CN205880907U - Storage management system based on RFID pilot lamp - Google Patents
Storage management system based on RFID pilot lamp Download PDFInfo
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- CN205880907U CN205880907U CN201620552869.1U CN201620552869U CN205880907U CN 205880907 U CN205880907 U CN 205880907U CN 201620552869 U CN201620552869 U CN 201620552869U CN 205880907 U CN205880907 U CN 205880907U
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- 238000003860 storage Methods 0.000 title claims abstract description 139
- 239000000463 material Substances 0.000 claims abstract description 81
- 238000004519 manufacturing process Methods 0.000 claims abstract description 42
- 238000004891 communication Methods 0.000 claims abstract description 20
- 238000007639 printing Methods 0.000 claims abstract description 8
- 230000007306 turnover Effects 0.000 claims description 29
- 238000006243 chemical reaction Methods 0.000 claims description 8
- 238000006073 displacement reaction Methods 0.000 claims description 7
- 238000005303 weighing Methods 0.000 claims description 6
- 238000001514 detection method Methods 0.000 claims description 5
- 238000007664 blowing Methods 0.000 claims description 3
- 238000004020 luminiscence type Methods 0.000 description 5
- 238000007726 management method Methods 0.000 description 5
- 230000007812 deficiency Effects 0.000 description 4
- 238000010438 heat treatment Methods 0.000 description 4
- 230000005540 biological transmission Effects 0.000 description 2
- 239000003086 colorant Substances 0.000 description 2
- 238000010586 diagram Methods 0.000 description 2
- 230000032258 transport Effects 0.000 description 2
- 230000009471 action Effects 0.000 description 1
- 230000002411 adverse Effects 0.000 description 1
- 230000009286 beneficial effect Effects 0.000 description 1
- 230000008901 benefit Effects 0.000 description 1
- 238000000151 deposition Methods 0.000 description 1
- 238000009826 distribution Methods 0.000 description 1
- 230000000694 effects Effects 0.000 description 1
- 230000005611 electricity Effects 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 239000012467 final product Substances 0.000 description 1
- 238000005286 illumination Methods 0.000 description 1
- 238000000034 method Methods 0.000 description 1
- 238000000465 moulding Methods 0.000 description 1
- 238000010248 power generation Methods 0.000 description 1
- 230000008569 process Effects 0.000 description 1
- 239000013077 target material Substances 0.000 description 1
Abstract
The utility model relates to a storage management system based on RFID pilot lamp, a serial communication port, control backstage, storage subsystem and production line subsystem including the storage, the storage subsystem includes that RFID discernment passageway, a RFID indicate banks, hand -held type RFID to read ware, light, database memory, time -recorder, storage goods and materials indicator panel, RFID label printing device and WIFI module, each RFID pilot lamp is equallyd divide and is do not connected storage control backstage, and each RFID pilot lamp is located the goods yard department that the storage subsystem corresponds, each RFID pilot lamp and each goods yard one -to -one respectively, the production line subsystem includes that the backstage is controlled to production line, the material is stacked district, light and the 2nd RFID and is indicateed banks and relaying communication device, the district is stacked to the material that the 2nd RFID indicateed each the RFID pilot lamp in the banks to lie in the one -to -one respectively. This storage management system can avoid knowing the reliance of goods and materials, goods yard degree to the staff to can accurately indicate the goods yard that goods and materials and goods and materials corresponded for the staff.
Description
Technical field
This utility model relates to warehousing management field, particularly relates to a kind of WMS based on RFID display lamp.
Background technology
Along with the progressively popularization and application of RFID, application process also occurs in that some special for application-specific scene
Demand, such as the warehousing system of huge amounts of material stock.During the warehousing management to huge amounts of material, often require that at thing
The stacking of money and needing " sitting in the right seat " during taking, the most each goods and materials are one-to-one relationships with the goods yard depositing these goods and materials,
So so that staff can find the goods and materials of needs quickly and accurately in a large amount of goods stacked.In order to realize this
Target, it is necessary to first inform the concrete goods yard of each goods and materials of staff, also requires that staff can be familiar with respectively simultaneously
The particular location in goods yard, thus be unlikely to because staff affects Storage of Goods efficiency to goods and materials and being familiar with not of goods yard.
