WO2019011139A1 - 数据对象信息处理方法、装置及系统 - Google Patents

数据对象信息处理方法、装置及系统 Download PDF

Info

Publication number
WO2019011139A1
WO2019011139A1 PCT/CN2018/093949 CN2018093949W WO2019011139A1 WO 2019011139 A1 WO2019011139 A1 WO 2019011139A1 CN 2018093949 W CN2018093949 W CN 2018093949W WO 2019011139 A1 WO2019011139 A1 WO 2019011139A1
Authority
WO
WIPO (PCT)
Prior art keywords
data object
information
picking
subsystem
picked
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Ceased
Application number
PCT/CN2018/093949
Other languages
English (en)
French (fr)
Inventor
谭志华
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Alibaba Group Holding Ltd
Original Assignee
Alibaba Group Holding Ltd
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Alibaba Group Holding Ltd filed Critical Alibaba Group Holding Ltd
Publication of WO2019011139A1 publication Critical patent/WO2019011139A1/zh
Anticipated expiration legal-status Critical
Ceased legal-status Critical Current

Links

Images

Classifications

    • GPHYSICS
    • G06COMPUTING OR CALCULATING; COUNTING
    • G06QINFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
    • G06Q30/00Commerce
    • G06Q30/06Buying, selling or leasing transactions
    • G06Q30/0601Electronic shopping [e-shopping]
    • GPHYSICS
    • G01MEASURING; TESTING
    • G01GWEIGHING
    • G01G19/00Weighing apparatus or methods adapted for special purposes not provided for in the preceding groups
    • G01G19/387Weighing 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
    • GPHYSICS
    • G06COMPUTING OR CALCULATING; COUNTING
    • G06QINFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
    • G06Q30/00Commerce
    • G06Q30/06Buying, selling or leasing transactions

