CN106022698A - Vehicle warehouse logistics management system - Google Patents
Vehicle warehouse logistics management system Download PDFInfo
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- CN106022698A CN106022698A CN201610405162.2A CN201610405162A CN106022698A CN 106022698 A CN106022698 A CN 106022698A CN 201610405162 A CN201610405162 A CN 201610405162A CN 106022698 A CN106022698 A CN 106022698A
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- G06Q10/08—Logistics, e.g. warehousing, loading or distribution; Inventory or stock management
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
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Abstract
The invention provides a vehicle warehouse logistics management system, comprising a database server, a first vehicle management network node, a second vehicle management network node, and a third vehicle management network node. The database server is used for receiving information transmitted by a vehicle management network node and performing verification and/or processing on information and returning a verification state and a processing result; the first vehicle management network node is used for obtaining vehicle information of a commercial vehicle entering a parking lot and transmitting the vehicle information to the database server to distribute parking stall information to the commercial vehicle and binding a first electronic label; the second vehicle management network node is used for obtaining information in a second electronic label which enters the parking lot along with a transport vehicle and transmitting the information in the second electronic label to the database server for verification to obtain a loading task list; the third vehicle management network node is used for obtaining information in the first electronic label of the commercial vehicle to be loaded, transmitting the information in the first electronic label to the database server to verify whether the information is consistent with the loading task list and indicating to load according to a verification result returned from the database server. The vehicle storage logistics management system is high in intelligence and in management efficiency.
Description
Technical field
The present invention relates to logistics management technology and RFID technique, particularly relate to a kind of vehicle storage logistic management system.
Background technology
In automobile manufacturing process, after automobile making completes to dispatch from the factory (now, commonly referred to as commodity vehicle), need by accordingly
Means of transport transported to distributor, and in reality, be not directly to transport once dispatching from the factory at vehicle, but first will go out
The car of factory receives in a parking lot, is similar to a Logistic Base, completes to connect the vehicle that dispatches from the factory by this parking lot
Closed tube is managed, and does arrangement of dispatching a car accordingly, thus realizes the orderly management to the vehicle that dispatches from the factory.
But, in the existing management to the vehicle that dispatches from the factory, great majority are also dependent on artificial mode and realize management, intelligent journey
Spend the highest, and efficiency is the lowest, needs to make improvement.
Summary of the invention
The shortcoming of prior art in view of the above, it is an object of the invention to provide a kind of vehicle storage logistic management system, uses
In solving the problem that existing goods vehicle management is the most intelligent and inefficient.
For achieving the above object and other relevant purposes, the present invention provides techniques below scheme:
A kind of vehicle storage logistic management system, including: database server, for receiving what vehicle management network node sent
Information, and described information is verified and/or processes and return proofing state and result；First vehicle management network node,
For obtaining the information of vehicles of the commodity vehicle entering parking lot, and described information of vehicles is sent to described database server
For described commodity vehicle distribution library position information and binding the first electronic tag；Second vehicle management network node, for obtaining with fortune
Defeated vehicle enters the information in second electronic tag in parking lot, and sends it to carry out in described database server verifying
To entrucking task list；3rd vehicle management network node, for obtaining binding with its information of vehicles on commodity vehicle to be installed
Information in first electronic tag, and send it to described database server verify whether and described entrucking task list one
Cause, and the result instruction entrucking fed back according to described database server.
Preferably, described first vehicle management network node includes: the first electronic label reader, by being at least connected with antenna
Information in reading electronic labels；First ground sense, is arranged on the passage entering parking lot, for entering at described commodity vehicle
During its detection range, generate the first triggering signal；First control device, be connected to described first electronic label reader,
First ground sense and database server, for when receiving described first and triggering signal, activates described first electronic tag and reads
Device reads information of vehicles, and sends it in described database server as described commodity vehicle distribution library position information and binding
First electronic tag.
Preferably, described first vehicle management network node also includes: the first camera head, for obtaining described commodity vehicle
Image information；Second ground sense, is arranged on the passage entering parking lot, is used for when described commodity vehicle enters its detection range,
Generate the second triggering signal；Wherein, described first control device is also respectively connected with in described first camera head and the second ground sense,
For when receiving described second and triggering signal, control described first camera head and obtain the image information of described commodity vehicle.
