CN103198388B - Warehouse materials management method and system - Google Patents
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- CN103198388B CN103198388B CN201310073932.4A CN201310073932A CN103198388B CN 103198388 B CN103198388 B CN 103198388B CN 201310073932 A CN201310073932 A CN 201310073932A CN 103198388 B CN103198388 B CN 103198388B
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Abstract
The embodiment of the invention discloses a kind of warehouse materials management method and system, described method includes putting in storage submethod: warehouse-in odd numbers scanning step: the warehouse-in odd numbers scanning and recording on the display screen being shown in server；Receive step: scan bar code to be put in storage and associate storage with described warehouse-in odd numbers and record the first numerical value representing bar code sum；Goods putting step: the position in storehouse bar code of the corresponding position in storehouse of scanning, scans and treats the bar code of the correspondence into described position in storehouse and record the second value of the corresponding bar code sum representing described position in storehouse；Warehouse-in terminates to judge step: circulation operates above-mentioned goods putting step, if the summation of second value is equal to the first numerical value, terminates；And warehouse-in submission step: generate and also submit storage bill to server.The embodiment of the present invention uses technique scheme to overcome the technical problem that prior art labor cost height, inefficiency and accuracy rate are low, has reached warehouse materials and has managed accurate, timely, quick and efficient technique effect.
Description
Technical field
The present invention relates to intelligent repository management domain, particularly relate to a kind of warehouse materials management method and system.
Background technology
Traditional storehouse management, although employ computer, but data still use first paper records, the mode that manually enters computer again is acquired and sorting-out in statistics.This not only causes substantial amounts of waste of human resource, and due to artificial factor, data inputting speed is slow, accuracy rate is low.
Development along with scope of the enterprise, goods and materials kind and the quantity of storehouse management are being continuously increased, are going out to put in storage frequency sharp increase, storehouse management operation is the most sufficiently complex and diversified, traditional artificial warehouse homework pattern and data acquisition modes labor cost are high, inefficiency and accuracy rate are low, be difficult to meet quick, the precise requirements of storehouse management, enterprise can not promptly and accurately link library deposit data, had a strong impact on the running efficiency of enterprise.
Summary of the invention
Embodiment of the present invention technical problem to be solved is, it is provided that a kind of accurate, timely, quick and efficient warehouse materials management method.
Embodiment of the present invention technical problem to be solved is, it is provided that a kind of accurate, timely, quick and efficient warehouse material management system.
In order to solve above-mentioned technical problem, the embodiment of the present invention proposes a kind of warehouse materials management method, including warehouse-in submethod: warehouse-in odd numbers scanning step: scan and record the warehouse-in odd numbers on the display screen being shown in server；Receive step: scan bar code to be put in storage and associate storage with described warehouse-in odd numbers and record the first numerical value representing bar code sum；Goods putting step: the position in storehouse bar code of the corresponding position in storehouse of scanning, scans and treats the bar code of the correspondence into described position in storehouse and record the second value of the corresponding bar code sum representing described position in storehouse；Warehouse-in terminates to judge step: circulation operates above-mentioned goods putting step, if the summation of second value is equal to the first numerical value, terminates；And warehouse-in submission step: generate and also submit storage bill to server.
Correspondingly, the embodiment of the present invention additionally provides a kind of warehouse material management system applying warehouse materials management method described above, described warehouse material management system includes the warehouse-in subsystem being made up of server and wireless connections in the PDA of server, and server includes: for generating the warehouse-in odd numbers generation module of warehouse-in odd numbers；PDA includes: for scanning warehouse-in odd numbers, position in storehouse bar code and the warehouse-in scan module of bar code；Be connected to put in storage scan module, for bar code to be put in storage to be associated storage with described warehouse-in odd numbers, and store the warehouse-in memory module of the first numerical value and second value；Be connected to put in storage memory module, for calculating the first numerical value and second value, and calculate second value summation equal to the first numerical value time determine warehouse-in loop ends warehouse-in computing module；And for generating and submitting to the warehouse-in of storage bill to submit module to server.
