CN109649910A - Electric business flow distribution method - Google Patents
Electric business flow distribution method Download PDFInfo
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- CN109649910A CN109649910A CN201811515466.XA CN201811515466A CN109649910A CN 109649910 A CN109649910 A CN 109649910A CN 201811515466 A CN201811515466 A CN 201811515466A CN 109649910 A CN109649910 A CN 109649910A
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65G—TRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING OR TIPPING, SHOP CONVEYOR SYSTEMS OR PNEUMATIC TUBE CONVEYORS
- B65G1/00—Storing articles, individually or in orderly arrangement, in warehouses or magazines
- B65G1/02—Storage devices
- B65G1/04—Storage devices mechanical
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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
- G06Q10/00—Administration; Management
- G06Q10/06—Resources, workflows, human or project management; Enterprise or organisation planning; Enterprise or organisation modelling
- G06Q10/063—Operations research, analysis or management
- G06Q10/0631—Resource planning, allocation, distributing or scheduling for enterprises or organisations
- G06Q10/06311—Scheduling, planning or task assignment for a person or group
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Abstract
The present invention discloses a kind of electric business flow distribution method, including WCS module, WMS module, sorter, sowing wall and review pack thread, the multiple orders of typing in the WMS module, and includes the following steps, S1, consolidating the load；S2, sorting；S3, sowing；S4, it frames up；S5, review are packaged.Reasonable diffluence distribution is carried out to logistics part by this method, can large scale processing logistics part, posted bar code on each logistics part, and the process of the distribution of logistics part is operated and managed on this basis, goods sorting, logistics transportation information are saved, cargo review is automatically performed and is packaged.It solves electric business and logistics company goods sorting, be packaged the problems such as work inefficiency.This method is packaged based on the assembly of information interchange and review pack thread between WCS module and WMS module, during logistics part shunts, information and its ownership order information to logistics part are managed, each link overall process control such as logistics order management, warehousing management is realized, is realized to the shunting of logistics part, packing, the unified management of delivery and work compound.
Description
Technical field
The present invention relates to electric business logistics to shunt field, in particular to a kind of electric business flow distribution method.
Background technique
Logistics is the process for demand shifting object from supply, and main includes transporting, packing, loading and unloading, matching
It send, the activities such as circulation and process.With the development of modern economy society, logistics service has become the premise of merchandise sales, logistics
Gradually develop into the key factor for determining competitiveness power between enterprise, with all the more popular, the express delivery public affairs of shopping online
The flow distribution work of department also with cargo increase and all the more heavy.
The work of existing flow distribution is since method is unreasonable, when staff's diverted stream part, need to logistics part into
Row identification and judgement, larger to the qualification dependence of worker operation, accordingly, there exist error rate height, the low defects of allocative efficiency
With problem, especially prolonged order review work is easy that worker is made to feel tired, it is easier to which assignment error influences work effect
Rate.
Summary of the invention
According to an aspect of the invention, there is provided electric business flow distribution method, including WCS module, WMS module, sorting
Machine is sowed wall and review pack thread, the multiple orders of typing in WMS module, and is included the following steps,
S1, consolidating the load: multiple logistics parts are picked up to shipping area, and bar code, the shipping area are equipped on each logistics part
Interior logistics part forms big wave time order group；
S2, sorting: big wave time order group is split into multiple groups quantity on order equal small echo time order group by WCS module, will
Logistics part in small echo time order group moves to sorter, is sorted by sorter to each small echo time order group；
S3, sowing: any label is scanned in sowing wall, so that it may obtain the logistics part and order in the small echo time order group
The bar code of information binding is scanned sowing to the bar code of each logistics part in small echo time order group；
S4, frame up: the logistics part after the completion of sowing is packed into glue frame as unit of order；
S5, review are packaged: glue frame being put into review pack thread, each order is checked and beaten by review pack thread
Packet.
In electric business flow distribution method provided by the invention, logistics part collection is divided into big wave time order group, then by big wave
Order group carries out being sorted into small echo time order group, then logistics part in small echo time order group is divided one by one for order and is broadcast, object
It flows part and review packing is carried out with order.Reasonable diffluence distribution is carried out to logistics part by this method, it being capable of large scale processing logistics
Part has posted bar code on each logistics part, and the process of the distribution of logistics part is operated and managed on this basis,
Goods sorting, logistics transportation information are saved, cargo review is automatically performed and is packaged.Solve electric business and logistics company goods sorting,
The problems such as being packaged work inefficiency.
