JP2002259770A - Material order and delivery system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a material order and delivery system that can arrange an order for and the delivery of material online by connecting a building material maker, a transportation company, a delivery destination, a builder and the like through a communication network. SOLUTION: The material order and delivery system connects, through the network, a management server for order placing and accepting work about material used for the construction of a building, an ordering terminal for transmitting order information on the material to the management server, a supplier server disposed in a supplier providing the material to receive the order information through the management server, and a delivery destination terminal disposed in a delivery destination of the material, or in either of a convenience store and a relay station of a home delivery company. In the management server, a confirming means confirms to the supplier server whether the material is available or not according to the reception of the order information from the order terminal, and when a notifying means notifies the order terminal of the propriety result of material provision by the confirming means, if the confirming means determines that the material is available, a delivery information transmitting means transmits delivery information on the material to the delivery destination terminal.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an order delivery system for ordering and delivering materials used for building a building.

[0002]

2. Description of the Related Art Conventionally, for example, when constructing a house by requesting a contractor or the like, the color and pattern of cloth material used for interior work after house construction work is determined in order to make the process smoother. He had been at an early stage, such as during a previous meeting. Therefore, if there is a change in the construction work and the number of m to be used increases, there will be a shortage of cloth material, and if there is no cloth material of the same lot or color pattern even if you reorder, sufficient Was ordering under an excessive surplus. As a result, a lot of waste was generated and the yield was poor in many cases.

[0003] Further, when ordering material parts or meeting before starting construction, even if a customer who does not yet have the image of the cloth material is forced to decide the color or pattern of the cloth material, uneasiness and dissatisfaction remain afterwards. There was a case. And, after all, when the customer who sees the site where the construction work has been completed makes a request for change, it is necessary to contact all the affiliated companies such as the construction company, the cross construction shop, the cross material store, and make the change, which is very time-consuming. , You'll also be charged extra fees for your customers,
In some cases, customers complained. Depending on the level of dissatisfaction, there were cases in which additional construction was made that would be difficult to bill.

[0004] Therefore, in the case of a material part in which the taste of the owner is important such as a cloth material, it is desirable to place an order immediately before the end of the construction work, for example, on the spot where the owner and the coordinator adjust the image on site.

[0005]

However, if an order is placed just after construction work, delivery cannot be performed because the delivery schedule of a carrier or the like is overcrowded and a delivery car cannot be prepared. There is a problem that the construction period is delayed at construction sites where no construction materials are stationed because it is difficult to receive material parts.

On the other hand, in order to streamline the delivery and receipt of merchandise when purchasing goods using the Internet or the like, a logistics system that performs delivery / reception using, for example, the nearest convenience store or the like as a relay point is disclosed in Japanese Patent Application Laid-Open No. H9 (1999).
-330354 and JP-A-2000-285177
No. in the official gazette.

[0007] However, in the construction process, in addition to design and sales, various specialists such as carpenters, plasterers, and painters are involved, and various materials and parts are used. There are many cases where they are different.
Therefore, communication for receiving material parts becomes very complicated, and it has been difficult to carry out the above-mentioned physical distribution system. In addition, there were problems such as disposal of packing materials and surplus accumulated materials.

SUMMARY OF THE INVENTION The present invention has been made in view of the above circumstances, and has as its object to provide a material parts ordering / delivery system which does not delay the construction period and can obtain customer satisfaction.

[0009]

[Means for Solving the Problems]

In order to solve the above problems, for example, FIGS.
As shown in FIG. 10, the invention according to claim 1 includes a management server (material management center 2) for receiving and ordering materials (for example, cloth materials) used for building a building. An order terminal for transmitting material order information to the management server (for example, a portable terminal 9 of a cross craftsman)
A trader server (for example, a cross trader server 4) provided on the trader providing the material and receiving order information from the management server; and a delivery destination terminal (for example, a relay) provided at a delivery destination of the material. And the local terminal 11) is connected to the material order delivery system 1 via the network 3. The management server 2 sends the order information from the order terminal 9 to the trader server 4, Checking means for checking whether or not the material can be provided (for example, CPU 21
1), a notifying unit (for example, CPU 211) for notifying the order terminal that has made the order of the availability of the material by the checking unit 211, and determining that the material can be provided by the checking unit 211. And a delivery information transmitting means (for example, a communication device 26) for transmitting the delivery information of the material to at least one of the related party terminals and the server in the case where the delivery destination terminal 11 is a convenience store, Alternatively, it is installed at any of the relay stations of the home delivery company.

According to the first aspect of the present invention, the management server 2 is connected to the trader server 4, the delivery destination terminal 11, and the order terminal 9 via a network. Whether the material can be provided to the trader server 4 is confirmed by the confirmation means 211 of the server 2, the availability information is transmitted to the order terminal 9 by the notification means 211, and the delivery information of the ordered material is transmitted by the delivery information transmitting means 26. Since the information is transmitted directly to at least one of the relevant server and the terminal or via the order terminal 9, the order / delivery arrangement of the building material can be easily and reliably made online via the order terminal 9. be able to. Also, if the ordered materials are delivered to a convenience store or a home delivery company relay station, the materials will be reliably received by the convenience store clerk or home delivery company, etc.
The uncertainty of receiving materials at construction sites where no one is stationed is resolved. In addition, the home delivery company always visits the convenience store every day to collect the luggage, not to mention the home delivery relay station, so that the materials are reliably delivered regardless of whether the delivery schedule is overcrowded or not.

Here, the management server may be, for example, an information sharing server owned by an externally installed ASP or the like. Further, each related server and terminal is a server or a terminal that should share information regarding ordering of materials, for example, a terminal of a dealer, a construction company, a transport company in addition to the trader server and the delivery destination terminal. The terminal is not limited as long as it is a terminal of a contractor involved in receiving orders for building materials such as devices and construction using materials. The material delivery information is, for example, a list of applicable materials, an address of a receiving place, a telephone number, a receiving date and time, a recipient, and the like. The material may be any material as long as it is a building material, but it is more preferable if it can be carried by humans in consideration of restrictions on delivery and receipt. Materials include interior materials such as cloth and curtains, exterior materials such as exterior wall tiles, lighting equipment,
Includes ancillary equipment such as water purifiers and faucet fittings.

According to a second aspect of the present invention, in the material order delivery system 1 according to the first aspect, the order terminal 9 is a portable terminal capable of network communication.

According to the second aspect of the invention, it is needless to say that the same effect as the first aspect of the invention can be obtained. Order and delivery of materials can be arranged at the construction site where you are away from home. In addition, since it is possible to check the stock information of the material to be ordered on the spot, it is possible to make changes when there is no stock while looking at the site. here,
The portable terminal is, for example, a mobile phone, a PHS (Personal
Handy phone System), PDA (Personal Digital)
Assistant) and mobile personal computers.

