CN103745644B - The omnidistance real-time intelligentization of product supply chain based on Internet of Things follows the tracks of demo platform - Google Patents
The omnidistance real-time intelligentization of product supply chain based on Internet of Things follows the tracks of demo platform Download PDFInfo
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- CN103745644B CN103745644B CN201410051293.6A CN201410051293A CN103745644B CN 103745644 B CN103745644 B CN 103745644B CN 201410051293 A CN201410051293 A CN 201410051293A CN 103745644 B CN103745644 B CN 103745644B
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Abstract
The invention discloses the omnidistance real-time intelligentization of a kind of product supply chain based on Internet of Things and follow the tracks of demo platform, belong to education or demonstration equipment technical field, its first management host arranged in reception area can be accessed in internet or be run the image data be stored in self hard disk, and display on the electronic display screen; Transport demo system in transit installs reading first electronic labeling information the first RFID card reader in the bottom of travelling bogie, the temperature sensor be provided with in travelling bogie and humidity sensor and the first RFID card reader are respectively transport controller and provide detection signal, are provided with wireless transport module and by its communication mutual to the server be connected in a local network in transport controller; The examine goods hand-held function of a RFID of demo system of retail reads the information of the second electronic tag and by this information transmission to the server in LAN (Local Area Network), the second management host automatically reads the information in server by LAN (Local Area Network) and shows.
Description
Technical field
The invention belongs to education or demonstration equipment technical field, be specifically related to the omnidistance real-time intelligentization of a kind of product supply chain based on Internet of Things and follow the tracks of demo platform.
Background technology
Society, a kind of product from farm to dining table, through producing, processing, circulation, all too many levels such as wholesale and retail, having that product is contaminated in each link may.The pollution problem that any link occurs all must cause the generation of product quality problem, thus threatens the safe consumption of product.But along with product economy system is complicated, the aggravation of internationalization and diversification, the supply chain of product is more and more longer, link is more and more, increasing extent is wide, increases the probability that product quality problem occurs.
In order to reduce product quality problem, the production and transport etc. of product is had higher requirement.Cold Chain Logistics industry is arisen at the historic moment just in such development process, how to improve administrative skill level in Cold Chain Logistics field, how to carry out the stock control of science, how to control cost and to reduce waste, focus on the optimum management of Cold Chain Logistics links.
Find through research, by carrying out Unified coding to product, integrated use RFID, GPS, temperature, humidity automatically record with control, the technology such as coded communication, it is practicable for setting up product traceability system to manage the links of Cold Chain Logistics.This technology is still in theoretical research and advanced development at present, and people are not also familiar with it comprehensively intuitively, does not have to experience all benefits that Cold Chain Logistics is brought vividly.
In order to represent the concrete condition of Cold Chain Logistics intuitively, Chinese invention patent 201110374414.7 discloses a kind of supply chain demo system based on RFID, can demonstrate to the embody rule of people's Internet of Things in production, logistics sorting and and products retail link, but some the requisite links that also have ignored in Internet of Things, make people still be in the more unilateral stage to the understanding of Internet of Things.
Summary of the invention
Technical matters to be solved by this invention is to provide the omnidistance real-time intelligentization of a kind of product supply chain based on Internet of Things and follows the tracks of demo platform, can transport in transit and retail in display material networking and to examine goods the embody rule situation of link.