In some embodiments, in step S1, multiple consolidating the load processes are carried out simultaneously in shipping area, i.e., are produced simultaneously or successively
Raw multiple big wave time order groups, the big wave time order group that priority processing first generates.
Multiple big waves time order group is generated simultaneously or successively in shipping area as a result, can be improved entire flow distribution system
Allocative efficiency.
In some embodiments, in step S2, sorter is every to complete small echo time order group, and WCS module can should
The order of small echo time order group is sent to WMS module, is recorded by WMS module；After the completion of all small echos time order group sorting,
WCS module feeds back WMS module, indicates that sorting is completed, and WCS module carries out next wavelength-division and picks.
WCS module records the information and state of each logistics part as a result, can timely feedback each logistics part
Information, enable WMS module to check the export situation of logistics part；Moreover, by this kind record and feedback method, it can
It realizes continuous production, next wave can be connected in time and shared out the work.
In some embodiments, it in step S3, can also be sowed in the following ways, in small echo time order group
Logistics part be scanned, sow wall on corresponding goods lattice provide prompt, logistics part is put into the goods lattice.
This embodiment is the another embodiment of step S3 as a result, can reach same technical effect.
In some embodiments, in step S3, each order point broadcast, during point broadcasting, the object of every order
Stream number of packages amount can be reduced according to typing logistics part bar code, until reducing is zero, is then divided and finished into；In small echo time order group
Each logistics part complete after planting, WCS module generates the logistics list of the small echo time order group and is sent to WMS module, sows
Wall release can carry out next small echo time order group sowing.
Each logistics part is sowed as unit of order as a result, referred to as divides and broadcasts.Ground that can be orderly by this method
Each logistics part is sowed.And the sowing state of each logistics part is recorded by WCS module, and every time small is completed
In wave time order group after planting, meeting feedback information to WMS module, a seamless connection lower small echo time order group sowing.
In some embodiments, in step S5, if review pack thread include the first conveying device, the second conveying device,
Dry Subcontracting device and several packing apparatus；
First conveying device is configured to for logistics part being delivered at Subcontracting device；
Subcontracting device is configured to logistics part carrying out mounted box packing；
Second conveying device is configured to for the logistics part after mounted box being delivered at packing apparatus；
Packing apparatus is configured to for logistics part being sealed and posts logistics information.
Review pack thread is by being equipped with several Subcontracting devices and several packing apparatus simultaneously to multiple logistics as a result,
Part carries out review packing, and logistics part conveniently, easily can be carried out subpackage, mounted box, jacket, post logistics letter by review pack thread
Sequence of operations is ceased, realizes that the automatic review of logistics part is packaged, improves work efficiency, while also reducing logistics misclassification rate.
In some embodiments, first conveying device one end is equipped with feed inlet, and the first conveying device other end is equipped with and picks
Except mouth, the first detection components are equipped at feed inlet, the first conveying device is equipped with several the first turnover mechanisms, several first
The mechanism that transfers is corresponding with several Subcontracting devices.
Logistics part enters the first conveying device from feed inlet as a result, and logistics part is by first in the first conveying device
It is detected in detection components, detection components detect logistics part reading code.The normal logistics part of reading code passes through the first turnover mechanism
At transport to Subcontracting device, carry out shunting packing processing；The logistics part of reading code exception is then as the first conveying device moves to rejecting
Mouthful, then the logistics part is regarded as abnormal part and handled.
In some embodiments, Subcontracting device include first charging conveyer belt, first discharging conveyer belt and several
Subpackage mechanism, several subpackage mechanisms are respectively provided at the two sides of the first charging conveyer belt and transport band connection with the first charging, the
One charging conveyer belt is equipped with several the second turnover mechanisms, several the second turnover mechanisms are corresponding with several subpackage mechanisms,
Second turnover mechanism can move to logistics part at subpackage mechanism.
Logistics part is entered in Subcontracting device by the first conveying device as a result, shunt packing processing, and logistics part is by first
Charging conveyer belt is branched at each subpackage mechanism by the second turnover mechanism and carries out shunting packing, and logistics part is in subpackage mechanism mounted box
Enter the first discharging conveyer belt after packing, the logistics part after mounted box is moved into subsequent processing by the first discharging conveyer belt.
In some embodiments, the second conveying device be equipped with several thirds transfer mechanism, third transfer mechanism with
Several packing apparatus are corresponding, and third turnover mechanism includes the second jacking component and transport roller group, transport roller group and are fixed on
At the driving end of second jacking component；Third turnover mechanism can move to logistics part at packing apparatus.