According to a third aspect of the present invention, in the material order delivery system 1 according to the first or second aspect, a manager terminal of a construction manager who manages a construction budget of a building (for example, a dealer portable terminal 6). And the management server 2 are connected via a network, and the management server 2 determines whether or not the construction budget needs to be changed based on the order information transmitted from the order terminal 9. (CPU 21
1) and a change approval requesting means (CP) for requesting the manager terminal 6 whether or not to approve the change when the determining means 211 determines that the construction budget needs to be changed.
U211), and the manager terminal 6 is judged by the input means (for example, the input unit 65) for inputting whether or not the change approval requested by the change approval request means 211 is input, and by the judgment means 65. Change approval approval / disapproval transmission means (e.g.,
And a wireless communication unit 61).

According to the third aspect of the invention, it is needless to say that the same effects as those of the first or second aspect can be obtained. In particular, the quantity of the material ordered from the order terminal 9 is managed. The determination means 211 of the server 2 checks the construction budget at the time of the contract with the construction budget to determine whether or not the construction budget needs to be changed. If it is determined that the change is necessary, the change approval request means 211 sends a change request to the contractor. Since it is performed, it becomes clear that the contract construction budget needs to be changed due to a change in the construction work, etc., and it is possible to avoid competing for the construction budget change after ordering the materials. In addition, since the change request can be promptly notified to the contractor, time loss can be reduced even when ordering materials.

According to a fourth aspect of the present invention, in the material order delivery system 1 according to the third aspect, the manager terminal 6 comprises:
Divided into a plurality of hierarchies, the change approval request means 211 makes a request for confirmation of the change approval to one manager terminal 6 and, if there is no response from the manager terminal 6 within a predetermined period, It is characterized in that it is configured to request a change approval from the manager terminal 6 of a higher hierarchy.

According to the fourth aspect of the invention, it is needless to say that the same effect as that of the third aspect of the invention can be obtained. If there is no response after the request for confirmation of the budget, the change request is transferred to the higher-level manager terminal 6, so that the confirmation of the change in the construction budget is performed more quickly and reliably.

According to a fifth aspect of the present invention, in the material order delivery system 1 according to any one of the first to fourth aspects, the management server 2 generates bar code information obtained by converting a material order information into a bar code. Bar code information generating means (for example, CPU 211, bar code / slip generation application program 223);
And a bar code information transmitting unit (for example, a communication device 26) for transmitting the bar code information generated by the bar code information generated by the bar code information to the delivery destination terminal 11. A printing unit (for example, an output unit 45) for printing the barcode information transmitted by the information transmitting unit 26, and the delivery destination terminal 11 reads the barcode and decodes the order information (for example, A barcode reader 112) and a collating means (for example, CPU 112) for collating the order information decrypted by the decrypting means 112 with the order information received directly from the management server 2 or via the order terminal.
a) and a notifying unit (for example, CPU 112a) for notifying the content of the mismatch when the matching by the matching unit 112a is found to be inconsistent.

Here, the notifying means 112a is for displaying an error on the display unit 112b of the bar code reading device 112 or notifying it with a sound such as a warning sound.
Any type may be used as long as it informs the mismatch of the barcode information collation.

According to the invention described in claim 5, claims 1 to 1 are provided.
It is needless to say that the same effect as the invention described in any one of (4) to (4) can be obtained.
The order information is converted into a barcode by 23 and transmitted to the trader server 4 and the delivery destination terminal 11, and the barcode information is printed by the trader server 4. The printed barcode information is delivered together with the materials, and is compared with the previously received and decoded barcode information by the delivery destination terminal 11, and the content of the mismatch is reported. Can be reprocessed in accordance with the rules, and using a barcode that has confidentiality and consolidation of the information, the delivery confirmation that the ordering material and the delivery material match is reliably performed. Become.

According to a sixth aspect of the present invention, in the material order delivery system according to any one of the first to fifth aspects, the packing material for packing the material is reusable, collected at the delivery destination, and re-used. It is characterized by returning to the trader.

According to the invention of claim 6, according to claims 1 to
It goes without saying that the same effect as the invention described in any one of 5 is obtained. In particular, since the packing material of the material is returned to the trader at the delivery destination, the packing material can be reused by the trader, Also, unnecessary packing materials are not brought to the construction site. here,
Reusable packing materials include PP mesh bags, returnable cardboard pallets, plastic cardboard boxes (foldable), cardboard boxes, cardboard boxes, and the like.

According to a seventh aspect of the present invention, in the material order delivery system 1 according to any one of the first to sixth aspects, the management server 2 assigns points set in advance for each material to the order delivery of each material. Point adding means (for example, CPU 211) for adding the bonus amount based on the bonus amount calculating means (for example, CPU 211) for calculating the bonus amount based on the points added by the adding means 211. Payment means (for example, CPU2)
11).

According to the invention of claim 7, claims 1 to 1 are provided.
It goes without saying that the same effect as the invention described in any one of 6 is obtained. In particular, according to the usage of the material ordered by the order terminal 9, a bonus is provided to the ordering contractor from the material supplier at the time of settlement. Since the mechanism to be given is automatically performed, the bonus amount at the time of settlement is easily calculated and given to the contractor. As a result, material suppliers are expected to increase demand for materials. Also, the cross craftsman
When an order is made from a portable terminal, bonus points for each individual can be identified and clarified, so that a craftsman's consciousness of ordering from the portable terminal 9 is improved in order to obtain bonus points personally. . Then, the fact of the cross order by the individual cross craftsman remains as a slip with the personal name specified, so that the responsibility of the cross craftsman for the order is increased, and the incentive to order the exact amount of the cloth is increased.

[0026]

Embodiments of the present invention will be described below with reference to the drawings. In the present embodiment, a cloth material is exemplified as a material component used after the construction work, and a flow of ordering and delivering the cloth material for performing the cross work will be described.

FIG. 1 is a block diagram showing the overall structure of a material parts order delivery system according to the present invention. As shown in FIG. 1, a material order delivery system 1 according to the present invention includes a material order delivery central management device 2 (hereinafter, referred to as a central management device) for managing logistics of ordering and delivery of materials, and a person involved in cross construction. Are connected by a communication network 3 such as the Internet. The server or terminal device of the person involved in the cross work is entered into the central management device 1 by inputting a password or the like distributed in advance.
Connected to, to view information about the shared material parts, provide the same information, etc., for example,
Cloth server 4 of a cross material maker (distributor) that supplies material parts, dealer server 5 of a dealer who performs sales, design and estimation as a point of contact with the owner, and portable terminal 6 of each related person, The construction contractor server 7 of the contractor who carries out the construction, the portable terminal 8 of the site manager of the construction site, the portable terminal 9 of the cross craftsman of the cross construction shop that contracts the construction, and the carrier that contracts the delivery of the cross material. And the like, and a relay terminal 11 such as a convenience store serving as a relay point for receiving material parts.