Preferably, described first control device is also attached to banister, stop-light, display screen, printer, speaker and table
One in the reader of face, or multiple combination.
Preferably, described second vehicle management network node includes: the second electronic label reader, for obtaining with haulage vehicle
Enter the information in second electronic tag in parking lot；Second control device, is connected to described second electronic label reader, uses
In described information is sent to verifying in described database server, and receive and be proved to be successful by described database server
The entrucking task list of rear return.
Preferably, also include: the second camera head, be connected to described second control device, for obtaining described haulage vehicle
Image information；3rd ground sense, for when described haulage vehicle enters its detection range, generates the 3rd triggering signal；Wherein,
Described second control device, when receiving the described 3rd and triggering signal, controls described second camera head and obtains described haulage vehicle
Image information.
Preferably, described second control device is also attached to the one in banister, stop-light, display screen and speaker table,
Or multiple combination.
Preferably, described 3rd vehicle management network node includes: the 3rd electronic label reader, reads by connecting antenna
Information in electronic tag；4th ground sense, is arranged on entrucking passage, is used for when described commodity vehicle enters its detection range,
Generate the 4th triggering signal；3rd controls device, is connected to described 3rd electronic label reader, the 4th ground sense and data
Storehouse server, for when receiving the described 4th and triggering signal, activating described 3rd electronic label reader to be installed to read
Information in described first electronic tag on described commodity vehicle, and described information is sent to described database server checking
The most consistent with described entrucking task list, and the result instruction entrucking fed back according to described database server.
Preferably, described 3rd vehicle management network node includes: the 4th electronic label reader, is connected to described 3rd control
Device, for obtaining the information in described second electronic tag；Wherein, the described 3rd controls device by the transmission of described information extremely
Described database server is verified, and receives the result of described database server return to activate described 3rd car
Management network node work.
Preferably, described second control device is also attached to the one in banister, stop-light, display screen and speaker table,
Or multiple combination.
As it has been described above, the method have the advantages that the present invention realizes commodity vehicle from entrucking of dispatching from the factory, and transport vehicle
Enter parking lot complete to last entrucking, the intellectuality of whole process and high efficiency.
Accompanying drawing explanation
Fig. 1 is shown as the schematic diagram of the present invention a kind of vehicle storage logistic management system.
Fig. 2 is shown as the principle schematic of the first vehicle management network node in the present invention.
Fig. 3 is shown as the principle schematic of the second vehicle management network node in the present invention.
Fig. 4 is shown as the principle schematic of the 3rd vehicle management network node in the present invention.
Drawing reference numeral explanation
10 first vehicle management network nodes
101 first control devices
102 first ground senses
103 first electronic label readers
104 second ground senses
105 first camera heads
20 second vehicle management network nodes
201 second control devices
202 second electronic label readers
203 the 3rd ground senses
204 second camera heads
30 the 3rd vehicle management network nodes
301 the 3rd control device
302 the 4th ground senses
303 the 3rd electronic label readers
304 the 4th electronic label readers
40 database servers
50 commodity vehicles
60 haulage vehicles
Detailed description of the invention
Below by way of specific instantiation, embodiments of the present invention being described, those skilled in the art can be by disclosed by this specification
Content understand other advantages and effect of the present invention easily.The present invention can also be added by the most different detailed description of the invention
To implement or application, the every details in this specification can also be based on different viewpoints and application, in the essence without departing from the present invention
Various modification or change is carried out under god.It should be noted that, the feature in the case of not conflicting, in following example and embodiment
Can be mutually combined.
It should be noted that the diagram provided in following example illustrates the basic conception of the present invention the most in a schematic way, then scheme
Component count, shape and size when only showing the assembly relevant with the present invention rather than implement according to reality in formula are drawn, in fact
When border is implemented, the kenel of each assembly, quantity and ratio can be a kind of random change, and its assembly layout kenel is likely to the most multiple
Miscellaneous.
