CN109146373A - Method for carrying out logistics instruction through inter-vehicle communication - Google Patents
Method for carrying out logistics instruction through inter-vehicle communication Download PDFInfo
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- CN109146373A CN109146373A CN201810921237.1A CN201810921237A CN109146373A CN 109146373 A CN109146373 A CN 109146373A CN 201810921237 A CN201810921237 A CN 201810921237A CN 109146373 A CN109146373 A CN 109146373A
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- G—PHYSICS
- G06—COMPUTING OR CALCULATING; 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
- G06Q10/00—Administration; Management
- G06Q10/08—Logistics, e.g. warehousing, loading or distribution; Inventory or stock management
- G06Q10/083—Shipping
- G06Q10/0833—Tracking
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/50—Network services
- H04L67/52—Network services specially adapted for the location of the user terminal
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W4/00—Services specially adapted for wireless communication networks; Facilities therefor
- H04W4/02—Services making use of location information
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W4/00—Services specially adapted for wireless communication networks; Facilities therefor
- H04W4/30—Services specially adapted for particular environments, situations or purposes
- H04W4/40—Services specially adapted for particular environments, situations or purposes for vehicles, e.g. vehicle-to-pedestrians [V2P]
- H04W4/44—Services specially adapted for particular environments, situations or purposes for vehicles, e.g. vehicle-to-pedestrians [V2P] for communication between vehicles and infrastructures, e.g. vehicle-to-cloud [V2C] or vehicle-to-home [V2H]
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Abstract
The invention relates to a method for carrying out logistics instruction by inter-vehicle communication, which comprises the following steps that at least one logistics vehicle is connected with a bar code activation system, and the method is characterized in that: the method comprises the following steps: s1: the logistics vehicle is provided with a corresponding logistics vehicle number, and when goods are carried, the logistics vehicle number, a corresponding bar code of the goods and first position information are uploaded to the bar code activation system; s2: the bar code activation system matches a map database according to the first position information and stores the logistics vehicle number, the corresponding bar code of the goods and the first position; s3: giving a first logistics instruction to the logistics vehicle, wherein the first logistics instruction comprises second position information; ensuring that goods cannot be unpacked, or barcodes cannot be counterfeited, and sales sites cannot be tampered.
Description
Technical field
The present invention relates to the technical fields that a kind of inter-vehicular communication carries out the method for logistics instruction, are related to a kind of position of logistics
Confidence breath and bar code activation system, and in particular to one kind can prevent import and export of goods or agency in multisection type logistics operation
Quotient forges bar code or changes the method for selling region without authorization.
Background technique
With the high speed development of market economy, manufacturing industry, commercial enterprise, which gradually receive third-party logistics, to be serviced, more next
More enterprises recognizes that loglstics enterprise outsourcing is the effective channel for reducing cost, improving service level, therefore, domestic logistics
Rise is lifted by sparetime university, is only engaged in from traditional loglstics enterprise article to receiving waiting simple live from ground safe delivery is supplied
Dynamic, how more logistics start thinking from the angle of logistics supply chain management now, are supplied in supply chain and belong to
Supplier, the producer, up and down by distribution activity etc. play the part of the more diversified demand of different role client, higher logistic efficiency,
Better logistics service process even improves the surcharge of logistics, is all present loglstics enterprise with greater need for thinking.
Therefore, supply chain logistics management (Supply Chain Logistics Management, abbreviation SCLM) starts quilt
Masses are paid attention to, it includes the works such as movable Decision making and tissue such as transport, storage, packaging, handling, processing and information processing
Make, it equally will be with the method for the viewpoint and system engineering of system.The characteristics of supply chain logistics manage is exactly living in tissue logistics
When dynamic, the characteristics of fully considering supply chain.The feature of supply chain maximum, is exactly cooperation, such as in inventory location setting, fortune
Defeated batch, transit link, relation between supply and demand etc..Intensive, collaborative will be considered as a whole, the operation of chain enterprise of both having secure an adequate supply
It needs, and reduces total logistics cost between supply chain modes, to improve the on-road efficiency of supply chain entirety.
