CN109255668A - Data object information processing method, apparatus and system - Google Patents
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- 230000010365 information processing Effects 0.000 title claims abstract description 31
- 238000003672 processing method Methods 0.000 title claims abstract description 15
- 238000004519 manufacturing process Methods 0.000 claims abstract description 99
- 238000012545 processing Methods 0.000 claims abstract description 47
- 238000005259 measurement Methods 0.000 claims description 40
- 230000003993 interaction Effects 0.000 claims description 26
- 238000000034 method Methods 0.000 claims description 15
- 238000012856 packing Methods 0.000 claims description 10
- 230000002452 interceptive effect Effects 0.000 claims description 5
- 241000406668 Loxodonta cyclotis Species 0.000 claims description 4
- 238000004321 preservation Methods 0.000 claims description 3
- 238000010586 diagram Methods 0.000 description 8
- 238000004806 packaging method and process Methods 0.000 description 7
- 230000001186 cumulative effect Effects 0.000 description 6
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- 240000000716 Durio zibethinus Species 0.000 description 4
- 235000006025 Durio zibethinus Nutrition 0.000 description 4
- 235000013372 meat Nutrition 0.000 description 4
- 230000003340 mental effect Effects 0.000 description 4
- 239000002994 raw material Substances 0.000 description 4
- 241000208340 Araliaceae Species 0.000 description 3
- 244000141359 Malus pumila Species 0.000 description 3
- 235000005035 Panax pseudoginseng ssp. pseudoginseng Nutrition 0.000 description 3
- 235000003140 Panax quinquefolius Nutrition 0.000 description 3
- 230000006870 function Effects 0.000 description 3
- 235000008434 ginseng Nutrition 0.000 description 3
- 230000008569 process Effects 0.000 description 3
- 235000013399 edible fruits Nutrition 0.000 description 2
- 238000005516 engineering process Methods 0.000 description 2
- 238000005303 weighing Methods 0.000 description 2
- 240000008067 Cucumis sativus Species 0.000 description 1
- 235000010799 Cucumis sativus var sativus Nutrition 0.000 description 1
- 235000007688 Lycopersicon esculentum Nutrition 0.000 description 1
- 240000003768 Solanum lycopersicum Species 0.000 description 1
- 238000009825 accumulation Methods 0.000 description 1
- 235000021016 apples Nutrition 0.000 description 1
- 238000013459 approach Methods 0.000 description 1
- 238000010009 beating Methods 0.000 description 1
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- G06Q30/0601—Electronic shopping [e-shopping]
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- G01G—WEIGHING
- G01G19/00—Weighing apparatus or methods adapted for special purposes not provided for in the preceding groups
- G01G19/387—Weighing apparatus or methods adapted for special purposes not provided for in the preceding groups for combinatorial weighing, i.e. selecting a combination of articles whose total weight or number is closest to a desired value
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
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Abstract
The embodiment of the present application discloses data object information processing method, apparatus and system, wherein, the system comprises: production subsystem, for by the first data object carry out production operation, the second data object of more than one piece is obtained, generates uniqueness encoded information for second data object；The information exchange subsystem is saved for the corresponding relationship between the coding and measured value to each second data object；Picking processing subsystem, for receiving picking task；Pass through selection the second data object of more than one piece and carries out picking by way of being combined；Wherein, for the second data object selected every time, the corresponding measured value of its encoded information is obtained by inquiring the information exchange subsystem, and it is calculated with the measured value of other the second data objects picked in same picking task, picking quantity information is obtained, the picking quantity information is provided.By the embodiment of the present application, picking efficiency can be improved, and reduce error probability.
Description
Technical field
This application involves data object information processing technology fields, more particularly to data object information processing method, dress
It sets and system.
Background technique
With the continuous development of online sale platform, there is a kind of novel sales platform mode, in this mode, puts down
Platform side can dispose Xian Xia shops, Main Management fresh goods, and user can be existed by the application program (App) that platform provides
The commodity sold in line browsing shops, and the purchase that places an order is carried out, the shops nearest apart from user's shipping address completes picking for it
And delivery service, it is realized with this and is sent to most fast speed.
Wherein, there are many fresh goods to have the following characteristics that when stocking up, be it is in bulk, as unit of weight etc.
It is put in storage.For example, certain shops is put in storage 1000 jin of apples, etc..In order to carry out on-line selling, a kind of mode is to pre-define
The packing specification of finished market product (opposite, the commodity of storage are known as raw material commodity), for example, according to the rule of every packet 500g or so
Lattice in advance pack apple in bulk, obtain finished market product, in this way, the commodity of practical online sale are this finished product quotient
Product when single under user, can be placed an order with " packet ", " part " etc. for unit.This mode needs in advance according to certain rules
The production or processing of finished market product are carried out, and has relatively stringent limitation to the weight etc. in unit packaging, because such as
Fruit is too many lower than standard, for consumer-user, the case where being equivalent to " insufficient jin ", although system can be by some
Mechanism retracts the amount of money of pay this extra for consumer-user, and still, this will also result in the occupancy of system resource.And if every part
It is too many to be higher than standard when packaging, then will cause loss again for shops, (in general, having more the part of standard weights, meeting is to give
It the modes such as send to be supplied to user, does not need user and still further pay).
In order to overcome various drawbacks of above-mentioned first way, another way is also proposed in some systems, is exactly, directly
The information of raw material commodity is issued on line, and measurement unit when being put in storage is as marketing unit, for example, unit of weight etc..
Quantity when consumer-user is lower single on line, needed for can directly being selected according to the measurement unit of raw material commodity.For example, right
For apple, when consumer-user is lower single on line, purchase 1500g, etc. can be directly selected.Later, the picking of shops
Member can carry out the operation such as picking, weighing, packaging according to the weight information configured in the order of user, then again be consumer
User delivers.
This mode can be realized " packaging on demand ", still, due to needing to be claimed again after receiving trade order
The operations such as weight, packaging therefore can be slow on Dispatching efficiency, may occasion a delay to dispatching timeliness.
Summary of the invention
This application provides data object information processing method, apparatus and system, picking efficiency can be improved, and reduce out
Wrong probability.
