CN104809607B - A kind of logistics O&M Optimal Management System - Google Patents
A kind of logistics O&M Optimal Management System Download PDFInfo
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- CN104809607B CN104809607B CN201510232559.1A CN201510232559A CN104809607B CN 104809607 B CN104809607 B CN 104809607B CN 201510232559 A CN201510232559 A CN 201510232559A CN 104809607 B CN104809607 B CN 104809607B
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Abstract
Logistics O&M Optimal Management System of the invention includes cloud service platform, intelligent vehicle-carried management system and intelligent storage center based on Internet of Things, between three with Internet of Things be rely on, the full-range safety guarantee of logistics transportation and efficiently scheduling are realized, the modern logistics service system of automation, visualization, controllableization, intelligence, systematization is constructed.
Description
Technical field
The present invention relates to logistics management field more particularly to a kind of logistics O&M Optimal Management Systems.
Background technique
Challenge and computer communication, the fast development of network technology in face of global economic integration, the model of logistics activity
Enclose, logistics speed also enters a unprecedented developing stage, spy is turned to advanced IT application, intelligence based on technology of Internet of things
The wisdom logistics of sign is come into being.National " 12th Five-Year Plan " planning proposes the requirement for improving the level of IT application comprehensively, to greatly develop
Modern logistics industry, the modern logistics service system of specialization, informationization " Accelerating The Construction socialization, " " promote modern logistics pipe
Reason improves physical-distribution intelligent and standardization ", materials stream informationization has become an important content of national information strategy.
The core of modern logistics is information-based, it is intended to effectively whole by sensing technology, the communication technology and computer technology etc.
Logistic resources are closed, realization reduces cost and two purposes of improving service level.Therefore, the design object of wisdom logistics system, just
It is based on the basic theories such as computer network communication, sound, light, electricity, mobile computing, GPS, GIS, artificial intelligence and identification and application
Technology carries out the various information of logistics operation in the environment being highly coupled by technologies such as RFID/ bar code/radio frequency identifications at one
Intelligentized analysis and processing are acquired and carried out in real time, automation, visualization, controllableization, intelligence, systematization, system are constructed
The modern logistics service system of change, realize logistics and production link, realize commodity-circulate, logistics, information flow, cash flow comprehensive association
Together, decision support is provided for logistics management person, provides hommization and the logistics service of appreciation for client.
The drawbacks of current logistics distribution system both domestic and external can not overcome the problems, such as there are still traditional logistics dispatching and, still not
Have or do not have substantially a features such as informationization, modernization, socialization, at the same many links of logistics distribution all cause it is huge
Cost, manpower and the time waste, and scheduling, in terms of existing defects.
Summary of the invention
The purpose of the present invention is what is be achieved through the following technical solutions.
Embodiment according to the present invention proposes a kind of logistics O&M Optimal Management System, the system comprises: it is based on object
The cloud service platform of networking, intelligent vehicle-carried management system and intelligent storage center, wherein
The intelligent storage center includes: the 3rd WLAN wireless communication unit, logistics delivery task key confirmation unit, storehouse
Store up Central Security monitoring unit and handling delivery platform；
The 3rd WLAN wireless communication unit for realizing with cloud service platform based on Internet of Things and intelligent vehicle-carried
The wireless communication of management system；
The logistics delivery task key confirmation unit is used to receive times that logistics delivery task key dispensing location issues
Business private key, when the task public key of logistics task matching unit and the task private key of logistics delivery task key confirmation unit are paired into
When function, intelligent storage center confirms this logistics delivery task, and starts sorting and entrucking to the cargo to be conveyed；
The storage center security monitoring unit for realizing storage center security monitoring；
The handling delivery platform is used to execute cargo after logistics delivery task key confirmation unit confirms logistics task
Management of cargo handling.
