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CN109146023A - Shipping mass monitoring method based on assets material object ID intelligent recognition - Google Patents

Shipping mass monitoring method based on assets material object ID intelligent recognition Download PDF

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Publication number
CN109146023A
CN109146023A CN201810828863.6A CN201810828863A CN109146023A CN 109146023 A CN109146023 A CN 109146023A CN 201810828863 A CN201810828863 A CN 201810828863A CN 109146023 A CN109146023 A CN 109146023A
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China
Prior art keywords
monitoring
transportation
information
data
asset
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Inventor
吕振辉
洪芳华
朱利军
赵涛
肖锋
李伟
刘真君
邵萍
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Shanghai Jiulong Enterprise Management Consulting Co Ltd
State Grid Shanghai Electric Power Co Ltd
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Shanghai Jiulong Enterprise Management Consulting Co Ltd
State Grid Shanghai Electric Power Co Ltd
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Priority to CN201810828863.6A priority Critical patent/CN109146023A/en
Publication of CN109146023A publication Critical patent/CN109146023A/en
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    • G—PHYSICS
    • G06—COMPUTING OR CALCULATING; COUNTING
    • G06K—GRAPHICAL DATA READING; PRESENTATION OF DATA; RECORD CARRIERS; HANDLING RECORD CARRIERS
    • G06K17/00—Methods or arrangements for effecting co-operative working between equipments covered by two or more of main groups G06K1/00 - G06K15/00, e.g. automatic card files incorporating conveying and reading operations
    • G06K17/0022—Methods or arrangements for effecting co-operative working between equipments covered by two or more of main groups G06K1/00 - G06K15/00, e.g. automatic card files incorporating conveying and reading operations arrangements or provisions for transferring data to distant stations, e.g. from a sensing device
    • G06K17/0029—Methods or arrangements for effecting co-operative working between equipments covered by two or more of main groups G06K1/00 - G06K15/00, e.g. automatic card files incorporating conveying and reading operations arrangements or provisions for transferring data to distant stations, e.g. from a sensing device the arrangement being specially adapted for wireless interrogation of grouped or bundled articles tagged with wireless record carriers

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  • Engineering & Computer Science (AREA)
  • Computer Networks & Wireless Communication (AREA)
  • General Engineering & Computer Science (AREA)
  • Physics & Mathematics (AREA)
  • General Physics & Mathematics (AREA)
  • Theoretical Computer Science (AREA)
  • Management, Administration, Business Operations System, And Electronic Commerce (AREA)

Abstract

一种基于资产实物ID智能识别的运输质量监控方法，属物流管理领域。其应用分层结构至少包括：信息感知层，信息传输层，外部防护层；所述信息感知层、信息传输层或外部防护层的相关检测或监测数据信息，被通过无线网络上传至调配中心/监控中心；通过在物资运输过程中或物资交付过程中对货物状态数据进行采集和存储，并将数据传至现场手持终端和调配中心/监控中心的中心服务器。其提升了资产设备运输实时位置的感知能力，提升了运输管理操作的规范性，深化了运输监控的准确性和及时性，最终实现物流全过程、全数据采集监控，为智慧物流提供有效应用数据。可广泛用于电力系统设备/物资的物流运输、资产管理领域。

The invention discloses a transportation quality monitoring method based on the intelligent identification of asset physical ID, belonging to the field of logistics management. Its application layered structure includes at least: information perception layer, information transmission layer, and external protection layer; the relevant detection or monitoring data information of the information perception layer, information transmission layer or external protection layer is uploaded to the deployment center/ Monitoring center; by collecting and storing cargo status data during material transportation or material delivery, and transmitting the data to the on-site handheld terminal and the central server of the deployment center/monitoring center. It improves the ability to perceive the real-time location of asset and equipment transportation, improves the standardization of transportation management operations, deepens the accuracy and timeliness of transportation monitoring, and finally realizes the whole process of logistics and data collection and monitoring, providing effective application data for smart logistics. . It can be widely used in the field of logistics transportation and asset management of power system equipment/materials.

Description

Shipping mass monitoring method based on assets material object ID intelligent recognition
Technical field
The invention belongs to logistics management field more particularly to a kind of method for managing and monitoring for logistics information.
Background technique
Power grid enterprises determine its level of profitability as asset intensive enterprise, asset management ability.
Assets whole-life cycle fee emphasizes that the safety, performance, the life-cycle synthesis of cost of assets are optimal, emphasizes that planning is set Meter, purchase of goods and materials, engineering construction, operation and maintenance, effective collaboration in retired disposition each stage.
