JP3510204B2 - Transportation business management system using new geocode - Google Patents

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention facilitates registration of attributes such as the latitude and longitude of the location of a building (feature) on the Internet and the display of a residence in the transportation industry and passenger industry without using latitude and longitude coordinates. The present invention relates to a system that can create a database and deliver it to necessary terminals and servers.

[0002]

2. Description of the Related Art Generally, the important information about orders in the transportation and passenger industries is the name of the origin and the destination,
Addresses, telephone numbers, contacts, etc., and incidentally, in the transportation industry, destinations and types of cargo. In addition, in the passenger industry, it is a destination, transit transportation, schedule, accommodation, etc.

In the transportation industry, the address of the order information is used as the information for converting the address into the collection point on the map by address matching. For example, in a system that stores customer information in a database and later informs the customer position on a map such as a car navigation system for the transportation industry, complicated system such as inputting to the system using a latitude / longitude conversion table reference for a complicated house display, etc. Means are to be used.

Therefore, it has become an important technique to efficiently and accurately input them at low cost or labor-savingly and to input them into the order receiving system and to transmit them as the instruction book of the collection and delivery activity.

For this reason, for example, in the case of corporations, offices, etc. that frequently order or receive home deliveries, give the office code of a non-overlapping numerical sequence depending on the order of application, telephone number, etc.
A method of using the name and address associated with it as basic information between computers is also often used.

However, even in this case, a conversion process from the residential display to the position coordinate information by a complicated reference table is still necessary.

On the other hand, due to the spread of the Internet in recent years, most business establishments and even individuals can access the server computer by the client-server method.

[0008]

However, even if the environment of the Internet has been improved, the user must first enter the ordering information including the address and name,
There is a desire to reduce the number of checks and costs, and the center side needs to use an latitude / longitude lookup table to reflect the address sent from the user on the Internet in some way so that it can be reflected in the map of the pickup and delivery instructions. Since complicated work such as database construction update and reference search must be performed, there is a problem in that a trader incurs a work cost at the construction stage (search cost at the business stage).

Further, even if the environment on the Internet has been improved, it is general to construct a database for obtaining a delivery instruction sheet with a map for each shipping company, and the construction method is also different. There is. For this reason, even if the user side can input the information such as the destination and the sender with a simple code, the code is different for each shipping company.

Therefore, it cannot be said that the demands of the users are satisfied, and since the database has to be constructed for each company, there is a problem that the cost of the entire transportation industry cannot be reduced.

The present invention has been made in order to solve the above problems, and collectively manages user attribute information by a new geocode in a central center having a management form different from that of each business operator.
By distributing this to each business, it is an object to obtain a system that allows each business to reduce the cost of constructing a database and to collect and deliver the same code even if the user is different.

It is another object of the present invention to provide a system in which even a trader can manage a user with new geocode attribute information, obtain accurate collection / delivery work instruction information with a map based on this new geocode attribute information, and efficiently collect and deliver. .

[0013]

According to the present invention, there is provided a server of each order receiving center for collecting and delivering instruction information for collecting and delivering a transportation object of a user of each region by a vehicle, and new geocode attribute information of the user. Is a transportation service management system of a new geocode, which is connected to a server of the new geocode providing center by a communication network.

The server of the new geocode providing center converts the map of Japan, which is represented by latitude and longitude information in which the unit of latitude and longitude is minutes and seconds, into plane coordinates and covers the entire map of Japan with a rectangular shape. Tile information in which a large number of primary tiles are generated by dividing the vertical and horizontal axes of the large tile defined by the coordinate system at a first constant interval corresponding to a predetermined amount, and a first number is assigned to these primary tiles. The first memory storing the information, and the latitude / longitude information of the designated position on the area map determined by the registrant and the attribute information of the registrant from the server of the regional order center via the communication network. Means for receiving as decision information, converting the latitude / longitude information of the specified position contained in this information into the coordinate system of the large tile, defining the large tile, and obtaining the number of the primary tile. The unit is divided from the origin of the vertical and horizontal axes of the obtained primary tile of the first number into second constant intervals corresponding to seconds, and the second number is assigned to the vertical and horizontal axes to generate a large number of secondary tiles. A means for obtaining the second number of the secondary tile, an identification number for identifying attribute information of a registrant included in the registration determination information, and a bit string of the first number of the primary tile, The bit string of the second number of the secondary tile and the bit string of the identification number are combined, and a bit string having a fixed number of digits for obtaining a fixed number of character strings is integrated into this combined bit string, and this integrated bit string and the integrated bit string are stored in advance. A means for generating a predetermined number of character strings by comparing the character table stored in the second memory and calculating the new character strings as the new geocode, the new geocode and the attribute information of the registrant. Re The first to put click 3
Means for storing in the memory, and when the new geocode is requested, the user terminal communicates the new geocode and the attribute information of the registrant to the mail address of the attribute information of the registrant as new geocode attribute information. And a means for transmitting via a communication network to a server of the regional order center in the region of the user.

