JP2003128256A - Freight/vehicle demand server, freight/vehicle demand system and their control method and program - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a freight/vehicle demand server, a freight/vehicle demand system and their control method and program which can realize contract processing for freight information/empty car information within an entire system more efficiently. SOLUTION: This freight/vehicle demand server 400 selects, based on the state of an emergency flag of a first freight information of a freight to be delivered received from a goods owner terminal 100/a first empty car information of a delivery vehicle capable of delivery received from a car owner terminal 200, a second empty car information/second freight information corresponding to the first freight information/first empty car information. And contract processing is executed based on the first freight information/first empty car information corresponding to the selected second empty car information/second freight information.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention connects a shipper terminal used by a shipper and a car owner terminal used by a car owner via a communication line to assist a delivery request between the shipper and the car owner. BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a server, a freight car seeking system, a control method thereof, and a program.

[0002]

2. Description of the Related Art In a conventional freight car seeking system, when a shipping company to carry the package is determined at the time of registering the package information of the shipper, the shipping company is also specified in the package information. As a result, this package will be disclosed only to the designated shipping company, and then the shipping company (vehicle owner) will register the empty vehicle information of the transport vehicle that it can carry, and the managing company that operates the freight seeking system will By performing the matching process between the package information and the empty vehicle information, the contract between the shipper and the vehicle owner is established.

When a plurality of pieces of luggage information and a plurality of pieces of empty vehicle information are already registered in the freight request / vehicle system, the managing company selects which piece of pieces of luggage information / empty vehicle information the desired piece of luggage information / empty vehicle information. Select and select the baggage information /
Matching processing corresponding to empty vehicle information is performed, appropriate empty vehicle information / luggage information is confirmed, and a contract between the owner of the confirmed luggage information and the vehicle owner of empty vehicle information is established.

[0004]

However, in the conventional freight car hunting system, even if the freight company is specified and the baggage information is registered, after that, "the empty owner information is registered by the owner" →
"Matching processing by the managing company" is required, and it takes time, labor for the owner, and the managing company to complete the contract.
In particular, in the case of registering a large number of package information at a time by designating a shipping company, the managing company needs to perform matching processing on all package information. The same applies to the opposite case, that is, for empty vehicle information.

The present invention has been made to solve the above problems, and a filing request server and filing request that can more efficiently realize contract processing for baggage information and empty vehicle information in the entire system. An object of the present invention is to provide a vehicle system, a control method thereof, and a program.

[0006]

To achieve the above object, a freight car seeking server according to the present invention has the following configuration. That is, a cargo freight request server that connects a shipper terminal used by a shipper and a car owner terminal used by a car owner via a communication line, and supports a delivery request between the shipper and the car owner.
A storage unit that stores a table that manages the package information of the package to be delivered that is received from the shipper terminal and the empty vehicle information of the deliverable delivery vehicle that is received from the car owner terminal; and a first package information / first package information. Selecting means for selecting the second luggage information / second luggage information corresponding to the first luggage information / first empty vehicle information based on the state of the emergency flag of the empty vehicle information; and the second empty vehicle information selected by the selecting means. / Execution means for executing contract processing based on the first luggage information / first empty vehicle information corresponding to the second luggage information.

Further, preferably, when the emergency flag of the first luggage information / first vacant vehicle information is ON, the selecting means is the first luggage information / second vacant vehicle information / corresponding to the first vacant vehicle information / Select the second package information.

Further, preferably, the first package information is
The selection means includes specification information for specifying the vehicle owner,
When the emergency flag of the first baggage information is ON and the specified information is included in the first baggage information, the second empty vehicle information corresponding to the specified information is selected.

Further, preferably, the first package information is
It can be referred from the vehicle owner terminal of the vehicle owner designated by the designation information, and the execution means is the second empty vehicle information received from the vehicle owner terminal of the vehicle owner designated by the designation information and displayed on the vehicle owner terminal. The contract processing is executed based on the second empty vehicle information including the empty vehicle information selected from at least one or more empty vehicle information and the first luggage information.

Further, preferably, the freight car seeking server connects the shipper terminal used by the shipper and the car owner terminal used by the car owner to the secretary terminal used by the managing company via a communication line to communicate with the shipper. It is a freight car seeking server that supports delivery requests between the vehicle owners, the first baggage information can be referred to from the managing terminal, and the executing means is the second empty vehicle information received from the managing terminal. Then, the contract processing is executed based on the second vacant vehicle information including the vacant vehicle information selected from the at least one vacant vehicle information displayed on the organizer terminal and the first baggage information.