The embodiment of the present invention provides the benefit that: judge that step and warehouse-in submit step to by using warehouse-in odd numbers scanning step, step of receiving, goods putting step, warehouse-in to terminate；Use the server being made up of warehouse-in odd numbers generation module and the PDA being submitted to module to form by warehouse-in scan module, warehouse-in memory module, warehouse-in computing module and warehouse-in, thus it is high to overcome prior art labor cost, inefficiency and the low technical problem of accuracy rate, reached that warehouse materials management is accurate, timely, quick and efficient technique effect.
Accompanying drawing explanation
Fig. 1 is the warehouse-in submethod schematic flow sheet of the warehouse materials management method of the embodiment of the present invention.
Fig. 2 is the outbound submethod schematic flow sheet of the warehouse materials management method of the embodiment of the present invention.
Fig. 3 is the submethod schematic flow sheet of process especially of the warehouse materials management method of the embodiment of the present invention.
Fig. 4 is the warehouse-in subsystem schematic diagram of the warehouse material management system of the embodiment of the present invention.
Fig. 5 is the outbound subsystem schematic diagram of the warehouse material management system of the embodiment of the present invention.
Fig. 6 is the special subsystem schematic diagram of the warehouse material management system of the embodiment of the present invention.
Detailed description of the invention
It should be noted that in the case of not conflicting, the embodiment in the application and the feature in embodiment can be combined with each other, and are described in further detail the present invention with specific embodiment below in conjunction with the accompanying drawings.
Embodiments provide a kind of warehouse materials management method and system, can be applied not only to clothing storehouse management, can be applicable to the management in the warehouses such as dress ornament, footwear industry, sports goods, leatherware, home textile, case and bag and gift.
Refer to Fig. 1, embodiments provide a kind of warehouse materials management method, described warehouse materials management method includes putting submethod, outbound submethod in storage and processing one or more in submethod especially.
As a kind of embodiment, described warehouse materials management method includes putting submethod in storage, and described warehouse-in submethod includes following step:
Warehouse-in odd numbers scanning step: scan and record the warehouse-in odd numbers on the display screen being shown in server；Specifically, PDA can directly scan the warehouse-in odd numbers on display screen, thus without being manually entered, accelerates efficiency of inputting, and certainly, warehouse-in odd numbers also can manual typing.
Receive step: scan bar code to be put in storage and associate storage with described warehouse-in odd numbers and record the first numerical value representing bar code sum；This step is equivalent to lorry when shipping warehouse one batch materials, first material is carried out sum and checks, in order to lorry sails out of in time, improves efficiency.
Goods putting step: the position in storehouse bar code of the corresponding position in storehouse of scanning, scans and treats the bar code of the correspondence into described position in storehouse and record the second value of the corresponding bar code sum representing described position in storehouse；Generally, owing to material and position in storehouse are more, secondary step needs circulation repeatedly to carry out, specifically, position in storehouse bar code is first scanned by PDA, then scanning is corresponding requires the physics bar code of consistent material to be placed into this position in storehouse such as money number, color etc., records second value simultaneously, and second value represents the quantity having deposited the material into position in storehouse.
Warehouse-in terminates to judge step: circulation operates above-mentioned goods putting step, if the summation of second value is equal to the first numerical value, terminates；This step is to judge whether the material received all is put into position in storehouse.
Warehouse-in submits step to: generates and submits storage bill to server.Specifically, PDA wirelessly sends to server and at least includes putting odd numbers, position in storehouse bar code and the storage bill of bar code in storage.
As a kind of embodiment, in above-mentioned warehouse-in submethod, described in receive step and goods putting step all includes that putting uniqueness in storage judges sub-step: judge that the bar code scanned is the most legal and unique, if otherwise alarm.Described warehouse-in uniqueness judges that sub-step i.e. judges that the bar code of scanning is the most corresponding with the bar code prestored consistent, to improve accuracy, the concordance that material receives, deposits.
Refer to Fig. 2, as a kind of embodiment, described warehouse materials management method also includes that outbound submethod, described outbound submethod include following step:
Outbound odd numbers scanning step: scan and record the outbound odd numbers on the display screen being shown in server, receives and stores the third value, position in storehouse bar code and the bar code that represent bar code sum that server sends；Specifically, server generates outbound odd numbers, and wirelessly sends, to PDA, third value, position in storehouse bar code and the bar code that above-mentioned outbound odd numbers is corresponding.