But, above-mentioned WMS yet suffers from deficiency: find target goods, still in a large amount of storage goods and materials
To search based on artificial mode, this WMS remain depend on staff to goods and materials, goods yard be familiar with journey
Degree, has the biggest randomness.Once occur that staff is unfamiliar with the goods yard situation of goods and materials and correspondence, storage certainly will be reduced
The work efficiency of management.
Utility model content
Technical problem to be solved in the utility model is to provide one both can avoid relying on for above-mentioned prior art
Goods yard corresponding to goods and materials and goods and materials, to goods and materials, the familiarity in goods yard, can be prompted to work again by staff exactly
The WMS based on RFID display lamp of personnel.
The technical scheme that the above-mentioned technical problem of this utility model solution is used is: warehousing management based on RFID display lamp
System, it is characterised in that include that storage controls backstage, storage subsystem and production line subsystem；Wherein:
Described storage subsystem includes that RFID identifies passage, the RFID display lamp group being made up of RFID display lamp, reading
Take the handheld RFID reader of RFID label tag internal information, illuminating lamp, the archival memory of storage goods information, timer,
Storage goods and materials indicator panel, RFID label tag printing equipment and connection storage control the WIFI module on backstage；Wherein:
Described RFID identifies that passage is positioned at the goods gateway of storage subsystem, RFID label tag that goods has been sticked and position
Moving detector, RFID identifies that being provided with connection storage on four peripheries up and down of passage respectively controls backstage and to goods
The RFID scanning antenna that upper RFID label tag is scanned；Described each RFID display lamp connects storehouse with communication respectively
Storage controls each RFID display lamp in backstage, and a RFID display lamp group and lays respectively at the goods yard that storage subsystem is corresponding,
Each RFID display lamp and each goods yard one_to_one corresponding；The Temperature and Humidity connecting storage control backstage it is provided with at described each goods yard
Device, smog alarm detector, infrared detection alarm, the goods movement alarm device of wireless connections displacement detector, goods meter
Number device, goods weighing apparatus, heating and heat-insulating device and humidifying device, each goods counter and goods weighing apparatus connect data respectively
Storehouse memorizer, storage goods and materials indicator panel and RFID label tag printing equipment connect storage respectively and control backstage；Described each RFID scans
Antenna and storage are controlled backstage and are communicated to connect by WIFI module；
Described production line subsystem includes that production line controls backstage, material laydown area, illuminating lamp and connects life respectively
Produce line and control the 2nd RFID display lamp group and the indirect communication device on backstage；Wherein, described production line control backstage is passed through
Indirect communication device connects storage and controls backstage；Each RFID display lamp in described 2nd RFID display lamp group lays respectively at correspondence
Material laydown area, and each RFID display lamp and each material laydown area one_to_one corresponding；Described material laydown area is provided with placement week
The shelf turning case and the material connecting production line control backstage are misplaced alarm device；Corresponding week it is provided with on described Turnover Box
Turn the turnover RFID label tag of material in case, described shelf are provided with microprocessor and connect the flow material of microprocessor respectively
Material display screen, photoswitch, the read write line of reading turnover RFID label tag and red green display lamp, described read write line connects storage control
Backstage processed；Each RFID display lamp in a described RFID display lamp group and the 2nd RFID display lamp group all includes control module
And respectively the WIFI communication module of link control module, indicating circuit, RFID module, module of blowing a whistle, thermo-electric conversion module and
Power module, described thermo-electric conversion module connects power module；There is on described each indicating circuit the different color of light of display
The display screen lamp of line, the control module of described RFID display lamp wirelessly connects handheld RFID reader, described hands
Hold formula RFID reader to control backstage with storage and carry out radio communication and be connected；
Described storage subsystem and production line subsystem are provided with the WIFI trunking traffic connecting storage control backstage
Device, and store in a warehouse subsystem and production line subsystem are all equipped with vehicle running lanes flaggy, described vehicle running lanes plate
Layer is provided with piezoceramics layer and connects the storage electric storage device of piezoceramics layer；Described storage electric storage device connects illumination
Lamp；Described storage subsystem and production line subsystem also include the video monitor connecting storage control backstage.