To achieve the above object, a freight car seeking system according to the present invention has the following configuration. That is, a freight claim configured by a freighter terminal used by a freighter and a vehicle owner terminal used by a freighter, and a freight car seeking server supporting a delivery request between the freighter and the freighter are mutually connected via a communication line. A vehicle seeking system, wherein the shipper terminal comprises a package information input unit for inputting package information of a package to be delivered,
The vehicle owner terminal includes a vacant vehicle information input unit for inputting vacant vehicle information of a deliverable vehicle, and the freight seeking vehicle requesting server,
Based on a storage unit that stores a table that manages the luggage information received from the shipper terminal and the empty vehicle information received from the vehicle owner terminal, and the state of the emergency flag of the first package information / first empty vehicle information, Selecting means for selecting the second empty vehicle information / second empty luggage information corresponding to the first luggage information / first empty vehicle information, and the second empty vehicle information / 2nd selected by the selecting means
Execution means for executing contract processing based on the luggage information and the corresponding first luggage information / first empty vehicle information.

A method of controlling a freight car seeking server according to the present invention for achieving the above object has the following configuration. That is, a method of controlling a freight car seeking server that connects a shipper terminal used by a shipper and a car owner terminal used by a car owner via a communication line, and supports a delivery request between the shipper and the car owner. On the basis of the state of the emergency flag of the first package information of the package to be delivered requested from the shipper terminal / the first empty vehicle information of the deliverable delivery vehicle received from the vehicle owner terminal,
A selection step of selecting second empty vehicle information / second luggage information corresponding to the first luggage information / first empty vehicle information; and the first corresponding to the second empty vehicle information / second luggage information selected in the selecting step. And an execution step of executing contract processing based on the luggage information / first empty vehicle information.

A method for controlling a freight car seeking system according to the present invention for achieving the above object has the following configuration. That is, a freight claim configured by a freighter terminal used by a freighter and a vehicle owner terminal used by a freighter, and a freight car seeking server supporting a delivery request between the freighter and the freighter are mutually connected via a communication line. A method of controlling a vehicle request system, comprising: a package information input step of inputting package information of a package to be delivered; an empty vehicle information input step of inputting empty vehicle information of a deliverable vehicle; A selection step of selecting second empty vehicle information / second package information corresponding to the first luggage information / first empty vehicle information based on the state of the emergency flag of the first empty vehicle information, and the second empty vehicle selected in the selection step. An execution step of executing contract processing based on the information / second baggage information and the corresponding first baggage information / first empty vehicle information.

A program according to the present invention for achieving the above object has the following configuration. That is, it is a program for connecting a cargo owner terminal used by a shipper and a car owner terminal used by a car owner through a communication line, and controlling a freight car seeking server that supports a delivery request between the shipper and the car owner. Based on the state of the emergency flag of the first package information of the package to be delivered that is received from the shipper terminal / the first empty vehicle information of the deliverable delivery vehicle that is received from the car owner terminal,
A program code with a selection step of selecting the second baggage information / the second baggage information corresponding to the first baggage information / the first baggage information, and the second empty car information / the second baggage information selected in the selection step. And a program code of an execution process for executing contract processing based on the first luggage information / first empty vehicle information.

A program according to the present invention for achieving the above object has the following configuration. That is, a freight claim configured by a freighter terminal used by a freighter and a vehicle owner terminal used by a freighter, and a freight car seeking server supporting a delivery request between the freighter and the freighter are mutually connected via a communication line. A program for causing a computer to control the vehicle seeking system, a program code for a package information input process for inputting package information of a package to be requested for delivery, and an empty vehicle information for inputting empty vehicle information of a deliverable transport vehicle. Based on the program code of the input step and the state of the emergency flag of the first luggage information / first empty vehicle information, the second empty vehicle information / second luggage information corresponding to the first luggage information / first empty vehicle information is selected. Execution step of executing contract processing based on the program code of the selection step and the first luggage information / first empty vehicle information corresponding to the second empty vehicle information / second package information selected in the selection step And a program code.

[0016]

DETAILED DESCRIPTION OF THE INVENTION Embodiments of the present invention will be described in detail below with reference to the drawings.

FIG. 1 is a diagram showing the structure of a vehicle seeking vehicle seeking system according to the present embodiment.

