CN102915578A - Vehicle-mounted cargo monitoring system - Google Patents
Vehicle-mounted cargo monitoring system Download PDFInfo
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- CN102915578A CN102915578A CN2011102203011A CN201110220301A CN102915578A CN 102915578 A CN102915578 A CN 102915578A CN 2011102203011 A CN2011102203011 A CN 2011102203011A CN 201110220301 A CN201110220301 A CN 201110220301A CN 102915578 A CN102915578 A CN 102915578A
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Abstract
The invention relates to a vehicle-mounted cargo monitoring system. The monitoring system comprises a monitoring center, vehicle-mounted processing centers, sensor modules, communication modules and radio frequency read-write modules, wherein the radio frequency read-write modules read electronic labels of drivers and conductors to send obtained vehicle running information to the vehicle-mounted processing centers; the sensor modules detect the cargo state in real time, and send detection results to the vehicle-mounted processing centers; the vehicle-mounted processing centers correspond the received vehicle running information to the cargo state, and send the information to the monitoring center through the communication modules, and process cargoes according to the received processing information; the monitoring center distinguishes each communication module according to the serial number of a vehicle in the vehicle running information, is in communication with the communication modules, and sends the processing information to the vehicle-mounted processing centers through the communication modules and according to the cargo state; and the communication modules are data exchange modules between the monitoring center and the vehicle-mounted processing centers. According to the invention, the cargo state of the vehicle transport can be monitored in real time.
Description
Technical field
The present invention relates to vehicle-mounted cargo monitoring technique field, particularly relate to a kind of vehicle-mounted cargo monitoring system.
Background technology
In the process of transporting cargo, especially utilize in the process of vehicle transport goods over long distances (such as transporting food products, grain or valuables), rotten or damage to a certain degree occurs in goods sometimes, thereby brings certain loss to the owner of cargo.Therefore, need to monitor freight.
Whether existing cargo monitoring technology is respectively the state of goods to be carried out one-time detection at the starting station and destination, occured rotten in the transportation or damage to judge, perhaps judges degree rotten and that damage.This monitoring technique does not have real-time, can not take measures to retrieve or cut loss in the very first time, thereby cause more serious adverse consequences to the owner of cargo.
Summary of the invention
Technical matters to be solved by this invention provides a kind of vehicle-mounted cargo monitoring system, the state of energy Real Time Monitoring vehicle borne goods.
The technical scheme that the present invention solves the problems of the technologies described above is as follows: a kind of vehicle-mounted cargo monitoring system is used for the state of the goods that monitoring vehicle delivers; Wherein, the state of described goods comprises: the temperature of goods, humidity, mass parameter; This system comprises: Surveillance center, vehicle-mounted processing enter, sensor assembly, communication module, radio frequency module for reading and writing; Wherein,
Described radio frequency module for reading and writing is used for, and reads driver and conductor's electronic tag, therefrom obtains vehicle operating information, and sends it to described vehicle-mounted processing enter; Wherein, described vehicle operating information comprises: driver and conductor's name and numbering, the numbering of vehicle, the starting station and destination, the attribute of described goods;
Described sensor assembly is used for, and detects in real time the state of described goods, and testing result is sent to described vehicle-mounted processing enter;
Described vehicle-mounted processing enter is used for, and the state of the described vehicle operating information that receives and described goods is corresponding, sends to described Surveillance center by described communication module; According to the process information that receives described goods is processed;
Described Surveillance center is used for, and distinguishes each communication module according to the numbering of the vehicle in the described vehicle operating information, and communicates with it; According to the state of described goods, by described communication module to described vehicle-mounted processing enter transmission processing information;
Described communication module is the data exchange module between described Surveillance center and the described vehicle-mounted processing enter.