This application provides following schemes:
A kind of data object information processing system, comprising:
Subsystem is produced, is used for by obtaining the second data object of more than one piece to the progress production operation of the first data object,
In, the production operation includes measurement operation, generates uniqueness encoded information for second data object, and by the coding
Corresponding relationship between measured value is entered into information exchange subsystem；
The information exchange subsystem, for the corresponding relationship between the coding and measured value to each second data object
It is saved；
Picking processing subsystem includes to specified first data object for receiving picking task, in the picking task
Required amount of information；Pass through selection the second data object of more than one piece and carries out picking by way of being combined；Wherein, for each
Second data object of selection obtains the corresponding measured value of its encoded information by inquiring the information exchange subsystem, and with
The measured value of other the second data objects picked in same picking task is calculated, and is obtained picking quantity information, is provided
The picking quantity information.
A kind of data object information processing method, comprising:
In the production process of the second data object, the measurement value information of the second data object is obtained, wherein described second
Data object is obtained and carrying out production operation to the first data object, and the production operation includes measurement operation；
Uniqueness encoded information is generated for second data object；
By the corresponding relationship between the coding and measured value of second data object be submitted to data interaction subsystem into
Row saves, by selection the second data object of more than one piece and to carry out group when picking processing subsystem receives picking task
The mode of conjunction carries out picking；Wherein, it for the second data object selected every time, is obtained by inquiring the information exchange subsystem
The corresponding measured value of its encoded information is obtained, and is carried out with the measured value of other the second data objects picked in same picking task
It calculates, obtains picking quantity information, the picking quantity information is provided.
A kind of data object information processing method, comprising:
Receive the correspondence relationship information between the coding and measured value for the second data object that production subsystem is submitted and guarantor
It deposits, wherein second data object is obtained and carrying out production operation to the first data object, and the production operation includes
Measurement operation；
Receive the submission of picking processing subsystem to the encoded information of the second data object when, inquire described corresponding close
System, determines corresponding measured value and returns, will have been picked in the measured value, with same picking task by the picking processing subsystem
The measured values of other the second data objects calculated, obtain picking quantity information.
A kind of data object information processing method, comprising:
Picking task is received, includes the first data object tag information and requirement information in the picking task,
Wherein, pass through selection the second data object of more than one piece and carry out picking by way of being combined, second data object by pair
First data object carries out production operation and obtains, and the production operation includes measurement operation, and second data object is also right
There should be encoded information, and the corresponding relationship between encoded information and measured value is saved by information exchange subsystem；
For the second data object selected every time, its encoded information pair is obtained by inquiring the information exchange subsystem
The measured value answered；
The measured value of other the second data objects picked in measured value obtained and same picking task is counted
It calculates, obtains picking quantity information, the picking quantity information is provided.
A kind of data object information processing unit, comprising:
Measured value obtaining unit, for obtaining the measurement of the second data object in the production process of the second data object
Value information, wherein second data object is obtained and carrying out production operation to the first data object, the production operation
It is operated including measurement；
Generation unit is encoded, for generating uniqueness encoded information for second data object；
Information submits unit, for the corresponding relationship between the coding and measured value of second data object to be submitted to
Data interaction subsystem is saved, to pass through selection more than one piece second when picking processing subsystem receives picking task
The data object and mode being combined carries out picking；Wherein, for the second data object selected every time, by described in inquiry
Information exchange subsystem obtains the corresponding measured value of its encoded information, and with other second data for having been picked in same picking task
The measured value of object is calculated, and picking quantity information is obtained, and provides the picking quantity information.
A kind of data object information processing unit, comprising:
Information holding unit, between the coding and measured value of the second data object for receiving production subsystem submission
Correspondence relationship information simultaneously saves, wherein and second data object is obtained and carrying out production operation to the first data object,
The production operation includes measurement operation；
Information returning unit, for receiving the encoded information to the second data object of picking processing subsystem submission
When, the corresponding relationship is inquired, corresponding measured value is determined and returns, by the picking processing subsystem by the measured value, with
The measured value of other the second data objects picked in same picking task is calculated, and picking quantity information is obtained.
A kind of data object information processing unit, comprising:
Picking task receiving unit includes the first data object tag in the picking task for receiving picking task
Information and requirement information, wherein pass through selection the second data object of more than one piece and carry out picking, institute by way of being combined
The second data object to be stated to obtain and carrying out production operation to the first data object, the production operation includes measurement operation,
Second data object is also corresponding with encoded information, and is saved between encoded information and measured value by information exchange subsystem
Corresponding relationship；
Query unit is obtained for the second data object for selecting every time by inquiring the information exchange subsystem
Obtain the corresponding measured value of its encoded information；
Computing unit, other the second data objects for that will pick in measured value obtained and same picking task
Measured value is calculated, and picking quantity information is obtained, and provides the picking quantity information.
A kind of data object information processing system, comprising:
Subsystem is produced, is used for by obtaining the second data object of more than one piece to the progress production operation of the first data object,
In, the production operation includes measurement operation, generates uniqueness encoded information for second data object, and save the volume
Corresponding relationship between code and measured value；
Picking processing subsystem includes to specified first data object for receiving picking task, in the picking task
Required amount of information；Pass through selection the second data object of more than one piece and carries out picking by way of being combined；Wherein, for each
Second data object of selection obtains the corresponding measured value of its encoded information by inquiring the production subsystem, and with it is same
The measured value of other the second data objects picked in picking task is calculated, and picking quantity information is obtained, and is provided described
Picking quantity information.
According to specific embodiment provided by the present application, this application discloses following technical effects:
By the embodiment of the present application, the first data object can be processed in advance, obtain what more than one piece measured value did not waited
Second data object, in this way, when carrying out picking according to trade order group can be carried out by choosing the second data object of more than one piece
The mode of conjunction, to produce third data object, for delivering to user.Also, it can also be in advance to the second data
Corresponding relationship between the coding and measured value of object is saved in data interaction subsystem, in this way, utilizing the second data
During object carries out picking, so that it may know the measured value of every second data object by way of barcode scanning, and with it is same
The measured value of other the second data objects scanned in one picking task adds up, and obtains picking quantity information, and mention
Sorter is supplied, in this way, sorter just need not voluntarily do a sum orally, remember, it is thus possible to improve picking efficiency, and reduce error
Probability.