The freight car seeking system of this embodiment is designed to
The car owner, the managing company, and the freight requesting server are connected to each other via the communication line 500 to build a freight requesting system, and by this, information on the existing freight requesting system and the work of the transportation agency business. Achieve total optimization by sharing.

The managing company has a freight car seeking server 400 including a WEB server function and a managing company terminal 300 for managing the freight seeking server 400, and the shipper terminal 100 through the communication line 500. Various information transmitted from the car owner terminal 200 is registered and managed. Further, the freight seeking vehicle seeking server 400 has an empty vehicle table 401, a member table 402, a luggage table 403, and a contract table 404 as tables for managing various information. The details of the configuration of each of these tables will be described later.

It should be noted that the freight car seeking server 400 does not have to be under the control of the managing company, and may be under the control of another vendor such as ASP. Further, although each table in FIG. 1 is configured separately, it does not matter if each table is configured in different storage areas on one storage medium.

The consignor has the consignor terminal 100 connected to the freight car seeking server 400 via the communication line 500, and has at least a WEB browser function. At the shipper terminal 100, the parcel information of the parcel for which the delivery is requested is input and transmitted to the freight seeking server 400, and when there is empty vehicle information corresponding to the parcel information, a contract is concluded between the consignor and the car owner. Receive information about.

The car owner has a car owner terminal 200 connected to the filing and vehicle seeking server 400 via the communication line 500, and has at least a WEB browser function. This car owner terminal 200
Inputs empty vehicle information of a transportable vehicle and sends it to the freight seeking vehicle server 400. If there is baggage information corresponding to the empty vehicle information, the information about the contract establishment between the car owner and the shipper is displayed. To receive.

Reference numeral 500 denotes a communication line, typically the Internet, but it may be a LAN / WAN, a telephone line, a dedicated digital line, an ATM (asynchronous transfer mode) or a frame relay line. Then, the communication line 500 connects the shipper terminal 100, the car owner terminal 200, the managing company terminal 300, and the freight car seeking server 400 to each other.

Next, each table constructed on the hard disk 28 of the above-mentioned filing and vehicle seeking server 400 will be described.

Hard disk 2 of the freight seeking vehicle seeking server 400
8 is an empty car table 40 for managing the empty car information of the car owner.
1. A member table 402 for managing member information, a package table 403 for managing package information of a shipper, and a contract table 404 for managing contract information are respectively constructed.

The empty car table 401 stores, as empty car information,
For example, empty car member ID, empty car number, contract number, empty car place,
It has a desired destination, an empty date, a return date, a vehicle type, a load amount, a registered amount, and an emergency flag.

Here, the "emergency flag" is turned on when the baggage information is urgently determined at the time of empty vehicle information registration. When the urgent flag of the empty vehicle information is ON and there is baggage information corresponding to the empty vehicle information, the freight seeking vehicle requesting server 100 registers the empty vehicle information and simultaneously corresponds to the empty vehicle information. Execute contract processing based on baggage information.

The freight car seeking server 400 is provided with the luggage table 4
03 and the empty car table 401 respectively perform matching processing with the baggage information and the empty car information, and if there is the matching baggage information and the empty car information, the delivery contract between the shipper of the baggage information and the empty car information of the car owner Is established. Then, contract information regarding the delivery contract is created, and the contract table, the contract information, the package information, and the empty vehicle information are stored in the contract table 404 in association with each other.

The member table 402 stores, as member information,
For example, it has a company name, address, contact information, and member ID.

The member attribute is a member of the freight and vehicle seeking system,
That is, there are flags that indicate the consignor member, the car owner member, and both members.

The luggage table 403 stores, as luggage information,
For example, luggage member ID, luggage number, contract number, product name,
Loading place, landing place, loading date, loading date, weight, loading condition, unloading condition,
It has a designated vehicle type, a registered amount of money, a designated company, and an emergency flag.

Here, the "designated company" means that when the package information is registered, the vehicle owner who requests the transportation is designated in advance, and when the package information is input, the designated vehicle owner is selected and input. Is the information to publish. Then, if there is empty vehicle information corresponding to the baggage information (the empty vehicle information is input from the owner of the designated company), the contract based on the baggage information and the corresponding empty vehicle information is registered at the same time as the registration of the baggage information. Execute the process.

The "emergency flag" is turned on when the empty vehicle information is promptly determined when the package information is registered. When the urgent flag of the baggage information is ON and empty vehicle information corresponding to the baggage information exists, the freight requesting and cargiving server 100 registers the baggage information and simultaneously corresponds to the baggage information. Execute contract processing based on empty vehicle information.