On the other hand, due in logistics progress, often in order to seek higher conevying efficiency, using being much added in ground
Logistics dealer be therefore likely to result in intermediate link and want the kinds of goods of exportation abroad originally, it is but domestic by the state that takes away of retail trader
It sells；Either script retail trader only bought 100 commodity, but forged 400 identical commodity and mixed the spurious with the genuine, therefore, how
In the logistics progress of multisection type, it is ensured that kinds of goods will not be exchanged or bar code will not will not be altered by counterfeit and selling spot
The problems such as changing is that logistics dealer actively wants to solve the problems, such as.
Summary of the invention
Correct place, transport kinds of goods are arrived in order to solve to transport in the multisection type logistics operation being previously mentioned in background technique
The correctness of content, the present invention intends to provide a kind of method that inter-vehicular communication carries out logistics instruction, in order to realize above-mentioned mesh
, The technical solution adopted by the invention is as follows:
Link a plurality of logistics vehicles for being equipped with sensor with the remote internet of things respectively, the remote internet of things
With a bar code activation system, it is characterised in that: the following steps are included:
Step S1: there are the logistics vehicles logistics vehicles of a correspondence to number, and when starting carrying cargo, upload logistics
Car number, the correspondence bar code of kinds of goods and a first location information are to the bar code activation system；
Step S2: the bar code activation system matches a map data library according to the first location information, and stores institute
Logistics vehicles number, the correspondence bar code of kinds of goods and the first position stated；
Step S3: one first logistics of logistics vehicles instruction is given, the first logistics instruction includes a second position
Information；
Step S4: according to the first logistics instruction calculate the first location information and the second location information it
Mobile route, also, the logistics vehicles start to execute the first logistics instruction；
Step S5: when the logistics vehicles are moved to the second position, logistics vehicles number, the correspondence of kinds of goods are uploaded
Bar code and the second location information are in the bar code activation system；
Step S6: the bar code activation system check the first logistics instruction execution complete and information it is correct after, activation should
Kinds of goods correspond to bar code.
Step S7: being instructed based on first logistics, communicated through the remote internet of things with another logistics vehicles, and sending the
Two logistics instruction includes a homeposition and a final position, wherein the homeposition that second logistics instructs with it is described
The second position of first logistics instruction is identical.
The method that a kind of inter-vehicular communication carries out logistics instruction, it is characterised in that: the barcode standard includes
EAN code, UPC code, 39 yards, Ku Deba code, ISBN code, ITF (intersecting two or five bar codes) bar code, 128 bar codes, QR two dimensional code, Data
Matrix two dimensional code, Aztec two dimensional code, PDF417 two dimensional code or QR two dimensional code etc..
The method that a kind of inter-vehicular communication carries out logistics instruction, it is characterised in that: described in the step 4
Comprising plural mobile route information between first location information and second location information, wherein considering that the plural number item is mobile
After the road conditions of route information, a best mobile route is filtered out.
The method that a kind of inter-vehicular communication carries out logistics instruction, it is characterised in that: include one in the step 4
Traveling time standard then uploads an overtime message when the practical traveling time of the logistics vehicles is more than the traveling time standard
To bar code activation system.
The method that a kind of inter-vehicular communication carries out logistics instruction, it is characterised in that: in the step 5, it is necessary to increase
Add a reason for causing time-out mobile and uploads to the bar code activation system.
The method that a kind of inter-vehicular communication carries out logistics instruction, it is characterised in that: the first logistics instruction
The technology operation of block chain is used with the second logistics instruction, and in the first logistics instruction in the second position and the second logistics instruction
Homeposition matches.
The method that a kind of inter-vehicular communication carries out logistics instruction, it is characterised in that: transport the goods comprising extracting
One image of product, and reach the bar code activation system.
The method that a kind of inter-vehicular communication carries out logistics instruction, it is characterised in that: profile parsing module parsing
Color and texture information in described image extract the figure after carrying out operation to brightness, color and texture using gradient operator
As profile information.
The method that a kind of inter-vehicular communication carries out logistics instruction, it is characterised in that: the gradient operator system makes
With the one of which among the zero cross point of Laplace operator or nonlinear differential equation.