For solving the problems of the technologies described above, technical scheme of the present invention is: design the omnidistance real-time intelligentization of a kind of product supply chain based on Internet of Things and follow the tracks of demo platform, comprise the reception area and demonstration district of arranging successively, it is characterized in that: be provided with transport demo system in transit in demonstration district, demo system and the server be connected in a local network are examined goods in retail;
The electronic display first management host being set in reception area and being connected with the first management host, the first management host can be accessed in internet or be run the image data be stored in self hard disk, and display is on the electronic display screen;
Transport demo system in transit to comprise travelling bogie and be posted in ground multiple first electronic tag in demonstration district successively, the first RFID card reader is installed in the bottom of travelling bogie, and the first RFID card reader can read the information in the first electronic tag; Temperature sensor, humidity sensor and transport controller is provided with in travelling bogie, first RFID card reader, temperature sensor and humidity sensor are respectively transport controller and provide detection signal, be provided with wireless transport module in transport controller, transport controller is by wireless transport module communication mutual to the server be connected in a local network;
Retail is examined goods the second electronic tag that demo system comprises the second management host, a RFID hand-held set and is posted on travelling bogie, the hand-held function of one RFID reads the information of the second electronic tag and by this information transmission to the server in LAN (Local Area Network), the second management host automatically reads the information in server by LAN (Local Area Network) and shows.
Preferably, also comprise intelligent security guard demo system, intelligent security guard demo system comprises multiple rfid cards, card sender, plate antenna and is arranged on second RFID card reader in demonstration exit, district; Card sender is connected on the first management host, the rfid card information that card sender reads by the first management host carries out defining and the server be transferred in LAN (Local Area Network), plate antenna is arranged on the information of each position in demonstration district the tabular signal beam reading rfid card by transmitting, second RFID card reader can read the information of rfid card, and the second RFID card reader and plate antenna are by LAN (Local Area Network) and the mutual communication of server.
Preferably, demonstration is also provided with production testing demo system in district, and production testing demo system comprises the first frame, and the first frame arranges raw material test simulator, Product checking analogue means, detection control device and the 3rd management host; 3rd management host is by LAN (Local Area Network) and the mutual communication of server;
Raw material test simulator comprises the feedstock transportation band that can stretch rear end, the below at feedstock transportation band rear portion arranges acceptable material storage area and defective raw material storage area, the front end of feedstock transportation band arranges the 3rd RFID card reader, and the 3rd RFID card reader provides detection signal for detection control device;
Product checking analogue means comprises the product conveyor can stretched in rear end, and the below at product conveyor rear portion arranges specification product storage area and substandard product storage area, and the front end of product conveyor arranges product supply tape;
The detection signal that detection control device provides according to the 3rd RFID card reader controls the flexible of feedstock transportation band and product conveyor, detection control device control linkage product supply tape.
Preferably, the live-roller of feedstock transportation band and product conveyor rear end connects respective expansion bracket, and the other end of expansion bracket connects the first cylinder.
Preferably, feedstock transportation band and product conveyor are also provided with idler roller, idler roller connects spring, and the other end of spring connects the first frame.
Preferably, detection control device also controls the electrical source of power of feedstock transportation band and product conveyor according to the detection signal of RFID card reader.
Preferably, logistics sorting demo system is also provided with in demonstration district, logistics sorting demo system comprises the second frame, sorting equipment and sorting controller, sorting controller connects the 4th management host, 4th management host is stored and shows the operation information of sorting controller and intercomed mutually by LAN (Local Area Network) and server, and the top of the second frame arranges the driving-chain of annular;
Sorting equipment comprises the 4th RFID card reader, the second cylinder and sorting roller-way, the input end of sorting roller-way is communicated with the driving-chain of annular with output terminal, 4th RFID card reader and the second cylinder are arranged in the second frame of sorting roller-way input end, and the article be positioned on driving-chain can be pushed to the entrance sorting roller-way by the telescopic arm of the second cylinder;
4th RFID card reader provides detection signal for sorting controller, and sorting controller controls the second cylinder and the action of sorting roller-way according to detection signal.
Preferably, the endpiece of sorting roller-way arranges Articles detecting sensor, and Articles detecting sensor provides Articles detecting signal for sorting controller.
Preferably, demonstration is also provided with storehouse management demo system in district, and storehouse management demo system comprises the 5th management host, the 2nd RFID hand-held set, outbound dolly and puts up the more than one piece product of the 3rd electronic tag;
The hand-held function of 2nd RFID reads the information of the 3rd electronic tag, and by local network transport to server, the 5th management host automatically reads the information in server by LAN (Local Area Network) and shows.