In addition, in addition to providing picking quantity information the quantity information for needing picking can also be provided also, to help sorter
More rationally, it is rapidly performed by the selection of the second data object.Furthermore if be added in the measured value of certain the second data object
After in the quantity of picking of one state, the requirement in task is had exceeded, and what is exceeded is partially larger than preset error
Range can also then prompt user to replace other second data objects, etc..
Certainly, any product for implementing the application does not necessarily require achieving all the advantages described above at the same time.
Detailed description of the invention
In order to illustrate the technical solutions in the embodiments of the present application or in the prior art more clearly, below will be to institute in embodiment
Attached drawing to be used is needed to be briefly described, it should be apparent that, the accompanying drawings in the following description is only some implementations of the application
Example, for those of ordinary skill in the art, without creative efforts, can also obtain according to these attached drawings
Obtain other attached drawings.
Fig. 1 is system architecture schematic diagram provided by the embodiments of the present application；
Fig. 2-1 to 2-4 is the schematic diagram of user interface provided by the embodiments of the present application；
Fig. 3 is the schematic diagram of the first system provided by the embodiments of the present application；
Fig. 4 is the flow chart of first method provided by the embodiments of the present application；
Fig. 5 is the flow chart of second method provided by the embodiments of the present application；
Fig. 6 is the flow chart of third method provided by the embodiments of the present application；
Fig. 7 is the schematic diagram of first device provided by the embodiments of the present application；
Fig. 8 is the schematic diagram of second device provided by the embodiments of the present application；
Fig. 9 is the schematic diagram of 3rd device provided by the embodiments of the present application；
Figure 10 is the schematic diagram of second system provided by the embodiments of the present application.
Specific embodiment
Below in conjunction with the attached drawing in the embodiment of the present application, technical solutions in the embodiments of the present application carries out clear, complete
Site preparation description, it is clear that described embodiments are only a part of embodiments of the present application, instead of all the embodiments.It is based on
Embodiment in the application, those of ordinary skill in the art's every other embodiment obtained belong to the application protection
Range.
In the embodiment of the present application, corresponding solution is provided for following application scenarios: directly to the first data
Object (for example, the raw material such as cucumber in bulk, tomato, fruit commodity) carries out online sale, also, by the first data object
Unit of the measurement unit as optional quantity in the case where, consumer-user, can be with first data pair when lower single
The measurement unit of elephant is unit, requirement information is set, for example, the first data object this for " durian meat in bulk ", disappears
Requirement can be set as 1500g, etc. by expense person user.
For above-mentioned scene, in order to after receiving the trade order of user, can more efficiently carry out picking, this
Application embodiment provides following solution:
It is possible, firstly, to produce the second data object of more than one piece in advance.Wherein, so-called second data object is by first
What the operations such as data object measures, packs, print label produced, still, in production second in the embodiment of the present application
When data object, for packing specification of every second data object etc., there is no compulsory requirements, that is, every second data
The measured value of object can be arbitrary value.Certainly, arbitrary value here is also in the reasonable scope, it will usually be less than normal condition
The required amount of maximum value specified in lower trade order.For example, being sent out for durian meat in bulk according to previous empirical value etc.
Existing, user is in requirement of the maximum requirement to place an order usually in 3000g, other most of orders usually in 1000g
To between 2000g, there are also being 500g, or even can also there be less demand.Therefore, the second data object is being produced
When, the measured value of every part of second data object can be controlled within 3000g, but do not limit every part of weight strictly, so that
The measured value of second data object can have diversity feature, to meet the different demands to quantity of different consumer-users.
For example, 200g can be existed simultaneously, and 430g, 520g, a variety of measured values such as 315g, 820g.This measured value can pass through printing
Etc. modes be shown on outer packing or label, in this way, sorter is after receiving picking task, so that it may according to needed for user number
Amount, from numerous second data objects, selects several, if the measured value of these the second selected data objects is cumulative
Together, this several the second data objects can then be combined equal or close in user's requirement, and
It delivers to user.
By the above-mentioned means, do not need to measure again after receiving picking task, pack, the operation such as print label,
And it only needs to combine packaged several the second data objects.But this mode can also be picked
Goods person brings an extra work, during exactly needing to picking, carries out to the measured value of each second data object tired
Add calculating, for the sorter strong for computing capability, can be calculated by way of mental arithmetic, remember accumulated total amount,
One the second data object of selection every time, requires to accumulate once again, this is likely to result in burden for sorter, also,
The mode of mental arithmetic is also easy error.Certainly, sorter can also need to carry out accumulation calculating by means of equipment such as calculators, still
Also can be slow in the process for inputting the measured value of every second data object to computer, it also, can also be easy to malfunction, operate
It is inconvenient.
For this purpose, in the embodiment of the present application, providing a kind of more convenient and fast processing mode.In this approach, can pass through
It cooperates to complete between multiple subsystems.It first may include production subsystem, namely for by the first data object
The subsystem of the operations such as label is measured, packs, beating, in the embodiment of the present application, in addition to completing aforesaid operations, the production subsystem
System can also provide the encoded information of unique identification, and accordingly generate two dimensional code, bar code etc. for every second data object
Graphic code, and be printed upon on the label of the second data object.At the same time it can also by the encoded information of every second data object with
Corresponding relationship between measured value is submitted to data interaction subsystem and is saved.
Wherein, the coding about the second data object can be is generated according to preset coding rule, for example,
It can be generated by the mode of " shops's identification code "+" variable code ", wherein for the second data object in same shops, " door
Shop identification code " can be identical, and for the second different data objects, " variable code " is then different.Example
Such as, the coding of certain the second data object is 30043252766, wherein first 5 namely 30043 can be shops's identification code, and rear 7
Position namely 252766 can be variable code, it is variable that this changeability, which is embodied between the second different data objects, and
Different, in this way, making each coding uniquely corresponding second data object.In one the second data object of production every time
When, unique coding can be generated, in addition, can also generate graphic code under optional implementation according to the coding, lead to
Cross the modes such as printing, be shown in the second data object outer packing or the label pasted in outer packing on, etc..