The invention has the beneficial effects as follows: among the present invention; the radio frequency module for reading and writing can be delivered to vehicle-mounted processing enter with reading the vehicle operating information that driver and conductor's electronic tag obtains; sensor assembly can send to vehicle-mounted processing enter in real time with the state of the vehicle borne goods that detects in real time; like this; vehicle-mounted processing enter just can be with the two corresponding Surveillance center that sends to; make Surveillance center obtain in real time the state of goods; in the situation that goods occurs rotten or damages; Surveillance center also can in time react; behind the vehicle at the goods place of determining rotten or damage; the communication module of corresponding process information by this vehicle sent to vehicle-mounted processing enter in real time; to make vehicle-mounted processing enter goods is processed accordingly; therefore; the present invention can Real Time Monitoring vehicle borne goods state; in the situation that goods occurs rotten or damages and in time react, to retrieve or to reduce loss, protect the owner of cargo's interests.
On the basis of technique scheme, the present invention can also do following improvement:
Further, also comprise the encryption and decryption module that links to each other with described vehicle-mounted processing enter, be used for described vehicle-mounted processing enter is sent to the corresponding described vehicle operating information of described Surveillance center by described communication module and the state of described goods is encrypted, described Surveillance center is decrypted by the described process information that described communication module sends to described vehicle-mounted processing enter.
Further, described vehicle operating information also comprises position and the speed of vehicle; Then described system also comprises locating module, is used for determining position and the speed of described vehicle, and sends it to described vehicle-mounted processing enter.
Further, described locating module also is used for determining the alignment time, and sends it to described vehicle-mounted processing enter;
This system also comprises clock module, is used for according to the alignment time that described vehicle-mounted processing enter is sent the clock of self being calibrated; Send the vehicle-mounted time to described vehicle-mounted processing enter;
Described vehicle-mounted processing enter is used for, and the state of described vehicle operating information, described goods is corresponding with the described vehicle-mounted time, sends to described Surveillance center by described communication module.
Further, also comprise the memory module that links to each other with described vehicle-mounted processing enter, for state and the described vehicle-mounted time of storing corresponding described vehicle operating information, described goods, and described process information.
Further, also comprise the human-computer interaction module that links to each other with described vehicle-mounted processing enter, be used for receiving described driver and conductor's query requests, and send it to described vehicle-mounted processing enter; Export the Query Result that described vehicle-mounted processing enter is sent; Wherein, described query requests comprises: inquire about the request of the request of described vehicle operating information, the request of inquiring about the state of described goods, the described process information of inquiry;
Described vehicle-mounted processing enter is used for, and according to described query requests, determines corresponding Query Result, and described Query Result is sent to described human-computer interaction module.
Further, described human-computer interaction module comprises input media and output unit; Wherein,
Described input media is used for, and receives described driver and conductor's query requests, and sends it to described vehicle-mounted processing enter;
Described output unit is used for, and exports the Query Result that described vehicle-mounted processing enter is sent.
Further, also comprise respectively and linking to each other with the power supply that it is powered with described vehicle-mounted processing enter, sensor assembly, communication module, radio frequency module for reading and writing.
Description of drawings
Fig. 1 is the structural drawing of vehicle-mounted cargo monitoring system provided by the invention.
Embodiment
Below in conjunction with accompanying drawing principle of the present invention and feature are described, institute gives an actual example and only is used for explaining the present invention, is not be used to limiting scope of the present invention.
The present invention proposes a kind of vehicle-mounted cargo monitoring system, be used for the state of the goods that monitoring vehicle delivers, among the present invention, the state of goods comprises: the temperature of goods, humidity, mass parameter etc.Fig. 1 is the structural drawing of vehicle-mounted cargo monitoring system provided by the invention, as shown in Figure 1, this system comprises more than one car-mounted device 101 (being positioned on the vehicle that carries cargo) and a Surveillance center 102, each car-mounted device 101 comprises: a vehicle-mounted processing enter 1011, a sensor assembly 1012, a communication module 1014, a radio frequency module for reading and writing 1013, like this, vehicle-mounted processing enter 1011 in each car-mounted device 101 just can communicate with Surveillance center 102 by the communication module 1014 of self, thereby in time the situation of vehicle-mounted goods and the situation of vehicle are sent to Surveillance center 102, so that it is grasped in real time correlation circumstance and reacts, and will comprise that the process information of countermeasure sends to vehicle-mounted processing enter 1011 by communication module 1013.