Definitions

  • the present application relates to the field of data object information processing technologies, and in particular, to a data object information processing method, apparatus, and system.
  • the platform can deploy offline stores, mainly dealing with fresh goods, and users can provide applications through the platform (App). Online browsing of the products sold in the store, and order purchase, the store closest to the user's delivery address, to complete the picking and delivery services, in order to achieve the fastest delivery.
  • This method requires the production or processing of finished goods in advance according to certain rules, and has relatively strict restrictions on the weight of the unit package, etc., because if it is lower than the standard, it is equivalent to "for the consumer user". In the case of less than a catty, although the system can return the amount of payment for the consumer user through some mechanism, this will also cause the system resources to be occupied. If each copy is higher than the standard when it is packaged, it will cause damage to the store (usually, the part with more standard weight will be provided to the user by giving away, etc., without the user having to pay another amount).
  • another system also proposes another method, that is, directly publishing online information of raw materials, and using the unit of measurement at the time of storage as a sales unit, for example, a weight unit, etc. .
  • a consumer user places an order online, he or she can directly select the required quantity according to the unit of measurement of the raw material.
  • the picker of the store can perform picking, weighing, packaging, etc. according to the weight information configured in the user's order, and then deliver the goods to the consumer.
  • This method can achieve "on-demand packaging", but because it needs to be weighed, packaged, etc. after receiving the transaction order, the delivery efficiency will be slower, which may cause delays in delivery.
  • the application provides a data object information processing method, device and system, which can improve the picking efficiency and reduce the probability of error.
  • a data object information processing system includes:
  • a production subsystem configured to obtain a plurality of second data objects by performing a production operation on the first data object, wherein the production operation includes a measurement operation, generating unique coding information for the second data object, and The correspondence between the code and the measured value is entered into the information interaction subsystem;
  • the information interaction subsystem is configured to save a correspondence between coding and measurement values of each second data object
  • a picking processing subsystem configured to receive a picking task, where the picking task includes information required to specify a first data object; and picking by selecting a plurality of second data objects and combining them; For each selected second data object, obtaining the measurement value corresponding to the coded information by querying the information interaction subsystem, and calculating with the measured values of other second data objects picked up in the same picking task, The picked quantity information provides the picked quantity information.
  • a data object information processing method includes:
  • a data object information processing method includes:
  • a data object information processing method includes:
  • the picking task includes first data object identification information and required quantity information, wherein the picking is performed by selecting a plurality of second data objects and combining, the second data object passing Obtaining the first data object by performing a production operation, the production operation includes a measurement operation, the second data object further corresponding to the coding information, and the correspondence between the coded information and the measured value is saved by the information interaction subsystem;
  • the measured value obtained is calculated with the measured value of the other second data objects picked up in the same picking task to obtain the picked quantity information, and the picked quantity information is provided.
  • a data object information processing apparatus includes:
  • a measurement value obtaining unit configured to obtain measurement value information of the second data object in a production process of the second data object, wherein the second data object is obtained by performing a production operation on the first data object, the production Operation includes measurement operations;
  • a code generating unit configured to generate unique coded information for the second data object
  • the information submitting unit is configured to submit the correspondence between the encoding of the second data object and the measured value to the data interaction subsystem for saving, so as to select multiple pieces when the picking processing subsystem receives the picking task Picking the second data object in a combined manner; wherein, for each selected second data object, obtaining a measurement value corresponding to the encoded information by querying the information interaction subsystem, and having been associated with the same picking task
  • the measured values of the other second data objects that are sorted are calculated to obtain the picked quantity information, and the picked quantity information is provided.
  • a data object information processing apparatus includes:
  • the information storage unit is configured to receive and save the correspondence relationship between the code and the measured value of the second data object submitted by the production subsystem, where the second data object is obtained by performing a production operation on the first data object,
  • the production operation includes a measurement operation
  • the information returning unit is configured to: when receiving the encoding information submitted by the picking processing subsystem for the second data object, query the corresponding relationship, determine the corresponding measured value, and return, the measurement is performed by the picking processing subsystem The value is calculated with the measured value of the other second data object picked up in the same picking task to obtain the picked quantity information.
  • a data object information processing apparatus includes:
  • a picking task receiving unit configured to receive a picking task, where the picking task includes first data object identification information and required quantity information, wherein the picking is performed by selecting multiple pieces of second data objects and combining them
  • the second data object is obtained by performing a production operation on the first data object, the production operation includes a measurement operation, the second data object further corresponding to the encoded information, and the encoded information and the measurement are saved by the information interaction subsystem Correspondence between values;
  • a query unit configured to obtain, by querying the information interaction subsystem, a measurement value corresponding to the coded information for each selected second data object;
  • a calculating unit configured to calculate the obtained measured value and the measured value of the other second data objects picked up in the same picking task, to obtain the picked quantity information, and provide the picked quantity information.
  • a data object information processing system includes:
  • a production subsystem configured to obtain a plurality of second data objects by performing a production operation on the first data object, wherein the production operation includes a measurement operation, generating unique coding information for the second data object, and saving the Corresponding relationship between coding and measured values;
  • a picking processing subsystem configured to receive a picking task, where the picking task includes information required to specify a first data object; and picking by selecting a plurality of second data objects and combining them; For each selected second data object, obtaining a measurement value corresponding to the coded information by querying the production subsystem, and calculating with the measured value of the other second data object picked up in the same picking task, Pick quantity information, providing the picked quantity information.
  • the present application discloses the following technical effects:
  • the first data object may be processed in advance to obtain a plurality of second data objects whose measurement values are not equal, so that when the picking is performed according to the transaction order, the second data object may be selected by selecting multiple pieces of the second data object.
  • a third data object is produced for shipment to the user.
  • the coding of the second data object and the correspondence between the measured values may be saved in advance to the data interaction subsystem, so that in the process of picking the goods by using the second data object, the method of scanning the code may be adopted.
  • FIG. 1 is a schematic structural diagram of a system provided by an embodiment of the present application.
  • FIGS. 2a to 2d are schematic diagrams of a user interface provided by an embodiment of the present application.
  • FIG. 3 is a schematic diagram of a first system provided by an embodiment of the present application.
  • FIG. 5 is a flowchart of a second method provided by an embodiment of the present application.
  • FIG. 6 is a flowchart of a third method provided by an embodiment of the present application.
  • FIG. 7 is a schematic diagram of a first device provided by an embodiment of the present application.
  • FIG. 8 is a schematic diagram of a second device provided by an embodiment of the present application.
  • FIG. 9 is a schematic diagram of a third device provided by an embodiment of the present application.
  • FIG. 10 is a schematic diagram of a second system provided by an embodiment of the present application.
  • a corresponding solution is provided for the following application scenarios: directly selling the first data object (for example, bulk raw materials such as cucumber, tomato, fruit, etc.), and the first data object
  • the consumer user can set the required quantity information in units of units of measurement of the first data object when placing the order, for example, for "dense durian meat"
  • the first data object the consumer user can set the required amount to 1500g, and so on.
  • the embodiment of the present application provides the following solutions:
  • second data object is produced by performing operations such as measuring, packaging, and printing labels on the first data object.
  • the measured value of each second data object can be any value.
  • any value here is also within a reasonable range and is usually less than the maximum number of required quantities specified in the trading order under normal circumstances. For example, for bulk durian meat, based on past experience values, etc., the maximum required quantity for the user to order is usually 3000g, and the required quantity in most other orders is usually between 1000g and 2000g, and some are 500g, even There will also be less demand.
  • the measured value of each second data object can be controlled within 3000 g, but the weight of each copy is not strictly limited, so that the measured value of the second data object can have various characteristics, so that Meet the different needs of different consumer users.
  • a plurality of measurements such as 200 g, 430 g, 520 g, 315 g, and 820 g may be present at the same time.
  • the measured value can be displayed on the outer package or the label by printing, etc., so that after the picking task is received, the picker can select several pieces from the plurality of second data objects according to the required quantity of the user. If the measured values of the selected second data objects are added together and can be equal to or close to the user's required amount, the second pieces of data objects can be combined and shipped to the user.
  • the production subsystem that is, the subsystem for performing the operations of measuring, packaging, and marking the first data object
  • the production subsystem may be included in the embodiment of the present application, in addition to completing the above operations, the production subsystem may also be each piece.
  • the second data object provides uniquely identifying encoded information, and accordingly generates a two-dimensional code, a barcode, and the like, and prints on the label of the second data object.
  • the correspondence between the encoded information of each second data object and the measured value can also be submitted to the data interaction subsystem for storage.
  • the encoding of the second data object may be generated according to a preset encoding rule, for example, may be generated by a “store identification code” + “variable code”, wherein, for the second in the same store
  • the data object, "store identification code” may be the same, and for different second data objects, the "variable code” is different.
  • the encoding of a second data object is 30043252766, wherein the first 5 digits, that is, 30043, may be a store identification code, and the last 7 digits, that is, 252766, may be a variable code, and the variability is reflected in different second data.
  • Objects are variable and different, such that each encoding uniquely corresponds to a second data object.
  • a unique code can be generated.
  • a graphic code can be generated according to the code, and displayed in the second data object by printing or the like. On the package, or on the label attached to the outer packaging, and so on.
  • the production subsystem can be deployed in various stores, or a shared production center can be provided for multiple stores to complete the production operation of the second data object.
  • each store can submit production tasks to the production center, and then, production The center performs the production operation of the second data object, and after the task is completed, the production center distributes the goods to each store.
  • the customer still delivers from the store to the delivery address specified by the user.
  • the first data object does not have to be stored in its own location, and the same first data object can be purchased by the production center. It should be noted that whether the production subsystem is deployed in a store or deployed in a production center, the production of the second data object can be performed in the manner described above, and the correspondence between the code and the measured value is Submit to the data interaction subsystem for saving.
  • the data interaction subsystems can be deployed in separate stores or deployed in the cloud.
  • each store may maintain its own data interaction subsystem.
  • the production work of the second data object may also be completed within each store, that is, the production subsystem and the data interaction subsystem.
  • the information of each store is saved and maintained through a unified data interaction subsystem, which can reduce the cost of each store.
  • the production subsystem can be deployed in various stores or in a unified production center, that is, a pair between the production subsystem and the cloud data interaction subsystem.
  • it can also be a many-to-one relationship.
  • a picking processing subsystem may be deployed in each store, and the picking processing subsystem may include a scan code device, and an information output device such as a display device and a speaker.
  • the coded information obtained by scanning the code may be submitted to the data interaction subsystem by scanning the graphic code by the scanning code device first.
  • the interactive subsystem returns the corresponding measured value.
  • the encoded information may also be processed by other means.
  • the code may be directly displayed on the outer package of the second data object, and the picker may The coding information of the second data object is submitted to the information interaction subsystem by means of keyboard input or the like to query corresponding measurement values, and the like.
  • the picking processing subsystem may calculate the measured value and the measured values of other second data objects picked up in the same picking task to obtain the picked quantity information, and may display Devices such as screens are displayed to the picker, or can be provided to the picker by voice announcement, and so on.
  • the picking processing subsystem can automatically remind the quantity of the picked goods, and the picking quantity information does not have scanned a few second data objects. Instead, the accumulated value obtained by accumulating the measured values of the second data object that has been scanned is calculated. This can save the picker's calculation, memory and other work, and the efficiency is higher, and the mistake can be avoided.
  • the production subsystem can be deployed in the store, or the production center, the picking subsystem can be deployed in each store, and the data interaction subsystem can be deployed in the store or the cloud, in various ways. Apply for protection.
  • the system architecture diagram can be as shown in FIG. 1.
  • Each of the stores (only one shown in the figure) can generate a production task through the task subsystem and submit it to the production center for unified production.
  • the second data object is produced according to the first data object, wherein The measured values between the respective second data objects may be different.
  • the encoded and measured value information of the produced second data object can be submitted to the data interaction subsystem for storage.
  • the transaction order is generated in the sales platform subsystem, it can be sent to the task subsystem of the store, and the task subsystem generates a picking task and delivers it to the picking processing subsystem.
  • the picking processing subsystem can scan or input the encoding operation of the second data object in the manner described above, and obtain the measured value corresponding to the encoded information from the data interaction subsystem, and then the same picking task.
  • the measured values of the other second data objects that have been picked are accumulated and calculated, and the obtained calculation result is used as the picked quantity information, and is provided to the picker to help the picker complete the picking task.
  • the sales platform subsystem may be a network sales platform system having a binding or cooperation relationship with a store, etc., for example, may be a "box horse” system, etc., and information in the same store may also be released.
  • the data interaction subsystem can provide a data interface to the sales platform subsystem, so that the data object information of the store can be simultaneously released.
  • the consumer user can browse, place an order, etc. through the sales platform subsystem, and the specific store delivers the delivery address specified by the user.
  • the required quantity information in a picking task is known for the picking subsystem, in the alternative implementation, in addition to the prompting of the picked quantity information, it can also be calculated automatically.
  • the quantity to be picked out that is, the quantity required in the task minus the number of picks can be used to obtain the quantity information that needs to be picked, and prompts the picker so that the picker is selecting another
  • the second data object can be used as a reference to complete the picking task using a more suitable second data object.
  • the display interface of the picking subsystem can display the current need to execute.
  • the name of the corresponding first data object, and the total quantity information of the required picking the total quantity is also expressed in units of weight and the like.
  • a display box of "number of picked goods" information may also exist in the display interface, and in the initial state, the display frame may be empty.
  • the picker can perform a picking operation.
  • a second data object whose measured value is lower than the required number in the task can be arbitrarily selected from a plurality of second data objects of the durian meat, and then The graphic code is scanned, and the encoded information obtained by the scanning can be automatically submitted to the data interaction subsystem, and the corresponding measurement value is determined by the data interaction subsystem and provided to the picking subsystem.
  • the picking subsystem can display the measured value in the display box corresponding to the “number of picked items”, because the second data object that has been scanned before in the task is 0, therefore, directly
  • the measured value may be displayed as the picked quantity information. For example, it may be "350" as shown in Figure 2-b, and the unit may default to g.
  • the picking processing subsystem in the embodiment of the present application may also prompt the picker to prompt to select a second data object whose measured value is lower than a certain value.
  • the prompt information may be “Exceeding too much, not adding, but also requiring 267”, and the like.
  • the first data object may be processed in advance to obtain a plurality of second data objects whose measured values are not equal, so that when picking according to the transaction order, multiple pieces of the second part may be selected.
  • the data objects are combined to produce a third data object for shipment to the user.
  • the coding of the second data object and the correspondence between the measured values may be saved in advance to the data interaction subsystem, so that in the process of picking the goods by using the second data object, the method of scanning the code may be adopted.
  • the first embodiment provides a data object information processing system from a system perspective.
  • the system may include:
  • a production subsystem 301 configured to obtain a plurality of second data objects by performing a production operation on the first data object, wherein the production operation includes a measurement operation, generating unique coding information for the second data object, and The correspondence between the code and the measured value is entered into the information interaction subsystem 302;
  • the information interaction subsystem 302 is configured to save a correspondence between coding and measurement values of each second data object
  • a picking processing subsystem 303 configured to receive a picking task, where the picking task includes information required to specify a first data object; and picking by selecting a plurality of second data objects and combining them;
  • the measurement data corresponding to the coded information is obtained by querying the information interaction subsystem for each second data object selected, and is calculated by using the measured values of other second data objects picked up in the same picking task.
  • the picked quantity information is obtained, and the picked quantity information is provided.
  • the production subsystem may be further configured to: generate a graphic code according to the unique encoding information, and mark the graphic code on an outer package of the second data object;
  • the picking processing subsystem is specifically configured to: determine, for each selected second data object, a code by scanning a corresponding graphic code, and use the code to obtain a corresponding measurement from the information interaction subsystem query. value.
  • the measured value of each second data object may be arbitrary, that is, the measured values of the weight of each second data object may be unequal.
  • the required number of units in the picking task is the same as the unit of measurement when the second data object is produced. That is to say, in the trading platform subsystem, the first data object can be directly published, and when the user places an order, the required quantity can be specified by the unit of measurement of the first data object, for example, the required weight and the like.
  • the picking processing subsystem may be further configured to: determine, according to the required quantity and the quantity of the picked quantity, quantity information of the quantity to be picked, and provide the quantity information of the quantity to be picked. .
  • the picking processing subsystem may be further configured to: when calculating the measured value of the currently scanned second data object and the measured value of the other second data object picked up in the same picking task, if the calculation result is greater than Describe the required quantity, and the excess part is greater than the preset error range, cancel the calculation of the measured value of the currently scanned second data object, and provide prompt information, and the required prompt information includes the quantity to be picked. information.
  • the production subsystem may be deployed in a production center, and the second data object is produced according to a production task submitted by each store, and distributed to a corresponding store, which is generated from the store for the sales platform subsystem.
  • the transaction order is shipped; the information interaction subsystem is deployed in the cloud; the picking processing subsystem is deployed in each store.
  • the second embodiment provides a data object information processing method from the perspective of the production subsystem.
  • the method may specifically include:
  • S401 Obtain measurement value information of the second data object in a production process of the second data object, where the second data object is obtained by performing a production operation on the first data object, where the production operation includes a measurement operation;
  • the production subsystem can be equipped with automatic packaging machine, or PC weighing equipment.
  • the characteristics of this equipment are not only automatic weighing, packaging, marking, etc., but also equipped with a processor.
  • the so-called information interaction function is that a unique code can be generated for the second data object, and the correspondence between the code and the measured value is submitted to the data interaction subsystem.
  • S402 Generate unique coding information for the second data object.
  • S403 Submit the correspondence between the encoding of the second data object and the measured value to the data interaction subsystem for saving, so that when the picking processing subsystem receives the picking task, by selecting multiple pieces of the second data object And performing the picking in a combined manner; wherein, for each selected second data object, obtaining corresponding measurement values by querying the information interaction subsystem, and other second data objects that have been picked up in the same picking task The measured value is calculated to obtain the picked quantity information, and the picked quantity information is provided.
  • each time a second data object is produced a commit operation of the correspondence between the code and the measured value may be performed, or, in another implementation, the The corresponding relationship information is temporarily stored in the local cache, and waits until a batch of production tasks ends, or at other time points, performs a unified correspondence submission operation, and so on.
  • the identification information of the store may also be submitted.
  • the store identification information does not have to be additionally uploaded.
  • the third embodiment provides a data object information processing method from the perspective of the data interaction subsystem.
  • the method may include:
  • S501 Receive correspondence information of the coding and measurement values of the second data object submitted by the production subsystem, where the second data object is obtained by performing a production operation on the first data object, where the production operation is performed. Including measurement operations;
  • S502 When receiving the encoding information of the second data object submitted by the picking processing subsystem, query the corresponding relationship, determine a corresponding measured value, and return, and the measured value is the same by the picking processing subsystem. The measured values of other second data objects picked up in the picking task are calculated to obtain the picked quantity information.
  • the fourth embodiment provides a data object information processing method from the perspective of the picking processing subsystem.
  • the method may specifically include:
  • S601 Receive a picking task, where the picking task includes first data object identification information and required quantity information, wherein the second data is performed by selecting a plurality of second data objects and combining them.
  • the object is obtained by performing a production operation on the first data object, the production operation including a measurement operation, the second data object further corresponding to the coding information, and the correspondence between the coded information and the measured value is saved by the information interaction subsystem ;
  • the picking processing subsystem may be a picking task received after a new transaction order has been generated in the sales platform subsystem. Or, in practical applications, it may be a picking task received in other scenarios. For example, the store side needs to use the second data object that has been produced to produce a third data object that meets certain packaging specifications. You can submit pick tasks to the picking subsystem, and so on. Specifically, the picking task may include an identifier of a name of the first data object required, and the required quantity information.
  • the picking processing subsystem may include a display device that can display the above picking task information in the display device.
  • the outer package of the second data object may be provided with a graphic code generated according to the encoded information.
  • the picking processing subsystem may also be equipped with a scanning code device, which can scan the graphic code, The encoding of the second data object is identified and submitted to the data interaction subsystem for query.
  • S603 Calculate the obtained measured value and the measured value of the other second data object picked up in the same picking task to obtain the picked quantity information, and provide the picked quantity information.
  • the picked quantity information can be updated by updating the measured value of the newly scanned second data object with the measured value of the second data object that has been scanned previously. Perform the accumulation instead of the picker's calculation or enter the calculator calculation steps. That is to say, during the execution of the same picking task, there will be multiple intermediate states in the picked quantity, and each time a new second data object is added, the information will be updated.
  • the preset error range can also cancel the calculation of the measured value of the currently scanned second data object, and provide prompt information, and the required prompt information includes the quantity information that needs to be picked.
  • the embodiment of the present application further provides a data object information processing apparatus.
  • the apparatus may include:
  • the measured value obtaining unit 701 is configured to obtain measured value information of the second data object in a production process of the second data object, wherein the second data object is obtained by performing a production operation on the first data object, Production operations include measurement operations;
  • the encoding generating unit 702 is configured to generate unique encoding information for the second data object
  • the information submitting unit 703 is configured to submit the correspondence between the encoding of the second data object and the measured value to the data interaction subsystem for saving, so as to select more when the picking processing subsystem receives the picking task Picking the second data object in a combined manner; wherein, for each selected second data object, obtaining a measurement value corresponding to the encoded information by querying the information interaction subsystem, and in the same picking task The measured values of the other second data objects that have been sorted are calculated to obtain the picked quantity information, and the picked quantity information is provided.
  • the embodiment of the present application further provides a data object information processing apparatus.
  • the apparatus may include:
  • the information storage unit 801 is configured to receive and save correspondence information between the code and the measured value of the second data object submitted by the production subsystem, where the second data object is obtained by performing a production operation on the first data object
  • the production operation includes a measurement operation
  • the information returning unit 802 is configured to: when receiving the encoding information submitted by the picking processing subsystem for the second data object, query the corresponding relationship, determine the corresponding measured value, and return, and the picking processing subsystem The measured value is calculated with the measured value of the other second data object picked up in the same picking task to obtain the picked quantity information.
  • the embodiment of the present application further provides a data object information processing apparatus.
  • the apparatus may include:
  • the picking task receiving unit 901 is configured to receive a picking task, where the picking task includes first data object identification information and required quantity information, wherein the picking is performed by selecting multiple pieces of second data objects and combining them
  • the second data object is obtained by performing a production operation on the first data object, the production operation includes a measurement operation, the second data object further corresponding to the encoded information, and the encoded information is saved by the information interaction subsystem. Correspondence between measured values;
  • the query unit 902 is configured to obtain, by using the information interaction subsystem, a measurement value corresponding to the coded information for each selected second data object;
  • the calculating unit 903 is configured to calculate the obtained measured value and the measured value of the other second data objects picked up in the same picking task, to obtain the picked quantity information, and provide the picked quantity information.
  • the device may further include:
  • the quantity information providing unit is configured to determine the quantity information of the quantity to be picked according to the required quantity and the quantity of the picked quantity, and provide the quantity information of the quantity to be picked.
  • a prompting unit configured to: when calculating the measured value of the currently scanned second data object and the measured value of the other second data object scanned in the same picking task, if the calculation result is greater than the required quantity, and exceeds If the part is larger than the preset error range, the calculation of the measured value of the second data object of the current scan is canceled, and the prompt information is provided, and the required prompt information includes the quantity information of the picking.
  • the information interaction subsystem is specifically deployed, but for some small stores, etc., the production subsystem and the picking processing subsystem can also be deployed in the store itself, and because of the information to be saved.
  • the amount is not large, so it is also possible to directly store the correspondence information between the code and the measured value in the memory of the production subsystem.
  • the production subsystem can also have the function of information storage and query.
  • the fifth embodiment of the present application further provides a data object information processing system, where the system may include:
  • a production subsystem 1001 configured to obtain a plurality of second data objects by performing a production operation on the first data object, wherein the production operation includes a measurement operation, generating unique coding information for the second data object, and saving Corresponding relationship between the code and the measured value;
  • a picking processing subsystem 1002 configured to receive a picking task, where the picking task includes information required to specify a first data object; and picking by selecting a plurality of second data objects and combining them;
  • the measurement data corresponding to the coding information is obtained by querying the production subsystem for the second data object selected each time, and the measurement values of other second data objects that have been picked up in the same picking task are calculated.
  • the picked quantity information provides the picked quantity information.
  • the present application can be implemented by means of software plus a necessary general hardware platform. Based on such understanding, the technical solution of the present application may be embodied in the form of a software product in essence or in the form of a software product, which may be stored in a storage medium such as a ROM/RAM or a disk. , an optical disk, etc., includes instructions for causing a computer device (which may be a personal computer, server, or network device, etc.) to perform the methods described in various embodiments of the present application or portions of the embodiments.
  • a computer device which may be a personal computer, server, or network device, etc.

