WO2018166346A1 - Method, device, and system for providing data object information - Google Patents

Abstract

A method, device, and system for providing data object information. The system comprises: a first client (102, 301), for providing a data object information page, the data object comprises a non-standard packaged data object (S701); a first server (302), for generating a transaction order according to a request from the first client (102, 301); a second client (106, 303), for generating an offline task according to the transaction order (S902), the offline task processing result information comprising measured second quantity information of the data object, and the first server (S302) being further used for providing shipping information about the transaction order to the first client (S301) according to the second quantity information; and a second server (304), for updating inventory information of the data object according to the second quantity information. The system enables a first user (101) to obtain experience similar to that of offline purchase of a non-standard packaged commodity during online transaction.

Description

Method, device and system for providing data object information

The present application claims priority to Chinese Patent Application Serial No. No. No. No. No. No. No. No. No. No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No

Technical field

The present application relates to the field of data object information processing technologies, and in particular, to a method, device and system for providing data object information.

Background technique

O2O (Online to Offline) refers to the combination of offline business opportunities and the Internet, making the Internet a platform for offline transactions. With the upgrade of the service e-commerce model, the processes of goods (services), order placement, and payment have been improved, and the simple e-commerce module has been transferred to higher frequency and life-saving scenarios. Since the traditional service industry has been in an inefficient state and the labor is under-digested, the O2O carnival boom has emerged under the impetus of the new model, so the door-to-door delivery (commonly known as “takeaway”), home-grown, and on-site Various O2O modes such as make-up have begun to emerge.

The physical store corresponding to the fresh product object may be referred to as a “supermarket”. In practical applications, multiple stalls may be opened in the supermarket, for example, may include a fruit stall, a seafood stall, and the like. The specific items in each stall can be pre-purchased into the supermarket. Unlike traditional online product objects, fresh product objects are often not packaged in advance according to standardized packaging tools. For example, the goods are apples, pork, pork ribs, etc. These goods are usually sold in bulk in a physical store. The price of the priced goods usually refers to the price of the unit weight, for example, per kilogram. Prices and more. Moreover, since the weight of the product itself is not standard, for example, the weight of each apple is not fixed. Therefore, after the user selects a certain number of apples, the actual price needs to be calculated by the actual weighing result, and the number of apples cannot be used. Way to calculate. In addition, there will be similar situations for bulk goods such as pork and pork ribs.

However, for such non-standard commodity objects, the prior art online sales process usually adopts a similar method to standard commodity objects. For example, for Apple, online sales may be performed in units of "one". Try to ensure that each apple has the same weight, or sell it online in "parts", each of which may include two or four apples, and so on. For products such as pork, it may be standardized and packaged in multiple portions, and then online sales may be performed in units of "parts", and so on. However, the above method has actually lost the meaning of bulk non-standard goods, which is completely different from the experience when users actually purchase online.

Therefore, for non-standard products, how to achieve online sales while enabling users to obtain an experience similar to offline purchase of non-standard products becomes a technical problem that needs to be solved by those skilled in the art.

Summary of the invention

The present application provides a method, device, and system for providing data object information, which can enable a first user to obtain an experience similar to offline purchase of a non-standard packaged product during online transaction, and can save resources and the like.

This application provides the following solutions:

A computer system comprising:

One or more processors;

a memory associated with the one or more processors, the memory for storing program instructions that, when read by the one or more processors, perform the following operations:

Receiving a request to perform an online operation on a specified data object, the specified data object comprising a non-standard wrapped data object, the request including first quantity information of the data object specified according to a unit of measure of the data object;

Generating a transaction order according to the request, and generating offline task information according to the transaction order, where the offline task information includes the first quantity information;

Receiving processing result information for the offline task, where the processing result information includes second quantity information of the data object obtained by measurement;

And updating the inventory information of the data object according to the second quantity information, and providing the delivery information corresponding to the transaction order.

A data object information processing system includes:

a first client, configured to provide a data object information page, and submit an operation request for the data object to the first server; the data object includes a non-standard wrapped data object, and the request includes the data object according to the data object a first quantity information of the data object specified by the unit of measure;

The first server is configured to generate a transaction order according to the request of the first client, and send the transaction order to the second client;

The second client is configured to generate an offline task according to the transaction order, and provide offline task processing result information to the first server and the second server, where the offline task processing result information is Included by the measurement, the second quantity information of the data object obtained by the measurement;

The first server is further configured to provide the first client with the shipping information about the transaction order according to the second quantity information;

The second server is configured to update the inventory information of the data object according to the second quantity information.

A method of providing data object information, including:

The first client provides a data object information page, the data object including a non-standard packaged data object;

Providing an operation option for performing a preset operation on the data object, wherein the operation option includes a first operational option for specifying a desired first amount of information;

After receiving the user operation information by using the operation option, submitting to the first server, the first server generates a transaction order according to the data object information and the first quantity information in the user operation information, and provides the transaction order a second client, the second client generates an offline task according to the transaction order, so that the offline task performer creates a delivery object by means of measurement, and submits the measured second quantity information to the first The server and the second server, the first server provides the first client with the shipping information about the transaction order according to the second quantity information, and the second server is according to the second The quantity information updates the inventory information of the data object.

A method of providing data object information, including:

The first server issues data object information, and the data object includes a data object that is not a standard package;

Generating a transaction order according to user operation information submitted by the first client, where the user operation information includes selected data object information, and the specified first quantity information;

Providing the transaction order to the second client, the second client generates a offline task according to the transaction order, and provides offline task processing result information to the first server and the second server The offline task processing result information includes the second quantity information of the data object obtained by the measurement, and the first server provides the first client with the transaction order according to the second quantity information. The shipment information is updated by the second server to the inventory information of the data object according to the second quantity information.

A data object information processing method includes:

The second client receives the transaction order information provided by the first server, where the transaction order carries the selected data object information and the first quantity information, wherein the data object includes a non-standard packaged data object;

Generating an offline task based on the transaction order;

Receiving the offline task processing result information, and providing the information to the first server and the second server, where the offline task processing result information includes the second quantity information of the data object obtained by the measurement, The first server provides the first client with the shipment information about the transaction order according to the second quantity information, and the second server performs the inventory information of the data object according to the second quantity information. Update.

A data object information processing method includes:

The second server saves the inventory information of the data object, wherein the data object includes a data object that is not a standard package;

Receiving the offline task processing result information submitted by the second client for the target transaction order, extracting the second quantity information from the offline task processing result information, and using the second quantity information to target the target transaction order The inventory information of the associated data object is updated; wherein the second quantity is a measured quantity obtained by measuring the corresponding item of the data object according to the first quantity information specified in the target transaction order.

A device for providing data object information, applied to a first client, comprising:

a page providing unit, configured to provide a data object information page, where the data object includes a non-standard packaged data object;

An operation option providing unit, configured to provide an operation option for performing a preset operation on the data object, wherein the operation option includes a first operation option for specifying a required first quantity information;

a user operation information submitting unit, configured to submit the user operation information to the first server by using the operation option, and the first server is configured according to the data object information and the first quantity information in the user operation information Generating a transaction order and providing it to a second client, the second client generating a offline task according to the transaction order, so that the offline task performer can make a delivery object by measurement, and the second obtained measurement The quantity information is submitted to the first server and the second server, and the first server provides the first client with the shipping information about the transaction order according to the second quantity information, by the first The second server updates the inventory information of the data object according to the second quantity information.

An apparatus for providing data object information, which is applied to a first server, and includes:

a data object information publishing unit, configured to publish data object information, where the data object includes a non-standard packaged data object;

a transaction order generating unit, configured to generate a transaction order according to the user operation information submitted by the first client, where the user operation information includes the selected data object information, and the specified first quantity information;

a transaction order providing unit, configured to provide the transaction order to a second client, generate, by the second client, a offline task according to the transaction order, and provide offline task processing result information to the first The server and the second server, the offline task processing result information includes the second quantity information of the data object obtained by the measurement, and the first server sends the first quantity to the first client according to the second quantity information. The terminal provides shipping information about the transaction order, and the second server updates the inventory information of the data object according to the second quantity information.