The central management device 2 is an intermediary device for ordering / delivery arrangement that enables ordering and delivery of material parts to be used on the Internet at a construction site involving various contractors. Information sharing and ordering / delivery information of material parts is shared as a database that is associated with construction schedules and the like for each owner, and those who are permitted to access can view the information via the communication network 3 such as the Internet. It is also a device that manages shared information. As shown in FIG. 2, for example, it is configured by a management server 21, a database server 22, a WWW server 23, a terminal device 24, a mail server 25, a communication device 26, and the like.

The management server 21 is a device for managing or controlling various operations of the central management device of the present invention, and includes, for example, a CPU 211 and a ROM 2 as shown in FIG.
12, a RAM 213 and the like. The CPU 211
The program or the like stored in the ROM 212 is read out and R
The data is temporarily stored in the AM 213 to control each unit, transfer data, and perform various calculations.

Specifically, for example, upon receiving a cross order instruction from the portable terminal 9 of the cross craftsman, the CPU 21
1 displays the corresponding material part data of the owner-specific information database 221 stored in the database server 22 on the portable terminal 9 of the cross craftsman. Then, upon receiving the contents ordered by the cross craftsman from the portable terminal 9, the stock confirmation information for checking the stock information of the ordered material is transmitted to the cross trader server 4 using the transmission device 26.

When receiving a delivery request instruction from the cross-craftsman's portable terminal 9, the cross-craftsman's portable terminal 9 is queried for a transportation schedule from the carrier server 10 or the like, and the delivery schedule information corresponding to the wishes of the cross-craftsman is received. 9
And the information on the date and time of reception selected by the cross craftsman is transmitted from the communication device 26 to the carrier server 10.

When the ordering / delivery arrangement of the cloth material is completed, a reservation code is automatically added to the ordering / delivery arrangement completion data, and transmitted to the portable terminal 9 of the clother as an arrangement completion confirmation screen. The reservation code is recorded and held in the portable terminal 9 of the cloth craftsman, and is used to identify the contents of the order and the orderer when the cloth material is received.

In addition, as a result of the cloth craftsman who went to the site to make a preliminary inspection and found the correct number of cloth materials used, the CPU 211 prepares for a case where the number of contract materials increases more than the initial contract m2 due to a change in the construction work or the like. The number of m of the cloth material transmitted from the portable terminal 9 of the cross craftsman is calculated back to determine whether the number is greater or less than the number of contract m2. Then, if it is necessary to change the number of m2,
When the PU 211 determines, the approval confirmation information of the additional construction m2 amount is transmitted to the dealer server 5 or the portable terminal 6 of the dealer approval person. Then, when there is no reply from the dealer side, the acknowledgment confirmation information is sequentially transmitted to a higher-ranking dealer terminal or the like according to a preset hierarchy. Here, the preset hierarchy refers to, for example, a hierarchy such as a person in charge class, a manager class, an executive class, and a president, and is a hierarchy in which the higher the authority, the higher the hierarchy.

When, for example, information that the ordered cloth material has arrived is received from the relay terminal 11 such as a convenience store, the CPU 211 stores the cloth craftsman receiving the cloth material in the database server 22. The mail server 25 sends a mail notifying the cloth worker of the arrival of the cloth material to the cloth craftsman by searching from the item of the recipient in the owner information database 221. And
When the cross craftsman receives the information on the completion of the reception of the cloth material from the relay station terminal 11, the CPU 211 puts the received mark on the owner information database 221 and also transmits the information to the cross trader server 4, the dealer server 5, and the site. The information is transmitted to the administrator portable terminal 8 or the like to notify the completion of the reception of the material parts.

The ROM 212 stores programs and the like controlled by the CPU 211.

The RAM 213 forms a storage area for temporarily storing programs, data, and the like in various processes executed by the CPU 211, a work area for processing by input instructions and input data, and the like.

The database server 22 has a storage medium, and is provided fixedly or detachably. Part or all of the data and images stored in the recording medium can be received and stored from another server via a transmission medium such as a network line. The database server 22 stores an owner information database 221, a material parts information database 222, a barcode / slip generation application program 223, and the like.

The owner information database 221 stores case information classified by owner, and includes, for example, personal information of the owner, contract contents between the owner and the dealer, an outline of the construction schedule, and necessary information for each construction stage. There are items such as data of material parts to be used. In the case of cloth construction, the data of the above-mentioned material parts include the type of cloth material ordered, part number, number of m, price, ordering date and time, orderer, scheduled reception date and time, location, recipient, etc. Thereafter, for example, a received mark or the like is written in the remarks column. Note that items such as the color and pattern of the cloth material may be determined after the construction work has progressed, but such undetermined items are displayed as undecided.

By inputting a password or the like, the server or terminal device of each person is allowed to access the information stored in the owner information database 22 to view a part or all of the information, and sometimes to access the information. Can be entered. Therefore, the contents are indispensable contents to be shared by the related parties from the viewpoint of confidentiality in consideration of the browsing environment of other related parties.

The material parts information database 222 is a database that serves as a so-called catalog of material parts. For example, a cloth craftsman orders the quantity of cloth materials and the like using the portable terminal 9 or the like at hand. For example, when the dealer (5 or 6) inputs the color / pattern information of the cloth material selected by the owner, the information is read from the CPU 211 and used by linking with the owner information database 221. And data such as the part number, size, and color pattern of the material parts, and image data of the material parts.

The barcode / slip generation application program 223 is a program for creating a barcode as an information medium for identifying ordered material parts. Under the control of the CPU 211, the ordering of material parts
When the delivery arrangement is completed, the CPU 211 reads the program 223 and creates a delivery slip to which a barcode to be attached to the ordered material component and a barcode list are attached. Then, the CPU 211 transmits the created barcode data to the cross dealer server 4, the transporter server 10, the relay terminal 11, and the like using the communication device 26.

The delivery slip is output from a cash register of the convenience store and handed, for example, when the cloth craftsman arrives at the convenience store, which is a relay station, to receive the cloth material. And the same slip, by the cross craftsman,
Handed over to the site supervisor and managed by the contractor,
The documents are submitted to the dealer at the cross-construction shop on a monthly basis, and the number of construction m (the number of contract m2) is confirmed and the document certifies the construction using the specified cloth material.

In addition to the delivery slip created from the bar code list, there is also a second slip handed to the cross craftsman when loading of all the material parts is completed. The 2nd slip is generated by the program 223, and the relay point terminal 11
Sent to. The second slip is an important slip which is a result of accumulating data on the basis of bonus point addition for the cross-construction shop. For example, the set slip includes points set for each product number, and the total The amount of material parts used is determined based on the points, and if the amount exceeds a certain amount, it is used in a system in which a payment is made by adding a bonus amount to a construction amount.

Specifically, when the ordering of the cloth material is completed, the CPU 211 adds the points based on the ordering of the cloth material, and calculates the bonus amount based on the added points. Then, the CPU 211 calculates and pays the construction amount in consideration of the calculated bonus amount. For example, when the bonus point exceeds a certain value, the amount of the cross work is paid by adding the bonus amount from the cross maker, or the price per piece of the cross material is reduced.