It is perforation assets in life cycle managements such as planning and designing, purchase of goods and materials, engineering construction, operation and maintenance, retired disposition The information of different phase supports consistent account card object, information tracing, the automatic budget needed for the completion of projects of engineering and single devices cost accumulation etc. to need It asks, further promotes corporate assets management lean level, State Grid Corporation of China has organized assets material object identity coding Research introduces power grid asset material object ID theory, passes through assets material object ID associated item coding, WBS coding, COM code, equipment Coding, assets coding, waste and old material coding, are realized overall process " multi-code linked ".
In order in terms of warehousing management, logistics management overall application power grid asset material object ID manage It reads, it is necessary to a kind of shipping mass monitoring method based on assets material object ID intelligent recognition.
Summary of the invention
Technical problem to be solved by the invention is to provide a kind of, and the shipping mass based on assets material object ID intelligent recognition is supervised Prosecutor method.It combines assets material object ID theory with the quality monitoring during logistics transportation, by detected goods and materials The geographical location of assets material object ID monitors, the status monitoring being aided with during cargo transport, a kind of in kind based on assets to realize The shipping mass monitoring method of ID intelligent recognition, for realizing the transit link overall monitor based on key commodity equipment itself, It is the important means for improving supply guarantee ability and total quality control ability.
The technical scheme is that a kind of shipping mass monitoring method based on assets material object ID intelligent recognition is provided, Including the state-detection and monitoring to monitored cargo in transport handshaking, it is characterized in that at least being wrapped using layered structure It includes:
1) information Perception layer；Including realizing the binding to the assets material object ID of monitored cargo by RFID read-write, being supervised It controls the GPS/ Beidou positioning of cargo location and monitored cargo transport state parameter perceives and acquisition；
2) information transfer；The acquisition of realizing assets material object ID including reading by RFID, GIS path tracing and various The transmission of parameter information；
3) exterior protection layer: including waterproof, anticollision and cooling measure；
The coherent detection or monitoring data information of the information Perception layer, information transfer or exterior protection layer, are passed through Wireless network is uploaded to allotment center/monitoring center；
The shipping mass monitoring method, by during Material Transportation or in goods and materials delivery process to cargo state Data are acquired and store, and data are reached live handheld terminal and allotment center/monitoring center central server, come The transit link overall monitor based on key commodity equipment itself is realized, to improve supply guarantee ability and total quality control Ability.
Specifically, during the Material Transportation, using GIS application, state parameter monitoring, SMS platform and assets ID business-binding function in kind, to realize that GIS path tracing and positioning and cargo transport state parameter monitor.
Further, the GIS is applied positions including at least GIS path tracing and GPS/ Beidou；The state ginseng Number monitoring include at least fall, shake, the monitoring of epidemic disaster parameter；The SMS platform includes at least the message of shareholder Transmitting and mass-sending；The assets material object ID business-binding is realized by reading RFID function.
Specifically, realizing the establishment of Asset ID identity by reading RFID in the goods and materials delivery process；Pass through PDA, cell phone application come realize evidence obtaining of taking pictures, deliver information back function.
Further, the shipping mass monitoring method based on assets material object ID intelligent recognition, by goods and materials shape The overall monitor of state parameter and transportation route parameter, allotment center show goods and materials travel position, and based on the data of grasp into Row analysis is with application, it can be achieved that the real-time status monitoring of front end surveillance device, alarm data receive and the management of historical data.
Specifically, by the perception to the monitored Material Transportation state parameter information, to impact, shakes, topples over, angle Degree is according to being detected, and when equipment detects that shipping mass monitor control index is more than setting value, equipment can issue the sound and remind periphery Personnel, while sending information to rear monitoring center；Monitoring center can obtain in real time the status information of transportational process, once exceed The problem of monitor control index receives alarm signal immediately, discovery transportational process much sooner adjusts in time.
Further, the shipping mass monitoring method, by carrying out monitoring position and track following to monitored cargo, To realize the monitoring position of monitored cargo.
Further, the monitoring position includes latitude and longitude information and velocity information；Including the use of GPS/ Beidou The real-time positioning of technology realization goods and materials: GPS is opened in setting when use or Beidou is positioned；The track following includes whole day It waits and positioning service is provided；20s passback in location data interval is primary.Position data collecting time and sending time are settable, can set The most short gap periods set are 5 seconds.
