CN105654256A - Goods logistics positioning system - Google Patents
Goods logistics positioning system Download PDFInfo
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- CN105654256A CN105654256A CN201410633458.0A CN201410633458A CN105654256A CN 105654256 A CN105654256 A CN 105654256A CN 201410633458 A CN201410633458 A CN 201410633458A CN 105654256 A CN105654256 A CN 105654256A
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Abstract
The invention provides a goods logistics positioning system. The system is composed of a goods intelligent monitoring apparatus and a consumption point intelligent monitoring apparatus, employs a multi-sensor data fusion technology, and comprises a central controller and RFID positioning reader-writers, wherein each RFID positioning reader-writer is provided with a Zigbee node. According to the invention, the system realizes consumption point RFID fixed-point monitoring and online video image cooperative monitoring so as to monitor goods transportation and control goods conditions at any time. The Zigbee nodes feeds data read by the RFID positioning reader-writers to the central controller in the mode of wireless signals and then the central controller transmits the data to users, such that conditions of goods logistics can be accurately grasped, and the management means and the work efficiency are greatly improved.
Description
Technical field
The present invention relates to intelligent management field, particularly relate to a kind of commodity logistics positioning system.
Background technology
In accounting, the definition of commodity refers to that circulation business of commodities outsourcing or consigned processing complete, the check and accepting storing extensive stock for selling. The base attribute of commodity is value and use value. Value is the essential attribute of commodity, and use value is natural property of commodity.
Commodity may be employed to and the property of others' exchange, and in other words, commodity are to have proprietary rights and can be used to and the wealth of others' exchange. Therefore, commodity the same as tous les biens also have two kinds of properties of value, the property value that namely commodity itself are worth relative to the wealth of Man's Demands and obtain it relative to people and pay a price. Obviously, the property value of commodity is not the value that commodity itself have, but its proprietorial value, once proprietary rights disappears, then the property value of commodity is also just absent from.
It is exactly the satisfied value relative to Man's Demands that the wealth of commodity is worth. The size of the satisfied value of one things depends on people's demand degree size to it, and demand degree is big, and its satisfied value is more big, otherwise more little. Therefore, people are more big to the demand degree of commodity, then the wealth of these commodity is worth more big, otherwise then wealth is worth more little. It should be noted that the wealth value of commodity and wealth number be not a concept, wealth be how much reflect commodity Board Lot number, and wealth is worth and refers to the satisfied value that commodity have relative to Man's Demands. Certainly, the wealth value of unit commodity is more big, quantity is more many, then total wealth is worth also will be more big.
The property value of commodity refers to and obtains the total cost that must pay of this commodity proprietary rights, it include the loss on material and mentally, physical first-class consuming. Such as, yourself makes the summation being paid value of the time etc. of fatigue when its property value of suitcase should be equal to the expense and processing and fabricating that you buy leather and suture spends, consuming by hand, here it is the judgement that yourself is to the paid value of this suitcase of making. Again such as, you have walked 2 lis and have bought 1 medicated cigarette, then what the property value of this medicated cigarette was equal to buy the summation of cigarette outs and the physical time expended of walking is paid value. If but there is a people also to walk the distance identical with you and time equally, but 10 cigarettes have been bought, so he on every 1 cigarette, paid value will be less relative to you, because while his outs on every cigarette is the same, but spent muscle power is just relative less with the time.So the property value of his every cigarette is just little than the property value of your that cigarette.
It is generally believed that the scope of commodity is the difference set of two different products of labor set. The two set one is the set of the products of labor through exchange, it comprises and starts to the products of labor to destroy only from first time exchange realization, the middle all of products of labor, two is the products of labor entering use procedure, it comprises from last exchange realization, only destroy to the products of labor, the middle all of products of labor. This means: 1. commodity are the products of labor appellations from the one section of process produced to destruction overall process. After this section of process completes, these products of labor just do not claim commodity. 2. the time of the experience that commodity process has is long, and the time of some experience is short. If some products of labor are produced user and have at once been bought in hands, then its commodity process is only in a flash. 3. all get rid of outside commodity without the products of labor of the products of labor of exchange and entrance use procedure. If 4. user is through exchanging affiliated product, sell again after using a period of time, then this product just experienced by secondary commodity process.
In today that commodity economy perfects day by day, the grasp in Commodity Transportation process is being seemed most important, but is nowadays but lacking the application related in this respect.
Summary of the invention
In order to solve the problems referred to above, the invention provides a kind of situation that can accurately grasp commodity logistics, substantially increase the technical scheme of management means and work efficiency.
A kind of commodity logistics positioning system, it is made up of commodity intelligent monitoring and controlling device and an intelligent monitoring and controlling device of dissolving, adopt multisensor Data Fusion technology, including central controller, RFID locating read-write device, a Zigbee node installed by each RFID locating read-write device, the data that RFID locating read-write device reads are fed back to central controller by Zigbee node in the way of wireless signal, described central controller adopts the modular construction of hierarchical block, module includes RFID information identification and transmission subsystem, loading height grating measuring subsystem, evidence obtaining video image violating the regulations is captured and transmission subsystem, noise measurement obtains subsystem, function opposite independent, can individually debug.