Compared with prior art, the invention has the beneficial effects as follows:
1, the image video about Internet of Things before visit personnel do not enter demonstration district, can be watched by electronic display in reception area of the present invention, to the understanding that visit personnel one are preliminary, in demonstration district, the concrete demonstration of each system is laid the groundwork.
2, transporting demo system in transit can the specifying information of exhibiting product in transportation intuitively, comprise the humiture situation of change the etc. whether track route of travelling bogie, track route conform to the route of regulation, arrive in the temporal information in each place and transportation in travelling bogie, visit personnel have one to be clearly familiar with to transporting link in transit in Internet of Things.
3, retail examine goods demo system can under the prerequisite not opening travelling bogie, all goods details in automatic display travelling bogie, humiture information, haulage track information and the information such as whether goods was opened in the process of transport in transportation, if above-mentioned Information abnormity, examine goods in the compartment that inspection officer can open travelling bogie, otherwise inspection officer can allow travelling bogie directly leave for loading dock unloads.
4, intelligent security guard demo system can wear the rfid card of card sender mandate by visit personnel, when visiting in different regions, the tabular signal beam that plate antenna is launched can read the information of rfid card automatically, and the information such as card number, time of arrival is uploaded to server, when visit personnel arrive the outlet in demonstration district, second RFID card reader automatically reads the information of rfid card and by local network transport to server, is convenient to add up the formation information of the personnel of visit and manage.
5, production testing demo system and logistics sorting demo system are by respective equipment to people's raw material analog detection, product simulation detection and demonstration of intelligent automatic sorting intuitively, allow people clearly experience the intellectually and automatically of production and logistics sorting link.
6, the present invention can give productions in visit personnel Internet of Things, warehouse, outbound, logistics sort, it is in transit to transport, retail is examined goods and the link such as intelligent security guard is familiar with intuitively, experiences all benefits that Internet of Things brings, is beneficial to applying of next step.
Accompanying drawing explanation
Fig. 1 is distribution schematic diagram of the present invention;
Fig. 2 is the perspective view of production testing demo system;
Fig. 3 is the A direction view of Fig. 2;
Fig. 4 is the zoomed-in view of local I in Fig. 3;
Fig. 5 is the zoomed-in view of local I I in Fig. 3;
Fig. 6 is the control structure figure of production testing demo system;
Fig. 7 is the perspective view of logistics sorting demo system;
Fig. 8 is the B direction view of Fig. 7;
Fig. 9 is the zoomed-in view of local I in Fig. 8;
Figure 10 is the zoomed-in view of local I I in Fig. 8;
Figure 11 is the C direction view of Fig. 8;
Figure 12 is the control structure figure of logistics sorting demo system;
Figure 13 is the schematic diagram transporting demo system in transit;
Figure 14 is the examples of interfaces of transporting demo system in transit
Figure 15 is the control structure figure transporting demo system in transit;
Figure 16 is the electrical schematic diagram of storehouse management demo system;
Figure 17 is that retail is examined goods the electrical schematic diagram of demo system.
Mark in figure: 1, feedstock transportation band; 2, the 3rd RFID card reader; 3, the first frame; 4, acceptable material storage area; 5, defective raw material storage area; 6, product conveyor; 7, specification product storage area; 8, substandard product storage area; 9, the first cylinder; 10, expansion bracket; 11, idler roller; 12, spring; 13, live-roller; 14, product supply tape; 15, detection control device; 16, the 3rd management host; 17, electronic display; 18, the first management host; 19, card sender; 20, plate antenna; 21, the second RFID card reader; 22, the second frame; 23, driving-chain; 24, roller-way is sorted; 25, Articles detecting sensor; 26, the second cylinder; 27, the 4th RFID card reader; 28, gear; 29, motor; 30, the 4th management host; 31, sorting controller; 32, travelling bogie; 33, the first electronic tag; 34, the second electronic tag; 35, controller is transported; 36, temperature sensor; 37, humidity sensor; 38, the first RFID card reader; 39, the 5th management host; 40, printer; 41, the 2nd RFID hand-held set; 42, a RFID hand-held set; 43, the second management host.