A data object information processing apparatus is applied to a second client, including:

a transaction order receiving unit, configured to receive transaction order information provided by the first server, where the transaction order carries selected data object information and a first quantity information, wherein the data object includes a non-standard packaged data object ;

An offline task generating unit, configured to generate an offline task according to the transaction order;

a processing result information receiving unit, configured to receive the offline task processing result information, and provide the information to the first server and the second server, where the offline task processing result information includes the data object obtained by the measurement a second quantity information, wherein the first server provides the first client with the shipping information about the transaction order according to the second quantity information, and the second server is according to the second quantity The information updates the inventory information of the data object.

A data object information processing apparatus is applied to the second server, and includes:

An inventory information saving unit, configured to save inventory information of the data object, wherein the data object includes a data object that is not a standard package;

And an inventory information update unit, configured to: when receiving the offline task processing result information submitted by the second client for the target transaction order, extract the second quantity information from the offline task processing result information, and use the second quantity The information is updated to the inventory information of the data object associated with the target transaction order; wherein the second quantity is a measured result of measuring the corresponding item of the data object according to the first quantity information specified in the target transaction order Quantity.

According to a specific embodiment provided by the present application, the present application discloses the following technical effects:

Through the embodiment of the present application, the non-standard packaged goods in the form of bulk weighing can be issued as data objects measured in units of grams, kilograms, meters, liters, etc., so that the first user is passing the first customer. When the data object is operated, the first quantity information required by the above unit can be specified, and the second client can also make the delivery object by measurement when the picking is performed, and the delivery object corresponds to the first The second quantity is as close as possible to the first quantity required by the first user. In this way, the first user can be made to experience an experience similar to offline purchase of non-standard packaged goods during the online transaction. For the second user side, real “on-demand” picking can be realized, instead of pre-packaging the original bulk goods according to certain specifications, thus saving the human and material resources.

Of course, implementing any of the products of the present application does not necessarily require all of the advantages described above to be achieved at the same time.

DRAWINGS

In order to more clearly illustrate the embodiments of the present application or the technical solutions in the prior art, the drawings to be used in the embodiments will be briefly described below. Obviously, the drawings in the following description are only some of the present application. For the embodiments, those skilled in the art can obtain other drawings according to the drawings without any creative work.

1 is a schematic diagram of an application scenario provided by an embodiment of the present application;

2 is a schematic diagram of a computer system according to an embodiment of the present application;

3 is a schematic diagram of a system provided by an embodiment of the present application;

4-1 to 4-5 are schematic diagrams of a first client interface provided by an embodiment of the present application;

5-1, 5-2 are schematic diagrams of a second client interface provided by an embodiment of the present application;

6 is a schematic diagram of a suspension chain system provided by an embodiment of the present application;

7 is a flowchart of a first method provided by an embodiment of the present application;

8 is a flowchart of a second method provided by an embodiment of the present application;

9 is a flowchart of a third method provided by an embodiment of the present application;

10 is a flowchart of a fourth method provided by an embodiment of the present application;

11 is a schematic diagram of a first device provided by an embodiment of the present application;

12 is a schematic diagram of a second device provided by an embodiment of the present application;

Figure 13 is a schematic diagram of a third device provided by an embodiment of the present application;

FIG. 14 is a schematic diagram of a fourth apparatus provided by an embodiment of the present application.

detailed description

The technical solutions in the embodiments of the present application are clearly and completely described in the following with reference to the drawings in the embodiments of the present application. It is obvious that the described embodiments are only a part of the embodiments of the present application, and not all of the embodiments. All other embodiments obtained by those of ordinary skill in the art based on the embodiments of the present application are within the scope of the present disclosure.

In the embodiment of the present application, the data object existing in the non-standardized bulk form for the offline goods may be published as data measured in units of grams, kilograms, liters, meters, square meters, etc. when the data object information is released. The object, that is, the non-standard packaged data object, the user can specify the weight of the purchase (one kilogram, two kilograms, etc.) when performing the purchase operation, and the subsequent departure can be made in the form of bulk weighing when picking the goods. Goods object. That is to say, for such a data object, it is not necessary to pre-package according to a certain specification, and then to publish in units of each package, but to directly distribute it in a bulk form, and finally, according to the amount specified by the user, The goods are measured, including weighing, size, etc., and then the results obtained by the measurement are packaged and distributed. In this way, the user can purchase the genuine bulk weighing goods by means of online purchase, thereby making the online trading behavior closer to the offline situation, and enabling the user to obtain an experience similar to offline purchase of non-standard goods.

In a specific implementation, from the perspective of the system architecture, referring to FIG. 1 , the first user 101 of the consumer user, the buyer user, and the like can access the data object information published by the server 103 through the terminal device 102 , which may include the implementation of the present application. The non-standard packaging data objects measured in grams, kilograms, liters, meters, square meters, etc. are provided in the examples. If the first user 101 selects one of the non-standard package data objects having the above characteristics, when performing the order operation, the specific required quantity information may be specified. Specifically, the quantity information may be in the above-mentioned grams, kilograms, liters, Meters are specified in meters and square meters. For example, you can specify to purchase the "bulk apple" data object, and specify the purchase quantity is 1kg, and so on.

The server 103 can be mainly used to refer to the server provided by the sales platform, and is mainly used for publishing the data object information. In the embodiment of the present application, the bulk data object for the non-standard package can be issued as gram, kilogram, liter, Data objects that are metered in meters, square meters, etc. Moreover, when the first user 101 submits an operation performed on the data object through the first client 102, corresponding processing may be performed, including generating an order, etc., and the specific operation quantity information may be marked in the order, and in grams, kilograms , liter, meter, square meter, etc. as a unit.

The generated order can be sent to the processing system 105 of the offline store deployment through the network 104, wherein the so-called physical store in the actual application may be a physical store in the form of a supermarket or the like, etc. Fresh goods are often in bulk. In the physical store system, a second client 106 may be deployed. After generating the order, the server 103 may send the order information to the second client 106, and the second client generates a corresponding picking task, and is related. The picker 107 performs a specific picking operation. In the embodiment of the present application, as shown in 108, the specific data object name, the cargo space, and the quantity to be sorted may be specified in the picking task, and the quantity information to be sorted is in grams, kilograms, liters, meters, square meters. Wait for the unit to specify. After the picker 107 sees the picking task 108 through the second client 106, the picking task 108 can perform a measuring operation on the corresponding item. For example, for the item "bulk apple", the measuring operation performed may be, the goods are received. The corresponding part of the merchandise is removed from the position 109, and then the weighing operation is performed using the apparatus 110 such as an electronic scale, so that the result of the weighing is made as much as the number of picking by the user. Then, after being packaged by the picking container, the packager 111 can be provided to the packager 111 in some manner to perform the packaging operation. After the package is completed, the delivery can be delivered to the delivery person 112 for distribution, and finally, the delivery can be delivered to the first user 101. Shipping address.

It should be noted that after the picking is completed, the picker 107 can also return the picking result information (actually measured value and the like) to the server 103 through the second client 106, and the server 103 can also The inventory information of the corresponding data object is updated, and the operation basis of the update is the actual measured value in the picking process, not the value of the purchase quantity executed by the user.