Embodiment according to the present invention, the intelligent vehicle-carried management system include: the 2nd WLAN wireless communication unit, drive
The person's of sailing identity authenticating unit, logistics task matching unit, lorry container match cognization unit, vehicle-mounted cargo monitoring unit, vehicle
Positioning navigation unit and vehicle safety management unit；Wherein,
The 2nd WLAN wireless communication unit for realizing with cloud service platform and intelligent storage based on Internet of Things
The wireless communication at center；
The driver identity verification unit is used to acquire the individual information of driver, and is uploaded to the conjunction of cloud service platform
Method authentication unit carries out authentication；
The logistics task matching unit be used for according to the cloud service platform based on Internet of Things be issued to respectively driver with
And the task key at intelligent storage center carries out task confirmation and cargo distribution；
The identification of lorry and container that the lorry container match cognization unit is driven for realizing driver with
Pairing；
The vehicle-mounted cargo monitoring unit for realizing logistics transportation cargo complete monitoring；
The vehicle positioning and navigation unit for haulage vehicle positioning and navigation and
The vehicle safety management unit is used for the vehicle operation data according to acquisition, judges vehicle driving safety
And management.
The lorry container match cognization unit of embodiment according to the present invention, the intelligent vehicle-carried management system is specific
It include: power supply unit, clock unit, indicating unit, NFC recognition unit, central control unit；Wherein,
The power supply unit can connect external dc power for managing power supply, power input port, realize to inside
The charging of battery, output port of power source are separately connected clock unit, indicating unit, radio frequency identification unit, central control unit
Corresponding power input, for powering for each unit；
The clock unit is for providing basic clock signal for central control unit；
The indicating unit characterizes system mode by different flashings, and shows relevant information by display screen；
The NFC recognition unit includes NFC reader and antenna, for reading container electronic labeling information；
The corresponding port of the central control unit is separately connected power supply unit, clock unit, indicating unit, NFC identification
Unit, for realizing label data check and correction, data transmission, data storage and task management functions.
The vehicle-mounted cargo monitoring unit of embodiment according to the present invention, the intelligent vehicle-carried management system includes: cargo
RFID tag read-write cell, safety monitoring unit, wherein
The cargo RFID tag read-write cell be used to read entrucking and the electronic labeling information of the cargo that leaves compartment with
And the telecommunication management of itself, the cargo RFID tag read-write cell can be portable handheld terminal；
The safety monitoring unit for realizing cargo in compartment anti-thefting monitoring；
The cargo RFID tag read-write cell include multiple induction antennas, control unit, read-write cell, display unit,
Bluetooth unit；
The multiple induction antenna is used to incude the electronic tag of cargo；
Operation of the described control unit for cargo RFID tag read-write cell controls；
The read-write cell is used to read the electronic labeling information of the cargo of multiple induction antenna inductions；
The display unit is used to show the operation information of cargo RFID tag read-write cell；
The bluetooth unit is for the communication between cargo RFID tag read-write cell and vehicle-mounted hand.
Embodiment according to the present invention, the vehicle safety management unit specifically include: verification result response unit, vehicle
Running intelligent support Unit and driving safety prejudge unit；Wherein
The verification result response unit, for receiving the digitlization fingerprint letter of driver identity verification unit transmission respectively
Breath and facial digital image information verification result, when above-mentioned verifying matching result is legal, driver is authorized to operation
The various functions of vehicle；
The driving safety anticipation unit is used to acquire the acceleration value in vehicle travel process in real time, and to the row of vehicle
The state of sailing judged, and judging result is sent to vehicle running intelligent support Unit and cloud service based on Internet of Things is put down
Platform；
The vehicle running intelligent support Unit is used to receive the driving status judgement knot that driving safety anticipation unit is sent
Fruit, and Vehicular intelligent is executed according to the danger classes that the cloud service platform based on Internet of Things issues and ensures behavior.
Logistics O&M Optimal Management System of the invention includes cloud service platform based on Internet of Things, intelligent vehicle-carried management system
System and intelligent storage center with Internet of Things are to rely between three, realize the full-range safety guarantee of logistics transportation and height
Effect scheduling, constructs the modern logistics service system of automation, visualization, controllableization, intelligence, systematization.
