CN107038166B - Method and device for inquiring reservable warehouse capacity, reserving and canceling reservation warehousing - Google Patents

Method and device for inquiring reservable warehouse capacity, reserving and canceling reservation warehousing Download PDF

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CN107038166B
CN107038166B CN201610077096.0A CN201610077096A CN107038166B CN 107038166 B CN107038166 B CN 107038166B CN 201610077096 A CN201610077096 A CN 201610077096A CN 107038166 B CN107038166 B CN 107038166B
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杨丹平
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Cainiao Smart Logistics Holding Ltd
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Abstract

The embodiment of the application provides a method and a device for inquiring the capacity of a reservable warehouse, reserving and cancelling the reservation warehousing, which are used for providing reservable warehouse capacity information for a user. The method for inquiring the reservable warehouse capacity of the business object comprises the following steps: the logistics execution server receives an inquiry request message which is sent by a user terminal and carries an identification of a user, an identification of a warehouse and a date aiming at the bookable warehouse capacity, inquires a user warehouse capacity usage table, obtains the allocated warehouse capacity of the user in the warehouse, the occupied warehouse capacity of a warehouse service object and the bookable warehouse capacity of the user in the warehouse in the date, and determines the bookable warehouse capacity of the user in the warehouse in the date according to the obtained information; and sending a query response message to the user terminal, wherein the query response message carries the bookable warehouse capacity of the user in the warehouse within the date. The user storage capacity usage table is established, so that the reservable storage capacity can be inquired, and the provision of reservable storage capacity information is realized.

Description

Method and device for inquiring reservable warehouse capacity, reserving and canceling reservation warehousing
Technical Field
The application relates to the technical field of internet data processing, in particular to a method and a device for inquiring the capacity of a reservable warehouse, reserving and canceling a reservation warehouse-in.
Background
At present, for the unified warehouse to distribute the business objects, a user needs to store the business objects into the unified warehouse, so that the storage of the business objects is involved.
In the prior art, the business objects are generally put into storage based on the needs of users, when the users put the business objects into storage and send the business objects to a general warehouse, if the warehouse has available warehouse capacity, the business objects are put into storage, the needs of the users are uncertain, and the storage mode is changed into random storage.
Considering that the available storage capacity of the warehouse and the daily manpower and material resources are precious resources, the random warehousing method occupies less and more time due to uncertainty, and even the warehousing can not be performed because the storage capacity occupied by the business objects needing to be warehoused is larger than the current available storage capacity of the warehouse.
Disclosure of Invention
The embodiment of the application provides a method and a device for inquiring the capacity of a reservable warehouse, reserving and cancelling the reservation warehousing, which are used for providing a method for obtaining the capacity information of the reservable warehouse for a user so that the user can utilize the obtained capacity information of the reservable warehouse to warehouse a business object.
A method of querying reservable warehouse capacity of a business object, comprising:
the logistics execution server receives an inquiry request message aiming at the reserved warehouse capacity sent by a user terminal, wherein the inquiry request message carries an identification of a user, an identification of a warehouse and a date;
inquiring a user storage capacity usage table to obtain the distribution storage capacity of the user in the warehouse, the storage capacity occupied by the warehouse service object and the user reservation storage capacity in the date, wherein the user storage capacity usage table records the date, the user identification, the warehouse identification, the distribution storage capacity, the storage capacity occupied by the warehouse service object and the user reservation storage capacity;
determining the reservable warehouse capacity of the user in the warehouse within the date according to the obtained allocated warehouse capacity, the warehouse capacity occupied by the business object in the warehouse and the reservation warehouse capacity of the user;
and sending an inquiry response message to the user terminal, wherein the inquiry response message carries the bookable warehouse capacity of the user in the warehouse within the date.
A reservation warehousing method for business objects comprises the following steps:
the storage center server receives a reservation warehousing request sent by a user terminal, wherein the reservation warehousing request carries an identification of a user, reservation time, an identification of a warehouse and the capacity of a reservable warehouse needing to be reserved, and the reservation time and the capacity of the reservable warehouse needing to be reserved are determined according to the capacity of the reservable warehouse inquired by the user terminal;
creating and storing a purchase warehousing entry by using the identification of the user, the reservation time, the identification of the warehouse and the reserved warehouse capacity required to be reserved;
and respectively sending a changed inventory instruction and the created purchasing warehousing list to a logistics execution server and a user terminal, wherein the changed inventory instruction carries the created purchasing warehousing list so that the logistics server executes modification operation on a user storage capacity usage table by using the received purchasing warehousing list, and the user storage capacity usage table records date, user identification, warehouse identification, allocated storage capacity, storage capacity occupied by a warehouse-in service object and user reserved storage capacity.
A reservation cancellation and warehousing method for business objects comprises the following steps:
a storage center server receives an appointment-canceling warehousing request sent by a user terminal, wherein the appointment-canceling warehousing request carries a purchasing warehousing entry number;
searching a purchase warehousing entry with the same number as the purchase warehousing entry carried in the reservation canceling request from the stored purchase warehousing entry, wherein the purchase warehousing entry comprises the identification of the user, the reservation time, the identification of the warehouse and the reserved warehouse capacity required to be reserved;
adding a reservation canceling mark to the searched purchase warehousing list;
and respectively sending a changed inventory instruction and a reservation-canceling warehousing response to the logistics execution server and the user terminal, wherein the changed inventory instruction carries a purchase warehousing entry added with a reservation-canceling mark, so that the logistics server executes modification operation on a user storage capacity usage table by using the received marked purchase warehousing entry, the user storage capacity usage table records date, user identification, warehouse identification, allocated storage capacity, storage capacity occupied by the warehouse service object and user reservation storage capacity, and the reservation-canceling warehousing response carries cancellation result information.
A method of querying reservable warehouse capacity of a business object, comprising:
a user terminal sends a query request message aiming at the capacity of a reservable warehouse to a logistics execution server, wherein the query request message carries an identifier of a user, an identifier of the warehouse and a date;
receiving an inquiry response message sent by the logistics execution server, wherein the inquiry response message carries the reservable warehouse capacity of the user in the warehouse within the date, the reservable warehouse capacity is determined by the logistics execution server according to the allocated warehouse capacity, the warehouse occupied capacity of the warehouse service object and the reserved warehouse capacity of the user, and the allocated warehouse capacity, the warehouse occupied capacity of the warehouse service object and the reserved warehouse capacity of the user are obtained after the logistics execution server inquires a user warehouse capacity usage table, wherein the user warehouse capacity usage table records the date, the user identification, the warehouse identification, the allocated warehouse capacity, the warehouse occupied capacity of the warehouse service object and the reserved warehouse capacity of the user.
A reservation warehousing method for business objects comprises the following steps:
a user terminal sends a reservation warehousing request to a warehousing center server, wherein the reservation warehousing request carries an identification of a user, reservation time, an identification of a warehouse and reservation-capable warehouse capacity required to be reserved, and the reservation time and the reservation-capable warehouse capacity required to be reserved are determined according to the inquired reservation-capable warehouse capacity;
and receiving a created purchase warehousing entry sent by the warehousing center server, wherein the purchase warehousing entry is created by the warehousing center server by utilizing the identification of the user, the reservation time, the identification of the warehouse and the reserved warehouse capacity needing reservation.
A reservation warehousing method for business objects comprises the following steps:
the logistics execution server monitors a changed inventory instruction sent by the storage center server;
if the monitored inventory change indication carries a purchase warehousing order, searching the user reservation warehouse capacity of the user in the reservation time of the warehouse in a user warehouse capacity table according to the user identification, the reservation time, the warehouse identification and the reservation-capable warehouse capacity needing reservation in the purchase warehousing order, wherein the user warehouse capacity usage table records the date, the user identification, the warehouse identification, the distribution warehouse capacity, the warehouse occupied capacity of the warehouse business object and the user reservation warehouse capacity;
and executing modification operation on the determined user reservation library capacity, and modifying to a sum value obtained by the sum of the searched user reservation library capacity and the reserved warehouse capacity needing reservation.
A reservation cancellation and warehousing method for business objects comprises the following steps:
a user terminal sends a reservation-cancelling warehousing request to a warehousing center server, wherein the reservation-cancelling warehousing request carries a purchase warehousing entry number, so that the warehousing center server sends a change inventory instruction to a logistics execution server according to the purchase warehousing entry number, and the change inventory instruction carries a purchase warehousing entry added with a reservation-cancelling mark; the purchase warehousing list comprises the identification of the user, the reservation time, the identification of the warehouse and the reserved warehouse capacity needing reservation;
and receiving a reservation-cancelling warehousing response sent by the warehousing center server, wherein the reservation-cancelling warehousing response carries cancellation result information.
A reservation cancellation and warehousing method for business objects comprises the following steps:
the logistics execution server monitors a changed inventory instruction sent by the storage center server;
if the monitored inventory change indication carries a purchase warehousing entry added with a reservation canceling mark, searching a user reservation storage capacity of the user in the reservation time of the warehouse in a user storage capacity table according to the identification of the user in the purchase warehousing entry added with the reservation canceling mark, the reservation time, the identification of the warehouse and the reservation-capable warehouse capacity required to be reserved, wherein the date, the identification of the user, the identification of the warehouse, the distribution storage capacity, the storage capacity occupied by a warehouse service object and the user reservation storage capacity are recorded in the user storage capacity table;
and executing modification operation on the determined user reservation library capacity, and modifying to obtain a difference value obtained by the difference between the searched user reservation library capacity and the reserved warehouse capacity needing to be reserved.
An apparatus for querying reservable warehouse capacity of a business object, comprising:
the system comprises a receiving module, a sending module and a receiving module, wherein the receiving module is used for receiving a query request message which is sent by a user terminal and aims at the capacity of a reservable warehouse, and the query request message carries an identification of a user, an identification of the warehouse and a date;
the query module is used for querying a user storage capacity usage table to obtain the distribution storage capacity of the user in the warehouse, the storage capacity occupied by the warehouse service object and the user reservation storage capacity in the date, wherein the user storage capacity usage table records the date, the user identification, the warehouse identification, the distribution storage capacity, the storage capacity occupied by the warehouse service object and the user reservation storage capacity;
the reservable warehouse capacity determining module is used for determining the reservable warehouse capacity of the user in the warehouse in the date according to the obtained allocated warehouse capacity, the warehouse capacity occupied by the warehouse business object and the user reservation warehouse capacity;
and the sending module is used for sending an inquiry response message to the user terminal, wherein the inquiry response message carries the bookable warehouse capacity of the user in the warehouse within the date.