Compared with the prior art, the invention has the advantages that
1) sensing capability of asset equipment transport real time position is improved: using technology of Internet of things, in conjunction with GIS information technology The asset equipment ID transported will be needed to be real-time transmitted to management platform.The record of goods and materials position, traffic condition is carried out, realizes logistics It is managed in way stage position, estimates the arrival time.
2) improve the normalization of transportation management operation: using the sensing capability of 4G mobile communication technology, we can be right Transit route is planned.In equipment conveying handshaking, by reading confirmation operation to assets material object id information, thus real The standardization now joined, traceableization, avoid on practical business the phenomenon that not carrying out handover operation according to specification process, significantly It improves transport, transport, the efficiency and normalization of process of receiving.
3) deepened the accuracy and timeliness of transport monitoring: being combined mobile communication technology, monitoring personnel can and When accurately rest in the current real time position of fortune equipment, and whether transported on according to specified transit route.Fortune Defeated monitoring device requires parameter monitoring information integration to transmit by reading, binding transport in real time to assets material object ID, realizes equipment Transport the acquisition of partial data information.
4) optimizing logistics system, the management requirement based on goods and materials identity code, monitoring device merges assets material object ID label, from Supplier's delivery begins through the note that the real-time non-contact scanning assets material object ID label of equipment carries out goods and materials position, traffic condition Record realizes that logistics is monitored in way stage position, and process monitor estimates the arrival time.It is final to realize that logistics overall process, total evidence are adopted Collection monitoring is provided with effect data for wisdom logistics.
Detailed description of the invention
Fig. 1 is application layered structure and its functional schematic of the invention；
Fig. 2 is function division schematic diagram of the present invention.
Specific embodiment
The present invention will be further described with reference to the accompanying drawing.
The specific implementation thinking of the technical program is as follows:
Want the technology based on RFID precisely to identify assets material object ID, and to its Material Transportation process monitoring, then Need to complete following action:
1) an intelligent data management service platform based on technology of Internet of things is constructed first, which can acquire transport It monitors goods and materials id information, update material object ID assets information position and other status informations.The platform can transport shape according to assets State and the whole precisely monitoring of transportational process.
2) need to be arranged the monitoring device that can return id information in kind in real time on haulage vehicle, which will be real When id information in kind is back in the ID database in kind on data management platform by 4G network.Intelligent data management is flat Platform is monitored the id information in kind and status information of upload to transportational process whole process, once monitoring id information lose i.e. to Monitoring personnel sends prompting message.
3) in order to grasp equipment conveying information, and the timely transit route situation for understanding haulage vehicle in time, also Need to provide a visual mobile application for monitoring personnel.Intelligence can be understood in time using the communication capacity of mobile application The reminder message that data management platform issues is to grasp the current intelligence of haulage vehicle.
4) in view of the self-characteristic that RFID technique is read, real-time and precise reads id information in kind, sets to its RFID antenna Standby install and design has higher requirements, and is readily transported operation Fast Installation, need to separately be designed using mobile collection equipment with antenna, day Line lighting, install convenientization design, provide feasibility guarantee for practical application.
Accordingly, the application layered structure of the technical program and its function are as shown in fig. 1, the function of the present invention of the technical program It is as shown in Figure 2 signal to be divided.
Specifically, technical solution of the present invention provides a kind of shipping mass monitoring based on assets material object ID intelligent recognition Method, including the state-detection and monitoring to monitored cargo in transport handshaking, inventive point is the transport matter The application layered structure of amount monitoring method includes at least:
1) information Perception layer；Including the binding by RFID read-write realization to monitored cargo ID, monitored cargo location GPS/ Beidou positioning and monitored cargo transport state parameter perception and acquisition；
2) information transfer；The acquisition of realizing assets material object ID including reading by RFID, GIS path tracing and various The transmission of parameter information；
3) exterior protection layer: including waterproof, anticollision and cooling measure；
The coherent detection or monitoring data information of the information Perception layer, information transfer or exterior protection layer, are passed through Wireless network is uploaded to allotment center/monitoring center；
The shipping mass monitoring method, by during Material Transportation or in goods and materials delivery process to cargo state Data are acquired and store, and data are reached live handheld terminal and allotment center/monitoring center central server, come The transit link overall monitor based on key commodity equipment itself is realized, to improve supply guarantee ability and total quality control Ability.
Specifically, during the Material Transportation, using GIS application, state parameter monitoring, SMS platform and assets ID business-binding function in kind, to realize that GIS path tracing and positioning and cargo transport state parameter monitor.