According to the present invention, the server of each regional order receiving center that obtains pick-up and delivery instruction information for collecting and delivering the objects to be transported by the user of each region in a vehicle, and the new geocode attribute information of the user of the regional order receiving center. It is a new geocode transportation business management system that connects to the server of the new geocode providing center to be transmitted to the server by a communication network.
The server of each regional order receiving center receives the location information from the user terminal with the browser function via the first memory storing the geographical coordinate map indicated by latitude and longitude and the location information in the location information. A means for searching the area map of the corresponding area from the geographical coordinate map and transmitting screen data for inputting the area map and attribute information of the registrant to the user terminal, and the user via the communication network. The specified position on the area map in the screen data and the attribute information of the registrant are received from the terminal, the latitude / longitude information of the geographical coordinate map corresponding to the specified position is obtained, and the latitude / longitude information and the registration are obtained. Means for transmitting the attribute information of the person as registration decision information to the new geocode providing center, and the new geocode from the new geocode providing center. Means for receiving the new attribute information via the communication network and storing it in the second memory, and the new geocode included in this information when the new geocode attribute information is received from the server of the new geocode providing center. The bit string corresponding to each character is allocated from the character table and connected, the first number of the primary tile and the second number of the secondary tile are obtained from the connected bit string, and the vertical and horizontal directions of the primary tile are determined. Means for converting the vertical and horizontal coordinates of the secondary tile having the coordinates and the second number to obtain the latitude / longitude information, and reading a zone map of a certain area having the obtained latitude / longitude information from the geographic coordinate map, And means for transmitting to the user terminal via the communication network. The server of the new geocode providing center converts the Japan map indicated by latitude and longitude information consisting of latitude and longitude in units of latitude and longitude into plane coordinates and covers the whole of the Japan map with a rectangular coordinate system. The vertical and horizontal axes of the defined large tile are divided at a first constant interval corresponding to a predetermined amount to generate a large number of primary tiles, and the tile information in which a first number is assigned to these primary tiles is stored. The latitude / longitude information of the designated position included in the registration decision information from the server of the regional order center via the third memory and the communication network is converted into the coordinate system of the large tile and defined in the large tile. And a means for determining the number of the primary tile, and a second unit whose unit is equivalent to seconds from the origin of the vertical and horizontal axes of the primary tile of the determined first number.
Means for generating a large number of secondary tiles by assigning a second number to the vertical and horizontal axes by dividing the tiles at regular intervals, and obtaining the second number of the secondary tile corresponding to the seconds of the latitude / longitude information at the designated position. And an identification number for identifying attribute information of a registrant included in the registration determination information, and a bit string having a first number of the primary tile, a bit string having a second number of the secondary tile, and the identification number. And a character string stored in advance in the fourth memory by combining the combined bit string with a constant number of bit strings for obtaining a fixed number of character strings. By comparison, means for generating the predetermined number of character strings, calculating this as the new geocode, and means for linking the new geocode and the attribute information of the registrant and storing it in the fifth memory When the new geocode is requested, the new geocode and the attribute information of the registrant are transmitted to the e-mail address of the attribute information of the registrant as new geocode attribute information via the communication network, and Means is provided for transmitting to the server of the regional order center in the region via the communication network.