Detailed description of the invention
By reading the following detailed description of the preferred embodiment, various other advantages and benefits are common for this field
Technical staff will become clear.The drawings are only for the purpose of illustrating a preferred embodiment, and is not considered as to the present invention
Limitation.And throughout the drawings, the same reference numbers will be used to refer to the same parts.In the accompanying drawings:
Attached drawing 1 shows the logistics O&M Optimal Management System structural schematic diagram of embodiment according to the present invention；
Attached drawing 2 shows the cloud service platform structural schematic diagram based on Internet of Things of embodiment according to the present invention；
Attached drawing 3 shows the intelligent vehicle-carried schematic diagram of management system structure of embodiment according to the present invention；
Attached drawing 4 shows the intelligent storage division center schematic diagram of embodiment according to the present invention；
Attached drawing 5 shows the driver identity verification cellular construction schematic diagram of embodiment according to the present invention；
Attached drawing 6 shows the vehicle positioning and navigation cellular construction schematic diagram of embodiment according to the present invention；
Attached drawing 7 shows the vehicle safety management cellular construction schematic diagram of embodiment according to the present invention；
Attached drawing 8 shows the Vehicular real time monitoring scheduling unit structural schematic diagram of embodiment according to the present invention.
Specific embodiment
The illustrative embodiments of the disclosure are more fully described below with reference to accompanying drawings.Although showing this public affairs in attached drawing
The illustrative embodiments opened, it being understood, however, that may be realized in various forms the disclosure without the reality that should be illustrated here
The mode of applying is limited.It is to be able to thoroughly understand the disclosure on the contrary, providing these embodiments, and can be by this public affairs
The range opened is fully disclosed to those skilled in the art.
Embodiment according to the present invention proposes a kind of logistics O&M Optimal Management System, as shown in Fig. 1, the system
System includes: cloud service platform, intelligent vehicle-carried management system and intelligent storage center based on Internet of Things, wherein
As shown in Fig. 2, the cloud service platform based on Internet of Things include: the first WLAN wireless communication unit, it is legal
Property authentication unit, logistics delivery task key dispensing location, cargo security monitoring unit, location data map unit, Yi Jiche
Real time monitoring scheduling unit, wherein
The first WLAN wireless communication unit for realizing with intelligent vehicle-carried management system and intelligent storage center
Long range wireless communication；
The legitimate verification unit is used for the verifying of driver identity legitimacy；
The logistics delivery task key dispensing location is used to generate task key according to the logistics delivery task of progress, and
The logistics delivery task of the logistics task matching unit and intelligent storage center that are issued to intelligent vehicle-carried management system respectively is close
Key confirmation unit；
The cargo security monitoring unit is used to execute the security monitoring of cargo during logistics transportation；
What the vehicle positioning and navigation unit that the location data map unit is used to receive intelligent vehicle-carried management system uploaded
Location data, and map to Vehicular real time monitoring scheduling unit；
The Vehicular real time monitoring scheduling unit is used for can according to the driving status calculating of vehicle in use in current Internet of Things
Macroscopic view scheduling is executed for the transport power used, and according to logistics delivery task and vehicle location information.
As shown in Fig. 3, the intelligent vehicle-carried management system includes: the 2nd WLAN wireless communication unit, driver identity
Authentication unit, logistics task matching unit, lorry container match cognization unit, vehicle-mounted cargo monitoring unit, vehicle location are led
Navigate unit and vehicle safety management unit；Wherein,
The 2nd WLAN wireless communication unit for realizing with cloud service platform and intelligent storage based on Internet of Things
The wireless communication at center；
The driver identity verification unit is used to acquire the individual information of driver, and is uploaded to the conjunction of cloud service platform
Method authentication unit carries out authentication；
The logistics task matching unit be used for according to the cloud service platform based on Internet of Things be issued to respectively driver with
And the task key at intelligent storage center carries out task confirmation and cargo distribution；
The identification of lorry and container that the lorry container match cognization unit is driven for realizing driver with
Pairing；
The vehicle-mounted cargo monitoring unit for realizing logistics transportation cargo complete monitoring；
The vehicle positioning and navigation unit for haulage vehicle positioning and navigation and
The vehicle safety management unit is used for the vehicle operation data according to acquisition, judges vehicle driving safety
And management.
As shown in Fig. 4, the intelligent storage center includes: that the 3rd WLAN wireless communication unit, logistics delivery task are close
Key confirmation unit, storage center security monitoring unit and handling delivery platform.