Embodiment
Below in conjunction with accompanying drawing and embodiment, the present invention is described in further detail.
As shown in Figure 1, the electronic display 17 that the present invention arranges the first management host 18 and is connected with the first management host 18 in reception area, first management host 18 can be accessed in internet or be run the image data be stored in self hard disk, and is presented in electronic display 17; Visit personnel, before not entering demonstration district, watch the image video about Internet of Things by electronic display 17, to the understanding that visit personnel one are preliminary, lay the groundwork for entering the concrete demonstration watching each system in demonstration district.
Multiple rfid cards and card sender 19 is further provided with in reception area, card sender 19 is connected on the first management host 18, the rfid card information that card sender 19 reads by the first management host 18 carries out defining and the server be transferred in LAN (Local Area Network), install plate antenna 20 in each position in demonstration district, the tabular signal beam that plate antenna 20 can rely on it to launch reads the information of rfid card; Install in demonstration exit, district the information that the second RFID card reader 21, second RFID card reader 21 can read rfid card automatically, the second RFID card reader 21 and plate antenna 20 are by LAN (Local Area Network) and the mutual communication of server.
First visit personnel enter the Internet of Things video in reception area viewing electronic display 17, then wear the rfid card of being authorized by card sender 19 and enter the production testing demo system demonstrated in district after finishing watching video.
As shown in Figures 2 and 3, production testing demo system arranges raw material test simulator and Product checking analogue means in the first frame 3.Wherein, feedstock transportation band 1 is set in raw material test simulator, the below at feedstock transportation band 1 rear portion arranges acceptable material storage area 4 and defective raw material storage area 5, and the front end of feedstock transportation band 1 arranges the 3rd RFID card reader the 2, three RFID card reader 2 for detection control device 15 provides detection signal; Arrange product conveyor 6 in Product checking analogue means, the below at product conveyor 6 rear portion arranges specification product storage area 7 and substandard product storage area 8, and the front end of product conveyor 6 arranges product supply tape 14.As shown in Figure 4 and Figure 5, the live-roller 13 of feedstock transportation band 1 and product conveyor 6 rear end connects respective expansion bracket 10, the other end of expansion bracket 10 connects the first cylinder 9, the other end of the first cylinder 9 is fixed in the first frame 3, and detection control device 15 controls the first cylinder 9 and product supply tape 14 action according to the detection signal that the 3rd RFID card reader 2 provides.Feedstock transportation band 1 and product conveyor 6 are also provided with idler roller 11, and idler roller 11 connects spring 12, and the other end of spring 12 connects the first frame 3.As shown in Figure 6, detection control device 15 also connects the 3rd management host 16, and controls the electrical source of power of feedstock transportation band 1 and product conveyor 6 according to the detection signal of RFID card reader, and the 3rd management host 16 is by LAN (Local Area Network) and the mutual communication of server.
During demonstration, the electronic labeling information that raw material is puted up is input in detection control device 15 by modes such as the 3rd management hosts 16 in advance, and the whether qualified of raw material is defined.The rfid card representing personal information is taken the 3rd RFID card reader 2 place and is read by staff, 3rd RFID card reader 2 by read information transmission to detection control device 15, detection control device 15 judges whether this rfid card has operating right, only when there being operating right, feedstock transportation band 1 and product conveyor 6 just put into operation.Now, the raw material putting up electronic tag is rendered on feedstock transportation band 1, when arriving the 3rd RFID card reader 2 place, information in the automatic reading electronic labels of 3rd RFID card reader 2, and sending detection control device 15 to, according to predefined information, detection control device 15 judges that whether this raw material is qualified.If raw material is qualified, detection control device 15 makes the rear end of feedstock transportation band 1 arrive acceptable material storage area 4 place by control first cylinder 9, is sent to by raw material in acceptable material storage area 4; If raw material is defective, detection control device 15 makes the rear end of feedstock transportation band 1 arrive defective raw material storage area 5 place by control first cylinder 9, is sent to by raw material in defective raw material storage area 5.