Compared with prior art, the utility model has the advantage of: when goods identifies logical by the RFID of storage subsystem
During road, the RFID label tag on goods is scanned by each RFID scanning antenna, obtains the essential information of this goods, concurrent delivery thing
Information controls backstage to storage；Storage controls the backstage corresponding situation according to the goods preset with goods yard, orders this goods institute right
Answer the RFID display lamp at goods yard to make luminous instruction, and order storage goods and materials indicator panel to show information and the instruction of this goods
The position in corresponding goods yard, staff indicates according to the instruction of storage goods and materials indicator panel and the luminous of RFID display lamp, should
Goods is dealt at the goods yard of correspondence, improves staff and searches the speed in each goods correspondence goods yard, it is to avoid warehousing management system
Staff is familiar with goods and the corresponding goods yard degree property depended on unduly by system；
When there are deficiencies of stores in production line subsystem, production line controls backstage and sends corresponding material appearance shortage
Information controls backstage to storage, and is made luminous instruction by the RFID display lamp of logistics laydown area；Storage controls background commands
Storage subsystem in should shortage logistics goods yard at RFID display lamp luminescence instruction, by staff according to RFID indicate
Through RFID, the instruction situation of lamp, identifies that passage transports by the goods at this goods yard, and be transported to RFID instruction in production line subsystem
At the material laydown area of lamp luminescence instruction, then staff utilizes at this material laydown area of handheld RFID reader order
RFID display lamp extinguishes, and has been transported to the information of shortage material laydown area to storage control by handheld RFID reader transmission material
Backstage processed, thus ensure that being normally carried out of production process in production line subsystem.
Accompanying drawing explanation
Fig. 1 is the schematic diagram of WMS based on RFID display lamp in this utility model embodiment；
Fig. 2 is to arrange schematic diagram at goods yard in WMS shown in Fig. 1；
Fig. 3 is the structural representation of each RFID display lamp shown in Fig. 1.
Detailed description of the invention
Below in conjunction with accompanying drawing embodiment, this utility model is described in further detail.
As shown in Figure 1 to Figure 3, WMS based on RFID display lamp in the present embodiment, including storage control
Backstage 1, storage subsystem 2 and production line subsystem 3；Wherein:
Storage subsystem 2 includes the RFID display lamp group that RFID identifies passage 200, is made up of RFID display lamp 201
202, the handheld RFID reader 203 of RFID label tag internal information, illuminating lamp 204, the data stock of storage goods 4 information are read
Reservoir 205, timer 206, storage goods and materials indicator panel 207, RFID label tag printing equipment 208 and connection storage control backstage 1
WIFI module 209；The information of each goods and materials of storing in a warehouse in display storage subsystem 2 is responsible for by storage goods and materials indicator panel 207, such as, include
The title of each storage goods and materials, the position being positioned in storage subsystem 2 and the goods yard situation corresponding to goods and materials；Wherein:
RFID identifies that passage 200 is positioned at the goods gateway of storage subsystem 2, to realize each RFID scanning on its periphery
Antenna 210 is to the scanning of RFID label tag 40 on each goods 4 of turnover storage subsystem 2, and scanning result is sent to storage control
Backstage 1 processed, is then controlled backstage 1 by storage and the goods entered in storage subsystem 2 is carried out goods yard distribution；It is sticked on goods 4
Having RFID label tag 40 and displacement detector 41, displacement detector 41 can detect whether goods 4 is moved, to send detection
Displacement data, to goods movement alarm device 214, occurs such that it is able to prevent the stolen situation of goods；On goods 4
Include in RFID label tag 40 to should the essential information of goods 4, such as Description of Goods, output ground and output time etc. are conventional
Information；
RFID identifies that being provided with connection storage on four peripheries up and down of passage 200 respectively controls backstage 1 and right
The RFID scanning antenna 210 that on goods 4, RFID label tag 40 is scanned, RFID scanning antenna 210 prioritizing selection uses can be
In spatial dimension, it is achieved the RFID scanning antenna of 360 degree of all-directional rotations；RFID scanning antenna on four peripheries up and down
Can scan identifying each goods come in and gone out at passage 200 to carry out without dead angle at RFID, to guarantee each goods scanning result
Accuracy；
Each RFID display lamp 201 connects storage with communication respectively and controls backstage 1, and storage controls backstage 1 can
To control the shinny and situation of extinguishing of each RFID display lamp 201 in storage subsystem 2；Each in oneth RFID display lamp group 202
RFID display lamp lays respectively at the goods yard of storage subsystem 1 correspondence, each RFID display lamp 201 and each goods yard one_to_one corresponding, i.e.