As preferably, alignment system job step is:
(1) debugging central controller, input signal can be produced by experimental apparatus simulation, or directly from debugging complete central controller module, the output signal being connected with other module first disconnects, until could be connected after ensuring correctness;
(2) when, after the controller module of all centres, adding master control system, debugging and the information exchange between each subsystem, data fusion, orthofunction, monitoring recognizer etc.;
(3) carry out complete machine index test, and carry out the adjustment of relevant portion, optimization according to test result;
(4) realize being connected with the commodity intelligent supervision supervising platform of host computer, test, verifying total system.
As preferably, also include Environmental-protection transporting supervising platform, the forensics analysis that the TDG algorithm based on mesh-density sets up commodity fortune pipe overall process is adopted to dispose model, judge whether means of transport travels by fixed course, whether overloads, sheds on the way, the airborne dust order of severity, once find, in time record and processing, it is achieved the Environmental-protection transporting of means of transport, transport management safely. Supervising platform application layer provides based on series of computation machine Intelligent treatment services such as the data analysis of Commodity Transportation instrument Monitoring Data, statistical analysiss, for refining and taking out Commodity Transportation instrument ruuning situation, it is achieved the analysis in real time of Commodity Transportation instrument Monitoring Data, historical data analysis.
As preferably, Intelligent treatment service is made up of data base, data access module, data supervisor call reason module, safety management and five parts of intelligent analysis module.
As preferably, commodity intelligent monitoring and controlling device adopts semi-active RFID technique, is identified by gate RFID, Commodity Transportation instrument RFID, obtain, the identity information of transmission commodity, turnover time and the whether information such as cleaning; By wide range grating scale, measure, transmit Commodity Transportation tool loading height, identify for main control unit overload; Build Commodity Transportation communication network, it is achieved the communication of the sensor informations such as RFID, grating scale, video camera, noise and main control unit, and the 3G network interface of main control unit and Environmental-protection transporting supervising platform.
The beneficial effects of the present invention is:
(1) present invention will dissolve a RFID fixed point monitoring and Online Video image cooperative monitoring, and monitoring Commodity Transportation, moment control the pretty situation of commodity;
(2) in the present invention, the data that RFID locating read-write device reads are fed back to central controller by Zigbee node in the way of wireless signal, user is transferred data to again by central controller, so can accurately grasp the situation of commodity logistics, substantially increase management means and work efficiency.
Detailed description of the invention:
For making the goal of the invention of the present invention, technical scheme and advantage clearly, below the embodiment of invention is described in further detail.
The present invention adopts the modular construction of hierarchical block, the subsystem that form function opposite independent, can individually debug, such as RFID information identification and transmission subsystem, Commodity Transportation tool loading height grating measuring subsystem, Commodity Transportation instrument evidence obtaining video image captures and transmission subsystem, noise measurement acquisition subsystem etc. In concrete development test, first debugging subsystems, input signal can be produced by experimental apparatus simulation, or directly from debugging complete subsystem, the output signal being connected with other subsystem first disconnects, until could be connected after ensuring correctness; After all subsystems are debugged, add master control system, debugging and the information exchange between each subsystem, data fusion, orthofunction, monitoring recognizer etc.; Last then carry out complete machine index test, and carry out the adjustment of relevant portion, optimization according to test result; Final realization is connected with the commodity Environmental-protection transporting supervising platform of host computer, tests, verifies total system, until it reaches promising result. It is made up of commodity intelligent monitoring and controlling device, vehicle mounted intelligent monitoring apparatus and an intelligent monitoring and controlling device of dissolving, adopt multisensor Data Fusion technology, including RFID information identification and transmission subsystem, loading height grating measuring subsystem, commodity evidence obtaining video image captures and transmission subsystem, noise measurement acquisition subsystem, adopt the modular construction of hierarchical block between each subsystem, function opposite independent, can individually debug.
Alignment system job step is:
(1) debugging central controller, input signal can be produced by experimental apparatus simulation, or directly from debugging complete central controller module, the output signal being connected with other module first disconnects, until could be connected after ensuring correctness;
(2) when, after the controller module of all centres, adding master control system, debugging and the information exchange between each subsystem, data fusion, orthofunction, monitoring recognizer etc.;
(3) carry out complete machine index test, and carry out the adjustment of relevant portion, optimization according to test result;
(4) realize being connected with the commodity intelligent supervision supervising platform of host computer, test, verifying total system.
Semi-active RFID be one be easily manipulated, simple and practical and be particularly suitable for the motility application technology of Automated condtrol, in situation at ordinary times, it does not work in a dormant state, outwardly do not send RFID signal, only when it enters the activation signal scope of low frequency activation device, label is just started working after being activated. So, position with low frequency activation device for basic point, in different positions, different basic points is installed, then after signal is read with remote read write line identification in a big region, by the mode of uploading of RS485 bus or ethernet network, information of vehicles is uploaded to the main control unit of building site intelligent monitoring and controlling device, completes slag-soil truck identity, inlet/outlet time, arrive the record collection of information, transmission such as cleaning point. Identify that work is without manual intervention, both can support that read-only mode of operation also can support reading writing working pattern, and without contact or aiming, freely can work under various adverse circumstances, it is not afraid of the rugged environment such as oil stain, contamination by dust, is particularly well-suited to the occasions such as building site environment.