Meanwhile, detection control device 15 controls product supply tape 14 and starts, and transfers out product.Only qualified at raw material, proportioning is correct, detection control device 15 controls the first cylinder 9 action, makes the rear end of product conveyor 6 arrive specification product storage area 7 place, is delivered into by product in specification product storage area 7; Otherwise the rear end of product conveyor 6 arrives substandard product storage area 8 place, is delivered into by product in substandard product storage area 8.
In above process, the operation information of detection control device 15 sends the 3rd management host 16 to carry out Storage & Display and is uploaded to server by LAN (Local Area Network), the detection case of convenient operation personnel to raw material and product is very clear, and can having access at any time this information.So move in circles, to people's raw material analog detection and product simulation detection demonstration intuitively, allow people clearly realize that the automatic detection case of production link.
What next carry out will be the in-stockroom operation of specification product, enter storehouse management demo system.As shown in figure 16, the printer 40 being provided with the 5th management host 39, shelf, the 2nd RFID hand-held set 41, outbound dolly in storehouse management demo system and being connected on the 5th management host 39, printer 40 prints the 3rd electronic tag of the information such as representative products title, raw material, date of manufacture and production people, be posted on specification product, then specification product be placed on shelf.2nd RFID hand-held set 41 can read the information of the 3rd electronic tag, and by local network transport to server, the 5th management host 39 automatically reads the information in server by LAN (Local Area Network) and shows and the information of the 3rd electronic tag printed is uploaded to server.
Make an inventory warehouse demonstration time, the hand-held 2nd RFID hand-held set 41 of demonstrator is to shelf place, 2nd RFID hand-held set 41 automatically reads the 3rd electronic labeling information in shelf on product and is uploaded to server by LAN (Local Area Network), 5th management host 39 transfers the information of server automatically, display warehouse stock counting information.
During product warehouse-out demonstration, the hand-held 2nd RFID hand-held set 41 of demonstrator, to outbound dolly place, with warehouse demonstration of making an inventory, is shown by the 5th management host 39 after the automatic reading information of the 2nd RFID hand-held set 41.Also go out library information well by the 5th management host 39 predefined, then read with the 2nd RFID hand-held set 41 actual go out library information contrast, check outbound product and whether meet the requirements.
Next step logistics entered in demonstration district of product after outbound sorts demo system.As shown in Fig. 7, Fig. 8, Figure 11 and Figure 12, logistics sorting demo system is provided with the second frame 22, sorting equipment and sorting controller 31, and sorting controller 31 connects the 4th management host 30.Wherein, the 4th management host 30 is stored and shows the operation information of sorting controller 31 and intercomed mutually by LAN (Local Area Network) and server; The top of the second frame 22 arranges the driving-chain 23 of annular; Sorting equipment comprises the 4th RFID card reader 27, second cylinder 26 and sorting roller-way 24, the input end of sorting roller-way 24 is communicated with the driving-chain 23 of annular with output terminal, as shown in Figure 10,4th RFID card reader 27 and the second cylinder 26 are arranged in the second frame 22 of sorting roller-way 24 input end, and the article be positioned on driving-chain 23 can be pushed to the entrance sorting roller-way 24 by the telescopic arm of the second cylinder 26.4th RFID card reader 27 provides detection signal for sorting controller 31, and sorting controller 31 controls the second cylinder 26 and the action of sorting roller-way 24 according to detection signal.As shown in Figure 9, the endpiece of sorting roller-way 24 arranges Articles detecting sensor 25, and Articles detecting sensor 25 provides Articles detecting signal for sorting controller 31.