The WWW server 23 obtains necessary data from the database server 22 based on command information requested from a terminal device of a construction worker connected to the central management apparatus 2 and performs HTML conversion, and performs HTML conversion. This is a device for transmitting the requested data to a server, a terminal device, or the like of the person who requested the data.

The terminal device 24 is a device that performs maintenance and the like in various processes of the management server 21. Specifically, the administrator of the central management device 2 inputs or updates information on the database server 22 or the like. It is used for creating e-mail to be sent to each person concerned. The configuration is, for example, as shown in FIG.
Control unit 241, input unit 242, output unit 243, display unit 2
44, a storage unit 245, and the like. The control unit 241
For example, although not shown, a CPU, a RAM, and the like are provided, and various operation controls based on operation commands input by the input unit 242 are executed in accordance with programs, data, and the like stored in the storage unit 245. The input unit 242 includes, for example, a mouse, a keyboard, and the like, and can input a control signal and the like to the control unit 241. The output unit 243 includes, for example, a printing machine, and performs a process of printing out ordering information and the like stored in the client information database 221. The display unit 244 includes, for example, a CRT, an LCD, and the like, and displays various data and the like on a screen according to display control by the control unit 241. The storage unit 245 stores the control unit 24
Various programs executed in step 1 and data are stored.

The mail server 25 exchanges necessary information by transmitting and receiving mails to and from terminals or servers of various parties involved in the cross construction. Specifically, for example, an e-mail to notify the arrival of the cloth material ordered at the relay point of a convenience store or the like to the portable terminal 9 or the like of the receiving cross craftsman, It is used for sending and receiving e-mails and the like to notify the receipt of the material to the trader server 4 of the cloth material maker.

The communication device 26 includes a router (not shown),
It includes a modem, a terminal adapter, etc., and, as transmitting means, receives a designation signal, a selection signal, etc. from each concerned server or terminal device, and transmits various signals from the central management device 2 to each concerned server or terminal device. And so on.

The cross trader server 4, as shown in FIG.
1, control unit 42, display unit 43, input unit 44, output unit 4
5, a communication device 46 and the like. The storage unit 41 stores a database and the like regarding cloth materials, and one of them is an inventory database 411. The stock database 411 is a database in which the number of cloth materials that can be shipped at the present time is described in data such as the product number, size, and color pattern of the cloth materials.

Then, for example, when the cloth craftsman places an order for the number of m of a certain cloth material from the portable terminal 9 or the like, the stock number of the relevant cloth material is confirmed via the central management device 2. Used to

The control section 42 includes, for example, a CPU 421 and a RAM 422 as shown in FIG.
An operation control based on the operation command input by the CPU is executed according to a program or data stored in the storage unit 41. Specifically, for example, when receiving the m number information of the cloth material ordered from the portable terminal 9 of the cloth craftsman from the CPU 211 of the central management device, the CPU 421 of the control unit 42
Reads out the stock database 411, searches the stock number of the corresponding cloth material, determines whether or not to place an order, and transmits the availability information to the central management device 2.

Further, based on the bar code information received from the central management unit 2, the CPU 421 causes the output unit 45 to print out a bar code to be pasted one by one on the cloth material. The barcode information is affixed to each material part, and is used by a carrier or a delivery destination to confirm delivery.

The display unit 43 is constituted by, for example, a CRT, an LCD, etc., and displays a screen of the client information database 221 stored in the central management unit 2 and the like. Input unit 4
Reference numeral 4 includes, for example, a mouse and a keyboard, and is used for selecting information displayed on the screen and inputting information. The output unit 45 includes, for example, a printing machine, and prints out, for example, a list of ordered materials, barcode information of the ordered materials, and the like transmitted from the central management apparatus 2. The communication device 46 is configured by a modem, a terminal adapter, a router, or the like, and transmits information to the central management device 2 or the like via a communication line such as a telephone line, an ISDN line, or a dedicated line as a transmission unit.
Send and receive mail.

As shown in FIG. 4, the dealer server 5 comprises, for example, a workstation and the like.
1, control unit 52, display unit 53, input unit 54, output unit 5
5, a communication device 56, and the like, and each fulfills substantially the same function as that of the cross trader server 4.

Notably, the storage unit 51 has a customer information database 511 relating to contracts classified for each owner, and stores, for example, detailed design drawings, integrated contents, past records of material parts desired by customers, and the like. Central management device 2
Is an information source disclosed on the owner information database 221.

The dealer server 5 accesses the owner information database 221 by inputting a password or the like into the central management device 2 described above. Then, for example, among the information such as the contract contents exchanged with the owner, information to be shared with each person related to the cross construction such as the contractor, the material maker, and the cross construction shop is input from the input unit 54, and the control is performed. The CPU 521 of the unit 52 transmits the information to the central management device 2 using the communication device 56, thereby playing a role of providing information.

Further, by connecting to the central management apparatus 2 and browsing the client information screen stored in the client information database 221, the cloth material ordered by the cloth craftsman or the like is displayed.
It is used for collecting information to grasp the number of m and the reception status, etc., and report to the owner.

On the basis of the information collected as described above, for example, the date and time, the owner, the number of craftsmen are displayed at the construction project location on the map, and the construction site of the project handled by the dealer is displayed. It is also possible to construct a system on the same dealer server 5 so that a plurality of progress statuses can be simultaneously grasped.

In the meeting with the owner at the time of contract, the selection of the color and pattern of the cloth material is not performed, and if it is determined at a later date, a password or the like is input from the dealer server 5 to access the central management device 2. Then, it is possible to make an order reservation for the color and pattern of the cloth material. At the same time, the selected color / pattern information is input to the cloth material color / pattern field, which has not been displayed yet, of the owner information database 221 of the central management device 2.

The portable terminal 6 of a dealer-related person is a mobile communication terminal used by an individual of the dealer-related person and having a wireless communication function and capable of Internet communication. Here, a mobile communication terminal that has a wireless communication function and can use the Internet is, for example, a mobile phone or a PH.
S (Personal Handy phone System), PDA (Perso
digital assistant), a mobile personal computer, etc., but are not limited to these.

The above-mentioned portable terminal 6 is connected via a base station to
It is connected to the dealer server 5 and the central management device 2 by a communication line. As a configuration, as shown in FIG. 5, a wireless communication unit 61, a CPU 62, an audio processing unit 63, a display unit 64, an input unit 65, a RAM 66, a storage unit 67, and the like are provided. The display unit 64 displays the owner's material information screen transmitted from the central management apparatus 2 and stored in the owner information database 221. Then, similarly to the dealer server 5, the dealer-related person confirms the site situation. Further, it is possible to input information by a click operation or the like using a key group, a movement button, an input pen, or the like of the input unit 65 (not shown).
The PU 62 causes the central management device 2 to transmit the data via the wireless communication unit 61 via the wireless communication.