Landscapes

  • Business, Economics & Management (AREA)
  • Physics & Mathematics (AREA)
  • General Physics & Mathematics (AREA)
  • Accounting & Taxation (AREA)
  • Finance (AREA)
  • Economics (AREA)
  • Development Economics (AREA)
  • Marketing (AREA)
  • Strategic Management (AREA)
  • General Business, Economics & Management (AREA)
  • Engineering & Computer Science (AREA)
  • Theoretical Computer Science (AREA)
  • Management, Administration, Business Operations System, And Electronic Commerce (AREA)

Abstract

本申请实施例公开了数据对象信息处理方法、装置及系统,其中,所述系统包括:生产子系统,用于通过对第一数据对象进行生产操作,得到多件第二数据对象,为所述第二数据对象生成唯一性编码信息;所述信息交互子系统,用于对各个第二数据对象的编码与测量值之间的对应关系进行保存;拣货处理子系统,用于接收拣货任务;通过选择多件第二数据对象并进行组合的方式进行拣货;其中,对于每次选择的第二数据对象,通过查询所述信息交互子系统获得其编码信息对应的测量值,并与同一拣货任务中已拣的其他第二数据对象的测量值进行计算,得到已拣货数量信息,提供所述已拣货数量信息。通过本申请实施例,可以提高拣货效率,并降低出错概率。

