JP2009282885A - Member lending management system - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a member lending management system that allows a user to accurately check whether or not a required quantity of construction members used when constructing a display booth can be lent out in an exhibit held on a prescribed schedule in consideration of the lending schedule state and the return schedule state or the like of each construction member. <P>SOLUTION: A member lending management system S is configured to update the actual inventory quantity of each construction member 30 in an inventory management device 10 on the basis of an input by a lending/return input device 20 at the time of lending or at the time of return. The system is provided with a scheduled inventory quantity calculating means 81 which calculates a scheduled inventory quantity on the basis of an actual inventory quantity, a scheduled quantity of lending, and a scheduled quantity of return of each construction member 30; and a lending possibility determining means 82 which determines that lending based on confirmation data is possible if the scheduled inventory quantity of each day from a lending scheduled day until a return scheduled day all exceeds a lending confirmation quantity when the confirmation data for executing confirmation of lending possibility are inputted. <P>COPYRIGHT: (C)2010,JPO&INPIT

Description

  The present invention relates to a member lending management system for managing inventory of various members used for setting up an exhibition booth for an exhibition and managing lending and returning of the members.

For setting up an exhibition booth at an event such as an exhibition, construction members such as poles and panels are used. The type and number of construction members to be used are determined based on the shape and size of the area where the exhibition booth is installed and the desired design and layout, etc. An order of the member is made to a sales member of the member for use, and the required amount of the member is purchased.
Here, the construction materials used in the construction of the exhibition booth are basically standard products, but due to the difference in the design layout, etc., the color arrangement and shape should be slightly crafted. There are many. As a result, once-used setup members cannot often be used to set up other exhibition booths with different designs and layouts, they are often discarded without being reused.

On the other hand, from the background as described above, the distributor of the construction material for the exhibition booth procure the construction material for sale, inventory management of the construction material, order of the construction material from the customer, and shipment to the customer. The general merchandise logistics system is adopted. And in performing the process in such general merchandise distribution, the conventional computer system as disclosed by the following patent document 1 or patent document 2 is used.
Specifically, the computer system disclosed in Patent Document 1 detects a predetermined vacant address in the management warehouse based on the commodity inventory database and enters the corresponding address when there is a receipt instruction. And when there is a delivery instruction, based on the product inventory database, detects the address where the product to be delivered in the management warehouse is stored, and issues an instruction to issue from that address. The product quantity in the product inventory database is updated with the entry / exit as an opportunity. That is, it is a computer system that can accurately grasp the inventory of goods.

The computer system disclosed in Patent Document 2 is an inventory management system that has a plurality of inventory bases and manages the product inventory of all the inventory bases. In the case where there is a stock, a stock allocation means is provided which allocates the product stock of another stock base when the stock base is out of stock. In other words, the computer system enables efficient shipment.
JP-A-10-194411 Japanese Patent Laid-Open No. 08-147374

However, in recent years, it has been considered that the construction member is actively reused from the viewpoint of promoting the effective use of resources and reducing the cost of the construction member distributor.
Here, in order to realize the active reuse of the construction members, it is not a computer system that performs processing in the general commodity logistics as described above, but considering the rental and return of the construction members, It is desired to provide a computer system capable of performing inventory management, order shipment management, and the like after accurately grasping the situation.
Accordingly, each invention described in each claim has been made under the circumstances described above, and the object thereof is as follows.

(Claim 1)
That is, the invention described in claim 1 determines whether or not the necessary amount of the construction members used for constructing the exhibition booth can be lent out at the exhibition scheduled to be held on a predetermined schedule. It is an object of the present invention to provide a member lending management system capable of accurately confirming the lending schedule status, return schedule status, and the like.
(Claim 2)
That is, in addition to the object of the invention described in claim 1, the invention described in claim 2 appropriately estimates the lending cost when checking whether the construction member can be lent. It aims at providing the member rental management system which can be shown.

(Claim 3)
That is, in addition to the object of the invention described in claim 1 or 2, the invention described in claim 3 makes it possible to grasp the use history of the setting member and lends only the setting member that has not reached the service life. It is an object to provide a component lending management system that can be used.
(Claim 4)
That is, in addition to the object of the invention described in claim 1, 2 or 3, the invention described in claim 4 can accurately and easily perform input related to the lending or returning of the set-up member, and the inventory quantity can be accurately determined. It is an object of the present invention to provide a member lending management system capable of performing the update.

(Claim 5)
That is, the invention described in claim 5 can acquire the necessary type and quantity of the members for construction based on the data relating to the layout of the exhibition booth in addition to the object of the invention described in claim 1, 2, 3 or 4 above. Therefore, an object is to provide a member rental management system that is more convenient to use.

The invention described in the claims has been made to achieve each of the above-described objects, and features of each invention will be described below using embodiments of the invention shown in the drawings.
In addition, a code | symbol shows the code | symbol used in embodiment of this invention, and does not limit the technical scope of this invention.
(Claim 1)
The invention according to claim 1 is used to set up an exhibition booth at an exhibition with the actual inventory quantity on the current day as the actual inventory quantity and the scheduled inventory quantity on the day after the current date as the scheduled inventory quantity. Inventory management provided with at least a data input means 11 capable of inputting data relating to a member to be installed (hereinafter referred to as a construction member 30) and a member data storage means 51 for storing the actual stock quantity for each construction member 30 At the time of lending the device 10 and the setting member 30, an input is made to the effect that the setting member 30 has been rented, while an input to the effect that the setting member 30 has been returned is made when the setting member 30 is returned. And a lending return input device 20 for updating the actual stock quantity of the construction member 30 stored in the member data storage means 51 in the inventory management device 10 based on the input by the lending return input device 20 Formed into In the member lending management system S, the inventory management apparatus 10 stores lending schedule data storage means for storing the lending scheduled quantity for each construction member 30 scheduled to be lended every day after the current date. 52, the scheduled return data storage means 53 for storing the scheduled return quantity for each setup member 30 scheduled to be returned every day after the current date, and the setup stored in the member data storage means 51 The actual inventory quantity of the construction member 30, the scheduled rental quantity of the construction member 30 stored in the rental schedule data storage means 52, and the planned return quantity of the construction member 30 stored in the return schedule data storage means 53 Based on the planned inventory quantity calculation means 81 for calculating the planned inventory quantity of the set-up member 30 on a predetermined date, and for determining whether or not the predetermined set-up member 30 can be lent in a predetermined period. Available for rental And setting means 82, and the data input means 11 confirms the rentable member 30 (hereinafter referred to as a confirmation member), the confirmation member loan confirmation quantity, the confirmation member loan scheduled date, and the confirmation. When the scheduled return date of the member is input, the scheduled inventory quantity calculating means 81 calculates the scheduled inventory quantity for each day from the scheduled rental date to the scheduled return date of the confirmation member, and the rentable determination means 82, when the planned inventory quantity of each day from the scheduled rental date of the confirmation member to the scheduled return date is all equal to or greater than the confirmation confirmation loan amount of the confirmation member input by the data input means 11. The member is formed so as to be determined to be lent out.

That is, the member lending management system S according to the present invention is a computer system for performing inventory management, lending processing, and returning processing of the construction member 30.
Here, the “setting member 30” is a member used for setting up an exhibition booth in an exhibition, and examples thereof include a pole, a panel, and a truss structure member. The types of the setting members 30 are not limited to these, and other types of setting members 30 can be provided. In addition, the construction member 30 may be provided with a plurality of members of the same type and having different sizes, shapes, designs (for example, colors and patterns) and the like.
The “real inventory quantity” means an actual inventory quantity on the current date. In other words, it means the quantity that actually exists as inventory, not including what is lent out at the present time.

The “scheduled inventory quantity” means a scheduled inventory quantity on a day after the current date. That is, it means the quantity of inventory that will exist on a date later than the current date. In other words, it means the quantity that is scheduled to be in stock on the predetermined date, including those that are scheduled to be lent by the predetermined date after the current date and those that are scheduled to be returned by the predetermined date after the current date. To do. In other words, the actual inventory quantity is the inventory quantity (so-called planned inventory quantity) obtained by adding or subtracting the scheduled loan quantity and return schedule quantity planned after the current date.
The member lending management system S according to the present invention includes an inventory management device 10 that performs inventory management of the setting member 30, and a lending return input device 20 that performs lending processing or return processing of the setting member 30. ing.

This member lending management system S can be a system constructed by one computer, that is, a so-called stand-alone system. Also, a system constructed by a plurality of computers connected using communication means such as a LAN, that is, a so-called server client type system can be used.
Specifically, one computer is set to function as the inventory management device 10, and a handy terminal or the like as the lending return input device 20 is connected to the inventory management device 10 by a connection cable, a wireless communication device, or the like. By directly connecting, the stand-alone type member lending management system S can be constructed.

In addition, the server computer is set to function as the inventory management device 10, and the client computer connected to the server computer via a LAN or the like is set to function as the lending return input device 20. The member management system S can be constructed.
Moreover, the apparatus which comprises this member rental management system S is not limited to these, For example, the customer management apparatus for managing a customer, the financial accounting processing apparatus for performing the process of finance and accounting, etc. Can also be provided.
As described above, the inventory management apparatus 10 is used for inventory management of the installation member 30, and includes a data input unit 11, a member data storage unit 51, and the like, which will be described later.

The inventory management apparatus 10 is formed by a computer such as a server or a PC as described above. Specifically, for example, the inventory management apparatus 10 can be formed by installing predetermined software for realizing an inventory management function in a computer having a CPU, ROM, RAM, I / O, and the like. .
The data input means 11 can input data related to the setting member 30, and for example, a keyboard, a mouse, a scanner or the like which is an input device in a computer can be used.
In addition, here, “data relating to the construction member 30” means data having relevance to the construction member 30, for example, per name, shape, size, quantity, rental unit of the construction member 30. Lending unit price. Also included is data (scheduled lending date, scheduled return date, etc.) and the like necessary for determining whether or not lending is possible by the lending possibility determining means 82 described later.

Further, the data input means 11 may be set so that not only data relating to the setting member 30 but also general data unrelated to the setting member 30 can be input.
The member data storage means 51 is for storing the actual stock quantity for each set-up member 30. Specifically, the member data storage means 51 can be, for example, a logical table formed in a predetermined area such as a memory or a hard disk which is a physical storage device.
Further, the member data storage means 51 may be set so as to store not only the actual inventory quantity for each construction member 30, but also other data. For example, the lending unit price for each construction member 30, the construction member It is also possible to store the number of lending for each item.