In addition, it should be noted that, from the functional division, the server 103 can be divided into an order processing server and an inventory information processing server, wherein the former is mainly used to interact with the first user of the front end, and the inventory information processing server is used. It is mainly used to manage the inventory information of specific data objects. When the data objects are stored in the database, they can be entered into the inventory database. When the data objects are out of the library, the inventory data can be updated, and so on. Of course, in practical applications, the above-mentioned server that implements different functions can be implemented on the same server, or for a large sales platform system, or can be implemented on different servers, or even the server of the same function. It can correspond to a server cluster to ensure the response speed and the amount of data storage.

The specific implementation is described in detail below.

Embodiment 1

Referring to FIG. 2, this embodiment first provides a computer system 200, which includes:

One or more processors 210;

A memory 220 associated with the one or more processors 210 for storing program instructions that, when read by the one or more processors 210, perform the following operations:

Receiving a request to perform an online operation on a specified data object, the specified data object comprising a non-standard wrapped data object, the request including first quantity information of the data object specified according to a unit of measure of the data object;

Generating a transaction order according to the request, and generating offline task information according to the transaction order, where the offline task information includes the first quantity information;

Receiving processing result information for the offline task information, where the processing result information includes second quantity information of the data object obtained by measurement;

And updating the inventory information of the data object according to the second quantity information, and providing the delivery information corresponding to the transaction order.

The above computer system may include multiple specific devices, for example, may include a device on the server side, may also include a terminal device of the first user, or may also include a terminal device in a physical store, and the like. In a specific implementation, as shown in FIG. 2, the system may specifically include a processor 210, a video display adapter 211, a disk drive 212, an input/output interface 213, a network interface 214, and a memory 220. The processor 210, the video display adapter 211, the disk drive 212, the input/output interface 213, the network interface 214, and the memory 220 can be communicably connected via the communication bus 230.

The processor 210 can be implemented by using a general-purpose CPU (Central Processing Unit), a microprocessor, an Application Specific Integrated Circuit (ASIC), or one or more integrated circuits. Related procedures are performed to implement the technical solutions provided by the present application.

The memory 220 can be implemented in the form of a ROM (Read Only Memory), a RAM (Random Access Memory), a static storage device, a dynamic storage device, or the like. The memory 220 can store an operating system 221 for controlling the operation of the computer system 200, a basic input output system (BIOS) for controlling low level operation of the computer system 200. In addition, a web browser 223, a data storage management system 224, a data object information processing system 225, and the like can also be stored. The above-mentioned data object information processing system 225 may be an application program that specifically implements the foregoing steps in the embodiments of the present application. In summary, when the technical solution provided by the present application is implemented by software or firmware, the related program code is saved in the memory 220 and is called and executed by the processor 210.

The input/output interface 213 is used to connect an input/output module to implement information input and output. The input/output/module can be configured as a component in the device (not shown) or externally connected to the device to provide the corresponding function. The input device may include a keyboard, a mouse, a touch screen, a microphone, various types of sensors, and the like, and the output device may include a display, a speaker, a vibrator, an indicator light, and the like.

The communication interface 214 is used to connect a communication module (not shown) to implement communication interaction between the device and other devices. The communication module can communicate by wired means (such as USB, network cable, etc.), or can communicate by wireless means (such as mobile network, WIFI, Bluetooth, etc.).

Bus 230 includes a path for transferring information between various components of the device (e.g., processor 210, video display adapter 211, disk drive 212, input/output interface 213, network interface 214, and memory 220).

In addition, the computer system 200 can also obtain information of a particular data object from the data object information database 240 for presentation in a foreground page, and the like.

It should be noted that although the above device only shows the processor 210, the video display adapter 211, the disk drive 212, the input/output interface 213, the network interface 214, the memory 220, the bus 230, etc., in a specific implementation process, The device may also include other components necessary to achieve normal operation. In addition, it will be understood by those skilled in the art that the above-mentioned devices may also include only the components necessary for implementing the solution of the present application, and do not necessarily include all the components shown in the drawings.

In the embodiment of the present application, the operations of the program of the data object information processing system 225 stored in the memory 220 may include: receiving a request for performing an online operation on the specified data object, the data object including the non-standard wrapped data object In grams, kilograms, liters, meters, square meters, etc. as a unit of measurement, for example, bulk fruits, meat, and so on. When the first user purchases such a data object, the first quantity information required to be purchased is also specified in units of grams, kilograms, liters, meters, square meters, and the like. After receiving the request, the corresponding transaction order can be generated, and then the offline task can be generated according to the transaction order, for example, the picking task, the packing task, and the like. After the offline task execution is completed, the processing result information of the offline task may also be received, which includes the second quantity information obtained by measuring the actual goods according to the first quantity information specified by the user. There may be a certain difference between the second quantity information and the first quantity information. Then, the inventory information of the data object may be updated according to the second quantity information, and the delivery information corresponding to the transaction order is provided. That is to say, in the embodiment of the present application, there may be a difference between the measured second quantity and the actual second out quantity when the first user specifies the first quantity when the order is placed. The quantity is the second quantity, so when the inventory update is made, the update operation is based on the second quantity instead of the first quantity.

In addition, in a specific implementation, before the transaction order is generated, the first resource information to be paid may be determined according to the first quantity information and the unit resource information corresponding to the data object, and the preset payment is received. After the account completes the payment notification message, the operation of generating the transaction order is triggered. That is to say, the first user performs the order placing operation, and the resource information such as the price to be paid can be calculated according to the first quantity specified by the user, and after the user performs the payment according to the user, the order can be generated and the offline operation is performed. Process. However, in the process of the offline operation, the measured value of the actual product is also the second quantity, and there may be a difference between the first quantity and the first quantity. Therefore, in the embodiment of the present application, the first user confirms the receipt of the goods. After the notification message, the first quantity and the second quantity may be compared. If the second quantity is smaller than the first quantity, the quantity difference and the unit resource information corresponding to the data object may also be determined to be refunded. The second resource information, and the second resource information is returned to the preset payment account.

In the specific implementation, the above computer system can also be logically divided into functionalities. The following describes the second embodiment in more detail.

Embodiment 2

Referring to FIG. 3, the second embodiment provides a data object information processing system, and the system specifically includes:

a first client 301, configured to provide a data object information page, and submit an operation request for the data object to the first server 302; the data object includes a non-standard packaged data object, and the request includes the data according to the data The first quantity information of the data object specified by the unit of measure of the object;

The first server 302 is configured to generate a transaction order according to the request of the first client, and send the transaction order to the second client 303;

The second client 303 is configured to generate an offline task according to the transaction order, and provide offline task processing result information to the first server 302 and the second server 304, and the offline task processing The result information includes second quantity information of the data object obtained by the measurement;

The first server 302 is further configured to provide the first client 301 with the shipping information about the transaction order according to the second quantity information.

The second server 304 is configured to update the inventory information of the data object according to the second quantity information.

The first client 301 may be a client that is provided to a first user such as a consumer user or a buyer user. The first client may use the data object that the first user can publish to the first server 302. Information to browse. The data objects therein include non-standard package data objects that are distributed by the first server 302 in units of grams, kilograms, liters, meters, etc., for example, bulk fruits, meat, and the like. As shown in Figure 4-1, it is a data object information page displayed in the first client. The data object of "pork ribs bulk" shown in 401 is a data object that meets the above characteristics. It can be seen that the way to label resource information such as price is "¥26.80/500g", that is, the price is marked every 500g. In addition, when the first server 302 provides the data object information to the first client 301, the first server 310 may also obtain the inventory information of the data object by querying the second server 304, and may be provided in the data object information page. In the embodiment of the present application, the inventory information of the data object may also be stored in units of grams, kilograms, liters, meters, square meters, and the like.