Description

数据对象信息处理方法、装置及系统
本申请要求2017年07月13日递交的申请号为201710571374.2、发明名称为“数据对象信息处理方法、装置及系统”的中国专利申请的优先权,其全部内容通过引用结合在本申请中。
技术领域
本申请涉及数据对象信息处理技术领域,特别是涉及数据对象信息处理方法、装置及系统。
背景技术
随着网络销售平台的不断发展,出现了一种新型的销售平台模式,在该模式下,平台方可以部署线下门店,主要经营生鲜类商品,用户可以通过平台提供的应用程序(App)在线浏览门店中销售的商品,并进行下单购买,距离用户收货地址最近的门店,为其完成拣货及配送服务,以此实现以最快的速度送达。
其中,有很多的生鲜类商品具有以下特点:在进货时,是散装的,以重量等为单位进行入库。例如,某门店入库1000斤苹果,等等。为了进行线上销售,一种方式是预先定义好成品商品(相对的,入库的商品称为原材料商品)的包装规格,例如,按照每包500g左右的规格,预先对散装的苹果进行包装,得到成品商品,这样,实际上线销售的商品是这种成品商品,用户下单时,可以以“包”、“份”等为单位进行下单。这种方式需要预先按照一定的规则进行成品商品的生产或者加工,并且对单位包装内的重量等有着相对严格的限制,因为如果低于标准太多,对于消费者用户而言,相当于有“不足斤”的情况,虽然系统可以通过一些机制,为消费者用户退回多支付的金额,但是,这也会造成系统资源的占用。而如果每份在包装时高于标准太多,则对于门店而言又会造成损失(通常,多出标准重量的部分,会以赠送等方式提供给用户,不需要用户再另外支付)。
为了克服上述第一种方式的种种弊端,有的系统中还提出另一种方式,就是,直接在线上发布原材料商品的信息,并以入库时的计量单位作为销售单位,例如,重量单位等。消费者用户在线上下单时,可以直接按照原材料商品的计量单位选择所需的数量。例如,对于苹果而言,消费者用户在线上下单时,可以直接选择购买1500g,等等。之 后,门店的拣货员可以根据用户的订单中配置的重量信息,进行拣货、称重、包装等操作,然后再为消费者用户进行发货。
这种方式能够实现“按需包装”,但是,由于需要在接收到交易订单之后再进行称重、包装等操作,因此,在发货效率上会比较慢,可能会对配送时效造成延误。
发明内容
本申请提供了数据对象信息处理方法、装置及系统,可以提高拣货效率,并降低出错概率。
本申请提供了如下方案:
一种数据对象信息处理系统,包括:
生产子系统,用于通过对第一数据对象进行生产操作,得到多件第二数据对象,其中,所述生产操作包括测量操作,为所述第二数据对象生成唯一性编码信息,并将所述编码与测量值之间的对应关系录入到信息交互子系统;
所述信息交互子系统,用于对各个第二数据对象的编码与测量值之间的对应关系进行保存;
拣货处理子系统,用于接收拣货任务,所述拣货任务中包括对指定第一数据对象所需数量的信息;通过选择多件第二数据对象并进行组合的方式进行拣货;其中,对于每次选择的第二数据对象,通过查询所述信息交互子系统获得其编码信息对应的测量值,并与同一拣货任务中已拣的其他第二数据对象的测量值进行计算,得到已拣货数量信息,提供所述已拣货数量信息。
一种数据对象信息处理方法,包括:
在第二数据对象的生产过程中,获得第二数据对象的测量值信息,其中,所述第二数据对象通过对第一数据对象进行生产操作而获得,所述生产操作包括测量操作;
为所述第二数据对象生成唯一性编码信息;
将所述第二数据对象的编码与测量值之间的对应关系提交到数据交互子系统进行保存,以便在拣货处理子系统接收到拣货任务时,通过选择多件第二数据对象并进行组合的方式进行拣货;其中,对于每次选择的第二数据对象,通过查询所述信息交互子系统获得其编码信息对应的测量值,并与同一拣货任务中已拣的其他第二数据对象的测量值进行计算,得到已拣货数量信息,提供所述已拣货数量信息。
一种数据对象信息处理方法,包括:
接收生产子系统提交的第二数据对象的编码与测量值之间的对应关系信息并保存,其中,所述第二数据对象通过对第一数据对象进行生产操作而获得,所述生产操作包括测量操作;
接收到拣货处理子系统提交的对第二数据对象的编码信息时,查询所述对应关系,确定对应的测量值并返回,由所述拣货处理子系统将该测量值,与同一拣货任务中已拣的其他第二数据对象的测量值进行计算,得到已拣货数量信息。
一种数据对象信息处理方法,包括:
接收拣货任务,所述拣货任务中包括第一数据对象标识信息以及所需数量信息,其中,通过选择多件第二数据对象并进行组合的方式进行拣货,所述第二数据对象通过对第一数据对象进行生产操作而获得,所述生产操作包括测量操作,所述第二数据对象还对应有编码信息,并通过信息交互子系统保存编码信息与测量值之间的对应关系;
对于每次选择的第二数据对象,通过查询所述信息交互子系统获得其编码信息对应的测量值;
将所获得的测量值与同一拣货任务中已拣的其他第二数据对象的测量值进行计算,得到已拣货数量信息,提供所述已拣货数量信息。
一种数据对象信息处理装置,包括:
测量值获得单元,用于在第二数据对象的生产过程中,获得第二数据对象的测量值信息,其中,所述第二数据对象通过对第一数据对象进行生产操作而获得,所述生产操作包括测量操作;
编码生成单元,用于为所述第二数据对象生成唯一性编码信息;
信息提交单元,用于将所述第二数据对象的编码与测量值之间的对应关系提交到数据交互子系统进行保存,以便在拣货处理子系统接收到拣货任务时,通过选择多件第二数据对象并进行组合的方式进行拣货;其中,对于每次选择的第二数据对象,通过查询所述信息交互子系统获得其编码信息对应的测量值,并与同一拣货任务中已拣的其他第二数据对象的测量值进行计算,得到已拣货数量信息,提供所述已拣货数量信息。
一种数据对象信息处理装置,包括:
信息保存单元,用于接收生产子系统提交的第二数据对象的编码与测量值之间的对应关系信息并保存,其中,所述第二数据对象通过对第一数据对象进行生产操作而获得,所述生产操作包括测量操作;
信息返回单元,用于接收到拣货处理子系统提交的对第二数据对象的编码信息时, 查询所述对应关系,确定对应的测量值并返回,由所述拣货处理子系统将该测量值,与同一拣货任务中已拣的其他第二数据对象的测量值进行计算,得到已拣货数量信息。
一种数据对象信息处理装置,包括:
拣货任务接收单元,用于接收拣货任务,所述拣货任务中包括第一数据对象标识信息以及所需数量信息,其中,通过选择多件第二数据对象并进行组合的方式进行拣货,所述第二数据对象通过对第一数据对象进行生产操作而获得,所述生产操作包括测量操作,所述第二数据对象还对应有编码信息,并通过信息交互子系统保存编码信息与测量值之间的对应关系;
查询单元,用于对于每次选择的第二数据对象,通过查询所述信息交互子系统获得其编码信息对应的测量值;
计算单元,用于将所获得的测量值与同一拣货任务中已拣的其他第二数据对象的测量值进行计算,得到已拣货数量信息,提供所述已拣货数量信息。
一种数据对象信息处理系统,包括:
生产子系统,用于通过对第一数据对象进行生产操作,得到多件第二数据对象,其中,所述生产操作包括测量操作,为所述第二数据对象生成唯一性编码信息,并保存所述编码与测量值之间的对应关系;
拣货处理子系统,用于接收拣货任务,所述拣货任务中包括对指定第一数据对象所需数量的信息;通过选择多件第二数据对象并进行组合的方式进行拣货;其中,对于每次选择的第二数据对象,通过查询所述生产子系统获得其编码信息对应的测量值,并与同一拣货任务中已拣的其他第二数据对象的测量值进行计算,得到已拣货数量信息,提供所述已拣货数量信息。
根据本申请提供的具体实施例,本申请公开了以下技术效果:
通过本申请实施例,可以预先对第一数据对象进行加工,得到多件测量值不等的第二数据对象,这样,在根据交易订单进行拣货时,可以通过选取多件第二数据对象进行组合的方式,来生产出第三数据对象,以用于向用户进行发货。并且,还可以预先对第二数据对象的编码以及测量值之间的对应关系保存到数据交互子系统中,这样,在利用第二数据对象进行拣货的过程中,就可以通过扫码的方式获知每件第二数据对象的测量值,并与同一拣货任务中已扫描的其他第二数据对象的测量值进行累加,得到已拣货数量信息,并提供给拣货员,这样,拣货员就不必自行口算、记忆等,因此,可以提高拣货效率,并降低出错概率。
另外,除了提供已拣货数量信息,还可以提供还需拣货的数量信息,以帮助拣货员更合理、快速的进行第二数据对象的选择。再者,如果在某第二数据对象的测量值累加到上一状态的已拣货数量上之后,超出了任务中的所需数量,并且超出的部分大于预置的误差范围,则还可以提示用户更换其他的第二数据对象,等等。
当然,实施本申请的任一产品并不一定需要同时达到以上所述的所有优点。
附图说明
为了更清楚地说明本申请实施例或现有技术中的技术方案,下面将对实施例中所需要使用的附图作简单地介绍,显而易见地,下面描述中的附图仅仅是本申请的一些实施例,对于本领域普通技术人员来讲,在不付出创造性劳动的前提下,还可以根据这些附图获得其他的附图。
图1是本申请实施例提供的系统架构示意图;
图2-a至2-d是本申请实施例提供的用户界面的示意图;
图3是本申请实施例提供的第一系统的示意图;
图4是本申请实施例提供的第一方法的流程图;
图5是本申请实施例提供的第二方法的流程图;
图6是本申请实施例提供的第三方法的流程图;
图7是本申请实施例提供的第一装置的示意图;
图8是本申请实施例提供的第二装置的示意图;
图9是本申请实施例提供的第三装置的示意图;
图10是本申请实施例提供的第二系统的示意图。
具体实施方式
下面将结合本申请实施例中的附图,对本申请实施例中的技术方案进行清楚、完整地描述,显然,所描述的实施例仅仅是本申请一部分实施例,而不是全部的实施例。基于本申请中的实施例,本领域普通技术人员所获得的所有其他实施例,都属于本申请保护的范围。
在本申请实施例中,针对以下应用场景提供了相应的解决方案:直接对第一数据对象(例如,散装的黄瓜、西红柿、水果等原材料商品)进行上线销售,并且,将第一数据对象的计量单位作为可选数量的单位的情况下,消费者用户在下单时,可以以所述第 一数据对象的计量单位为单位,设定所需数量信息,例如,对于“散装榴莲肉”这种第一数据对象,消费者用户可以将所需数量设定为1500g,等等。
针对上述场景,为了能够在收到用户的交易订单后,能够更加高效的进行拣货,本申请实施例提供了以下解决方案:
首先,可以预先生产多件第二数据对象。其中,所谓的第二数据对象是通过对第一数据对象进行测量、包装、打印标签等操作生产得到的,但是,本申请实施例中在生产第二数据对象时,对于每件第二数据对象的包装规格等并没有强制的要求,也即,每件第二数据对象的测量值可以是任意值。当然,这里的任意值也是在合理范围内,通常会小于正常情况下交易订单中指定的所需数量的最大值。例如,对于散装榴莲肉,根据以往的经验值等发现,用户在下单的最大所需数量通常在3000g,其他大部分订单中的所需数量通常在1000g到2000g之间,也有一些是500g,甚至也会存在更少的需求量。因此,在生产第二数据对象时,可以将每份第二数据对象的测量值控制在3000g以内,但不严格限制每份的重量,使得第二数据对象的测量值可以有多样性特点,以满足不同消费者用户的对数量的不同需求。例如,可以同时存在200g,430g,520g,315g,820g等多种测量值。这种测量值可以通过打印等方式显示在外包装或者标签上,这样,拣货员在收到拣货任务后,就可以根据用户所需数量,从众多第二数据对象中,选择出若干件,如果这些被选中的第二数据对象的测量值累加在一起,能够等于或者接近于用户所需数量,则可以将这几件第二数据对象组合在一起,并向用户进行发货。