Referring to Fig. 1, the present invention provides a kind of vehicle storage logistic management system, including the first vehicle management network node 10,
Second vehicle management network node the 20, the 3rd vehicle management network node 30 and database server 40, wherein, data base takes
Business device 40 is for receiving the information that vehicle management network node sends, and verifies described information and/or process and return and test
Card state and result；First vehicle management network node 10 is for obtaining the vehicle letter of the commodity vehicle 50 entering parking lot
Breath, and described information of vehicles transmission to database server 40 will distribute warehouse compartment information and binding the first electricity for commodity vehicle 50
Subtab；Second vehicle management network node 20 is for obtaining in the second electronic tag entering parking lot with haulage vehicle 60
Information, and send it to that database server 40 carries out checking and obtain entrucking task list；3rd vehicle management network node
30 for obtaining the information in the first electronic tag bound with its information of vehicles on commodity vehicle 50 to be installed, and is sent to
Verify whether consistent with described entrucking task list to database server 40, and testing according to database server 40 feedback
Card result instruction entrucking.
The omnidistance intelligent management that Commercial Vehicle ships can be realized from dispatching from the factory to, including right by above-mentioned vehicle storage logistic management system
The intelligence reception of Commercial Vehicle, and automatically distribute entrucking task list, finally the most right to the haulage vehicle 60 entering parking lot
Entrucking task list is verified, compares existing manual operation, and the intelligence degree of the present invention is higher, and logistic efficiency is the most more
High.
In order to make those skilled in the art better understood when the present invention, below to above-mentioned first vehicle management network node 10,
Second vehicle management network node 20 and the 3rd vehicle management network node 30 are described in detail.
See Fig. 2, it is provided that a kind of detailed description of the invention of the first vehicle management network node 10, as it can be seen, the first vehicle pipe
Reason network node 10 can include the first ground sense the 102, first electronic label reader 103 and first control device 101, wherein,
First electronic label reader 103 is by being at least connected with the information that antenna comes in reading electronic labels；First ground sense 102 is arranged on
Enter on the passage in parking lot, for when commodity vehicle 50 enters its detection range, generate the first triggering signal；First controls
Device 101 is connected to the first electronic label reader the 103, first ground sense 102 and database server 40, for connecing
Receive described first when triggering signal, activate the first electronic label reader 103 to read information of vehicles, and send it to number
Warehouse compartment information and binding the first electronic tag is distributed for commodity vehicle 50 according in storehouse server 40.
In being embodied as, above-mentioned electronic tag can be RFID (hereinafter referred electronic tag), the first ground sense
102 can be wagon detector and ground induction coil, and first control device 101 can be industrial computer.
In being embodied as, the first electronic label reader 103 can be to carry out reading electronic labels by connection antenna, it is also possible to
Being directly to carry out reading electronic labels by desktop reader, electronic tag here can include being previously written driver identity letter
The electronic tag of breath, it is previously written the electronic tag of information of vehicles and is previously written the electronic tag of label information and (i.e. goes up
State the first electronic tag).
As preferably, it is also possible to arrange the second ground sense 104 and the first camera head in the first vehicle management network node 10
105, wherein, the first camera head 105 is for obtaining the image information of commodity vehicle 50；Second ground sense 104, be arranged on into
Enter on the passage in parking lot, for when commodity vehicle 50 enters its detection range, generate the second triggering signal；First controls dress
Put 101 and be also respectively connected with in the first camera head 105 and the second ground sense 104, be used for when receiving described second and triggering signal,
Control the first camera head 105 and obtain the image information of commodity vehicle 50.Here the effect arranging second touch is to prevent vehicle not
It is registered for successfully being put into parking lot, utilizes perpetuation of testimony of taking pictures, be the most also to coordinate with the first ground sense 102, allow the first car
Management network node 10 terminates the warehousing management of Current vehicle, and enters in the middle of next round Job readiness.
As preferably, it is also possible to connect other various ancillary equipment at first control device 101 and improve the hommization journey returned the vehicle to the garage and knock off
Degree, specifically, it is also possible to upper first control device 101 connects banister, stop-light, display screen, printer, speaker
And the one in desktop reader, or multiple combination.