As described above, the lending return input device 20 is for performing lending processing or returning processing of the setting member 30, and specifically, when the setting member 30 is lent, the setting member 30 is lent. On the other hand, when the setting member 30 is returned, an input to the effect that the setting member 30 has been returned is made.
In other words, the lending return input device 20 performs a predetermined process when the construction member 30 is rented out, and inputs that the construction member 30 has been lent to the inventory management device 10. (Send) and to input (send) that the setting member 30 has been returned to the inventory management device 10 by performing a predetermined process when the setting member 30 is returned. belongs to.

As the lending / returning input device 20, for example, a handy terminal formed so as to perform the input (transmission to the inventory management device 10) by individually reading the setting members 30 related to lending or returning. Can do. That is, a bar code, an IC chip or the like (identification unit 31) storing identification information is provided for each set-up member 30, and when the set-up member 30 is rented or returned, the handy terminal identifies the set-up member 30 identification information. And the identification information is transmitted to the inventory management apparatus 10.
Further, as the lending return input device 20, a keyboard, a mouse, or the like which is an input means of the inventory management device 10 can be used. That is, when the construction member 30 is rented or returned, the fact that the construction member 30 has been rented or returned is indicated by using a keyboard, mouse, or the like provided in the inventory management device 10. It can also be configured to enter 10 directly.

Further, in the member lending management system S according to the present invention, the actual inventory quantity of the construction member 30 stored in the member data storage means 51 in the inventory management device 10 is updated based on the input by the lending return input device 20. It is formed so that.
Specifically, when the setting member 30 is lent out, the lending return input device 20 inputs that the setting member 30 has been lent, and based on this, the member data storage means 51 stores the setting member 30. The actual stock quantity of the installation member 30 is subtracted. On the other hand, when the setting member 30 is returned, when the input indicating that the setting member 30 has been returned by the lending return input device 20 is performed, based on this, the member data storage means 51 stores the information. The actual inventory quantity of the installation member 30 will be added.

The lending schedule data storage means 52 is for storing the lending schedule quantity for each construction member 30 scheduled to be lent for each day after the current date, and is stored in the memory of the inventory management device 10 or the like. It is a formed logical table.
That is, the lending schedule data storage means 52 is for storing the construction member 30 that has already been lent out on the future date after the present time, and the lending schedule quantity that is the quantity related to this lending. is there.
Specifically, the lending schedule data storage means 52 stores the lending date, the set-up member 30 to be lent, the scheduled lending quantity, and the like. Note that the stored data is not limited to these.

Further, when the same construction member 30 is lent out to a plurality of counterparties on the same day, the rent schedule data storage means 52 is configured to store the planned loan quantity separately for each of the plurality of counterparties. be able to. Moreover, it is also possible to form the sum of the planned lending quantities of all the counterparts, instead of storing them separately for each counterpart.
The return schedule data storage means 53 is for storing the scheduled return quantity for each set-up member 30 scheduled to be returned every day after the current date, and is stored in the memory of the inventory management device 10 or the like. It is the formed table.
In other words, the return schedule data storage means 53 is for storing the construction member 30 that has already been determined to be returned on the future date after the present time, and the scheduled return quantity that is the quantity related to this return. It is.

Specifically, the return schedule data storage means 53 stores the return date, the set-up member 30 to be returned, the scheduled return quantity, and the like. Note that the stored data is not limited to these.
Further, when the same set-up member 30 is returned from a plurality of counterparties on the same day, the return schedule data storage means 53 is configured to store the scheduled return quantity separately for each of the plurality of counterparties. can do. Moreover, it is also possible to form such that the scheduled return quantities from all the partners are added together and stored instead of being stored separately for each partner.
The planned inventory quantity calculation means 81 is for calculating the planned inventory quantity of a predetermined setup member 30 on a predetermined day.

Specifically, the planned inventory quantity calculation means 81 is the actual inventory quantity of the construction member 30 stored in the member data storage means 51, the rental schedule of the construction member 30 stored in the rental schedule data storage means 52. Based on the quantity and the scheduled return quantity of the setup member 30 stored in the return schedule data storage means 53, the planned inventory quantity of the setup member 30 on a predetermined day is calculated.
That is, the scheduled inventory quantity calculation means 81 adds all the scheduled return quantities of the construction member 30 from the current date to the predetermined date to the actual inventory quantity of the construction member 30 to be calculated, The planned inventory quantity of the set-up member 30 on the predetermined date is calculated by subtracting all the planned lending quantities of the set-up member 30 from to the predetermined date.

The lending possibility determining means 82 is for determining whether or not a predetermined number of the setting members 30 can be lent in a predetermined period.
In other words, the lending possibility determination means 82 determines whether or not a predetermined quantity of the predetermined set-up member 30 can be secured during a predetermined period in consideration of the already determined lending schedule and return schedule. Is for.
Then, in the member lending management system S according to the present invention, the lending permission determination is performed when the data input means 11 of the inventory management apparatus 10 inputs the data (confirmation data) for lending confirmation. Done.

Specifically, the setting member 30 (confirmation member) for confirming that the data can be lent, the confirmation confirmation of the lent confirmation quantity of the confirmation member, the scheduled rent date of the confirmation member, and the scheduled return date of the confirmation member are obtained by the data input means 11. In response to the input, the planned inventory quantity calculating means 81 calculates the planned inventory quantity of each confirmation member from the scheduled rental date to the scheduled return date on each day.
Then, the lending possibility determining means 82 compares the planned inventory quantity of each day from the scheduled lending date to the scheduled return date with the lending confirmation quantity input by the data input means 11. That is, the lending possibility determination means 82 compares the planned inventory quantity of each day with the lending confirmation quantity for each day from the scheduled lending date to the scheduled return date.

Then, the lending availability determining means 82 is configured to check the confirmation member when the planned inventory quantity of each day from the scheduled loan date of the confirmation member to the scheduled return date is equal to or greater than the loan confirmation amount of the confirmation member. Is determined to be lent. That is, the lending possibility determination means 82 determines that lending is possible when the planned inventory quantity for each day is equal to or larger than the lending confirmation quantity over the entire day from the scheduled lending date to the scheduled return date.
(Action / Effect)
In the present invention, the data input means 11 inputs data for confirming whether or not lending is possible (construction member 30 (confirmation member) that confirms lending availability, lending confirmation quantity, scheduled lending date, scheduled return date). Then, the scheduled inventory quantity calculation means 81 calculates the scheduled inventory quantity for each day from the scheduled rental date of the confirmation member to the scheduled return date. Then, the lending possibility judging means 82 compares the planned inventory quantity for each day from the scheduled lending date to the scheduled return date with the lending confirmation quantity, and the scheduled inventory quantity for each day is equal to or more than the lending confirmation quantity. If it is determined that the check member can be lent.

That is, according to the present invention, whether or not a predetermined member can be lent in a predetermined period is determined based on a planned inventory quantity in consideration of the planned rental status, return planned status, etc. of each erection member 30. It becomes.
Therefore, at an exhibition scheduled to be held on a predetermined schedule, it is possible to accurately check whether or not the necessary amount of the construction members 30 used for setting up the exhibition booth can be lent.
(Claim 2)
According to a second aspect of the present invention, in addition to the features of the first aspect of the invention, the member data storage means 51 is configured to store a lending unit price per lending unit for each construction member 30, and the inventory data When the management apparatus 10 determines that the checkable member 82 can be checked out, the management device 10 calculates the total amount of the check member loan fee based on the check confirmation amount of the check member and the loan unit price. A charge calculating means 85 is provided.

Here, the “lending unit price” means a lending fee per lending unit for each construction member 30. For example, for the construction member 30 that is rented out in units of one, the rental fee per piece corresponds to the lending unit price. Further, with respect to the construction member 30 that is lent out in units of 10, the rental fee per 10 pieces corresponds to the lending unit price. Further, for the construction member 30 that is lent out in units, the rental fee per unit corresponds to the lending unit price.
Further, the total amount of the rental fee for the confirmation member means the sum of the rental fees for all the confirmation members for which it has been determined that the loan is possible. In other words, when there is one type of confirmation member for which it has been determined that lending is possible, the total amount of the lending fee is calculated by multiplying the lending unit price of this confirmation member by the lending confirmation quantity. Further, when there are a plurality of types of confirmation members, the total amount of the rental fee is calculated by summing up the rental fees calculated for each of the confirmation members (that is, the lending unit price × the lending confirmation quantity). .

(Action / Effect)
In the present invention, the member data storage means 51 stores the lending unit price for each set-up member 30, and the lending fee calculation means 85 determines the total lending fee based on the lending confirmation quantity of the confirmation member and the lending unit price. Is calculated.
That is, according to the present invention, when it is confirmed whether or not the construction member 30 can be lent, it is possible to accurately present an estimate of the rent cost in conjunction with this.
(Claim 3)
The invention according to claim 3 is characterized in that, in addition to the features of the invention according to claim 1 or 2, the member data storage means 51 is configured to store the number of lending for each member of the construction member 30, The inventory management device 10 receives the input indicating that the construction member 30 has been rented out by the rental return input device 20, and the predetermined number is set as the operation related to the input stored in the member data storage means 51. In order to determine whether or not the number of lending times of the setting member 30 stored in the member data storage means 51 has reached a predetermined reference number. Of the actual inventory quantity stored in the member data storage means 51, the number of loans reached the predetermined reference number by the durability count determination means 91. Construction material determined not to be Based on the quantity of 30, the planned inventory quantity of the construction member 30 is calculated.

Here, “every member of the setting member 30” means the minimum unit quantity established as the setting member 30, and specifically, it is a unit such as one piece or one unit. . That is, the member data storage means 51 stores, for example, the number of lending for each panel (one) if the setting member 30 is a panel. Further, for example, if the construction member 30 is a truss structure member, the number of times of lending for each unit of the truss structure member is stored.
The lending number adding means 74 is triggered by the input indicating that the construction member 30 has been rented out by the lending return input device 20, and the predetermined number is added to the input stored in the member data storage means 51. This is for adding to the number of lending of the construction member 30 concerned.