During demonstration, connect the power supply of motor 29, motor 29 drives driving-chain 23 to operate by gear 28, the article posting the 5th electronic tag are put on driving-chain 23, driving-chain 23 by goods transportation to sorting equipment place time, 4th RFID card reader 27 of this sorting equipment reads the information of the 5th electronic tag automatically, and send this information to sorting controller 31, sorting controller 31 distinguishes that whether the information of the 5th electronic tag is corresponding with the numbering of the 4th RFID card reader 27, if corresponding, send control signal, make the second cylinder 26 in this sorting equipment and the action of sorting roller-way 24, the article being positioned at driving-chain 23 are shifted onto on sorting roller-way 24 by the second cylinder 26, sorting roller-way 24 is fed forward article, goods sorting is gone out.When the article sorted out arrive the endpiece of sorting roller-way 24, if Articles detecting sensor 25 detects, and driving-chain 23 has article through out-of-date, sorting controller 31 controls sorting roller-way 24 to be stopped, and bumps against to avoid article; Treating that the article on driving-chain 23 continue to carry the article sorted out through again starting sorting roller-way 24 later, making it again enter driving-chain 23 and carrying out automatic sorting demonstration.
Article are in the course of conveying of driving-chain 23, if the information of the 5th electronic tag is not corresponding with the numbering of the 4th RFID card reader 27, sorting controller 31 does not start the second cylinder 26 and the sorting roller-way 24 of this RFID card reader place sorting equipment, make article continue to forward, enter lower a set of sorting equipment.And so forth, to the ocular demonstration of people's automatic sorting article, be convenient to the intellectually and automatically that people recognize goods sorting.Article after sorting then enter transport demo system in transit.
As shown in Figure 13 and Figure 15, transport in demo system in transit and be provided with travelling bogie 32 and be posted in ground multiple first electronic tag 33 in demonstration district successively, the first RFID card reader 38, first RFID card reader 38 is installed in the bottom of travelling bogie 32 can read information in the first electronic tag 33; Temperature sensor 36, humidity sensor 37 and transport controller 35 is provided with in travelling bogie 32, first RFID card reader 38, temperature sensor 36 and humidity sensor 37 are respectively transport controller 35 and provide detection signal, wireless transport module is provided with in transport controller 35, transport controller 35 is by wireless transport module communication mutual to the server be connected in a local network, and this transit information is read by the 6th management host and shown from server.
During demonstration, the article after sorting are loaded in travelling bogie 32, and on travelling bogie 32, puts up the second electronic tag 34.Push travelling bogie 32 to advance along the route of setting, arrive each the second electronic tag 34 place, first RFID card reader 38 reads the information of the second electronic tag 34 automatically, and by transporting controller 35 by information transmission such as the times of location information, arrival to server.If travelling bogie 32 does not have the route walking by setting in advance, in the 6th management host, then show error information.And in the process, as shown in figure 14, the humiture information in travelling bogie 32 is also uploaded to server in real time, and shows the humiture situation of change of travelling bogie 32 in the 6th management host.
Customs during last link Shi Guo customs of transport examines goods, and this link, with Chinese invention patent 201110374414.7, no longer repeats at this.
The article that transport terminates enter retail and to examine goods demo system.As shown in figure 17, retail is examined goods in demo system and is provided with the second management host 43 and a RFID hand-held set 42, one RFID hand-held set 42 can read the information of the second electronic tag 34 and by this information transmission to the server in LAN (Local Area Network), the second management host 43 automatically reads the information in server by LAN (Local Area Network) and shows.
During demonstration, demonstrator the one RFID hand-held set 42 reads the information of the second electronic tag 34, information is uploaded to server by LAN (Local Area Network) by the one RFID hand-held set 42 automatically, then the second management host 43 transfers the data in server automatically by LAN (Local Area Network), automatically upgrades information of examining goods.System can under the prerequisite not opening travelling bogie 32, all goods details in automatic display travelling bogie 32, humiture information, haulage track information and the information such as whether goods was opened in the process of transport in transportation, if above-mentioned Information abnormity, examine goods in the compartment that inspection officer can open travelling bogie 32, otherwise inspection officer can allow travelling bogie 32 directly leave for loading dock unloads.