Production subsystem can be deployed in each shops, alternatively, can also provide in shared production for more shops
The heart completes the production operation of the second data object, specifically, can submit production task from each shops to the production center, so
Afterwards, the production center carries out the production operation of the second data object, carries out after the completion of task, then from the production center to each shops
With goods.When lower single, the shipping address still specified from shops to user dispenses consumer-user.There are the production centers
Mode under, for each shops, it may not be necessary to by the first data object storage into the warehouse compartment of oneself, by the production center
Carry out the buying of the first same data object.It should be noted that production subsystem is either deployed in shops, also
It is to be deployed in the production center, the production of the second data object can be carried out, and will coding and survey according to manner described above
Corresponding relationship between magnitude is submitted to data interaction subsystem and is saved.
Data interaction subsystem can be deployed in respectively in each shops, or can also be deployed in cloud.For the former,
It can be the data interaction subsystem that oneself is respectively safeguarded by each shops, correspondingly, the production work of the second data object
It can be inside each shops and complete, that is, can be between production subsystem and data interaction subsystem one-to-one
Relationship.And for the latter, then it is that the information of each shops is saved and safeguarded by unified data interaction subsystem, this
Sample can reduce the cost of each shops.In the case where data interaction subsystem is disposed in this cloud, production subsystem can portion
Administration can also be deployed in the unified production center in each shops, that is to say, that production subsystem and cloud data interaction subsystem
It can be one-to-one between system, be also possible to many-to-one relationship.
It may include sweeping in the picking processing subsystem in addition, picking processing subsystem can also be disposed in each shops
The information output devices such as decoding apparatus, and display equipment, loudspeaker.During executing a picking task, select every time
One the second data object modes, the volume that barcode scanning is obtained such as can be scanned to graphic code by barcode scanning equipment first
Code information is submitted to data interaction subsystem, returns to corresponding measured value by the interactive subsystem.Certainly, in other implementations
Under, encoded information can also be handled by other means, for example, in the case where number of encoding bits are not long, can also directly by
The modes such as coding is shown in the outer packing of the second data object, and sorter can be inputted by keyboard are come to information exchange subsystem
System submits the encoded information of the second data object, to inquire corresponding measured value, etc..Picking processing subsystem is receiving measurement
After value, the measured value of other the second data objects picked in the measured value and same picking task can be subjected to cumulative equal meter
It calculates, obtains picking quantity information, and sorter can be shown to by equipment such as display screens, or voice can also be passed through
The mode of casting is supplied to sorter, etc..In this way, sorter, after one the second data object of every selection, picking is handled
Subsystem can automatically remind the quantity of picking, and the picking quantity information, is not to have scanned several
Second data object, but the measured value of the second data object scanned obtain after cumulative grade calculates accumulative
Value.The work such as sorter's mental arithmetic, memory, more efficient, can also be to avoid miscalculating the case where can be saved in this way.
That is, in specific implementation, production subsystem can be deployed in shops or the production center, picking subsystem
System can be deployed in each shops, and data interaction subsystem can then be deployed in shops or cloud, and various modes are at this
Apply within protection scope.For example, it is located at the production center in production subsystem, the case where data interaction subsystem is located at cloud
Under, system architecture diagram can be as shown in Figure 1.Each shops's (one is only shown in figure) can be generated by task subsystem and be produced
Task, and be submitted to the production center and carry out unified production, in the embodiment of the present application, particularly as being according to the first data object
Produce the second data object, wherein the measured value between each second data object can be different.Produced
The coding and measurement value information of two data objects can be submitted to data interaction subsystem and be saved.Sales platform subsystem
After middle generation trade order, it can be sent to the task subsystem of shops, picking task is generated by task subsystem, and be handed down to
Picking processing subsystem.In this way, picking processing subsystem can carry out the second data object according to manner described above
The operation of barcode scanning or input coding, and obtain the corresponding measured value of encoded information from data interaction subsystem, then with it is same
The measured value of other the second data objects picked in picking task carries out cumulative equal calculating, using obtained calculated result as
Picking quantity information is supplied to sorter, and sorter is helped to complete picking task.
It should be noted that about sales platform subsystem, can be has binding or cooperative relationship with shops etc.
Online sale plateform system, for example, it may be " box horse " system etc., also, the information in same shops can also be published to
In multiple sales platform subsystems.When specific implementation, since the information such as data object inventory in each shops can be by counting
It is saved according to interactive subsystem, therefore, data-interface can be provided from data interaction subsystem to sales platform subsystem, made
The data object information for obtaining shops, which can synchronize, to be published in sales platform subsystem, and consumer-user can be flat by selling
Station subsystem such as is browsed, is placed an order at the operation, is that the shipping address that user specifies dispenses by specific shops.
Due to for picking subsystem, the requirement information in a picking task be it is known, therefore, can
Under the implementation of choosing, in addition to that can prompt picking quantity information, the number for also needing picking can also be calculated automatically
Amount also needs the quantity information of picking that is, the requirement in task is subtracted picking quantity and can be obtained by, and is prompted to
Sorter, in this way, sorter is when selecting other second data objects, so that it may in this, as reference, use what is be more suitable for
Second data object completes this picking task.
For example, it is assumed that being processed in advance to " durian meat in bulk " this first data object, more than one piece second has been obtained
Data object, measured value include 430g, 520g, 315g, many different weight of 820g etc..Front end sellers are placing an order
When, specifying required quantity is 1500g, then sorter is after receiving picking task, and as shown in Fig. 2-1, picking subsystem is shown
Showing in interface can show in currently needing to be implemented for task, the title and required picking of corresponding first data object
Total quantity information, which is also to be indicated with measurement units such as weight.In addition, in display interface there may also be
The display box of " picking quantity " information can be in the initial state sky in the display box.Later, sorter can execute
Picking operation, for example, can be from numerous second data objects of durian meat in bulk, any one measured value of selection is lower than task
In required amount of second data object, it is then possible to be scanned to its graphic code, the encoded information scanned can from
It is dynamic to be submitted to data interaction subsystem, corresponding measured value is determined by data interaction subsystem, and be supplied to picking subsystem.
At this point, picking subsystem can then show the measured value in " picking quantity " corresponding display box, this is because should
The second data object scanned before in task is 0, therefore, is directly opened up its measured value as picking quantity information
Show, for example, it may be " 350 " shown in Fig. 2-2, unit can be defaulted as g.Also, it can also be mentioned in display interface
For following information, " quantity+350 also needs 1150 ", etc..In this way, sorter can be prompted, also needing the quantity of picking is 115 grams.