In conjunction with embodiment and the preferred implementation thereof of above-mentioned first vehicle management network node 10, below to by the first vehicle
Management network node 10 realizes the process once returned the vehicle to the garage and knock off and principle illustrates:
First, driver Commercial Vehicle arrives at first ground sense, feels with completing and sends out: driver sails Commercial Vehicle into first
Feeling, ground thoughts and feelings is sent out individually, and wagon detector receives ground thoughts and feelings and signals, and signal feeds back to the input port of I/O control, so
After feed back to on-the-spot industrial computer through switch again, industrial computer just captures antenna after feeling signalling with receiving and read write line is read
To rfid card information and be supplied to database server and verify.Therefore Commercial Vehicle triggers first ground sense is to industrial computer
One signal, one allows the signal that industrial computer captures rfid interrogator information.
Then, database server binds rfid card to Commercial Vehicle, and the warehouse compartment suggestion list and the rfid card that system are distributed are given
Driver.Concrete operations are that driver Commercial Vehicle presses first ground to feel, scanning person's items scanning car VIN code (Vehicle Identify Number,
Namely above-mentioned information of vehicles), database server comparison VIN code information, after comparison is errorless, reads by table-top card reader
After rfid card (the i.e. first electronic tag), RFID label tag and this Commercial Vehicle VIN code information are bound.Print warehouse compartment made of paper to build
View is single, and the RFID label tag after printing receipt and binding gives driver, driver to hang RFID label tag.
Finally, again reading off the information in rfid card, carry out the checking of hair fastener success or not, being proved to be successful Commercial Vehicle could just
Often warehouse-in.Concrete operations and data flow are as follows:
First, driver is hung on vehicle mirrors after receiving the rfid card bound.RFID antenna and reading
After writing the information that device reads in the rfid card of driver's card and binding, through switch the information read sent to existing
Field industrial computer.Information in this rfid card is uploaded to database server by industrial computer afterwards, and is completed by database server
Information in this rfid card being judged checking, is proved to be successful or failure, database server will feed back a result to existing
Field industrial computer, according to the result that database server feeds back, industrial computer judges whether this vehicle is verified.
Then, the result that industrial computer returns according to database server, send command adapted thereto to different device controllers, reach
Control the purpose of terminal unit.Industrial computer by network transmission signal through switch, is sent to I/O control, thus controls red green
Lamp；It is sent to video camera, thus controls video camera and the flash lamp supporting with it；It is sent to LED screen (i.e. display screen), directly
Connect control LED screen；Being sent to serial server, then control loudspeaker through voice operated controls, synchronous signal passes through serial server
It is delivered to banister, completes the control to banister.Concrete logical order can be:
1) after being proved to be successful, traffic lights viride nitens, LED screen display information of vehicles, flash fire video camera completes to take pictures,
Loudspeaker are quiet, and banister plays bar, driver can drive Commercial Vehicle normal through.When vehicle is by second ground sense, second
Triggering signal and the blackout of ground sense pass to industrial computer through wagon detector, and industrial computer receives and ground thoughts and feelings is signaled and disappears
Show vehicle normal through, this car is crossed car logic and is completed, industrial computer enter waiting state, wait that next car passes through.
2) obstructed out-of-date when checking, traffic lights send out a warning, LED screen display error reason, and flash fire video camera completes to clap
According to, loudspeaker report exception banister does not play bar, and scanning person notifies that site administrator carries out problem investigation and solution.
See Fig. 3, it is provided that a kind of detailed description of the invention of the second vehicle management network node 20, as it can be seen, the second vehicle pipe
Reason network node 20 includes the second electronic label reader 202 and second control device 201, and wherein, the second electronic tag is read
Device 202 is for obtaining the information in the second electronic tag entering parking lot with haulage vehicle 60；Second control device 201 connects
In the second electronic label reader 202, for by described information send verify to database server 40, and receive by
The entrucking task list that database server 40 returns after being proved to be successful.
In being embodied as, entrucking task list refers to that haulage vehicle 60 enters the commodity vehicle 50 that can deliver in parking lot,
Specifically, before haulage vehicle 60 enters parking lot, distribution one the most in advance is written with type of vehicle and the quantity needing shipment
Electronic tag (the most above-mentioned second electronic tag), 3, such as A type car, 5, Type B car ... etc., so, transport
When vehicle 60 is by the second vehicle management network node 20, the information in this second electronic tag can be read, and send it to
In database server 40, by database server 40 by the commodity vehicle 50 in parking lot according to the information read (i.e.
Need type of vehicle and the quantity of shipment) generate entrucking task list, so, follow-up just can be according to this entrucking task list
Carry out entrucking.