A RFID display lamp 201 is correspond at each goods yard；The goods into storage subsystem 2 is fed respectively when storage controls backstage 1
Behind corresponding goods yard, storage controls backstage 1 orders RFID display lamp 201 lamp at corresponding goods yard bright, then staff gets final product root
Determine that this position is this goods and is answered the goods yard of correspondence according to the brightest RFID display lamp 201 location, by
This realizes staff's lamp bright instruction situation according to RFID display lamp 201, directly determines the goods yard that goods should be residing, improves
The search efficiency in goods yard, thus avoid and depend on staff unduly to goods and the familiarity in goods yard；
Be provided with at each goods yard connection storage control the Temperature and Humidity device 211 on backstage 1, smog alarm detector 212,
Infrared detection alarm 213, the goods movement alarm device 214 of wireless connections displacement detector 41, goods counter 215, goods
Thing weighing apparatus 216, heating and heat-insulating device 217 and humidifying device 218；Wherein:
Temperature and Humidity device 211 is responsible for detecting the humiture situation at each goods yard, to avoid temperature discomfort or humidity not
Suitable to the adverse effect of goods at this goods yard；
Infrared detection alarm 213 when detecting that someone occurs, then carries out alarm, to prevent external unauthorized person
Illegal to warehoused cargo, is sent to the infrared data detected storage simultaneously and controls backstage 1；
Goods counter 215 is used for detecting the goods number situation placed at this goods yard, and heating and heat-insulating device 217 is responsible for
To heating at current goods yard and being incubated, humidifying device 218 is responsible for increasing humidity at current goods yard, to realize the guarantor of goods
Matter requirement；
Each goods counter 215 and goods weighing apparatus 216 connect archival memory 205, storage goods and materials instruction respectively
Screen 207 and RFID label tag printing equipment 208 connect storage respectively and control backstage 1, and storage goods and materials indicator panel 207 can be according to storage
Control the order on backstage 1, by each Description of Goods and to should the goods yard situation of goods directly display, thus reduce staff
Find the workload of goods, improve goods search efficiency；
RFID label tag printing equipment 208, in order to control the order on backstage 1 according to storage, prints subsystem 2 of should storing in a warehouse
And include the RFID label tag of goods information；Each RFID scanning antenna 210 controls backstage 1 with storage and communicates 209 by WIFI module
Connect；
Production line subsystem 3 includes that production line controls backstage 300, material laydown area 301, illuminating lamp 302 and difference
Connect production line and control the 2nd RFID display lamp group 303 and the indirect communication device 304 on backstage 300；Material laydown area 301 is used
Deposit goods and materials required on production line, affect the production efficiency of production line to avoid the occurrence of deficiencies of stores situation；Wherein:
Production line controls backstage 300 and connects storage control backstage 1 by indirect communication device 304, and this trunking traffic fills
Put 304 can select to use WIFI module；Each RFID display lamp in 2nd RFID display lamp group 303 lays respectively at the thing of correspondence
Material laydown area, and each RFID display lamp and each material laydown area one_to_one corresponding, correspond to a RFID instruction at the most each goods yard
Lamp, thus according to the lamp bright instruction situation of RFID display lamp, directly determines the corresponding goods yard placed of material, saves work people
Member searches the workload of target material in a large amount of material laydown areas, improves search efficiency, it is ensured that production line subsystem 3
Normal production process；
Material laydown area is provided with to place the shelf 306 of Turnover Box 305 and connect production line and controls the thing on backstage 300
Material is misplaced alarm device 307, when material laydown area placed non-default material, i.e. goes out between material laydown area and this material
Showed wrong placement, then material is misplaced alarm device 307 and carries out alarm, occurs to remind staff's material to place in time
Mistake；The turnover RFID label tag 3051 of material in corresponding Turnover Box it is provided with, in turnover RFID label tag 3051 on Turnover Box 305