In this system, each driver and conductor (driver and passenger) has an electronic tag, be called driver and conductor's electronic tag, wherein put down in writing the attribute (such as kind, quantity, intact degree, Metamorphic Conditions etc.) of the starting station of this vehicle in the numbering, this freight transportation process of the vehicle (being the monitored vehicle that carries cargo) at this driver and conductor's name and numbering, this driver and conductor place and destination (being the starting station and the destination of goods), this freight.These information are called vehicle operating information in the present invention, because driver and conductor, vehicle and institute's freight on each car are all different, thereby for Surveillance center, the vehicle operating information that each car-mounted device is sent is different, for the goods of each vehicle and delivery thereof is monitored, vehicle operating information must upload to Surveillance center 102.For this reason, the radio frequency module for reading and writing 1013 among the present invention just can be used for, and reads driver and conductor's electronic tag, therefrom obtains vehicle operating information, and sends it to vehicle-mounted processing enter 1011.
In addition, the each freight transportation task of each car also is different, thereby before each transport task, also will be to some parameters of car-mounted device (such as the frequency of communication module 1014 receiving and transmitting signals, power, communication cycle, the way to manage of power supply, the schedule information of vehicle etc.) arrange, this also can utilize radio frequency module for reading and writing 1013 to realize, namely utilize a special car-mounted device parameter that electronic tag is set, perhaps utilize driver and conductor's electronic tag, at first electronic tag is set or driver and conductor's electronic tag is inputted corresponding parameters by Surveillance center 102 to this car-mounted device parameter, then by 1013 pairs of these car-mounted device parameters of radio frequency module for reading and writing electronic tag is set or driver and conductor's electronic tag reads, obtain parameter wherein, after sending it to again vehicle-mounted processing enter 1011, by vehicle-mounted processing enter 1011 according to these parameters to corresponding module (such as communication module 1013, power supply 1020 etc.) arrange.
Among the present invention, radio frequency module for reading and writing 1013 can utilize radio-frequency (RF) identification (RFID) technology to realize, be that radio frequency identification module 1013 is the read write line in the RFID technology, and arranging electronic tag, above-mentioned driver and conductor's electronic tag and car-mounted device parameter realize with the electronic tag in the RFID technology, simultaneously, in Surveillance center 102, also need to arrange a read write line, so that driver and conductor's electronic tag or car-mounted device parameter are arranged the input that electronic tag carries out parameter.Like this, parameter setting and just the obtaining of vehicle operating information of car-mounted device 101 can be realized with contactless read-write technology.
Among the present invention, sensor assembly 1012 is used for, and detects in real time the state of goods, and testing result is sent to vehicle-mounted processing enter 1011.
Here, sensor assembly 1012 is modules of obtaining the status information of goods, among the present invention, the state of goods comprises temperature, humidity, mass parameter of goods etc., usable temp sensor and humidity sensor detect respectively the temperature and humidity of goods, and the sensor of available quality relating to parameters (such as Electric nose sensor, air mass sensor, insect pest sensor) detects the mass parameter of goods.
Above-mentioned multiple sensors can coupling, thereby forms the sensor assembly 1012 among the present invention, also can be as required, and select wherein one or more combination to form sensor assembly 1012 among the present invention.For example, when freight is the raw grains such as wheat, soybean or japonica rice, the situation such as temperature, humidity that needs to detect its surrounding environment in transportation guarantees whether the quality of raw grain is destroyed, thereby the sensor assembly here 1012 can be the combination of temperature sensor and humidity sensor; When freight is the perishable fruit such as grape, lichee, can utilize air mass sensor or insect pest sensor to be used as sensor assembly 1012, thereby with the concentration of certain gas of the goods surrounding environment that records or the insect pest situation quality basis for estimation as goods.