通过上述方式,不需要在收到拣货任务之后再进行测量、包装、打印标签等操作,而只需要将已经包装好的若干件第二数据对象组合在一起即可。但是,这种方式也会给拣货员带来一项额外的工作,就是需要对拣货的过程中,对各第二数据对象的测量值进行累加计算,对于计算能力强的拣货员而言,可以通过口算的方式计算,记住已经累加的总量,每次选择一个第二数据对象,都需要再累加一次,这对拣货员而言,可能会造成负担,并且,口算的方式也容易出错。当然,拣货员也可以需要借助于计算器等设备进行累加计算,但是在向计算机输入每件第二数据对象的测量值的过程也会比较慢,并且,也会容易出错,操作不方便。
为此,在本申请实施例中,提供了一种更便捷的处理方式。在该方式中,可以通过多个子系统之间相互配合来完成。首先可以包括生产子系统,也就是用于将第一数据对象进行测量、包装、打签等操作的子系统,在本申请实施例中,除了完成上述操作,该生产子系统还可以为每件第二数据对象提供唯一标识性的编码信息,并据此生成二维码、 条形码等图形码,并打印在第二数据对象的标签上。同时,还可以将每件第二数据对象的编码信息与测量值之间的对应关系提交到数据交互子系统进行保存。
其中,关于第二数据对象的编码可以是按照预先设定的编码规则进行生成,例如,可以由“门店识别码”+“可变码”的方式来生成,其中,对于同一门店内的第二数据对象,“门店标识码”可以是相同的,而对于不同的第二数据对象而言,“可变码”则是各不相同的。例如,某第二数据对象的编码是30043252766,其中,前5位也即30043,可以是门店识别码,后7位也即252766可以是可变码,这种可变性体现在不同的第二数据对象之间是可变的,并且不同的,这样,使得每个编码唯一对应一个第二数据对象。在每次生产一件第二数据对象时,都可以生成唯一的编码,另外,在可选的实现方式下,还可以根据该编码生成图形码,通过打印等方式,显示在第二数据对象外包装上,或者外包装上粘贴的标签上,等等。
生产子系统可以部署在各家门店内,或者,还可以为多家门店提供共享的生产中心来完成第二数据对象的生产操作,具体的,可以由各个门店向生产中心提交生产任务,然后,生产中心进行第二数据对象的生产操作,在任务完成后,再由生产中心向各个门店进行配货。消费者用户在下单时,仍然从门店向用户指定的收货地址进行配送。在存在生产中心的方式下,对于各个门店而言,可以不必将第一数据对象入库到自己的库位中,由生产中心进行同一的第一数据对象的采购即可。需要说明的是,无论是将生产子系统部署在门店,还是部署在生产中心,都可以按照前文所述的方式,进行第二数据对象的生产,并将编码与测量值之间的对应关系,提交到数据交互子系统进行保存。
数据交互子系统可以分别部署在各个门店中,或者也可以部署于云端。对于前者,可以是由每个门店各自维护自己的数据交互子系统,相应的,第二数据对象的生产工作也可以是在各个门店内部来完成,也即,生产子系统与数据交互子系统之间可以是一对一的关系。而对于后者,则是通过统一的数据交互子系统对各个门店的信息进行保存及维护,这样可以降低各门店的成本。在这种云端部署数据交互子系统的情况下,生产子系统可以部署在各个门店,也可以部署在统一的生产中心,也就是说,生产子系统与云端数据交互子系统之间可以是一对一,也可以是多对一的关系。
另外,各门店中还可以部署拣货处理子系统,该拣货处理子系统中可以包括一扫码设备,以及显示设备、扬声器等信息输出设备。在执行一个拣货任务的过程中,每次选择一个第二数据对象,都可以首先通过扫码设备对图形码进行扫描等方式,将扫码得到的编码信息提交到数据交互子系统,由该交互子系统返回对应的测量值。当然,在其他 实现方式下,还可以通过其他方式来处理编码信息,例如,在编码位数不长的情况下,也可以直接将编码显示在第二数据对象的外包装上,拣货员可以通过键盘输入等方式来向信息交互子系统提交第二数据对象的编码信息,以查询对应的测量值,等等。拣货处理子系统在收到测量值后,可以将该测量值与同一拣货任务中已拣的其他第二数据对象的测量值进行累加等计算,得到已拣货数量信息,并且可以通过显示屏等设备显示给拣货员,或者还可以通过语音播报的方式提供给拣货员,等等。这样,拣货员在每选择一件第二数据对象之后,拣货处理子系统就可以自动对已经拣货的数量进行提醒,该拣货数量信息,并不是已经扫描了几件第二数据对象,而是将已经扫描的第二数据对象的测量值进行累加等计算后得到的累计值。这样可以省去拣货员口算、记忆等工作,效率更高,也可以避免算错的情况发生。
也就是说,在具体实现时,生产子系统可以部署在门店,或者生产中心,拣货子系统可以部署在各个门店中,数据交互子系统则可以部署在门店或者云端,各种方式均在本申请保护范围之内。例如,在生产子系统位于生产中心,数据交互子系统位于云端的情况下,系统架构图可以如图1所示。各个门店(图中仅示出一个)可以通过任务子系统生成生产任务,并提交到生产中心进行统一的生产,在本申请实施例中,具体就是根据第一数据对象生产第二数据对象,其中,各个第二数据对象之间的测量值可以是各不相同的。生产出的第二数据对象的编码以及测量值信息可以提交到数据交互子系统进行保存。销售平台子系统中产生交易订单后,可以发送到门店的任务子系统,由任务子系统生成拣货任务,并下发给拣货处理子系统。这样,拣货处理子系统就可以按照前文所述的方式,对第二数据对象进行扫码或者输入编码的操作,并从数据交互子系统获得编码信息对应的测量值,然后与同一拣货任务中已拣的其他第二数据对象的测量值进行累加等计算,将得到的计算结果作为已拣货数量信息,提供给拣货员,帮助拣货员完成拣货任务。
需要说明的是,关于销售平台子系统,可以是与门店等具有绑定或者合作关系的网络销售平台系统,例如,可以是“盒马”系统等等,并且,同一门店中的信息还可以发布到多个销售平台子系统中。具体实现时,由于各个门店中的数据对象库存等信息都可以由数据交互子系统进行保存,因此,可以由数据交互子系统向销售平台子系统提供数据接口,使得门店的数据对象信息可以同步发布到销售平台子系统中,消费者用户就可以通过销售平台子系统进行浏览、下单等操作,由具体的门店为用户指定的收货地址进行配送。
由于对于拣货子系统而言,一项拣货任务中的所需数量信息是已知的,因此,在可选的实现方式下,除了可以对已拣货数量信息进行提示,还可以自动计算出还需拣货的数量,也即,将任务中的所需数量减去已拣货数量就可以得到还需拣货的数量信息,并提示给拣货员,这样,拣货员在选择其他的第二数据对象时,就可以以此作为参考,使用更适合的第二数据对象来完成此项拣货任务。
例如,假设预先对“散装榴莲肉”这种第一数据对象进行了加工,得到了多件第二数据对象,其测量值包括430g,520g,315g,820g等等很多不一样的重量。前端销售者在下单时,指定所需的数量是1500g,则拣货员在收到拣货任务后,如图2-a所示,拣货子系统的显示界面中可以显示出当前需要执行的任务中,对应的第一数据对象的名称,以及所需拣货的总数量信息,该总数量也是以重量等计量单位来表示。另外,在显示界面中还可以存在“已拣货数量”信息的显示框,在初始状态下,该显示框内可以为空。之后,拣货员可以执行拣货操作,例如,可以从散装榴莲肉的众多第二数据对象中,任意选择一件测量值低于任务中所需数量的第二数据对象,然后,可以对其图形码进行扫描,扫描得到的编码信息可以自动提交到数据交互子系统,由数据交互子系统确定出对应的测量值,并提供给拣货子系统。此时,拣货子系统则就可以将该测量值显示在“已拣货数量”对应的显示框中,这是因为,该任务中之前已扫描的第二数据对象为0,因此,直接将其测量值作为已拣货数量信息进行展示即可,例如,可以是图2-b所示的“350”,单位可以默认为g。并且,还可以在显示界面中,提供以下信息“数量+350,还需1150”,等等。这样,可以提示拣货员,还需拣货的数量是115克。接下来,当拣货员再选择一件第二数据对象并扫描获得其测量值信息之后,拣货子系统就可以将该第二数据对象的测量值,与上一状态的已拣货数量进行累加,计算得到当前的已拣货数量。例如,如图2-c所示,假设当前扫描的第二数据对象的测量值为383g,则已拣货数量信息可以变为350+383=733g,并显示在已拣货数量的显示框内。同时,还可以显示出“数量+383,还需767”,以此类推,直到最终的已拣货数量达到任务中的所需数量,或者接近于该所需数量,就可以将该任务中已扫描的各第二数据对象进行组合,生成第三数据对象,等待进行配送。
其中,还可能出现以下情况:在拣货的过程中,在将某个第二数据对象的测量值累加到上一状态的已拣货数量上之后,得到的当前已拣货数量超出了任务中的所需数量,并且超出的量超出了预置的范围。例如,所需拣货的数量是1500g,上一状态的已拣货数量是1233g,此时,如果拣货员新扫描的一个第二数据对象的测量值为350g,则累加 之后得到的结果是1583g,假设允许存在的误差是50g,则此时多出的数量已经超出了该误差范围。在这种情况下,本申请实施例中的拣货处理子系统还可以向拣货员进行提示,提示其重新选择一个测量值低于某数值的第二数据对象。例如,如图2-d所示,提示信息可以为“超出太多不累加,还需267”,等等。
总之,在本申请实施例中,可以预先对第一数据对象进行加工,得到多件测量值不等的第二数据对象,这样,在根据交易订单进行拣货时,可以通过选取多件第二数据对象进行组合的方式,来生产出第三数据对象,以用于向用户进行发货。并且,还可以预先对第二数据对象的编码以及测量值之间的对应关系保存到数据交互子系统中,这样,在利用第二数据对象进行拣货的过程中,就可以通过扫码的方式获知每件第二数据对象的测量值,并与同一拣货任务中已扫描的其他第二数据对象的测量值进行累加,得到已拣货数量信息,并提供给拣货员,这样,拣货员就不必自行口算、记忆等,因此,可以提高拣货效率,并降低出错概率。
另外,除了提供已拣货数量信息,还可以提供还需拣货的数量信息,以帮助拣货员更合理、快速的进行第二数据对象的选择。再者,如果在某第二数据对象的测量值累加到上一状态的已拣货数量上之后,超出了任务中的所需数量,并且超出的部分大于预置的误差范围,则还可以提示用户更换其他的第二数据对象,等等。
下面分别从多个角度,对本申请实施例的具体实现方式进行介绍。
实施例一
首先,该实施例一从系统的角度,提供了一种数据对象信息处理系统,参见图3,该系统可以包括:
生产子系统301,用于通过对第一数据对象进行生产操作,得到多件第二数据对象,其中,所述生产操作包括测量操作,为所述第二数据对象生成唯一性编码信息,并将所述编码与测量值之间的对应关系录入到信息交互子系统302;
所述信息交互子系统302,用于对各个第二数据对象的编码与测量值之间的对应关系进行保存;
拣货处理子系统303,用于接收拣货任务,所述拣货任务中包括对指定第一数据对象所需数量的信息;通过选择多件第二数据对象并进行组合的方式进行拣货;其中,对于每次选择的第二数据对象,通过查询所述信息交互子系统获得其编码信息对应的测量值,并与同一拣货任务中已拣的其他第二数据对象的测量值进行计算,得到已拣货数量信息,提供所述已拣货数量信息。
其中,在具体实现时,所述生产子系统还可以用于:根据所述唯一性编码信息生成图形码,并将图形码标示在所述第二数据对象的外包装上;
相应的,所述拣货处理子系统具体用于:对于每次选择的第二数据对象,通过扫描对应的图形码确定其编码,并利用该编码从所述信息交互子系统查询获得对应的测量值。