The 3rd WLAN wireless communication unit for realizing with cloud service platform based on Internet of Things and intelligent vehicle-carried
The wireless communication of management system；
The logistics delivery task key confirmation unit is used to receive times that logistics delivery task key dispensing location issues
Business private key, when the task public key of logistics task matching unit and the task private key of logistics delivery task key confirmation unit are paired into
When function, intelligent storage center confirms this logistics delivery task, and starts sorting and entrucking to the cargo to be conveyed；
The storage center security monitoring unit for realizing storage center security monitoring；
The handling delivery platform is used to execute cargo after logistics delivery task key confirmation unit confirms logistics task
Management of cargo handling.
According to embodiment of the present invention, as shown in Fig. 5, the driver identity of the intelligent vehicle-carried management system
Authentication unit specifically includes:
Fingerprint acquiring unit, to obtain the fingerprint of vehicle driver；
Image acquisition unit, to obtain the face-image of vehicle driver；
Analysis and processing unit, to handle the fingerprint and the face-image to generate a digitlization finger print information and one
Facial digital image information；
First storage unit, to store the digitlization finger print information and the facial digital image information；
First transmission unit, to transmit the digitlization finger print information and the facial digital image information to second
WLAN wireless communication unit, by the 2nd WLAN wireless communication unit by the digitlization finger print information and the facial digital map
As information is uploaded to the legitimate verification unit of the cloud service platform based on Internet of Things and first transmission unit is also used to
The verifying that the legitimate verification unit returns is received by the 2nd WLAN wireless communication unit to indicate as a result, and indicating verifying
As a result it is sent to vehicle safety management unit；
Prompt unit, when the analysis and processing unit does not receive the finger print information or the complete face-image letter
When breath, the analysis and processing unit exports a standby signal to the prompt unit, so that the prompt unit issues prompt letter
Breath；And
First alarm unit, when the verifying instruction result returned from the authentication unit is illegal driver, by the
One alarm unit gives a warning.
According to embodiment of the present invention, the logistics task matching unit of the intelligent vehicle-carried management system is used for root
The task key progress task for being issued to driver and intelligent storage center respectively according to the cloud service platform based on Internet of Things is true
Recognize and specifically included with cargo distribution:
Shown logistics delivery task key dispensing location by the logistics delivery task that will be executed respectively with task public key and
The traveling of task private key is issued to the logistics delivery task key confirmation list at logistics task matching unit and intelligent storage center
Member, when the task private key successful matching of the task public key and logistics delivery task key confirmation unit of logistics task matching unit
When, intelligent storage center confirms this logistics delivery task, and starts sorting and entrucking to the cargo to be conveyed.
According to embodiment of the present invention, the lorry container match cognization unit of the intelligent vehicle-carried management system
It specifically includes: power supply unit, clock unit, indicating unit, NFC recognition unit, central control unit；Wherein,
The power supply unit can connect external dc power for managing power supply, power input port, realize to inside
The charging of battery, output port of power source are separately connected clock unit, indicating unit, radio frequency identification unit, central control unit
Corresponding power input, for powering for each unit；
The clock unit is for providing basic clock signal for central control unit；
The indicating unit characterizes system mode by different flashings, and shows relevant information by display screen；
The NFC recognition unit includes NFC reader and antenna, for reading container electronic labeling information；
The corresponding port of the central control unit is separately connected power supply unit, clock unit, indicating unit, NFC identification
Unit, for realizing label data check and correction, reader coordination, data transmission, data storage and task management functions.