In the process of providing the above data object information, the first client 301 may further provide an operation option for performing a preset operation on the data object, for example, may include purchasing or joining an operation such as a "shopping cart". It may include a first operational option for specifying the required amount of information. For example, for a data object that is published as being measured in units of weight, kilograms, etc., when performing a purchase, adding a "shopping cart", etc., when the user determines the quantity information, it is no longer "parts" or " The quantity, the box, and the like are adjusted in units, but in grams or kilograms, for example, 500g, 1000g, and the like. For example, after the user clicks an operation option such as “buy immediately” for the data object shown in 401 in FIG. 4-1, the first client can provide an operation interface as shown in FIG. 4-2, through which the user is The required number can be set. As shown at 402 in Figure 4-2, in the "purchase quantity" option, the corresponding operation unit is the weight unit "g", and the user can add or subtract the weight by the "+" or "-" option.

In addition, if the user performs an operation of adding a "shopping cart", an operation option for determining the quantity information can also be provided, as shown at 403 in Fig. 4-3, 500g, 1000g, etc. can be selected.

After completing the configuration of the first amount of information, the user can submit a purchase request through the first client, for example, by clicking on the "OK" button shown in Figure 4-2, and so on. Correspondingly, the first client can submit the request to the first server, so that the information carried in the request can include the identification information such as the id of the specific data object, and the first quantity information selected by the user, for example, 1000g and so on.

After receiving the request submitted by the first client 301, the first server 302 can perform an operation of generating a transaction order. Of course, in a specific implementation, before the transaction order is generated, the first user can also perform payment resource information. (payment, etc.) operation. At this time, the required resource may be calculated according to the unit resource information of the data object and the first quantity information specified by the user, and then the payment operation is performed by the first user. For example, the payment operation interface provided to the first user may be as shown in FIG. 4-4, wherein the amount of resources to be paid is ¥53.60, because the unit price is ¥26.80/500g, and the required quantity selected by the user is 1000g, therefore, the resource information for calculating the required payment is ¥26.80×1000/500=¥26.80×2=¥53.60.

After the first user completes the payment operation, the first server 302 can generate a transaction order. The information of the transaction order can be provided to the first client 301 on the one hand, and the first client 301 can be displayed in the foreground interface, and the first user can know that the first server 302 has received its request. For example, the transaction order information displayed by the first client 301 can be as shown in FIG. 4-5, where the 405 shows the specification and the quantity information of the purchase. It can be seen that the specification is “bulk” and the quantity is “1000g”. It is not a "boxed" in the prior art, the number is "two boxes" and the like.

On the other hand, the first server 302 can also provide the transaction order information to the second client 303, where the second client 303 mainly refers to the client of the second user such as the merchant user or the seller user, wherein The client in the physical store (supermarket, etc.) that sells the platform itself, and so on. After receiving the transaction order of the first server 302, the second client 303 can perform related operations such as picking, packing, and delivery. In the embodiment of the present application, the second client 303 can generate a offline task (mainly a picking task, etc.) according to the transaction order, and since the data object includes a non-standard package, when generating the offline task, The first quantity information specified by the user can be configured in the offline task, so that the offline task performer can make the delivery object by weighing the corresponding offline goods.

After generating the offline task, the offline task information may be displayed in the user interface of the second client 303. For example, for the transaction order shown in the foregoing FIG. 4-5, the generated offline task information is in the second client. The display of 303 can be as shown in Figure 5-1, where 501 shows the name of the product and the quantity to be sorted. Specifically, the quantity to be sorted is "1000g".

In addition, an operation option for entering the actual offline operation processing result information may be provided in the offline task interface. For example, as shown by 502 in FIG. 5-1, the picker may be in the process of picking the goods. After weighing, the product barcode and the actual weight information can be entered into 402 indicated by the second client 303 user interface. For example, the entered information can be as shown at 503 in Figure 5-2, where the "number of picks", that is, the weight actually weighed, is "0.980 kg".

That is, although the weight required in the user's transaction order is "1 kg", the weight of the picker is "0.984 kg" when it is weighed after the actual picking. In this case, in the embodiment of the present application, , can be shipped to the user according to the weight of the actual weighing. This is because, because the data object is bulky and has non-standard features, for example, for a data object such as a bulk apple, the user is required to weigh 1 kg, but when actually weighing, due to each apple The weight is not necessarily the same. Therefore, the picker can only get as close as possible to the user's required weight during the picking process, but the final result may still be deviated from the user's required weight. Therefore, in the embodiment of the present application, the system supports a certain deviation in the weight of the actual picking, and the proportion of the generally poor can be set, for example, the up and down floating cannot exceed 10%, and the like.

After completing the offline task, the second client 303 may provide the information of the offline task completion to the first server 302, and may also provide the information to the second server 304. The first server 302 can update the status of the transaction order according to the information, and the first user can view the latest status of the transaction order through the first client 301, and can display the actual measurement in the actual offline operation. The result, that is, the second amount of information. That is to say, after the transaction order enters the state that the picking has been completed, the first user can provide the second quantity information of the actual picking in the order when the order status information is queried. The second server 304 is a server for performing the inventory information database case. Therefore, after receiving the second quantity information, the second server 304 can update the inventory information of the data object accordingly.

After the specific product is delivered to the delivery address specified by the user, after the user checks the error, the first client 301 can also provide an operation option for confirming the receipt, and the first user can submit a confirmation through the first client 301. Receiving goods and other information. Alternatively, after the user has not received the confirmation receipt operation within a certain period of time, the system can automatically enter the "confirm receipt" status, and so on. The first client 301 can submit the received confirmation receipt information to the first server 302, and the first server 302 completes the order processing.

Wherein, after the first user confirms the receipt, there may be a deviation between the second quantity of the actually delivered goods and the first quantity actually required by the first user, but the first user has already followed the “order” The specified first quantity is used to process the resource information. Therefore, in the embodiment of the present application, the resource information may be further processed. Specifically, if the second quantity corresponding to the delivery object is smaller than the first quantity in the transaction order, the first server 302 may calculate a resource difference according to the quantity difference, and return the resource difference to the location The first client 301 corresponds to the payment account. For example, as described above, it is assumed that the weight required by the user is 1 kg, but the weight of the actually weighed product is 0.984 kg. At this time, the weight of the actual weighing is less than the weight required by the user. In this case, two types can be calculated. The difference between the values, that is, 0.016 kg, can then calculate the resource information corresponding to the difference according to the resource information of the data object unit weight, for example, ¥26.80×0.016/500=¥0.85, and The amount is refunded to the payment account associated with the first client.

If the second quantity information that is actually weighed is slightly larger than the first quantity required by the user, in the embodiment of the present application, the difference may not be charged to the first user, and the excess item may be in the form of “gift”. Provided to the first user.

In summary, in the embodiment of the present application, the offline goods having the bulk weighing form can be issued as non-standard packaging data objects in units of grams, kilograms, liters, meters, square meters, etc., so that the first user is When you operate on a data object, you can specify the specific first quantity information by specifying the specific gram, kilogram, liter, meter, and square meter quantity. When the physical store performs the offline task, it can also make the first quantity of the delivery object as close as possible to the first user by the actual measurement. In addition, it also provides a matching inventory information management method. In this way, the first user can obtain an experience similar to offline purchase of non-standard products during the online transaction. For the second user side, real “on-demand” picking can be realized, instead of pre-packaging the original bulk goods according to certain specifications, thus saving the human and material resources.

In addition, in practical applications, in order to improve system efficiency, some optimizations can be made.