A reservation binning apparatus for business objects, comprising:
the system comprises a receiving module, a storage module and a storage module, wherein the receiving module is used for receiving a reservation warehousing request sent by a user terminal, the reservation warehousing request carries an identification of a user, reservation time, an identification of a warehouse and the capacity of a reservable warehouse which needs to be reserved, and the reservation time and the capacity of the reservable warehouse which needs to be reserved are determined according to the capacity of the reservable warehouse inquired by the user terminal;
the creating module is used for creating and storing a purchasing warehousing list by utilizing the identification of the user, the reservation time, the identification of the warehouse and the reserved warehouse capacity needing reservation;
and the sending module is used for sending a changed inventory instruction and the created purchasing warehousing list to the logistics execution server and the user terminal respectively, wherein the changed inventory instruction carries the created purchasing warehousing list so that the logistics server can utilize the received purchasing warehousing list to execute modification operation on a user storage capacity usage table, and the user storage capacity usage table records date, user identification, warehouse identification, allocated storage capacity, storage capacity occupied by the warehouse service object and user reserved storage capacity.
A reservation cancellation warehousing apparatus for business objects, comprising:
the system comprises a receiving module, a storage module and a storage module, wherein the receiving module is used for receiving a reservation-cancelling storage-in request sent by a user terminal, and the reservation-cancelling storage-in request carries a purchase storage-in order number;
the searching module is used for searching the purchase warehousing entry with the same number as that of the purchase warehousing entry carried in the reservation canceling request from the stored purchase warehousing entry, wherein the purchase warehousing entry comprises the identification of the user, the reservation time, the identification of the warehouse and the reserved warehouse capacity required to be reserved;
the adding module is used for adding a reservation canceling mark to the searched purchasing warehousing list;
and the sending module is used for sending a changed stock instruction and a reservation-canceling warehousing response to the logistics execution server and the user terminal respectively, wherein the changed stock instruction carries a purchase warehousing entry added with a reservation-canceling mark, so that the logistics server executes modification operation on a user stock capacity usage table by using the received marked purchase warehousing entry, the user stock capacity usage table records date, user identification, warehouse identification, allocated stock capacity, stock-occupying capacity of the warehouse service object and user reservation stock capacity, and the reservation-canceling warehousing response carries cancellation result information.
An apparatus for querying reservable warehouse capacity of a business object, comprising:
the system comprises a sending module, a receiving module and a sending module, wherein the sending module is used for sending an inquiry request message aiming at the capacity of a reservable warehouse to a logistics execution server, and the inquiry request message carries an identifier of a user, an identifier of the warehouse and a date;
a receiving module, configured to receive an inquiry response message sent by the logistics execution server, where the inquiry response message carries a reservable warehouse capacity of the user in the warehouse within the date, where the reservable warehouse capacity is determined by the logistics execution server according to a distribution warehouse capacity, a warehouse occupied by a warehouse service object, and a user reservable warehouse capacity, and the distribution warehouse capacity, the warehouse occupied by the warehouse service object, and the user reservable warehouse capacity are obtained by the logistics execution server inquiring a user library capacity usage table, where the user library capacity usage table records the date, an identifier of the user, an identifier of the warehouse, the distribution warehouse capacity, the warehouse occupied by the warehouse service object, and the user reservable warehouse capacity.
A reservation binning apparatus for business objects, comprising:
the system comprises a sending module, a storage center server and a storage management module, wherein the sending module is used for sending an appointment warehousing request to the storage center server, the appointment warehousing request carries an identification of a user, an appointment time, an identification of a warehouse and an appointment-able warehouse capacity required to be reserved, and the appointment time and the appointment-able warehouse capacity required to be reserved are determined according to the inquired appointment-able warehouse capacity;
and the receiving module is used for receiving a created purchasing warehousing entry sent by the warehousing center server, wherein the purchasing warehousing entry is created by the warehousing center server by utilizing the identification of the user, the reservation time, the identification of the warehouse and the reserved warehouse capacity required to be reserved.
A reservation binning apparatus for business objects, comprising:
the monitoring module is used for monitoring a changed inventory instruction sent by the storage center server;
the searching module is used for searching the user reservation library capacity of the user in the reservation time of the warehouse in a user library capacity table according to the user identification, the reservation time, the warehouse identification and the reservation-capable warehouse capacity needing reservation in the purchase warehousing order if the purchase warehousing order is carried in the monitored inventory change indication, wherein the date, the user identification, the warehouse identification, the distribution library capacity, the library capacity occupied by the warehouse service object and the user reservation library capacity are recorded in the user library capacity table;
and the modification module is used for executing modification operation on the determined user reservation library capacity and modifying the sum of the searched user reservation library capacity and the reserved warehouse capacity required to be reserved into a sum value.
In the scheme of the embodiment of the application, the current and future allocated warehouse capacity of each user in each warehouse per day, the warehouse occupied capacity of the business object in the warehouse and the user reservation warehouse capacity are determined, and the user warehouse capacity usage table comprising the date, the user identifier, the warehouse identifier, the allocated warehouse capacity, the warehouse occupied capacity of the business object in the warehouse and the user reservation warehouse capacity is established, so that the refined expression of the warehouse capacity of serving the business object of each user in each warehouse is realized. Therefore, when services such as inquiry of the capacity of the reservable warehouse of the related business object, reservable warehousing of the business object, cancellation of the reservable warehousing and the like are subsequently provided for the user, the table can be used according to the user warehouse capacity to provide the current and future reservable warehouse capacity information of each warehouse for the user, the blindness of warehousing the business object by the user is reduced, the problem of low utilization rate of the warehouse caused by random warehousing is avoided, the controllability of the warehousing process is enhanced, the resources of the warehouse are reasonably utilized, and the user experience is improved.
Drawings
Fig. 1 is a schematic structural diagram of a warehousing system provided in an embodiment of the present application;
FIG. 2 is a flowchart of a method for querying reservable warehouse capacity of a business object according to an embodiment of the present application;
fig. 3 is a flowchart of a reservation warehousing method for a business object according to an embodiment of the present application;
fig. 4 is a flowchart of a reservation cancellation warehousing method for a business object according to an embodiment of the present application;
fig. 5 is a schematic structural diagram of an apparatus for querying reservable warehouse capacity of a business object according to an embodiment of the present application;
fig. 6 is a second schematic structural diagram of a reservable warehouse capacity device for querying a business object according to an embodiment of the present application;
fig. 7 is a schematic structural diagram of a reservation warehousing device for business objects according to an embodiment of the present application;
fig. 8 is a second schematic structural diagram of a reservation warehousing device for business objects according to an embodiment of the present application;
fig. 9 is a third schematic structural diagram of a reservation warehousing device for business objects according to an embodiment of the present application;
fig. 10 is a schematic structural diagram of a reservation cancellation warehousing device for business objects according to an embodiment of the present application;
fig. 11 is a second schematic structural diagram of a reservation cancellation warehousing apparatus for business objects according to an embodiment of the present application;
fig. 12 is a third schematic structural diagram of a reservation cancellation warehousing device for business objects according to an embodiment of the present application.
Detailed Description
In order to solve the problems of high randomness and low resource utilization rate of the existing warehousing mode, the embodiment of the application provides a method and a device for inquiring the capacity of a reservable warehouse, reserving and cancelling the reservation warehousing. In the method for inquiring the reserved warehouse capacity, the current and future allocated warehouse capacity of each user in each warehouse and the warehouse occupied capacity of the business object in the warehouse and the reserved warehouse capacity of the user are determined, a user warehouse capacity usage table comprising the date, the identification of the user, the identification of the warehouse, the allocated warehouse capacity, the warehouse occupied capacity of the business object in the warehouse and the reserved warehouse capacity of the user is established, and the fine expression of the warehouse service capacity of each warehouse for the business object of each user is realized. When the services such as inquiry of the capacity of the reservable warehouse of the related business object, reservation warehousing of the business object, cancellation of the reservation warehousing and the like are subsequently provided for the user, the current and future reservable warehouse capacity information of each warehouse can be provided for the user according to the user library capacity usage table, the blindness of warehousing the business object by the user is reduced, the problem of low utilization rate of the warehouse caused by random warehousing is avoided, the resources of the warehouse are reasonably utilized, and the user experience is improved.
In order to clearly understand the scheme of the embodiment of the present application, a description is first given to a common warehouse integration mode, then a description is given to a warehousing system, and finally a description is given to a method and an apparatus for querying reservable warehouse capacity, reserving and cancelling reservable warehousing through the embodiment.
The common general warehouse allocation modes include two types: the first method comprises the following steps: the system is characterized in that a plurality of first-level bins and a plurality of second-level bins are arranged, a user transports the business objects to the first-level bins of the logistics trader, the first-level bins are scattered in each area, and the subsequent logistics trader allocates the business objects to the second-level bins from the first-level bins according to the actual sales condition. And the second method comprises the following steps: the method comprises the steps that a goods collecting bin and a plurality of distribution bins are arranged, a user transports a business object to the goods collecting bin of a logistics provider, the business object in the goods collecting bin is subsequently allocated to each distribution bin of the logistics provider through allocation, and once the business object is allocated to the distribution bin of the logistics provider, the user can enjoy bin allocation service of the logistics provider. In both the two warehouse allocation modes, the operation of warehousing the business objects by the user and the operation of transferring the business objects from one warehouse to another warehouse by the logistics trader are involved. These operations may cause an increase and decrease in the reservable warehouse capacity of the warehouse.
In order to implement operations such as querying, reserving and warehousing, canceling reserved warehousing and the like of a user for the reserved warehouse capacity of a business object in the system warehouse allocation mode and other modes, the present application provides a warehousing system, a structural schematic diagram of which is shown in fig. 1, and the warehousing system includes: a user terminal 11, a warehouse center server 12 and a logistics execution server 13; wherein:
and the user terminal 11 is used for sending a warehouse capacity query request to the logistics execution server, sending a reservation warehousing request and a reservation warehousing cancellation request to the warehousing center server, receiving a reservation warehousing response and a reservation warehousing cancellation response sent by the warehousing center server, and receiving a query response message sent by the logistics execution server.
The warehouse center server 12 is configured to receive a request sent by a user terminal and possibly causing a change in warehouse inventory (inventory in warehouse, reserved occupied inventory, etc.), create a related order based on the request, send a corresponding response to the user terminal, carry the created related order in a changed inventory indication message, broadcast the message, or directly send the message to the logistics execution server.
And the logistics execution server 13 is configured to monitor that the warehouse center server sends a changed inventory instruction message, and modify the relevant data table based on the relevant order carried in the changed inventory instruction message.