The contract table 404 stores contract information as
For example, it has a luggage member ID of a shipper who has completed a delivery contract, an empty member ID of a car owner, and a unique contract number indicating the delivery contract.

The shipper collects the baggage information from the freight car requesting server 400.
Entered on the package registration screen provided by, the amount entered as one piece of package information is entered as the "registered amount" of the package table 403.

Next, with respect to the hardware configurations of various terminals and servers that form the filing / vehicle seeking system of this embodiment,
This will be described with reference to FIG.

FIG. 2 is a diagram showing the hardware configuration of each of the various terminals and the server that form the vehicle seeking and filing system of this embodiment.

In FIG. 2, the CPU 21, the RAM 22,
ROM 23, LAN adapter 24, video adapter 2
5, input unit (keyboard) 26, input unit (mouse) 2
The hard disk 28, the hard disk 28, and the CD-ROM drive 29 are connected to each other via the system bus 20. The system bus 20 is, for example, a PCI bus or AGP.
A bus, a memory bus, etc. are meant. Further, in FIG. 2, a connection chip between each bus, a keyboard interface, and an input / output interface such as so-called SCSI and ATAPI are omitted.

The CPU 21 performs various operations such as four arithmetic operations and comparison operations, and controls hardware and software.
In the RAM 22, an operation system program or application program (executed by each terminal or server described later) read from a storage medium such as a CD-ROM or a CD-R mounted in the hard disk 28 or a CD-ROM drive 29. Each program for executing the flowchart) and the like are stored, and these are executed under the control of the CPU 21.

The ROM 23 is a so-called B which controls input / output to / from a hard disk in cooperation with the operation system.
IOS and the like are stored. LAN adapter 24 is a CPU
It communicates with the outside via a network in cooperation with the communication program of the operation system controlled by 21. The video adapter 25 generates an image signal to be output to a display device (not shown), and the input unit (keyboard) 26 and the input unit (mouse) 27 are used to input an instruction to the terminal.

The hard disk 28 stores the operating system and the above-mentioned application programs, and the RAM 22 is activated when the terminal is started up or when necessary.
Loaded in.

The CD-ROM drive 29 is a CD-RO.
It is used to install a storage medium such as M, CD-R or CD-R / W and install the application program on the hard disk 28.

Needless to say, a CD-R drive, a CD-R / W drive, an MO drive or the like may be used instead of the CD-ROM drive 29.

Next, the process executed by the currency seeking vehicle seeking system of this embodiment will be described.

FIG. 3 is a flow chart showing the processing executed by the currency seeking vehicle seeking system of the present embodiment.

In the vehicle seeking system of the present embodiment, the cargo seeking system WEB site realized by the vehicle seeking server 400 allows the operators of the shipper, the car owner, and the managing company to install their own terminals. Use that to access the site and perform various processes via the WEB browser.

Further, in FIG. 3, in particular, the consignor newly registers baggage information in the freight seeking vehicle seeking server 400, and the freight seeking vehicle seeking server 400 selects the empty vehicle information corresponding to the registered luggage information to perform matching processing. Take the case of performing as an example. Of course, the reverse configuration is also conceivable, and the freight car seeking server 40
For a plurality of shipper information and a plurality of vacant car information already registered in 0, the vacant car information corresponding to the specified shipper information is selected and the matching process is performed, or the reverse configuration is conceivable. It goes without saying that it is within the range. In addition, the managing company may play the role of the shipper or the vehicle owner, and the managing company itself can input the baggage information and the empty vehicle information in the same manner as the shipper and the vehicle owner.

First, in step S201, the shipper / secretary company uses the shipper terminal 100 / secretary company terminal 300 to
The parcel registration screen 2000 (FIG. 4) is displayed and the parcel information of the parcel for which the delivery is requested is input. The input luggage information is transmitted to the freight car seeking server 400, and the luggage table 4
03 will be registered.

It should be noted that the package registration screen 2000 includes, for example, product name, loading date, loading location, loading time, loading / unloading conditions, desired vehicle type, registered price, loading date, loading location, loading time, weight. , And various input areas 2001 to 2012 for inputting a designated company. 2013 is a registration button, and various input areas 200
This is pressed to confirm the contents of 1 to 2012. When the registration button 2013 is pressed, various input areas 2001 to
The contents of 2012 are the freight request and vehicle request server 400 as baggage information.
Is registered in the luggage table 403. A cancel button 2014 is pressed to cancel the contents of the various input areas 2001 to 2011. 2015 is the emergency flag ON
A radio button for selecting ON / OFF.