According to the present invention, the server of each regional order receiving center of each trader and the server of each regional order receiving center of each trader obtain collection / delivery instruction information for collecting and delivering objects to be transported by users in each region by vehicle. It is a transportation business management system using a new geocode in which a nationwide server for managing each company and a central center server for transmitting the new geocode to these nationwide servers are connected by a communication network. The server of the regional order receiving center receives the location information from the user terminal with the browser function via the first memory storing the geographic coordinate map indicated by latitude and longitude and the location information and responds to the location information. Means for searching the area map of the area to be searched from the geographical coordinate map and transmitting screen data for inputting the area map and attribute information of the registrant to the user terminal, and from the user terminal via the communication network. Receive the specified position on the area map in the screen data and the attribute information of the registrant, obtain the latitude and longitude of the geographical coordinate map corresponding to the specified position, the latitude and longitude and the attribute information of the registrant Means for transmitting the registration decision information to the national server via the communication network, and a new geocode attribute from the national server of the trader. And means for storing the information in the second memory. The server of the national center receives the new geocode attribute information from the server of the central center via the communication network, stores the new geocode attribute information in a fourth memory, and stores the new geocode attribute information in the fourth memory. It has means for judging the area from the address data of the attribute information of the geocode attribute information, and transmitting it to the server of the local order center of the own company in the corresponding area via the communication network. Further, the server of the central center uses a coordinate system that converts the Japanese map indicated by the latitude and longitude information consisting of minutes and seconds into latitude coordinates and covers the entire Japanese map with a rectangular shape. The vertical and horizontal axes of the defined large tile are divided at a first constant interval corresponding to the above amount to generate a large number of primary tiles, and a third number is stored in which tile information in which a first number is assigned to these primary tiles is stored. From the server of the regional order center via the memory and the communication network,
The latitude / longitude information of the designated position on the area map determined by the registrant and the attribute information of the registrant are received as registration determination information, and the latitude / longitude information of the designated position included in this information is the coordinates of the large tile. Means for determining the number of the primary tile by converting it into a system and defining it as the large tile, and a second constant whose unit is equivalent to seconds from the origin of the vertical and horizontal axes of the primary tile of the obtained first number Generate a large number of secondary tiles by dividing them by intervals and assigning a second number to the vertical and horizontal axes,
A means for obtaining the second number of the secondary tile corresponding to the seconds of the latitude / longitude information at the designated position; and an identification number for identifying attribute information of the registrant included in the registration determination information, A bit string having a first number of tiles, a bit string having a second number of the secondary tiles, and a bit string having the identification number are combined, and a bit string having a fixed digit number for obtaining a fixed number of character strings in the combined bit string. And the integrated bit string is compared with a character table stored in the fifth memory in advance to generate the predetermined number of character strings, and calculate the new character string as the new geocode. A means for linking the new geocode and the attribute information of the registrant and storing it in the sixth memory; and, when the new geocode is requested, the new geocode is added to the email address of the attribute information of the registrant. And a means for transmitting the ocode and the attribute information of the registrant as new geocode attribute information via the communication network, and transmitting to the server of the regional order center in the area of the user via the communication network. That is the summary.

According to the present invention, the server of each order receiving center connected to the personal computer of the collection / delivery center of each trader and the server of each trader that obtains the collection / delivery instruction information for collecting and delivering the objects to be transported by the users in each region by vehicle. The above-mentioned regional order center's servers are connected to a national server for each company through a communication network, and the central center server sends a new geocode to the national server for each company. It is a management system.

The server of the regional order center is
A first memory storing a geographic coordinate map indicated by latitude and longitude, and a second memory storing new geocode attribute information consisting of a new geocode consisting of a fixed number of character strings and attribute information of the registrant, Means for transmitting an ordering screen for inputting the ordering information of the parcel to the user terminal with a browser function via the communication network, and receiving order data of the ordering screen via the communication network. And a means to store in the order file,
Means for reading the hiragana character string of the client included in the order data stored in the order file as a new geocode and determining whether new geocode attribute information having this new geocode exists in the second memory And a means for generating a slip number when determining that the new geocode attribute information exists, and for storing a collection / delivery instruction list within a region for picking up and delivering the slip number and the new geocode attribute information in a file. , Reading the intra-regional pick-up and delivery instruction list, allocating the bit string corresponding to each character of the new geocode of this list from the character table and concatenating, and from the concatenated bit string to the first number of the primary tile Means for obtaining the second number of the secondary tile and the identification code of the registrant, and the ordinate and abscissa of the obtained primary tile and the above A means for obtaining the latitude / longitude information by coordinate conversion of the vertical and horizontal coordinates of the secondary tile with the number 2; a means for extracting the attribute information of the registrant of the obtained identification code from the second memory; Extract a district map of a certain area near the position of the geographical coordinate map of the latitude and longitude information, and assign the attribute information of the registrant to the feature at the position on the district map, and The gist of the present invention is to have means for generating collection / delivery instruction data to which codes to be displayed in different colors are assigned, and means for transmitting the collection / delivery instruction data to the personal computer of the collection / delivery center via the communication network.