After the state that has obtained above-mentioned vehicle operating information and goods, vehicle-mounted processing enter 1011 is used for, and the state of the vehicle operating information that receives and goods is corresponding, sends to Surveillance center 102 by the communication module 1014 that links to each other with self.
Here, because the quantity of car-mounted device 101 is more than one, effectively distinguish the data that each car-mounted device 101 sends in order to make Surveillance center 102, vehicle-mounted processing enter 1011 among the present invention is with the corresponding transmission of state of vehicle operating information and goods, thereby make Surveillance center 102 not only can determine in real time the situation of goods, can also in time counter-measure be sent to corresponding car-mounted device 101.
Among the present invention, communication module 1014 is the data exchange module between Surveillance center 102 and the vehicle-mounted processing enter 1011, communication mode between itself and the Surveillance center 102 is wireless mode, is GPRS transceiver module, gsm module, 3G module etc. such as communication module 1014.The realizations such as vehicle-mounted processing enter 1011 available microprocessors, microcontroller.
As seen; among the present invention; the radio frequency module for reading and writing can be delivered to vehicle-mounted processing enter with reading the vehicle operating information that driver and conductor's electronic tag obtains; sensor assembly can send to vehicle-mounted processing enter in real time with the state of the vehicle borne goods that detects in real time; like this; vehicle-mounted processing enter just can be with the two corresponding Surveillance center that sends to; make Surveillance center obtain in real time the state of goods; in the situation that goods occurs rotten or damages; Surveillance center also can in time react; behind the vehicle at the goods place of determining rotten or damage; the communication module of corresponding process information by this vehicle sent to vehicle-mounted processing enter in real time; to make vehicle-mounted processing enter goods is processed accordingly; therefore, the state that the present invention can Real Time Monitoring vehicle borne goods is in the situation that goods occurs rotten or damages and in time react; to retrieve or to reduce loss, protect the owner of cargo's interests.
As shown in Figure 1, this system can also comprise the encryption and decryption module 1019 that links to each other with vehicle-mounted processing enter 1011, it is used for vehicle-mounted processing enter 1011 is encrypted by the data (being corresponding vehicle operating information and the state of goods) that communication module 1014 sends to Surveillance center 102, and Surveillance center 102 is decrypted by the process information that communication module 1014 sends to vehicle-mounted processing enter 1011.Encryption and decryption module 1019 is carried out the method for encryption and decryption can carry out the algorithm of encryption and decryption for utilizing elliptic curve key, also can be other the method for utilizing symmetric key or unsymmetrical key to be encrypted.
Utilize encryption and decryption module 1019, can be encrypted data before Surveillance center 102 sends data by communication module 1014 in vehicle-mounted processing enter 1011, after vehicle-mounted processing enter 1011 is received the process information that Surveillance center 102 sends, process information is decrypted, thus the security of raising data transmission.Accordingly, in Surveillance center 102, also comprise an encryption and decryption module, be decrypted respectively and encrypt with the data that vehicle-mounted processing enter 1011 is sent and the process information that sends to vehicle-mounted processing enter 1011.
Encryption and decryption module 1019 among the present invention can use point of sales terminal secure access module (PSAM, Purchase Secure Access Module) to realize.
Vehicle operating information among the present invention can also comprise position and the speed of the vehicle that carries cargo, then this system also comprises locating module 1015, it is used for determining position and the speed of vehicle, and send it to vehicle-mounted processing enter 1011, like this, vehicle-mounted processing enter 1011 just can be included in speed and the position of vehicle in the vehicle operating information, sends in real time Surveillance center 102.
Locating module 1015 among the present invention can utilize the receiver of the Big Dipper positioning system of China, the GPS (GPS) of the U.S., Muscovite GLONASS GPS (Global Position System) etc. to realize.
In addition, locating module 1015 among the present invention can also provide precise time to car-mounted device 101 and Surveillance center 102, thereby make the two energy precise synchronization, therefore, locating module 1015 can also be determined the alignment time (system clock that comes from locating module 1015), and sends it to vehicle-mounted processing enter 1011.