The emergency flag is turned on from the shipper terminal 100.
When the baggage information is registered, the fact may be notified to the managing company terminal 300 by e-mail or a message, or a fax indicating that fact is transmitted to a predetermined telephone number of the managing company. You may.

On the other hand, in step S301, the car owner / secretary company uses the car owner terminal 200 / secretary company terminal 300 to
Display the empty vehicle information registration screen and enter the empty vehicle information of the deliverable vehicle. The input empty vehicle information is transmitted to the freight seeking vehicle seeking server 400 and registered in the empty vehicle table 401.

The empty vehicle information registration screen is the luggage information registration screen 2000 made up of empty vehicle information, and details thereof will be omitted here.

Next, in step S101, the freight car seeking server 400 receives the received empty vehicle information and registers it in the empty vehicle table 401. In step S102, the received package information is received and registered in the package table 403.

In step S103, the freight seeking vehicle seeking server 40
0 determines whether or not the emergency flag of the package information is ON. When the urgent flag is ON (YES in step S103), the process proceeds to step S104, and the freight car seeking server 400 selects empty vehicle information corresponding to the luggage information from the registered empty vehicle information group, and the luggage Make a contract between the information and the empty vehicle information.

The selection of the vacant vehicle information in step S104 may be performed by the operator of the freight seeking vehicle seeking server 400 / the operator of the managing company. Further, when the operator selects the empty vehicle information corresponding to the luggage information, the operator uses the luggage information list screen 3000 (FIG. 5).

Further, in the package information list screen 3000, a mark indicating the emergency flag may be displayed on a part of the detail line or in the margin so that packages whose emergency flag is ON can be easily identified.

The luggage information list screen 3000 also has an area 3001 for displaying various information including the luggage information registered in the freight car seeking system WEB site and the contract status thereof. Further, the area 3001 is selectable for each package information unit line, and when the package information to be matched is selected, the package information unit line can be distinguished from other package information unit lines, for example. Is highlighted, indicating that the parcel information unit row has been selected. 300
2/3003 is a previous / next page button, which is an area 300
This is pressed to display various information including the parcel information that cannot be displayed in 1 and the contract status thereof. An entry button 3004 is pressed when the package information in the package information unit row selected in the area 3001 is targeted for matching processing. When this entry button 3004 is pressed, the empty vehicle registration screen is displayed. Then, the operator selects empty vehicle information corresponding to the luggage information using this empty vehicle registration screen.

On the other hand, if the emergency flag of the package information is not ON (NO in step S103), step S
Proceeding to 105, the freight car seeking server 400 determines whether or not the luggage information includes the designated company. If the designated company is not included (NO in step S105), the process proceeds to step S108. On the other hand, when the designated company is included (YES in step S105), the process proceeds to step S106. In this case, the freight car seeking server 400 publishes the luggage information including the designated company (car owner) only to the designated company, and waits for input of empty vehicle information from the designated company of the disclosure destination. . To enter empty vehicle information, the owner's terminal 2 of the designated company
The operator No. 00 displays the designated luggage information list screen 4000 (FIG. 6) by using the car owner terminal 200, and selects the corresponding empty vehicle information from the list to input the information.

The designated baggage information list screen 4000 has an area 4001 for displaying various pieces of information including the parcel information including the designated company registered on the web site for freight and vehicle seeking systems and the contract status thereof. Further, the area 4001 can be selected for each package information unit line, and when the package information of the matching processing target is selected, the package information unit line becomes
For example, it is highlighted so as to be distinguishable from other parcel information unit lines, and indicates that the parcel information unit line is selected. 4002/4003 are previous / next page buttons, which are pressed to display various information including luggage information that cannot be displayed in the area 4001 and the contract status thereof.

Reference numeral 4004 denotes an entry button, which is pressed when the package information in the package information unit line selected in the area 4001 is to be subject to contract processing. This entry button 4
When 004 is pressed, the selected empty vehicle information is transmitted to the currency seeking vehicle seeking server 400, and then the currency seeking vehicle seeking server 400
Then, the contract processing based on the baggage information and the vacant car information is executed. Further, when the empty vehicle information already registered in the freight seeking vehicle seeking server 400 is selected, an instruction for executing contract processing based on the selected empty vehicle information and the corresponding luggage information is given to the filing seeking vehicle seeking server 400. After being transmitted, the freight seeking vehicle seeking server 400 executes the contract processing based on the baggage information and the vacant vehicle information.