The data tables stored in the logistics execution server comprise a warehouse receiving capacity table, a warehouse capacity use table and a user capacity use table;
the user storage capacity usage table records date, user identification, warehouse identification, allocated storage capacity, storage capacity occupied by the warehouse business object and user reservation storage capacity;
the warehouse receiving capacity table records the date, the identification of the warehouse, the total receiving capacity and the occupied receiving capacity, and the receiving capacity is expressed by the capacity of the warehouse;
the warehouse capacity usage table records the date, the identification of the warehouse, the total warehouse capacity, the warehouse capacity occupied by the warehouse business object and the total reserved warehouse capacity of each user;
in practice, considering that the total warehouse capacity and the allocated warehouse capacity (that is, the total user warehouse capacity) allocated to the user have a long change period, and usually the change period is recorded in units of years or months, in order to reduce data redundancy and save storage resources of a database, a total warehouse capacity table is separately established for the total warehouse capacity of each warehouse in the warehouse capacity use table, and the total warehouse capacity is removed from the warehouse capacity use table; and independently establishing a user total library capacity table aiming at the allocated library capacity in the user library capacity use table, and removing the allocated library capacity from the user library capacity use table. At this time, descriptions and corresponding examples of the warehouse total storage capacity table, the warehouse storage capacity use table, the user total storage capacity table, the user storage capacity use table, and the warehouse receipt capability table are as follows (1-1), table (1-2), table (2-1), table (2-2), table (3-1), table (3-2), table (4-1), table (4-2), table (5-1), and table (5-2), respectively. The total storage capacity of the warehouse can be obtained by multiplying the area of the warehouse by an area storage capacity coefficient, wherein the area storage capacity coefficient is the effective storage capacity of a unit area, and the area storage capacity coefficient of each warehouse is different due to different storage conditions. The unit of the storage capacity can be expressed by the unit of volume, and the storage capacity occupied by the warehouse business object and the user reservation storage capacity are less than or equal to the total storage capacity of the warehouse.
Figure BDA0000921775390000101
Figure BDA0000921775390000111
Watch (1-1)
Figure BDA0000921775390000112
Watch (1-2)
Figure BDA0000921775390000113
Watch (2-1)
Figure BDA0000921775390000114
Watch (2-2)
Figure BDA0000921775390000115
Watch (3-1)
Figure BDA0000921775390000116
Figure BDA0000921775390000121
Watch (3-2)
Figure BDA0000921775390000122
Watch (4-1)
Figure BDA0000921775390000123
Watch (4-2)
Figure BDA0000921775390000124
Watch (5-1)
Figure BDA0000921775390000125
Watch (5-2)
In the tables, the ID field of each record in the table is a self-increment number, and is only a unique identifier for one record in the table.
The specific allocation storage capacity of each user in the user storage capacity usage table can be determined in the following manner:
there are many evaluation indexes for users, and here, for each warehouse, one or more of the turnover rate of the business object in the warehouse, the delay rate of warehousing the warehouse and the frequency of warehousing the warehouse can be taken, different time periods have different emphasis on the standards, and the emphasis degree on the index parameters can be expressed by the weight of the index parameters. On the basis, the assessment score of each user can be obtained by weighting and summing the normalized index parameters.
Firstly, each item of assessment index parameter is respectively expressed as { a1,a2,...,an}(n∈N+)，eijIs aiRelative to ajOf importance of, then eji＝1/eij(ii) a Using K (K is an element of N)+) Quantizing the degree of importance by level, eijThe value set of (1/K, 1/(K-1).. 1.., 1.., K-1, K }. To ensure all eijCan utilize e in setting the value of eij＝eik*ekjFor reference. This yields an importance matrix E of order n:
Figure BDA0000921775390000131
suppose there are two users a, B, whose index parameters and values of the index parameters are shown in table (6):
user' s Delay rate of warehousing Frequency of warehouse entry (times/month)
A 0.3 4
B 0.5 7
Watch (6)
Based on the consideration of an operation angle, aiming at the comparison between the warehousing delay rate and the warehousing frequency investigation importance, an importance degree matrix E is constructed as follows:
Figure BDA0000921775390000132
let the weight of each assessment index parameter be wi(i∈[1,n]) Combining all weights into a column vector to form a weight vector w, wT＝[w1,w2,...,wn]. Since the degree of importance is measured by weight, the matrix E can be represented as:
Figure BDA0000921775390000141
equation (3) can be derived from (1), (2):
Ew＝nw (3)
in addition, for the n-order importance degree matrix E, when the values of the elements thereof are reasonable, there is a non-zero vector v such that equation (4) holds, where λ is a feature value, and v is a feature vector corresponding to the feature value λ.
Ev＝λv (4)
Comparing (3) and (4), the weight vector w is equal to the normalized feature vector v. Therefore, after the matrix E is constructed according to the side weight degree of each index in the current stage, the characteristic vector of the matrix E is obtained, and the weight vector of the user assessment index can be obtained.
Following the above example, obtain
Figure BDA0000921775390000142
The weight vector v, v of this degree matrixT＝[0.8944,0.4472]Since v is w, wT＝[0.8944,0.4472]。
And then, carrying out assessment scoring on the users by using the weight vector. The behavior of all users can be described by a series of discrete sequence values of assessment indicators, such as the indicator parameter sequence N of the user ii＝{fi1,fi2,..,fin}(i∈[1,m],m∈N+). Because each assessment index parameter unit is different, index parameter normalization processing is needed before scoring. These index parameters are first classified into two categories: the larger the index parameter (such as the warehousing frequency) the better (bigger beta), and the smaller the index parameter (such as the warehousing delay rate) the better (smalllerbeta). And (3) respectively normalizing the user index parameter values by adopting the formulas (5) and (6) according to the classification:
Figure BDA0000921775390000143
wherein
Figure BDA0000921775390000151
Along with the above example, the user is normalized for the warehousing delay rate and the warehousing frequency by using the formulas (5) and (6), and the user index parameter sequence obtained after normalization is shown in the table (7):
user' s Normalized delay rate for warehousing Normalized frequency of entering warehouse (times/month)
A 1 4/7
B 3/5 1
Watch (7)
Normalizing all index parameters to obtain a user index parameter sequence with comparability
Figure BDA0000921775390000152
The sequence and the weight vector are weighted and summed according to the formula (7) to obtain the useriScore of (a):
Figure BDA0000921775390000153
finally, the scores of all the users are calculated to obtain a user score sequence { N }1,N2,...,Nm}。
Edge application of the above exampleTables (7) and wT＝[0.8944,0.4472]The data in (2) is substituted into the formula (7) to obtain:
s1 ═ 1 × 0.8944+ (4/7) × 0.4472 ═ 1.149942857142857, equal to approximately 1.15;
s2 (3/5) × 0.8944+1 × 0.4472 ═ 0.98384, approximately equal to 0.98.
That is, the scores of the user a and the user B are respectively 1.15 and 0.98.
After the scores of the users are determined, the total warehouse capacity of the warehouse is utilized, and the allocated warehouse capacity of the users in the warehouse can be determined. For example: assuming the warehouse capacity is C, then it can be based on { N }1,N2,...,NmThe sequence determines the total allocated storage capacity of user i, i.e. Ci＝C×(Ni)/(N1+N2+...+Nm) (ii) a The ranking of the user scores can be determined according to the ranking interval of the user scores in the user scores and the inventory allocated to the ranking interval. Of course, and not limited to the two assumed approaches, the basic allocation principle followed is that the higher the score is relative, the more pool capacity is allocated.
Further, it is considered that the change of the warehouse capacity table, the warehouse receipt capability table, and the user capacity table may also be caused by allocation between warehouses, and by warehouse-out and warehouse-in of the warehouse. Therefore, in the warehousing system, a warehouse terminal and a logistics provider terminal may be included in addition to the user terminal, and the functions of the warehouse terminal and the logistics provider terminal are similar to those of the user terminal.
The technical solutions in the embodiments of the present application will be described clearly and completely with reference to the accompanying drawings, and 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 that can be derived from the embodiments given herein by a person of ordinary skill in the art are intended to be within the scope of the present disclosure.
Fig. 2 is a flowchart of a method for querying reservable warehouse capacity of a business object according to an embodiment of the present application, and includes the following steps:
step 201: the user terminal sends an inquiry request message aiming at the reserved warehouse capacity to the logistics execution server, wherein the inquiry request message carries the identification of the user, the identification of the warehouse and the date.
If the user needs to inquire the reserved warehouse capacity, the user can input the identification of the user, the identification of the warehouse to be inquired and the date through an inquiry page displayed on the user terminal, and then an inquiry button is triggered to send an inquiry request message to the logistics execution server.
The reservable warehouse capacity refers to a reserved warehouse capacity provided by a warehouse for providing business objects for a certain user at a certain date. The reserved warehouse capacity of the business object is mainly determined by 1) the allocated storage capacity allocated to the user by the warehouse on the day (or the month of the day and the year of the day), 2) the storage capacity occupied by the user in the warehouse on the day, and 3) the reserved storage capacity reserved by the user in the warehouse on the day, wherein the sum of 2) and 3) is less than or equal to 1).
Step 202: the logistics execution server receives a query request message which is sent by a user terminal and aims at the reserved warehouse capacity.
Step 203: the logistics execution server inquires a user library capacity usage table to obtain the allocated library capacity of the user in the warehouse, the occupied library capacity of the warehouse service object and the user reservation library capacity in the date;
the user storage capacity usage table records the corresponding relation among the date, the user identification, the warehouse identification, the allocated storage capacity, the storage capacity occupied by the warehouse service object and the user reservation storage capacity, so that the allocated storage capacity of the user in the warehouse, the storage capacity occupied by the warehouse service object and the user reservation storage capacity can be obtained after the user identification, the warehouse identification and the date are obtained. The user reservation of the library capacity here means for the library capacity that has been reserved.
Assume that in the above step 201, the query request message carries the user identifier 362936951, the warehouse identifier QDHEWL-0002, and the date 2016-01-17.
In this step 203, the above table (3-2) is queried to obtain that the allocated storage capacity of the user in the warehouse is 100; and (4) inquiring the table (4-2) to obtain the occupied storage capacity 0 of the warehouse business object in the warehouse of the user and the reserved storage capacity 10 of the user.
The specific determination method for specifying the allocated storage capacity of the user in the specified storage in the user storage capacity usage table has been described above, and is not described herein again.
Considering that due to the fact that warehouse reservation is carried out and logistics service of a logistics provider is needed, receiving service is provided for business objects aiming at the warehouse, when the receiving capacity of the warehouse is insufficient, the warehouse capacity occupied by the business objects in the warehouse and the reserved warehouse capacity of a user are smaller than the allocated warehouse capacity of the user in the warehouse, and the business objects of the user cannot be put in the warehouse, therefore, when the reserved warehouse capacity is provided for the user, the receiving capacity of the warehouse also needs to be considered, and the reserved warehouse capacity is accurate. In addition, considering that the total warehouse capacity of the warehouse may be changed and the warehouse capacity allocated to the user is not updated in time according to the changed total warehouse capacity, in order to more accurately determine the bookable warehouse capacity of the user, it is preferable that in this step 203, the warehouse capacity table is further queried to obtain the total receiving capacity and the occupied receiving capacity data of the warehouse on the date, and the warehouse capacity usage table is queried to obtain the total warehouse capacity of the warehouse on the date, the occupied warehouse capacity of the warehouse business object, and the booked total warehouse capacity data of each user.
Following the example in this step, in a preferred step, the warehouse capacity table (5-2) is consulted to obtain a total capacity of 90000000 and an occupied capacity of 0 for the warehouse on the date.