The various material informations placed in storing Turnover Box 305；
Shelf 306 are provided with microprocessor 3061 and connect the turnover material display screen of microprocessor 3061 respectively
3062, photoswitch 3063, the read write line 3064 reading turnover RFID label tag 3051 and red green display lamp 3065, read write line
3064 connect storage controls backstage 1；
When Turnover Box 305 is put at shelf 306, and photoswitch 3063 can detect that object is placed on shelf, now
Microprocessor 3061 order read write line 3064 reads the turnover RFID label tag 3051 on Turnover Box 305, and the material that will read
Data are sent to storage and control backstage 1；When having piled Turnover Box on shelf 306, remaining space is not now had to be supplied to it
During his Turnover Box, then microprocessor 3061 orders red green display lamp 3065 to show that red light is reminded；Otherwise, by traffic lights display lamp
3065 display green lights, still have remaining space to put into for Turnover Box to remind on shelf, such that it is able to realize shelf 306 to working as
The automatic prompting of front space residue situation, it is to avoid Turnover Box 305 is transported at shelf 306 by staff, finds at shelf 306
Not had remaining space to place for Turnover Box, the situation causing staff to be transported back by Turnover Box 305 occurs, and improves week
Turn the placement efficiency of case 305；
Each RFID display lamp 201 in oneth RFID display lamp group 202 and the 2nd RFID display lamp group 303 all includes control
Molding block 2011 and respectively the WIFI communication module 2012 of link control module 2011, indicating circuit 2013, RFID module
2014, module of blowing a whistle 2015, thermo-electric conversion module 2016 and power module 2017；Wherein:
RFID module 2014 is scanned reading, to determine goods staff with for handheld RFID reader 203
After thing is placed into appointment goods yard, staff utilizes handheld RFID reader 203 to control to close indicating circuit 2013 and works, and makes
RFID display lamp 201 extinguishes；Thermo-electric conversion module 2016 connects power module 2017, and thermo-electric conversion module 2016, in order to incite somebody to action
The heat energy produced during the work of RFID display lamp is converted to electric energy, is then carried out storage electricity by power module 2017；
Having the display screen lamp showing different color light on each indicating circuit 2013, each RFID display lamp shows not
Same color light, thus shows that the RFID display lamp instruction of different colours represents the goods yard of corresponding different goods, is more beneficial for work
Make personnel to distinguish the most significantly；The control module 2011 of RFID display lamp 201 wirelessly connects hand-held
RFID reader 203, handheld RFID reader 203 carries out radio communication with storage control backstage 1 and is connected, and it is right to deliver at goods
Behind the goods yard answered, this goods has then been arrived the information in goods yard and has been sent to storage control backstage 1 by handheld RFID reader 203, by
Archival memory 205 sends, to handheld RFID reader 203, the information come and stores；
The WIFI trunking traffic connecting storage control backstage 1 it is provided with in storage subsystem 2 and production line subsystem 3
Device 5, WIFI indirect communication device 5 is in order to as in WIFI communication module 2012 correspondence with foreign country in RFID display lamp 201
Hinge knob, to realize the communication connection of RFID display lamp 201 and storage control backstage 1；
Storage subsystem 2 and production line subsystem 3 are all equipped with vehicle running lanes flaggy 6, vehicle running lanes plate
Layer 6 is provided with piezoceramics layer 61 and connects the storage electric storage device 62 of piezoceramics layer 61；Vehicle running lanes flaggy 6 supplies
The freight wagon of turnover storage subsystem 2 and turnover production line subsystem 3 is by using, and piezoceramics layer 61 can be by
Freight wagon is applied to pressure thereon and is converted to electric energy, and the electric storage device 62 that flows to the electric energy after conversion to store in a warehouse is deposited
Storage, it is achieved green power generation；Storage electric storage device 62 connects illuminating lamp 204；
Storage subsystem 2 and production line subsystem 3 also include the video monitor 7 connecting storage control backstage 1, storage
Controlling backstage 1 can utilize video monitor 7 to monitor the situation in storage subsystem 2 and production line subsystem 3 in real time,
To ensure that orderly, the safety of work in every are carried out.