In other words, the lending number adding means 74 is for counting the number of lending each time the construction member 30 is lent.
The “predetermined number” is not particularly limited, but “1” is preferably set. In other words, the lending count adding means 74 lends the setting member 30 stored in the member data storage means 51, triggered by the input that the setting member 30 has been lent by the lending return input device 20. It is desirable to form so that “1” is added to the number of times.
The service life determination means 91 is for determining whether or not the number of lending of the construction member 30 stored in the member data storage means 51 has reached a predetermined reference number.

Further, the “predetermined reference number” is not particularly limited, and an arbitrary numerical value (for example, 50 times, 100 times, etc.) in consideration of the service life of each setting member 30 can be set.
In the invention according to this claim, the planned inventory quantity calculation means 81 has the number of loans reached the predetermined reference number by the usefulness number determination means 91 out of the actual inventory quantity stored in the member data storage means 51. Based on the quantity of the construction member 30 determined not to exist, the planned inventory quantity of the construction member 30 is calculated.
That is, the planned inventory quantity calculation means 81 according to the present claim is the construction member 30 stored in the member data storage means 51, whose number of lending has not reached the predetermined reference number (that is, the service life) The planned inventory quantity of the construction member 30 is calculated on the basis of the quantity of the construction member 30) that is determined not to have reached, the planned rental amount, and the planned return quantity.

(Action / Effect)
In the present invention, the member data storage means 51 stores the number of times of lending counted each time the lending is performed, and the planned inventory quantity calculation means 81 determines the number of useful times out of the actual inventory quantity of the installation member 30. The planned stock quantity is calculated based on the quantity of the setting members 30 determined by the means 91 that the number of loans has not reached the predetermined reference number.
That is, according to the present invention, it is possible to grasp the usage history of the construction member 30 based on the number of lending, and lend only the construction member 30 that has not reached the service life (reference number). Will be able to.

(Claim 4)
In addition to the features of the invention described in the first, second, or third aspect, the invention described in claim 4 includes, in the setting member 30, unique identification data for identifying the setting member 30 for each member. The lending return input device 20 includes an identification data reading means 25 that can read the identification data stored in the identification unit 31 provided in the setting member 30. Features.
The identification data is unique data for identifying the construction member 30 for each member. That is, it is data that is uniquely determined for each member of the construction member, that is, the data that is uniquely determined, and specifically includes a member number assigned to each member of the member for construction.

The identification unit 31 is for storing the identification data, and examples thereof include a barcode and an IC chip. That is, a bar code indicating the member number can be attached as the identification unit 31 or an IC chip storing the member number as data can be embedded for each member of the construction member.
The identification data reading means 25 can read the identification data stored in the identification unit 31. Specifically, when a barcode is attached as the identification unit 31, a barcode reader (for example, a CCD camera) can be used as the identification data reading means 25. Further, when an IC chip is embedded as the identification unit 31, an IC chip reader (proximity reader) can be used as the identification data reading means 25.

(Action / Effect)
In the present invention, an identification unit 31 storing unique identification data is provided for each construction member, and the lending return input device 20 reads the identification data stored in the identification unit 31. Identification data reading means 25 is provided.
That is, at the time of lending or returning the setting member 30, the identification data stored in the identification unit 31 of the setting member 30 related to lending or returning is read by the identification data reading means 25 provided in the lending return input device 20. . Then, when the identification data is read, the setting member 30 is input for lending or returning, and the actual stock quantity of the setting member 30 stored in the member data storage means 51 is updated. .

Therefore, according to the present invention, it is possible to accurately and easily perform input related to the lending or returning of the construction member 30, and thus it is possible to accurately update the inventory quantity.
(Claim 5)
The invention according to claim 5 is characterized in that, in addition to the features of the invention according to claim 1, 2, 3 or 4, the inventory management device 10 inputs layout data for inputting data relating to the layout of the exhibition booth to be set up. Based on the means 13 and the data input by the layout data input means 13, the member 30 for setting necessary for setting up the exhibition booth and the necessary member data obtaining means for obtaining the necessary quantity of the member 30 for setting 95.

Here, “data regarding the layout of the exhibition booth to be set up” includes, for example, the size of the area where the exhibition booth is set up, the shape of the area, the height from the floor to the ceiling in the area, the design of the exhibition booth ( Panel, exhibition location, color tone, color, pattern, etc.).
The layout data input means 13 is for inputting the data. For example, a keyboard for inputting numerical values and character data, a scanner for inputting images, and the like can be used. The layout data input means 13 may also be used as the data input means 11 provided in the inventory management apparatus 10.

The necessary member data acquisition means 95 is for obtaining the setting member 30 necessary for setting up the exhibition booth and the required quantity of the setting member 30 based on the data input by the layout data input means 13. Is.
In other words, the necessary member data acquisition means 95 determines the construction member 30 and the quantity required to set up this exhibition booth based on the size and shape of the area where the exhibition booth is set up, the design of the exhibition booth, etc. It is what you want.
(Action / Effect)
In the present invention, based on the data related to the layout of the exhibition booth scheduled to be set up, which is input by the layout data input means 13, the necessary member data acquisition means 95 includes the setting member 30 necessary for setting up the exhibition booth, and Then, the required quantity of the construction member 30 is obtained.

That is, according to the present invention, once the layout of the exhibition booth scheduled to be established is determined, the necessary member data acquisition means 95 can determine the construction member 30 and the quantity required for the construction of the exhibition booth, As a result, it is possible to perform the determination up to the lending possibility determination unit 82 by the lending possibility determination means 82 up to the lending possibility determination.
Therefore, the usability of the member lending management system S can be further improved.

Since this invention is comprised as mentioned above, there exists an effect as described below.
(Claim 1)
That is, according to the invention described in claim 1, whether or not a necessary quantity of construction members used for setting up an exhibition booth can be lent out at an exhibition scheduled to be held on a predetermined schedule is determined for each setup. It is possible to provide a member lending management system that can be confirmed accurately in consideration of the lending schedule status, return schedule status, etc.
(Claim 2)
That is, according to the invention described in claim 2, in addition to the effect of the invention described in claim 1, when confirming whether the construction member can be rented, in addition to this, the lending cost is appropriately determined. A member lending management system capable of presenting an estimate can be provided.

(Claim 3)
That is, according to the invention described in claim 3, in addition to the effect of the invention described in claim 1 or 2, it is possible to grasp the use history of the setting member and only the setting member that has not reached the service life. A member lending management system that can be lent can be provided.
(Claim 4)
That is, according to the invention described in claim 4, in addition to the effect of the invention described in claim 1, 2, or 3, it is possible to accurately and easily input related to the rental or return of the construction member, and accurately A member lending management system capable of updating the stock quantity can be provided.

(Claim 5)
That is, according to the invention described in claim 5, in addition to the effects of the invention described in claim 1, 2, 3 or 4, the type and quantity of necessary construction members are determined based on the data relating to the layout of the exhibition booth. By making it possible to acquire, it is possible to provide a member rental management system that is more convenient to use.

(1) First Embodiment Hereinafter, a first embodiment of the present invention will be described with reference to the drawings.
(Explanation of drawings)
1 to 8 show a first embodiment of the present invention.
FIG. 1 is a block diagram showing an outline of input and output of the inventory management apparatus 10. FIG. 2 is a schematic configuration diagram of the member lending management system S. FIG. 3 is a diagram showing a specific example of data stored in the member data storage means 51. As shown in FIG. FIG. 4 is a diagram showing a specific example of data stored in the lending schedule data storage unit 52. FIG. 5 is a diagram showing a specific example of data stored in the return schedule data storage means 53. As shown in FIG. FIG. 6 is a diagram illustrating a specific example of the planned stock quantity. 7 and 8 are flowcharts showing an outline of processing in the inventory management apparatus 10. FIG.

In the present embodiment, “actual inventory quantity” means an actual inventory quantity on the current date. In other words, it means the quantity that actually exists as inventory, not including what is lent out at the present time. In other words, it means the quantity actually stored in the warehouse described later at the present time.
The “scheduled inventory quantity” means a scheduled inventory quantity on a day after the current date. That is, it means the quantity of inventory that will exist on a date later than the current date. In other words, it means the quantity that is scheduled to be in stock on the predetermined date, including those that are scheduled to be lent by the predetermined date after the current date and those that are scheduled to be returned by the predetermined date after the current date. To do. In other words, the actual inventory quantity is the inventory quantity (so-called planned inventory quantity) obtained by adding or subtracting the scheduled loan quantity and return schedule quantity planned after the current date.

(Material rental management system S)
In the present embodiment, although not particularly illustrated, a warehouse is provided for physically storing members (setting members 30) used for setting up an exhibition booth at an exhibition. In the warehouse, operations such as management of physical inventory of the construction member 30 and rental of the construction member 30 are performed. In other words, in the warehouse, the inventory management work of the construction member 30 is performed, the delivery operation for renting the stored construction member 30, and the construction member 30 returned after the lending period ends. Warehousing work will be performed.

In addition, the construction members 30 stored in the warehouse include pillars (poles) that are basic support members for configuring the exhibition booth, panels that are members constituting the walls of the exhibition booth, and beam portions of the exhibition booth. The truss structure member etc. which are the members which comprise etc. are mentioned. Further, the construction member 30 is not limited to these, and other types of members or members of different sizes and designs can be stored even if they are the same type.
And the member rental management system S which concerns on this Embodiment is applied with respect to the operation | work etc. which are performed in a warehouse as mentioned above. That is, the member lending management system S is a computer system for performing inventory management of the setting member 30, and lending or returning the setting member 30.

Specifically, as shown in FIG. 2, the member lending management system S according to the present embodiment is constructed by a single computer installed at a predetermined location of the warehouse, and performs inventory management of the construction member 30. The inventory management device 10 for communication and the lending return input device 20 (handy terminal) that can communicate with the inventory management device 10 and perform predetermined processing when lending or returning the installation member 30 are provided. ing.
The inventory management device 10 is provided with member data storage means 51 for storing the actual inventory quantity of the installation member 30, as will be described later, and is performed when the installation member 30 is lent or returned. Based on the input (predetermined processing) by the lending return input device 20, the actual stock quantity stored in the member data storage means 51 is updated. That is, the lending / returning process is performed by the lending / returning input device 20, whereby the actual inventory quantity of the inventory management apparatus 10 fluctuates in real time, and the actual inventory quantity can be accurately grasped.