The goods being transported to retail trading enters sales section after examining goods, and the demonstration situation of this link is identical with Chinese invention patent 201110374414.7, does not repeat them here.
In the process of above-mentioned visit, plate antenna 20 automatically be have read the information of rfid card by the tabular signal beam launched and is uploaded by LAN (Local Area Network) and give server.After visit personnel have visited sales section, just the exit in demonstration district has been come, second RFID card reader 21 automatically read the rfid card that visit personnel wear information and by local network transport to server, 7th management host can be set herein, automatically the data in server are read by the 7th management host, the travel information of display visit personnel, comprises each location information arrived successively, the time etc. reaching the time and stop in each place, achieves the intelligent management to the personnel of visit.
Above-mentioned first cylinder 9 and the second cylinder 26 all by replacing with other the telescoping mechanism such as hydraulic cylinder, can not limit the concrete structure of telescoping mechanism at this, operate as long as can complete flexible, push-and-pull.
The above is only preferred embodiment of the present invention, and any those skilled in the art may utilize the technology contents of above-mentioned announcement to be changed or be modified as the Equivalent embodiments of equivalent variations.Every any simple modification, equivalent variations and remodeling done above embodiment according to technical spirit of the present invention, still belongs to the protection domain of technical solution of the present invention.
Claims (8)
1. the omnidistance real-time intelligentization of the product supply chain based on Internet of Things follows the tracks of demo platform, comprise the reception area and demonstration district of arranging successively, it is characterized in that: be provided with transport demo system in transit in demonstration district, demo system and the server be connected in a local network are examined goods in retail;
The electronic display first management host being set in reception area and being connected with the first management host, the first management host can be accessed in internet or be run the image data be stored in self hard disk, and display is on the electronic display screen;
Transport demo system in transit to comprise travelling bogie and be posted in ground multiple first electronic tag in demonstration district successively, the first RFID card reader is installed in the bottom of travelling bogie, and the first RFID card reader can read the information in the first electronic tag; Temperature sensor, humidity sensor and transport controller is provided with in travelling bogie, first RFID card reader, temperature sensor and humidity sensor are respectively transport controller and provide detection signal, be provided with wireless transport module in transport controller, transport controller is by wireless transport module communication mutual to the server be connected in a local network;
Retail is examined goods the second electronic tag that demo system comprises the second management host, a RFID hand-held set and is posted on travelling bogie, the hand-held function of one RFID reads the information of the second electronic tag and by this information transmission to the server in LAN (Local Area Network), the second management host automatically reads the information in server by LAN (Local Area Network) and shows;
Demonstration is also provided with production testing demo system in district, and production testing demo system comprises the first frame, and the first frame arranges raw material test simulator, Product checking analogue means, detection control device and the 3rd management host; 3rd management host is by LAN (Local Area Network) and the mutual communication of server;
Raw material test simulator comprises the feedstock transportation band that can stretch rear end, the below at feedstock transportation band rear portion arranges acceptable material storage area and defective raw material storage area, the front end of feedstock transportation band arranges the 3rd RFID card reader, and the 3rd RFID card reader provides detection signal for detection control device;
Product checking analogue means comprises the product conveyor can stretched in rear end, and the below at product conveyor rear portion arranges specification product storage area and substandard product storage area, and the front end of product conveyor arranges product supply tape;
The detection signal that detection control device provides according to the 3rd RFID card reader controls the flexible of feedstock transportation band and product conveyor, detection control device control linkage product supply tape.
