CN105809380A - Smart tag-based grain ex-warehousing and warehousing operation supervision method and system - Google Patents
Smart tag-based grain ex-warehousing and warehousing operation supervision method and system Download PDFInfo
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- 238000000034 method Methods 0.000 title claims abstract description 60
- 238000004891 communication Methods 0.000 claims abstract description 83
- 238000012544 monitoring process Methods 0.000 claims abstract description 15
- 230000001960 triggered effect Effects 0.000 claims description 30
- 238000005303 weighing Methods 0.000 claims description 8
- 230000004807 localization Effects 0.000 claims description 6
- 239000004567 concrete Substances 0.000 description 5
- 244000105017 Vicia sativa Species 0.000 description 4
- 238000011112 process operation Methods 0.000 description 4
- 238000005516 engineering process Methods 0.000 description 3
- 238000004519 manufacturing process Methods 0.000 description 3
- 241001465754 Metazoa Species 0.000 description 2
- 230000009286 beneficial effect Effects 0.000 description 2
- 241001494479 Pecora Species 0.000 description 1
- 238000006243 chemical reaction Methods 0.000 description 1
- 239000006185 dispersion Substances 0.000 description 1
- 235000013399 edible fruits Nutrition 0.000 description 1
- 230000003203 everyday effect Effects 0.000 description 1
- 238000009313 farming Methods 0.000 description 1
- 244000144992 flock Species 0.000 description 1
- 239000002906 medical waste Substances 0.000 description 1
- 230000000474 nursing effect Effects 0.000 description 1
- 230000008520 organization Effects 0.000 description 1
- 239000011150 reinforced concrete Substances 0.000 description 1
- 238000003860 storage Methods 0.000 description 1
Abstract
The invention discloses a smart tag-based grain ex-warehousing and warehousing operation supervision method and a system. The method comprises the steps of generating a trigger signal by a communication trigger to trigger an RFID tag arranged in a vehicle within a predetermined range around the communication trigger so as to enable the RFID tag to upload identification data to an application server via a wireless base station; positioning the vehicle by the application server according to the identification data; judging whether the operation process of the vehicle meets the requirement or not based on the position of the vehicle; and sending a switching-on control signal to a belt conveyor power control box on the condition that the position of the vehicle meets the requirement. A belt conveyor connected with the belt conveyor power control box is automatically switched on by the belt conveyor power control box according to the switching-on control signal. According to the technical scheme of the invention, the long-distance communication between the tag and the base station is realized. Meanwhile, the method and the system are used for dynamically tracking and positioning grain-conveying vehicles and monitoring the operation processes of the vehicles.
Description
Technical field
The present invention relates to a kind of grain depot management system based on RFID, specifically a kind of grain based on intelligent label goes out input work monitoring and managing method system.
Background technology
The level of IT application of China's Grain Trade and grain system is always relatively low, especially grain in-out-storehouse management informatization development is unbalanced, and the grain system readjustment and reform of recent years, make original information monitoring infrastructure be not suitable with new situation, information gathering dispersion, multiple facility and deposit, interface and exchange independence, standard disunity, information island phenomenon serious.
Existing Grain circulation enterprise goes out to put in storage in the process of Job execution at grain, rely primarily on artificial scheduling job, manually command operation, manual oversight operation, manual record operation, therefore, perform grain at Grain circulation enterprise to go out in the process of input work, also exist that operation is unordered, easily make a mistake, artificially practise fraud, be lacking in supervision, the problems such as inefficiency.
RF identification (RadioFrequencyIdentification, RFID), also known as electronic tag (E-Tag), is a kind of utilize radiofrequency signal automatically identify destination object and obtain the technology of relevant information.RFID typical case's application includes: sell for storehouse management, production line automation, article of everyday use in logistics field；At traffic and transport field for container and parcel management, expressway tol lcollection and Car park payment；Management and house pet, the wild animal tracking of flock of sheep, Fish, fruit etc. it is used in farming, animal husbandry and fishery；Follow the tracks of for pharmaceutical production, patient nursing, medical waste in medical industry；The visualized management of parts and stock it is used in manufacturing industry；RFID can also be applied to the multiple applications such as books and document management, entrance guard management, location and object tracking, environment sensing and check be false proof.
The vehicle management of existing logistic industry is mainly based upon the management technique of RFID, vehicle is installed a RFID (electronic tag adopts 900M or 13.56M communication link) card, then pass through, in corresponding place, RFID read module is installed, by reading the information of RFID and then identifying information of vehicles, complete vehicle is identified management automatically according to these information.