The optimization of the first aspect is mainly reflected in the efficiency of performing offline tasks in physical stores. Specifically, the physical store described in the embodiment of the present application mainly refers to a store such as a “supermarket” that mainly stores a category data object such as fresh. In order to improve efficiency, the offline task may include a picking task (for example, specifically a picking task) and a packing task (for example, specifically, a packing task, etc.), and correspondingly, the physical space of the physical store includes a picking area. And packing area. In order to improve efficiency, a suspension chain conveyor system can be deployed in a physical store, which includes automated conveyors such as conveyor tracks and suspension chains, so that orders are received and the first operation is completed (eg, picking, etc.) After that, it can be transported to the preset packing area (for example, packing and other operations) through the hanging chain and the conveying track. Wherein, if the physical store includes at least one picking area, that is, a plurality of "stacks", each "slot" may have a conveying track that can be transported to a uniform packing area, each conveying track They can all be equipped with a hanging chain. That is, there may be more than one suspension chain, and the starting point of each suspension chain corresponds to the location of a picking area, and the ending point is a packing area. After receiving the picking task, a certain stall can be loaded into the first operating container such as a preset packaging bag after being weighed and the like, and hung on the hanging chain. Thereafter, the corresponding conveying track can automatically transport the first operating container with the corresponding goods to the packing area, perform the second operation such as packing in the packing area, including packaging with the second operating container, etc., and then the dispatcher performs Delivery. In this way, the first operator only needs to perform operations such as picking the goods and hanging the goods on the suspension chain, and does not need to send the goods from the picking area to the packing area, thereby improving work efficiency.

In addition, considering that as the number of users increases, the number of concurrent orders increases. In the case of a large number of orders, performing the second operation through the same packaging area may still cause bottlenecks in operational efficiency. . Therefore, in order to further improve the efficiency of the first operation, the second operation, and the like, to ensure the delivery aging, in the technical solution provided by the applicant, the packaging area may be set to be multiple. That is to say, in the physical store, at least one picking area and a plurality of packing areas may be included, wherein the so-called at least one picking area may also refer to a plurality of “stiffs”, and each picking area is used. For the storage of the same type of goods, correspondingly, the first operation of the goods (for example, mainly referred to as picking operations) is also carried out in the picking area. The packaging area refers to an area for performing operations such as packaging, but in an improved solution, the packaging area may have multiple, or may refer to multiple "road crossings" of the same packaging area, in the latter case, due to In the case of the same packaging area and the plurality of “road crossings”, the packaging area is also divided into a plurality of sub-areas, and each sub-area operates independently. Therefore, in the embodiment of the present application, the plurality of packaging areas are collectively referred to. That is to say, picking and packaging can be carried out in a number of different areas to synchronize execution, thereby improving the efficiency of picking and packaging.

Based on the above hardware facilities, efficiency can be further improved. Specifically, in actual applications, a large number of order concurrent situations often occur, that is, multiple orders are received in a short period of time, and if each order is executed once, it obviously consumes a large amount of distribution resources. And when the distribution resources are limited, the delivery time will be reduced. Therefore, in a preferred implementation, the order can also be combined, that is, multiple orders are merged into the same delivery wave, and each order of the same delivery wave can be simultaneously by the same delivery person. Distribution, so as to avoid waste of distribution resources, and better guarantee the delivery time of each order. Among them, when the order is made, some order rules can be pre-established. For example, the order of the delivery address and the required delivery time can be considered, and the orders with the delivery addresses close to each other and the required delivery times are also close to each other. The same wave, and so on.

In the case where the distribution wave is generated by the above-described combination operation, the data objects (for example, product objects, etc.) involved in the same delivery wave need to be packaged and distributed by the same delivery person, and therefore, When the goods are in stock, the picking process can also be carried out at the same time. Multiple orders are included in the same wave, so that multiple different data objects may be included in the same wave, and the corresponding items of these data objects may be located in different picking areas. Therefore, it is also possible to classify the data objects included in each order of the same wave according to the different picking areas of the corresponding goods, and generate a plurality of picking tasks according to the classification result. That is to say, after the order is executed and the wave is generated, before the picking task is executed, the same wave can be disassembled into multiple picking tasks, respectively, from each picking area involved. The staff completed a picking task.

After each picking task is completed, it can be transported to the packing area via the suspension chain system. In the case where there are a plurality of packing zones, in the process of conveying the execution result of the picking task by the hanging chain system, it is also possible to control the execution result of each picking task of the same wave (ie, The containers containing the goods associated with the same picking task, such as packaging bags, may be collectively referred to as the first operating container) and merged into the same packing area.

That is to say, in the above implementation manner, the order can be merged first, the wave is generated, and then the wave is disassembled into a plurality of picking tasks, and then the execution result of each picking task in the same wave is generated. By converging to the same packing area, the efficiency of the first operation and the second operation can be improved by such automatic control, which is beneficial to guarantee the delivery timeliness.

In addition, if the data objects corresponding to the orders in the wave are generated after the wave is generated according to the user's order, the corresponding goods are located in the same picking area, that is, the same wave is not divided into multiple picks. At the time of the cargo task, there is actually no need for "combination". Therefore, it is no longer necessary to follow the logic of the "combination" mentioned above to reduce the load on the suspension chain system.

Specifically, some processing may be performed on the physical space of the physical store first. First, the physical space of the physical store may be divided into a front field area and a back field area, wherein the front field area includes at least one picking area, the back field area includes at least one picking area, and at least one packing area . Wherein, the picking area is an area for storing goods corresponding to the data object, and correspondingly, the related picking process is also performed in the area; the packing area is used to perform the packing process according to the first operation result. region. The so-called front field area can be regarded as the area facing the offline consumer users in the physical store, that is, the area that the offline consumers can see after entering the physical store. Some shelves can be deployed in these areas for placement. For goods, offline consumers can purchase goods by self-selection. The backcourt area is an area that cannot be seen by offline consumer users, and may be a warehouse of a physical store. Usually, when the goods are put into storage, some goods can be put into the front field and partially stored in the back field. For online orders, that is, online orders generated by online users through the client, you can pick from the front field or pick from the back field. Therefore, there are picking areas, that is, picking areas, etc. in both the front field area and the back field area. Moreover, since the specific goods may have the characteristics of being stored in "slots", the picking area may be one or more, whether in the front field or the back field. In addition, regarding the packing area, that is, the area where the operation such as packing is performed, since the second operation is usually performed for the online order, the packing area may be set in the back field area, and may also be one or more.

Specifically, when deploying the suspension chain system, the transport track of the suspension chain can also be used to connect the picking areas and the packing areas, that is, whether it is the picking area of the front field or the picking of the back field. The zone can be connected to the packing zone of the back field by the conveying track. For example, see FIG. 6 for details. Wherein, the conveying track may include a main road 601, a first branch line 602 and a third branch line 603, and two picking areas are shown in the front field area, respectively, a picking area A and a picking area B; the back field area shows A picking area C (of course, there may be more than one in the actual application), and three packing areas A, B, and C are shown, all of which are located in the back field area.

On the basis of dividing the physical store on the physical space, after generating the distribution wave according to the transaction order, it is also possible to first make some judgments, and then determine whether to operate the goods using the "combination" logic described above. . When the determination is specifically performed, after the wave is generated, first, the picking area where the data object corresponding to each data item included in each transaction order in the same wave is located may be determined, for example, a specific data object may be determined in the back field area. Whether there is goods, if there is goods, which is in the picking area, if the back field area is out of stock, you can also determine whether the front field area is in stock, if so, in which picking area, and so on. In short, after such a judgment, for each data object in each order in the same wave, the identification of the picking area in which it is located can be determined, and specifically belongs to the front field area or the back field area. After that, it can be further determined whether the picking area corresponding to each data object is the same, and if so, whether the same operating area belongs to the front field area or the back field area, and the like. In summary, after the above judgment, there are two possible situations: first, each data object in each order in the same wave corresponds to the same picking area, and the picking area is the back field area; Each data object in each order in the same wave corresponds to the same picking area, and the picking area is the front field area. In the above two cases, theoretically, there is no need for "convergence". Therefore, it is not necessary to use the aforementioned "convergence" logic to process, so as to save system resources, so that the suspension chain system can be more focused to support the need to "converge" The situation, thereby improving the efficiency of the process as a whole, can also reduce the load on the suspension chain system.

