CN202650043U

CN202650043U - Traveling cargo tracking device based on RFID technology and GPS technology

Info

Publication number: CN202650043U
Application number: CN201220315655.4U
Authority: CN
Inventors: 杨从亚; 薛雯霞
Original assignee: Wuxi Professional College of Science and Technology
Current assignee: Wuxi Professional College of Science and Technology
Priority date: 2012-06-28
Filing date: 2012-06-28
Publication date: 2013-01-02
Anticipated expiration: 2022-06-28

Abstract

Provided is a traveling cargo tracking device based on RFID technology and GPS technology, comprising a center processing module and a logistics information platform. The center processing module is composed of a GPS system module and a RFID system module. The GPS system module is composed of a vehicle terminal module, a mobile communication system and a monitoring server; the RFID system module is composed of an RFID electronic label and a RFID reader-writer. A transport vehicle is provided with the GPS system; the vehicle terminal module calculates information of vehicle concrete positions through receiving information of a GPS satellite and transmits the information to the mobile communication system; the mobile communication system forwards vehicle information to the monitoring server which transmits the vehicle information to the center processing module. The transport vehicle is provided with the RFID reader-writer; the RFID electronic label is posted on a cargo. When the cargo is carried to the vehicle, the RFID reader-writer can scan all cargos one time and transmits scanned cargo information to the center processing module; the center processing module integrates vehicle information and cargo information and sends the information to the logistics information display to display present cargo information and vehicle information.

Description

In-transit goods tracking means based on RFID technology and GPS technology

Technical field

The utility model relates to the logistics management application apparatus that a kind of new technology is used, particularly a kind of in-transit goods tracking means based on RFID technology and GPS technology.

Background technology

Logistics distribution is the important step of logistics activity, and the dispensing of in-transit goods is followed the tracks of and control is one of most important value-added service of providing of modern logistics, also is one of core technology of modern logistics development.But at present ubiquity delivery process and goods can not real-time follow-ups and the phenomenon of control.

The GPS technology can realize the real-time navigation capability of distribution vehicle, and transmits the real time position of vehicle and cargo state by real-time communication function.The core of RFID technology is electronic tag, can put down in writing the unique identification of article and required attribute information in the label.The relaxing to use so that distribution vehicle is followed the tracks of of Current GPS technology becomes possibility, and the RFID technology provides a kind of new means and thinking for the tracking in transit take product as unit and information synergism.

The utility model is based on above problem, on existing Logistics Information Platform basis, with GPS technology and integrated automobile navigation and the in-transit goods of being applied to of RFID technology, provide the service of in-transit goods all-the-way tracking by integrated platform for logistics distribution enterprise, realized the purpose of dispensing Efficient Operation.

The utility model content

The purpose of this utility model is to provide a kind of in-transit goods tracking means based on RFID technology and GPS technology that offers convenience to loglstics enterprise and downstream user.

For solving the problems of the technologies described above, the utility model comprises central processing module and Logistics Information Platform, it is characterized in that central processing module is comprised of gps system module and rfid system module.

Further improvement as such scheme is characterized in that: the gps system module is comprised of car-mounted terminal module, mobile communication system and monitoring server; The rfid system module is made of RFID electronic tag and rfid interrogator.

As the further improvement of such scheme, gps system module and rfid interrogator are installed in above the haulage vehicle, and the RFID electronic tag is attached to above the goods.

Advantage of the present utility model:

It is current application important application more widely in the logistics field that in-transit goods are followed the tracks of, and also is a comparatively urgent important application of current demand in the Intelligent transport simultaneously, is one of effective way of the solving road traffic problems of generally acknowledging in the world.Its solution must rely on the combination of modern information technologies and administrative skill.At present, only there is the freight tracking system of independent use GPS technological orientation in China and uses separately the system of RFID technology identification goods, and in the actual use of logistics system, often need to follow the trail of the particular location of a certain goods, particularly valuables or fragile article etc., the comprehensive RFID technology of the utility model and GPS technology, realization is to the whole-course dynamic tracing of goods, such as assortment of article, quantity, goods situation in transit, delivery period, place of departure and arrival point, the owner of cargo of goods, deliver goods responsibility vehicle and personnel etc., not only satisfy the needs of the own goods of client's real-time query, and improved effectively the scientific and technological level of China Logistics and transport enterprise.

Description of drawings

Fig. 1 is principle of work schematic diagram of the present utility model

Embodiment

Below in conjunction with accompanying drawing the utility model is further described:

The utility model comprises central processing module 1 and Logistics Information Platform 2, it is characterized in that central processing module 1 is comprised of gps system module 3 and rfid system module 4.

Other step as such scheme improves, and it is characterized in that gps system module 3 is comprised of with monitoring server 7 car-mounted terminal module 5, mobile communication system 6; Rfid system module 4 is made of RFID electronic tag 8 and rfid interrogator 9.

Gps system module 3 is installed on the transport vehicle, car-mounted terminal module 5 goes out the more specific location information at vehicle place by the information calculations that receives gps satellite, these information are sent to mobile communication system 6, mobile communication system 6 is transmitted information of vehicles to monitoring server 7, and monitoring server 7 transmission information of vehicles are to central processing module 1.Rfid interrogator 9 is installed on the transport vehicle, and RFID electronic tag 8 is attached on the goods.Goods is got on the bus rear rfid interrogator 9 can all goods of single pass, then the goods information that scans are delivered in the central processing module 1; Central processing module 1 integrates information of vehicles and goods information is sent to Logistics Information Platform 2, and Logistics Information Platform 2 can show current goods information and information of vehicles, satisfies the needs of client's real-time query goods information.

Claims

1. based on the in-transit goods tracking means of RFID technology and GPS technology, comprise central processing module and Logistics Information Platform, it is characterized in that central processing module is comprised of gps system module and rfid system module.

2. the in-transit goods tracking means based on RFID technology and GPS technology according to claim 1 is characterized in that the gps system module is comprised of car-mounted terminal module, mobile communication system and monitoring server; The rfid system module is made of RFID electronic tag and rfid interrogator.

3. the in-transit goods tracking means based on RFID technology and GPS technology according to claim 1 is characterized in that gps system module and rfid interrogator are installed in above the haulage vehicle, and the RFID electronic tag is attached to above the goods.