But this technology has certain restriction, it is necessary to the rfid card installed on vehicle is within the scope of the coverage of read module, but its coverage is limited under normal circumstances, in fact it could happen that the shortcoming that cannot obtain.Vehicle can only be identified and the work flow of vehicle do not supervised by RFID simultaneously, it is understood that there may be vehicle does not carry out stealing the phenomenon of grain according to regular flow process operation.
Summary of the invention
The technical problem to be solved in the present invention is in that, the feature that signal is comparatively serious is blocked for reinforced concrete warehouse in grain reservoir area, there is provided one can make label and base station telecommunication, it is achieved the method and system that transportation vehicle dynamic tracking location is monitored with work flow.
The embodiment of the present invention provides a kind of grain based on intelligent label to go out input work monitoring and managing method, comprises the following steps:
Communications triggered device generates and triggers signal, described triggering signal, for triggering RF identification (RFID) label that the vehicle being positioned at preset range around described communications triggered device is installed, makes described RFID tag upload identification data through wireless base station to application server；
Described vehicle is positioned by described application server according to described identification data；Whether vehicle operation flow process described in the position judgment according to described vehicle process meets the requirements；And if the position of described vehicle meets the requirements, send to described belt feeder power controling box and open control signal to described belt feeder power controling box；
Described belt feeder power controling box automatically turns on the belt feeder being connected with described belt feeder power controling box according to described unlatching control signal.
In one embodiment, in above-mentioned method, described application server obtains the identification information of described vehicle, inquires about the operation flow data of correspondence according to the identification information of described vehicle, and judge whether the position of described vehicle meets the requirements according to operation flow data from database server.
In one embodiment, in above-mentioned method, if the position of described vehicle is undesirable, described application server also sends closing control signal to described belt feeder power controling box to described belt feeder power controling box；The belt feeder that described belt feeder power controling box is connected with described belt feeder power controling box always according to described closing control Automatic shutting-down of signal.
In one embodiment, in above-mentioned method, if the position of described vehicle is undesirable, described application server also sends alarm signal to described belt feeder power controling box；Described belt feeder power controling box opens the alarm being connected with described belt feeder power controling box always according to described alarm signal.
In one embodiment, in above-mentioned method, the communication between described RFID tag and wireless base station adopts 433M wireless communication link.
In one embodiment, in above-mentioned method, the data that described RFID tag is uploaded include car number, vehicle operation weighing information, owner name, Pilot Name and driver's telephone number.
In one embodiment, in above-mentioned method, described belt feeder power controling box includes communication controler and power-supply controller of electric；Communication controler communicate with base station by 433M wireless communication link, control power-supply controller of electric after the signal that reception application server is issued by base station.
The embodiment of the present invention provides a kind of grain based on intelligent label to go out input work supervisory systems, including: communications triggered device, application server and belt feeder power controling box；
Described communications triggered device is used for generating triggering signal, described triggering signal, for triggering RF identification (RFID) label that the vehicle being positioned at preset range around described communications triggered device is installed, makes described RFID tag upload identification data through wireless base station to described application server；
Described application server includes:
Vehicle localization module, for positioning described vehicle according to described identification data；
Whether judge module, meet the requirements for vehicle operation flow process according to the position judgment of described vehicle process；And
Control module, if the position for described vehicle meets the requirements, send to described belt feeder power controling box and open control signal to described belt feeder power controling box；
Described belt feeder power controling box is for automatically turning on, according to described unlatching control signal, the belt feeder being connected with described belt feeder power controling box.
In one embodiment, said system also includes: database server, for storing the operation flow data of vehicle；Described judge module is used for: obtain the identification information of described vehicle, inquires about the operation flow data of correspondence according to the identification information of described vehicle, and judge whether the position of described vehicle meets the requirements according to operation flow data from described database server.
In one embodiment, above-mentioned control module is additionally operable to: if the position of described vehicle is undesirable, sends closing control signal to described belt feeder power controling box to described belt feeder power controling box；Described belt feeder power controling box is additionally operable to the belt feeder being connected according to described closing control Automatic shutting-down of signal with described belt feeder power controling box.
In one embodiment, above-mentioned control module is additionally operable to: if the position of described vehicle is undesirable also sends alarm signal to described belt feeder power controling box；Described belt feeder power controling box opens the alarm being connected with described belt feeder power controling box always according to described alarm signal.
