JPH0295604A - Delivery reservation system - Google Patents

Abstract

PURPOSE:To avoid the concentration of the processing by storing the total stock with a stock table and providing a delivery reservation table for storaging the delivery reservation information so as to reserve the delivery in a delivery reservation system of the warehouse business. CONSTITUTION:When the delivery reservation command is input to an input to an input device 1, the virtual total stock of the appropriate warehousing number is read out from the first memory 3 and is compared to check with the delivery quantity. If the virtual total stock is large, the value obtained by deducting the delivery quantity from the virtual total stock is housed to the original position through a write device 5, and the delivery reservation command information is further housed to the second memory 4 through the write device 5 so as to receive the delivery reservation. About the total stock on the stock table, in the first processing of everyday, the warehousing number and the delivery quantity of that day as a delivery day are read out from the delivery reservation table of the memory 4 through the read out device 6, and the total stick of the appropriate warehousing number on the stock table of the memory 3 is read out from the read out device 6 so as to house (the total stock - the delivery quantity).

Description

[Detailed description of the invention] [Industrial application field] The present invention relates to a delivery reservation system for warehouse operations.

[Conventional technology]

Conventionally, when unloading incoming cargo, in synchronization with the unloading instruction,
The shipping process is carried out on the computer, and at the same time, the actual shipping of received cargo is also being carried out. That is, as shown in Fig. 2, at the time when the received cargo (or a part thereof) should be dispatched, an instruction is given to the computer system for dispatch, and if the quantity in stock is greater than the quantity to be dispatched, the quantity in stock is updated; An instruction is given to the worker to allow the actual incoming cargo (or part of it) to be removed from the warehouse.

[Problem to be solved by the invention]

In the conventional warehouse processing described above, if the number of deliveries is concentrated at a certain time, there will be an operational problem, and it is necessary to construct a system that can satisfy the computer capacity at the time when the number of deliveries is concentrated. In particular, in the warehousing industry, the amount of storage and other handling
It is customary for processing to be carried out every day or 15th, and therefore processing is concentrated on the 10th, 15th, 20th, and 31st (last day) of each month. Furthermore, when a reservation is made for delivery, the item for which the reservation has been made writes a memo in the ledger and enters the delivery entry on the designated day, placing a burden on the operator.

[Means to solve the problem]

In order to solve the above-mentioned problems, the present invention allows you to make a reservation for departure when it becomes clear that the departure will occur, and to cancel the reservation when the schedule for departure of a package for which you have given a reservation for departure changes. (additional reservations). That is, the reservation delivery system of the present invention includes a first memory that stores the current inventory amount for each package, a virtual inventory amount indicating the inventory amount at the time of delivery by reservation delivery, and It has a second memory that stores a parcel identification number (warehousing number), a shipping date, and a shipping amount for each shipping instruction, and each time a reserved shipping instruction is issued, the first memory is referred to and the virtual storage of the corresponding parcel is stored. In addition to checking and updating the amount of inventory, the contents of the instructions are stored in the second memory, and at the beginning of the day, the amount of inventory in the first memory is updated by referring to the second memory. .

〔Example〕

Next, the present invention will be explained in detail with reference to the drawings.

FIG. 1 is a block diagram of one embodiment of the present invention.

The outbound reservation instruction information inputted from the input device 1 includes a warehousing number that identifies several packages stored in the warehouse, and
It consists of a shipping date that specifies the scheduled shipping date and a shipping amount that specifies how much to be shipped at that time (see Figure 2). 1st
In the memory 3, there are an inventory amount indicating the current inventory amount for each package (each receipt number) and a virtual inventory amount indicating the virtual inventory amount when all currently registered shipping reservations are shipped. It is stored as an inventory table (see Figure 2). When a retrieval reservation instruction is input to the input device 1, the virtual stock amount of the corresponding warehousing number is read out from the first memory 3 through the output device 6 and compared with the retrieval amount. If the virtual inventory amount is small, this reservation cannot be made, but if it is large, the value obtained by subtracting the outgoing amount from the virtual inventory amount is stored in the original position through the writing device 5, and then stored in the second position through the writing device 5. The outgoing reservation instruction information is stored in the memory 4, and the outgoing reserved amount has been assigned. The accepted delivery reservation information is stored in the second memory 4 as a delivery reservation table (see FIG. 2). Also, the inventory amount in the inventory table is
At the beginning of each day, the reading device 6 reads out the receipt number and the quantity of goods to be delivered from the goods-receipt reservation table in the second memory 4, and reads the stock of the corresponding goods-receipt number on the inventory table in the first memory 3. The quantity is read out from the output device 6, and the writing device 5 sets (inventory amount - delivery amount) as the inventory amount.
and store it in its original position.

〔Effect of the invention〕

As explained above, the present invention has the effect that by storing the virtual inventory amount in the inventory table and by providing an outgoing reservation table that stores outgoing reservation information, it is possible to make outgoing reservations and avoid concentration of processing. There is.

[Brief explanation of the drawing]

FIG. 1 is a block diagram of an embodiment of the present invention, and FIG. 2 is a diagram for explaining the operation of this embodiment. 1...Input device (inputs outbound reservation instruction information),
2... Control device, 3... First memory (stores inventory table), 4... Second memory (stores delivery reservation table), Death... ...Writing device, 6...Reading device. Agent Patent Attorney Susumu Uchihara

Claims (1)

[Claims] In the process of instructing the warehouse receipt number that identifies each warehoused item, the scheduled date of departure and the shipping amount of the warehoused item, the stock amount and virtual amount indicating the current amount of the warehoused item specified by the warehouse number and the warehouse number. a first storage means for storing a pair of a virtual inventory quantity indicating a quantity of stock, and a warehouse number for which reservation/discharge has been instructed up to that time, and a date and quantity of the warehoused item designated by the warehouse number; and a second storage means that stores the reserved stock amount as a set, and in response to a reservation delivery instruction, the reserved stock amount is subtracted from the corresponding virtual stock amount in the first storage means, and the reserved stock amount is stored in the second storage means. Register the receipt number, issue date, and quantity of the reservation, and use the second one in each daily process.
Extracts the reserved delivery instructions to be delivered on the same day from the storage means of
A shipping reservation system characterized by updating the inventory amount in the first storage means.