Further, here, each of the setting members 30 in the present embodiment is provided with an identification unit 31 that stores unique identification data for identifying the setting members 30 for each member.
Specifically, an IC chip as the identification unit 31 is affixed to a predetermined location of each setting member 30. Each IC chip stores a member number uniquely determined for each member as the identification data. Then, the lending return input device 20 reads the member number stored in the IC chip, whereby the actual stock quantity stored in the member data storage means 51 is updated.
The identification unit 31 is not particularly limited as long as identification data can be stored, and a barcode may be used.

The member lending management system S is a system constructed by only one computer, that is, a so-called stand-alone system. Therefore, the inventory management device 10 provided in the warehouse all updates the actual inventory quantity accompanying lending and returning, inputting the lending schedule and returning schedule, which will be described later, determining whether the construction member 30 can be lended, which will be described later, etc. Processing will be performed. That is, in order to perform the various processes as described above using the member lending management system S, the inventory management apparatus 10 provided in this warehouse must be used.
(Inventory management device 10)
As described above, the inventory management apparatus 10 is used for inventory management of the installation member 30, and is constructed by a single computer provided in the warehouse. Specifically, by installing predetermined software on this computer, an inventory management apparatus 10 having various functions to be described later is formed.

The inventory management apparatus 10 constructed by this computer includes a CPU, a ROM, a RAM, an I / O, and the like. The inventory management apparatus 10 is provided with an input means for inputting various data to the inventory management apparatus 10, and an output means capable of outputting the result of processing based on the input by the input means. ing. In addition, the inventory management device 10 functions as a processing unit for performing various processes when the CPU reads a program stored in the ROM.
Specifically, as the input means of the inventory management apparatus 10, as shown in FIGS. 1 and 2, the data input means 11 for inputting various data relating to the setting member 30, and the lending of the setting member 30 The lending / returning input device 20 or the like for inputting at the time of return or return is provided. The input means is not limited to these.

The data input means 11 includes an input device such as a keyboard for inputting characters and numerical data, a mouse, a scanner for inputting image data, and the like. The data input means 11 is not limited to these.
Moreover, as an output means of the inventory management apparatus 10, as shown in FIG.1 and FIG.2, the display apparatus 12 (for example, liquid crystal display etc.) for displaying various information is provided. The output means is not limited to these.
The processing means of the inventory management apparatus 10 will be described in detail later.
(Lending return input device 20)
The lending / returning input device 20 is for performing lending processing or returning processing of the setting member 30, and is connected to the inventory management device 10 by a predetermined connecting means. The lending return input device 20 is one of the input means of the inventory management device 10 as described above.

Specifically, as shown in FIG. 2, the loan return input device 20 is a portable information terminal, a so-called handy terminal, and is connected to the inventory management device 10 by a wireless communication interface. Note that the lending return input device 20 and the inventory management device 10 may be connected using a predetermined connection cable or the like.
The lending return input device 20 includes identification data reading means 25 for reading a member number stored in an IC chip (identification unit 31) provided in each setting member 30. The identification data reading means 25 is a proximity reader (IC chip reader) formed so as to be able to read data stored in the IC chip when approaching a predetermined distance to the IC chip (identification unit 31). It has become.

The lending return input device 20 inputs that the setting member 30 has been lent when the setting member 30 is lent, while the setting member 30 is returned when the setting member 30 is returned. Input to the effect.
Specifically, when the construction member 30 is issued from the warehouse for lending, or when the construction member 30 is received into the warehouse for return, the lending return input device 20 is used to The member number stored in the IC chip of the installation member 30 is read. Then, the read member number is transmitted to the inventory management apparatus 10 by the lending return input apparatus 20 via the wireless communication interface. Then, with this transmission as an opportunity, by updating predetermined data corresponding to the member number in the member data storage means 51 of the inventory management device 10, the fact that the construction member 30 has been rented, or the construction An input to the effect that the member 30 has been returned is performed. At the same time, the actual inventory quantity of the setting member 30 stored in the member data storage means 51 is updated.

(Processing means of inventory management device 10)
As shown in FIG. 1, the inventory management apparatus 10 is roughly divided into the following processing means (1) to (9).
(1) Member data storage means 51
(2) Rental schedule data storage means 52
(3) Return schedule data storage means 53
(4) Member data update means 54
(5) Rental schedule data update means 55
(6) Return schedule data update means 56
(7) Planned inventory quantity calculation means 81
(8) Lending possibility determination means 82
(9) Lending fee calculation means 85
The processing means of the inventory management apparatus 10 is not limited to the above (1) to (9), and may include other means.

(Member data storage means 51)
The member data storage means 51 is for storing various data related to the setting member 30, and is a logical table formed in a predetermined area such as a memory or a hard disk which is a storage device of the inventory management system 10.
Specifically, as shown in FIG. 3A, the member data storage means 51 is configured of predetermined data items for each one setting member 30 (that is, for each type of the setting member 30). The construction member data to be stored is stored one by one. Further, as shown in FIG. 3 (a), the setting member data includes a member code, a member name, a shape, a size, an actual stock quantity, a lending unit, a lending unit that are predetermined for each type of the setting member 30 It consists of data items such as daily lending unit price. In addition, the kind of data item which comprises the construction member data is not limited to these.

Further, as shown in FIG. 3A, as the member codes, for example, “A1”, “A2”, “A3”, etc., for each type of “post” for each of the installation members 30, respectively, “C1”, “C2”, and the like can be set for each type of “truss structure member” such as “B1” and “B2”. The lending unit is, for example, “1 unit” for “pillars”, “1 unit”, “5 units” for “panel”, “1 unit unit” for “truss structural members”, etc. Can be set. Note that the contents of the member code and the rental unit are not limited to these.
Further, as shown in FIG. 3 (b), the member data storage means 51 has a predetermined content for each member (that is, individual member) in one construction member 30 as the detailed contents of the construction member data. One member unit data composed of the data items is stored. Further, as shown in FIG. 3B, this one-member unit data is determined in advance for each member in one setting member 30, and identification data is stored in the IC chip (identification unit 31) of each setting member 30. And data items such as a lending status indicating whether the construction member 30 is rented or returned (that is, stored in a warehouse). In addition, the kind of data item which comprises 1 member unit data is not limited to these.

Further, as shown in FIG. 3B, as the member number, for example, “1001” “1002”... “1010” for each “column” of the member code “A1”. Can be set. Further, the lending status can be set, for example, as “lending” if the lending status is being borrowed, and “in storage” if the lending status is being returned. The setting contents of the member number and the lending status are not limited to these.
Then, in response to a predetermined condition, the contents of the predetermined data item stored in the member data storage means 51 and the predetermined data item in the one-member unit data are updated by the member data update means 54 described later. ing.

(Lending schedule data storage means 52)
The rental schedule data storage means 52 is a table for storing data relating to the construction member 30 that has been determined to be lent. In other words, the lending schedule data storage means 52 stores the data relating to the lending when the lending of the predetermined setting member 30 on the predetermined date is confirmed due to the establishment of the lending contract for the setting member 30, etc. By being input by the data input means 11 of the apparatus 10, the input data (rented schedule data) is stored.
Specifically, as shown in FIG. 4, the lending schedule data storage means 52 stores a lending scheduled quantity for each construction member 30 that is scheduled to be lent every day after the current date. That is, the lending schedule data storage means 52 is a data item such as a predetermined lending date, a member code of the construction member 30 scheduled to be lent out on the lending date, and a planned lending quantity of the construction member 30 on the lending date. It is intended to store lending schedule data composed of Note that the types of data items constituting the scheduled loan data are not limited to these.

In response to a predetermined condition, the predetermined lending schedule data stored in the lending schedule data storage means 52 is updated by a lending schedule data updating means 55 described later.
(Rescheduled data storage means 53)
The return schedule data storage means 53 is a logical table for storing data relating to the construction member 30 whose return has been confirmed. In other words, when the rental of the predetermined set-up member 30 on the predetermined day is confirmed, the return is also confirmed after a predetermined number of days from the predetermined date, so that the data related to this return is the data input of the inventory management device 10 By being inputted by means 11, the inputted data (scheduled return data) is stored.

Specifically, as shown in FIG. 5, the return schedule data storage means 53 stores the scheduled return quantity for each set-up member 30 scheduled to be returned every day after the current date. That is, the return schedule data storage means 53 is a data item such as a predetermined return date, a member code of the construction member 30 scheduled to be returned on the return date, and a planned return quantity of the setup member 30 on the return date. It is intended to store return schedule data composed of In addition, the kind of data item which comprises return plan data is not limited to these.
In response to a predetermined condition, the predetermined return schedule data stored in the return schedule data storage means 53 is updated by a return schedule data update means 56 described later.

(Member data update means 54)
The member data update means 54 is for updating predetermined setup member data or single member unit data stored in the member data storage means 51 in response to a predetermined condition. As shown in FIG. 1, the member data update means 54 is roughly divided into the following processing means (1) to (3).
(1) Loan status change means 71
(2) Actual stock quantity addition means 72
(3) Actual stock quantity subtraction means 73
The processing means of the inventory management apparatus 10 is not limited to the above (1) to (3), and may include other means.

(Lending status change means 71)
The lending status changing means 71 is triggered by an input by the lending return input device 20 at the time of lending or returning the setting member 30, and the lending status changing means 71 stores the setting member 30 stored in the member data storage means 51 of the inventory management device 10. This is to change the lending status.
In other words, the lending status changing means 71 is triggered by the lending or returning of the construction member 30, whether the corresponding construction member 30 is rented or returned (that is, stored in the warehouse). The lending status can be grasped for each member by switching the lending status.

Specifically, as described above, when the construction member 30 is delivered from the warehouse for lending, the lending return input device 20 stores the construction member 30 in the IC chip (identification unit 31) of the construction member 30. The member number is transmitted to the inventory management apparatus 10 when the member number is read. Then, based on this, the data corresponding to the transmitted member number is acquired from the one-unit unit data stored in the member data storage means 51, and the lending status changing means 71 lends the data in the data The status is changed to “Lending”.
Further, as described above, when the construction member 30 is stored in the warehouse for return, the member number stored in the IC chip (identification unit 31) of the construction member 30 is set by the lending return input device 20. This member number is transmitted to the inventory management apparatus 10 in response to being read. Then, based on this, the data corresponding to the transmitted member number is acquired from the one-unit unit data stored in the member data storage means 51, and the lending status changing means 71 lends the data in the data The status is changed to "Saved".