Inquiring the warehouse capacity usage table (1-2) and the table (2-2) to obtain the total warehouse capacity of the warehouse on the date of 6000, the occupied warehouse capacity of the warehouse business object of 0 and the reserved total warehouse capacity data of each user of 10.
Step 204: and the logistics execution server determines the reservable warehouse capacity of the user in the warehouse in the date according to the obtained allocated warehouse capacity, the warehouse capacity occupied by the warehouse business object and the reserved warehouse capacity of the user.
If the preferred step is executed in step 203, step 204 specifically includes:
determining the bookable warehouse capacity of the user in the warehouse within the date according to the current available receiving capacity of the warehouse, the current available inventory amount of the warehouse and the current available allocated storage capacity of the user, wherein the current available receiving capacity of the warehouse is obtained according to the obtained total receiving capacity and the obtained occupied receiving capacity; the current available inventory of the warehouse is obtained according to the obtained total inventory capacity, the obtained inventory capacity occupied by the warehouse service objects and the obtained total inventory capacity reserved by each user, and the current available allocation inventory capacity is obtained according to the obtained allocation inventory capacity, the obtained inventory capacity occupied by the warehouse service objects and the obtained user reservation inventory capacity.
Specifically, the currently available receiving capacity of the warehouse may be a difference between the obtained total receiving capacity and the obtained occupied receiving capacity; the current available inventory of the warehouse can be a difference value obtained by subtracting the obtained total library capacity reserved by each user from the obtained difference between the total library capacity and the obtained library capacity occupied by the warehouse service object, and the current available allocation library capacity can be a difference value obtained by subtracting the obtained library capacity reserved by the user from the obtained difference between the allocation library capacity and the obtained library capacity occupied by the warehouse service object.
Following the example in step 203, where the current available receiving capacity of the warehouse is 90000000, the current available inventory of the warehouse is 6000-10-5990, and the current available allocated capacity is 100-10-90.
Further, in order to ensure that the reservable warehouse capacity is provided for the user more accurately in consideration of the short-board effect, the minimum value of the currently available receiving capacity of the warehouse, the currently available stock quantity of the warehouse, and the currently available allocated stock capacity of the user may be used as the reservable warehouse capacity of the user in the warehouse within the date.
Following the above example, the subscriber has an bookable warehouse capacity within the warehouse of 90 on the date.
Step 205: and the logistics execution server sends an inquiry response message to the user terminal, wherein the inquiry response message carries the bookable warehouse capacity of the user in the warehouse within the date.
Step 206: and the user terminal receives the query response message sent by the logistics execution server.
At this point, the user can obtain 2016-01-17 with a reservation storage capacity of 90 available in QDHEWL-0002.
In the above steps 201 to 206, the logistics execution server provides the user terminal with the function of inquiring the available reserved storage capacity.
As shown in fig. 3, it is a flowchart of a reservation warehousing method for business objects according to an embodiment of the present application, and includes the following steps:
step 301: the user terminal sends a reservation warehousing request to the warehousing center server, wherein the reservation warehousing request carries an identification of a user, reservation time, an identification of a warehouse and the reserved warehouse capacity required to be reserved.
The reservation time, the identification of the warehouse and the reservable warehouse capacity needing to be reserved are determined according to the inquired reservable warehouse capacity.
The reservable warehouse capacity required here is usually not larger than the inquired reservable warehouse capacity.
Step 302: and the storage center server receives the reserved storage request sent by the user terminal.
Step 303: and the storage center server creates a purchase warehousing entry by using the identification of the user, the reservation time, the identification of the warehouse and the reserved warehouse capacity required to be reserved and stores the purchase warehousing entry.
Step 304: and the storage center server respectively sends a changed inventory instruction and the created purchase warehousing bill to the logistics execution server and the user terminal.
The changed inventory indication carries the created purchase warehousing order, so that the logistics server executes modification operation on the user inventory capacity usage table by using the received purchase warehousing order.
Step 305: and the logistics execution server receives the created purchase warehousing entry sent by the warehousing center server.
Meanwhile, the user terminal receives the purchase warehousing entry sent by the warehousing center.
Step 306: the logistics execution server monitors the changed inventory instruction sent by the storage center server.
Preferably, in order to avoid repeated sending of the message, the logistics execution server modifies the data table multiple times, which causes an error operation, and the change repository indication carries the message deduplication code.
Step 307: and if the monitored inventory change indication carries a purchase warehousing order, the logistics execution server searches the user reservation library capacity of the user in the reservation time of the warehouse in a user library capacity table according to the user identification, the reservation time, the warehouse identification and the reservation-capable warehouse capacity needing reservation in the purchase warehousing order.
Here, since what causes the stock change is not only the reservation warehousing behavior in the purchase warehousing order, for example: the transfer behavior caused by the transfer order among the warehouses, the warehousing-in order of the business object and the warehousing-out behavior caused by the warehousing-out order of the business object all cause inventory change in the corresponding warehouse, so that the specific order carried in the inventory change indication needs to be determined, and then corresponding operation is executed.
Step 308: and the logistics execution server executes modification operation on the determined user reservation storage capacity and modifies the modification operation into a sum value obtained by the sum of the searched user reservation storage capacity and the reserved warehouse capacity needing reservation.
When the warehouse receiving capacity table and the warehouse capacity usage table are created, the modification operation is further executed on the warehouse receiving capacity table and the warehouse capacity usage table according to the determined reserved warehouse capacity of the user. The method specifically comprises the following steps: the reserved capacity of the reserved warehouse is increased by the reserved capacity of the reserved warehouse on the reserved date, and the reserved total capacity of the reserved warehouse of each user on the reserved date in the warehouse capacity use table is increased by the reserved capacity of the reserved warehouse.
In the reservation warehousing scheme for the business object, the warehousing center server is used as a middleman, and modification operation which is sent by a user and needs to be performed on the data sheet stored in the logistics execution server is performed, so that on one hand, reservation warehousing certificates, namely purchase warehousing orders, can be sent to the user, on the other hand, a basis can be provided for the modification operation of the logistics execution server, direct modification operation of the data sheet in the logistics execution server by the user terminal is avoided, and the safety of the data sheet is ensured. Further, the warehousing server creates and stores the purchasing warehousing order of the user, so that when the subsequent user needs to cancel the adoption warehousing order, the purchasing warehousing order number is directly input to perform the cancellation operation, the user operation is facilitated, and the user experience is improved.
As shown in fig. 4, it is a flowchart of a method for canceling reservation entry for a business object according to an embodiment of the present application, and includes the following steps:
step 401: and the user terminal sends a reservation-cancelling warehousing request to the warehousing center server, wherein the reservation-cancelling warehousing request carries a purchasing warehousing entry number.
The purpose of carrying the number of the purchasing warehousing entry is to enable the warehousing center server to send a change inventory instruction to the logistics execution server according to the number of the purchasing warehousing entry, wherein the change inventory instruction carries the purchasing warehousing entry added with a reservation canceling mark; the purchasing warehousing list comprises the identification of the user, the reservation time, the identification of the warehouse and the reserved warehouse capacity needing reservation.
Step 402: the storage center server receives an appointment-canceling warehousing request sent by a user terminal, wherein the appointment-canceling warehousing request carries a purchasing warehousing entry number.
Step 403: and the storage center server searches the purchase warehousing entry with the same number as the purchase warehousing entry carried in the reservation canceling request from the stored purchase warehousing entry.
Wherein, the purchase warehousing list comprises the user identification, the reservation time, the warehouse identification and the reservable warehouse capacity needing to be reserved.
Step 404: the storage center server adds a reservation canceling mark to the searched purchase warehousing list;
step 405: and the storage center server respectively sends a stock change instruction and a reservation storage cancellation response to the logistics execution server and the user terminal.
The changed inventory indication carries a purchase warehousing entry added with a reservation canceling mark, so that the logistics server executes modification operation on a user inventory usage table by using the received marked purchase warehousing entry, wherein the user inventory usage table records date, user identification, warehouse identification, allocated inventory capacity, inventory occupied capacity of warehouse business objects and user reservation inventory capacity, and the reservation canceling warehousing response carries cancellation result information.
Step 406: the logistics execution server monitors the changed inventory instruction sent by the storage center server.
Meanwhile, the user terminal receives a reservation-cancelling warehousing response sent by the warehousing center server, wherein the reservation-cancelling warehousing response carries cancellation result information.
Step 407: if the monitored inventory change indication carries the purchase warehousing entry added with the reservation canceling mark, searching the user reservation storage capacity of the user in the reservation time of the warehouse in a user storage capacity table according to the identification of the user in the purchase warehousing entry added with the reservation canceling mark, the reservation time, the identification of the warehouse and the reservable warehouse capacity required to be reserved.
Step 408: and executing modification operation on the determined user reservation library capacity, and modifying to obtain a difference value obtained by the difference between the searched user reservation library capacity and the reserved warehouse capacity needing to be reserved.
When the warehouse receiving capacity table and the warehouse capacity usage table are created, the modification operation is further executed on the warehouse receiving capacity table and the warehouse capacity usage table according to the determined reserved warehouse capacity of the user. The method specifically comprises the following steps: the occupied receiving capacity of the warehouse on the reservation date in the warehouse receiving capacity table is reduced by the reservable warehouse capacity needing to be reserved, and the total reserved storage capacity of each user of the warehouse on the reservation date in the warehouse storage capacity use table is reduced by the reservable warehouse capacity needing to be reserved.
In the reservation-cancelling warehousing scheme for the business object, the warehousing center server is used as a middleman, and modification operation of the data sheet stored in the logistics execution server is required to be performed by a user, so that a purchasing warehousing order which is transmitted to a reservation-warehousing certificate of the user and is added with a reservation-cancelling mark can be transmitted on the one hand, a basis can be provided for the modification operation of the logistics execution server on the other hand, direct modification operation of the data sheet in the logistics execution server by the user terminal is avoided, and the safety of the data sheet is ensured. Furthermore, the warehousing server creates and stores the purchasing warehousing order of the user, so that when the user needs to cancel the adoption warehousing order, the user directly inputs the number of the purchasing warehousing order to perform cancellation operation, the operation of the user is facilitated, and the user experience is improved.
Fig. 5 is a schematic structural diagram of an apparatus for querying reservable warehouse capacity of a business object according to an embodiment of the present application, and includes: a receiving module 51, a querying module 52, a reservable warehouse capacity determining module 53 and a sending module 54, wherein:
a receiving module 51, configured to receive an inquiry request message for reserving warehouse capacity sent by a user terminal, where the inquiry request message carries an identifier of a user, an identifier of a warehouse, and a date;
the query module 52 is configured to query the user storage usage table, and obtain the allocated storage capacity of the user in the warehouse, the storage capacity occupied by the service object in the warehouse, and the user reservation storage capacity in the date, where the user storage usage table records the date, the user identifier, the warehouse identifier, the allocated storage capacity, the storage capacity occupied by the service object in the warehouse, and the user reservation storage capacity;
an reservable warehouse capacity determining module 53, configured to determine, according to the obtained allocated warehouse capacity, warehouse capacity occupied by the warehouse business object, and user reservable warehouse capacity, a reservable warehouse capacity of the user in the warehouse within the date;
a sending module 54, configured to send an inquiry response message to the user terminal, where the inquiry response message carries the reservable warehouse capacity of the user in the warehouse within the date.