When logistics part needs to be transported at packing apparatus as a result, the second jacking component of third turnover mechanism will transport idler wheel
Group is jacked up from the second conveying device, so that the aircraft box equipped with logistics part is held up by transport roller group, and by transport roller group
It is transported at packing apparatus, completes turnover transport.
In some embodiments, packing apparatus includes the second charging conveyer belt, the second discharging conveyer belt and film-wrapping machine,
Second charging conveyer belt is located at one end of film-wrapping machine and connect with film-wrapping machine, and the second discharging conveyer belt is located at the other end of film-wrapping machine
And it is connect with film-wrapping machine.
Logistics part is fed into packing apparatus by the second transport and carries out packing processing after mounted box as a result, logistics part after mounted box
It is delivered in film-wrapping machine by the second charging conveyer belt, wrapping sealing and automatic is carried out to the aircraft box equipped with logistics part by film-wrapping machine
Logistics information is posted, subsequent processing is transported to by the second discharging conveyer belt after the completion.
The invention has the benefit that this method based between WCS module and WMS module information interchange and review beat
The assembly of envelope curve is packaged, and during logistics part shunts, information and its ownership order information to logistics part are managed,
It realizes each link overall process control such as logistics order management, warehousing management, realizes to the shunting of logistics part, packing, delivery
It is managed collectively simultaneously work compound.
Detailed description of the invention
Fig. 1 is the overlooking structure diagram of the system layout of electric business flow distribution method.
Fig. 2 is the schematic perspective view that pack thread is checked in the system layout of electric business flow distribution method shown in Fig. 1.
Fig. 3 is the A partial enlargement structural representation of review pack thread shown in Fig. 2.
Fig. 4 is the schematic perspective view of the first turnover mechanism in Fig. 3 shown.
Fig. 5 is the schematic perspective view of the Subcontracting device in review pack thread shown in Fig. 1.
Fig. 6 is the B partial enlargement structural representation of Subcontracting device shown in Fig. 5.
Fig. 7 is the schematic perspective view of the second conveying device in review pack thread shown in Fig. 1.
Fig. 8 is the C partial enlargement structural representation of the second conveying device shown in Fig. 7.
Fig. 9 is the D partial enlargement structural representation of the second conveying device shown in Fig. 7.
Figure 10 is the schematic perspective view of packing apparatus in review pack thread shown in Fig. 1.
Figure 11 is the E partial enlargement structural representation of packing apparatus shown in Figure 10.
Figure label: 1- shipping area, 2- sorter, 3- sowing wall, 4- check pack thread, the first conveying device of 41-, 411-
Feed inlet, the first detection components of 4111-, 412- rejecting mouth, the turnover of 413- first mechanism, 4131- first jack component, 4132-
Travelling belt, 42- Subcontracting device, 421- first feed conveyer belt, 4211- second transfers mechanism, 422- subpackage mechanism, 4221-
Subpackage platform, 4222- typing mechanism, 4223- shunt conveyer belt, 423- first discharges conveyer belt, 424- recycling conveyer belt, 43- the
Two conveying devices, 431- third turnover mechanism, 4311- transport roller group, 4312- second jacks the temporary accelerating sections of component, 432-,
433- weigh barcode scanning section, 434- abnormity removing section, 4341- first reject component, 4342- exception conveyer belt, 44- packing apparatus,
441- second feeds conveyer belt, 442- film-wrapping machine, the second detection components of 4421-, 443- second discharging conveyer belt, 4431- second
Reject component, 5- glue frame, 6- aircraft box.
Specific embodiment
The invention will now be described in further detail with reference to the accompanying drawings.
Fig. 1 schematically shows a kind of electric business flow distribution method of embodiment according to the present invention, including WCS mould
Block, sorter 2, sows wall 3 and review pack thread 4, the multiple orders of typing, WCS module and sorting in WMS module at WMS module
Machine 2, sowing wall 3, review pack thread 4 and WMS module electrically connect, WCS module be configured to be responsible for sorter 2, sowing wall 3 and
It checks the data processing work of pack thread 4 and works with WMS module communication, and include the following steps,
S1, consolidating the load: multiple logistics parts are picked up to shipping area 1, and bar code, the shipping area are equipped on each logistics part
Logistics part in 1 forms big wave time order group as unit of order, and every 400 single orders form one big wave time order group.