According to embodiment of the present invention, the vehicle-mounted cargo monitoring unit of the intelligent vehicle-carried management system includes:
Cargo RFID tag read-write cell, safety monitoring unit, wherein
The cargo RFID tag read-write cell be used to read entrucking and the electronic labeling information of the cargo that leaves compartment with
And the telecommunication management of itself, the cargo RFID tag read-write cell can be portable handheld terminal；
The safety monitoring unit for realizing cargo in compartment anti-thefting monitoring；
The cargo RFID tag read-write cell include multiple induction antennas, control unit, read-write cell, display unit,
Bluetooth unit；
The multiple induction antenna is used to incude the electronic tag of cargo；
Operation of the described control unit for cargo RFID tag read-write cell controls；
The read-write cell is used to read the electronic labeling information of the cargo of multiple induction antenna inductions；
The display unit is used to show the operation information of cargo RFID tag read-write cell；
The bluetooth unit is for the communication between cargo RFID tag read-write cell and vehicle-mounted hand；
Its connection relationship are as follows: control unit connects with multiple induction antennas, read-write cell, display unit and bluetooth unit respectively
It connects；
The cargo RFID tag read-write cell further includes operating system and the RFID reader application with more induction antennas
Program；RFID reader application program with more induction antennas includes antenna management unit, electronic label read-write administrative unit, shows
Show administrative unit and the RFID reader communications management unit with more induction antennas；
Operating system, the resource management using Android intelligent operating system, for the RFID reader with more induction antennas
And task management；
Antenna management unit, for controlling the time for accessing each induction antenna；
Electronic label read-write administrative unit, for managing the read-write cell of hardware components；
The display unit of display management Single Component Management hardware components；
RFID reader communications management unit with more induction antennas, for manage the bluetooth units of hardware components with it is vehicle-mounted
Communication between handheld terminal.
The safety monitoring unit include: infrared sensor unit, infrared photography head unit, alarm linkage unit and
Second storage unit；
The infrared sensor unit acquires carriage back door temperature information, and the infrared sensor passes through detection carriage back door
Temperature information judge whether there is unauthorized person when close to human body temperature and swarm into, infrared photography head unit acquires cargo and vehicle
The initial image information at compartment back door, and these information are stored to the second storage unit, while single by the 2nd WLAN wireless communication
The cargo security monitoring unit that member is uploaded to the cloud service platform based on Internet of Things is judged, when confirmation is broken in,
Start alarm linkage unit and carries out alert process；
Embodiment according to the present invention, as shown in Fig. 6, the vehicle positioning and navigation list of the intelligent vehicle-carried management system
Member includes:
Positioning Control Unit；
GPS positioning unit, for realizing the reception of GPS signal and the output of the interruption position GPS location data；
Electromagnetic resistivity effect inductor, the dimensionally magnetic vector parameter for being presently in position for obtaining vehicle；
Non-aqueous Pingdu inductor, for obtaining the current three-dimensional acceleration vector parameter of vehicle；
Vehicle-mounted field-bus interface；
Positioning Control Unit and exterior I/O Interface.
The Positioning Control Unit includes:
GPS positioning data receiver and demodulating unit obtain GPS for accessing GPS positioning unit by data communication interface
Interruption position location data, and demodulate from the interruption position the GPS location data received current vehicle position information, current
Positioning states, current first car speed parameter and current time, the current vehicle position information include longitude, latitude and row
Into direction；
Driving status analytical unit, for acquiring the output data and the induction of non-aqueous Pingdu of electromagnetic resistivity effect inductor
The output data of device；It is carried out to electromagnetic resistivity effect inductor output data and non-aqueous Pingdu inductor output data are collected
Driving status analysis, analysis obtain the current movement driving status of vehicle, obtain the angle of vehicle heading and direct north
With movement driving status angle, the movement driving status angle includes underriding vertical angle, body sway angle and direction of travel deviation angle；
Direction of travel deviation angle corrects unit, for being corrected processing to direction of travel deviation angle, to enhance positioning
Precision；
Vehicle-mounted Fieldbus data communication unit, for by vehicle-mounted field-bus interface to vehicle-mounted fieldbus data into
Row acquisition and demodulation, the current third car speed parameter demodulated from the vehicle-mounted fieldbus networks message of vehicle, to whole
The vehicle-mounted fieldbus message of the vehicle-mounted fieldbus networks of vehicle receive and unloading, and will movement driving status angle by vehicle-mounted
Field-bus interface is sent to the vehicle-mounted fieldbus of vehicle, is then transmit to the location data of the cloud service platform based on Internet of Things
Map unit；
Speed real-time matching unit, the current first vehicle speed for providing GPS positioning data receiver and demodulating unit
Degree passes through the external reference that exterior I/O Interface is obtained from the location data map unit of the cloud service platform based on Internet of Things
Current second car speed parameter and vehicle-mounted Fieldbus data communication unit are solved from the vehicle-mounted fieldbus networks message of vehicle
Obtained current third car speed parameter is adjusted, the minimum speed of error that vehicle's current condition is calculated in speed real-time matching is carried out
Angle value；
Speed demodulating unit is obtained for carrying out speed demodulation to error minimum speed value according to vehicle heading angle
Movement velocity vector of the error minimum speed value of vehicle's current condition on longitude and latitude direction；
Positioned update arithmetic element is made with the current vehicle position information that GPS positioning data receiver and demodulating unit provide
For the reference of vehicle initial position, movement velocity vector of the error minimum speed value on longitude and latitude direction is positioned more
New operation obtains motion vector of the vehicle on longitude and latitude direction；
Comprehensive real time position determination unit carries out at position correction vehicle in the motion vector on longitude and latitude direction
Reason, obtains final vehicle location location information, then final vehicle location location information is recombinated and passes through exterior I/O Interface
It is sent to the location data map unit of the cloud service platform based on Internet of Things.