Below in conjunction with Fig. 1, the working condition of WMS based on RFID display lamp in the present embodiment is made
Bright:
First, when goods identifies passage 200 by the RFID of storage subsystem 2, it is each that RFID identifies at passage 200
RFID label tag 40 on goods is scanned by RFID scanning antenna 210, obtains the essential information of this goods, and concurrent delivery thing is believed
Breath controls backstage 1 to storage；Storage controls the backstage 1 corresponding situation according to default goods with goods yard, orders this goods institute right
Answer the RFID display lamp 201 at goods yard to make luminous instruction, and order the storage goods and materials indicator panel 207 in storage subsystem 2 to show
Show information and the position in the corresponding goods yard of instruction of this goods, staff according to the instruction of storage goods and materials indicator panel 207 and
The luminous instruction of RFID display lamp 201, is dealt into this goods at the goods yard of correspondence, and then staff utilizes handheld RFID to read
Reading device 203 orders the RFID display lamp of this luminescence to extinguish, and transmission goods has arrived the information at appointment goods yard to storage control simultaneously
Backstage 1 processed, goods, then according to the timing of timer 206, has been arrived and has specified the time in goods yard to deposit by archival memory 205
Storage；When there being multiple goods to identify that passage 200 enters storage subsystem 2 through RFID, storage controls backstage 1 and scans sky according to RFID
Line 210 sends the goods information of coming, and storage controls backstage 1 orders each RFID display lamp to send the light of different colours, and orders
Storage goods and materials indicator panel 207 shows that the RFID display lamp at the goods yard and each goods yard that each goods information, each goods are corresponding shows
Color, staff indicates according to the instruction of storage goods and materials indicator panel 207 and the color of each RFID display lamp, is put by each goods
Put at the appointment goods yard of correspondence, thus improve staff and search the speed in each goods correspondence goods yard, it is to avoid storage pipe
Staff is familiar with goods and the corresponding goods yard degree property depended on unduly by reason system；
Secondly, when deficiencies of stores occur in production line subsystem 3, production line controls backstage 300 and sends corresponding material
Occur that the information of shortage controls backstage 1 to storage, and made luminous instruction by the RFID display lamp of logistics laydown area 301；Storehouse
Storage control backstage 1 order storage subsystem 2 in should shortage logistics goods yard at RFID display lamp luminescence instruction, by working
Through RFID, goods at this goods yard, according to the instruction situation of RFID display lamp, is identified that passage 200 transports by personnel, and be transported to produce
In line subsystem 3 at the material laydown area of RFID display lamp luminescence instruction, then staff utilizes handheld RFID reader
Life 203 makes the RFID display lamp at this material laydown area extinguish, and is sent material by handheld RFID reader 203 and be transported to short
Lack the information of material laydown area and control backstage 1 to storage, simultaneously by archival memory 205 according to the timing of timer 206, will
Material arrived shortage material laydown area time store.
Claims (1)
1. WMS based on RFID display lamp, it is characterised in that include that storage controls backstage, storage subsystem and life
Produce line subsystem；Wherein:
Described storage subsystem includes that RFID identifies passage, the RFID display lamp group being made up of RFID display lamp, reading
The handheld RFID reader of RFID label tag internal information, illuminating lamp, the archival memory of storage goods information, timer, storehouse
Storing money indicator panel, RFID label tag printing equipment and connection storage control the WIFI module on backstage；Wherein: described RFID identifies
Passage is positioned at the goods gateway of storage subsystem, RFID label tag that goods has been sticked and displacement detector, and RFID identifies logical
It is provided with connection storage on four peripheries up and down in road respectively control backstage and RFID label tag on goods is scanned
RFID scanning antenna；Described each RFID display lamp connects storage with communication respectively and controls backstage, and first
Each RFID display lamp in RFID display lamp group lays respectively at the goods yard that storage subsystem is corresponding, each RFID display lamp and each goods
Position one_to_one corresponding；Be provided with at described each goods yard connection storage control the Temperature and Humidity device on backstage, smog alarm detector,