As shown in Figure 1, also comprise clock module 1016 in this system, it is used for according to the alignment time that vehicle-mounted processing enter 1011 is sent the clock of self being calibrated, the time that clock after the calibration provides is called the vehicle-mounted time in the present invention, like this, clock module 1016 just can send the vehicle-mounted time to vehicle-mounted processing enter 1011.
Vehicle-mounted processing enter 1011 is used for, the state of vehicle operating information, goods is corresponding with the vehicle-mounted time, send to Surveillance center 102 by communication module 1014, thereby with the status information of goods together with sending to Surveillance center 102 its detection time, thereby improve the reliability of the data and real-time.
In addition, the alignment time that vehicle-mounted processing enter 1011 also will send locating module 1015 sends to Surveillance center 102 by communication module 1014, calibrates for its clock to self, to guarantee the synchronousness of whole system.
Supervisory system shown in Figure 1 also comprises the memory module 1017 that links to each other with vehicle-mounted processing enter 1011, it is used for storing the data of receiving and dispatching by communication module 1014 between vehicle-mounted processing enter 1011 and the Surveillance center 102, corresponding vehicle operating information described above, state and the vehicle-mounted time of goods, and process information etc., thereby realization is to the backup of data.Because it is larger that the memory capacity of memory module 1017 needs, thereby available jumbo storage card or storage chip (such as various mass-memory units such as DATA FLASH, hard disks) are realized.
Among Fig. 1, this system also comprises the human-computer interaction module 1018 that links to each other with vehicle-mounted processing enter 1011, and it is used for receiving driver and conductor's query requests, and sends it to vehicle-mounted processing enter 1011; Export the Query Result that vehicle-mounted processing enter 1011 is sent; Wherein, query requests comprises: the request of the state of the request of enquiring vehicle operation information, inquiry goods, the request of query processing information etc.
Vehicle-mounted processing enter 1011 is used for, and according to the query requests that human-computer interaction module 1018 is sent here, determines corresponding Query Result, and Query Result is sent to human-computer interaction module 1018.
As seen, the present invention also is provided with and supplies driver and conductor and car-mounted device 101 to carry out the human-computer interaction module 1018 of information interaction, when making Surveillance center 102 obtain the status information of vehicle-mounted goods in real time, the driver and conductor also can in time obtain corresponding information, thereby initiatively process, this is conducive to improve the timely and effective property of hommization of the present invention and processing.
The human-computer interaction module 1018 here can be plurality of devices, but the most basic be that it comprises input media and output unit; Input media wherein is used for, and receives driver and conductor's query requests, and sends it to vehicle-mounted processing enter 1011, and output unit is used for, and exports the Query Result that vehicle-mounted processing enter 1011 is sent.Input media can be the equipment such as keyboard, mouse, microphone, and output unit can be the equipment such as display screen, audio amplifier, certainly, also can by the combination as input media and output unit such as touch-screen, realize simultaneously input and output.
Certainly, output module can also be automatically real-time vehicle-mounted time of providing of read clock module 1016, to make things convenient for driver and conductor's work.
It is worthy of note, human-computer interaction module 1018 among the present invention can also be inputted for the driver and conductor failure message of vehicle, thereby utilize the communication connection between human-computer interaction module 1018 and the vehicle-mounted processing enter 1011, the failure message of vehicle is offered vehicle-mounted processing enter 1011, and then send it to Surveillance center 102 by vehicle-mounted processing enter 1011 by communication module 1014, analyze and process for it, the process information that will comprise treatment measures feeds back by communication module 1014.For example, after vehicle trouble information sends to Surveillance center 102, Surveillance center 102 can determine whether that according to the order of severity of vehicle trouble needs change goods transport vehicle goods is transported to the destination, perhaps provide the information such as address, phone of vehicle maintenance point to vehicle-mounted processing enter 1011, help driver and conductor's on-call maintenance vehicle, the assurance goods is transported to the destination in time, in good condition.