  More specifically, for example, one member unit data stored in the member data storage means 51 has the contents shown in FIG. 3B. In this situation, the column of the member number “1001” It shall be lent out from the warehouse. At this time, when the member number “1001” stored in the IC chip (identification unit 31) of the pillar is read by the lending return input device 20, this member number “1001” is transferred to the inventory management device 10. Sent. Then, based on this, one member unit data corresponding to the member number “1001” is acquired from the member data storage means 51, and the contents of the lending status in this data are changed from “in storage” to “ Will be changed to “Lending”.

(Actual stock quantity addition means 72)
The actual stock quantity adding means 72 is the actual inventory of the construction member 30 stored in the member data storage means 51 of the inventory management device 10 triggered by the input by the lending return input device 20 when the construction member 30 is returned. This is for adding “1” to the quantity.
That is, the actual inventory quantity adding means 72 updates the actual inventory quantity of the corresponding construction member 30 each time input by the lending return input device 20 is performed when the construction member 30 is returned. Therefore, it is possible to always accurately grasp the actual inventory quantity for each construction member 30.
Specifically, as described above, when the construction member 30 is returned to the warehouse for return, the member number of the construction member 30 is read by the rental return input device 20 as an opportunity. The lending status of the one-member unit data corresponding to is changed from “lending” to “in storage” by the lending status changing means 71 described above. In response to this change, the actual inventory quantity adding means 72 adds “1” to the actual inventory quantity of the construction member data stored in the member data storage means 51.

  More specifically, for example, the setting member data and the one member unit data stored in the member data storage means 51 are the contents shown in FIGS. 3 (a) and 3 (b). In this situation, the pillars with the member numbers “1006” and “1007” are returned to the warehouse. At this time, when the member number stored in the IC chip (identification unit 31) of the column having the member number “1006” is read by the lending return input device 20, this member number “1006” is transmitted to the inventory management device 10. The Then, based on this, one member unit data corresponding to the member number “1006” is acquired from the member data storage means 51, and the lending status of this data is changed from “lending” to “storing” by the lending status changing means 71. Is changed. In response to the change in the lending status, the member data for construction corresponding to the column of the member code “A1” is acquired from the member data storage means 51. Then, the actual inventory quantity adding means 72 adds “1” to the actual inventory quantity “5” in this data, and the actual inventory quantity is updated to “6”. Then, the same processing is performed for the column with the member number “1007”, and the actual stock quantity of the member code “A1” stored in the member data storage means 51 is “7”.

(Actual stock quantity subtraction means 73)
The actual inventory quantity subtracting means 73 is the actual inventory of the construction member 30 stored in the member data storage means 51 of the inventory management apparatus 10 triggered by the input by the loan return input device 20 at the time of lending the construction member 30 This is for subtracting “1” from the quantity.
That is, the actual inventory quantity subtracting means 73 updates the actual inventory quantity of the corresponding construction member 30 every time the rental return input device 20 performs input when the construction member 30 is lent. Thus, it is possible to always accurately grasp the actual inventory quantity for each construction member 30.
Specifically, as described above, when the construction member 30 is delivered from the warehouse for lending, the member number of the construction member 30 is read by the lending return input device 20 as an opportunity. The lending status of the one-member unit data corresponding to is changed from “in storage” to “in lending” by the lending status changing means 71 described above. In response to this change, the actual inventory quantity subtracting means 73 subtracts “1” from the actual inventory quantity of the construction member data stored in the member data storage means 51.

  More specifically, for example, the setting member data and the one member unit data stored in the member data storage means 51 are the contents shown in FIGS. 3 (a) and 3 (b). In this situation, it is assumed that the column with the member number “1001” is lent out. At this time, when the member number stored in the IC chip (identification unit 31) of the column having the member number “1001” is read by the lending return input device 20, this member number “1001” is transmitted to the inventory management device 10. The Then, based on this, one-unit-unit data corresponding to the member number “1001” is acquired from the member data storage means 51, and the lending status of this data is changed from “in storage” to “under lending” by the lending status changing means 71. Is changed. In response to the change in the lending status, the member data for construction corresponding to the column of the member code “A1” is acquired from the member data storage means 51. Then, the actual inventory quantity adding means 72 subtracts “1” from the actual inventory quantity “5” in this data, and the actual inventory quantity is updated to “4”.

(Lending schedule data update means 55)
The lending schedule data updating means 55 is for performing processing such as updating the lending schedule data stored in the lending schedule data storage means 52 in response to a predetermined condition.
In other words, the lending schedule data updating means 55 updates the data of the construction member 30 whose lending has been confirmed as appropriate, so that the planned inventory quantity after the current date can be accurately grasped.
The lending schedule data update means 55 is not particularly shown, but lending data addition means for adding lending schedule data to the lending schedule data storage means 52, lending data correction means for correcting lending schedule data, A lending data deleting means for deleting lending schedule data is provided. Note that the means included in the lending schedule data update means 55 is not limited to these.

Specifically, the lending data adding means indicates that when the lending of the predetermined set-up member 30 on the predetermined date is confirmed, the predetermined data relating to the lending is input by the data input means 11 of the inventory management device 10. As a result, the data with the above contents is added to the rental schedule data storage means 52 as new rental schedule data.
For example, it is assumed that it is determined that two columns of the member code “A1” are lent out on August 8. Then, data of predetermined contents (part code: “A1”, loan date: August 8, loan planned quantity: “2”) related to the loan is input by the data input unit 11 of the inventory management apparatus 10. As a result, the data having the contents is added to the rent schedule data storage means 52 by the rent data addition means as the rent schedule data.

In addition, when a change occurs in the contents of the scheduled loan data stored in the planned loan data storage means 52, the loan data correction means causes the data input means 11 of the inventory management apparatus 10 to store the predetermined content data related to the change. In response to the input, the contents of the target rental schedule data are corrected to the input contents.
For example, when the lending schedule data having the contents as described above (member code: “A1”, lending date: August 8, lending schedule quantity: “2”) is stored in lending schedule data storage means 52 Suppose that the planned loan amount of the loan planned data is corrected to “3”. In this case, when the change content is input by the data input means 11 of the inventory management apparatus 10, the loan data correction means sets the scheduled loan amount “2” of the corresponding loan scheduled data to “3”. The book will be revised.

Further, the lending data deleting means, when the lending based on the stored lending schedule data is cancelled, triggered by the input of cancellation by the data input means 11 of the inventory management device 10 The schedule data is deleted from the lending schedule data storage means 52. In addition, the lending data deletion means stores the corresponding lending schedule data in the lending schedule data when triggered by the lending return input device 20 at the time of lending when lending based on the stored lending schedule data is performed. It is deleted from the means 52.
For example, when the lending schedule data having the contents as described above (member code: “A1”, lending date: August 8, lending schedule quantity: “2”) is stored in lending schedule data storage means 52 Suppose that this loan is cancelled. In this case, when the fact that cancellation of the lending is input by the data input means 11 of the inventory management device 10 is entered, the corresponding lending schedule data is sent from the lending schedule data storage means 52 by the lending data deletion means. It will be deleted.

Further, when the lending schedule data having the contents as described above (member code: “A1”, lending date: August 8, lending schedule quantity: “2”) is stored in the lending schedule data storage means 52 It is assumed that this loan has been made. In this case, when the member number of the predetermined construction member 30 with the member code “A1” is read by the lending return input device 20, and the member number is transmitted to the inventory management device 10, the lending data The corresponding lending schedule data is deleted from the lending schedule data storage means 52 by the deleting means.
(Return planned data update means 56)
The return schedule data update means 56 is for performing processing such as updating the return schedule data stored in the return schedule data storage means 53, triggered by a predetermined condition.

In other words, the return schedule data update means 56 can update the data of the set-up member 30 that has been confirmed to be returned appropriately so that the planned inventory quantity after the current date can be accurately grasped.
Although this return schedule data update means 56 is not specifically illustrated, a return data addition means for adding return schedule data to the return schedule data storage means 53, a return data correction means for correcting the return schedule data, A return data deletion means for deleting the return schedule data is provided. The means provided in the return schedule data update means 56 is not limited to these.

Specifically, the return data adding means determines the data of the predetermined contents relating to the return when the rental of the predetermined setting member 30 on the predetermined date is confirmed and the return after the predetermined number of days has elapsed from the predetermined date. Is input by the data input means 11 of the inventory management apparatus 10 to the return schedule data storage means 53 as new return schedule data.
For example, it is assumed that two pillars of the member code “A1” are confirmed to be returned on August 10th. Then, the data of the predetermined contents (part code: “A1”, return date: August 10, return planned quantity: “2”) related to the return are input by the data input means 11 of the inventory management apparatus 10. As a result, the data of the contents is added as return schedule data to the return schedule data storage means 53 by the return data adding means.

In addition, when the contents of the scheduled return data stored in the scheduled return data storage means 53 change, the return data correction means causes the data input means 11 of the inventory management apparatus 10 to send the data with the predetermined contents related to the change. In response to the input, the contents of the target return schedule data are corrected to the contents of the input.
For example, when return schedule data having the above-described contents (member code: “A1”, return date: August 10, return scheduled quantity: “2”) is stored in the return schedule data storage means 53 In this case, it is assumed that the planned return quantity of the return schedule data is corrected to “1”. In this case, when the change content is input by the data input unit 11 of the inventory management apparatus 10, the return data correction unit sets the return scheduled quantity “2” of the corresponding return scheduled data to “1”. The book will be revised.

In addition, the return data deletion means, when the return based on the stored return schedule data is cancelled, the corresponding return is triggered by the input of cancellation by the data input means 11 of the inventory management device 10 The plan data is deleted from the return plan data storage means 53. In addition, when a return based on the stored return schedule data is performed, the return data deletion means stores the corresponding return schedule data in response to the input by the loan return input device 20 at the time of return. It is deleted from the means 53.
For example, the return schedule data storage unit 53 stores the return schedule data having the contents as described above (member code: “A1”, return date: August 8, return schedule quantity: “2”). This return shall be cancelled. In this case, when the data input unit 11 of the inventory management apparatus 10 inputs that the return is canceled, the return data deletion unit sends the corresponding return plan data from the return plan data storage unit 53. It will be deleted.