In step S106, the freight seeking vehicle seeking server 40
0 determines whether or not there is empty vehicle information from the designated company corresponding to the luggage information. When there is no empty vehicle information (step S106)
No), the process waits until new empty vehicle information corresponding to the luggage information is newly registered. On the other hand, if there is empty vehicle information corresponding to the luggage information (YES in step S106), step S
Proceeding to 107, contract processing based on baggage information and empty vehicle information is performed.

If empty vehicle information corresponding to luggage information is not registered even after a certain period of time, a warning may be sent to the shipper terminal 100.

In step S108, the freight seeking vehicle seeking server 40
0 publishes baggage information on the WEB site of the freight car seeking system. In step S109, a matching process of selecting empty vehicle information corresponding to the published luggage information is performed. And
In step S110, contract processing is performed based on the shipper information and the selected empty vehicle information.

Incidentally, step S1 in the flowchart of FIG.
The contract processing of 04, step S107, and step S110 performs the following processing. In other words, the freight car seeking server 400 issues the contract number corresponding to the baggage information and the vacant car information by contract processing, and the baggage member I of the baggage information
D is associated with the vacant vehicle member ID of the vacant vehicle information and the contract number, and registered in the contract table 404. Then, the freight car seeking server 400 displays, on the shipper terminal 100 and the car owner terminal 200, a contract confirmation screen for notifying the shipper and the car owner of the content of the confirmed delivery contract.

As described above, according to the present embodiment, when the emergency flag of the luggage information is ON, the luggage information / vacant vehicle information is registered, and at the same time, the empty vehicle corresponding to the luggage information / vacant vehicle information is registered. The contract processing based on the information / luggage information is executed by the freight car seeking server 400. As a result, the registration of baggage information / vacant car information and the contract of the cargo information / vacant car information owner / car owner / corresponding empty car information / cargo information owner / cargo owner are established. Compared with this, the operation man-hour can be reduced.

When the luggage information includes the designated company, when the vacant information of the designated company corresponding to the luggage information is input, the contract processing based on the luggage information and the vacant vehicle information is requested. It is executed by the car server 400. As a result, the matching process between the baggage information and the vacant car information can be omitted, so that the man-hours required for operation can be reduced as compared with the conventional freight car seeking system.

The object of the present invention is to supply a storage medium having a program code of software for realizing the functions of the above-described embodiments to a system or apparatus, and to supply the computer (or CPU or MPU) of the system or apparatus. It is needless to say that is also achieved by reading and executing the program code stored in the storage medium.

In this case, the program code itself read from the storage medium realizes the functions of the above-described embodiments, and the storage medium storing the program code constitutes the present invention.

As a storage medium for supplying the program code, for example, a floppy (registered trademark) disk,
Hard disk, optical disk, magneto-optical disk, CD-
ROM, CD-R, magnetic tape, non-volatile memory card, ROM, etc. can be used.

Further, by executing the program code read by the computer, not only the functions of the above-described embodiment are realized, but also the OS (operating system) running on the computer based on the instruction of the program code. It is needless to say that this also includes a case where the above) performs a part or all of the actual processing and the processing realizes the functions of the above-described embodiments.

Further, after the program code read from the storage medium is written in the memory provided in the function expansion board inserted into the computer or the function expansion unit connected to the computer, based on the instruction of the program code, It goes without saying that a case where the CPU or the like included in the function expansion board or the function expansion unit performs some or all of the actual processing and the processing realizes the functions of the above-described embodiments is also included.

When the present invention is applied to the above storage medium, the storage medium stores the program code corresponding to the above-described flowchart.

[0073]

As described above, according to the present invention,
It is possible to provide a freight car seeking server, which can realize contract processing for baggage information / vacant car information more efficiently in the entire system, a freight seeking car seeking system, and control methods and programs therefor.

More specifically, by designating the urgent flag, it is possible to conclude a contract more quickly and expect a high contract rate even for an urgent request. Further, when the shipper side specifies the shipping company, the contract can be established only by the vehicle owner side terminal selecting the specific vacant vehicle information, and the quick contract processing can be realized.

[Brief description of drawings]

FIG. 1 is a diagram showing a configuration of a vehicle seeking and filing system of the present embodiment.

FIG. 2 is a diagram illustrating a hardware configuration of each of various terminals and servers that configure the vehicle seeking and filing system of the present embodiment.