Preferably, the second vehicle management network node 20 can also include the second camera head 204 and the 3rd ground sense
203, wherein, the second camera head 204 is connected to second control device 201, for obtaining the image information of haulage vehicle 60；
3rd ground sense 203, for when haulage vehicle 60 enters its detection range, generates the 3rd triggering signal；Wherein, second controls dress
Put 201 receive described 3rd trigger signal time, control the second camera head 204 and obtain the image information of haulage vehicle 60.
So can form the record of the haulage vehicle 60 entering parking lot, consequently facilitating follow-up historical information inquiry.
Preferably, on second control device 201, equally connect various ancillary equipment and reach more human nature
The service changed.
In being embodied as, can so implement above-mentioned second vehicle management network node 20:
First, towed vehicle card (the i.e. second electronic tag) is placed directly into into site by towed vehicle (i.e. haulage vehicle) driver
In rfid interrogator read range, after RFID antenna and read write line read towed vehicle card information, will read through switch
To information send on-the-spot industrial computer to, this rfid card information is uploaded to database server by industrial computer afterwards, and data base
Server will give this towed vehicle distribution entrucking task list and vacant entrucking passage automatically.
Then, the passage of distribution is fed back to industrial computer by database server, and industrial computer will send instruction directly by network signal
Connect control LED screen, allow LED screen show entrucking passage information；Send instruction to I/O control, control traffic lights viride nitens.
Finally, sentry box security personnel's manual unlocking banister, with pressing first sense of towed vehicle driver towed vehicle, ground thoughts and feelings,
Wagon detector receives ground thoughts and feelings and signals, and signal feeds back to the input port of I/O control, feeds back through switch the most again
Give on-the-spot industrial computer.Video capture towed vehicle photo when first ground is felt is controlled by network signal transmission by industrial computer,
And upload to database server.
See Fig. 4, it is provided that a kind of detailed description of the invention of the 3rd vehicle management network node 30, as it can be seen,
3rd vehicle management network node 30 can include the 3rd electronic label reader 303 and the 4th ground sense 302, wherein,
Three electronic label readers 303, carry out the information in reading electronic labels by connecting antenna；4th ground sense 302 is arranged on dress
On vehicle passage, for when commodity vehicle 50 enters its detection range, generate the 4th triggering signal；3rd controls device 301,
Be connected to the 3rd electronic label reader the 303, the 4th ground sense 302 and database server 40, for receive described
During the 4th triggering signal, activate the 3rd electronic label reader 303 and read described first electronics mark on commodity vehicle 50 to be installed
Information in label, and consistent with described entrucking task list by described information transmission to database server 40 verifies whether, and
The result instruction entrucking according to database server 40 feedback.
Preferably, the 3rd vehicle management network node 30 can also include the 4th electronic label reader 304, even
It is connected to the 3rd control device 301, for obtaining the information in described second electronic tag；Wherein, the 3rd control device 301 will
Described information sends and verifies to database server 40, and the result receiving database server 40 return swashs
The 3rd vehicle management network node 30 of living works.
Preferably, equally the 3rd control to connect on device 301 banister, stop-light, display screen,
The ancillary equipment of one or more combinations in printer, speaker and desktop reader.
In being embodied as, can so implement above-mentioned 3rd vehicle management network node 30:
1, towed vehicle driver is brush towed vehicle card at portal frame, opens corresponding entrucking track.Towed vehicle driver is by trailer
Before loading Commercial Vehicle after sailing corresponding track into, the card reader arrived with towed vehicle rfid card brush correspondence entrucking.Card reader reads
Passing to on-the-spot industrial computer through serial server after card information, industrial computer judges whether entrucking road and trailer meet system planning,
Whether mate.
1) if the match is successful, transmission instruction is directly controlled LED screen by industrial computer, and LED shows towed vehicle information；Industrial computer
Instructing transmission by serial server, then control loudspeaker by voice operated controls, voice of reading the newspaper " is proved to be successful ".This entrucking road
Formal unlatching, towed vehicle driver just can normally entrucking.