As soon as next, when the second data object of sorter's reselection and scan acquisition its measure value information after, picking subsystem
The measured value of second data object can be added up with the quantity of picking of laststate, be calculated it is current
Picking quantity.For example, as Figure 2-3, it is assumed that the measured value of the second data object of Current Scan is 383g, then picking number
Amount information can become 350+383=733g, and be shown in the display box of picking quantity.At the same time it can also show " number
Amount+383, also needs 767 ", and so on, until the final quantity of picking reaches the requirement in task, or close to
The requirement, so that it may each second data object scanned in the task is combined, third data object is generated, etc.
Pending dispatching.
Wherein, it is also possible to following situations occur: during picking, tiring out by the measured value of some the second data object
After being added in the quantity of picking of laststate, obtained current picking quantity has exceeded the requirement in task, and
And the amount exceeded has exceeded preset range.For example, the quantity of required picking is 1500g, the quantity of picking of laststate is
1233g, at this point, being obtained after cumulative if the measured value for second data object that sorter is newly scanned is 350g
The result is that 1583g, it is assumed that allowing existing error is 50g, then the quantity having more at this time has had exceeded the error range.At this
In the case of kind, the picking processing subsystem in the embodiment of the present application can also be prompted to sorter, it is prompted to reselect
One measured value is lower than the second data object of certain numerical value.For example, as in Figure 2-4, prompt information can be " to exceed too much not
It is cumulative, also need 267 ", etc..
In short, in the embodiment of the present application, can be processed in advance to the first data object, obtain more than one piece measured value not
Deng the second data object, in this way, according to trade order carry out picking when, can by choose the second data object of more than one piece into
The combined mode of row, to produce third data object, for delivering to user.Also, it can also be in advance to second
Corresponding relationship between the coding and measured value of data object is saved in data interaction subsystem, in this way, utilizing second
During data object carries out picking, so that it may the measured value of every second data object is known by way of barcode scanning, and
It adds up with the measured value of other the second data objects scanned in same picking task, obtains picking quantity information,
And it is supplied to sorter, in this way, sorter just need not voluntarily do a sum orally, remember, it is thus possible to improve picking efficiency, and reduce
Error probability.
In addition, in addition to providing picking quantity information the quantity information for needing picking can also be provided also, to help sorter
More rationally, it is rapidly performed by the selection of the second data object.Furthermore if be added in the measured value of certain the second data object
After in the quantity of picking of one state, the requirement in task is had exceeded, and what is exceeded is partially larger than preset error
Range can also then prompt user to replace other second data objects, etc..
Separately below from multiple angles, the specific implementation of the embodiment of the present application is introduced.
Embodiment one
Firstly, angle of the embodiment one from system, provides a kind of data object information processing system, it, should referring to Fig. 3
System may include:
Subsystem 301 is produced, for obtaining the second data pair of more than one piece by carrying out production operation to the first data object
As, wherein the production operation includes measurement operation, uniqueness encoded information is generated for second data object, and by institute
It states the corresponding relationship between coding and measured value and is entered into information exchange subsystem 302；
The information exchange subsystem 302, for corresponding between the coding and measured value to each second data object
Relationship is saved；
Picking processing subsystem 303 includes to specified first data pair for receiving picking task, in the picking task
As required amount of information；Pass through selection the second data object of more than one piece and carries out picking by way of being combined；Wherein, for every
Second data object of secondary selection obtains the corresponding measured value of its encoded information by inquiring the information exchange subsystem, and
It is calculated with the measured value of other the second data objects picked in same picking task, obtains picking quantity information, mention
For the picking quantity information.
Wherein, in specific implementation, the production subsystem can be also used for: be generated according to the uniqueness encoded information
Graphic code, and graphic code is indicated in the outer packing of second data object；
Correspondingly, the picking processing subsystem is specifically used for: for the second data object selected every time, passing through scanning
Corresponding graphic code determines its coding, and obtains corresponding measured value from information exchange subsystem inquiry using the coding.
Wherein, the measured value of every second data object can have arbitrariness, that is to say, that every second data object
The measured values such as weight can be it is unequal.
Specifically, required amount of unit in the picking task, with measurement when production second data object
Unit is identical.That is, can directly be issued to the first data object, user is under in transaction platform subsystem
Dan Shi, can be by the measurement unit of the first data object, to specify requirement, for example, required weight etc..
In specific implementation, the picking processing subsystem can be also used for: according to stating requirement and described picked
Goods quantity determines the quantity information for also needing picking, and provides the quantity information for also needing picking.
In addition, picking processing subsystem can be also used for: by the measured value of the second data object of Current Scan and together
When the measured value of other the second data objects picked in one picking task is calculated, if calculated result is required greater than described
Quantity, and what is exceeded is partially larger than preset error range, then cancels the measured value to the second data object of the Current Scan
Calculating, and provide prompt information, include the quantity information for also needing picking in required prompt information.
Under a kind of concrete implementation mode, the production subsystem can be deployed in the production center, be mentioned according to each shops
The production task of friendship produces the second data object, and is distributed to corresponding shops, is to generate in sales platform subsystem from shops
Trade order deliver；The information exchange subsystem is deployed in cloud；The picking processing subsystem deployment and each door
In shop.
Embodiment two
The embodiment two mainly from the angle of production subsystem, provides a kind of data object information processing method, referring to
Fig. 4, this method specifically can be with, comprising:
S401: in the production process of the second data object, the measurement value information of the second data object is obtained, wherein institute
It states the second data object to obtain and carrying out production operation to the first data object, the production operation includes measurement operation；
When specific implementation, automatic packaging machine can be equipped in subsystem or the equipment such as PC claims by producing, the spy of this equipment
Point is, can not only realize the processing such as automatic weighing, packaging, mark, be further equipped with processor, can pass through the side of programming
Formula realizes corresponding information exchange function for equipment.Specifically, in the embodiment of the present application, so-called information exchange function is just
It is that it is possible to generate the coding of uniqueness for the second data object, and by the corresponding relationship between coding and measured value, is submitted to
Data interaction subsystem.