According to embodiment of the present invention, as shown in Fig. 7, the vehicle safety management unit specifically includes: testing
It demonstrate,proves result response unit, vehicle running intelligent support Unit and driving safety and prejudges unit；Wherein
The verification result response unit, for receiving the digitlization fingerprint letter of driver identity verification unit transmission respectively
Breath and facial digital image information verification result, when above-mentioned verifying matching result is legal, driver is authorized to operation
The various functions of vehicle；
The driving safety anticipation unit is used to acquire the acceleration value in vehicle travel process in real time, and to the row of vehicle
The state of sailing judged, and judging result is sent to vehicle running intelligent support Unit and cloud service based on Internet of Things is put down
Platform；
The vehicle running intelligent support Unit is used to receive the driving status judgement knot that driving safety anticipation unit is sent
Fruit, and Vehicular intelligent is executed according to the danger classes that the cloud service platform based on Internet of Things issues and ensures behavior；The vehicle is protected
Barrier traveling includes speed limit, brake, the operation such as evacuation.
According to embodiment of the present invention, the storage center security monitoring unit at the intelligent storage center is responsible for storehouse
Central Security monitoring is stored up, is made of fire monitoring unit, anti-theft monitoring unit, lightning monitoring unit, alarm and fire extinguishing unit；
Fire monitoring unit, anti-theft monitoring unit, lightning monitoring unit generate fire information, information theft and lightning information respectively, and
It is respectively supplied to cloud service platform；Storage center security monitoring unit is also responsible for receiving anomalous event processing information, and implements different
Normal event handling: it puts out a fire when monitoring fire alarm and start extinguishing device；When monitoring theft, alarm report
It is alert；When detecting thunder and lightning, start thunder and lightning weather contingency plan.Fire monitoring unit, anti-theft monitoring unit, lightning monitoring list
Member, alarm and extinguishing device the prior art can be used to realize.
According to embodiment of the present invention, the handling delivery platform at the intelligent storage center specifically includes defeated
Enter, main control unit and load cell；
The main control unit includes main control unit input protection circuit, main control unit level-one reduction voltage circuit, main control unit two
Grade reduction voltage circuit, main control unit microcontroller circuit, main control unit communicating circuit, button inputting circuits, LCD output circuit；Institute
Stating load cell includes load cell input protection circuit, load cell reduction voltage circuit, load cell microcontroller circuit, load
Unit communications circuit；It is connected with external power source the input and is sequentially connected the main control unit input protection circuit, the master
Control unit level-one reduction voltage circuit, the main control unit second level reduction voltage circuit, the main control unit microcontroller circuit；The master control
Unit level-one reduction voltage circuit is sequentially connected the load cell input protection circuit, the load cell reduction voltage circuit, the load
Lotus unit microcontroller circuit；The main control unit microcontroller circuit respectively with the main control unit communicating circuit and the load
Lotus unit communications circuit is bi-directionally connected, the load cell communicating circuit and the two-way company of load cell microcontroller circuit
It connects；The button inputting circuits and the LCD output circuit are separately connected the main control unit microcontroller circuit.