In addition, when the return schedule data having the above contents (member code: “A1”, return date: August 8, return schedule quantity: “2”) is stored in the return schedule data storage means 53 It is assumed that this return has been made. In this case, the member number of the set-up member 30 to be returned is read by the lending return input device 20, and when the member number is transmitted to the inventory management device 10, the return data deleting unit responds. The return schedule data to be deleted is deleted from the return schedule data storage means 53.
(Scheduled inventory quantity calculation means 81)
The planned inventory quantity calculation means 81 is for calculating the planned inventory quantity of a predetermined setup member 30 on a predetermined day.

That is, the planned inventory quantity calculation means 81 is for calculating the inventory quantity of a predetermined construction member 30 that will be stored in the warehouse on a date earlier than the current date.
Specifically, the planned inventory quantity calculation means 81 is the actual inventory quantity of the construction member 30 stored in the member data storage means 51, and the planned rental amount of the construction member 30 stored in the rental schedule data storage means 52. Based on the scheduled return quantity of the set-up member 30 stored in the return schedule data storage means 53, the planned stock quantity of the set-up member 30 on a predetermined day is calculated.
More specifically, the planned inventory quantity calculation means 81 returns the actual inventory quantity of the construction member data in the construction member 30 to be calculated from the current date to the predetermined date in the planned return data of the construction member 30. All planned quantities are added, and further, the planned inventory quantity of the set-up member 30 on the predetermined day is subtracted from the planned loan quantity from the current date to the predetermined date in the set-up loan data of the set-up member 30. Can be calculated.

For example, it is assumed that the current date is August 4, and the setting member data stored in the member data storage means 51 on the current date has the contents shown in FIG. Further, the rent schedule data stored in the rent schedule data storage means 52 after August 5 has the contents shown in FIG. 4, and is stored in the return schedule data storage means 53 after August 5th. Assume that the scheduled return data has the contents shown in FIG. In this case, the planned stock quantity of the column of the member code “A2” on August 7 is calculated.
First, the planned inventory quantity calculation unit 81 acquires the actual inventory quantity “25” of the column of the member code “A2” on the current date (August 4) from the member data storage unit 51 (FIG. 3A). reference).

Then, the scheduled inventory quantity calculation means 81 obtains the scheduled return quantity of the member code “A2” from August 4th, which is the current date, to the August 7th when the scheduled inventory quantity is calculated. Get from. That is, since the return schedule data storage means 53 stores the return schedule data for August 5 and August 7 for the member code “A2”, the scheduled inventory quantity calculation means 81 stores the August 4 As a scheduled return quantity of the member code “A2” from the day to August 7, “15 (ie, 10 + 5)” is acquired (see FIG. 5).
Further, the planned inventory quantity calculating unit 81 calculates the scheduled rental quantity of the member code “A2” from August 4th, which is the current date, to the August 7th when the planned inventory quantity is calculated. Get from. That is, as shown in FIG. 4, since the lending schedule data storage means 52 stores lending schedule data for August 5 and August 6 for the member code “A2,” the planned inventory quantity calculation is performed. The means 81 obtains “13 (that is, 5 + 8)” as the scheduled lending quantity of the member code “A2” from August 4 to August 7 (see FIG. 4).

Then, the scheduled inventory quantity calculation means 81 adds the scheduled return quantity “15” to the actual inventory quantity “25” and subtracts the scheduled rental quantity “13” from the addition result to obtain the August 7 The planned stock quantity “27 (that is, 25 + 15−13)” of the column of the member code “A2” on the day is calculated.
(Rentable judgment means 82)
The lending possibility determining means 82 is for determining whether a predetermined quantity of the predetermined construction member 30 can be lent in a predetermined period.
That is, the lending possibility determination means 82 is for determining whether a predetermined quantity of the predetermined construction member 30 can be secured during a predetermined period in consideration of the determined lending schedule and return schedule. It is.

Specifically, the lending possibility determination means 82 is based on this confirmation data when the data input means 11 of the inventory management apparatus 10 inputs data (confirmation data) for confirmation that lending is possible. It is determined whether or not the loan is possible. The confirmation data is based on the data items of the construction member 30 (confirmation member) for confirming whether or not the material can be rented, the confirmation confirmation of the lent confirmation amount of the confirmation member, the scheduled rent date of the confirmation member, and the scheduled return date of the confirmation member. It is configured.
Then, when the confirmation data is input by the data input means 11, the planned inventory quantity calculation means 81 calculates the planned inventory quantity for each day from the scheduled lending date to the scheduled return date in the confirmation member. .

Then, the lending availability determination unit 82 determines the planned inventory quantity of each day from the scheduled lending date to the scheduled return date calculated by the scheduled inventory quantity calculation unit 81 and the lending confirmation quantity of the confirmation data input by the data input unit 11. And compare every day.
If the planned inventory quantity for each day is equal to or larger than the lending confirmation quantity of the confirmation member on all the days from the scheduled lending date to the scheduled return date, the lending availability determination means 82 lends the confirmation member Determine that it is possible. On the other hand, when the planned inventory quantity on at least one day from the scheduled rental date to the scheduled return date is less than the rental confirmation quantity of the confirmation member, the lending availability determination means 82 It is determined that lending is impossible.

For example, it is assumed that the current date is August 4, and the setting member data stored in the member data storage means 51 on the current date has the contents shown in FIG. Further, the rent schedule data stored in the rent schedule data storage means 52 after August 5 has the contents shown in FIG. 4, and is stored in the return schedule data storage means 53 after August 5th. Assume that the scheduled return data has the contents shown in FIG. In this case, it is inquired whether or not 20 columns of the member code “A2” can be lent during the period from August 5 to August 7.
Then, by the data input means 11 of the inventory management apparatus 10, the inquiry content (the member code of the confirmation member: “A2”, the scheduled rental date: “August 5”, the scheduled return date: “August 7”, rental When the confirmation data of the confirmation quantity “20”) is input, the scheduled inventory quantity calculation means 81 uses the part code “A2” for the scheduled inventory for each day from August 5 to August 7. Calculate the quantity. That is, the scheduled inventory quantity calculation means 81 uses “30 (= 25 + 10-5)” as the scheduled inventory quantity on August 5, and “23 (= 25) as the scheduled inventory quantity on August 6. +10 + 0 + 5 + 8) ”, and“ 27 (= 25 + 10 + 0 − 5 − 8 − 0) ”as the planned inventory quantity on August 7, respectively (see FIG. 6).

Then, the lending possibility determination means 82 compares the scheduled inventory quantity of each day from August 5 to August 7 with the lending confirmation quantity “20” every day.
Then, on all days from August 5th to August 7th, the planned stock quantity (“30”, “23”, “27”) for each day is the loan confirmation quantity “20” or more. Therefore, the lending possibility determination means 82 determines that 20 columns of the member code “A2” can be lent during the period from August 5 to August 7.
Here, if the lending confirmation quantity is “25”, the planned inventory quantity “23” on August 6 is less than the lending confirmation quantity “25”. In the period from August 5 to August 7, it is determined that it is impossible to lend 25 pillars of the member code “A2”.

That is, since the inventory quantity expected to be stored in the warehouse on August 6 has not reached the loan confirmation quantity, if the “A2” pillar for the loan confirmation quantity is lent, “A2” will run out of stock every day. Then, the previously scheduled “A2” pillar cannot be lent. Accordingly, the lending possibility determination unit 82 determines that the lending confirmation quantity “25” cannot be lent during the period.
In addition, the lending possibility determination means 82 can be formed so that the lending possibility determination of only one setting member 30 can be performed in one determination, or a plurality of kinds of setting members 30 can be determined to be lent. It can also be formed.

(Rental fee calculation means 85)
The lending fee calculation means 85 calculates the total amount of the lending fee for the confirmation member based on the lending confirmation quantity of the confirmation member and the lending unit price when the lending possibility determination means 82 determines that the confirmation member can be lent. Is for.
In other words, the lending fee calculation means 85 makes it possible to grasp an estimate of the cost for lending the construction member 30 in conjunction with the lendability determination of the construction member 30 by the lendability determination means 82.
Specifically, when the lending possibility determination unit 82 determines that the confirmation member can be lent, the member data for construction corresponding to the confirmation member is acquired from the member data storage unit 51. Then, multiply the daily lending unit price in the acquired construction member data by the lending confirmation amount of the confirmation data input by the data input means 11, and further, the number of days from the scheduled lending date to the scheduled return date in the confirmation data By multiplying, the rental fee for the predetermined period of the confirmation member is calculated.

Note that, when it is determined that lending is possible for only one construction member 30, the amount calculated as described above is the total rental fee of the confirmation member. In addition, when it is possible to lend for a plurality of types of construction members 30, the lending charges are calculated as described above for all types of construction members 30, and the total amount is calculated as the confirmation member. The total amount of rental fee.
For example, in the above-described specific example, when it is determined by the lending possibility determining unit 82 that 20 columns of the member code “A2” can be lent, the member data storage unit 51 determines the column of the member code “A2”. Setting member data is acquired. The lending fee calculating means 85 then adds the lending confirmation quantity “20” in the confirmation data input by the data input means 11 to the lending unit price “2,000 yen” in the setting member data of the member code “A2”. Multiply by “3” and multiply by “3 days” from the scheduled loan date “August 5” to the scheduled return date “August 7” in this confirmation data to obtain 20 member codes “A2” In this case, the total amount “120,000 yen (= 2,000 yen × 20 pieces × 3 days)” of the rental fee when lent during the period is calculated.

(Processing in the inventory management device 10)
Next, an outline of a predetermined process in the inventory management apparatus 10 having the above configuration will be described with reference to the flowcharts shown in FIGS.
First, with reference to FIG. 7, the lending return input process at the time of lending or returning the setting member 30 will be described.
In step 100 shown in FIG. 7, it is determined whether or not the member number stored in the IC chip provided in the setting member 30 has been read by the lending return input device 20. If it is determined that the member number has been read, the process proceeds to the next step 101. On the other hand, if it is determined that the member number has not been read, the process returns to step 100.

In step 101, the member number of the construction member 30 read by the lending return input device 20 is transmitted to the inventory management device 10. Then, the process proceeds to Step 102.
In step 102, data corresponding to the member number is extracted from the one-unit data stored in the member data storage means 51, and the contents of the lending status in this data are acquired. Then, the process proceeds to Step 103.
In step 103, data corresponding to the member code associated with the member number is extracted from the construction member data stored in the member data storage means 51, and the actual stock quantity in this data is acquired. Then, the process proceeds to Step 104.