S402: uniqueness encoded information is generated for second data object；
S403: the corresponding relationship between the coding and measured value of second data object is submitted to data interaction subsystem
System is saved, to be gone forward side by side by selection the second data object of more than one piece when picking processing subsystem receives picking task
The combined mode of row carries out picking；Wherein, for the second data object selected every time, by inquiring the information exchange subsystem
System obtains corresponding measured value, and is calculated with the measured value of other the second data objects picked in same picking task,
Picking quantity information is obtained, the picking quantity information is provided.
It is every to have produced second data object for producing subsystem, it can carry out first encoding and measurement
The submission of corresponding relationship between value operates, alternatively, can also be under another implementation by this correspondence relationship information
It is temporarily stored in local cache, after a collection of production task or other times, executes primary unified corresponding relationship
Submit operation, etc..Wherein, it in the case where being deployed in the production center for production subsystem, or generates subsystem and is deployed in
Shops, but in the case that multiple shops share a data interactive subsystem, when submitting correspondence relationship information, can also mention
Hand over the identification information of shops.It certainly, can also be in the case where shops's mark has been contained in the coding of the second data object
Shops's identification information need not in addition be uploaded.
Embodiment three
The embodiment three mainly from the angle of data interaction subsystem, provides a kind of data object information processing method,
Referring to Fig. 5, this method may include:
S501: the correspondence relationship information between the coding and measured value for the second data object that production subsystem is submitted is received
And save, wherein second data object is obtained and carrying out production operation to the first data object, the production operation
It is operated including measurement；
S502: receive the submission of picking processing subsystem to the encoded information of the second data object when, it is described right to inquire
It should be related to, determine corresponding measured value and return, it will be in the measured value, with same picking task by the picking processing subsystem
The measured value of other the second data objects picked is calculated, and picking quantity information is obtained.
Example IV
The example IV mainly from the angle of picking processing subsystem, provides a kind of data object information processing method,
Referring to Fig. 6, this method be can specifically include:
S601: receiving picking task, includes the first data object tag information and requirement in the picking task
Information, wherein pass through selection the second data object of more than one piece and carry out picking by way of being combined, second data object is logical
It crosses and is carried out by production operation and is obtained for the first data object, the production operation includes measurement operation, second data object
It is also corresponding with encoded information, and the corresponding relationship between encoded information and measured value is saved by information exchange subsystem；
Picking processing subsystem can be new trade order is produced in sales platform subsystem after, the picking that receives
Task.Alternatively, in practical applications, being also possible to the picking task received under other scenes, for example, shops side needs to utilize
The the second data object production a batch produced meets the third data object of certain packing specification, can also be to picking
System submits picking task, etc..Specifically, may include the mark such as required title of the first data object in picking task
Knowledge and requirement information.It may include display equipment in picking processing subsystem, above-mentioned picking mission bit stream can be shown
Show in the display device.
S602: for the second data object selected every time, its coding is obtained by inquiring the information exchange subsystem
The corresponding measured value of information；
In an implementation mode, the figure that can be generated with good grounds encoded information in the outer packing of the second data object
Code, at this point, may be fitted with barcode scanning equipment in picking processing subsystem, it can be by scanning figure shape code, to the second data pair
The coding of elephant is identified, and is submitted to data interaction subsystem and is inquired.
S603: by the measured value of other the second data objects picked in measured value obtained and same picking task into
Row calculates, and obtains picking quantity information, provides the picking quantity information.
One the second data object of scanning every time, can be updated picking quantity information, and the mode of update is,
By the measured value of the second data object newly scanned, add up with the measured value of the second data object scanned before,
The step of replacing the mental arithmetic of sorter or input calculator to calculate with this.That is, in same picking task execution process
In, picking quantity can have multiple intermediate state, increase second data object newly every time, which can all update.
When specific implementation, the quantity for also needing picking can also be determined according to requirement and the picking quantity is stated
Information, and the quantity information for also needing picking is provided.
In addition, by picked in the measured value of the second data object of Current Scan and same picking task other second
When the measured value of data object is calculated, if calculated result is greater than the requirement, and exceed partially larger than preset
Error range, then can also cancel the calculating of the measured value to the second data object of the Current Scan, and provide prompt letter
It ceases, includes the quantity information for also needing picking in required prompt information.
About the part that previous embodiment one is not described in detail into example IV, each portion of other in present specification may refer to
The record divided, which is not described herein again.
Corresponding with previous embodiment two, the embodiment of the present application also provides a kind of data object information processing unit, ginsengs
See Fig. 7, the apparatus may include:
Measured value obtaining unit 701, for obtaining the survey of the second data object in the production process of the second data object
Magnitude information, wherein second data object is obtained and carrying out production operation to the first data object, the production exercise
Make to include measurement operation；
Generation unit 702 is encoded, for generating uniqueness encoded information for second data object；
Information submits unit 703, for mentioning the corresponding relationship between the coding and measured value of second data object
It is sent to data interaction subsystem to be saved, to pass through selection more than one piece when picking processing subsystem receives picking task
The second data object and mode being combined carries out picking；Wherein, for the second data object selected every time, pass through inquiry
The information exchange subsystem obtains the corresponding measured value of its encoded information, and with picked in same picking task other second
The measured value of data object is calculated, and picking quantity information is obtained, and provides the picking quantity information.
Corresponding with previous embodiment three, the embodiment of the present application also provides a kind of data object information processing unit, ginsengs
See Fig. 8, the apparatus may include:
Information holding unit 801, for receive production subsystem submit the second data object coding and measured value it
Between correspondence relationship information and preservation, wherein second data object by the first data object carry out production operation and
It obtains, the production operation includes measurement operation；
Information returning unit 802, the coding to the second data object for receiving the submission of picking processing subsystem are believed
When breath, the corresponding relationship is inquired, determine corresponding measured value and is returned, by the picking processing subsystem by the measured value,
It is calculated with the measured value of other the second data objects picked in same picking task, obtains picking quantity information.