The portable terminal 6 has a structure capable of transmitting and receiving e-mail via the Internet. For example, the portable terminal 6 receives a contact mail or the like from the central management device 2 or the dealer server 5 or communicates with a site supervisor. It is configured to be able to send and receive contact mail.

Specifically, for example, when the number of m of cloth material used by the cross craftsman at the site is significantly different from the number of contract m 2 and the number of construction m 2 and the contract amount need to be changed, the central management device Since the second CPU 211 transmits the approval confirmation mail to the portable terminal 6 in charge of approval of the person concerned with the dealer, it is used for information communication or the like such as receiving and replying. Further, similarly to other servers and the like, it is also used to access the owner information database 221 stored in the central management device 2 and browse information. That is, confirmation of order / delivery status, transmission / reception of important communication items, and the like can be performed even when going out.

The construction contractor server 7 of the contractor is connected to the client information database 221 as a terminal device connected to the central management device 2 to collect information such as grasping the ordering / delivery status of the material parts and the like. It is used for providing information such as a construction schedule to be disclosed to each person concerned on a database, and includes, for example, a workstation and the like, not shown, but includes a control unit, a storage unit, a display unit, and a communication unit. It has a device, an input unit, an output unit, etc., and performs almost the same functions as those of the cross trader server.

More specifically, the storage unit stores, for example, a database that stores contracted construction work information, a construction schedule file, and the like, and stores a construction schedule and the like stored in the owner information database 221 of the central management unit 2. It is the basis of.

The portable terminal 8 of the site manager has the same function as the portable terminal 6 of the dealer concerned, and although not shown, a wireless communication unit, a CPU, a voice processing unit, a display unit, an input unit, It consists of a RAM, a storage unit and the like. Then, even when the user is out of the office, the user accesses the central management device 2 and the like via the Internet communication to browse the ordering information and transmit and receive mails to and from the central management device 2 and the construction contractor server 7. Used for

The portable terminal 9 of the cross craftsman has the same function as the portable terminal 6 of the dealer, and although not shown, a wireless communication unit, a CPU, a voice processing unit, a display unit, an input unit, and a RAM. , A storage unit and the like. Then, in addition to browsing information and sending and receiving e-mails using the Internet communication, the central management device 2 can be accessed through input of a password or the like, and ordering and arranging cloth materials can be arranged even from the construction site. I have.

The carrier server 10 comprises, for example, a workstation or the like, and as shown in FIG.
1, a control unit 102, a display unit 103, an input unit 104, an output unit 105, a communication device 106, and the like, and perform almost the same functions as those of the cross trader server 4.

It should be noted that one of the plurality of files stored in the storage unit 101 is a file 101a for managing a transportation or delivery schedule. When input, the transportation schedule management file 101a is accessed via the central management device 2 and used to provide the corresponding transportation schedule information. The transportation schedule is similarly linked to the map information 101b stored in the storage unit 101. For example, when the orderer inputs the address of the construction site, a map around the site is displayed. A transit point that can be delivered (for example, a convenience store or the like) may be displayed together with the transportation schedule so that the orderer can select it.

Further, using a bar code reader or the like, the bar code list transmitted from the central management device 2 is compared with the bar code attached to the cloth material, and the delivery is confirmed. A configuration is also possible in which the carrier server 10 transmits the confirmation completion information to the central management device 2 or the like.

The relay terminal 11 is, for example, a device installed at the receiving location where the cloth material ordered by the cross craftsman is reliably received at a convenience store or the like where a courier company or the like stops by. Point of Sales System (POS) terminal 111 placed in a store or the like, wireless barcode reader 1
12, the POS terminal includes a CPU 111a, a printing unit 111b, a barcode reader 111c, a RAM 11
1f, ROM 111g, input unit 111e, communication unit 111
d, a cash storage unit 111h, a price display unit 111i, and the like.

Notably, the CPU 111a, for example,
When the ordering / delivery arrangement is completed, the reservation code of the cross craftsman assigned by the central management device 2 is checked against the reservation information received from the central management device 2 in advance. In addition, it transmits the cargo completion information and the like transmitted from the wireless barcode reading device 112 to the central management device 2, the cross trader server 4, the dealer server 5, and the like by e-mail or the like using the communication unit 111d.
Further, after confirming the reservation code or completing the loading, control is performed such as printing various slips on the printing unit 111b.

The printing unit 111b prints a receipt, for example, as a cash register of a convenience store. When the receipt slip based on the bar code list transmitted from the central management unit 2 and the loading operation of the cross material are completed, Print out the 2nd slip and so on to be sent.

A wireless bar code reader 112
Is a CP that internally controls each part, as shown in FIG.
U112a, ROM 112d, RAM 112e for storing barcode data, display unit 112b, reading unit 112 having a light source, a light receiving element, and the like, and optically reading a barcode.
g, a decoding processing section 112f for decoding the read barcode, a data transmission section 112c for transmitting the decoded information to a computer or a cash register section, and the like. For example, when loading the cloth material, the reading unit reads the barcode attached to the load, and the CPU 112a checks the barcode in the order cloth material list that has been read in advance to confirm the load. When the cargo is insufficient, the CPU 112a causes the display unit 112b to display the insufficient information or notifies the user with a warning sound or the like. When the cargo is completed, the CPU 112a sends the cargo reception completion information to the POS terminal by the data communication unit 112c. Send to 111.

In the material order delivery system 1 configured as described above, the flow of delivery / order operation will be described below with reference to flowcharts shown in FIGS. In the following, the term “display” indicates that the information is displayed on the display unit of each server or terminal device. Further, the terms “select”, “input”, and “click” simply mean “specify”, “input”, and “click” using a mouse or keyboard, which is an input unit of each server or terminal device. ing. Further, simply referring to “transmission” and “reception” indicates that “transmission” and “reception” of data and the like are performed using the communication device.

First, at the time of contracting a house building, the owner selects only the grade (grade) price range of the cloth material and the part where the cloth material is used. Then, the dealer, based on the grade of the client's selection and the part to be used, calculates the used area of the cloth material from the design drawing, then presents the estimated amount in m2 value of the step-in-time construction to the client and passes the contract (step S1).

Prior to the commencement of construction, a dealer, a construction company, etc. connects to the central management device 2 from the dealer server 5, the construction company server 7, etc., and inputs a password, a client name and the like distributed in advance. By,
Owner information database 221 of the database server 22
To access. Then, information such as the contents of the contract with the owner and the construction schedule are input.

In addition, the owner information database 221
Is a configuration that can be viewed by a person involved in construction work by inputting a password, so only information that can be shared is described due to the confidentiality of the information. However, for example, a mechanism may be used in which all the owner information is stored in the same database 22, and the browsing is restricted by inputting a password or the like according to the content.