In step 104, it is determined whether or not the contents of the lending status acquired in step 102 is “lending”. Then, when it is determined that the content of the lending status is “lending”, the process proceeds to the next step 105. On the other hand, when it is determined that the content of the lending status is not “lending”, that is, when it is determined that the content of the lending status is “in storage”, the process proceeds to step 108.
In step 105, the lending status changing unit 71 changes the contents of the lending status from “lending” to “storing”. Then, the process proceeds to Step 106.
In step 106, the actual stock quantity adding means 72 adds 1 to the actual stock quantity acquired in step 103. Then, the process proceeds to Step 107.

In step 107, the return data deletion means (return schedule data update means 56) deletes the data corresponding to the member code in the return schedule data stored in the return schedule data storage means 53. Then, the lending return input process ends.
In step 108, the lending status changing means 71 changes the contents of the lending status from “in storage” to “under lending”. Then, the process proceeds to Step 109.
In step 109, the actual stock quantity subtracting means 73 subtracts 1 from the actual stock quantity acquired in step 103. Then, the process proceeds to Step 110.
In step 110, the data corresponding to the member code in the return schedule data stored in the loan schedule data storage means 52 is deleted by the loan data deletion means (lending schedule data update means 55). Then, the lending return input process ends.

Next, with reference to FIG. 8, the confirmation member lendability determination processing by the lendability determination means 82 will be described.
In step 200 shown in FIG. 8, it is determined whether or not confirmation data (a member code of a confirmation member, a scheduled rental date, a scheduled return date, a rental confirmed quantity) is input by the data input unit 11 of the inventory management apparatus 10. . When it is determined that confirmation data has been input, the process proceeds to the next step 201. On the other hand, if it is determined that confirmation data has not been input, the process returns to step 200.
In step 201, the predetermined date type variable D is stored with the scheduled loan date in the confirmation data. Then, the process proceeds to Step 202.

In step 202, the planned inventory quantity calculation means 81 calculates the planned inventory quantity of the confirmation member in the confirmation data on the date stored in the variable D. Specifically, the sum of the scheduled return quantity from the current date to the date stored in the variable D is added to the actual stock quantity of the confirmation member, and the rental schedule from the current date to the date stored in the variable D The planned inventory quantity is calculated by subtracting the total quantity. Then, the process proceeds to Step 203.
In step 203, it is determined whether or not the date stored in the variable D is a scheduled return date in the confirmation data. If it is determined that it is a scheduled return date, the process proceeds to step 205. On the other hand, if it is determined that it is not the scheduled return date, the process proceeds to the next step 204.

In step 204, 1 is added to the date stored in the variable D. That is, the date stored in the variable D is updated to the date of the next day. Then, the process returns to step 202.
In step 205, it is determined by the lending possibility determining means 82 whether or not all the scheduled inventory quantities calculated by the scheduled inventory quantity calculating means 81 are equal to or greater than the lending confirmation quantity in the confirmation data. If it is determined that all the planned inventory quantities on each day are equal to or larger than the lending confirmation quantity, the process proceeds to the next step 206. On the other hand, if it is determined that the planned inventory quantity for each day is not more than the lending confirmation quantity, that is, if it is determined that at least one of the scheduled inventory quantities for each day is less than the lending confirmation quantity, Proceed to step 208.

In step 206, the lending possibility determining means 82 determines that lending based on the contents of the confirmation data is possible. Then, the process proceeds to Step 207.
In step 207, the lending fee calculating means 85 calculates the total amount of the lending fee based on the contents of the confirmation data, and the result of the lending possibility determination and the total lending fee are displayed on the display device 12 of the inventory management device 10. The Then, the lending possibility determination process ends.
In step 208, the lending possibility determination means 82 determines that lending based on the contents of the confirmation data is impossible, and the result of the lending possibility determination is displayed on the display device 12 of the inventory management apparatus 10. Then, the lending possibility determination process ends.

(Summary)
As described above, in the member lending management system S according to the present embodiment, the confirmation data (confirmation member, lending schedule) for inquiring whether or not the predetermined construction member 30 can be lent by the data input means 11 of the inventory management apparatus 10. Date, scheduled return date, and lending confirmation quantity), the scheduled inventory quantity calculating means 81 calculates the scheduled inventory quantity for each day from the scheduled lending date to the scheduled return date of the confirmation member. Then, the lending possibility judging means 82 compares the planned inventory quantity for each day from the scheduled lending date to the scheduled return date with the lending confirmation quantity, and the scheduled inventory quantity for each day is equal to or more than the lending confirmation quantity. If it is determined that the check member can be lent.

That is, it is determined whether or not the predetermined member can be lent in a predetermined period based on the planned inventory quantity after taking into consideration the planned rental status and return schedule status of each erection member 30.
Therefore, at an exhibition scheduled to be held on a predetermined schedule, it is possible to accurately check whether or not the necessary amount of the construction members 30 used for setting up the exhibition booth can be lent.
Further, in the member lending management system S in the present embodiment, an IC chip (identification unit 31) storing a member number that is unique identification data is attached to each member of the various setting members 30, and lending is performed. The return input device 20 is provided with an IC chip reader (identification data reading means 25) for reading a member number stored in the IC chip.

That is, at the time of lending or returning the setting member 30, the IC chip reader (identification data reading means 25) provided in the lending return input device 20 is connected to the IC chip provided on the setting member 30 related to lending or returning. The stored member number is read. In other words, input of lending or returning the construction member 30 is performed by this reading. Then, with this reading as a trigger, the member number is transmitted to the inventory management device 10, and the actual inventory quantity of the set-up member data stored in the member data storage means 51 is updated.
Therefore, input related to lending or returning the set-up member 30 can be performed accurately and easily, and consequently the inventory quantity can be updated accurately.

Further, the member data storage means 51 of the inventory management apparatus 10 stores the lending unit price for each construction member 30. The lending fee calculating means 85 can calculate the total amount of the lending fee based on the lending confirmation quantity of the confirmation member and the lending unit price.
Therefore, when confirming whether the construction member 30 can be lent, it is possible to accurately present an estimate of the rent cost in conjunction with this.
(Modification)
The member lending management system S according to the above embodiment installs one computer for functioning as the inventory management device 10 in the warehouse for storing the construction member 30, and lends to the inventory management device 10. Although the stand-alone type system is configured by directly connecting the return input device 20 (handy terminal), the present invention is not limited to this and can be configured as a server client type system.

  Specifically, for example, a server computer is installed in a predetermined location (for example, a management center that manages various computers, an information system section that is a department that manages and manages various information systems), and predetermined software is installed. By installing, this server computer is made to function as the inventory management apparatus 10. A client computer connected to the inventory management device 10 via a network such as a LAN is installed in a warehouse or the like that physically lends or returns the installation member 30, and a lending / return input device 20 (handy terminal) ). On the other hand, a client computer connected to the inventory management apparatus 10 via a network such as a LAN is installed in a sales department or the like that receives an inquiry regarding the lending of the installation member 30 from a customer, and a data input means 11 is provided in the client computer. Thereby, the server client type member lending management system S is constructed.

  In the member lending management system S configured as described above, when lending or returning the construction member 30 is performed, predetermined input is performed using the lending return input device 20 connected to the client computer of the warehouse, Based on this, the client computer in the warehouse accesses the inventory management apparatus 10 (server computer) to update the actual inventory quantity. In addition, when a customer inquires about lending the installation member 30, confirmation data is input by the data input means 11 provided in the client computer of the sales department. Based on this, the client of the sales department is input. The computer accesses the inventory management apparatus 10 (server computer) to determine whether or not lending is possible.

Even in such a modified example, the same operations and effects as those of the above-described embodiment are obtained.
(2) Second Embodiment Hereinafter, a second embodiment of the present invention will be described with reference to the drawings.
(Explanation of drawings)
9 and 10 show a second embodiment of the present invention.
FIG. 9 is a block diagram showing an outline of input and output of the inventory management apparatus 10. FIG. 10 is a diagram showing a specific example of data stored in the member data storage means 51. As shown in FIG.

(Outline of this embodiment)
The member lending management system S according to the second embodiment is configured such that the usage history of the setting member 30 can be grasped, and the setting member 30 that has reached the end of its life is determined to be unrentable. is there. In addition, based on the data related to the layout of the exhibition booth scheduled to be set up, it is possible to obtain the setting members 30 necessary for setting up the exhibition booth and the required quantity thereof.
The second embodiment is mainly different from the first embodiment in the above points, and is the same as the first embodiment in other respects. Hereinafter, the second embodiment will be described focusing on the differences.

(Input means of inventory management device 10)
The inventory management apparatus 10 according to the present embodiment includes layout data input means 13 for inputting data relating to the layout of the exhibition booth scheduled to be set up as input means.
This layout data input means includes, for example, the size of the area where the exhibition booth is set up, the shape of the area, the height from the floor to the ceiling in the area, the design of the exhibition booth (panel, installation location of the exhibit, color tone, Color, pattern, etc.) for inputting data.
The inventory management apparatus 10 according to the first embodiment includes a keyboard and a scanner as input means. However, the layout data input means 13 according to the present embodiment includes these input means (keyboard and scanner). Etc.) can be used.

(Processing means of inventory management device 10)
Since the processing means provided in the inventory management apparatus 10 in the present embodiment is substantially the same as that in the first embodiment, the differences will be described in detail below.
(Member data storage means 51)
As in the first embodiment, the member data storage means 51 stores one member unit data composed of predetermined data items for each part of the one setting member 30. .
As shown in FIG. 10, the one-unit-unit data in the present embodiment is a data item of the number of lending that is the number of lending in addition to the member number and lending status that are the data items of the first embodiment. It is composed of

(Lending count addition means 74)
The member data updating means 54 of the inventory management apparatus 10 in the present embodiment is provided with a lending number adding means 74.
The lending number adding means 74 is for counting the number of lending each time the setting member 30 is lent.
Specifically, the lending number adding means 74 stores a predetermined number in the member data storage means 51 when the lending return input device 20 inputs that the construction member 30 has been lent. In addition, the number of rentals of the construction member 30 related to the input is added.