The method that a kind of inter-vehicular communication carries out logistics instruction, it is characterised in that: wherein comprising using a Gauss
The edge detection that filtering carries out first image is located in advance.
Detailed description of the invention
Fig. 1 is implementation diagram of the invention.
Specific embodiment
Below with reference to embodiment, the invention will be further described, it should be noted that following embodiment is with this skill
Premised on art scheme, the detailed implementation method and specific operation process are given, but protection scope of the present invention is not limited to
The present embodiment.
Include an at least logistics vehicles and a bar code referring to Fig. 1 for a kind of method that inter-vehicular communication carries out logistics instruction
Activation system is connected, the present invention the following steps are included:
Step S1: there are the logistics vehicles logistics vehicles of a correspondence to number, and when starting carrying cargo, upload logistics
Car number, the correspondence bar code of kinds of goods and a first location information are to the bar code activation system；
Step S2: the bar code activation system matches a map data library according to the first location information, and stores institute
Logistics vehicles number, the correspondence bar code of kinds of goods and the first position stated；
Step S3: one first logistics of logistics vehicles instruction is given, the first logistics instruction includes a second position
Information；
Step S4: according to the first logistics instruction calculate the first location information and the second location information it
Between mobile route, also, the logistics vehicles start to execute the first logistics instruction；
Step S5: when the logistics vehicles are moved to the second position, logistics vehicles number, the correspondence of kinds of goods are uploaded
Bar code and the second location information are in the bar code activation system；
Step S6: the bar code activation system is checked after the first logistics instruction execution completes and confirm that information is correct, is swashed
It serves somebody right, and kinds of goods correspond to bar code.
Step S7: it is instructed, is communicated through the remote internet of things with another logistics vehicles, concurrently based on first logistics
One second logistics instructs out, includes a homeposition and a final position, wherein the homeposition of the second logistics instruction
It is identical as the second position of first logistics instruction.
Wherein, the barcode standard includes EAN code, UPC code, 39 yards, Ku Deba code, ISBN code, ITF (intersection two or five
Bar code) bar code, 128 bar codes, QR two dimensional code, Data Matrix two dimensional code, Aztec two dimensional code, PDF417 two dimensional code or QR
Two dimensional code etc..
In the step 4, plural number bar mobile route letter is included between the first location information and second location information
Breath, wherein filtering out a best mobile route after the road conditions of the plural number mobile route information described in considering.
It include a traveling time standard in the step 4, when the practical traveling time of the logistics vehicles is more than the movement
Time standard then uploads an overtime message to bar code activation system.
In the step 5, it is necessary to increase the reason that one causes time-out mobile and upload to the bar code activation system.
The first logistics instruction uses the technology operation of block chain with the second logistics instruction, and in the first logistics instruction
The second position matches with the homeposition in the second logistics instruction.
It further, may include extracting the image for transporting the kinds of goods, and reach the bar code activation system.
Wherein, a profile parsing module parsing described image in color and texture information, using gradient operator to brightness,
After color and texture carry out operation, the profile information of the image is extracted.
The gradient operator system uses among the zero cross point of Laplace operator or nonlinear differential equation wherein
It is a kind of.
Wherein, the edge detection comprising carrying out first image using a gaussian filtering is located in advance.
The following are embodiments:
Link a plurality of logistics vehicles for being equipped with sensor with remote internet of things respectively, a plurality of logistics vehicles of history can
Message is known to communicate with one another through the remote internet of things, and remote internet of things has a bar code activation system, is to be used for
Confirm that the bar code of kinds of goods in each section of logistics journey load operation is correct, while car number, departure time can also be stored, at load
The relevant informations such as kinds of goods.Wherein comprising the steps of:
Step 1, after this logistics vehicles enters the first aforementioned place for wanting carrying kinds of goods, utilize vehicle electronics and remote
After the connection of journey Internet of Things, the bar code activation system is logged in, starts to load the cargo to be transported, and penetrate barcode scanner for goods
The bar code of product is transmitted to the bar code activation system through vehicle electronics.Here, barcode standard used in article is not special
Limitation includes EAN code, UPC code, 39 yards, Ku Deba code, ISBN code, ITF (intersecting two or five bar codes) bar code, 128 bar codes, QR bis-
Dimension code, Data Matrix two dimensional code, Aztec two dimensional code, PDF417 two dimensional code or QR two dimensional code etc. all may be used.