Preferably, the apparatus further comprises: an allocated storage capacity determining module 55, configured to determine the allocated storage capacity of the specified user in the user storage capacity usage table at the specified warehouse by: determining an index parameter value for allocating storage capacity for each user using the specified warehouse within a set time period, wherein the index parameter value comprises: one or more of the turnover rate of the business objects in the specified warehouse, the delay rate of the business objects in the specified warehouse and the frequency of the business objects in the specified warehouse; determining the weight value of each index parameter; according to the determined index parameter values and the corresponding weight values, determining the scores of the users in the specified warehouse; and determining the allocated warehouse capacity of the specified user in the specified warehouse according to the total warehouse capacity of the specified warehouse, the score of the specified user and the sum of the scores of the users in the specified warehouse.
Preferably, the query module 52 is further configured to, after the receiving module receives the query request message and before the bookable warehouse capacity determining module determines the bookable warehouse capacity, query the warehouse receiving capacity table and the warehouse capacity usage table, respectively, obtain the total receiving capacity and the occupied receiving capacity data of the warehouse at the date, and obtain the total warehouse capacity of the warehouse at the date, the occupied warehouse capacity of the warehouse business object, and the booked total warehouse capacity data of each user, where the warehouse receiving capacity table records the date, the identification of the warehouse, the total receiving capacity and the occupied receiving capacity, and the receiving capacity is expressed by the warehouse capacity; the warehouse capacity usage table records the date, the identification of the warehouse, the total warehouse capacity, the warehouse capacity occupied by the warehouse business object and the total reserved warehouse capacity of each user;
the reservable warehouse capacity determining module 53 is specifically configured to determine the reservable warehouse capacity of the user in the warehouse within the date according to the currently available receiving capacity of the warehouse, the currently available stock quantity of the warehouse, and the currently available allocated stock capacity of the user, where the currently available receiving capacity of the warehouse is obtained according to the obtained total receiving capacity and the obtained occupied receiving capacity; the current available inventory of the warehouse is obtained according to the obtained total inventory capacity, the obtained inventory capacity occupied by the warehouse service objects and the obtained total inventory capacity reserved by each user, and the current available allocation inventory capacity is obtained according to the obtained allocation inventory capacity, the obtained inventory capacity occupied by the warehouse service objects and the obtained user reservation inventory capacity.
Preferably, the reservable warehouse capacity determining module 53 is specifically configured to use a minimum value of the currently available receiving capacity of the warehouse, the currently available inventory amount of the warehouse, and the currently available allocated storage capacity of the user as the reservable warehouse capacity of the user in the warehouse within the date.
Fig. 6 is a second schematic structural diagram of an apparatus for querying reservable warehouse capacity of a business object according to an embodiment of the present application, and the second schematic structural diagram includes: a transmitting module 61 and a receiving module 62, wherein:
a sending module 61, configured to send an inquiry request message for reserving warehouse capacity to a logistics execution server, where the inquiry request message carries an identifier of a user, an identifier of a warehouse, and a date;
a receiving module 62, configured to receive an inquiry response message sent by the logistics execution server, where the inquiry response message carries a reservable warehouse capacity of the user in the warehouse within the date, where the reservable warehouse capacity is determined by the logistics execution server according to a distribution warehouse capacity, a warehouse occupied by a warehouse service object, and a user reservable warehouse capacity, and the distribution warehouse capacity, the warehouse occupied by the warehouse service object, and the user reservable warehouse capacity are obtained after the logistics execution server inquires a user warehouse capacity usage table, where the user warehouse capacity usage table records the date, an identifier of the user, an identifier of the warehouse, the distribution warehouse capacity, the warehouse occupied by the warehouse service object, and the user reservable warehouse capacity.
As shown in fig. 7, which is a schematic structural diagram of an apparatus for reserving a library for querying a business object according to an embodiment of the present application, the apparatus includes: a receiving module 71, a creating module 72 and a sending module 73, wherein:
a receiving module 71, configured to receive a reservation warehousing request sent by a user terminal, where the reservation warehousing request carries an identifier of a user, a reservation time, an identifier of a warehouse, and a reservable warehouse capacity that needs to be reserved, and the reservation time and the reservable warehouse capacity that needs to be reserved are determined according to a reservable warehouse capacity queried by the user terminal;
a creating module 72, configured to create and store a purchase warehousing entry by using the identifier of the user, the reservation time, the identifier of the warehouse, and the reservable warehouse capacity that needs to be reserved;
a sending module 73, configured to send a changed inventory instruction and the created purchase warehousing entry to the logistics execution server and the user terminal, respectively, where the changed inventory instruction carries the created purchase warehousing entry, so that the logistics server performs a modification operation on a user storage usage table by using the received purchase warehousing entry, where the user storage usage table records a date, an identifier of a user, an identifier of a warehouse, a library allocation capacity, a storage occupied capacity of an on-warehouse service object, and a user reservation storage capacity.
As shown in fig. 8, a second schematic structural diagram of a reservation loading apparatus for querying a business object according to an embodiment of the present application includes: a transmitting module 81 and a receiving module 82, wherein:
a sending module 81, configured to send an appointment warehousing request to a warehousing center server, where the appointment warehousing request carries an identifier of a user, an appointment time, an identifier of a warehouse, and an appointment-able warehouse capacity that needs to be reserved, and the appointment time and the appointment-able warehouse capacity that needs to be reserved are determined according to the inquired appointment-able warehouse capacity;
and the receiving module 82 is configured to receive a created purchase warehousing entry sent by the warehousing center server, where the purchase warehousing entry is created by the warehousing center server by using the identifier of the user, the reservation time, the identifier of the warehouse, and the bookable warehouse capacity required to be reserved.
As shown in fig. 9, it is a third schematic structural diagram of a reservation loading apparatus for querying a business object according to an embodiment of the present application, and includes: a listening module 91, a look-up module 92 and a modification module 93, wherein:
the monitoring module 91 is used for monitoring a changed inventory instruction sent by the storage center server;
the searching module 92 is configured to search, if the monitored inventory change indication carries a purchase warehousing order, a user reservation library capacity of the user in the reservation time of the warehouse in a user library capacity table according to an identifier of the user in the purchase warehousing order, reservation time, an identifier of the warehouse and a reservable warehouse capacity required to be reserved, where the user library capacity usage table records a date, an identifier of the user, an identifier of the warehouse, a distribution library capacity, a library capacity occupied by a warehouse service object and the user reservation library capacity;
and a modifying module 93, configured to perform a modifying operation on the determined user reservation storage capacity, and modify the sum of the searched user reservation storage capacity and the reservable warehouse capacity that needs to be reserved.
As shown in fig. 10, which is a schematic structural diagram of a reservation cancellation warehousing device for business objects according to an embodiment of the present application, the reservation cancellation warehousing device includes: a receiving module 1001, a searching module 1002, an adding module 1003 and a sending module 1004, wherein:
a receiving module 1001, configured to receive a reservation-cancelling warehousing request sent by a user terminal, where the reservation-cancelling warehousing request carries a purchase warehousing entry number;
the searching module 1002 is configured to search, from the stored purchasing warehousing entry, a purchasing warehousing entry with a same number as the purchasing warehousing entry carried in the reservation canceling request, where the purchasing warehousing entry includes an identifier of the user, reservation time, an identifier of the warehouse, and a reservable warehouse capacity to be reserved;
an adding module 1003, configured to add a reservation canceling mark to the found purchase warehousing entry;
a sending module 1004, configured to send a changed inventory instruction and a reservation-cancelled warehousing response to the logistics execution server and the user terminal, where the changed inventory instruction carries a purchase warehousing entry added with a reservation-cancelled mark, so that the logistics server performs a modification operation on a user storage usage table by using the received marked purchase warehousing entry, where the user storage usage table records a date, a user identifier, a warehouse identifier, a library capacity allocation, a storage capacity occupied by a warehouse service object, and a user reservation-cancelled warehousing response, and the reservation-cancelled warehousing response carries cancellation result information.
As shown in fig. 11, a second schematic structural diagram of a reservation cancellation warehousing device for business objects according to an embodiment of the present application includes: a sending module 1101 and a receiving module 1102, wherein:
a sending module 1101, configured to send a reservation-canceling warehousing request to a warehousing center server, where the reservation-canceling warehousing request carries a purchase warehousing entry number, so that the warehousing center server sends a change inventory instruction to a logistics execution server according to the purchase warehousing entry number, where the change inventory instruction carries a purchase warehousing entry to which a reservation-canceling mark is added; the purchase warehousing list comprises the identification of the user, the reservation time, the identification of the warehouse and the reserved warehouse capacity needing reservation;
the receiving module 1102 is configured to receive a reservation-cancelling warehousing response sent by the warehousing center server, where the reservation-cancelling warehousing response carries cancellation result information.
As shown in fig. 12, it is a third schematic structural diagram of a reservation cancellation warehousing device for business objects according to an embodiment of the present application, and includes: a listening module 1201, a searching module 1202 and a modifying module 1203, wherein:
a monitoring module 1201, configured to monitor a changed inventory instruction sent by a storage center server;
a searching module 1202, configured to search, according to an identifier of a user in the purchase warehousing entry added with the reservation canceling mark, a reservation time, an identifier of the warehouse, and a reservable warehouse capacity that needs to be reserved, a user reservation warehouse capacity of the user in the reservation time of the warehouse in a user warehouse capacity table if the monitored inventory change indication carries the purchase warehousing entry added with the reservation canceling mark, where the user warehouse capacity usage table records a date, the identifier of the user, the identifier of the warehouse, a distribution warehouse capacity, a warehouse capacity occupied by a warehouse business object, and the user reservation warehouse capacity;
a modifying module 1203, configured to perform a modifying operation on the determined user reservation storage capacity, and modify a difference obtained by a difference between the searched user reservation storage capacity and a reservable warehouse capacity that needs to be reserved.
The functions of the modules may correspond to the corresponding processing steps included in each process of the method for querying the reservable warehouse capacity of the business object, the method for reserving and warehousing the business object, and the method for canceling the reservable warehousing the business object, which are not described herein again.
The device for inquiring the reservable warehouse capacity of the business object, the device for reserving and warehousing the business object and the device for canceling the reservation and warehousing the business object, which are provided by the embodiment of the application, can be realized by computer programs. It should be understood by those skilled in the art that the above-mentioned division of the modules is only one of many divisions of the modules, and if the modules are divided into other modules or not divided, the device with the above-mentioned functions should be within the protection scope of the present application.