Corresponding with previous embodiment four, the embodiment of the present application also provides a kind of data object information processing unit, ginsengs
See Fig. 9, the apparatus may include:
Picking task receiving unit 901 includes the first data object mark in the picking task for receiving picking task
Know information and requirement information, wherein pass through selection the second data object of more than one piece and carries out picking by way of being combined,
Second data object is obtained and carrying out production operation to the first data object, and the production operation includes measurement behaviour
Make, second data object is also corresponding with encoded information, and saves encoded information and measured value by information exchange subsystem
Between corresponding relationship；
Query unit 902, for the second data object for selecting every time, by inquiring the information exchange subsystem
Obtain the corresponding measured value of its encoded information；
Computing unit 903, other second data pair for will have been picked in measured value obtained and same picking task
The measured value of elephant is calculated, and picking quantity information is obtained, and provides the picking quantity information.
When specific implementation, which can also include:
Quantity information provides unit, for according to requirement and the picking quantity is stated, determination also to need picking
Quantity information, and the quantity information for also needing picking is provided.
In addition it can include:
Prompt unit, for will scanned in the measured value of the second data object of Current Scan and same picking task
The measured value of other the second data objects when being calculated, if calculated result is greater than the requirement, and the portion exceeded
Divide and be greater than preset error range, then cancel the calculating of the measured value to the second data object of the Current Scan, and mentions
Show information, includes the quantity information for also needing picking in required prompt information.
Embodiment five
In foregoing embodiments, information exchange subsystem is specially deployed, still, for some small-sized shops etc.
Speech, can also voluntarily deployment production subsystem and picking processing subsystem in shops, also, the information due to needing to save
Amount will not be very big, accordingly it is also possible to which the correspondence relationship information between coding and measured value is directly stored in production subsystem
In memory.That is, production subsystem can also be with information preservation and the function of inquiry.In this case,
Referring to Figure 10, the embodiment of the present application five additionally provides a kind of data object information processing system, which may include:
Subsystem 1001 is produced, for obtaining the second data pair of more than one piece by carrying out production operation to the first data object
As, wherein the production operation includes measurement operation, generates uniqueness encoded information for second data object, and save
Corresponding relationship between the coding and measured value；
Picking processing subsystem 1002 includes to specified first data for receiving picking task, in the picking task
The required amount of information of object；Pass through selection the second data object of more than one piece and carries out picking by way of being combined；Wherein, for
The second data object selected every time obtains the corresponding measured value of its encoded information by inquiring the production subsystem, and with
The measured value of other the second data objects picked in same picking task is calculated, and is obtained picking quantity information, is provided
The picking quantity information.
About the specific implementation details in the embodiment five, the record of aforementioned each section content may refer to, here no longer
It repeats.
As seen through the above description of the embodiments, those skilled in the art can be understood that the application can
It realizes by means of software and necessary general hardware platform.Based on this understanding, the technical solution essence of the application
On in other words the part that contributes to existing technology can be embodied in the form of software products, the computer software product
It can store in storage medium, such as ROM/RAM, magnetic disk, CD, including some instructions are used so that a computer equipment
(can be personal computer, server or the network equipment etc.) executes the certain of each embodiment of the application or embodiment
Method described in part.
All the embodiments in this specification are described in a progressive manner, same and similar portion between each embodiment
Dividing may refer to each other, and each embodiment focuses on the differences from other embodiments.Especially for system or
For system embodiment, since it is substantially similar to the method embodiment, so describing fairly simple, related place is referring to method
The part of embodiment illustrates.System and system embodiment described above is only schematical, wherein the conduct
The unit of separate part description may or may not be physically separated, component shown as a unit can be or
Person may not be physical unit, it can and it is in one place, or may be distributed over multiple network units.It can root
According to actual need that some or all of the modules therein is selected to achieve the purpose of the solution of this embodiment.Ordinary skill
Personnel can understand and implement without creative efforts.
Above to data object information processing method provided herein, apparatus and system, it is described in detail, this
Specific case is applied in text, and the principle and implementation of this application are described, the explanation of above example is only intended to
Help understands the present processes and its core concept；At the same time, for those skilled in the art, the think of according to the application
Think, there will be changes in the specific implementation manner and application range.In conclusion the content of the present specification should not be construed as pair
The limitation of the application.
Claims (16)
1. a kind of data object information processing system characterized by comprising
Subsystem is produced, for obtaining the second data object of more than one piece by carrying out production operation to the first data object, wherein
The production operation include measurement operation, for second data object generate uniqueness encoded information, and by it is described coding with
Corresponding relationship between measured value is entered into information exchange subsystem；
The information exchange subsystem is carried out for the corresponding relationship between the coding and measured value to each second data object
It saves；
Picking processing subsystem includes to needed for specified first data object for receiving picking task, in the picking task
The information of quantity；Pass through selection the second data object of more than one piece and carries out picking by way of being combined；Wherein, for selecting every time
The second data object, obtain the corresponding measured value of its encoded information by inquiring the information exchange subsystem, and with it is same
The measured value of other the second data objects picked in picking task is calculated, and picking quantity information is obtained, and is provided described
Picking quantity information.
2. system according to claim 1, it is characterised in that:
The production subsystem is also used to: generating graphic code according to the uniqueness encoded information, and graphic code is indicated in institute
In the outer packing for stating the second data object；
The picking processing subsystem is specifically used for: for the second data object selected every time, by scanning corresponding figure
Code determines its coding, and obtains corresponding measured value from information exchange subsystem inquiry using the coding.
3. system according to claim 1, which is characterized in that the measured value of every second data object has arbitrariness.
4. system according to claim 1, which is characterized in that required amount of unit in the picking task, with life
Measurement unit when producing second data object is identical.
5. system according to claim 1, which is characterized in that the picking processing subsystem is also used to:
According to requirement and the picking quantity is stated, the quantity information for also needing picking is determined, and also need to pick described in offer
The quantity information of goods.
6. system according to claim 1, which is characterized in that the picking processing subsystem is also used to:
In other second data objects that will have been picked in the measured value of the second data object of Current Scan and same picking task
Measured value when being calculated, if calculated result is greater than the requirement, and what is exceeded is partially larger than preset error model
It encloses, then cancels the calculating of the measured value to the second data object of the Current Scan, and prompt information is provided, required prompt information
In include also needing the quantity information of picking.