2) if mating unsuccessful, transmission instruction is directly controlled LED screen by industrial computer, and LED shows reason, after a while
Occur to this locking；Transmission is instructed by serial server by industrial computer, then controls loudspeaker, voice of reading the newspaper by voice operated controls
Abnormal.Towed vehicle driver contacts office management personnel and investigates reason, processes abnormal.
2, second step towed vehicle driver starts Commercial Vehicle entrucking, and automobile low-speed passes through portal frame entrucking road, and system reads business automatically
Product car card information is also verified:
1) Commercial Vehicle is sailed into first ground sense by driver, and ground thoughts and feelings is sent out, and wagon detector receives ground thoughts and feelings and signals, and will letter
Number feeding back to the input port of I/O control, feed back to on-the-spot industrial computer through switch the most again, industrial computer is sent out feeling with receiving
Antenna is just captured and rfid card information that read write line is read be supplied to database server and verify after signal.Therefore business
It is to one signal of industrial computer that product car triggers first ground sense, and one allows the signal that industrial computer captures rfid interrogator information.
2) detection equipment reads rfid card (the i.e. first electronic tag) information, carries out the checking of Commercial Vehicle card, is proved to be successful business
Product car could normal entrucking.After RFID antenna and read write line read the rfid card information of driver's card and binding, Jing Guojiao
Change planes and the information read is sent to on-the-spot industrial computer.This rfid card information is uploaded to database server by industrial computer afterwards,
And completed this rfid card information is judged checking by database server, being proved to be successful or failure, database server will
Feed back a result to on-the-spot industrial computer, according to the result that database server feeds back, industrial computer judges whether this vehicle is verified.
3) result that industrial computer returns according to database server, sends command adapted thereto to different device controllers, reaches to control
The purpose of terminal unit.Industrial computer by network transmission signal through switch, is sent to I/O control, thus controls traffic lights；
It is sent to LED screen, directly controls LED screen；It is sent to serial server, then controls loudspeaker through voice operated controls.
A) after being proved to be successful, traffic lights viride nitens, LED screen display trailer entrucking information, loudspeaker voice broadcast is proved to be successful,
Driver can drive Commercial Vehicle normal through.When vehicle is by second ground sense, the triggering signal of second ground sense and signal
Disappear pass to industrial computer through wagon detector, industrial computer receive and ground thoughts and feelings signal and disappear show vehicle normal through,
This car is crossed car logic and is completed, and industrial computer enters waiting state, waits that next car passes through.
B) obstructed out-of-date when checking, traffic lights send out a warning, LED screen display error reason, passage locking, loudspeaker after a while
Report is abnormal, and towed vehicle driver notification site administrator carries out problem investigation and solution.
3., after towed vehicle entrucking is complete, towed vehicle sails out of portal frame.Field checking is made to going out site.
It should be noted that the portal frame in above-mentioned Application Example is to divide to have the haulage vehicle 60 that supplies of entrucking passage to carry out entrucking
Bow member.
Further, the vehicle storage logistic management system that the present invention provides is by multiple vehicle management networks by the way of network
Node is connected in a database server 40, and the data that database server 40 mentioned by the present embodiment is the most single
Storehouse server 40, it can also be to include multiple server；Additionally, a vehicle management network node not single data section
Point, but one has data retrieval capabilities and receives the physical control node of database server 40 response, for example, it may be
A vehicle management network node is constituted by industrial computer and corresponding ancillary equipment.
In sum, the present invention realizes commodity vehicle from entrucking of dispatching from the factory, and haulage vehicle to enter parking lot complete to last entrucking
Become, the intellectuality of whole process and high efficiency.So, the present invention effectively overcomes various shortcoming of the prior art and has height
Industrial utilization.
The principle of above-described embodiment only illustrative present invention and effect thereof, not for limiting the present invention.Any it is familiar with this skill
Above-described embodiment all can be modified under the spirit and the scope of the present invention or change by the personage of art.Therefore, such as
All that in art, tool usually intellectual is completed under without departing from disclosed spirit and technological thought etc.
Effect is modified or changes, and must be contained by the claim of the present invention.