In one embodiment, the communication between above-mentioned RFID tag and wireless base station adopts 433M wireless communication link.
In one embodiment, the data that above-mentioned RFID tag is uploaded include car number, vehicle operation weighing information, owner name, Pilot Name and driver's telephone number.
In one embodiment, above-mentioned belt feeder power controling box includes communication controler and power-supply controller of electric；Communication controler communicate with base station by 433M wireless communication link, control power-supply controller of electric after the signal that reception application server is issued by base station.
1, use the radio communication based on 433M link, it is ensured that the intelligent label communication distance with communication base station and the stability of signal, solve the problem that the radio communication caused owing to building blocks in grain depot is not smooth.
2, by the automatic registration of vehicle geographical position of RFID tag, trigger and wireless base station, the time of advent, it is achieved logistics overall process logistics and flow of information synchronize.
3, by RFID tag, base station, belt feeder power controling box and application server, monitor in real time vehicle operation flow process, it may be judged whether meet the flow process of regulation, it is prevented that vehicle according to flow process operation, does not steal the phenomenon of grain.
4, vehicle automatically turns on belt feeder when arriving, and when leaving, automatic decision closes belt feeder, solves saving manpower, reduces human intervention and controls the problem of belt feeder transport grain, arrives the purpose of energy-saving and emission-reduction simultaneously.
Accompanying drawing explanation
Fig. 1 is the Organization Chart that a kind of grain based on intelligent label of the embodiment of the present invention goes out input work supervisory systems.
Fig. 2 be Fig. 1 system in the module map of application server.
Fig. 3 be Fig. 1 system in the module map of belt feeder power controling box.
Fig. 4 is the flow chart that a kind of grain based on intelligent label of the embodiment of the present invention goes out input work monitoring and managing method.
Detailed description of the invention
Below in conjunction with accompanying drawing, presently preferred embodiments of the present invention is described in detail, so that advantages and features of the invention can be easier to be readily appreciated by one skilled in the art, thus protection scope of the present invention being made apparent clear and definite defining.
Refer to Fig. 1, a kind of grain based on intelligent label that the embodiment of the present invention provides goes out input work supervisory systems 100, comprising: communications triggered device 10, RFID tag 11, wireless base station 12, application server 13, database server 14, belt control case 15 and alarm 16.Wherein, RFID tag 11, application server 13 and belt control case 15 are all connected with wireless base station 12, thus can being communicated by the wireless network that wireless base station provides each other.And the communication between RFID tag 11, application server 13 and belt control case 15 and wireless base station 12 all can adopt 433M wireless communication link.
Communications triggered device 10 is used for generating triggering signal, described triggering signal, for triggering RF identification (RFID) label 11 that the vehicle being positioned at preset range around described communications triggered device is installed, makes RFID tag 11 upload identification data through wireless base station 12 to described application server 13.Communication between RFID tag 11 and wireless base station 12 adopts 433M wireless communication link.The data that RFID tag 11 is uploaded may also include the information such as car number, vehicle operation weighing information, owner name, Pilot Name and driver's telephone number.
Communications triggered device 10 can include multiple, and each communications triggered device 10 can be arranged on fixed position, for instance for arranging a communications triggered device 10 on doorway, each storehouse warehouse, or installs a communications triggered device 10 at critical path, harbour place equipotential.So, namely would know that concrete position by the numbering of trigger 10.It is to say, its numbering can be included in the triggering signal of communications triggered device 10, so, pass to the numbering just including communications triggered device 10 in the data of application server 13 on the rfid labels.Vehicle can be positioned by application server 13 according to this numbering.
Consulting Fig. 2, application server 13 includes: vehicle localization module 132, judge module 134 and control module 136.
Vehicle localization module 132 is for positioning described vehicle according to described identification data.
Whether judge module 134 meets the requirements for vehicle operation flow process according to the position judgment of described vehicle process.
In one embodiment, database server 14 is for storing operation flow data and the weighing data of vehicle.Judge module 134 is used for: obtain the identification information of described vehicle, inquires about the operation flow data of correspondence according to the identification information of described vehicle, and judge whether the position of described vehicle meets the requirements according to operation flow data from described database server 14.
If control module 136 meets the requirements for the position of described vehicle, send to described belt feeder power controling box 15 and open control signal to described belt feeder power controling box 15；Otherwise, control module 136 and send closing control signal to described belt feeder power controling box.If the undesirable control module 136 in the position of vehicle also can send alarm signal to belt feeder power controling box 15.After receiving alarm signal, belt feeder power controling box 15 opens coupled alarm 16, and alarm 16 can send alarm signal.