Next, the construction work is started by the construction company. (Step S2)

At an appropriate time when the construction work has progressed, the owner and the dealer visit the building site, and at the stage where actual completion can be estimated, the color and pattern of the cloth material are selected. And
When the dealer connects to the central management device 2 from the dealer server 5 or the portable terminal 6 of the dealer sales representative and inputs a password and a client name, the client information database stored in the database server 22 is entered. A corresponding client information screen 221 is displayed. Then, among the material parts, the owner's selection contents are input in the column of the cloth material color pattern which has not been determined yet.

Next, a construction worker (hereinafter referred to as a “cross worker”) of the cloth shop goes to the site and measures and measures the actual post-construction changes that are not in the original contract drawing, and uses the cloth material to be used and its use. Calculate the final number of m of cloth material used for each brand. (Step S3)

Next, in step S4, the cloth craftsman arranges the order and delivery of the number m of the cloth material.
This will be described in detail below along the flowchart shown in FIG.

First, when the cross craftsman connects to the central management apparatus 2 from the portable terminal 9 at hand via the Internet network 3 (step S401), the C of the central management apparatus 2
The PU 211 transmits an input request screen for inputting the password, the name of the owner who wishes to browse, and the like. Therefore, the cross craftsman inputs the password of the cross shop distributed in advance and transmits the same to the central management device 2. (Step S402)

Next, the CPU 211 of the central management device 2 that has received the password or the like determines the correctness of the password, and if correct, searches the owner information database 221 stored in the database server 22 for information on the corresponding owner. Then, the information screen is transmitted to the portable terminal 9 and displayed. (Step S403)

The craftsman clicks the item of the cross construction stage on the owner information screen. It contains information on cloth materials to be used for cloth construction and to be ordered.
For example, a used part, a part number, a color pattern, the number of m used, and the like. Therefore, the cross craftsman selects the order menu, inputs the required number of meters, and transmits it to the central management device 2 (step S4).
04).

Here, when the cloth craftsman transmits the final number m of cloth material used at the site to the central management device 2, the CPU 211 of the central management device 2 which has received the data calculates the number m of cloth material used back, and Compare with contract m2 number. As a result, when the number of construction m2 is significantly different from the number of contract m2 due to a change in the construction work, the number of construction m2 and the contract amount accordingly need to be changed. Therefore, the CPU 211 of the central management device 2 simultaneously operates the dealer server 5 and, for example, the portable terminal 6 in charge of approval among the dealer-related persons.
For example, until the reply to the approval confirmation request e-mail is received, the request is continuously made 30 times a day. However, if a response is not obtained from the portable terminal 6 or the like of the person in charge of approval for a certain period of time, an approval confirmation request mail is transmitted to the portable terminal 6 or the like of a higher-ranking dealer related person set in advance. The recipient of the change approval request confirmation mail uses the input unit 65 of the portable terminal 6 to reply to the approval / disapproval of the change, and transmits the reply to the central management device 2. On the other hand, the reception of the order of the cloth material is continued.

In response to the reception of the number m of cloth material orders, the CPU 211 of the central management device 2 accesses the trader server 4 of the cloth material maker via the public line communication network 3 and orders the corresponding cloth material in the order information. Send the number. Then, the CPU 421 of the control unit 42 of the trader server 4 searches the stock database 411 stored in the storage unit 41, compares the stock database 411 with stock information of the corresponding cloth material, and transmits order acceptability information to the central management device 2 ( Step S405).

The CPU 211 of the central management device 2 which has received the order acceptability information transmits the fact to the portable terminal 9 of the cross craftsman if the order is not possible, and inputs the cross material delivery desired condition if the order is acceptable. The screen is displayed on the portable terminal 9 (step S406).

Next, the cross craftsman inputs a desired delivery place and a date and time condition, and transmits them to the central management device 2.
Here, the delivery desired location is information necessary for searching for a convenient receiving relay point for the cross craftsman, and for example, an address of the site may be input.

When the desired delivery condition information is received from the portable terminal 9, the CPU 211 of the central management unit 2 transmits the information to the carrier server 10, and the CPU 102a of the control unit 102 of the received carrier server 10 receives the information. Searches for a transport schedule corresponding to the information from the transport schedule file 101a in the storage unit 101, and transmits some of the candidates to the central management device 2 (step S40).
8).

Then, the central management device 2 displays the same information received from the carrier server 10 on the portable terminal 9 (step S409).

[0092] Therefore, the cross craftsman selects his / her desired delivery place and date and time from the plurality of delivery candidates presented, clicks the order determination button, and transmits the order to the central management device 2 (step S410). Specifically, a map around the address entered by the cross craftsman is displayed, and the convenience stores that can be delivered around the address are displayed along with the deliverable date and time. Click to make a selection.

Then, the CPU 2 of the central management device 2 that has received the
11 is the carrier server 1 for the delivery information selected by the cross craftsman.
0, and transmits to the relay point terminal 11 (step S411).
a). On the other hand, the reservation code is distributed on the order and delivery arrangement completion confirmation screen and transmitted to the portable terminal 9 of the cross craftsman. The reservation code is exchange for receipt of the order material, and is stored in the portable terminal 9 (step S411).
b).

Next, the CPU 211 of the central management unit 2
Is the determined order of the cloth material in the customer information database 221 stored in the database server 22.
The delivery information is entered and can be browsed from the dealer server 5, the portable terminal 6, the construction contractor server 7, the site manager portable terminal 8, and the like (step S4).
12).

The order / delivery information of the cloth material is transmitted to the dealer server 5, the portable terminal 6, the construction company server 7, the site manager portable terminal 8 and the like on the shared customer information database 221. In addition to making the information public, information about ordering / delivery of cloth material may be individually transmitted to those servers and terminals to report.

The CPU 211 of the central management device 2
The barcode / slip generation application program 223 of the database server 22 is read, and barcode information is generated to identify the ordered cloth material one by one, and is made into a list form. Then, it generates a delivery slip in which the contents of the order cloth material and the delivery information are written together with the reservation code, and creates a delivery slip with a barcode list together with the list. Then, the created delivery slip with the bar code list is transmitted to the trader server 4, the carrier server 10, the relay terminal 11, and the like (step S414).

Next, in step S5 shown in FIG. 8, the cloth material maker performs a process of delivering the ordered cloth material.
Specifically, in step S405, an order cloth material ordered from the cross craftsman portable terminal 9 via the central management device 2 is prepared. Then, the barcode information is printed out from the barcode list delivery slip transmitted from the central management device 2 and pasted for each cross material. Then, deliver the materials to the carrier.

Next, a cloth material delivery process is performed in the carrier (step S6). Specifically, the bar code attached to the cloth material delivered from the cross maker and the bar code information of the delivery slip previously received from the central management device 2 by the carrier server 10 are stored in a bar code reader or the like. And use it to verify delivery. still,
After the delivery is completed, the completion information may be transmitted to the central management device 2. Then, in accordance with a preset delivery schedule, the delivery is made to a convenience store, which is a receiving relay point for selecting the cross craftsman.