According to embodiment of the present invention, as shown in Fig. 8, the vehicle of the cloud service platform based on Internet of Things
Real time monitoring scheduling unit specifically includes: vehicle running state acquisition of information list in the interior vehicle location information acquiring unit of net, net
Member, third storage unit, geographical information library, vehicle database, data pre-processing unit, interaction display unit, transport power load gauge
Calculate unit, decision-making management unit and vehicles dispatching system unit；Wherein,
Vehicle location information acquiring unit is used to obtain all vehicles in cloud network from positioning and navigation processing unit in the net
Location information；
Vehicle running state information acquisition unit is used to obtain the current of vehicle from vehicle safety management unit in the net
Running condition information；
The third storage unit is for storing above-mentioned location information and running condition information；
Geographical information library, for integrating and analyzing all geography information and data, Weather information, Real-time Traffic Information and road
Road situation is generated about event description, weather conditions, influence degree, direction and range, duration, path planning suggestion etc.
Data；
The data pre-processing unit pre-processes above-mentioned location information and running condition information, with cartographic information number
It is mapped according to being associated；
The interactive display unit is for showing the data after above-mentioned mapping；
Vehicle database, for storing the information of rolling stock, including vehicle model, quantity, loading amount and unit mileage
Fuel consumption；
The transport power load calculating unit is used to be calculated according to the driving status of vehicle in use in current Internet of Things for making
Transport power；
Decision-making management unit, for according to the vehicle location information and running condition information, transport power, geographical information library with
And vehicle database, it determines scheduler object and scheduling strategy, generates scheduling information, and
Vehicles dispatching system unit executes remote scheduling according to the scheduling information that decision-making management unit generates, by the scheduling
Instruction is issued in the form of task key.
The foregoing is only a preferred embodiment of the present invention, but scope of protection of the present invention is not limited thereto,
In the technical scope disclosed by the present invention, any changes or substitutions that can be easily thought of by anyone skilled in the art,
It should be covered by the protection scope of the present invention.Therefore, protection scope of the present invention answers the protection model with claim
Subject to enclosing.
Claims (4)
1. a kind of logistics O&M Optimal Management System, the system comprises: cloud service platform, intelligent vehicle-carried pipe based on Internet of Things
Reason system and intelligent storage center, wherein
The intelligent storage center includes: the 3rd WLAN wireless communication unit, logistics delivery task key confirmation unit, in storage
Feel at ease full monitoring unit and handling delivery platform；
The 3rd WLAN wireless communication unit for realizing with based on Internet of Things cloud service platform and intelligent vehicle-carried management
The wireless communication of system；
The logistics delivery task key confirmation unit is used to receive the logistics delivery task of the cloud service platform based on Internet of Things
The task private key that key dispensing location issues, when the task public key and object of the logistics task matching unit of intelligent vehicle-carried management system
When flowing the task private key successful matching of conveying task key confirmation unit, intelligent storage center confirms this logistics delivery task,
And sorting and entrucking are started to the cargo to be conveyed；
The storage center security monitoring unit for realizing storage center security monitoring；
The handling delivery platform is used to after logistics delivery task key confirmation unit confirms logistics task execute the dress of cargo
Unload management；
The intelligent vehicle-carried management system includes: the 2nd WLAN wireless communication unit, driver identity verification unit, logistics task
Matching unit, lorry container match cognization unit, vehicle-mounted cargo monitoring unit, vehicle positioning and navigation unit and vehicle peace
Full administrative unit；Wherein,
The 2nd WLAN wireless communication unit for realizing with based on Internet of Things cloud service platform and intelligent storage center
Wireless communication；
The driver identity verification unit is used to acquire the individual information of driver, and is uploaded to the legitimacy of cloud service platform
Authentication unit carries out authentication；
The logistics task matching unit is used to be issued to driver and intelligence respectively according to the cloud service platform based on Internet of Things
The task key of energy storage center carries out task confirmation and cargo distribution；
The identification and pairing of lorry and container that the lorry container match cognization unit is driven for realizing driver；
The vehicle-mounted cargo monitoring unit for realizing logistics transportation cargo complete monitoring；
The vehicle positioning and navigation unit for haulage vehicle positioning and navigation and
The vehicle safety management unit is used for the vehicle operation data according to acquisition, is judged vehicle driving safety and is managed
Reason.