This system also comprises power supply 1020, it links to each other with vehicle-mounted processing enter 1011, sensor assembly 1012, communication module 1014, radio frequency module for reading and writing 1013, locating module 1015, clock module 1016, memory module 1017, human-computer interaction module 1018, encryption and decryption module 1019 respectively, so that these modules are powered respectively.The power supply here can be vehicle power, also can be the battery of special use, can also be the standby usage combination of the two.
Among the present invention, vehicle-mounted processing enter 1011 is control cores of whole car-mounted device 101, itself and other module is (such as sensor assembly 1012, radio frequency module for reading and writing 1013, communication module 1014, locating module 1015, clock module 1016, memory module 1017, human-computer interaction module 1018, encryption and decryption module 1019, power supply 1020) connection can be adopted multiple connected mode, for example adopt 485 universal serial bus, 232 universal serial bus and other connected modes etc., thereby make various kinds of sensors can access this system, to select the testing result of different sensors to monitor according to different goods characteristics separately.
This shows, the present invention has the following advantages:
(1) among the present invention; the radio frequency module for reading and writing can be delivered to vehicle-mounted processing enter with reading the vehicle operating information that driver and conductor's electronic tag obtains; sensor assembly can send to vehicle-mounted processing enter in real time with the state of the vehicle borne goods that detects in real time; like this; vehicle-mounted processing enter just can be with the two corresponding Surveillance center that sends to; make Surveillance center obtain in real time the state of goods; in the situation that goods occurs rotten or damages; Surveillance center also can in time react; behind the vehicle at the goods place of determining rotten or damage; the communication module of corresponding process information by this vehicle sent to vehicle-mounted processing enter in real time; to make vehicle-mounted processing enter goods is processed accordingly; therefore; the present invention can Real Time Monitoring vehicle borne goods state; in the situation that goods occurs rotten or damages and in time react, to retrieve or to reduce loss, protect the owner of cargo's interests.
(2) among the present invention, utilize the encryption and decryption module data of transmitting between vehicle-mounted processing enter and the Surveillance center to be encrypted and to decipher, thereby improve the security of data transmission of the present invention.
(3) the present invention also is provided with and supplies driver and conductor and car-mounted device to carry out the human-computer interaction module of information interaction, when making Surveillance center obtain the status information of vehicle-mounted goods in real time, the driver and conductor also can in time obtain corresponding information, thereby initiatively process, this is conducive to improve the timely and effective property of hommization of the present invention and processing.
The above only is preferred embodiment of the present invention, and is in order to limit the present invention, within the spirit and principles in the present invention not all, any modification of doing, is equal to replacement, improvement etc., all should be included within protection scope of the present invention.
Claims (8)
1. vehicle-mounted cargo monitoring system is used for the state of the goods that monitoring vehicle delivers; Wherein, the state of described goods comprises: the temperature of goods, humidity, mass parameter; It is characterized in that, this system comprises: Surveillance center, vehicle-mounted processing enter, sensor assembly, communication module, radio frequency module for reading and writing; Wherein,
Described radio frequency module for reading and writing is used for, and reads driver and conductor's electronic tag, therefrom obtains vehicle operating information, and sends it to described vehicle-mounted processing enter; Wherein, described vehicle operating information comprises: driver and conductor's name and numbering, the numbering of vehicle, the starting station and destination, the attribute of described goods;
Described sensor assembly is used for, and detects in real time the state of described goods, and testing result is sent to described vehicle-mounted processing enter;
Described vehicle-mounted processing enter is used for, and the state of the described vehicle operating information that receives and described goods is corresponding, sends to described Surveillance center by described communication module; According to the process information that receives described goods is processed;
Described Surveillance center is used for, and distinguishes each communication module according to the numbering of the vehicle in the described vehicle operating information, and communicates with it; According to the state of described goods, by described communication module to described vehicle-mounted processing enter transmission processing information;
Described communication module is the data exchange module between described Surveillance center and the described vehicle-mounted processing enter.