[0099] At this time, for example, when the cloth material is received at a convenience store near the site on the day of the construction of the cloth, the cloth is used at the site as it is, so that the packing material for the cloth is not required. Therefore, a mechanism may be adopted in which the carrier takes the packing material back at the convenience store and returns it to the cross maker for reuse.

Next, in step S7, a cloth material receiving process is performed, which will be described in detail below with reference to the flow shown in FIG.

In step S 6, the barcode attached to the cloth material delivered by the carrier and the delivery slip with the barcode list, which has been transmitted from the central management device 2 to the relay terminal 11 of the convenience store in advance. , And the barcode are collated using the wireless barcode reader 112 or the like, and the delivery is confirmed. And then
It is stored in a storeroom installed in a parking lot or the like, or in a space behind the store (step S701).

When the cross craftsman arrives at the convenience store, the reservation code stored in the portable terminal 9 is presented. Then, a clerk or the like inputs the reservation code number using the input unit 111d, and the CPU 111a of the POS terminal receiving the reservation code number inputs the reservation code stored in the portable terminal 9 of the cross craftsman and the bar code. The reservation code described in the delivery slip with the list is collated (step S702).

Here, when the portable terminal 9 is inserted into the POS terminal 111 itself, the CPU 111a of the POS terminal
Automatically read the reservation code and read the POS terminal 111
May be compared with that stored in the.

Next, when the CPU 111a determines that the collation of the reservation code is correct, the CPU 111a prints out the delivery slip from the printing unit 111b of the POS terminal 111. Then, it is handed to the cross craftsman as a receipt / delivery slip (step S703).

Note that, in the above-mentioned receipt delivery slip, the delivery slip with the bar code list is not handed to the recipient as it is, but, for example, the bar code is sent to the cashier's bar code reader 11.
A method may be used in which a reception slip read and decoded in 1c is newly created, printed out from the printing unit 111b of the cash register, and handed over to the recipient as a reception slip.

Next, the user goes to the material storage place and loads the materials on a truck or the like while reading the barcode attached to each cloth by the wireless barcode reader 112. In the wireless barcode, barcode information of a delivery slip list is stored at the time of delivery confirmation upon arrival of cloth material, and loading can be confirmed while comparing two barcodes. Each time a barcode is read, the barcode information such as the decoded product number, color pattern, and number of meters is displayed on the display unit 112b. Then, at the end of loading, the end button (not shown) of the wireless barcode reader is pressed (step S).
704).

If the two barcodes are not correct as a result of the collation, a message indicating that the barcode is not loaded is displayed on the display section 112b together with the cross information, and a warning sound is issued (step S704 ').

When loading is completed correctly, the display unit 112b
Is displayed, and the end information is transmitted from the data transmission unit 112c to the POS terminal 111 (step S70).
5).

Having received the loading work completion information, the CPU 111a of the POS terminal 111 prints out the second slip in the printing section 111b, and the same slip is handed to the cross-worker, similarly to the receipt / delivery slip (step S706). ).

On the other hand, the CPU 111a transmits cloth material reception completion information to the central management device 2 (step S70).
7).

Next, the CPU 211 of the central management device 2 having received the cloth material reception completion information writes the received mark in the cross material item column in the corresponding client information of the client information database 22, and sends the reception completion information by e-mail or the like. Then, the transmission to the contractor server 4, the construction contractor 7, the site manager portable terminal 8, the dealer server 5, etc. (Step S708), the operation of the cloth material ordering / delivery system ends.

The construction contractor 7, the site manager's portable terminal 8, the dealer server 5, the contractor server 4, etc., enter a password, connect to the central management apparatus 2, and enter the owner information database 221. At any time, the stored information on the relevant client's cross work can be browsed and the current status can be grasped and confirmed.

According to the invention described above, the ordering and delivery of building materials can be efficiently and promptly arranged via the public communication network, so that the timing of ordering the materials can be delayed as compared with the conventional case. Therefore, it is possible to flexibly respond to changes after the start of construction, and after conducting sufficient examination of the owner, it is possible to order materials, and as a result, it is possible to save time and cost for changes etc. and at the same time obtain satisfaction of the owner I can do it.

[0114] Further, since the terminal is used not at the construction site where no one is present, but at the relay point, the reception is surely performed. In addition, if materials can be received at a junction near a construction site, there is no need to bring packing materials to the site, and it is possible to increase the space at the site and reduce waste. Also, if the packing material removed at the stopover point is re-sent to a material maker by a transportation company or the like and reused, environmental considerations are also attained.

[0115] In addition, since various contractors involved in the construction site can grasp the construction status and the like shared anytime and anywhere through the terminal device, the information transmission becomes very smooth. As described above, it is possible to arrange the order and delivery of materials carefully and reliably without hindering the progress of the construction work.

The above embodiment is merely an example, and can be appropriately changed. For example, delivery may be made by a vehicle arranged by a material maker without going through a carrier. Also, the receiving stopover is not limited to convenience stores, for example, rental video stores, supermarkets,
It may be received at any location where a relay terminal device connected to the central management device by a communication line can be installed, such as a delivery base of a courier company or a recipient's house.

Further, in this embodiment, the information on the stock and the transportation schedule is not under the control of the central management device but is placed on the material maker or the transport company side. All the material order delivery may be performed on the central management device. If you do,
It only sends the ordered material information to the material maker and sends the determined delivery schedule information to the shipping company.

[0118]

According to the first aspect of the present invention, the management server is connected to the trader server, the delivery terminal and the order terminal via the network, and when the order terminal orders the material, the management server is confirmed. Means for confirming whether or not the material can be provided to the trader server; transmitting, by the notifying means, the propriety information to the order terminal; and, by the delivery information transmitting means, the delivery information of the ordered material is transmitted to each of the related servers and the terminal. Since it is sent directly to at least one or via the order terminal, it is possible to order building materials via the order terminal.
Delivery arrangements can be made easily and reliably online. In addition, when the ordered materials are delivered to a convenience store or a home delivery company's relay station, the materials are reliably received by the convenience store clerk or the home delivery company, etc. The confirmation is resolved. In addition, the home delivery company always visits the convenience store every day to collect the luggage, not to mention the home delivery relay station, so that the materials are reliably delivered regardless of whether the delivery schedule is overcrowded or not.

According to the second aspect of the invention, it is needless to say that the same effect as the first aspect of the invention can be obtained, and it is possible to order materials through a portable terminal.
Order and delivery of materials can be arranged at the construction site where you are away from home. In addition, since it is possible to check the stock information of the material to be ordered on the spot, it is possible to make changes when there is no stock while looking at the site.