S2, sorting: big wave time order group is split into 20 groups of quantity on order equal small echo time order groups by WCS module,
I.e. each small echo time order group includes 20 orders (each order binding bar code), by the logistics part in small echo time order group
Sorter 2 is moved to, each small echo time order group is sorted by sorter 2；One bin of every completion of sorter 2, WCS module
Order number in the small echo time order group need to be uploaded and give WMS module, WCS module need to remember the corresponding order of bin and item of the whole
Shape code；After the completion of big wave time order group is all sorted by 20 bins of sorter 2, WCS module is uploaded to WMS module, indicates shape
State is completed, and can issue next wave time order and give WCS module.If encountering abnormal conditions in sort process, WCS module meeting
It issues and reminds, indicate that sorting state is abnormal, at this moment solved by manpower intervention, such as: the more goods of order, by manpower intervention
Extra logistics part is taken out；Order lacks goods, is filled into logistics part by manpower intervention.
S3, sowing: any label is scanned in sowing wall 3, so that it may obtain logistics part in the small echo time order group and order
The bar code of single information binding is scanned sowing to the bar code of each logistics part in small echo time order group.When barcode scanning is sowed,
WCS module can judge whether the order is order in the small echo time order group；If so, being normally carried out sowing；If not, view
The order is abnormal order processing, carries out secondary sorting.After the sowing process of the small echo time order group, WCS module meeting
Judge whether current small echo time order group is completed；If so, being broadcast into dividing for next small echo time order group；If it is not, then by artificial
Intervention releases abnormal.
S4, frame up: the logistics part after the completion of sowing is packed into glue frame 5 as unit of order, and bar code, item are posted in glue frame 5
Shape code and order number are bound
S5, review are packaged: glue frame 5 being put into review pack thread 4, is checked by review pack thread 4 each order
And packing.
In electric business flow distribution method provided by the invention, logistics part collection is divided into big wave time order group, then by big wave
Order group carries out being sorted into small echo time order group, then logistics part in small echo time order group is divided one by one for order and is broadcast, object
It flows part and review packing is carried out with order.Reasonable diffluence distribution is carried out to logistics part by this method, it being capable of large scale processing logistics
Part has posted bar code on each logistics part, and the process of the distribution of logistics part is operated and managed on this basis,
Goods sorting, logistics transportation information are saved, cargo review is automatically performed and is packaged.Solve electric business and logistics company goods sorting,
The problems such as being packaged work inefficiency.
In step S1, multiple consolidating the load processes are carried out simultaneously in shipping area 1, i.e., generate simultaneously or successively multiple big waves time order
Group, the big wave time order group that priority processing first generates.Multiple big waves time order group, energy are generated simultaneously or successively in shipping area 1
Enough improve the allocative efficiency of entire flow distribution system.
In step S2, sorter 2 is every to complete small echo time order group, and WCS module can ordering the small echo time order group
Single-shot is recorded to WMS module by WMS module；After the completion of all small echos time order group sorting, WCS module is to WMS module
It is fed back, indicates that sorting is completed, WCS module carries out next wavelength-division and picks.Information and state of the WCS module to each logistics part
It is recorded, the information of each logistics part can be timely feedbacked, WMS module is enabled to check the export situation of logistics part；
Moreover, can be realized continuous production by this kind record and feedback method, next wave can be connected in time and shared out the work.
It in step S3, can also be sowed in the following ways, the logistics part in small echo time order group is scanned,
Corresponding goods lattice provides prompt on sowing wall 3, and logistics part is put into the goods lattice.This embodiment is that the another of step S3 is implemented
Mode can reach same technical effect.
In step S3, each order point broadcast, during point broadcasting, the logistics number of packages amount of every order can be according to typing
Logistics part bar code is reduced, until reducing is zero, is then divided and is finished into；Each logistics part completion in small echo time order group is broadcast
After kind, WCS module generates the logistics list of the small echo time order group and is sent to WMS module, and sowing wall 3 discharges, and can carry out next
Small echo time order group sowing.Each logistics part is sowed as unit of order, referred to as divides and broadcasts.It can be orderly by this method
Ground each logistics part is sowed.And the sowing state of each logistics part is recorded by WCS module, is completed every time
Small echo time order group in after planting, can feedback information to WMS module, a seamless connection lower small echo time order group sowing.
In conjunction with Fig. 2-11, in step S5, review pack thread 4 includes the first conveying device 41, the second conveying device 43, five
Subcontracting device 42 and three 44 second conveying devices 43 of packing apparatus are located at the top of the first conveying device 41, five subpackage dresses
42 sides for being located at the second conveying device 43 are set, the second conveying dress is connect with Subcontracting device 42, the first conveying device 41 and subpackage
Device 42 connects, and three packing apparatus 44 are located at the other side of the second conveying device 43, the second conveying device 43 and packing apparatus
44 connections；
First conveying device 41 is configured to for logistics part being delivered at Subcontracting device 42；
Subcontracting device 42 is configured to logistics part carrying out mounted box packing；
Second conveying device 43 is configured to for the logistics part after mounted box being delivered at packing apparatus 44；
Packing apparatus 44 is configured to for logistics part being sealed and posts logistics information.