Case number (CN) bar code generation step: generate case number (CN) bar code according to outbound odd numbers and described third value；Specifically, case number (CN) bar code can be the bar code being affixed on chest, and described chest is used for the material of encapsulation predetermined quantity.
Picking step: the position in storehouse bar code on the corresponding position in storehouse of scanning, scans the bar code on described position in storehouse and records the 4th numerical value of the bar code sum represented on described position in storehouse；Specifically, PDA is first to the position in storehouse bar code scan on position in storehouse, then the material of this position in storehouse is scanned and counted, and sorts the material on many bin levels the most without any confusion.
Carton step: scan described case number (CN) bar code, scans the bar code that picking step obtains the 5th numerical value recording expression described case number (CN) bar code correspondence bar code sum；Specifically, during vanning, first scanning case number (CN) bar code, the more corresponding material that need to load this chest is put into and scanning and counting.
Outbound terminates to judge step: circulation operates described picking step and Carton step, if the summation of the summation of the 4th numerical value and the 5th numerical value is equal to third value, terminates；Specifically, this step judges that the material sum confirming picking step, the material quantity of Carton step is to be delivered from godown with third value is consistent.
Step is submitted in vanning to: generates and submits packing list to server.Specifically, PDA wirelessly sends to server and at least includes case number (CN) bar code, position in storehouse bar code and the packing list of bar code.
As a kind of embodiment, described vanning also includes after submitting step to:
Case number (CN) bar code scan step: the case number (CN) bar code that scanning respectively posts；And
Step submitted to by logistics list: the case number (CN) bar code of scanning is legal and during case number (CN) bar code one_to_one corresponding with case number (CN) bar code generation step, generates and also submits logistics list to server.The meaning of above-mentioned two steps is,, then the case number (CN) bar code on individual chest is scanned after lorry loaded onto by each chest of this shipments or simultaneously, if the most corresponding with case number (CN) bar code in aforementioned outbound submethod consistent time, just producing logistics list, lorry is just let pass when obtaining this logistics list by relevant departments.
As a kind of embodiment, also include before described outbound odd numbers scanning step:
Task allocation step: when third value is more than predetermined value, distributing and be sent at least two PDA according to predefined parameter standard by third value, position in storehouse bar code, bar code and case number (CN) bar code, described predefined parameter includes one or more in quantity, position in storehouse, money number, classification, wave band, series, set section, color and size.The meaning of this step is, when car loading is big, many for Task-decomposing people are operated simultaneously, to accelerate outbound efficiency, simultaneously, owing to position in storehouse bar code, bar code and case number (CN) bar code have all been carried out concrete distribution by task, ensure that a PDA user will not repeat same materials handling, be not that the position in storehouse bar code of this PDA user, bar code and case number (CN) bar code just cannot scan, it is to avoid repeated work, efficiency is high, and accuracy is high.
As a kind of embodiment, in above-mentioned outbound submethod, described picking step, Carton step and case number (CN) bar code scan step all include that outbound uniqueness judges sub-step: judge that position in storehouse bar code, bar code and the case number (CN) bar code of scanning are the most legal and unique, if otherwise alarm.Described outbound uniqueness judges that sub-step i.e. judges that the described various bar codes of scanning are the most corresponding consistent with the corresponding bar code prestored, to improve the accuracy of Material Sorting, vanning and shipment, concordance.And then, described warehouse-in submethod and outbound submethod have all used uniqueness judge step and judge step, and the accurately management to material provides dual guarantee.
Refer to Fig. 3, as a kind of embodiment, described warehouse materials management method also includes processing submethod especially, process especially submethod be for allot returning note, return of goods storage bill, reprocess receive list, reprocess outbound list, commodity sell at a special price single, allot outbound and be retracted into list, reprocess request slip, reprocess storage bill, reprocess outbound list, reprocess warehouse entry list, Return Application list and the little single processing method of request slip equivalent of exchanging goods, process submethod especially and include step:
Odd numbers scanning sub-step especially: scan and record according to currently at least including that the temporal information of millisecond generates and be shown in the special odd numbers on the display screen of server；This step uses the temporal information including millisecond to generate special odd numbers, it is ensured that the uniqueness of such odd numbers, will not obscure repetition.