Claims (10)
1. a vehicle storage logistic management system, it is characterised in that including:
Database server, for receive vehicle management network node send information, and described information is carried out checking and/
Or process and return proofing state and result；
First vehicle management network node, for obtaining the information of vehicles of the commodity vehicle entering parking lot, and by described vehicle
It is described commodity vehicle distribution library position information and binding the first electronic tag that information sends to described database server；
Second vehicle management network node, for obtaining the information in the second electronic tag entering parking lot with haulage vehicle,
And send it to that described database server carries out checking and obtain entrucking task list；
3rd vehicle management network node, for obtaining the first electronics mark bound with its information of vehicles on commodity vehicle to be installed
Information in label, and send it to described database server verifies whether consistent with described entrucking task list, and root
The result instruction entrucking fed back according to described database server.
Vehicle storage logistic management system the most according to claim 1, it is characterised in that described first vehicle management network node
Including:
First electronic label reader, by being at least connected with the information that antenna comes in reading electronic labels；
First ground sense, is arranged on the passage entering parking lot, for when described commodity vehicle enters its detection range, raw
Become the first triggering signal；
First control device, is connected to described first electronic label reader, the first ground sense and database server, uses
In when receiving described first and triggering signal, activate described first electronic label reader to read information of vehicles, and by it
Send to described database server is described commodity vehicle distribution library position information and binding the first electronic tag.
Vehicle storage logistic management system the most according to claim 2, it is characterised in that described first vehicle management network node
Also include:
First camera head, for obtaining the image information of described commodity vehicle；
Second ground sense, is arranged on the passage entering parking lot, for when described commodity vehicle enters its detection range, raw
Become the second triggering signal；
Wherein, described first control device is also respectively connected with in described first camera head and the second ground sense, for receiving
During described second triggering signal, control described first camera head and obtain the image information of described commodity vehicle.
4. according to the vehicle storage logistic management system described in Claims 2 or 3, it is characterised in that described first control device also connects
It is connected to the one in banister, stop-light, display screen, printer, speaker and desktop reader, or multiple group
Close.
Vehicle storage logistic management system the most according to claim 1, it is characterised in that described second vehicle management network node
Including:
Second electronic label reader, for obtaining the information in the second electronic tag entering parking lot with haulage vehicle；
Second control device, is connected to described second electronic label reader, for sending described information to described data base
Server is verified, and receives the entrucking task list returned after being proved to be successful by described database server.
Vehicle storage logistic management system the most according to claim 5, it is characterised in that also include:
Second camera head, is connected to described second control device, for obtaining the image information of described haulage vehicle；
3rd ground sense, for when described haulage vehicle enters its detection range, generates the 3rd triggering signal；
Wherein, described second control device, when receiving the described 3rd and triggering signal, controls described second camera head and obtains
The image information of described haulage vehicle.
7. according to the vehicle storage logistic management system described in claim 5 or 6, it is characterised in that described second control device also connects
It is connected to the one in banister, stop-light, display screen and speaker table, or multiple combination.
Vehicle storage logistic management system the most according to claim 1, it is characterised in that described 3rd vehicle management network node
Including:
3rd electronic label reader, carrys out the information in reading electronic labels by connecting antenna；
4th ground sense, is arranged on entrucking passage, for when described commodity vehicle enters its detection range, generates the 4th and touches
Signal；
3rd controls device, is connected to described 3rd electronic label reader, the 4th ground sense and database server, uses
In when receiving the described 4th and triggering signal, activate described 3rd electronic label reader to read described Commercial Vehicle to be installed
Information in described first electronic tag on, and the transmission of described information is verified whether and institute to described database server
State entrucking task list consistent, and the result instruction entrucking fed back according to described database server.
Vehicle storage logistic management system the most according to claim 8, it is characterised in that described 3rd vehicle management network node
Including:
4th electronic label reader, is connected to the described 3rd and controls device, for obtaining the letter in described second electronic tag
Breath；Wherein, the described 3rd controls device verifies the transmission of described information to described database server, and receives institute
State the result of database server return to activate described 3rd vehicle management network node work.
Vehicle storage logistic management system the most according to claim 8 or claim 9, it is characterised in that described second control device also connects
It is connected to the one in banister, stop-light, display screen and speaker table, or multiple combination.
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| CN201610405162.2A CN106022698A (en) | 2016-06-06 | 2016-06-06 | Vehicle warehouse logistics management system |
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| CN201610405162.2A CN106022698A (en) | 2016-06-06 | 2016-06-06 | Vehicle warehouse logistics management system |
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