Further, the GIS is applied positions including at least GIS path tracing and GPS/ Beidou；The state ginseng Number monitoring include at least fall, shake, the monitoring of epidemic disaster parameter；The SMS platform includes at least the message of shareholder Transmitting and mass-sending；The assets material object ID business-binding is realized by reading RFID function.
Specifically, realizing the establishment of Asset ID identity by reading RFID in the goods and materials delivery process；Pass through PDA, cell phone application come realize evidence obtaining of taking pictures, deliver information back function.
Further, the shipping mass monitoring method based on assets material object ID intelligent recognition, by goods and materials shape The overall monitor of state parameter and transportation route parameter, allotment center show goods and materials travel position, and based on the data of grasp into Row analysis is with application, it can be achieved that the real-time status monitoring of front end surveillance device, alarm data receive and the management of historical data.
Specifically, by the perception to the monitored Material Transportation state parameter information, to impact, shakes, topples over, angle Degree is according to being detected, and when equipment detects that shipping mass monitor control index is more than setting value, equipment can issue the sound and remind periphery Personnel, while sending information to rear monitoring center；Monitoring center can obtain in real time the status information of transportational process, once exceed The problem of monitor control index receives alarm signal immediately, discovery transportational process much sooner adjusts in time.
Further, the shipping mass monitoring method, by carrying out monitoring position and track following to monitored cargo, To realize the monitoring position of monitored cargo.
Further, the monitoring position includes latitude and longitude information and velocity information；Including the use of GPS/ Beidou The real-time positioning of technology realization goods and materials: GPS is opened in setting when use or Beidou is positioned；The track following includes whole day It waits and positioning service is provided；20s passback in location data interval is primary.Position data collecting time and sending time are settable, can set The most short gap periods set are 5 seconds.
In the technical scheme, the comprehensive monitoring capacity of whole system includes supporting what is occurred in transportational process to rush comprehensively It the variation of states and the variation of environment temperature, humidity such as hits, fall, shaking, tilting, can be set according to quality requirement different Monitor control index；It can be used for the monitoring of GIS map transportation route.
When system detection to shipping mass monitor control index is more than setting value, monitoring device can issue the sound and remind people from periphery Member, while sending information to the monitoring center at rear；Monitoring center can obtain in real time the status information of transportational process, once exceed The problem of monitor control index receives alarm signal immediately, discovery transportational process much sooner adjusts in time.
The technical program passes in real time in progress position, status data real-time Transmission to monitoring center and abnormality alarming data During transporting to monitoring center, the remote transmission of communication data is carried out using 4G wireless network.
The technical program acquires Asset Tag ID number in terminal, realizes and joins with the auto-associating of goods and materials and scene setting During closing, the transmission of related data is carried out using RFID on-site transfer mode for number, the starting of control labeling.
The technical program realizes live alarm function using LED lamplight alarm or buzzer alert.
The technical program is passed in data transmission, the mode combined using short-range communication with telecommunication, data It is defeated more flexible；Location information, status information transfer function are provided.
The technical program carries out Long-range Data Transmission in remote data communication aspects, using using 4G module；
Device number, date, time, location information, sampled value are sent to rear with fixed interval under normal circumstances, Interval time is 30 seconds tentative, is worth settable；
Data packet is sent to rear immediately when being abnormal, send device number, date, time that information includes label, GPS position information (if location information adopts the data for taking nearest time point to deposit less than data extremely), Exception Type and exception Value.
The technical program is transmitted in terms of short distance data communication by RFID, can read device id by RFID Read relevant information.
The technical program can also reserve multiple data communication extension interfaces, and it is other logical that future can further expand bluetooth etc. Letter mode.
The technical program provides monitoring data local storage function in terms of data are stored with continuation of the journey of powering；Using real-time The mode combined with historical archive is monitored, is stored in the storage built in cargo sticker in real time to the Condition Monitoring Data of goods and materials In card；Monitoring center can obtain the status information of transportational process in real time.
The technical program in terms of storage content, for it is normal when data: tentative 5 seconds records of sample frequency are primary current Value (frequency can be set), including vibration amplitude, tilt angle, to fall amplitude, shock dynamics equivalent.
Data when for exception: it is stored when abnormal generation, including date of occurrence, time, GPS position information, exception class Type and exceptional value.
The technical program can store 5 days or more data volumes in terms of storage time and power supply continuation of the journey.Monitoring device uses Battery power supply.Cargo sticker is powered using built-in lithium battery, and the cruise duration that internal battery is currently configured is 5 days, can be according to need The stronger battery of cruising ability is configured, longest can be by 20 days；Cruise duration can be substantially improved in external mobile battery.