FIG. 3 is a flowchart showing a process executed in the currency seeking and vehicle seeking system of the embodiment.

FIG. 4 is a diagram showing an example of an operation screen of the filing and vehicle seeking system of the present embodiment.

FIG. 5 is a diagram showing an example of an operation screen of the vehicle seeking and filing system of the present embodiment.

FIG. 6 is a diagram showing an example of an operation screen of the vehicle seeking and filing system of the present embodiment.

[Explanation of symbols]

100 shipper terminals 200 Car terminal 300 managing company terminal 400 Courier / Vehicle Request Server 401 empty table 402 Member table 403 luggage table 404 contract table 500 communication lines

   ─────────────────────────────────────────────────── ─── Continued front page    (72) Inventor Kazuhiko Shimoyama             3-11-28 Mita, Minato-ku, Tokyo Canon             Within sales corporation (72) Inventor Katsuya Goto             3-11-28 Mita, Minato-ku, Tokyo Canon             Within sales corporation (72) Inventor Maki Morie             3-11-28 Mita, Minato-ku, Tokyo Canon             Within sales corporation (72) Inventor Toshihiko Wada             3-11-28 Mita, Minato-ku, Tokyo Canon             Within sales corporation F-term (reference) 5H180 AA15 BB05

Claims (16)