Process step especially: scan the position in storehouse bar code of corresponding position in storehouse, scan bar code corresponding to described position in storehouse and record the 6th numerical value of the bar code sum representing that described position in storehouse is corresponding.
Step submitted to by the special list that processes: after process step completes especially, generates and also processing list especially to server submission.
As a kind of embodiment, in above-mentioned special process submethod, described special process step includes that special uniqueness judges sub-step: judge that the position in storehouse bar code of scanning, bar code are the most legal and unique, if otherwise alarm.Described special uniqueness judges that sub-step i.e. judges that the described various bar codes of scanning are the most corresponding consistent with the corresponding bar code prestored, to improve the accuracy of the operation such as Material Sorting, shipment, concordance.
As a kind of embodiment, in warehouse-in submethod, outbound submethod, warehouse-in odd numbers, outbound odd numbers all generate according to the temporal information currently at least including millisecond, and then ensure that the uniqueness of such odd numbers, will not obscure repetition.
Refer to Fig. 4, the embodiment of the present invention additionally provides a kind of warehouse material management system, and described warehouse material management system includes the warehouse-in subsystem being made up of server and wireless connections in the PDA of server,
Server includes: for generating the warehouse-in odd numbers generation module 10 of warehouse-in odd numbers.
PDA includes that putting scan module 20, warehouse-in memory module 21, warehouse-in computing module 22 and warehouse-in in storage submits module 23 to.
Warehouse-in scan module 20 is used for scanning warehouse-in odd numbers, position in storehouse bar code and bar code.
Warehouse-in memory module 21 is connected to put scan module 20 in storage, for bar code to be put in storage is associated storage with described warehouse-in odd numbers, and stores the first numerical value and second value.
Putting computing module 22 in storage to be connected to put memory module 21 in storage, for calculating the first numerical value and second value, and the summation calculating second value is equal to during the first numerical value determine warehouse-in loop ends.
Warehouse-in submits to module 23 for generating and submitting storage bill to server.
Refer to Fig. 5, as a kind of embodiment, described warehouse material management system includes the outbound subsystem being made up of server and wireless connections in the PDA of server.
Server includes outbound odd numbers generation module 30 and case number (CN) bar code generation module 31.
Outbound odd numbers generation module 30 is used for generating outbound odd numbers, third value, position in storehouse bar code and bar code.
Case number (CN) bar code generation module 31 is connected to outbound odd numbers generation module 30, for generating case number (CN) bar code according to outbound odd numbers and described third value.
PDA includes that module 43 is submitted in outbound scan module 40, outbound memory module 41, outbound computing module 42 and vanning to.
Outbound scan module 40 is used for scanning position in storehouse bar code, bar code and case number (CN) bar code.
Outbound memory module 41 is connected to outbound scan module 40, is used for storing outbound odd numbers, third value, position in storehouse bar code, bar code, the 4th numerical value and the 5th numerical value.
Outbound computing module 42 is connected to outbound memory module 41, and for calculating the 4th numerical value and the 5th numerical value, and the summation of the summation and the 5th numerical value calculating the 4th numerical value is equal to during third value determine outbound loop ends.
Vanning submits to module 43 to be connected to outbound computing module 42, for generating and submitting packing list to server.
As a kind of embodiment, described server also includes task allocating module 32, task allocating module 32 is connected to outbound odd numbers generation module 30, when third value is more than predetermined value, according to predefined parameter standard, third value, position in storehouse bar code, bar code and case number (CN) bar code is distributed and be sent at least two PDA.Wherein, one or more during described predefined parameter includes quantity, position in storehouse, money number, classification, wave band, series, set section, color and size.
Refer to Fig. 6, as a kind of embodiment, described warehouse material management system includes the special subsystem being made up of server and wireless connections in the PDA of server.
Described server includes: for according to currently at least including that the temporal information of millisecond generates the special odd numbers generation module 50 of special odd numbers；
PDA includes special scan module 60, special memory module 61 and single especially submission module 62.
Scan module 60 especially is used for scanning described special odd numbers, position in storehouse bar code and bar code.
Memory module 61 especially is connected to special scan module 60, is used for storing special odd numbers and the 6th numerical value.