Moreover, the reservable warehouse capacity inquiring device, the reservation warehousing device aiming at the business object and the reservation warehousing cancellation device aiming at the business object also have functional modules described by the reservable warehouse capacity inquiring method, the reservation warehousing method aiming at the business object and the reservation warehousing cancellation method aiming at the business object, which are not described herein again.
Through the above description of the embodiments, it is clear to those skilled in the art that the embodiments of the present invention may be implemented by hardware, or by software plus a necessary general hardware platform. Based on such understanding, the technical solutions of the embodiments of the present invention may be embodied in the form of a software product, which may be stored in a non-volatile storage medium (which may be a CD-ROM, a usb disk, a removable hard disk, etc.), and includes several instructions for enabling a computer device (which may be a personal computer, a server, or a network device, etc.) to execute the methods according to the embodiments of the present invention.
Those skilled in the art will appreciate that the drawings are merely schematic representations of one preferred embodiment and that the blocks or flow diagrams in the drawings are not necessarily required to practice the present invention.
Those skilled in the art can understand that the modules in the terminal in the embodiment can be distributed in the terminal in the embodiment according to the description of the embodiment, and can also be located in one or more terminals different from the embodiment with corresponding changes. The modules of the above embodiments may be combined into one module, or further split into multiple sub-modules.
The above-mentioned serial numbers of the embodiments of the present invention are merely for description and do not represent the merits of the embodiments.
It will be apparent to those skilled in the art that various changes and modifications may be made in the present invention without departing from the spirit and scope of the invention. Thus, if such modifications and variations of the present invention fall within the scope of the claims of the present invention and their equivalents, the present invention is also intended to include such modifications and variations.

Claims (22)

1. A method for querying reservable warehouse capacity of a business object, comprising:
the logistics execution server receives an inquiry request message aiming at the reserved warehouse capacity sent by a user terminal, wherein the inquiry request message carries an identification of a user, an identification of a warehouse and a date;
inquiring a user storage capacity usage table to obtain the distribution storage capacity of the user in the warehouse, the storage capacity occupied by the warehouse service object and the user reservation storage capacity in the date, wherein the user storage capacity usage table records the date, the user identification, the warehouse identification, the distribution storage capacity, the storage capacity occupied by the warehouse service object and the user reservation storage capacity;
determining the reservable warehouse capacity of the user in the warehouse within the date according to the obtained allocated warehouse capacity, the warehouse capacity occupied by the business object in the warehouse and the reservation warehouse capacity of the user;
and sending an inquiry response message to the user terminal, wherein the inquiry response message carries the bookable warehouse capacity of the user in the warehouse within the date.
2. The method of claim 1, wherein the allocated pool capacity of the user specified in the user pool capacity usage table at the specified repository is determined by:
determining an index parameter value for allocating storage capacity for each user using the specified warehouse within a set time period, wherein the index parameter value comprises: one or more of the turnover rate of the business objects in the specified warehouse, the delay rate of the business objects in the specified warehouse and the frequency of the business objects in the specified warehouse;
determining the weight value of each index parameter;
according to the determined index parameter values and the corresponding weight values, determining the scores of the users in the specified warehouse;
and determining the allocated warehouse capacity of the specified user in the specified warehouse according to the total warehouse capacity of the specified warehouse, the score of the specified user and the score of each user in the specified warehouse.
3. The method as claimed in claim 1, wherein after the logistics execution server receives the query request message for reservable warehouse capacity sent by the user terminal, the method determines that the reservable warehouse capacity of the user in the warehouse within the date is before according to the obtained allocated warehouse capacity, the warehouse capacity occupied by the warehouse service object and the reserved warehouse capacity of the user, the method further comprises:
respectively inquiring a warehouse receiving capacity table and a warehouse capacity usage table to obtain the data of the total receiving capacity and the occupied receiving capacity of the warehouse on the date, and obtaining the data of the total warehouse capacity, the occupied warehouse capacity of the warehouse business object and the reserved total warehouse capacity of each user of the warehouse on the date, wherein the warehouse receiving capacity table records the date, the identification of the warehouse, the total receiving capacity and the occupied receiving capacity, and the receiving capacity is expressed by the warehouse capacity; the warehouse capacity usage table records the date, the identification of the warehouse, the total warehouse capacity, the warehouse capacity occupied by the warehouse business object and the total reserved warehouse capacity of each user;
determining the reservable warehouse capacity of the user in the warehouse in the date according to the obtained allocated warehouse capacity, the warehouse capacity occupied by the warehouse business object and the user reservation warehouse capacity, and the method comprises the following steps:
determining the bookable warehouse capacity of the user in the warehouse within the date according to the current available receiving capacity of the warehouse, the current available inventory amount of the warehouse and the current available allocated storage capacity of the user, wherein the current available receiving capacity of the warehouse is obtained according to the obtained total receiving capacity and the obtained occupied receiving capacity; the current available inventory of the warehouse is obtained according to the obtained total inventory capacity, the obtained inventory capacity occupied by the warehouse service objects and the obtained total inventory capacity reserved by each user, and the current available allocation inventory capacity is obtained according to the obtained allocation inventory capacity, the obtained inventory capacity occupied by the warehouse service objects and the obtained user reservation inventory capacity.
4. The method of claim 3, wherein determining the subscriber's reservable warehouse capacity within the warehouse during the date based on the currently available receiving capacity of the warehouse, the currently available inventory amount of the warehouse, and the currently available allocated capacity of the subscriber comprises:
and taking the minimum value of the currently available receiving capacity of the warehouse, the currently available stock quantity of the warehouse and the currently available allocated storage capacity of the user as the bookable warehouse capacity of the user in the warehouse in the date.
5. A reservation warehousing method for business objects is characterized by comprising the following steps:
the storage center server receives a reservation warehousing request sent by a user terminal, wherein the reservation warehousing request carries an identification of a user, reservation time, an identification of a warehouse and the capacity of a reservable warehouse needing to be reserved, and the reservation time and the capacity of the reservable warehouse needing to be reserved are determined according to the capacity of the reservable warehouse inquired by the user terminal;
creating and storing a purchase warehousing entry by using the identification of the user, the reservation time, the identification of the warehouse and the reserved warehouse capacity required to be reserved;
respectively sending a change inventory instruction and the created purchase warehousing entry to a logistics execution server and a user terminal, wherein the change inventory instruction carries the created purchase warehousing entry so that the logistics server executes modification operation on a user storage capacity usage table by using the received purchase warehousing entry, and the user storage capacity usage table records date, user identification, warehouse identification, allocated storage capacity, storage capacity occupied by a warehouse-in service object and user reserved storage capacity;
the reserved warehouse capacity inquired by the user terminal is determined by the logistics execution server according to the allocated warehouse capacity, the warehouse capacity occupied by the warehouse service object and the reserved warehouse capacity of the user, and the allocated warehouse capacity, the warehouse capacity occupied by the warehouse service object and the reserved warehouse capacity of the user are obtained after the logistics execution server inquires a user warehouse capacity use table.
6. A reservation cancellation and warehousing method for a business object is characterized by comprising the following steps:
a storage center server receives an appointment-canceling warehousing request sent by a user terminal, wherein the appointment-canceling warehousing request carries a purchasing warehousing entry number;
searching a purchase warehousing entry with the same number as the purchase warehousing entry carried in the reservation canceling request from the stored purchase warehousing entry, wherein the purchase warehousing entry comprises an identification of a user, reservation time, an identification of a warehouse and a reserved warehouse capacity required to be reserved;
adding a reservation canceling mark to the searched purchase warehousing list;
respectively sending a changed inventory instruction and a reservation-canceling warehousing response to the logistics execution server and the user terminal, wherein the changed inventory instruction carries a purchase warehousing entry added with a reservation-canceling mark, so that the logistics server executes modification operation on a user storage capacity usage table by using the received marked purchase warehousing entry, the user storage capacity usage table records date, user identification, warehouse identification, allocated storage capacity, storage capacity occupied by a warehouse service object and user reservation storage capacity, and the reservation-canceling warehousing response carries cancellation result information;
the reservation-required warehouse capacity is determined according to the reservation-required warehouse capacity inquired by the user terminal, the reservation-required warehouse capacity inquired by the user terminal is determined by the logistics execution server according to the distribution warehouse capacity, the warehouse occupied capacity of the warehouse service object and the reservation-required warehouse capacity of the user, and the distribution warehouse capacity, the warehouse occupied capacity of the warehouse service object and the reservation-required warehouse capacity of the user are obtained after the logistics execution server inquires the use table of the user warehouse capacity.
7. A method for querying reservable warehouse capacity of a business object, comprising:
a user terminal sends a query request message aiming at the capacity of a reservable warehouse to a logistics execution server, wherein the query request message carries an identifier of a user, an identifier of the warehouse and a date;
receiving an inquiry response message sent by the logistics execution server, wherein the inquiry response message carries the reservable warehouse capacity of the user in the warehouse within the date, the reservable warehouse capacity is determined by the logistics execution server according to the allocated warehouse capacity, the warehouse occupied capacity of the warehouse service object and the reserved warehouse capacity of the user, and the allocated warehouse capacity, the warehouse occupied capacity of the warehouse service object and the reserved warehouse capacity of the user are obtained after the logistics execution server inquires a user warehouse capacity usage table, wherein the user warehouse capacity usage table records the date, the user identification, the warehouse identification, the allocated warehouse capacity, the warehouse occupied capacity of the warehouse service object and the reserved warehouse capacity of the user.
8. A reservation warehousing method for business objects is characterized by comprising the following steps:
a user terminal sends a reservation warehousing request to a warehousing center server, wherein the reservation warehousing request carries an identification of a user, reservation time, an identification of a warehouse and reservation-capable warehouse capacity required to be reserved, and the reservation time and the reservation-capable warehouse capacity required to be reserved are determined according to the inquired reservation-capable warehouse capacity;
receiving a created purchase warehousing entry sent by a warehousing center server, wherein the purchase warehousing entry is created by the warehousing center server by utilizing the identification of the user, the reservation time, the identification of the warehouse and the reserved warehouse capacity needing reservation;
the reserved warehouse capacity inquired by the user terminal is determined by the logistics execution server according to the allocated warehouse capacity, the warehouse capacity occupied by the warehouse service object and the reserved warehouse capacity of the user, and the allocated warehouse capacity, the warehouse capacity occupied by the warehouse service object and the reserved warehouse capacity of the user are obtained after the logistics execution server inquires a user warehouse capacity use table.