[Claims] 1. A freight seeking vehicle server that connects a shipper terminal used by a shipper and a car owner terminal used by a car owner through a communication line to support a delivery request between the shipper and the car owner. A storage unit that stores a table that manages the parcel information of the parcel that is the delivery request target that is received from the consignor terminal and the vacant information of the deliverable delivery car that is received from the car owner terminal; the first parcel information / the first parcel Selecting means for selecting second empty vehicle information / second empty luggage information corresponding to the first luggage information / first empty vehicle information based on the state of the emergency flag of the information; and second empty vehicle information / selected by the selecting means. A freight seeking vehicle requesting server, comprising: execution means for executing contract processing based on second luggage information and corresponding first luggage information / first empty vehicle information. 2. The selecting means, when the emergency flag of the first luggage information / first empty vehicle information is ON, the second empty vehicle information / second luggage information corresponding to the first luggage information / first empty vehicle information. The filing and vehicle seeking server according to claim 1, wherein information is selected. 3. The first luggage information includes designation information for designating the owner of the vehicle, and the selection means sets an emergency flag of the first luggage information to ON.
2. And when the first baggage information includes the designated information, the second empty vehicle information corresponding to the designated information is selected. 4. The first luggage information can be referenced from a car owner terminal of a car owner designated by the designation information, and the execution means receives the second luggage information from a car owner terminal of the car owner designated by the designation information. Executing contract processing based on second empty vehicle information, which is empty vehicle information and includes empty vehicle information selected from at least one or more empty vehicle information displayed on the vehicle owner terminal; The filing and vehicle seeking server according to claim 3, which is characterized in that. 5. The freight car seeking server connects the consignor terminal used by the consignor and the car owner terminal used by the car owner with a secretary terminal used by the managing company via a communication line, and between the consignor and the car owner. The first cargo information can be referred from the secretary terminal, and the executing means is the second empty vehicle information received from the secretary terminal, The contract processing is executed based on second empty vehicle information including empty vehicle information selected from at least one or more empty vehicle information displayed on the organizer terminal, and the first baggage information. The listed freight car rental server. 6. A shipper terminal used by a shipper and a car owner terminal used by a car owner, and a freight car seeking server for supporting a delivery request between the shipper and the car owner are connected to each other via a communication line. In the freight car hunting system, the cargo owner terminal includes luggage information input means for inputting luggage information of luggage to be delivered, and the owner terminal inputs empty vehicle information of a deliverable vehicle. An empty vehicle information input means, the freight car seeking server stores the table for managing the package information received from the shipper terminal and the empty vehicle information received from the car owner terminal; Selecting means for selecting, based on the state of the emergency flag of the luggage information / first empty vehicle information, second empty vehicle information / second luggage information corresponding to the first luggage information / first empty vehicle information; Second empty car information / Calculated 貨求 vehicle system, characterized by comprising execution means for executing the contract processing based on the first package information / first unladen information corresponding to the second package information. 7. A method for controlling a freight car seeking server, which connects a shipper terminal used by a shipper and a car owner terminal used by a car owner via a communication line to support a delivery request between the shipper and the car owner. Based on the state of the emergency flag of the first package information of the package to be delivered requested from the packager terminal / the first empty vehicle information of the deliverable delivery vehicle received from the vehicle owner terminal, the first package information. / Selecting step of selecting second empty vehicle information / second baggage information corresponding to first empty vehicle information; second empty vehicle information / second baggage information selected in the selecting step / first baggage information / first corresponding to the second baggage information A method of controlling a freight seeking vehicle requesting server, comprising: an execution step of executing a contract process based on empty vehicle information. 8. The selecting step, if the emergency flag of the first luggage information / first empty vehicle information is ON, the second empty vehicle information / second luggage information corresponding to the first luggage information / first empty vehicle information. The control method of the freight car seeking server according to claim 5, wherein information is selected. 9. The first baggage information includes specification information for specifying the vehicle owner, and in the selecting step, an emergency flag of the first baggage information is ON.
And when the first baggage information includes the designated information, the second empty vehicle information corresponding to the designated information is selected. Method. 10. A shipper terminal used by a shipper, a car owner terminal used by a car owner, and a freight car seeking server for supporting a delivery request between the shipper and the car owner are connected to each other via a communication line. A method of controlling a freight-seeking vehicle system, comprising: a package information input step of inputting package information of a package to be delivered; an empty vehicle information input step of inputting empty vehicle information of a deliverable vehicle; A selection step of selecting the first luggage information / second empty vehicle information / second luggage information corresponding to the first luggage information / first empty vehicle information based on the state of the emergency flag of the information / first empty vehicle information; A control method of a freight seeking vehicle requesting system, comprising: an execution step of executing contract processing based on second empty vehicle information / second luggage information and corresponding first luggage information / first empty vehicle information. 11. A freight request vehicle for controlling a freight car seeking server that connects a shipper terminal used by a shipper and a car owner terminal used by a car owner via a communication line to support a delivery request between the shipper and the car owner. The program is based on the state of the emergency flag of the first package information of the package to be delivered which is received from the packager terminal / the first empty vehicle information of the deliverable delivery vehicle which is received from the vehicle owner terminal. 1 luggage information / program code with a selection step for selecting second empty vehicle information / second luggage information corresponding to the first empty vehicle information, the second empty vehicle information / the second corresponding to the second luggage information selected in the selection step A program comprising an execution process program code for executing contract processing based on 1 package information / first empty vehicle information. 12. The first baggage information /
12. The program according to claim 11, wherein when the emergency flag of the first empty vehicle information is ON, the second empty vehicle information / second luggage information corresponding to the first luggage information / first empty vehicle information is selected. . 13. The first luggage information includes designation information for designating the vehicle owner, and in the selecting step, the emergency flag of the first luggage information is ON and the designation information is included in the first luggage information. The program according to claim 12, wherein, if included, the second empty vehicle information corresponding to the designated information is selected. 14. The first luggage information can be referenced from a vehicle owner terminal of a vehicle owner designated by the designation information, and the execution step is a second operation received from a vehicle owner terminal of a vehicle owner designated by the designation information. Executing contract processing based on second empty vehicle information, which is empty vehicle information and includes empty vehicle information selected from at least one or more empty vehicle information displayed on the vehicle owner terminal; 14. The program according to claim 13, characterized in that 15. The freight car seeking server connects the shipper terminal used by the shipper and the car owner terminal used by the car owner with a secretary terminal used by the managing company via a communication line, and between the shipper and the car owner. The first cargo information can be referred from the secretary terminal, and the execution step is the second empty vehicle information received from the secretary terminal. The contract processing is executed based on second empty vehicle information including empty vehicle information selected from at least one empty vehicle information displayed on the organizer terminal and the first luggage information. The listed program. 16. A shipper terminal used by a shipper, a car owner terminal used by a car owner, and a freight car seeking server for supporting a delivery request between the shipper and the car owner are connected to each other via a communication line. A program for operating a computer to control the freight and freight system, which inputs the parcel information input process program code that inputs the parcel information of the parcel to be delivered, and the vacant information of the deliverable transport vehicle Based on the program code of the empty vehicle information input step and the state of the emergency flag of the first luggage information / first empty vehicle information, the second empty vehicle information / second luggage information corresponding to the first luggage information / first empty vehicle information The contract processing is executed based on the program code of the selection process for selecting No. and the first luggage information / first empty vehicle information corresponding to the second empty vehicle information / second luggage information selected in the selection step. A program characterized by comprising program code that executes steps.