In the present embodiment, review pack thread 4 is by being equipped with several Subcontracting devices 42 and several packing apparatus 44
Review packing carried out to multiple logistics parts simultaneously, review pack thread 4 can conveniently, easily by logistics part carry out subpackage, mounted box,
Jacket posts logistics information sequence of operations, realizes that the automatic review of logistics part is packaged, improves work efficiency, while also dropping
Low logistics misclassification rate.
In conjunction with Fig. 2,41 one end of the first conveying device is equipped with feed inlet 411, and 41 other end of the first conveying device, which is equipped with, rejects
Mouth 412.First conveying device 41 substantially using roller transport, at feed inlet 411 wherein one section use belt-conveying feed inlet
The first detection components 4111 are equipped at 411, the first conveying device 41 is equipped with several the first turnover mechanisms 413, several the
One turnover mechanism 413 is corresponding with several Subcontracting devices 42.Logistics part enters the first conveying device 41, object from feed inlet 411
For stream part by being detected in the first detection components 4111 in the first conveying device 41, detection components examine logistics part reading code
It surveys.The normal logistics part of reading code is transported by the first turnover mechanism 413 to Subcontracting device 42, carries out shunting packing processing；It reads
The logistics part is then regarded as abnormal part and handled by the abnormal logistics part of code then as the first conveying device 41 moves to rejecting mouth 412.
In conjunction with Fig. 3-4, the first turnover mechanism 413 includes travelling belt 4132 and the first jacking component 4131, the first jacking
Component 4131 is fixed on the lower section of the first conveying device 41, and travelling belt 4132 is fixed on the driving end of the first jacking component 4131
Place；First turnover mechanism 413 can move to logistics part at Subcontracting device 42.When logistics part needs to be transported at Subcontracting device 42,
First jacking component 4131 of the first turnover mechanism 413 jacks up travelling belt 4132 from the first conveying device 41, so that object
Stream part is held up by travelling belt 4132, and is transported to Subcontracting device 42 by travelling belt 4132, completes turnover transport.
In conjunction with Fig. 5, Subcontracting device 42 includes the first charging conveyer belt 421, first discharging conveyer belt 423 and four subpackages
Mechanism 422, the first charging conveyer belt 421 are transported using roller, and the first discharging conveyer belt 423 uses belt-conveying.First discharging
Conveyer belt 423 is located at the top of the first charging conveyer belt 421, and the first charging conveyer belt 421 is connect with the first conveying device 41, the
One discharging conveyer belt 423 is connect with the second conveying device 43, and four subpackage mechanisms 422 are respectively provided at the first charging conveyer belt 421
Two sides and with first charging conveyer belt 421 connect.It is set on first charging conveyer belt 421 there are two the second turnover mechanism 4211,
Two second turnover mechanisms 4211 are corresponding with four subpackage mechanisms 422, the second turnover mechanism 4211 and the first turnover 413 knot of mechanism
Structure is identical, and the second turnover mechanism 4211 can move to logistics part at subpackage mechanism 422.
Logistics part by the first conveying device 41 enter Subcontracting device 42 in carries out shunt packing processing, logistics part by first into
Material conveyer belt 421 is branched at each subpackage mechanism 422 by the second turnover mechanism 4211 and carries out shunting packing, and logistics part is in subpackage
422 mounted box of mechanism enters the first discharging conveyer belt 423 after being packaged, moved the logistics part after mounted box by the first discharging conveyer belt 423
To subsequent processing.
In conjunction with Fig. 6, subpackage mechanism 422 is including subpackage platform 4221, Liang Ge typing mechanism 4222 and shunts conveyer belt 4223,
Typing mechanism 4222 is made of computer and statement printer.Liang Ge typing mechanism 4222 is located on subpackage platform 4221, two typings
The opposition setting of mechanism 4222；It shunts conveyer belt 4223 and is located at 4221 lower section of subpackage platform.One subpackage mechanism 422 can be handled simultaneously
The logistics part of two orders (an aircraft box 6 is packed into an order).
Equipped with multiple aircraft boxes 6 at subpackage platform 4221, logistics part is in the packing process at subpackage mechanism 422: firstly,
Take out aircraft box 6；Then, barcode scanning is carried out to aircraft box 6 and logistics part by typing mechanism 4222, typing mechanism 4222 is by aircraft
The bar code of box 6 and the bar code of logistics part carry out binding and on deposit to system, at this point, typing mechanism 4222 can print a logistics
Inventory；Finally, logistics part and the logistics inventory are packed into aircraft box 6, then packing process is completed.