Wherein, for the above two different situations, the specific processing manner may also be different, wherein, for the first case, that is, the same wave corresponds to the same picking area, and is the back field area, at this time Since the packing area is also in the back field area, the performer of the third operation (for example, distribution, etc.) usually also picks up the goods in the back field area; therefore, in the embodiment of the present application, in this case, under the generation line During the task, the first single-area operation task identifier may be added, so that according to the identifier, the first operation and the second operation may be directly performed in the picking area, and the packaging of the packaging area container is directly used. That is to say, for ordinary picking tasks, pickers such as "pickers" perform only picking in the picking area, and use the picking container (for example, a bag with a hook, etc.) to wrap and then hang To the hanging chain system, it is transported to the packing area, and then the packaging performer such as the “packer” performs the packing process, and finally, the delivery performer is executed by the delivery performer such as the “distributor”. However, in a preferred embodiment of the present application, for a task with a first identification, picking and packaging processing can be performed in the picking area, and container transport between the picking area and the packing area is no longer required, therefore, It can be packaged directly using the packaging container, and then it can enter the state to be delivered. It can be seen that in this way, since the suspension chain system is no longer used for transportation, it is advantageous to reduce the load on the suspension chain system.

For the second case described above, that is, if the same wave corresponds to the same picking area of the front field area, the second flag may be added when generating the offline task. Also, the suspension chain system can be improved. Specifically, a dedicated transport track may be added, as shown by 604 in FIG. 6 (the dedicated transport track may also be provided between the other picking areas of the front field area and the packing area of the back field, not shown in the figure). The dedicated transport track is used to connect one of the various picking areas of the front field area to one of the specific packing areas of the back field area. In this way, in the same picking area of the front field area, the picking process is performed on the goods corresponding to each data object in the wave, and after the goods are packaged by the picking container, the picking container can be passed. The dedicated transport track is transported to the packing area, and after the picking area receives the picking container, the second operation is performed using the packing container. The particular packaging area may also be a dedicated packaging area, that is, an execution result dedicated to receiving "single area tasks". In this way, the operator of this special packing area can directly package the picking container sent from a picking area without waiting for other picking results of the same wave, because as long as it is delivered to The picking result of the packing area, the corresponding wave has only one picking result. In this way, the processing efficiency can be further improved and unnecessary "convergence" logic processing can be avoided.

The above description is to optimize the system provided in the embodiment of the present application from the aspect of performing the offline task in the physical store, and the optimization on the other hand may be in the aspect of inventory information management.

Specifically, since the physical store in the embodiment of the present application is usually in the form of “supermarket” or the like, there may be cases where multiple sales channels coexist, for example, some users purchase orders online, and some users also Then go directly to the physical store for on-the-spot transactions, there may be some wholesale cases, and so on. The phenomenon of coexistence of such multiple sales channels may lead to a complicated and chaotic situation in the inventory management in the supermarket. It may even occur that online users place orders and find that there is no inventory at the time of picking, which may result in failure to perform on time. , also known as the phenomenon of "oversold", and so on.

In order to solve the above problems, further improvements can be made on the basis of the foregoing. For example, in the foregoing, the physical space in the lower physical store may be divided into a front field area and a back field area, wherein, in the front field area or the back field area, there is a picking area, that is, The area of the specific goods, which can also be called the “location” from the perspective of inventory. Therefore, the location type can be divided into the front field and the back field, and the inventory information of the data object is saved. At this time, the inventory information of the same data object includes the front field inventory information in the front field location, and the back field inventory information in the backcourt location.

Specifically, the so-called front field location can be regarded as the location of the offline store for offline consumers, that is, the area that offline consumers can see after entering the physical store. Some of these locations can be deployed. Shelves, etc., are used to place goods, and offline consumers can purchase goods from the front yard by means of self-selection. The backcourt location is located in an area that cannot be seen by offline consumers, and may be a warehouse of a physical store. In the process of goods entering the warehouse, for the same goods, part of the warehouse can be put into the backcourt location, and part of the warehouse is transferred to the frontcourt location. Correspondingly, the inventory management system can record the specific backcourt inventory and the frontcourt separately. Inventory.

Correspondingly, on the basis of the above-mentioned location division, it is also possible to specify a corresponding location occupation rule for various transaction types. For example, for a fresh data object, if it is an online transaction type, the specific location occupancy rule can be set to: it can occupy the front field location and occupy the backcourt location, but can also be set at the same time. Certain priority information, for example, priority to occupy the backcourt location, and so on. If it is an offline transaction type, you can set the location occupancy rule to occupy only the front field location, and so on.

In the above manner, the second client 303 may be specifically configured to determine, according to the transaction type to which the transaction order belongs, and the storage location rule configuration information corresponding to different transaction types stored in advance, to determine the type of the occupied location for the current transaction. And providing the occupied location type information to the second server. Of course, in the embodiment of the present application, since the first user is a transaction request initiated by the first client 301, the specific transaction type belongs to an online transaction, and therefore, the library occupancy rule corresponding to the online transaction may be used for the library. The determination of the bit. After the location type information is determined, the occupied location type information may be provided to the second server 304. In this way, the second server 304 can update the inventory information of the data object on the corresponding location type according to the second quantity information and the occupied location type. For example, assuming that the backcourt location is occupied, the backcourt inventory of the data object can be deducted, and so on.

In summary, the physical space of the physical store is divided into the front field location and the backcourt location, so that the same data object can have the front field inventory and the back farm inventory information, and can also target different types of transactions that may occur. According to the occupation type of the transaction type, the corresponding storage location occupation rule configuration information is saved. In this way, specifically when processing a transaction order, the location type of the occupied transaction may be determined for the transaction according to the transaction type, the inventory information of the associated data object, and the location occupation rule configuration information, and then the location type The corresponding inventory information is updated. In this way, in the case where multiple transaction types coexist, there is no such phenomenon that the inventory information is disordered, and the situation of "oversold" is avoided.

Embodiment 3

The third embodiment is corresponding to the second embodiment. A method for providing data object information is provided from the perspective of the first client. Referring to FIG. 7, the method may specifically include:

S701: The first client provides a data object information page, where the data object includes a data object that is not a standard package;

S702: providing an operation option for performing a preset operation on the data object, wherein the operation option includes a first operation option for specifying a required first quantity information;

S703: After receiving the user operation information by using the operation option, submitting to the first server, the first server generates a transaction order according to the data object information and the first quantity information in the user operation information, and provides Giving a second client, the second client generating an offline task according to the transaction order, so that the offline task performer creates a delivery object by measurement, and submits the measured second quantity information to the The first server and the second server, the first server provides the first client with the shipping information about the transaction order according to the second quantity information, and the second server is configured according to the second server The second quantity information updates the inventory information of the data object.

Embodiment 4

The fourth embodiment is corresponding to the second embodiment, and provides a method for providing data object information from the perspective of the first server. Referring to FIG. 8, the method may specifically include

S801: The first server issues data object information, where the data object includes a data object that is not a standard package;

S802: Generate a transaction order according to the user operation information submitted by the first client, where the user operation information includes the selected data object information, and the specified first quantity information;

S803: The transaction order is provided to a second client, and the second client generates a offline task according to the transaction order, and provides offline task processing result information to the first server and the second The server, the offline task processing result information includes the second quantity information of the data object obtained by the measurement, and the first server provides the first client with the second quantity information according to the second quantity information. The shipment information of the transaction order is updated by the second server according to the second quantity information to the inventory information of the data object.

In a specific implementation, before generating the transaction order according to the user operation information submitted by the first client, the resource information to be paid may be determined according to the unit resource information of the data object and the first quantity information; After the completion of the notification message, the operation of generating the transaction order is triggered.