More specifically, at the time of renting a predetermined set-up member 30, the member number stored in the IC chip provided on the set-up member 30 is read by the loan return input device 20 as an opportunity. The member number is transmitted to the inventory management apparatus 10. Then, based on this, the data corresponding to the member number is acquired from the one-unit unit data stored in the member data storage means 51, and the lending number adding means 74 sets the number of lending in the data to “1”. Is added.
(Useful number of times judgment means 91)
In addition, the inventory management apparatus 10 according to the present embodiment includes a service life number determining unit 91 as a processing unit.

The service life determination means 91 is for determining whether or not the installation member 30 has reached the service life.
Specifically, the service life determination means 91 determines whether or not the number of lending of the setting member 30 stored in the member data storage means 51 has reached a predetermined reference number.
Here, the “predetermined reference number” is not particularly limited, and an arbitrary numerical value can be set in consideration of the service life of each setting member 30. The reference number of times can be provided as one of the data items of the construction member data stored in the member data storage means 51.

  For example, it is assumed that one member unit data stored in the member data storage means 51 has the contents shown in FIG. 10, and “15 times” is set as the reference number of the member code “A1”. In this case, regarding the members whose lending status is “in storage”, the construction member 30 with the member numbers “1001”, “1002”, “1009”, “1010” has the number of lending by the durable number determination means 91. It is determined that the reference number “15 times” has not been reached. In other words, it is determined that these installation members 30 have not reached the service life. On the other hand, the set-up member 30 with the member number “1008” is determined by the durable number determination means 91 that the number of lending has reached the reference number “15 times”. In other words, it is determined that the construction member 30 has reached the service life.

(Scheduled inventory quantity calculation means 81)
The planned inventory quantity calculation means 81 according to the present embodiment includes a configuration in which, among the actual inventory quantities stored in the member data storage means 51, the number of loans determined by the durable number determination means 91 is determined not to reach the reference number. Based on the quantity of the construction member 30, the planned stock quantity of the installation member 30 is calculated.
Specifically, the planned inventory quantity calculating means 81 includes the quantity of the construction member 30 whose number of loans has not reached the reference number by the durable number judgment means 91 out of the actual inventory quantity of the construction member 30, The planned inventory quantity is calculated based on the scheduled rental amount of the member 30 and the scheduled return quantity of the construction member 30.

For example, each data stored in the member data storage means 51 has the contents shown in FIG. 3A and FIG. 10, and the scheduled rental data has the contents shown in FIG. It is assumed that the schedule data has the contents shown in FIG. In this situation, the planned stock quantity of the column with the member code “A1” on August 5 is calculated. In addition, the reference | standard frequency | count of the pillar of member code "A1" shall be "15 times" as mentioned above.
Here, the actual stock quantity of the column of the member code “A1” on August 4 is “5” (see FIG. 3A), but as described above, the member numbers “1001” “1002” “1009”. If the number of lending of the column “1010” does not reach the reference number, the service life determination means 91 determines. Therefore, the number of columns of the member code “A1” whose number of lending has not reached the reference number is “4”.

Then, the scheduled inventory quantity calculation means 81 adds the scheduled return quantity “0” on August 5 (see FIG. 5) to the quantity “4” and rents on August 5 based on the addition result. By subtracting the planned quantity “3” (see FIG. 4), “1 (that is, 4 + 0 + 3)” as the planned inventory quantity of the column of the member code “A1” on August 5 is obtained. Will be calculated.
Then, the lending possibility determination unit 82 performs the lending possibility determination of the confirmation member based on the planned stock quantity calculated by the planned stock quantity calculation unit 81 in this way.
(Required material data acquisition means 95)
The necessary member data acquisition means 95 is based on the data related to the layout of the exhibition booth scheduled to be set up, which is input by the layout data input means 13, and the setting member 30 necessary for setting up the exhibition booth and the setting member 30 This is to obtain the required quantity.

That is, according to the necessary member data acquisition means 95, since it is not necessary to calculate the necessary quantity of the setting member 30 etc. by manual calculation based on the layout data, an operation that is simple and has few human errors is possible.
(Summary)
Also in the present embodiment, the same operations and effects as in the first embodiment are exhibited.
Further, in the member lending management system S in the present embodiment, the member data storage means 51 stores the number of lending counted every time the lending is performed, and the planned inventory quantity calculating means 81 includes the setting member 30. Of the actual stock quantities, the planned stock quantity is calculated based on the quantity of the construction member 30 that has been determined by the durable number judgment means 91 that the number of loans has not reached the predetermined reference number.

Therefore, it is possible to grasp the usage history of the setting member 30 based on the number of lending, and it is possible to lend only the setting member 30 that has not reached the service life (reference number).
Further, in the member rental management system S according to the present embodiment, the necessary member data acquisition unit 95 sets the exhibition booth based on the data related to the layout of the exhibition booth scheduled to be set up, which is input by the layout data input unit 13. The construction member 30 necessary for the construction and the necessary quantity of the construction member 30 are obtained.
That is, as long as the layout of the exhibition booth to be installed is determined, the necessary members 30 and the quantity required for setting the exhibition booth can be obtained by the necessary member data acquisition means 95, and as a result, the rentable judgment means Thus, it is possible to perform the determination up to the rentable determination of the construction member 30 according to 82.

  Therefore, the usability of the member lending management system S can be further improved.

It is a 1st embodiment of the present invention, and is a block diagram showing an outline of input and output of an inventory management device. 1 is a schematic configuration diagram of a member rental management system according to a first embodiment of the present invention. FIG. It is the 1st Embodiment of this invention, Comprising: It is a figure which shows the specific example of the data memorize | stored in the member data storage means. It is the 1st Embodiment of this invention, Comprising: It is a figure which shows the specific example of the data memorize | stored in the rental plan data storage means. It is the 1st Embodiment of this invention, Comprising: It is a figure which shows the specific example of the data memorize | stored in the return plan data storage means. It is the 1st Embodiment of this invention, Comprising: It is a figure which shows the specific example of scheduled stock quantity. It is 1st Embodiment of this invention, Comprising: It is a flow which shows the outline of a loan return input process among the processes in an inventory management apparatus. It is the 1st Embodiment of this invention, Comprising: It is a flow which shows the outline of a lending possibility determination process among the processes in an inventory management apparatus. It is the 2nd Embodiment of this invention, Comprising: It is a block diagram which shows the outline of the input and output of an inventory control apparatus. It is the 2nd Embodiment of this invention, Comprising: It is a figure which shows the specific example of the data memorize | stored in the member data storage means.

Explanation of symbols

S Material rental management system
10 Inventory management device 11 Data input means
12 Display device 13 Layout data input means
20 Rental return input device 25 Identification data reading means
30 Installation member 31 Identification part
51 Material data storage means 52 Rental schedule data storage means
53 Return data storage means 54 Material data update means
55 Loan schedule data update means 56 Return schedule data update means
71 Loan status change means 72 Actual stock quantity addition means
73 Means for subtracting actual stock quantity 74 Means for adding loan count
81 Planned inventory quantity calculation means 82 Lending possibility judgment means
85 Rental charge calculation means 91 Service life judgment means
95 Required material data acquisition means

Claims (5)

The actual stock quantity on the current day is the actual stock quantity,
The planned inventory quantity on the day after the current date is the planned inventory quantity,
Data input means capable of inputting data related to members used for setting up an exhibition booth at an exhibition (hereinafter referred to as a setting member), and member data for storing the actual stock quantity for each setting member An inventory management device having at least storage means;
A lending return input device for inputting that the setting member has been rented, while inputting the fact that the setting member has been returned when returning the setting member, at the time of lending the setting member, With
In the member lending management system formed so that the actual inventory quantity of the construction members stored in the member data storage means in the inventory management device is updated based on the input by the lending return input device,
The inventory management device comprises:
Lending schedule data storage means for storing the scheduled lending quantity for each construction member scheduled to be lent, every day after the current date,
Return schedule data storage means for storing the scheduled return quantity for each construction member scheduled to be returned every day after the current date;
The actual inventory quantity of the construction member stored in the member data storage means, the planned rental amount of the construction member stored in the rental schedule data storage means, and the configuration member stored in the return schedule data storage means A planned inventory quantity calculating means for calculating a planned inventory quantity of the set-up member on a predetermined day based on the scheduled return quantity;
A lending possibility determination means for determining whether a predetermined quantity of a predetermined construction member can be lent in a predetermined period;
The data input means has entered the construction member (hereinafter referred to as the confirmation member) that confirms that it can be rented, the confirmation confirmation of the rental amount of the confirmation member, the scheduled loan date of the confirmation member, and the scheduled return date of the confirmation member. Triggered by
The planned inventory quantity calculation means is
Calculate the planned inventory quantity for each day from the planned lending date to the scheduled return date of the confirmation member,
Lending possibility judging means is
The check member can be rented if the planned inventory quantity of each day from the planned loan date to the return date is greater than or equal to the check confirmation loan amount entered by the data input means. It is formed so that it may be determined, and the member rental management system characterized by the above-mentioned. The member data storage means is configured to store a lending unit price per lending unit for each construction member,
The inventory management device comprises:
A lending fee calculating means for calculating the total lending fee of the confirmation member based on the lending confirmation quantity of the confirmation member and the lending unit price when the lending availability determining means determines that the confirmation member can be lent; The member rental management system according to claim 1, wherein: The member data storage means is configured to store the number of lending for each member of the construction member,
The inventory management device comprises:
In order to add a predetermined number to the number of rentals of the construction member related to the input stored in the member data storage unit, triggered by the input that the construction member has been lent by the loan return input device Lending frequency addition means,
Service life determination means for determining whether or not the number of renting of the set-up member stored in the member data storage means has reached a predetermined reference number,
The planned inventory quantity calculating means includes:
Of the actual inventory quantity stored in the member data storage means, the planned inventory of the construction member based on the quantity of the construction member determined by the durable number judgment means that the number of loans has not reached the predetermined reference number 3. The member rental management system according to claim 1, wherein the member rental management system is configured to calculate a quantity. The setting member is provided with an identification unit that stores unique identification data for identifying the setting member for each member.
The member lending device according to claim 1, 2 or 3, wherein the lending return input device comprises identification data reading means capable of reading the identification data stored in the identification unit provided in the setting member. Management system. The inventory management device comprises:
Layout data input means for inputting data relating to the layout of the exhibition booth to be set up;
Based on the data input by the layout data input means, it is provided with a setting member necessary for setting the exhibition booth, and a necessary member data obtaining means for obtaining a necessary quantity of the setting member. The member rental management system according to claim 1, 2, 3, or 4.