After step 2, loading, the bar code activation system matches a map data according to the first location information
Library, and store logistics vehicles number, the correspondence bar code of kinds of goods and the information of first position.
Step 3 gives this one first logistics of logistics vehicles instruction, and first logistics instructs and includes one second
Location information；Also that is, giving the instruction that this logistics vehicles one are moved to the second position from first position.
Step 4, calculated according to the first logistics instruction the first location information and the second location information it
Mobile route, also, the logistics vehicles start to execute the first logistics instruction；In this step, it is led through map
Boat function can be calculated comprising plural mobile route information between first location information and second location information, wherein considering
After the road conditions (such as the factors such as traffic congestion, traffic lights quantity or traffic accident) of these plural mobile route information of institute, one is filtered out
Best mobile route.
In this embodiment, each mobile route includes traveling time standard, when the practical shifting of logistics vehicles above-mentioned
The dynamic time is more than the traveling time standard, then uploads an overtime message to bar code activation system.Accordingly, object can be effectively prevented
The generation for the unworthy behavior that exchange goods etc. is stopped in stream vehicle midway, can also further confirm the traffic safety of the vehicle.
Step 5, when logistics vehicles arrive to the first logistics instruction in the second position when, through vehicle electronics log in bar code
Activation system, and be intended to the kinds of goods scanning of unloading one by one through barcode scanner and upload to bar code activation system.
Step 6, the bar code activation system check the first logistics instruction execution complete and information it is correct after, also that is, really
Recognize car number, first position (departure place) and the second position (arriving at place) is consistent, activate the kinds of goods to correspond to bar code, according to
This, the state of the kinds of goods before activation is in transporting, and for the state that can not be sold, once be activated, the state of the kinds of goods is just
Become to sell.And in this embodiment, due to there is the confirmation factor for increasing by a traveling time standard, then, even if above-mentioned
Car number, first position (departure place) are all consistent with the second position (arriving at place), but since bar code activation system has
An overtime message is received, then leads to bar code activation system of the reason of time-out movement described in now it is necessary to increase and upload one,
By the platform confirmation it is errorless after, just carry out the bar code for activating this batch of product.
Step 7: being instructed, communicated through remote internet of things with another logistics vehicles, and issue based on aforementioned first logistics
One second logistics instruction includes a homeposition and a final position, wherein the homeposition of the described second logistics instruction and
The second position of the first logistics instruction is identical.Here, indicate in the second position to may be to there is second logistics vehicles to be ready for,
When receiving the second logistics instruction, after the kinds of goods on previous logistics vehicles are reloaded, the second logistics instruction is executed；Or
Person is also possible to same logistics vehicles, after executing completion the first logistics instruction, through the communication of remote internet of things, obtains
Second logistics instruction, also, directly the position of setting out of the second logistics instruction is directly treated as from the second position in the first logistics instruction
It sets, starts to execute the second logistics instruction.
It should be particularly noted that, due in logistics operation, it is more likely that be belong to the logistics demand of multistep, that is,
Say, from A the shipment of an article, possible passage in transit B, C, D, final end of receiving until E is only, therefore, from A
Ground is made of four logistics instructions between the final ground E, in order to effectively prevent in individual links above-mentioned, there is false ginseng
Number merging, causes bar code activation system to be judged by accident, and the present invention further uses the technology fortune of block chain in the logistics instruction
It calculates, also that is, either how many sections of logistics instructs, the second position can all refer to latter section of logistics in the logistics instruction of the last period
First position in order matches.
Unworthy manufacturer, using original outer packing bar code, replaces counterfeit ratio in order to earn more profits in order to prevent
Relatively inexpensive content, therefore, the present invention more may include extracting the image for transporting the kinds of goods, and reach through wireless mode
Bar code activation system.Wherein, a profile parsing module is parsed color and texture information in the image, is calculated using gradient
After son carries out operation to brightness, color and texture, the profile information of the image of the product is extracted.Gradient used herein is calculated
Son can be the one of which among the zero cross point of Laplace operator or nonlinear differential equation.And in order to allow product
Image outline has more clarity comprising locating in advance using the edge detection that a gaussian filtering carries out first image.