Afterwards, the acknowledgement receipt notification message submitted by the first client may be received; determining a size relative relationship between the second quantity information and the first quantity information; if the second quantity is less than the first quantity And determining a quantity difference, and determining a resource difference according to the quantity difference and the unit resource information of the data object; and returning the resource difference to the payment account corresponding to the first client.

Embodiment 5

The fifth embodiment is corresponding to the second embodiment. A method for providing data object information is provided from the perspective of the second client. Referring to FIG. 9, the method may specifically include:

S901: The second client receives the transaction order information provided by the first server, where the transaction order carries the selected data object information and the first quantity information, wherein the data object includes a non-standard packaged data object;

S902: Generate an offline task according to the transaction order;

S903: Receive offline task processing result information, and provide the first server and the second server, where the offline task processing result information includes the second quantity information of the data object obtained by the measurement, The first server provides the first client with the shipment information about the transaction order according to the second quantity information, and the second server uses the second quantity information to inventory the data object according to the second quantity information. The information is updated.

Embodiment 6

The sixth embodiment is corresponding to the second embodiment. A method for providing data object information is provided from the perspective of the second server. Referring to FIG. 10, the method may specifically include:

S1001: The second server saves the inventory information of the data object, where the data object includes a data object that is not a standard package;

S1002: When receiving the offline task processing result information submitted by the second client for the target transaction order, extracting the second quantity information from the offline task processing result information, and using the second quantity information to target the target The inventory information of the data object associated with the transaction order is updated; wherein the second quantity is a measured quantity obtained by measuring the corresponding item of the data object according to the first quantity information specified in the target transaction order.

For the foregoing embodiment 3 to the sixth embodiment, the specific implementation manner and the optimization manner can be referred to the descriptions in the foregoing first and second embodiments, and details are not described herein again.

Corresponding to the three-phase embodiment, the embodiment of the present application further provides an apparatus for providing data object information. Referring to FIG. 11, the apparatus is applied to the first client, and includes:

a page providing unit 1101, configured to provide a data object information page, where the data object includes a non-standard packaged data object;

An operation option providing unit 1102, configured to provide an operation option for performing a preset operation on the data object, wherein the operation option includes a first operation option for specifying a required first quantity information;

The user operation information submitting unit 1103 is configured to submit the user operation information to the first server by using the operation option, and the first server is configured according to the data object information and the first quantity in the user operation information. The information generates a transaction order and provides it to the second client, and the second client generates a offline task according to the transaction order, so that the offline task performer generates the delivery object by measurement, and the measured The second quantity information is submitted to the first server and the second server, and the first server provides the first client with the shipping information about the transaction order according to the second quantity information, The second server updates the inventory information of the data object according to the second quantity information.

Corresponding to the fourth embodiment, the embodiment of the present application further provides an apparatus for providing data object information. Referring to FIG. 12, the apparatus is applied to the first server, and includes:

a data object information issuing unit 1201, configured to publish data object information, where the data object includes a data object that is not a standard package;

a transaction order generating unit 1202, configured to generate a transaction order according to user operation information submitted by the first client, where the user operation information includes selected data object information, and the specified first quantity information;

a transaction order providing unit 1203, configured to provide the transaction order to a second client, generate, by the second client, a offline task according to the transaction order, and provide offline task processing result information to the first a server and the second server, the offline task processing result information includes the second quantity information of the data object obtained by the measurement, and the first server sends the first quantity according to the second quantity information to the first The client provides shipping information about the transaction order, and the second server updates the inventory information of the data object according to the second quantity information.

Corresponding to the fifth embodiment, the embodiment of the present application further provides a data object information processing apparatus. Referring to FIG. 13, the apparatus is applied to the second client, and includes:

The transaction order receiving unit 1301 is configured to receive transaction order information provided by the first server, where the transaction order carries selected data object information and first quantity information, wherein the data object includes non-standard packaged data. Object

The offline task generating unit 1302 is configured to generate an offline task according to the transaction order;

The processing result information receiving unit 1303 is configured to receive the offline task processing result information, and provide the information to the first server and the second server, where the offline task processing result information includes the data object obtained by measurement The second quantity information, the first server provides the first client with the shipping information about the transaction order according to the second quantity information, and the second server is according to the second The quantity information updates the inventory information of the data object.

Corresponding to the sixth embodiment, the embodiment of the present application further provides a data object information processing apparatus. Referring to FIG. 14, the apparatus is applied to the second server, and includes:

The inventory information saving unit 1401 is configured to save inventory information of the data object, where the data object includes a data object that is not a standard package;

The inventory information updating unit 1402 is configured to: when receiving the offline task processing result information submitted by the second client for the target transaction order, extract the second quantity information from the offline task processing result information, and use the second The quantity information is updated with the inventory information of the data object associated with the target transaction order; wherein the second quantity is obtained by measuring the corresponding item of the data object according to the first quantity information specified in the target transaction order. The measured quantity.

It will be apparent to those skilled in the art from the above description of the embodiments that 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.

The various embodiments in the specification are described in a progressive manner, and the same or similar parts between the various embodiments may be referred to each other, and each embodiment focuses on the differences from the other embodiments. In particular, for a system or system embodiment, since it is substantially similar to the method embodiment, the description is relatively simple, and the relevant parts can be referred to the description of the method embodiment. The system and system embodiments described above are merely illustrative, wherein the units described as separate components may or may not be physically separate, and the components displayed as units may or may not be physical units, ie It can be located in one place or it can be distributed to multiple network units. Some or all of the modules may be selected according to actual needs to achieve the purpose of the solution of the embodiment. Those of ordinary skill in the art can understand and implement without any creative effort.

The method, device and system for providing data object information provided by the present application are described in detail above. The principles and implementation manners of the present application are described in the specific examples. The description of the above embodiments is only used to help understanding. The method of the present application and its core idea; at the same time, there will be changes in the specific embodiments and application scopes according to the idea of the present application to those skilled in the art. In summary, the content of this specification should not be construed as limiting the application.

Claims (21)