Belt feeder power controling box 15 is for automatically turning on, according to described unlatching control signal, the belt feeder being connected with belt feeder power controling box 15；And the belt feeder for being connected with belt feeder power controling box 15 according to described closing control Automatic shutting-down of signal.
It is appreciated that belt control case 15 is for controlling belt feeder, and belt feeder is generally also disposed at critical path, doorway, warehouse or harbour place.It is, belt control case 15 is typically also is arranged on critical path, doorway, warehouse or harbour place.
Consulting Fig. 3, in one embodiment, belt feeder power controling box 15 includes communication controler 152 and power-supply controller of electric 154；Communication controler 152 is communicated with wireless base station 12 by 433M wireless communication link, receives after application server 13 passes through the signal that wireless base station 12 issues and controls power-supply controller of electric.Can be connected by wired mode between application server 13 with wireless base station 12.
Under a concrete application scenarios, the system of the present embodiment carries out the process of loading and supervises for vehicle arrives grain depot doorway, its detailed process is as follows: vehicle arrives belt feeder place, communications triggered device 10 triggers RFID tag 11, vehicle is positioned, which grain depot registration of vehicle arrives, positional information is uploaded to application server 13 by RFID tag 11, application server 13 is according to whether the work flow rule judgment vehicle set before tares according to after first claiming gross weight, or first tare and claim the flow process of gross weight to carry out operation afterwards, whether there is the step that leakage is done；Whether the grain depot that vehicle arrives is correct, sends open command if correct to the communication controler 152 on belt feeder power controling box 15, opens belt feeder, it is judged that vehicle loading sends order and closes belt feeder after terminating to leave grain depot；It is not inconsistent with presetting if vehicle arrives grain depot, is reported to the police by alarm 16.Achieve and reservoir area inner belt machine equipment is carried out intelligent start/stop, arrive energy-saving and emission-reduction, reduce manual operation intervention, reach the handling intelligentized purpose of grain.
In the application scenarios that another is concrete, the system of the present embodiment is for supervising the position of vehicle, its this process concrete is as follows: when vehicle arrives, communications triggered device 10 can trigger RFID tag 11, RFID tag 11 registration of vehicle position, uploads to application server 13 by vehicle location by wireless base station 12 simultaneously；Vehicle arrives harbour, and application server 13 judges whether vehicle should arrive this harbour and unload grain, if flow process is correct, complete the flow process claiming gross weight and taring, send order by wireless base station 12 and control belt feeder power controling box, open belt feeder, after vehicle leaves, it is automatically switched off belt feeder；If arriving harbour and preset value not being inconsistent or vehicle operation flow process is imperfect, only claim tare weight do not claim gross weight or only claimed gross weight not tare, then reported to the police by alarm 16.
The above-mentioned grain based on intelligent label goes out having the beneficial effect that of input work supervisory systems
1, use the radio communication based on 433M link, it is ensured that the intelligent label communication distance with communication base station and the stability of signal, solve the problem that the radio communication caused owing to building blocks in grain depot is not smooth.
2, by the automatic registration of vehicle geographical position of RFID tag, trigger and wireless base station, the time of advent, it is achieved logistics overall process logistics and flow of information synchronize.
3, by RFID tag, base station, belt feeder power controling box and application server, monitor in real time vehicle operation flow process, it may be judged whether meet the flow process of regulation, it is prevented that vehicle according to flow process operation, does not steal the phenomenon of grain.
4, vehicle automatically turns on belt feeder when arriving, and when leaving, automatic decision closes belt feeder, solves saving manpower, reduces human intervention and controls the problem of belt feeder transport grain, arrives the purpose of energy-saving and emission-reduction simultaneously.
Referring to Fig. 4, a kind of grain based on intelligent label that the embodiment of the present invention provides goes out input work monitoring and managing method, and it comprises the following steps:
Step S110, communications triggered device generate and trigger signal, described triggering signal, for triggering RF identification (RFID) label that the vehicle being positioned at preset range around described communications triggered device is installed, makes described RFID tag upload identification data through wireless base station to application server.
Communications triggered device 10 is used for generating triggering signal, described triggering signal, for triggering RF identification (RFID) label 11 that the vehicle being positioned at preset range around described communications triggered device is installed, makes RFID tag 11 upload identification data through wireless base station 12 to described application server 13.Communication between RFID tag 11 and wireless base station 12 adopts 433M wireless communication link.The data that RFID tag 11 is uploaded may also include the information such as car number, vehicle operation weighing information, owner name, Pilot Name and driver's telephone number.