Infrared detection alarm, the goods movement alarm device of wireless connections displacement detector, goods counter, goods weighing apparatus, add
Hot attemperator and humidifying device, each goods counter and goods weighing apparatus connect archival memory respectively, goods and materials of storing in a warehouse
Indicator panel and RFID label tag printing equipment connect storage respectively and control backstage；Described each RFID scanning antenna controls backstage with storage
Communicated to connect by WIFI module；
Described production line subsystem includes that production line controls backstage, material laydown area, illuminating lamp and connects production line respectively
Son controls the 2nd RFID display lamp group and the indirect communication device on backstage；Wherein, described production line controls backstage by relaying
Communicator connects storage and controls backstage；Each RFID display lamp in described 2nd RFID display lamp group lays respectively at the thing of correspondence
Material laydown area, and each RFID display lamp and each material laydown area one_to_one corresponding；Described material laydown area is provided with placement Turnover Box
Shelf and connect production line control backstage material be misplaced alarm device；Corresponding Turnover Box it is provided with on described Turnover Box
The turnover RFID label tag of interior material, described shelf are provided with microprocessor and connect respectively microprocessor turnover material show
Display screen, photoswitch, the read write line of reading turnover RFID label tag and red green display lamp, after described read write line connects storage control
Platform；Each RFID display lamp in a described RFID display lamp group and the 2nd RFID display lamp group all include control module and
The WIFI communication module of link control module, indicating circuit, RFID module, module of blowing a whistle, thermo-electric conversion module and power supply respectively
Module, described thermo-electric conversion module connects power module；Have on described each indicating circuit and show different color light
Display screen lamp, the control module of described RFID display lamp wirelessly connects handheld RFID reader, described hand-held
RFID reader carries out radio communication with storage control backstage and is connected；
Described storage subsystem and production line subsystem are provided with the WIFI indirect communication device connecting storage control backstage,
And store in a warehouse subsystem and production line subsystem are all equipped with vehicle running lanes flaggy, described vehicle running lanes flaggy is arranged
There is piezoceramics layer and connect the storage electric storage device of piezoceramics layer；Described storage electric storage device connects illuminating lamp；Described
Storage subsystem and production line subsystem also include the video monitor connecting storage control backstage.
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| CN201620552869.1U CN205880907U (en) | 2016-06-08 | 2016-06-08 | Storage management system based on RFID pilot lamp |
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| CN201620552869.1U CN205880907U (en) | 2016-06-08 | 2016-06-08 | Storage management system based on RFID pilot lamp |
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| CN107679787A (en) * | 2017-09-05 | 2018-02-09 | 中铁华业国际服务外包有限公司 | High ferro logistics system |
| CN108502429A (en) * | 2018-03-22 | 2018-09-07 | 四川斐讯信息技术有限公司 | A kind of warehouse management method and system |
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| CN109127438A (en) * | 2017-06-19 | 2019-01-04 | 威海新北洋数码科技有限公司 | A kind of express delivery sorting method, control device and system |
| CN107479412A (en) * | 2017-08-10 | 2017-12-15 | 佛山市三水区彦海通信工程有限公司 | A kind of intelligent storage cabinet |
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| CN109492724A (en) * | 2018-10-15 | 2019-03-19 | 宁波吉利汽车研究开发有限公司 | Warehouse, warehouse compartment state identification method, logistics execute system and electronic equipment |
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| CN112650155B (en) * | 2019-10-12 | 2023-08-04 | 北京京东乾石科技有限公司 | Kitchen system, control method and device thereof and computer readable storage medium |
| CN111754180A (en) * | 2020-07-02 | 2020-10-09 | 泰森日盛集团有限公司 | Finished product warehouse intelligent warehouse system of visual dynamic real-time warehousing data |
| CN117077717A (en) * | 2023-08-16 | 2023-11-17 | 广州浩安智能科技有限公司 | RFID antenna positioning and indicating system and method for open shelf |
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Effective date of registration: 20220831 Address after: 315000 floor 1-5, building 3, 139 Xinhui Road, high tech Zone, Ningbo City, Zhejiang Province Patentee after: ZHEJIANG JUNMP TECHNOLOGY Inc.,Ltd. Patentee after: PLA Army Service College Address before: No. 139, Xinhui Road, National High-tech Zone, Ningbo City, Zhejiang Province, 315040 Patentee before: ZHEJIANG JUNMP TECHNOLOGY Inc.,Ltd. |