A computer system, comprising: One or more processors; a memory associated with the one or more processors, the memory for storing program instructions that, when read by the one or more processors, perform the following operations: Receiving a request to perform an online operation on a specified data object, the specified data object comprising a non-standard wrapped data object, the request including first quantity information of the data object specified according to a unit of measure of the data object; Generating a transaction order according to the request, and generating offline task information according to the transaction order, where the offline task information includes the first quantity information; Receiving processing result information for the offline task, where the processing result information includes second quantity information of the data object obtained by measurement; And updating the inventory information of the data object according to the second quantity information, and providing the delivery information corresponding to the transaction order. The system of claim 1 further comprising: before generating the transaction order, further comprising: Determining, according to the first quantity information, the unit resource information corresponding to the data object, the first resource information to be paid; After receiving the notification message of completing the payment through the preset payment account, the operation of generating the transaction order is triggered. The system of claim 2, further comprising: After receiving the notification message confirming the receipt, if the second quantity is less than the first quantity, determining the second resource information to be returned according to the quantity difference and the unit resource information corresponding to the data object; Returning the second resource information to the preset payment account. A data object information processing system, comprising: a first client, configured to provide a data object information page, and submit an operation request for the data object to the first server; the data object includes a non-standard wrapped data object, and the request includes the data object according to the data object a first quantity information of the data object specified by the unit of measure; The first server is configured to generate a transaction order according to the request of the first client, and send the transaction order to the second client; The second client is configured to generate an offline task according to the transaction order, and provide offline task processing result information to the first server and the second server, where the offline task processing result information is Included by the measurement, the second quantity information of the data object obtained by the measurement; The first server is further configured to provide the first client with the shipping information about the transaction order according to the second quantity information; The second server is configured to update the inventory information of the data object according to the second quantity information. The system according to claim 4, wherein the first server is further configured to: Determining the first resource information to be paid according to the first quantity information and the unit resource information corresponding to the data object before generating the transaction order; After receiving the notification message of completing the payment through the preset payment account, the operation of generating the transaction order is triggered. The system according to claim 5, wherein the first server is further configured to: After receiving the notification message confirming the receipt, if the second quantity is less than the first quantity, determining the second resource information to be returned according to the quantity difference and the unit resource information corresponding to the data object; Returning the second resource information to the preset payment account. The system according to claim 4, wherein said offline task is executed in a physical store, said offline task comprises a picking task and a packing task, and the physical space of the physical store includes a picking area and a packing area. And provided with a suspension chain conveying system including a conveying track for connecting the picking area with the packing area; The second client is specifically configured to: Combine multiple transaction orders that meet the pre-conditions into the same wave; Data objects included in each order of the same wave are classified according to different picking areas of the corresponding goods, and at least one picking task is generated according to the classification result; The execution results of the individual picking tasks in the same wave are transported through the hanging chain system to the same packing area to perform the packing task in the same packing area. The system according to claim 7, wherein the physical space of the physical store is divided into a front field area and a back field area, wherein the front field area includes at least one of the picking areas, and the rear The field area includes at least one of the picking areas, and at least one of the packing areas. The system according to claim 8, wherein the second client is specifically configured to: If the picking area where the same wave corresponds to the goods is the same picking area of the back field area, a first identifier is added for the offline task, so that the same picking area in the back field area Picking and packing processing is performed on the goods corresponding to each data object in the wave. The system of claim 8 wherein said conveyor track comprises a dedicated conveyor track for connecting one of a plurality of picking zones and a backyard zone of said front field region; The second client is specifically configured to: If the picking area where the corresponding wave corresponds to the same picking area of the front field area, adding a second identifier to the offline task, so that the same picking area pair in the front field area The goods corresponding to the data objects in the wave order perform a picking process, and the operation result is delivered to the specific packing area through the dedicated conveying track, and the packing process is performed in the packing area. The system according to claim 4, wherein the offline task is executed in a physical store, and the location type in the physical store is divided into a front field location and a back field location, and the same data object The inventory information includes front field inventory information in the frontcourt location, and backcourt inventory information in the backcourt location; The second client is specifically configured to: Determining the occupied location type for the current transaction according to the transaction type to which the transaction order belongs, and the location occupation rule configuration information corresponding to the different transaction types saved in advance, and providing the occupied location type information to the Second server; The second server is specifically configured to include: And updating, according to the second quantity information and the occupied location type, the inventory information of the data object on the corresponding location type. A method for providing data object information, comprising: The first client provides a data object information page, the data object including a non-standard packaged data object; Providing an operation option for performing a preset operation on the data object, wherein the operation option includes a first operational option for specifying a desired first amount of information; After receiving the user operation information by using the operation option, submitting to the first server, the first server generates a transaction order according to the data object information and the first quantity information in the user operation information, and provides the transaction order a second client, the second client generates an offline task according to the transaction order, so that the offline task performer creates a delivery object by means of measurement, and submits the measured second quantity information to the first The server and the second server, the first server provides the first client with the shipping information about the transaction order according to the second quantity information, and the second server is according to the second The quantity information updates the inventory information of the data object. A method for providing data object information, comprising: The first server issues data object information, and the data object includes a data object that is not a standard package; Generating a transaction order according to user operation information submitted by the first client, where the user operation information includes selected data object information, and the specified first quantity information; Providing the transaction order to the second client, the second client generates a offline task according to the transaction order, and provides offline task processing result information to the first server and the second server The offline task processing result information includes the second quantity information of the data object obtained by the measurement, and the first server provides the first client with the transaction order according to the second quantity information. The shipment information is updated by the second server to the inventory information of the data object according to the second quantity information. The method of claim 13 wherein: Before generating the transaction order according to the user operation information submitted by the first client, the method further includes: Determining resource information to be paid according to the unit resource information of the data object and the first quantity information; After receiving the notification message of the payment completion, the operation of generating the transaction order is triggered. The method of claim 14 further comprising: Receiving a confirmation receipt notification message submitted by the first client; Determining a size relative relationship between the second quantity information and the first quantity information; If the second quantity is less than the first quantity, determining a quantity difference, and determining a resource difference according to the quantity difference and unit resource information of the data object; Returning the resource difference to a payment account corresponding to the first client. A data object information processing method, comprising: The second client receives the transaction order information provided by the first server, where the transaction order carries the selected data object information and the first quantity information, wherein the data object includes a non-standard packaged data object; Generating an offline task based on the transaction order; Receiving the offline task processing result information, and providing the information to the first server and the second server, where the offline task processing result information includes the second quantity information of the data object obtained by the measurement, The first server provides the first client with the shipment information about the transaction order according to the second quantity information, and the second server updates the inventory information of the data object according to the second quantity information. A data object information processing method, comprising: The second server saves the inventory information of the data object, wherein the data object includes a data object that is not a standard package; Receiving the offline task processing result information submitted by the second client for the target transaction order, extracting the second quantity information from the offline task processing result information, and using the second quantity information to target the target transaction order The inventory information of the associated data object is updated; wherein the second quantity is a measured quantity obtained by measuring the corresponding item of the data object according to the first quantity information specified in the target transaction order. An apparatus for providing data object information, which is applied to a first client, and includes: a page providing unit, configured to provide a data object information page, where the data object includes a non-standard packaged data object; An operation option providing unit, configured to provide an operation option for performing a preset operation on the data object, wherein the operation option includes a first operation option for specifying a required first quantity information; a user operation information submitting unit, configured to submit the user operation information to the first server by using the operation option, and the first server is configured according to the data object information and the first quantity information in the user operation information Generating a transaction order and providing it to a second client, the second client generating a offline task according to the transaction order, so that the offline task performer can make a delivery object by measurement, and the second obtained measurement The quantity information is submitted to the first server and the second server, and the first server provides the first client with the shipping information about the transaction order according to the second quantity information, by the first The second server updates the inventory information of the data object according to the second quantity information. An apparatus for providing data object information, which is applied to a first server, and includes: a data object information publishing unit, configured to publish data object information, where the data object includes a non-standard packaged data object; a transaction order generating unit, configured to generate a transaction order according to the user operation information submitted by the first client, where the user operation information includes the selected data object information, and the specified first quantity information; a transaction order providing unit, configured to provide the transaction order to a second client, generate, by the second client, a offline task according to the transaction order, and provide offline task processing result information to the first The server and the second server, the offline task processing result information includes the second quantity information of the data object obtained by the measurement, and the first server sends the first quantity to the first client according to the second quantity information. The terminal provides shipping information about the transaction order, and the second server updates the inventory information of the data object according to the second quantity information. A data object information processing apparatus, which is applied to a second client, and includes: a transaction order receiving unit, configured to receive transaction order information provided by the first server, where the transaction order carries selected data object information and a first quantity information, wherein the data object includes a non-standard packaged data object ; An offline task generating unit, configured to generate an offline task according to the transaction order; a processing result information receiving unit, configured to receive the offline task processing result information, and provide the information to the first server and the second server, where the offline task processing result information includes the data object obtained by the measurement a second quantity information, wherein the first server provides the first client with the shipping information about the transaction order according to the second quantity information, and the second server is configured according to the second quantity information The inventory information of the data object is updated. A data object information processing apparatus, which is applied to a second server, and includes: An inventory information saving unit, configured to save inventory information of the data object, wherein the data object includes a data object that is not a standard package; And an inventory information update unit, configured to: when receiving the offline task processing result information submitted by the second client for the target transaction order, extract the second quantity information from the offline task processing result information, and use the second quantity The information is updated to the inventory information of the data object associated with the target transaction order; wherein the second quantity is a measured result of measuring the corresponding item of the data object according to the first quantity information specified in the target transaction order Quantity.

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