Communications triggered device 10 can include multiple, and each communications triggered device 10 can be arranged on fixed position, for instance for arranging a communications triggered device 10 on doorway, each storehouse warehouse.So, namely would know that concrete position by the numbering of trigger 10.It is to say, its numbering can be included in the triggering signal of communications triggered device 10, so, pass to the numbering just including communications triggered device 10 in the data of application server 13 on the rfid labels.Vehicle can be positioned by application server 13 according to this numbering.
Described vehicle is positioned by step S120, described application server according to described identification data；Whether vehicle operation flow process described in the position judgment according to described vehicle process meets the requirements；And if the position of described vehicle meets the requirements, send to described belt feeder power controling box and open control signal to described belt feeder power controling box.
Consulting Fig. 2, application server 13 includes: vehicle localization module 132, judge module 134 and control module 136.
Vehicle localization module 132 is for positioning described vehicle according to described identification data.
Whether judge module 134 meets the requirements for vehicle operation flow process according to the position judgment of described vehicle process.
In one embodiment, database server 14 is for storing operation flow data and the weighing data of vehicle.Judge module 134 is used for: obtain the identification information of described vehicle, inquires about the operation flow data of correspondence according to the identification information of described vehicle, and judge whether the position of described vehicle meets the requirements according to operation flow data from described database server 14.
If control module 136 meets the requirements for the position of described vehicle, send to described belt feeder power controling box and open control signal to described belt feeder power controling box；Otherwise, control module 136 and send closing control signal to described belt feeder power controling box.
Step S130, described belt feeder power controling box automatically turn on the belt feeder being connected with described belt feeder power controling box according to described unlatching control signal.
Consulting Fig. 3, in one embodiment, belt feeder power controling box 15 includes communication controler 152 and power-supply controller of electric 154；Communication controler 152 is communicated with wireless base station 12 by 433M wireless communication link, receives after application server 13 passes through the signal that wireless base station 12 issues and controls power-supply controller of electric.Can be connected by wired mode between application server 13 with wireless base station 12.
After communication controler 152 receives unlatching control signal, communication controler 152 sends start signal to power-supply controller of electric 154, and correspondingly, power-supply controller of electric 154 opens the power supply of belt feeder, and belt feeder is started working, and vehicle can carry out feeding or unloading.After communication controler 152 receives closing control signal, communication controler 152 sends shutdown signal to power-supply controller of electric 154, and correspondingly, power-supply controller of electric 154 closes the power supply of belt feeder, and belt feeder is started working, and vehicle cannot load and unload.
The above-mentioned grain based on intelligent label goes out having the beneficial effect that of input work monitoring and managing method
1, use the radio communication based on 433M link, it is ensured that the intelligent label communication distance with communication base station and the stability of signal, solve the problem that the radio communication caused owing to building blocks in grain depot is not smooth.
2, by the automatic registration of vehicle geographical position of RFID tag, trigger and wireless base station, the time of advent, it is achieved logistics overall process logistics and flow of information synchronize.
3, by RFID tag, base station, belt feeder power controling box and application server, monitor in real time vehicle operation flow process, it may be judged whether meet the flow process of regulation, it is prevented that vehicle according to flow process operation, does not steal the phenomenon of grain.
4, vehicle automatically turns on belt feeder when arriving, and when leaving, automatic decision closes belt feeder, solves saving manpower, reduces human intervention and controls the problem of belt feeder transport grain, arrives the purpose of energy-saving and emission-reduction simultaneously.
The foregoing is only embodiments of the invention; not thereby the scope of the claims of the present invention is limited; every equivalent structure utilizing description of the present invention and accompanying drawing content to make or equivalence flow process conversion; or directly or indirectly it is used in other relevant technical fields, all in like manner include in the scope of patent protection of the present invention.
Claims (14)
1. the grain based on intelligent label goes out input work monitoring and managing method, it is characterised in that including:
Communications triggered device generates and triggers signal, described triggering signal, for triggering RF identification (RFID) label that the vehicle being positioned at preset range around described communications triggered device is installed, makes described RFID tag upload identification data through wireless base station to application server；
Described vehicle is positioned by described application server according to described identification data；Whether vehicle operation flow process described in the position judgment according to described vehicle process meets the requirements；And if the position of described vehicle meets the requirements, send to described belt feeder power controling box and open control signal to described belt feeder power controling box；
Described belt feeder power controling box automatically turns on the belt feeder being connected with described belt feeder power controling box according to described unlatching control signal.