Single especially submission module 62 is connected to process especially memory module, processes list especially for generating and submitting to server.
Preferably, in described warehouse-in subsystem, outbound subsystem and special subsystem, all include that uniqueness judges submodule (not shown): judge that the bar code of scanning is the most legal and unique, if otherwise alarm.Uniqueness judges that submodule judges that the corresponding bar code of scanning is the most corresponding with the bar code prestored consistent, to improve the accuracy of handling of goods and materials, concordance.
To sum up, the warehouse material management system of the embodiment of the present invention by advanced barcode technology, wireless communication technique and intelligent hand-held terminal technology (PDA) achieve to warehouse-in, outbound, shifting storehouse, make an inventory, inquire about, the information management of the normalized operation control of each storage link such as scanning, enterprise can be helped to understand in time and control accurate picture and the data of stock services each side, ensure that enterprise normally produces, reduce backlog of material waste, accelerate turnover, reduce circulation costs, save labor cost, improve work efficiency.
The warehouse material management system of the embodiment of the present invention also includes the research and development management module being managed the design of sample clothing, be managed order meeting for the placement of orders management module, to one or more in the electricity business managing eBusiness module that is managed of business, and then described system covers enterprise's especially garment enterprise all production operation workflow, incomparable advantage is shown in terms of system stability, opening, the suitability, autgmentability and integration, bring unprecedented value and benefit for vast garment enterprise, far-reaching influence will be produced in apparel industry.
Additionally, one of ordinary skill in the art will appreciate that all or part of flow process realizing in above-described embodiment method, the program that can be by completes to instruct relevant hardware, described program can be stored in a computer-readable recording medium, this program is upon execution, it may include such as the flow process of the embodiment of above-mentioned each method.Wherein, described storage medium can be magnetic disc, CD, read-only store-memory body (Read-Only
Memory, ROM) or random store-memory body (Random
Access Memory, RAM) etc..
Although an embodiment of the present invention has been shown and described, for the ordinary skill in the art, being appreciated that and these embodiments can carry out multiple change without departing from the principles and spirit of the present invention, revise, replace and modification, the scope of the present invention is limited by claims and equivalency range thereof.
Claims (6)
1. a warehouse materials management method, it is characterised in that described warehouse materials management method include put in storage submethod:
Warehouse-in odd numbers scanning step: scan and record the warehouse-in odd numbers on the display screen being shown in server；
Receive step: scan bar code to be put in storage and associate storage recording with described warehouse-in odd numbers and represent the of bar code sum
One numerical value；
Goods putting step: the position in storehouse bar code of the corresponding position in storehouse of scanning, scans and treats the bar code of the correspondence into described position in storehouse and record described in expression
The second value of the corresponding bar code sum of position in storehouse；
Warehouse-in terminates to judge step: circulation operates above-mentioned goods putting step, if the summation of second value is equal to the first numerical value, terminates；And
Warehouse-in submits step to: generates and submits storage bill to server；
Described warehouse materials management method also includes outbound submethod:
Task allocation step: when third value is more than predetermined value, according to predefined parameter standard by third value, position in storehouse bar code, material bar
At least two PDA is distributed and be sent to code and case number (CN) bar code, and described predefined parameter includes quantity, position in storehouse, money number, classification, ripple
One or more in section, series, set section, color and size；
Outbound odd numbers scanning step: scan and record the outbound odd numbers on the display screen being shown in server, receive and store server
The third value, position in storehouse bar code and the bar code that represent bar code sum sent；
Case number (CN) bar code generation step: generate case number (CN) bar code according to outbound odd numbers and described third value；
Picking step: the position in storehouse bar code on the corresponding position in storehouse of scanning, scans the bar code on described position in storehouse and records on the described position in storehouse of expression
Bar code sum the 4th numerical value；
Carton step: scan described case number (CN) bar code, scans the bar code of picking step acquisition and records expression described case number (CN) bar code correspondence
5th numerical value of bar code sum；
Outbound terminates to judge step: circulation operates described picking step and Carton step, if the summation of the 4th numerical value and the 5th numerical value is total
Then terminate with being equal to third value；And
Step is submitted in vanning to: generates and submits packing list to server.