9. A reservation warehousing method for business objects is characterized by comprising the following steps:
the logistics execution server monitors a changed inventory instruction sent by the storage center server;
if the monitored inventory change indication carries a purchase warehousing order, searching the user reservation warehouse capacity of the user in the reservation time of the warehouse in a user warehouse capacity table according to the user identification, the reservation time, the warehouse identification and the reservation-capable warehouse capacity needing reservation in the purchase warehousing order, wherein the user warehouse capacity usage table records the date, the user identification, the warehouse identification, the distribution warehouse capacity, the warehouse occupied capacity of the warehouse business object and the user reservation warehouse capacity;
executing modification operation on the determined user reservation storage capacity, and modifying the user reservation storage capacity into a sum value obtained by summing the searched user reservation storage capacity and the reservation-available storage capacity required to be reserved;
the reservation-required warehouse capacity is determined according to the reservation-required warehouse capacity inquired by the user terminal, the reservation-required warehouse capacity inquired by the user terminal is determined by the logistics execution server according to the distribution warehouse capacity, the warehouse occupied capacity of the warehouse service object and the reservation-required warehouse capacity of the user, and the distribution warehouse capacity, the warehouse occupied capacity of the warehouse service object and the reservation-required warehouse capacity of the user are obtained after the logistics execution server inquires the use table of the user warehouse capacity.
10. A reservation cancellation and warehousing method for a business object is characterized by comprising the following steps:
a user terminal sends a reservation-cancelling warehousing request to a warehousing center server, wherein the reservation-cancelling warehousing request carries a purchase warehousing entry number, so that the warehousing center server sends a change inventory instruction to a logistics execution server according to the purchase warehousing entry number, and the change inventory instruction carries a purchase warehousing entry added with a reservation-cancelling mark; the purchase warehousing list comprises an identification of a user, reservation time, an identification of a warehouse and a reservable warehouse capacity needing to be reserved;
receiving an appointment cancellation warehousing response sent by a warehousing center server, wherein the appointment cancellation warehousing response carries cancellation result information;
the reservation-capable warehouse capacity required to be reserved is determined according to the reservation-capable warehouse capacity inquired by the user terminal, the reservation-capable warehouse capacity inquired by the user terminal is determined by the logistics execution server according to the distribution warehouse capacity, the warehouse occupied capacity of the warehouse business object in the warehouse and the reservation-capable warehouse capacity of the user, and the distribution warehouse capacity, the warehouse occupied capacity of the warehouse business object in the warehouse and the reservation-capable warehouse capacity of the user are obtained after the logistics execution server inquires a user warehouse capacity usage table; the user storage capacity usage table records date, user identification, warehouse identification, allocated storage capacity, storage capacity occupied by the warehouse business object and user reserved storage capacity.
11. A reservation cancellation and warehousing method for a business object is characterized by comprising the following steps:
the logistics execution server monitors a changed inventory instruction sent by the storage center server;
if the monitored inventory change indication carries a purchase warehousing entry added with a cancellation reservation mark, searching the user reservation storage capacity of the user in the reservation time of the warehouse in a user storage capacity table according to the user identification, the reservation time, the warehouse identification and the reservation-capable warehouse capacity needing reservation in the purchase warehousing entry added with the cancellation reservation mark, wherein the date, the user identification, the warehouse identification, the distribution warehouse capacity, the warehouse occupied capacity of the warehouse business object in the warehouse and the user reservation storage capacity are recorded in the user storage capacity use table;
executing modification operation on the determined user reservation warehouse capacity, and modifying the user reservation warehouse capacity to be a difference value obtained by the difference between the searched user reservation warehouse capacity and the reserved warehouse capacity needing reservation;
the reservation-required warehouse capacity is determined according to the reservation-required warehouse capacity inquired by the user terminal, the reservation-required warehouse capacity inquired by the user terminal is determined by the logistics execution server according to the distribution warehouse capacity, the warehouse occupied capacity of the warehouse service object and the reservation-required warehouse capacity of the user, and the distribution warehouse capacity, the warehouse occupied capacity of the warehouse service object and the reservation-required warehouse capacity of the user are obtained after the logistics execution server inquires the use table of the user warehouse capacity.
12. An apparatus for querying reservable warehouse capacity of a business object, comprising:
the system comprises a receiving module, a sending module and a receiving module, wherein the receiving module is used for receiving a query request message which is sent by a user terminal and aims at the capacity of a reservable warehouse, and the query request message carries an identification of a user, an identification of the warehouse and a date;
the query module is used for querying a user storage capacity usage table to obtain the distribution storage capacity of the user in the warehouse, the storage capacity occupied by the warehouse service object and the user reservation storage capacity in the date, wherein the user storage capacity usage table records the date, the user identification, the warehouse identification, the distribution storage capacity, the storage capacity occupied by the warehouse service object and the user reservation storage capacity;
the reservable warehouse capacity determining module is used for determining the reservable warehouse capacity of the user in the warehouse in the date according to the obtained allocated warehouse capacity, the warehouse capacity occupied by the warehouse business object and the user reservation warehouse capacity;
and the sending module is used for sending an inquiry response message to the user terminal, wherein the inquiry response message carries the bookable warehouse capacity of the user in the warehouse within the date.
13. The apparatus of claim 12, wherein the apparatus further comprises:
the allocation base capacity determining module is used for determining the allocation base capacity of the specified user in the specified warehouse in the user base capacity using table in the following way: determining an index parameter value for allocating storage capacity for each user using the specified warehouse within a set time period, wherein the index parameter value comprises: one or more of the turnover rate of the business objects in the specified warehouse, the delay rate of the business objects in the specified warehouse and the frequency of the business objects in the specified warehouse; determining the weight value of each index parameter; according to the determined index parameter values and the corresponding weight values, determining the scores of the users in the specified warehouse; and determining the allocated warehouse capacity of the specified user in the specified warehouse according to the total warehouse capacity of the specified warehouse, the score of the specified user and the sum of the scores of the users in the specified warehouse.
14. The apparatus of claim 12, wherein the query module is further configured to query a warehouse capacity table and a warehouse capacity usage table, respectively, to obtain total capacity and occupied capacity data of the warehouse at the date, and to obtain total capacity, occupied capacity of the warehouse at the warehouse business object, and reserved total capacity data for each user of the warehouse at the date, after the receiving module receives the query request message and before the reservable warehouse capacity determining module determines the reservable warehouse capacity, wherein the warehouse capacity table records the date, the identification of the warehouse, the total capacity and the occupied capacity, and the capacity is expressed in terms of the warehouse capacity; the warehouse capacity usage table records the date, the identification of the warehouse, the total warehouse capacity, the warehouse capacity occupied by the warehouse business object and the total reserved warehouse capacity of each user;
an appointment-able warehouse capacity determination module, configured to determine, according to the current available receiving capacity of the warehouse, the current available inventory amount of the warehouse, and the current available allocated storage capacity of the user, an appointment-able warehouse capacity of the user in the warehouse within the date, where the current available receiving capacity of the warehouse is obtained according to the obtained total receiving capacity and the obtained occupied receiving capacity; the current available inventory of the warehouse is obtained according to the obtained total inventory capacity, the obtained inventory capacity occupied by the warehouse service objects and the obtained total inventory capacity reserved by each user, and the current available allocation inventory capacity is obtained according to the obtained allocation inventory capacity, the obtained inventory capacity occupied by the warehouse service objects and the obtained user reservation inventory capacity.
15. The apparatus according to claim 14, wherein the reservable warehouse capacity determination module is specifically configured to use a minimum of a currently available receiving capacity of the warehouse, a currently available inventory amount of the warehouse, and a currently available allocated inventory amount of the user as the reservable warehouse capacity of the user within the warehouse within the date.
16. A reservation warehousing apparatus for business objects, comprising:
the system comprises a receiving module, a storage module and a storage module, wherein the receiving module is used for receiving a reservation warehousing request sent by a user terminal, the reservation warehousing request carries an identification of a user, reservation time, an identification of a warehouse and the capacity of a reservable warehouse which needs to be reserved, and the reservation time and the capacity of the reservable warehouse which needs to be reserved are determined according to the capacity of the reservable warehouse inquired by the user terminal;
the creating module is used for creating and storing a purchasing warehousing list by utilizing the identification of the user, the reservation time, the identification of the warehouse and the reserved warehouse capacity needing reservation;
the sending module is used for sending a changed inventory instruction and the created purchasing warehousing list to the logistics execution server and the user terminal respectively, wherein the changed inventory instruction carries the created purchasing warehousing list so that the logistics server can utilize the received purchasing warehousing list to modify a user storage capacity usage table, and the user storage capacity usage table records date, user identification, warehouse identification, allocated storage capacity, storage capacity occupied by the warehouse-in service object and user reserved storage capacity;
the reserved warehouse capacity inquired by the user terminal is determined by the logistics execution server according to the allocated warehouse capacity, the warehouse capacity occupied by the warehouse service object and the reserved warehouse capacity of the user, and the allocated warehouse capacity, the warehouse capacity occupied by the warehouse service object and the reserved warehouse capacity of the user are obtained after the logistics execution server inquires a user warehouse capacity use table.
17. A reservation cancellation warehousing apparatus for business objects, comprising:
the system comprises a receiving module, a storage module and a storage module, wherein the receiving module is used for receiving a reservation-cancelling storage-in request sent by a user terminal, and the reservation-cancelling storage-in request carries a purchase storage-in order number;
the searching module is used for searching the purchase warehousing entry with the same number as that of the purchase warehousing entry carried in the reservation canceling request from the stored purchase warehousing entry, wherein the purchase warehousing entry comprises the identification of a user, the reservation time, the identification of a warehouse and the reserved warehouse capacity required to be reserved;
the adding module is used for adding a reservation canceling mark to the searched purchasing warehousing list;
a sending module, configured to send a stock change instruction and a reservation-cancelled warehousing response to the logistics execution server and the user terminal, where the stock change instruction carries a purchase warehousing entry added with a reservation-cancelled mark, so that the logistics server performs a modification operation on a user storage capacity usage table by using the received marked purchase warehousing entry, where the user storage capacity usage table records a date, a user identifier, a warehouse identifier, a distributed storage capacity, a storage capacity occupied by a warehouse service object, and a user reservation-cancelled storage capacity, and the reservation-cancelled warehousing response carries cancellation result information;
the reservation-required warehouse capacity is determined according to the reservation-required warehouse capacity inquired by the user terminal, the reservation-required warehouse capacity inquired by the user terminal is determined by the logistics execution server according to the distribution warehouse capacity, the warehouse occupied capacity of the warehouse service object and the reservation-required warehouse capacity of the user, and the distribution warehouse capacity, the warehouse occupied capacity of the warehouse service object and the reservation-required warehouse capacity of the user are obtained after the logistics execution server inquires the use table of the user warehouse capacity.
18. An apparatus for querying reservable warehouse capacity of a business object, comprising:
the system comprises a sending module, a receiving module and a sending module, wherein the sending module is used for sending an inquiry request message aiming at the capacity of a reservable warehouse to a logistics execution server, and the inquiry request message carries an identifier of a user, an identifier of the warehouse and a date;
a receiving module, configured to receive an inquiry response message sent by the logistics execution server, where the inquiry response message carries a reservable warehouse capacity of the user in the warehouse within the date, where the reservable warehouse capacity is determined by the logistics execution server according to a distribution warehouse capacity, a warehouse occupied by a warehouse service object, and a user reservable warehouse capacity, and the distribution warehouse capacity, the warehouse occupied by the warehouse service object, and the user reservable warehouse capacity are obtained by the logistics execution server inquiring a user library capacity usage table, where the user library capacity usage table records the date, an identifier of the user, an identifier of the warehouse, the distribution warehouse capacity, the warehouse occupied by the warehouse service object, and the user reservable warehouse capacity.