For those skilled in the art, it can make other each according to the above description of the technical scheme and ideas
Kind is corresponding to be changed and deforms, and all these change and deform the protection model that all should belong to the claims in the present invention
Within enclosing.
Claims (10)
1. a kind of method that inter-vehicular communication carries out logistics instruction, make a plurality of logistics vehicles for being equipped with sensor respectively with institute
The remote internet of things connection stated, the remote internet of things have a bar code activation system, it is characterised in that: the following steps are included:
S1: there are the logistics vehicles logistics vehicles of a correspondence to number, and when starting carrying cargo, uploads logistics vehicles and compiles
Number, the correspondence bar code of kinds of goods and a first location information to the bar code activation system；
S2: the bar code activation system matches a map data library according to the first location information, and stores the logistics
Car number, the correspondence bar code of kinds of goods and first position；
S3: one first logistics of logistics vehicles instruction is given, the first logistics instruction includes a second location information；
S4: the movement road of the first location information and the second location information is calculated according to the first logistics instruction
Line, also, the logistics vehicles start to execute the first logistics instruction；
S5: when the logistics vehicles are moved to the second position, upload logistics vehicles number, the correspondence bar code of kinds of goods and
The second location information is in the bar code activation system；
S6: the bar code activation system check the first logistics instruction execution complete and information it is correct after, activate the kinds of goods corresponding
Bar code；
S7: being instructed based on first logistics, communicated through the remote internet of things with another logistics vehicles, and issues one second logistics
Instruction includes a homeposition and a final position, wherein the homeposition and first object of the second logistics instruction
The second position for flowing instruction is identical.
2. the method that a kind of inter-vehicular communication according to claim 1 carries out logistics instruction, it is characterised in that: the item
Code format includes EAN code, UPC code, 39 yards, Ku Deba code, ISBN code, ITF (intersecting two or five bar codes) bar code, 128 bar codes, QR bis-
Tie up code, Data Matrix two dimensional code, Aztec two dimensional code, PDF417 two dimensional code or QR two dimensional code etc..
3. the method that a kind of inter-vehicular communication according to claim 1 carries out logistics instruction, it is characterised in that: the step
In 4, comprising plural mobile route information between the first location information and second location information, wherein consider it is described it
After the road conditions of plural mobile route information, a best mobile route is filtered out.
4. the method that a kind of inter-vehicular communication according to claim 1 carries out logistics instruction, it is characterised in that: the step
In 4, include a traveling time standard, when the logistics vehicles practical traveling time be more than the traveling time standard, then upload
One overtime message is to bar code activation system.
5. the method that a kind of inter-vehicular communication according to claim 4 carries out logistics instruction, it is characterised in that: the step
In 5, it is necessary to increase the reason that one causes time-out mobile and upload to the bar code activation system.
6. the method that a kind of inter-vehicular communication according to claim 1 carries out logistics instruction, it is characterised in that: described the
One logistics instruction uses the technology operation of block chain, and the second position and setting out in the second logistics instruction in the first logistics instruction
Position matches.
7. the method that a kind of inter-vehicular communication according to claim 1 carries out logistics instruction, it is characterised in that: comprising extracting
An image of the kinds of goods is transported, and reaches the bar code activation system.
8. the method that a kind of inter-vehicular communication according to claim 7 carries out logistics instruction, it is characterised in that: a profile solution
The color and texture information in module parsing described image are analysed, after carrying out operation to brightness, color and texture using gradient operator,
Extract the profile information of the image.
9. the method that a kind of inter-vehicular communication according to claim 8 carries out logistics instruction, it is characterised in that: the ladder
It spends operator system and uses the one of which among the zero cross point of Laplace operator or nonlinear differential equation.
10. the method that a kind of inter-vehicular communication according to claim 9 carries out logistics instruction, it is characterised in that: wherein wrap
Locate in advance containing the edge detection for carrying out first image using a gaussian filtering.
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