In conjunction with Fig. 5, Subcontracting device 42 further includes recycling conveyer belt 424, and recycling conveyer belt 424 is located at the first charging conveyer belt
421 lower section.Recycling conveyer belt 424 is configured to recycle glue frame 5, when logistics part in glue frame 5 is taken out by subpackage mechanism 422, sky
Glue frame 5 carries out centralized recovery by recycling conveyer belt 424.
In conjunction with Fig. 7 and 9, the second conveying device 43 is cyclic annular and end to end conveyer belt, and the second conveying device 43 uses
Belt-conveying and roller transport two kinds of means of transportation and are mixed, and the second conveying device 43 and packing apparatus 44 cross section using rolling
The arc section of cylinder transport, the second conveying device 43 is transported using roller, remaining is all made of belt-conveying.In second conveying device 43
Corresponding three packing apparatus 44 are set there are three third turnover mechanism 431, and third turnover mechanism 431 includes the second jacking component 4312
With transport roller group 4311, the second jacking component 4312 is Pneumatic assembly.Transport roller group 4311 is fixed on the second jacking component
At 4312 driving end.Transporting roller group 4311 can be in the second conveying device 43 under the driving of the second jacking component 4312
Elevating movement, third turnover mechanism 431 can move to logistics part at packing apparatus 44.
When logistics part needs to be transported at packing apparatus 44, the second jacking component 4312 of third turnover mechanism 431 will be transported
Roller group 4311 is jacked up from the second conveying device 43, so that the aircraft box 66 equipped with logistics part is by 4311 support of transport roller group
It rises, and packing apparatus 44 is transported to by transport roller group 4311, complete turnover transport.
In conjunction with Fig. 8, it is additionally provided with temporary accelerating sections 432 in the second conveying device 43, weighs barcode scanning section 433 and abnormity removing
Section 434, temporary accelerating sections 432, weighing barcode scanning section 433 and abnormity removing section 434 are arranged successively.Abnormity removing section 434 includes
First rejects component 4341 and abnormal conveyer belt 4342, and first rejects component 4341 as cylinder；First, which rejects component 4341, fixes
To the side of the second conveying device 43, abnormal conveyer belt 4342 is fixed on the other side of the second conveying device 43.First rejecting group
Part 4341 can move to abnormal logistics part at abnormal conveyer belt 4342.Weighing barcode scanning section 433 includes weighing barcode scanning mechanism, is weighed
Barcode scanning mechanism can carry out weighing to logistics part and barcode scanning, weighing barcode scanning mechanism are electrically connected with the firstth rejecting component 4341.Temporarily
It deposits accelerating sections 432 to include caching conveyer belt and accelerate conveyer belt, logistics part is waited at caching conveyer belt and being weighed, and logistics part adds again
It is accelerated at fast conveyer belt and weighs barcode scanning section 433.
Before logistics part after mounted box enters packing apparatus 44, need by temporary accelerating sections 432, weigh barcode scanning section 433 with
And abnormity removing section 434, the logistics part after mounted box is temporary in temporary accelerating sections 432, sequentially enters and weighs barcode scanning section 433, weighs
Logistics part after 433 pairs of mounted boxs of barcode scanning section carries out weighing and barcode scanning, such as finds that barcode scanning is abnormal, then abnormity removing section 434 is picked
It removes；As without noting abnormalities, then by abnormity removing section 434, it can smoothly enter into packing apparatus 44.
In conjunction with Figure 10, packing apparatus 44 includes the second charging conveyer belt 441, second discharging conveyer belt 443 and film-wrapping machine
442, the second charging conveyer belt 441 and the second discharging conveyer belt 443 are just transported with roller.Second charging conveyer belt 441 and the
The connection of two conveying devices 43, the second charging conveyer belt 441 are located at one end of film-wrapping machine 442 and are connected thereto, the second discharging transport
The other end that is located at film-wrapping machine 442 with 443 is simultaneously connected thereto.
Logistics part is fed into packing apparatus 44 by the second transport and is carried out packing processing after mounted box, and logistics part is by the after mounted box
Two charging conveyer belts 441 are delivered in film-wrapping machine 442, and it is close to carry out wrapping to the aircraft box 66 equipped with logistics part by film-wrapping machine 442
It seals and posts logistics information automatically, subsequent processing is transported to by the second discharging conveyer belt 443 after the completion.