19. A reservation warehousing apparatus for business objects, comprising:
the system comprises a sending module, a storage center server and a storage management module, wherein the sending module is used for sending an appointment warehousing request to the storage center server, the appointment warehousing request carries an identification of a user, an appointment time, an identification of a warehouse and an appointment-able warehouse capacity required to be reserved, and the appointment time and the appointment-able warehouse capacity required to be reserved are determined according to the inquired appointment-able warehouse capacity;
the receiving module is used for receiving a created purchasing warehousing entry sent by the warehousing center server, wherein the purchasing warehousing entry is created by the warehousing center server by utilizing the identification of the user, the reservation time, the identification of the warehouse and the reserved warehouse capacity required to be reserved;
the reserved warehouse capacity inquired by the user terminal is determined by the logistics execution server according to the allocated warehouse capacity, the warehouse capacity occupied by the warehouse service object and the user reserved warehouse capacity, the allocated warehouse capacity, the warehouse capacity occupied by the warehouse service object and the user reserved warehouse capacity are obtained after the logistics execution server inquires a user warehouse capacity usage table, and the user warehouse capacity usage table records the date, the user identification, the warehouse identification, the allocated warehouse capacity, the warehouse capacity occupied by the warehouse service object and the user reserved warehouse capacity.
20. A reservation warehousing apparatus for business objects, comprising:
the monitoring module is used for monitoring a changed inventory instruction sent by the storage center server;
the searching module is used for searching the user reservation library capacity of the user in the reservation time of the warehouse in a user library capacity table according to the user identification, the reservation time, the warehouse identification and the reservation-capable warehouse capacity needing reservation in the purchase warehousing order if the purchase warehousing order is carried in the monitored inventory change indication, wherein the date, the user identification, the warehouse identification, the distribution library capacity, the warehouse occupied capacity of the warehouse business object and the user reservation library capacity are recorded in the user library capacity use table;
the modification module is used for executing modification operation on the determined user reservation library capacity and modifying the sum of the searched user reservation library capacity and the sum of the reserved warehouse capacity needing to be reserved;
the reservation-required warehouse capacity is determined according to the reservation-required warehouse capacity inquired by the user terminal, the reservation-required warehouse capacity inquired by the user terminal is determined by the logistics execution server according to the distribution warehouse capacity, the warehouse occupied capacity of the warehouse service object and the reservation-required warehouse capacity of the user, and the distribution warehouse capacity, the warehouse occupied capacity of the warehouse service object and the reservation-required warehouse capacity of the user are obtained after the logistics execution server inquires the use table of the user warehouse capacity.
21. A reservation cancellation warehousing apparatus for business objects, comprising:
the system comprises a sending module, a storage center server and a storage management module, wherein the sending module is used for sending a reservation-cancelling warehousing request to the storage center server, and the reservation-cancelling warehousing request carries a purchase warehousing entry number, so that the storage center server sends a change inventory instruction to a logistics execution server according to the purchase warehousing entry number, and the change inventory instruction carries a purchase warehousing entry added with a reservation-cancelling mark; the purchase warehousing list comprises an identification of a user, reservation time, an identification of a warehouse and a reservable warehouse capacity needing to be reserved;
the system comprises a receiving module, a storage center server and a storage management module, wherein the receiving module is used for receiving an appointment cancellation warehousing response sent by the storage center server, and the appointment cancellation warehousing response carries cancellation result information;
the reservation-required warehouse capacity is determined according to the reservation-required warehouse capacity inquired by the user terminal, the reservation-required warehouse capacity inquired by the user terminal is determined by the logistics execution server according to the distribution warehouse capacity, the warehouse occupied capacity of the warehouse service object and the reservation-required warehouse capacity of the user, and the distribution warehouse capacity, the warehouse occupied capacity of the warehouse service object and the reservation-required warehouse capacity of the user are obtained after the logistics execution server inquires the use table of the user warehouse capacity.
22. A reservation cancellation warehousing apparatus for business objects, comprising:
the monitoring module is used for monitoring a changed inventory instruction sent by the storage center server;
the searching module is used for searching the user reservation warehouse capacity of the user in the reservation time of the warehouse in a user warehouse capacity table according to the identification of the user in the purchase warehouse entry added with the reservation canceling mark, the reservation time, the identification of the warehouse and the reserved warehouse capacity required to be reserved if the monitored inventory change indication carries the purchase warehouse entry added with the reservation canceling mark, wherein the date, the identification of the user, the identification of the warehouse, the allocated warehouse capacity, the warehouse capacity occupied by the warehouse business object in the warehouse and the user reservation warehouse capacity are recorded in the user warehouse capacity table;
the modification module is used for executing modification operation on the determined user reservation warehouse capacity and modifying the determined user reservation warehouse capacity into a difference value obtained by the difference between the searched user reservation warehouse capacity and the reserved warehouse capacity needing to be reserved;
the reservation-required warehouse capacity is determined according to the reservation-required warehouse capacity inquired by the user terminal, the reservation-required warehouse capacity inquired by the user terminal is determined by the logistics execution server according to the distribution warehouse capacity, the warehouse occupied capacity of the warehouse service object and the reservation-required warehouse capacity of the user, and the distribution warehouse capacity, the warehouse occupied capacity of the warehouse service object and the reservation-required warehouse capacity of the user are obtained after the logistics execution server inquires the use table of the user warehouse capacity.
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Families Citing this family (12)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN107748975A (en) * 2017-10-09 2018-03-02 重庆长安民生物流股份有限公司 Warehouse storage area computation method, acquisition methods and Warehouse Establishing method
CN110163382A (en) * 2018-02-12 2019-08-23 北京京东尚科信息技术有限公司 Information generating method and device
CN110276568B (en) * 2018-03-15 2024-01-19 阿里巴巴集团控股有限公司 Warehouse entry resource allocation method and device and computer system
CN109191043A (en) * 2018-08-28 2019-01-11 深圳市鼎昇贸易有限公司 Depot area distribution method and Related product
JP6644309B1 (en) * 2019-05-08 2020-02-12 株式会社大正スカイビル Information processing equipment for rental space
CN111754154B (en) * 2019-10-29 2024-03-08 北京京东尚科信息技术有限公司 Information processing method and device, storage medium and electronic equipment
CN113032650B (en) * 2019-12-09 2023-05-19 天津光电通信技术有限公司 Library book management method, library book management device, library book management server and library book management storage medium
CN113435806A (en) * 2020-03-23 2021-09-24 北京沃东天骏信息技术有限公司 Goods distribution method, device, equipment and storage medium
CN113762549B (en) * 2020-08-17 2024-03-01 北京京东振世信息技术有限公司 Processing method, device and storage medium for reserving warehouse delivery
CN112101881B (en) * 2020-11-16 2021-02-19 杭州景业智能科技股份有限公司 Intelligent storage position allocation method and device, computer equipment and storage medium
CN113470279B (en) * 2021-07-05 2023-04-07 中国工商银行股份有限公司 Method, apparatus, electronic device, and medium for reservation and distribution of financial product
CN116342043A (en) * 2023-05-26 2023-06-27 北京京东振世信息技术有限公司 Goods warehouse-in method, device, system and storage medium

Citations (10)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN101340535A (en) * 2007-07-02 2009-01-07 索尼株式会社 Recording control apparatus and recording system
CN102243689A (en) * 2011-04-28 2011-11-16 大连亿创天地科技发展有限公司 Method and system for online booking for sickbeds based on internet
CN102881184A (en) * 2011-07-10 2013-01-16 方文淋 System for remotely inquiring and reserving parking spaces of parking lots
CN103531039A (en) * 2013-09-23 2014-01-22 季立 Parking space reservation method of parking lot
CN103745265A (en) * 2014-01-17 2014-04-23 深圳市凯伦圣科技有限公司 Vehicle maintenance appointment method and system
CN104318376A (en) * 2014-10-22 2015-01-28 沈阳化工大学 Library information management system
CN104933890A (en) * 2015-06-04 2015-09-23 四川五新智能设备有限公司 Parking lot management system and parking reservation method
CN105185149A (en) * 2015-07-14 2015-12-23 大连海事大学 Parking lot parking space reservation and navigation system
CN105206095A (en) * 2015-08-20 2015-12-30 成都市微泊科技有限公司 Parking lot parking place information query and reservation system
CN105260909A (en) * 2015-09-29 2016-01-20 无锡高联信息技术有限公司 Hotel service system and hotel information acquiring method

Family Cites Families (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN101101648A (en) * 2007-07-30 2008-01-09 深圳市融合视讯科技有限公司 Parking lot booking system and its use method
US20150149540A1 (en) * 2013-11-22 2015-05-28 Dell Products, L.P. Manipulating Audio and/or Speech in a Virtual Collaboration Session

Patent Citations (10)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN101340535A (en) * 2007-07-02 2009-01-07 索尼株式会社 Recording control apparatus and recording system
CN102243689A (en) * 2011-04-28 2011-11-16 大连亿创天地科技发展有限公司 Method and system for online booking for sickbeds based on internet
CN102881184A (en) * 2011-07-10 2013-01-16 方文淋 System for remotely inquiring and reserving parking spaces of parking lots
CN103531039A (en) * 2013-09-23 2014-01-22 季立 Parking space reservation method of parking lot
CN103745265A (en) * 2014-01-17 2014-04-23 深圳市凯伦圣科技有限公司 Vehicle maintenance appointment method and system
CN104318376A (en) * 2014-10-22 2015-01-28 沈阳化工大学 Library information management system
CN104933890A (en) * 2015-06-04 2015-09-23 四川五新智能设备有限公司 Parking lot management system and parking reservation method
CN105185149A (en) * 2015-07-14 2015-12-23 大连海事大学 Parking lot parking space reservation and navigation system
CN105206095A (en) * 2015-08-20 2015-12-30 成都市微泊科技有限公司 Parking lot parking place information query and reservation system
CN105260909A (en) * 2015-09-29 2016-01-20 无锡高联信息技术有限公司 Hotel service system and hotel information acquiring method

Non-Patent Citations (2)

* Cited by examiner, † Cited by third party
Title
"A novel capacity maximization scheme for multimedia wireless ATM systems providing QoS guarantees for handoffs";Jongho Bang et al.;《IEEE Conference on Vehicular Technology》;20020806;第1747-1751页 *
"仓储企业仓库管理信息系统的分析与设计";段李杰;《万方学术期刊数据库》;20110328;第1-42页 *

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