The technical program in goods and materials state parameter and transportation route monitoring information methods of exhibiting, including real time monitoring show with Alert early warning: its location information includes at least: positioning, speed calculating, alignment analysis on figure；Its status information includes at least vibration Information, tilt angle, drop information, impact dynamics；Its warning information includes at least alarm type, abnormal value information, normal value Comparative information.
Goods and materials travel position can be shown in monitoring center/allotment center, and the data based on grasp are analyzed and applied； Also it is able to achieve the real-time status monitoring of front end surveillance device, alarm data receives and the management of historical data.
Due to read-write/storage of RFID data, GIS path tracing and the positioning of GPS/ Beidou are fallen, shake, epidemic disaster ginseng Several monitoring, the message transmission and mass-sending of SMS platform realize evidence obtaining of taking pictures/delivery information back by PDA/ cell phone application, Waterproof, anticollision and cooling measure etc. are the prior art, therefore this will not be detailed here for its concrete methods of realizing and implementation means.
It, will be by the matter during the assets material object ID theory of transport cargo and logistics transportation due to technical solution of the present invention Amount monitoring combines, and is monitored, is aided with during cargo transport by the geographical location to detected goods and materials assets material object ID Status monitoring improves the sensing capability of asset equipment transport real time position, improves the normalization of transportation management operation, in-depth The accuracy and timeliness of transport monitoring begin through the real-time non-contact scanning assets material object ID of equipment from supplier's delivery Label carries out the record of goods and materials position, traffic condition, realizes that logistics is monitored in way stage position, process monitor, when estimating arrival Between.It is final to realize logistics overall process, totally according to acquisition monitoring, effect data are provided with for wisdom logistics.
It invention can be widely used in power system device/goods and materials logistics transportation, asset management field.

Claims (8)

1.一种基于资产实物ID智能识别的运输质量监控方法，包括对被监控货物在运输交接过程中的状态检测和监控，其特征是应用分层结构至少包括：1. A transportation quality monitoring method based on the intelligent identification of asset physical ID, including the state detection and monitoring of the monitored goods in the process of transportation and handover, it is characterized in that the application hierarchical structure at least includes: 1)信息感知层；包括通过RFID读写实现对被监控货物的资产实物ID的绑定、被监控货物位置的GPS/北斗定位以及被监控货物运输状态参数感知与采集；1) Information perception layer; including the binding of the asset physical ID of the monitored goods through RFID reading and writing, the GPS/Beidou positioning of the monitored goods location, and the perception and collection of the monitored goods transportation status parameters; 2)信息传输层；包括通过RFID读取来实现资产实物ID的获取、GIS路径追踪和各种参数信息的传输；2) Information transmission layer; including the acquisition of asset physical ID, GIS path tracking and transmission of various parameter information through RFID reading; 3)外部防护层：包括防水、防撞和散热措施；3) External protective layer: including waterproof, anti-collision and heat dissipation measures; 所述信息感知层、信息传输层或外部防护层的相关检测或监测数据信息，通过无线网络上传至调配中心/监控中心；The relevant detection or monitoring data information of the information perception layer, information transmission layer or external protection layer is uploaded to the deployment center/monitoring center through the wireless network; 所述的运输质量监控方法，通过在物资运输过程中或物资交付过程中对货物状态数据进行采集和存储，并将数据传至现场手持终端和调配中心/监控中心的中心服务器，来实现基于重点物资设备本身的运输环节全面监控，用以提高供应保障能力和全面质量管控能力。The transportation quality monitoring method described above realizes the key-based method by collecting and storing the cargo status data during the material transportation process or during the material delivery process, and transmitting the data to the on-site handheld terminal and the central server of the deployment center/monitoring center. The transportation links of the materials and equipment themselves are fully monitored to improve the supply guarantee capability and overall quality control capability. 2.按照权利要求1所述的基于资产实物ID智能识别的运输质量监控方法，其特征是在所述的物资运输过程中，采用GIS应用、状态参数监控、短信平台及资产实物ID业务绑定功能，来实现GIS路径追踪与定位和货物运输状态参数监控。