2. follow the tracks of demo platform according to the omnidistance real-time intelligentization of the product supply chain based on Internet of Things according to claim 1, it is characterized in that: also comprise intelligent security guard demo system, intelligent security guard demo system comprises multiple rfid cards, card sender, plate antenna and is arranged on second RFID card reader in demonstration exit, district; Card sender is connected on the first management host, the rfid card information that card sender reads by the first management host carries out defining and the server be transferred in LAN (Local Area Network), plate antenna is arranged on the information of each position in demonstration district the tabular signal beam reading rfid card by transmitting, second RFID card reader can read the information of rfid card, and the second RFID card reader and plate antenna are by LAN (Local Area Network) and the mutual communication of server.
3. follow the tracks of demo platform according to the omnidistance real-time intelligentization of the product supply chain based on Internet of Things described in claim 1 or 2, it is characterized in that: the live-roller of feedstock transportation band and product conveyor rear end connects respective expansion bracket, the other end of expansion bracket connects the first cylinder.
4. follow the tracks of demo platform according to the omnidistance real-time intelligentization of the product supply chain based on Internet of Things according to claim 3, it is characterized in that: feedstock transportation band and product conveyor are also provided with idler roller, idler roller connects spring, and the other end of spring connects the first frame.
5. follow the tracks of demo platform according to the omnidistance real-time intelligentization of the product supply chain based on Internet of Things described in claim 1 or 2, it is characterized in that: detection control device also controls the electrical source of power of feedstock transportation band and product conveyor according to the detection signal of RFID card reader.
6. follow the tracks of demo platform according to the omnidistance real-time intelligentization of the product supply chain based on Internet of Things described in claim 1 or 2, it is characterized in that: in demonstration district, be also provided with logistics sorting demo system, logistics sorting demo system comprises the second frame, sorting equipment and sorting controller, sorting controller connects the 4th management host, 4th management host is stored and shows the operation information of sorting controller and intercomed mutually by LAN (Local Area Network) and server, and the top of the second frame arranges the driving-chain of annular;
Sorting equipment comprises the 4th RFID card reader, the second cylinder and sorting roller-way, the input end of sorting roller-way is communicated with the driving-chain of annular with output terminal, 4th RFID card reader and the second cylinder are arranged in the second frame of sorting roller-way input end, and the article be positioned on driving-chain can be pushed to the entrance sorting roller-way by the telescopic arm of the second cylinder;
4th RFID card reader provides detection signal for sorting controller, and sorting controller controls the second cylinder and the action of sorting roller-way according to detection signal.
7. follow the tracks of demo platform according to the omnidistance real-time intelligentization of the product supply chain based on Internet of Things according to claim 6, it is characterized in that: the endpiece of sorting roller-way arranges Articles detecting sensor, and Articles detecting sensor provides Articles detecting signal for sorting controller.
8. follow the tracks of demo platform according to the omnidistance real-time intelligentization of the product supply chain based on Internet of Things described in claim 1 or 2, it is characterized in that: demonstration is also provided with storehouse management demo system in district, and storehouse management demo system comprises the 5th management host, the 2nd RFID hand-held set, outbound dolly and puts up the more than one piece product of the 3rd electronic tag;
The hand-held function of 2nd RFID reads the information of the 3rd electronic tag, and by local network transport to server, the 5th management host automatically reads the information in server by LAN (Local Area Network) and shows.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410051293.6A CN103745644B (en) | 2014-02-15 | 2014-02-15 | The omnidistance real-time intelligentization of product supply chain based on Internet of Things follows the tracks of demo platform |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN201410051293.6A CN103745644B (en) | 2014-02-15 | 2014-02-15 | The omnidistance real-time intelligentization of product supply chain based on Internet of Things follows the tracks of demo platform |
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| CN110390218A (en) * | 2019-06-28 | 2019-10-29 | 安徽威斯贝尔智能科技有限公司 | Production based on Internet of Things detects demo platform |
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| US20020007325A1 (en) * | 2000-07-11 | 2002-01-17 | Isao Tomon | IT system |
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| EP2115575A1 (en) * | 2007-01-17 | 2009-11-11 | Metrologic Instruments, Inc. | Shipping, tracking and delivery networks, apparatus and methods |
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