Claims (5)
1. a commodity logistics positioning system, it is made up of commodity intelligent monitoring and controlling device and an intelligent monitoring and controlling device of dissolving, it is characterised in that: adopt multisensor Data Fusion technology, including central controller, RFID locating read-write device, a Zigbee node installed by each RFID locating read-write device;
The data that RFID locating read-write device reads are fed back to central controller by described Zigbee node in the way of wireless signal, and described central controller adopts the modular construction of hierarchical block;
Described module includes RFID information identification and transmission subsystem, loading height grating measuring subsystem, evidence obtaining video image violating the regulations are captured and transmission subsystem, noise measurement obtain subsystem, function opposite independent, can individually debug.
2. a kind of commodity logistics positioning system according to claim 1, it is characterised in that: described alignment system job step is:
(1) debugging central controller, input signal can be produced by experimental apparatus simulation, or directly from debugging complete central controller module, the output signal being connected with other module first disconnects, until could be connected after ensuring correctness;
(2) when, after the controller module of all centres, adding master control system, debugging and the information exchange between each subsystem, data fusion, orthofunction, monitoring recognizer etc.;
(3) carry out complete machine index test, and carry out the adjustment of relevant portion, optimization according to test result;
Realize being connected with the commodity intelligent supervision supervising platform of host computer, test, verifying total system.
3. a kind of commodity logistics positioning system according to claim 1, it is characterized in that: also include Environmental-protection transporting supervising platform, described Environmental-protection transporting supervising platform adopts the forensics analysis that the TDG algorithm based on mesh-density sets up commodity fortune pipe overall process to dispose model, judge whether means of transport travels by fixed course, whether overloads, sheds on the way, the airborne dust order of severity, once find, in time record and processing, it is achieved the Environmental-protection transporting of means of transport, transport management safely; Supervising platform application layer provides based on series of computation machine Intelligent treatment services such as the data analysis of Commodity Transportation instrument Monitoring Data, statistical analysiss, for refining and taking out Commodity Transportation instrument ruuning situation, it is achieved the analysis in real time of Commodity Transportation instrument Monitoring Data, historical data analysis.
4. a kind of commodity logistics positioning system according to claim 1, it is characterised in that: described Intelligent treatment service is made up of data base, data access module, data supervisor call reason module, safety management and five parts of intelligent analysis module.
5. a kind of commodity logistics positioning system according to claim 1, it is characterized in that: described commodity intelligent monitoring and controlling device adopts semi-active RFID technique, identified by gate RFID, Commodity Transportation instrument RFID, obtain, the identity information of transmission commodity, turnover time and the whether information such as cleaning; By wide range grating scale, measure, transmit Commodity Transportation tool loading height, identify for main control unit overload; Build Commodity Transportation communication network, it is achieved the communication of the sensor informations such as RFID, grating scale, video camera, noise and main control unit, and the 3G network interface of main control unit and Environmental-protection transporting supervising platform.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410633458.0A CN105654256A (en) | 2014-11-12 | 2014-11-12 | Goods logistics positioning system |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410633458.0A CN105654256A (en) | 2014-11-12 | 2014-11-12 | Goods logistics positioning system |
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| CN105654256A true CN105654256A (en) | 2016-06-08 |
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| CN201410633458.0A Pending CN105654256A (en) | 2014-11-12 | 2014-11-12 | Goods logistics positioning system |
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Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101231728A (en) * | 2007-01-25 | 2008-07-30 | 萧正元 | Commodity logistics service system and false proof method thereof |
| US20090102657A1 (en) * | 2007-09-24 | 2009-04-23 | Savi Technology, Inc. | Method and Apparatus for Tracking and Monitoring Containers |
| CN103577956A (en) * | 2013-10-25 | 2014-02-12 | 江苏经贸职业技术学院 | Practical training device of logistics transportation positioning system |
| CN103679316A (en) * | 2012-09-21 | 2014-03-26 | 中国移动通信集团公司 | Real-time dispatching and delivery method and device |
-
2014
- 2014-11-12 CN CN201410633458.0A patent/CN105654256A/en active Pending
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101231728A (en) * | 2007-01-25 | 2008-07-30 | 萧正元 | Commodity logistics service system and false proof method thereof |
| US20090102657A1 (en) * | 2007-09-24 | 2009-04-23 | Savi Technology, Inc. | Method and Apparatus for Tracking and Monitoring Containers |
| CN103679316A (en) * | 2012-09-21 | 2014-03-26 | 中国移动通信集团公司 | Real-time dispatching and delivery method and device |
| CN103577956A (en) * | 2013-10-25 | 2014-02-12 | 江苏经贸职业技术学院 | Practical training device of logistics transportation positioning system |
Non-Patent Citations (1)
| Title |
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| 徐胜等: "基于物联网的渣土车环保运输智能监控装置设计", 《仪表技术》 * |
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