2. a kind of the system as claimed in claim 1, the lorry container match cognization unit of the intelligent vehicle-carried management system
It specifically includes: power supply unit, clock unit, indicating unit, NFC recognition unit, central control unit；Wherein,
The power supply unit can connect external dc power for managing power supply, power input port, realize to internal cell
Charging, it is corresponding that output port of power source is separately connected clock unit, indicating unit, NFC recognition unit, central control unit
Power input, for powering for each unit；
The clock unit is for providing basic clock signal for central control unit；
The indicating unit characterizes system mode by different flashings, and shows relevant information by display screen；
The NFC recognition unit includes NFC reader and antenna, for reading container electronic labeling information；
The corresponding port of the central control unit is separately connected power supply unit, clock unit, indicating unit, NFC recognition unit,
For realizing label data check and correction, data transmission, data storage and task management functions.
3. the vehicle-mounted cargo monitoring unit of a kind of system as claimed in claim 2, the intelligent vehicle-carried management system includes: goods
Object RFID tag read-write cell, safety monitoring unit, wherein
The cargo RFID tag read-write cell be used to read entrucking and the electronic labeling information of the cargo that leaves compartment and oneself
The telecommunication management of body, the cargo RFID tag read-write cell is portable handheld terminal；
The safety monitoring unit for realizing cargo in compartment anti-thefting monitoring；
The cargo RFID tag read-write cell includes control unit, read-write cell, display unit, bluetooth unit, multiple inductions
Antenna；
The multiple induction antenna is used to incude the electronic tag of cargo；
Operation of the described control unit for cargo RFID tag read-write cell controls；
The read-write cell is used to read the electronic labeling information of the cargo of multiple induction antenna inductions；
The display unit is used to show the operation information of cargo RFID tag read-write cell；
The bluetooth unit is for the communication between cargo RFID tag read-write cell and vehicle-mounted hand.
4. a kind of system as claimed in claim 3, the vehicle safety management unit is specifically included: verification result response is single
Member, vehicle running intelligent support Unit and driving safety prejudge unit；Wherein
The verification result response unit, for receive respectively driver identity verification unit transmission digitlization finger print information and
Facial digital image information verification result, when above-mentioned verification result is legal, driver is authorized to each of operation vehicle
Kind function；
The driving safety anticipation unit is used to acquire the acceleration value in vehicle travel process in real time, and to the traveling shape of vehicle
State judged, and judging result is sent to vehicle running intelligent support Unit and based on the cloud service platform of Internet of Things；Institute
The driving status judging result that vehicle running intelligent support Unit is sent for receiving driving safety anticipation unit is stated, and according to base
Vehicular intelligent, which is executed, in the danger classes that the cloud service platform of Internet of Things issues ensures behavior.
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| CN107317846B (en) * | 2017-06-07 | 2018-07-24 | 上海储翔信息科技有限公司 | vehicle management system based on cloud platform |
| CN109344828A (en) * | 2018-09-30 | 2019-02-15 | 中铁武汉勘察设计研究院有限公司 | A kind of container representation acquisition system and container loading condition detection method |
| CN109165902B (en) * | 2018-10-09 | 2021-10-08 | 北方工业大学 | Dynamic area logistics dispatching method and system based on intelligent unmanned vehicle |
| CN110717716A (en) * | 2019-10-10 | 2020-01-21 | 安徽九州通智能科技有限公司 | Cloud logistics platform and construction method |
| CN111415115A (en) * | 2020-03-18 | 2020-07-14 | 贵阳块数据城市建设有限公司 | Logistics tracking system based on identification analysis technology |
| CN111976650A (en) * | 2020-07-29 | 2020-11-24 | 上海果通通信科技股份有限公司 | Non-contact automobile key implementation method and device |
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