According to the third aspect of the invention, it is needless to say that the same effect as the first or second aspect of the invention can be obtained. In particular, the quantity of the material ordered from the order terminal is determined by the management server. It is checked by the judgment means of the contract with the construction budget at the time of the contract and it is judged whether or not it is necessary to change the construction budget.If it is judged that a change is necessary, a change request is made to the contractor by the change approval means. Due to changes in construction,
It becomes clear that a contract construction budget needs to be changed, and it is possible to avoid competing for a construction budget change after a material order. Further, since the change request can be promptly notified to the contractor, time loss can be reduced even when ordering materials.

According to the fourth aspect of the invention, it is needless to say that the same effect as that of the fifth aspect of the invention can be obtained. If there is no response after the confirmation request has been made, the change request is transferred to the higher-level manager terminal, so that the change confirmation of the construction budget can be performed more quickly and reliably.

According to the fifth aspect of the present invention,
It is a matter of course that the same effect as the invention described in any one of 4 is obtained. In particular, the order information is converted into a bar code by the bar code information generating means and transmitted to the trader server and the delivery destination terminal. The information is printed by the merchant server. In addition, the printed barcode information is delivered together with the material, and the delivery destination terminal compares the barcode information with the previously received and decoded barcode information, and informs the contents of the mismatch. Along with this, re-processing can be performed, and the delivery confirmation as to whether the ordering material and the delivery material match using the bar code having the confidentiality and the intensiveness of the information can be surely performed.

According to the invention set forth in claim 6, claims 1 to 5 are provided.
It goes without saying that the same effect as the invention described in any one of 5 is obtained. In particular, since the packing material of the material is returned to the trader at the delivery destination, the packing material can be reused by the trader, Also, unnecessary packing materials are not brought to the construction site.

According to the seventh aspect of the present invention, the first to fifth aspects are described.
It goes without saying that the same effect as the invention described in any one of 6 is obtained. In particular, a bonus is given to the ordering contractor from the material supplier at the time of settlement according to the used amount of the material ordered by the order terminal. Is automatically performed,
The bonus amount at the time of settlement is easily calculated and given to the order contractor. As a result, material suppliers are expected to increase demand for materials. In addition, when a cross craftsman places an order from a portable terminal, the bonus points for each individual can be identified and clarified. Therefore, in order to obtain bonus points personally, an attempt is made to order from the craftsman's portable terminal. Awareness is improved. Then, the fact of the cross order by the individual cross craftsman remains as a slip with the personal name specified, so that the responsibility of the cross craftsman for the order is increased, and the incentive to order the exact amount of the cloth is increased.

[Brief description of the drawings]

FIG. 1 is a block diagram showing the overall configuration of a system according to the present invention.

FIG. 2 is a block diagram showing an internal structure of the material order delivery central management device shown in FIG.

FIG. 3 is a block diagram showing an internal structure of the cross-trade server shown in FIG. 1;

FIG. 4 is a block diagram showing an internal structure of the dealer server shown in FIG. 1;

FIG. 5 is a block diagram showing an internal structure of the portable terminal of the dealer-related person shown in FIG. 1;

FIG. 6 is a block diagram showing an internal structure of the shipping company server shown in FIG. 1;

FIG. 7 is a block diagram showing an internal structure of the relay terminal shown in FIG. 1;

FIG. 8 is a flowchart showing an overall flow of an operation in the material order delivery system according to the present invention.

FIG. 9 is a flowchart showing a flow of operation in the cross order delivery arrangement processing shown in FIG.

FIG. 10 is a flowchart showing a flow of an operation in the cross receiving process shown in FIG. 8;

[Explanation of symbols]

 1 Material order delivery system 2 Material order delivery central management device 3 Communication line network 4 Cross trader server 5 Dealer server 6 Dealer portable terminal 7 Construction contractor server 8 Site manager portable terminal 9 Cross craftsman portable terminal 10 Transportation Trader server 11 Relay terminal 21 Management server 26 Communication device 45 Output unit 54 Input unit 56 Communication device 61 Wireless communication unit 65 Input unit 112 Barcode reader 221CPU 223 Barcode / slip application program 112aCPU

──────────────────────────────────────────────────の Continued on the front page (51) Int.Cl. ⁷ Identification symbol FI Theme coat ゛ (Reference) G06F 17/60 334 G06F 17/60 334 502 502 506 506 506

Claims (7)

[Claims] 1. A management server for receiving and placing orders for materials used for building a building, an order terminal for transmitting order information on the materials to the management server, and a provider for providing the materials. A material server for receiving order information via the management server, and a delivery destination terminal provided at a delivery destination of the material, wherein the delivery server is connected via a network; Based on the reception of the order information from the order terminal, the confirmation means for confirming whether or not the material can be provided to the trader server, and the result of whether or not the material can be provided by the confirmation means, Notifying means for notifying the order terminal that has made the request, and when it is determined that the material can be provided by the confirming means, the delivery information of the material is transmitted to the relevant server and the terminal. And a delivery information transmitting means for transmitting the information to at least one of the delivery order terminals, wherein the delivery destination terminal is installed in a convenience store or a relay station of a home delivery company. 2. The material order delivery system according to claim 1, wherein said order terminal is a portable terminal capable of network communication. 3. The material order delivery system according to claim 1, wherein a management terminal of a construction manager who manages a construction budget of the building and the management server are connected via a network, The management server, based on the order information transmitted from the order terminal, a determination unit that determines whether a change in the construction budget is required, and when the determination unit determines that a change in the construction budget is necessary. Further comprising: a change approval requesting unit for requesting whether or not to approve a change to the manager terminal, wherein the manager terminal includes an input unit for inputting whether or not the change approval requested by the change approval request unit is input. A material order delivery system, comprising: a change approval permission transmitting unit that transmits the change approval permission input by the input unit to the management server. 4. The material order delivery system according to claim 3, wherein the manager terminal is divided into a plurality of hierarchies, and the change approval request unit requests a single manager terminal to confirm the change approval. A material order delivery system characterized in that, if there is no response from the administrator terminal within a predetermined period of time, a higher-level manager terminal is requested to approve the change. 5. The material order delivery system according to claim 1, wherein the management server generates barcode information in which barcode information of material order information is generated. The trader server, and bar code information transmitting means for transmitting the bar code information generated by the bar code information generating means to the delivery destination terminal, wherein the trade server is transmitted by the bar code information transmitting means. A printing unit that prints the barcode information, wherein the delivery destination terminal reads a barcode and decodes the order information; and the order information decoded by the decoding unit; and from the management server. A collating means for collating the order information received via the order terminal, and if a discrepancy is found in the collation by the collating means, ,
And a notifying means for notifying the content of the inconsistency. 6. The material order delivery system according to claim 1, wherein the packing material for packing the material is reusable, collected at the delivery destination, and returned to the trader again. And material order delivery system. 7. The material order delivery system according to claim 1, wherein the management server adds points set in advance for each material based on order delivery of each material. Means, a bonus amount calculating unit that calculates a bonus amount based on the points added by the adding unit, and a settlement unit that adds the bonus amount calculated by the bonus amount calculating unit to the construction amount to settle. A material order delivery system characterized by comprising: