and second machines at regular intervals. Positional and temporal proximity is determined between the first and second machines based at least in part on an analysis of the telematics data, indicating for example that the first machine is within a predetermined maximum distance of the second machine for at least a predetermined minimum duration. If there is positional and temporal proximity, work cycle data is received from the machines and is correlated. If there is a correlation in the work cycle data, an association is generated between the first and second machines and the association is applied to enable inheritance of material type between the first and second machines to support automated mass haul monitoring, and generate and implement a construction plan.