2. warehouse materials management method as claimed in claim 1, it is characterised in that described in receive step and goods putting step all include into
Storehouse uniqueness judges sub-step: judge that the bar code of scanning is the most legal and unique, if otherwise alarm.
3. warehouse materials management method as claimed in claim 1, it is characterised in that described vanning also includes after submitting step to:
Case number (CN) bar code scan step: the case number (CN) bar code that scanning respectively posts；And
Step submitted to by logistics list: the case number (CN) bar code of scanning is legal and during case number (CN) bar code one_to_one corresponding with case number (CN) bar code generation step, generates
And submit logistics list to server.
4. warehouse materials management method as claimed in claim 1, it is characterised in that described warehouse materials management method also includes especially
Process submethod:
Odd numbers scanning sub-step especially: scan and record according to currently at least including that the temporal information of millisecond generates and is shown in server
Special odd numbers on display screen；
Process step especially: scan the position in storehouse bar code of corresponding position in storehouse, scan bar code corresponding to described position in storehouse and record the described storehouse of expression
6th numerical value of the bar code sum that position is corresponding；And
Step submitted to by the special list that processes: after process step completes especially, generates and also processing list especially to server submission.
5. the warehouse material management system applying warehouse materials management method as claimed in claim 1, it is characterised in that described storehouse
Storehouse material management system includes the warehouse-in subsystem being made up of server and wireless connections in the PDA of server,
Server includes: for generating the warehouse-in odd numbers generation module of warehouse-in odd numbers；
PDA includes: for scanning warehouse-in odd numbers, position in storehouse bar code and the warehouse-in scan module of bar code；
Be connected to put in storage scan module, for bar code to be put in storage to be associated storage with described warehouse-in odd numbers, and it is several to store first
Value and the warehouse-in memory module of second value；
Be connected to put in storage memory module, for calculating the first numerical value and second value, and calculate second value summation equal to first number
The warehouse-in computing module of warehouse-in loop ends is determined during value；And
For generating and submitting to the warehouse-in of storage bill to submit module to server；
Described warehouse material management system includes the outbound subsystem being made up of server and wireless connections in the PDA of server,
Server includes:
For generating the outbound odd numbers generation module of outbound odd numbers, third value, position in storehouse bar code and bar code；
When being connected to outbound odd numbers generation module, third value more than predetermined value, according to predefined parameter standard by third value, position in storehouse
The task allocating module of at least two PDA is distributed and be sent to bar code, bar code and case number (CN) bar code, wherein, described predetermined
Parameter includes one or more in quantity, position in storehouse, money number, classification, wave band, series, set section, color and size；
Case number (CN) bar code that be connected to outbound odd numbers generation module, generate case number (CN) bar code according to outbound odd numbers and described third value generates mould
Block；
PDA includes: scanning position in storehouse bar code, bar code and the outbound scan module of case number (CN) bar code；
Be connected to outbound scan module, for store outbound odd numbers, third value, position in storehouse bar code, bar code, the 4th numerical value and
The outbound memory module of the 5th numerical value；
Be connected to outbound memory module, for calculating the 4th numerical value and the 5th numerical value, and calculate summation and the 5th numerical value of the 4th numerical value
Summation be equal to determine during third value the outbound computing module of outbound loop ends；And
Vanning submission module that be connected to outbound computing module, that generate and submit to server packing list.
6. the warehouse material management system applying warehouse materials management method as claimed in claim 4, it is characterised in that described storehouse
Storehouse material management system includes the special subsystem being made up of server and wireless connections in the PDA of server,
Server includes: for according to currently at least including that the temporal information of millisecond generates the special odd numbers generation module of special odd numbers；
PDA includes: scan the special scan module of described special odd numbers, position in storehouse bar code and bar code；
Be connected to special scan module, for storing special odd numbers and the special memory module of the 6th numerical value；And
It is connected to single especially submission module that process memory module especially, that generate and process especially to server submission list.
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| CN201310073932.4A CN103198388B (en) | 2013-03-08 | Warehouse materials management method and system |
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| CN201310073932.4A CN103198388B (en) | 2013-03-08 | Warehouse materials management method and system |
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| CN103198388B true CN103198388B (en) | 2016-11-30 |
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