其中,每件第二数据对象的测量值可以具有任意性,也就是说,每件第二数据对象的重量等测量值可以是不相等的。
具体的,所述拣货任务中的所需数量的单位,与生产所述第二数据对象时的测量单位相同。也就是说,在交易平台子系统中,可以直接对第一数据对象进行发布,用户在下单时,可以通过第一数据对象的计量单位,来指定所需数量,例如,所需的重量等。
在具体实现时,所述拣货处理子系统还可以用于:根据述所需数量以及所述已拣货数量,确定还需拣货的数量信息,并提供所述还需拣货的数量信息。
另外,拣货处理子系统还可以用于:在将当前扫描的第二数据对象的测量值与同一拣货任务中已拣的其他第二数据对象的测量值进行计算时,如果计算结果大于所述所需数量,且超出的部分大于预置的误差范围,则取消对该当前扫描的第二数据对象的测量值的计算,并提供提示信息,所需提示信息中包括还需拣货的数量信息。
在一种具体的实现方式下,所述生产子系统可以部署于生产中心,根据各门店提交的生产任务生产第二数据对象,并配送至对应的门店,从门店为销售平台子系统中生成的交易订单进行发货;所述信息交互子系统部署于云端;所述拣货处理子系统部署与各门店内。
实施例二
该实施例二主要从生产子系统的角度,提供了一种数据对象信息处理方法,参见图4,该方法具体可以,包括:
S401:在第二数据对象的生产过程中,获得第二数据对象的测量值信息,其中,所述第二数据对象通过对第一数据对象进行生产操作而获得,所述生产操作包括测量操作;
具体实现时,生产子系统中可以配备自动包装机,或者PC称等设备,这种设备的特点在于,不仅能够实现自动的称重、包装、打标等处理,还配备有处理器,可以通过编程的方式,为设备实现相应的信息交互功能。具体的,在本申请实施例中,所谓的信息交互功能就在于,能够为第二数据对象生成唯一性的编码,并将编码与测量值之间的对应关系,提交到数据交互子系统。
S402:为所述第二数据对象生成唯一性编码信息;
S403:将所述第二数据对象的编码与测量值之间的对应关系提交到数据交互子系统进行保存,以便在拣货处理子系统接收到拣货任务时,通过选择多件第二数据对象并进行组合的方式进行拣货;其中,对于每次选择的第二数据对象,通过查询所述信息交互子系统获得对应的测量值,并与同一拣货任务中已拣的其他第二数据对象的测量值进行计算,得到已拣货数量信息,提供所述已拣货数量信息。
对于生产子系统而言,每生产完一件第二数据对象,都可以执行一次编码与测量值之间的对应关系的提交操作,或者,在另一种实现方式下,还可以是将这种对应关系信息暂存在本地缓存中,等到一批生产任务结束后,或者其他时间点,执行一次统一的对应关系提交操作,等等。其中,对于生产子系统部署于生产中心的情况下,或者生成子系统部署于门店,但是多个门店共用一个数据交互子系统的情况下,在提交对应关系信息时,还可以提交门店的标识信息。当然,在第二数据对象的编码中已经包含了门店标识的情况下,也可以不必另外上传该门店标识信息。
实施例三
该实施例三主要从数据交互子系统的角度,提供了一种数据对象信息处理方法,参见图5,该方法可以包括:
S501:接收生产子系统提交的第二数据对象的编码与测量值之间的对应关系信息并保存,其中,所述第二数据对象通过对第一数据对象进行生产操作而获得,所述生产操作包括测量操作;
S502:接收到拣货处理子系统提交的对第二数据对象的编码信息时,查询所述对应关系,确定对应的测量值并返回,由所述拣货处理子系统将该测量值,与同一拣货任务中已拣的其他第二数据对象的测量值进行计算,得到已拣货数量信息。
实施例四
该实施例四主要从拣货处理子系统的角度,提供了一种数据对象信息处理方法,参见图6,该方法具体可以包括:
S601:接收拣货任务,所述拣货任务中包括第一数据对象标识信息以及所需数量信息,其中,通过选择多件第二数据对象并进行组合的方式进行拣货,所述第二数据对象通过对第一数据对象进行生产操作而获得,所述生产操作包括测量操作,所述第二数据 对象还对应有编码信息,并通过信息交互子系统保存编码信息与测量值之间的对应关系;
拣货处理子系统可以是在销售平台子系统中产生了新的交易订单后,收到的拣货任务。或者,在实际应用中,也可以是在其他场景下收到的拣货任务,例如,门店方需要利用已经生产好的第二数据对象生产一批符合某种包装规格的第三数据对象,也可以向拣货子系统提交拣货任务,等等。具体的,拣货任务中可以包括所需的第一数据对象的名称等标识,以及所需数量信息。拣货处理子系统中可以包括显示设备,可以将上述拣货任务信息显示在显示设备中。
S602:对于每次选择的第二数据对象,通过查询所述信息交互子系统获得其编码信息对应的测量值;
在一种实现方式下,第二数据对象的外包装上可以带有根据编码信息生成的图形码,此时,拣货处理子系统中还可以配备有扫码设备,可以通过扫描图形码,对第二数据对象的编码进行识别,并提交到数据交互子系统进行查询。
S603:将所获得的测量值与同一拣货任务中已拣的其他第二数据对象的测量值进行计算,得到已拣货数量信息,提供所述已拣货数量信息。
每次扫描一件第二数据对象,都可以对已拣货数量信息进行更新,更新的方式是,将新扫描的第二数据对象的测量值,与之前已经扫描的第二数据对象的测量值进行累加,以此代替拣货员的口算或者输入计算器计算的步骤。也就是说,在同一拣货任务执行过程中,已拣货数量会存在多个中间状态,每次新增一个第二数据对象,该信息都会发生更新。
具体实现时,还可以根据述所需数量以及所述已拣货数量,确定还需拣货的数量信息,并提供所述还需拣货的数量信息。
另外,在将当前扫描的第二数据对象的测量值与同一拣货任务中已拣的其他第二数据对象的测量值进行计算时,如果计算结果大于所述所需数量,且超出的部分大于预置的误差范围,则还可以取消对该当前扫描的第二数据对象的测量值的计算,并提供提示信息,所需提示信息中包括还需拣货的数量信息。
关于前述实施例一至实施例四中未详述的部分,可以参见本申请文件中其他各部分的记载,这里不再赘述。
与前述实施例二相对应,本申请实施例还提供了一种数据对象信息处理装置,参见图7,该装置可以包括:
测量值获得单元701,用于在第二数据对象的生产过程中,获得第二数据对象的测量值信息,其中,所述第二数据对象通过对第一数据对象进行生产操作而获得,所述生产操作包括测量操作;
编码生成单元702,用于为所述第二数据对象生成唯一性编码信息;
信息提交单元703,用于将所述第二数据对象的编码与测量值之间的对应关系提交到数据交互子系统进行保存,以便在拣货处理子系统接收到拣货任务时,通过选择多件第二数据对象并进行组合的方式进行拣货;其中,对于每次选择的第二数据对象,通过查询所述信息交互子系统获得其编码信息对应的测量值,并与同一拣货任务中已拣的其他第二数据对象的测量值进行计算,得到已拣货数量信息,提供所述已拣货数量信息。
与前述实施例三相对应,本申请实施例还提供了一种数据对象信息处理装置,参见图8,该装置可以包括:
信息保存单元801,用于接收生产子系统提交的第二数据对象的编码与测量值之间的对应关系信息并保存,其中,所述第二数据对象通过对第一数据对象进行生产操作而获得,所述生产操作包括测量操作;
信息返回单元802,用于接收到拣货处理子系统提交的对第二数据对象的编码信息时,查询所述对应关系,确定对应的测量值并返回,由所述拣货处理子系统将该测量值,与同一拣货任务中已拣的其他第二数据对象的测量值进行计算,得到已拣货数量信息。
与前述实施例四相对应,本申请实施例还提供了一种数据对象信息处理装置,参见图9,该装置可以包括:
拣货任务接收单元901,用于接收拣货任务,所述拣货任务中包括第一数据对象标识信息以及所需数量信息,其中,通过选择多件第二数据对象并进行组合的方式进行拣货,所述第二数据对象通过对第一数据对象进行生产操作而获得,所述生产操作包括测量操作,所述第二数据对象还对应有编码信息,并通过信息交互子系统保存编码信息与测量值之间的对应关系;
查询单元902,用于对于每次选择的第二数据对象,通过查询所述信息交互子系统获得其编码信息对应的测量值;
计算单元903,用于将所获得的测量值与同一拣货任务中已拣的其他第二数据对象的测量值进行计算,得到已拣货数量信息,提供所述已拣货数量信息。
具体实现时,该装置还可以包括:
数量信息提供单元,用于根据述所需数量以及所述已拣货数量,确定还需拣货的数量信息,并提供所述还需拣货的数量信息。
另外还可以包括:
提示单元,用于在将当前扫描的第二数据对象的测量值与同一拣货任务中已扫描的其他第二数据对象的测量值进行计算时,如果计算结果大于所述所需数量,且超出的部分大于预置的误差范围,则取消对该当前扫描的第二数据对象的测量值的计算,并提供提示信息,所需提示信息中包括还需拣货的数量信息。
实施例五
在前述各实施例中,专门部署了信息交互子系统,但是,对于一些小型的门店等而言,也可以自行在门店内部署生产子系统以及拣货处理子系统,并且,由于需要保存的信息量不会很大,因此,也可以直接将编码与测量值之间的对应关系信息保存在生产子系统的存储器中。也就是说,生产子系统也可以兼具有信息保存以及查询的功能。在这种情况下,参见图10,本申请实施例五还提供了一种数据对象信息处理系统,该系统可以包括:
生产子系统1001,用于通过对第一数据对象进行生产操作,得到多件第二数据对象,其中,所述生产操作包括测量操作,为所述第二数据对象生成唯一性编码信息,并保存所述编码与测量值之间的对应关系;
拣货处理子系统1002,用于接收拣货任务,所述拣货任务中包括对指定第一数据对象所需数量的信息;通过选择多件第二数据对象并进行组合的方式进行拣货;其中,对于每次选择的第二数据对象,通过查询所述生产子系统获得其编码信息对应的测量值,并与同一拣货任务中已拣的其他第二数据对象的测量值进行计算,得到已拣货数量信息,提供所述已拣货数量信息。
关于该实施例五中的具体实现细节,可以参见前述各部分内容的记载,这里不再赘述。
通过以上的实施方式的描述可知,本领域的技术人员可以清楚地了解到本申请可借助软件加必需的通用硬件平台的方式来实现。基于这样的理解,本申请的技术方案本质上或者说对现有技术做出贡献的部分可以以软件产品的形式体现出来,该计算机软件产品可以存储在存储介质中,如ROM/RAM、磁碟、光盘等,包括若干指令用以使得一台计算机设备(可以是个人计算机,服务器,或者网络设备等)执行本申请各个实施例或 者实施例的某些部分所述的方法。
本说明书中的各个实施例均采用递进的方式描述,各个实施例之间相同相似的部分互相参见即可,每个实施例重点说明的都是与其他实施例的不同之处。尤其,对于系统或系统实施例而言,由于其基本相似于方法实施例,所以描述得比较简单,相关之处参见方法实施例的部分说明即可。以上所描述的系统及系统实施例仅仅是示意性的,其中所述作为分离部件说明的单元可以是或者也可以不是物理上分开的,作为单元显示的部件可以是或者也可以不是物理单元,即可以位于一个地方,或者也可以分布到多个网络单元上。可以根据实际的需要选择其中的部分或者全部模块来实现本实施例方案的目的。本领域普通技术人员在不付出创造性劳动的情况下,即可以理解并实施。
以上对本申请所提供的数据对象信息处理方法、装置及系统,进行了详细介绍,本文中应用了具体个例对本申请的原理及实施方式进行了阐述,以上实施例的说明只是用于帮助理解本申请的方法及其核心思想;同时,对于本领域的一般技术人员,依据本申请的思想,在具体实施方式及应用范围上均会有改变之处。综上所述,本说明书内容不应理解为对本申请的限制。