2. according to the transportation quality monitoring method based on the intelligent identification of asset physical ID according to claim 1, it is characterized in that in the described material transportation process, adopt GIS application, state parameter monitoring, short message platform and asset physical ID business binding Function to realize GIS path tracking and positioning and monitoring of cargo transportation status parameters. 3.按照权利要求2所述的基于资产实物ID智能识别的运输质量监控方法，其特征是所述的GIS应用至少包括GIS路径追踪和GPS/北斗定位；所述的状态参数监控至少包括跌落、震动、温、湿度参数的监控；所述的短信平台至少包括干系人的消息传递与群发；所述的资产实物ID业务绑定通过读取RFID功能来实现。3. according to the transportation quality monitoring method based on asset physical ID intelligent identification according to claim 2, it is characterized in that described GIS application at least comprises GIS path tracing and GPS/Beidou positioning; Described state parameter monitoring comprises at least falling, The monitoring of vibration, temperature and humidity parameters; the short message platform at least includes the message transmission and mass sending of stakeholders; the asset physical ID business binding is realized by reading the RFID function. 4.按照权利要求1所述的基于资产实物ID智能识别的运输质量监控方法，其特征是在所述的物资交付过程中，通过读取RFID来实现资产ID身份的确立；通过PDA、手机APP来实现拍照取证、交付信息回传的功能。4. according to the transportation quality monitoring method based on the intelligent identification of asset physical ID according to claim 1, it is characterized in that in the described material delivery process, the establishment of asset ID identity is realized by reading RFID; by PDA, mobile phone APP To achieve the functions of taking photos and collecting evidence and delivering information back. 5.按照权利要求1所述的基于资产实物ID智能识别的运输质量监控方法，其特征是所述的基于资产实物ID智能识别的运输质量监控方法，通过对被监控物资状态参数和运输路径参数的全面监控，在调配中心展示物资运输状态，并基于掌握的数据进行分析与应用，可实现前端监控设备的实时状态监控、告警数据接收以及历史数据的管理。5. according to the transportation quality monitoring method based on the intelligent identification of asset physical ID according to claim 1, it is characterized in that the described transportation quality monitoring method based on the intelligent identification of asset physical ID, by the monitoring material state parameter and transport path parameter It can display the transportation status of materials in the deployment center, and analyze and apply it based on the mastered data, which can realize the real-time status monitoring of the front-end monitoring equipment, the reception of alarm data and the management of historical data. 6.按照权利要求1所述的基于资产实物ID智能识别的运输质量监控方法，其特征是通过对所述被监控物资运输状态参数信息的感知，对冲击、震动、倾倒、角度数据进行检测，当设备检测到运输质量监控指标超过设定值，设备会发出声响提醒周边人员，同时发送信息至后方监控中心；监控中心可实时获得运输过程的状态信息，一旦超出监控指标，立即收到告警信号，更加及时的发现运输过程中存在的问题，及时调整。6. The transportation quality monitoring method based on the intelligent identification of asset physical ID according to claim 1 is characterized in that impact, vibration, dumping, and angle data are detected by perceiving said monitored material transportation state parameter information, When the equipment detects that the transportation quality monitoring index exceeds the set value, the equipment will make a sound to remind surrounding personnel and send information to the rear monitoring center; the monitoring center can obtain the status information of the transportation process in real time. Once the monitoring index is exceeded, it will immediately receive an alarm signal , to discover the problems existing in the transportation process in a more timely manner and adjust them in time. 7.按照权利要求1所述的基于资产实物ID智能识别的运输质量监控方法，其特征是所述运输质量监控方法，通过对被监控货物进行位置监控和轨迹跟踪，来实现被监控货物的位置监控。7. according to the transportation quality monitoring method based on the intelligent identification of asset physical ID according to claim 1, it is characterized in that the described transportation quality monitoring method realizes the position of the monitored goods by carrying out position monitoring and track tracking to the monitored goods monitor. 8.按照权利要求7所述的基于资产实物ID智能识别的运输质量监控方法，其特征是所述的位置监控包括经度纬度信息和速度信息；包括利用GPS/北斗技术实现物资的实时定位：使用时设定开启GPS或北斗进行定位；所述的轨迹跟踪包括全天候提供定位服务；定位数据间隔20s回传一次。定位数据采集时间和发送时间可设置，可设置的最短间隔周期为5秒。。8. according to the transportation quality monitoring method based on the intelligent identification of asset physical ID according to claim 7, it is characterized in that described position monitoring comprises longitude and latitude information and speed information; comprise utilizing GPS/Beidou technology to realize the real-time positioning of material: use The GPS or Beidou is set to be turned on at the time of positioning; the trajectory tracking includes providing all-weather positioning services; the positioning data is returned every 20s. The positioning data collection time and transmission time can be set, and the shortest interval period that can be set is 5 seconds. .
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