In conjunction with Figure 10-11, film-wrapping machine 442 is equipped with the second detection components 4421, and the second detection components 4421 are code reader.
Second discharging conveyer belt 443 is equipped with second and rejects component 4431, and second rejects component 4431 as cylinder.Second detection components
4421 and second rejecting component 4431 electrically connect.
The second detection components 4421 are equipped at film-wrapping machine 442 can carry out barcode scanning to the aircraft box 66 equipped with logistics part, then
Whether secondary confirmation logistics part is abnormal.If abnormal, then rejected by the second rejecting component 4431；As normal, then smoothly
As the second discharging conveyer belt 443 enters subsequent processing.
First turnover mechanism 4211, turnover mechanism 413, second, third turnover mechanism 431, caching conveyer belt and acceleration fortune
Defeated take is equipped with photoelectric sensor (being not drawn into figure), and photoelectric sensor is for incuding logistics part.
Step S5, during review is packaged comprising following steps:
S5.1, shunting: the glue frame 5 for filling logistics part is put into this system from the feed inlet 411 of the first conveying device 41
(bar code of all logistics parts of bar code and loading in glue frame 5 bundlees in advance).The glue frame 5 of logistics part is filled by the
One detection components 4111 are checked that the first detection components 4111 carry out barcode scanning inspection to glue frame 5.The logistics part of reading code exception is then
As the first conveying device 41 moves at rejecting mouth 412, abnormal part processing is carried out；The normal logistics part of reading code passes through the first turnover
At the transport to Subcontracting device 42 of mechanism 413, carry out shunting packing processing.
S5.2, shunt and be packaged: the glue frame 5 for filling logistics part enters at Subcontracting device 42, and with the of Subcontracting device 422
One charging conveyer belt 421 enters at subpackage mechanism 422.In subpackage mechanism 422, firstly, taking out aircraft box 6；Then, pass through typing
Mechanism 4222 carries out barcode scanning to aircraft box 6 and logistics part, typing mechanism 4222 by the bar code of aircraft box 6 and the bar code of logistics part into
Row binding and on deposit to system, at this point, typing mechanism 4222 can print a logistics inventory；Finally, by logistics part and the object
It flows inventory to be packed into aircraft box 6, then completes packing process.Glue frame 5 is then as recycling conveyer belt 424 is recycled.Object will be housed
The aircraft box 6 of stream part is put on the first discharging conveyer belt 423, and the first discharging conveyer belt 423 moves it to the second conveying device 43
Place.
S5.3, inspection: it before the logistics part after mounted box enters packing apparatus 44, needs by temporary accelerating sections 432, weigh and sweep
Code section 433 and abnormity removing section 434, the logistics part after mounted box is temporary in temporary accelerating sections 432, sequentially enters weighing barcode scanning section
433, the logistics part after weighing 433 pairs of mounted boxs of barcode scanning section carries out weighing and barcode scanning, such as finds that barcode scanning is abnormal, then abnormity removing section
434 are rejected；As without noting abnormalities, then by abnormity removing section 434, it can smoothly enter into packing apparatus 44.
S5.4, packing: logistics part is fed into packing apparatus 44 by the second transport and carries out packing processing.Logistics part after mounted box
It is delivered in film-wrapping machine 442 by the second charging conveyer belt 441, wrapping is carried out to the aircraft box 6 equipped with logistics part by film-wrapping machine 442
It seals and posts logistics information automatically.The second detection components 4421 are additionally provided at film-wrapping machine 442 to the aircraft box 6 that logistics part is housed
Barcode scanning is carried out, reaffirms whether the logistics part is abnormal.If abnormal, then rejected by the second rejecting component 4431；Such as
Normally, then smoothly as the second discharging conveyer belt 443 enters express delivery area.
The invention has the benefit that this method based between WCS module and WMS module information interchange and review beat
The assembly of envelope curve 44 is packaged, and during logistics part shunts, information and its ownership order information to logistics part carry out pipe
Reason realizes each link overall process control such as logistics order management, warehousing management, realizes the shunting, packing, delivery to logistics part
Unified management and work compound.
Above-described is only some embodiments of the present invention.For those of ordinary skill in the art, not
Under the premise of being detached from the invention design, various modifications and improvements can be made, these belong to protection model of the invention
It encloses.