Claims (16)

  1. 一种数据对象信息处理系统,其特征在于,包括:
    生产子系统,用于通过对第一数据对象进行生产操作,得到多件第二数据对象,其中,所述生产操作包括测量操作,为所述第二数据对象生成唯一性编码信息,并将所述编码与测量值之间的对应关系录入到信息交互子系统;
    所述信息交互子系统,用于对各个第二数据对象的编码与测量值之间的对应关系进行保存;
    拣货处理子系统,用于接收拣货任务,所述拣货任务中包括对指定第一数据对象所需数量的信息;通过选择多件第二数据对象并进行组合的方式进行拣货;其中,对于每次选择的第二数据对象,通过查询所述信息交互子系统获得其编码信息对应的测量值,并与同一拣货任务中已拣的其他第二数据对象的测量值进行计算,得到已拣货数量信息,提供所述已拣货数量信息。
  2. 根据权利要求1所述的系统,其特征在于:
    所述生产子系统还用于:根据所述唯一性编码信息生成图形码,并将图形码标示在所述第二数据对象的外包装上;
    所述拣货处理子系统具体用于:对于每次选择的第二数据对象,通过扫描对应的图形码确定其编码,并利用该编码从所述信息交互子系统查询获得对应的测量值。
  3. 根据权利要求1所述的系统,其特征在于,每件第二数据对象的测量值具有任意性。
  4. 根据权利要求1所述的系统,其特征在于,所述拣货任务中的所需数量的单位,与生产所述第二数据对象时的测量单位相同。
  5. 根据权利要求1所述的系统,其特征在于,所述拣货处理子系统还用于:
    根据述所需数量以及所述已拣货数量,确定还需拣货的数量信息,并提供所述还需拣货的数量信息。
  6. 根据权利要求1所述的系统,其特征在于,所述拣货处理子系统还用于:
    在将当前扫描的第二数据对象的测量值与同一拣货任务中已拣的其他第二数据对象的测量值进行计算时,如果计算结果大于所述所需数量,且超出的部分大于预置的误差范围,则取消对该当前扫描的第二数据对象的测量值的计算,并提供提示信息,所需提示信息中包括还需拣货的数量信息。
  7. 根据权利要求1至6任一项所述的系统,其特征在于:
    所述生产子系统部署于生产中心,根据各门店提交的生产任务生产第二数据对象,并配送至对应的门店,从门店为销售平台子系统中生成的交易订单进行发货;
    所述信息交互子系统部署于云端;
    所述拣货处理子系统部署与各门店内。
  8. 一种数据对象信息处理方法,其特征在于,包括:
    在第二数据对象的生产过程中,获得第二数据对象的测量值信息,其中,所述第二数据对象通过对第一数据对象进行生产操作而获得,所述生产操作包括测量操作;
    为所述第二数据对象生成唯一性编码信息;
    将所述第二数据对象的编码与测量值之间的对应关系提交到数据交互子系统进行保存,以便在拣货处理子系统接收到拣货任务时,通过选择多件第二数据对象并进行组合的方式进行拣货;其中,对于每次选择的第二数据对象,通过查询所述信息交互子系统获得其编码信息对应的测量值,并与同一拣货任务中已拣的其他第二数据对象的测量值进行计算,得到已拣货数量信息,提供所述已拣货数量信息。
  9. 一种数据对象信息处理方法,其特征在于,包括:
    接收生产子系统提交的第二数据对象的编码与测量值之间的对应关系信息并保存,其中,所述第二数据对象通过对第一数据对象进行生产操作而获得,所述生产操作包括测量操作;
    接收到拣货处理子系统提交的对第二数据对象的编码信息时,查询所述对应关系,确定对应的测量值并返回,由所述拣货处理子系统将该测量值,与同一拣货任务中已拣的其他第二数据对象的测量值进行计算,得到已拣货数量信息。
  10. 一种数据对象信息处理方法,其特征在于,包括:
    接收拣货任务,所述拣货任务中包括第一数据对象标识信息以及所需数量信息,其中,通过选择多件第二数据对象并进行组合的方式进行拣货,所述第二数据对象通过对第一数据对象进行生产操作而获得,所述生产操作包括测量操作,所述第二数据对象还对应有编码信息,并通过信息交互子系统保存编码信息与测量值之间的对应关系;
    对于每次选择的第二数据对象,通过查询所述信息交互子系统获得其编码信息对应的测量值;
    将所获得的测量值与同一拣货任务中已拣的其他第二数据对象的测量值进行计算,得到已拣货数量信息,提供所述已拣货数量信息。
  11. 根据权利要求10所述的方法,其特征在于,还包括:
    根据述所需数量以及所述已拣货数量,确定还需拣货的数量信息,并提供所述还需拣货的数量信息。
  12. 根据权利要求10所述的方法,其特征在于,还包括:
    在将当前扫描的第二数据对象的测量值与同一拣货任务中已扫描的其他第二数据对象的测量值进行计算时,如果计算结果大于所述所需数量,且超出的部分大于预置的误差范围,则取消对该当前扫描的第二数据对象的测量值的计算,并提供提示信息,所需提示信息中包括还需拣货的数量信息。
  13. 一种数据对象信息处理装置,其特征在于,包括:
    测量值获得单元,用于在第二数据对象的生产过程中,获得第二数据对象的测量值信息,其中,所述第二数据对象通过对第一数据对象进行生产操作而获得,所述生产操作包括测量操作;
    编码生成单元,用于为所述第二数据对象生成唯一性编码信息;
    信息提交单元,用于将所述第二数据对象的编码与测量值之间的对应关系提交到数据交互子系统进行保存,以便在拣货处理子系统接收到拣货任务时,通过选择多件第二数据对象并进行组合的方式进行拣货;其中,对于每次选择的第二数据对象,通过查询所述信息交互子系统获得其编码信息对应的测量值,并与同一拣货任务中已拣的其他第二数据对象的测量值进行计算,得到已拣货数量信息,提供所述已拣货数量信息。
  14. 一种数据对象信息处理装置,其特征在于,包括:
    信息保存单元,用于接收生产子系统提交的第二数据对象的编码与测量值之间的对应关系信息并保存,其中,所述第二数据对象通过对第一数据对象进行生产操作而获得,所述生产操作包括测量操作;
    信息返回单元,用于接收到拣货处理子系统提交的对第二数据对象的编码信息时,查询所述对应关系,确定对应的测量值并返回,由所述拣货处理子系统将该测量值,与同一拣货任务中已拣的其他第二数据对象的测量值进行计算,得到已拣货数量信息。
  15. 一种数据对象信息处理装置,其特征在于,包括:
    拣货任务接收单元,用于接收拣货任务,所述拣货任务中包括第一数据对象标识信息以及所需数量信息,其中,通过选择多件第二数据对象并进行组合的方式进行拣货,所述第二数据对象通过对第一数据对象进行生产操作而获得,所述生产操作包括测量操作,所述第二数据对象还对应有编码信息,并通过信息交互子系统保存编码信息与测量值之间的对应关系;
    查询单元,用于对于每次选择的第二数据对象,通过查询所述信息交互子系统获得其编码信息对应的测量值;
    计算单元,用于将所获得的测量值与同一拣货任务中已拣的其他第二数据对象的测量值进行计算,得到已拣货数量信息,提供所述已拣货数量信息。
  16. 一种数据对象信息处理系统,其特征在于,包括:
    生产子系统,用于通过对第一数据对象进行生产操作,得到多件第二数据对象,其中,所述生产操作包括测量操作,为所述第二数据对象生成唯一性编码信息,并保存所述编码与测量值之间的对应关系;
    拣货处理子系统,用于接收拣货任务,所述拣货任务中包括对指定第一数据对象所需数量的信息;通过选择多件第二数据对象并进行组合的方式进行拣货;其中,对于每次选择的第二数据对象,通过查询所述生产子系统获得其编码信息对应的测量值,并与同一拣货任务中已拣的其他第二数据对象的测量值进行计算,得到已拣货数量信息,提供所述已拣货数量信息。
PCT/CN2018/093949 2017-07-13 2018-07-02 数据对象信息处理方法、装置及系统 Ceased WO2019011139A1 (zh)