2. the grain based on intelligent label as claimed in claim 1 goes out input work monitoring and managing method, it is characterized in that, described application server obtains the identification information of described vehicle, identification information according to described vehicle inquires about the operation flow data of correspondence from database server, and judges whether the position of described vehicle meets the requirements according to operation flow data.
3. the grain based on intelligent label as claimed in claim 1 goes out input work monitoring and managing method, it is characterized in that, if the position of described vehicle is undesirable, described application server also sends closing control signal to described belt feeder power controling box to described belt feeder power controling box；
The belt feeder that described belt feeder power controling box is connected with described belt feeder power controling box always according to described closing control Automatic shutting-down of signal.
4. the grain based on intelligent label as claimed in claim 1 goes out input work monitoring and managing method, it is characterised in that if the position of described vehicle is undesirable, and described application server also sends alarm signal to described belt feeder power controling box；
Described belt feeder power controling box opens the alarm being connected with described belt feeder power controling box always according to described alarm signal.
5. the grain based on intelligent label as claimed in claim 1 goes out input work monitoring and managing method, it is characterised in that the communication between described RFID tag and wireless base station adopts 433M wireless communication link.
6. the grain based on intelligent label as claimed in claim 1 goes out input work monitoring and managing method, it is characterized in that, the data that described RFID tag is uploaded include car number, vehicle operation weighing information, owner name, Pilot Name and driver's telephone number.
7. the grain based on intelligent label as claimed in claim 1 goes out input work monitoring and managing method, it is characterised in that described belt feeder power controling box includes communication controler and power-supply controller of electric；Communication controler communicate with base station by 433M wireless communication link, control power-supply controller of electric after the signal that reception application server is issued by base station.
8. the grain based on intelligent label goes out input work supervisory systems, it is characterised in that including: communications triggered device, application server and belt feeder power controling box；
Described communications triggered device is used for generating triggering signal, described triggering signal, for triggering RF identification (RFID) label that the vehicle being positioned at preset range around described communications triggered device is installed, makes described RFID tag upload identification data through wireless base station to described application server；
Described application server includes:
Vehicle localization module, for positioning described vehicle according to described identification data；
Whether judge module, meet the requirements for vehicle operation flow process according to the position judgment of described vehicle process；And
Control module, if the position for described vehicle meets the requirements, send to described belt feeder power controling box and open control signal to described belt feeder power controling box；
Described belt feeder power controling box is for automatically turning on, according to described unlatching control signal, the belt feeder being connected with described belt feeder power controling box.
9. the grain based on intelligent label as claimed in claim 8 goes out input work supervisory systems, it is characterised in that also include: database server, for storing the operation flow data of vehicle；
Described judge module is used for: obtain the identification information of described vehicle, inquires about the operation flow data of correspondence according to the identification information of described vehicle, and judge whether the position of described vehicle meets the requirements according to operation flow data from described database server.
10. the grain based on intelligent label as claimed in claim 8 goes out input work supervisory systems, it is characterized in that, described control module is additionally operable to: if the position of described vehicle is undesirable, sends closing control signal to described belt feeder power controling box to described belt feeder power controling box；
Described belt feeder power controling box is additionally operable to the belt feeder being connected according to described closing control Automatic shutting-down of signal with described belt feeder power controling box.
11. the grain based on intelligent label as claimed in claim 10 goes out input work supervisory systems, it is characterised in that described control module is additionally operable to: if the position of described vehicle is undesirable also sends alarm signal to described belt feeder power controling box；
Described belt feeder power controling box opens the alarm being connected with described belt feeder power controling box always according to described alarm signal.
12. the grain based on intelligent label as claimed in claim 8 goes out input work supervisory systems, it is characterised in that the communication between described RFID tag and wireless base station adopts 433M wireless communication link.
13. the grain based on intelligent label as claimed in claim 8 goes out input work supervisory systems, it is characterized in that, the data that described RFID tag is uploaded include car number, vehicle operation weighing information, owner name, Pilot Name and driver's telephone number.
14. the grain based on intelligent label as claimed in claim 8 goes out input work supervisory systems, it is characterised in that described belt feeder power controling box includes communication controler and power-supply controller of electric；Communication controler communicate with base station by 433M wireless communication link, control power-supply controller of electric after the signal that reception application server is issued by base station.
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Application publication date: 20160727 |