Claims (10)
1. electric business flow distribution method, which is characterized in that including WCS module, WMS module, sorter (2), sowing wall (3) and
It checks pack thread (4), the multiple orders of typing in the WMS module, and includes the following steps,
S1, consolidating the load: multiple logistics parts are picked up to shipping area (1), and bar code, the shipping area are equipped on each logistics part
(1) the logistics part in forms big wave time order group；
S2, sorting: big wave time order group is split into multiple groups quantity on order equal small echo time order group by WCS module, by small echo
Logistics part in secondary order group moves to sorter (2), is sorted by sorter (2) to each small echo time order group；
S3, sowing: any label is scanned in sowing wall (3), so that it may obtain the logistics part and order in the small echo time order group
The bar code of information binding is scanned sowing to the bar code of each logistics part in small echo time order group；
S4, frame up: the logistics part after the completion of sowing is packed into glue frame (5) as unit of order；
S5, review are packaged: glue frame (5) being put into review pack thread (4), are answered by review pack thread (4) each order
Core and packing.
2. electric business flow distribution method according to claim 1, which is characterized in that in the step S1, the shipping area
(1) multiple consolidating the load processes are carried out simultaneously in, i.e., generate simultaneously or successively multiple big waves time order group, what priority processing first generated
Big wave time order group.
3. electric business flow distribution method according to claim 1, which is characterized in that in the step S2, the sorter
(2) every to complete small echo time order group, the order of the small echo time order group can be sent to WMS module by WCS module, by WMS mould
Block is recorded；After the completion of all small echos time order group sorting, WCS module feeds back WMS module, and expression has been sorted
At WCS module carries out next wavelength-division and picks.
4. electric business flow distribution method according to claim 1, which is characterized in that in the step S3, can also use
Following manner is sowed, and is scanned to the logistics part in small echo time order group, and corresponding goods lattice, which provides, in sowing wall (3) mentions
Show, logistics part is put into the goods lattice.
5. electric business flow distribution method according to claim 4, which is characterized in that in the step S3, to each order
Point broadcast, during point broadcasting, the logistics number of packages amount of every order can be reduced according to typing logistics part bar code, until button
It is kept to zero, then divides and finishes into；After each logistics part completion point in small echo time order group is broadcast, WCS module is generated the small echo
The logistics list of order group is simultaneously sent to WMS module, sowing wall (3) release, can carry out next small echo time order group sowing.
6. -5 any electric business flow distribution method according to claim 1, which is characterized in that described in the step S5
Checking pack thread (4) includes the first conveying device (41), the second conveying device (43), several Subcontracting devices (42) and several
A packing apparatus (44)；
First conveying device (41) is configured to for logistics part being delivered at Subcontracting device (42)；
The Subcontracting device (42) is configured to logistics part carrying out mounted box packing；
Second conveying device (43) is configured to for the logistics part after mounted box being delivered at packing apparatus (44)；
The packing apparatus (44) is configured to for logistics part being sealed and posts logistics information.
7. electric business flow distribution method according to claim 6, which is characterized in that described first conveying device (41) one end
Equipped with feed inlet (411), the first conveying device (41) other end is equipped with rejecting mouth (412), sets at the feed inlet (411)
Having the first detection components (4111), first conveying device (41) is equipped with several the first turnovers mechanism (413), several
First turnover mechanism (413) is corresponding with several Subcontracting device (42).
8. electric business flow distribution method according to claim 6, which is characterized in that the Subcontracting device (42) includes first
Feed conveyer belt (421), the first discharging conveyer belt (423) and several subpackage mechanisms (422), several described subpackage mechanisms
(422) be respectively provided at the two sides of the first charging conveyer belt (421) and with first charging conveyer belt (421) connect, described first into
Expect conveyer belt (421) be equipped with several second turnover mechanism (4211), it is described several second turnover mechanism (4211) if with
Gan Ge subpackage mechanism (422) is corresponding, and second turnover mechanism (4211) can move to logistics part at subpackage mechanism (422).
9. electric business flow distribution method according to claim 6, which is characterized in that set on second conveying device (43)
There are several thirds to transfer mechanism (431), third turnover mechanism (431) is corresponding with several packing apparatus (44), described
Third turnover mechanism (431) includes the second jacking component (4312) and transport roller group (4311), the transport roller group
(4311) it is fixed at the driving end of the second jacking component (4312)；Third turnover mechanism (431) can move logistics part
To at packing apparatus (44).
10. electric business flow distribution method according to claim 6, which is characterized in that the packing apparatus (44) includes the
Two chargings conveyer belt (441), the second discharging conveyer belt (443) and film-wrapping machine (442), second charging conveyer belt (441)
It is located at one end of film-wrapping machine (442) and is connect with film-wrapping machine (442), second discharging conveyer belt (443) is located at film-wrapping machine
(442) the other end is simultaneously connect with film-wrapping machine (442).
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