Applications Claiming Priority (2)

Application Number Priority Date Filing Date Title
CN201710571374.2 2017-07-13
CN201710571374.2A CN109255668B (zh) 2017-07-13 2017-07-13 数据对象信息处理方法、装置及系统

Publications (1)

Publication Number Publication Date
WO2019011139A1 true WO2019011139A1 (zh) 2019-01-17

Family

ID=65002026

Family Applications (1)

Application Number Title Priority Date Filing Date
PCT/CN2018/093949 Ceased WO2019011139A1 (zh) 2017-07-13 2018-07-02 数据对象信息处理方法、装置及系统

Country Status (2)

Country Link
CN (1) CN109255668B (zh)
WO (1) WO2019011139A1 (zh)

Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102693513A (zh) * 2012-05-28 2012-09-26 成都信息工程学院 一种用于鲜活农产品流通及溯源的控制方法
US20140279189A1 (en) * 2013-03-13 2014-09-18 Dynamite Data, Llc Method and system for monitoring and recommending relevant products
CN105403297A (zh) * 2015-04-15 2016-03-16 田小平 溯源配送系统及方法
CN206184790U (zh) * 2016-11-02 2017-05-24 四川喜之郎食品有限公司 不同规格产品的在线捡重系统

Family Cites Families (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US20020173042A1 (en) * 2001-03-16 2002-11-21 Timothy Oolman Method of tagging agricultural products
CN101059860A (zh) * 2007-06-20 2007-10-24 四川亚元防伪科技有限公司 散装商品核量控票、核票控税方法、系统、网站、终端
CN105575012A (zh) * 2016-01-22 2016-05-11 刘思超 一种自助购物系统及方法
CN106043808B (zh) * 2016-07-26 2018-03-13 桂林爱明生态农业开发有限公司 一种水果罐头包装的计量方法

Patent Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102693513A (zh) * 2012-05-28 2012-09-26 成都信息工程学院 一种用于鲜活农产品流通及溯源的控制方法
US20140279189A1 (en) * 2013-03-13 2014-09-18 Dynamite Data, Llc Method and system for monitoring and recommending relevant products
CN105403297A (zh) * 2015-04-15 2016-03-16 田小平 溯源配送系统及方法
CN206184790U (zh) * 2016-11-02 2017-05-24 四川喜之郎食品有限公司 不同规格产品的在线捡重系统

Also Published As

Publication number Publication date
CN109255668B (zh) 2021-01-12
CN109255668A (zh) 2019-01-22

Similar Documents

Publication Publication Date Title
JP6142033B2 (ja) 材料取扱施設における容器選択
US11017448B2 (en) On-demand customization of products
KR102173973B1 (ko) 인테리어 자재 주문정보 등록과 견적서 서비스 제공 장치 및 방법
US20240095660A1 (en) Methods and systems for providing multi-carrier/multi-channel/multi-national shipping
CN108573421A (zh) 提供数据对象信息的方法、装置及系统
KR101547305B1 (ko) 농축산물 직거래 시스템 및 이를 이용한 농축산물 직거래 방법
US20160071190A1 (en) Modifying electronic orders during a fulfillment process
US20140379604A1 (en) Methods and systems for item shipment based on an item image
US20190042995A1 (en) Automated Item Assortment System
US20220292561A1 (en) Commodity exchange system, commodity exchange method, and commodity exchange program
US20140379603A1 (en) Methods and systems for item shipment based on incomplete information
CN110717705A (zh) 供应链的智能采购系统及供应链采购方法
CN116342212A (zh) 一种支持多电商平台的订单自动化执行系统及方法
US20170364985A1 (en) Ordering and order receiving system for fish and shellfish
WO2019011139A1 (zh) 数据对象信息处理方法、装置及系统
JP7334921B1 (ja) 配送料見積装置
CN110991952A (zh) 一种跨境物流模式选择方法和装置
JP2012022524A (ja) 花卉仕入れ支援システムおよび花卉仕入れ支援方法
CN112085425A (zh) 一种包装选择方法和装置
WO2016039724A1 (en) Methods and systems for item shipment based on estimated item characteristics
AU2018101874A4 (en) Method and system for online shopping
CN109272181B (zh) 数据对象信息处理方法、装置及系统
CN108140228A (zh) 递送服务操作方法和装置以及综合递送服务系统
TWI907931B (zh) 貨物艙單管理方法及系統
CN111275517A (zh) 链路信息的显示方法及装置、存储介质、终端

Legal Events

Date Code Title Description
121 Ep: the epo has been informed by wipo that ep was designated in this application

Ref document number: 18831019

Country of ref document: EP

Kind code of ref document: A1

NENP Non-entry into the national phase

Ref country code: DE

122 Ep: pct application non-entry in european phase

Ref document number: 18831019

Country of ref document: EP

Kind code of ref document: A1