7. system according to any one of claims 1 to 6, it is characterised in that:
The production subsystem is deployed in the production center, produces the second data object according to the production task that each shops submits, and
It is distributed to corresponding shops, is that the trade order generated in sales platform subsystem is delivered from shops；
The information exchange subsystem is deployed in cloud；
In the picking processing subsystem deployment and each shops.
8. a kind of data object information processing method characterized by comprising
In the production process of the second data object, the measurement value information of the second data object is obtained, wherein second data
Object is obtained and carrying out production operation to the first data object, and the production operation includes measurement operation；
Uniqueness encoded information is generated for second data object；
Corresponding relationship between the coding and measured value of second data object is submitted to data interaction subsystem to protect
It deposits, so as to when picking processing subsystem receives picking task, passes through selection the second data object of more than one piece and be combined
Mode carries out picking；Wherein, for the second data object selected every time, it is obtained by inquiring the information exchange subsystem
The corresponding measured value of encoded information, and counted with the measured value of other the second data objects picked in same picking task
It calculates, obtains picking quantity information, the picking quantity information is provided.
9. a kind of data object information processing method characterized by comprising
The correspondence relationship information between the coding and measured value for the second data object that production subsystem is submitted and preservation are received,
In, second data object is obtained and carrying out production operation to the first data object, and the production operation includes measurement
Operation；
Receive the submission of picking processing subsystem to the encoded information of the second data object when, inquire the corresponding relationship, really
Fixed corresponding measured value simultaneously returns, by the picking processing subsystem by picked in the measured value, with same picking task its
He calculates the measured value of the second data object, obtains picking quantity information.
10. a kind of data object information processing method characterized by comprising
Picking task is received, includes the first data object tag information and requirement information in the picking task, wherein
Pass through selection the second data object of more than one piece and carry out picking by way of being combined, second data object passes through to the first number
Production operation is carried out according to object and is obtained, and the production operation includes measurement operation, and second data object is also corresponding with volume
Code information, and the corresponding relationship between encoded information and measured value is saved by information exchange subsystem；
For the second data object selected every time, it is corresponding that its encoded information is obtained by the inquiry information exchange subsystem
Measured value；
The measured value of other the second data objects picked in measured value obtained and same picking task is calculated, is obtained
To picking quantity information, the picking quantity information is provided.
11. according to the method described in claim 10, it is characterized by further comprising:
According to requirement and the picking quantity is stated, the quantity information for also needing picking is determined, and also need to pick described in offer
The quantity information of goods.
12. according to the method described in claim 10, it is characterized by further comprising:
In other second data pair that will have been scanned in the measured value of the second data object of Current Scan and same picking task
When the measured value of elephant is calculated, if calculated result is greater than the requirement, and what is exceeded is partially larger than preset error
Range, then cancel the calculating of the measured value to the second data object of the Current Scan, and provides prompt information, required prompt letter
It include the quantity information for also needing picking in breath.
13. a kind of data object information processing unit characterized by comprising
Measured value obtaining unit, in the production process of the second data object, obtaining the measured value letter of the second data object
Breath, wherein second data object is obtained and carrying out production operation to the first data object, and the production operation includes
Measurement operation；
Generation unit is encoded, for generating uniqueness encoded information for second data object；
Information submits unit, for the corresponding relationship between the coding and measured value of second data object to be submitted to data
Interactive subsystem is saved, to pass through selection the second data of more than one piece when picking processing subsystem receives picking task
The object and mode being combined carries out picking；Wherein, for the second data object selected every time, by inquiring the information
Interactive subsystem obtains the corresponding measured value of its encoded information, and with other second data objects for having been picked in same picking task
Measured value calculated, obtain picking quantity information, the picking quantity information be provided.
14. a kind of data object information processing unit characterized by comprising
Information holding unit, it is corresponding between the coding and measured value of the second data object for receiving production subsystem submission
Relation information simultaneously saves, wherein second data object is obtained and carrying out production operation to the first data object, described
Production operation includes measurement operation；
Information returning unit, for receive the submission of picking processing subsystem to the encoded information of the second data object when, look into
The corresponding relationship is ask, determine corresponding measured value and is returned, by the picking processing subsystem by the measured value, is picked with same
The measured value of other the second data objects picked in goods task is calculated, and picking quantity information is obtained.
15. a kind of data object information processing unit characterized by comprising
Picking task receiving unit includes the first data object tag information in the picking task for receiving picking task
And requirement information, wherein pass through selection the second data object of more than one piece and carries out picking by way of being combined, described the
Two data objects are obtained and carrying out production operation to the first data object, and the production operation includes measurement operation, described
Second data object is also corresponding with encoded information, and saves pair between encoded information and measured value by information exchange subsystem
It should be related to；
Query unit obtains it by inquiring the information exchange subsystem for the second data object for selecting every time
The corresponding measured value of encoded information；
Computing unit, the measurement of other the second data objects for will have been picked in measured value obtained and same picking task
Value is calculated, and picking quantity information is obtained, and provides the picking quantity information.
16. a kind of data object information processing system characterized by comprising
Subsystem is produced, for obtaining the second data object of more than one piece by carrying out production operation to the first data object, wherein
The production operation includes measurement operation, generates uniqueness encoded information for second data object, and save the coding
Corresponding relationship between measured value；
Picking processing subsystem includes to needed for specified first data object for receiving picking task, in the picking task
The information of quantity；Pass through selection the second data object of more than one piece and carries out picking by way of being combined；Wherein, for selecting every time
The second data object, obtain the corresponding measured value of its encoded information by inquiring the production subsystem, and with same picking
The measured value of other the second data objects picked in task is calculated, and picking quantity information is obtained, and provides described picked
Goods quantity information.
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| CN201710571374.2A CN109255668B (en) | 2017-07-13 | 2017-07-13 | Data object information processing method, device and system |
| PCT/CN2018/093949 WO2019011139A1 (en) | 2017-07-13 | 2018-07-02 | Data object information processing method, apparatus and system |
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| US20020173042A1 (en) * | 2001-03-16 | 2002-11-21 | Timothy Oolman | Method of tagging agricultural products |
| CN101059860A (en) * | 2007-06-20 | 2007-10-24 | 四川亚元防伪科技有限公司 | Bulk commodity quantity-checking bill-checking tax-controlling method, system, net station and terminal |
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