2. system according to claim 1, it is characterized in that, also comprise the encryption and decryption module that links to each other with described vehicle-mounted processing enter, be used for described vehicle-mounted processing enter is sent to the corresponding described vehicle operating information of described Surveillance center by described communication module and the state of described goods is encrypted, described Surveillance center is decrypted by the described process information that described communication module sends to described vehicle-mounted processing enter.
3. system according to claim 1 is characterized in that, described vehicle operating information also comprises position and the speed of vehicle; Then described system also comprises locating module, is used for determining position and the speed of described vehicle, and sends it to described vehicle-mounted processing enter.
4. system according to claim 3 is characterized in that, described locating module also is used for determining the alignment time, and sends it to described vehicle-mounted processing enter;
This system also comprises clock module, is used for according to the alignment time that described vehicle-mounted processing enter is sent the clock of self being calibrated; Send the vehicle-mounted time to described vehicle-mounted processing enter;
Described vehicle-mounted processing enter is used for, and the state of described vehicle operating information, described goods is corresponding with the described vehicle-mounted time, sends to described Surveillance center by described communication module.
5. system according to claim 4 is characterized in that, also comprises the memory module that links to each other with described vehicle-mounted processing enter, for state and the described vehicle-mounted time of storing corresponding described vehicle operating information, described goods, and described process information.
6. system according to claim 1 is characterized in that, also comprises the human-computer interaction module that links to each other with described vehicle-mounted processing enter, is used for receiving described driver and conductor's query requests, and sends it to described vehicle-mounted processing enter; Export the Query Result that described vehicle-mounted processing enter is sent; Wherein, described query requests comprises: inquire about the request of the request of described vehicle operating information, the request of inquiring about the state of described goods, the described process information of inquiry;
Described vehicle-mounted processing enter is used for, and according to described query requests, determines corresponding Query Result, and described Query Result is sent to described human-computer interaction module.
7. system according to claim 6 is characterized in that, described human-computer interaction module comprises input media and output unit; Wherein,
Described input media is used for, and receives described driver and conductor's query requests, and sends it to described vehicle-mounted processing enter;
Described output unit is used for, and exports the Query Result that described vehicle-mounted processing enter is sent.
8. system according to claim 1 is characterized in that, also comprises respectively linking to each other with the power supply that it is powered with described vehicle-mounted processing enter, sensor assembly, communication module, radio frequency module for reading and writing.
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| CN103646443A (en) * | 2013-12-17 | 2014-03-19 | 北京九五智驾信息技术股份有限公司 | Intelligent driving diagnostic instrument based on platform time service |
| CN103646443B (en) * | 2013-12-17 | 2016-03-09 | 北京九五智驾信息技术股份有限公司 | A kind of intelligence of platform time service drives diagnostic equipment |
| CN103869789A (en) * | 2014-03-26 | 2014-06-18 | 卢大伟 | Transported cargo quality monitoring method and system based on internet of things |
| CN104778483A (en) * | 2014-06-04 | 2015-07-15 | 马俊东 | Vehicle-mounted information collecting and processing system |
| CN104463538A (en) * | 2014-12-13 | 2015-03-25 | 广西科技大学 | Positioning-based logistics vehicle monitoring system |
| CN104992198A (en) * | 2015-06-26 | 2015-10-21 | 苏州木兰电子科技有限公司 | Mine vehicle access statistic system based on double-frequency active electronic tags |
| CN105488654A (en) * | 2016-01-14 | 2016-04-13 | 山东博硕自动化技术有限公司 | Security authentication method for canned material transportation and device for realizing security authentication method |
| CN111489007A (en) * | 2019-01-29 | 2020-08-04 | 昆山众泰兴自动化设备有限公司 | AGV trolley scheduling method and scheduling system |
| CN112150067A (en) * | 2020-09-23 | 2020-12-29 | 吉林大学 | Intelligent logistics transportation vehicle passing control management system and method |
| CN115802119A (en) * | 2022-11-15 | 2023-03-14 | 上海菱动信息科技有限公司 | Safety monitoring system based on block chain |
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