[0019]

BEST MODE FOR CARRYING OUT THE INVENTION <First Preferred Embodiment> First Preferred Embodiment
When an individual orderer or potential orderer opens a business office, etc., he / she accesses the information center to issue a code such as the business office and uses it for ordering. It is designed to be used for creating pick-up and delivery work instructions.

FIG. 1 is a system configuration diagram of the first embodiment. The system shown in FIG. 1 has a computer 2 (2a, 2b, 2a, 2b, 2a, 2b) of a collection / delivery center of an area A (area A, area B, ...) Of an operator A who carries out a customer's home delivery business on the Internet 1.
...), and the mobile terminal 4 (4a, 4a, 4) of the operator A's pick-up and delivery worker
b, ...). Further, a personal computer of a collection / delivery center in the area of another company, a portable terminal of a collection / delivery operator, or the like is connected to the Internet 1, but not shown in the present embodiment.

Further, on the Internet 1, user personal computers 5, 6, and 7, an A company area order receiving server 8 which is an area order receiving center of the A company, and an area order for each area of the A company. A company national server 9 which is the national center of A company who manages the center in an integrated manner, and B company regional order server 10 which is the regional order center of B company
, And is connected to the B enterpriser national server 11 which is the national center of the B enterprise.

Further, the Internet 1 is connected to a national integrated server 12 (hereinafter simply referred to as a central center) that collects data from regional order receiving servers of these businesses and distributes the data to each business national server.

(Explanation of Each Server) In such a system connection, in the first embodiment, when the user personal computer becomes a registrant, the registrant uses the browser to locate the location information Mi.
When you enter (prefecture, city, town, chome, house number), first, the regional order receiving server (8, 10, ...) in the region that has the regional map related to this location information is placed in the region where the registrant exists. It is accepted), the personal computer (browser) of the registrant is provided with the map mgi near the town, chome, and address, and the central center 12 is requested to transmit the neighborhood GOMA attribute Hi.

The neighborhood GOMA attribute Hi is a GOMA code f obtained by assigning a predetermined number of hiragana characters to a building.
This GOMA code fi is called attribute information ki.
(Name, building name, address, telephone number, floor number of building, telephone number, mail number, etc .: hereinafter referred to as GOMA attribute information ki)
Are associated with.

That is, the neighborhood GOMA attribute Hi means a predetermined area (eg, 10) near the registrant's address information.
0m) is the GOMA attribute information kip of the GOMA code fip assigned to each building, etc., and is assigned to the building (registration target) to be registered by the registrant.
In order to distinguish it from the OMA attribute information kip, it is referred to as the neighborhood GOMA attribute information Hi.

The central center 12 uses the background map providing function of the regional order receiving center and the interface function with the registrant to determine the neighborhood GOM from the address information (position information) of the registrant.
The A attribute information Hi is retrieved from the database 12a and provided to the personal computer of the registrant, and a predetermined number of GOMA code fi to be described later is calculated based on the position of the map gi designated by the registrant and the input GOMA attribute information ki. And notify the registrant, and the GOMA code fip selected by the registrant
And GOMA attribute information ki and registration (hereinafter collectively referred to as registration G
Along with OMA attribute information Fki), the national servers (9, 11,
...) is mirrored.

The national server (9, 11, ...) Of each trader is
The location information Mi (M1, M1,
M2, ...) is calculated based on M2, ..., The GOMA code fi is transmitted, and the GOMA attribute information ki is transmitted.

That is, the central center 12 unifies the GOMA codes fi and GOM from the regional order receiving server of each supplier.
By storing the A attribute information ki, double GOM
The A code and GOMA attribute are not stored.

Further, the central center 12 has a GOMA code fip, a GOMA attribute information kip (collectively registered GO
When the MA attribute information Fki) is registered, the registered information is sent to the registrant by mail. Further, the effective period is stored as an attribute, and an e-mail for prompting the deletion or continuation of the GOMA attribute information beyond this period is transmitted, or a slip is created for confirmation at the time of delivery.

Further, for the change of GOMA attribute,
The user personal computer receives the GOMA code fi as a key for change registration with respect to the central center 12 via the regional order receiving server
The central center 12 authenticates and sends the changed attribute information kig to change the difference between the changed attribute information kig and the attribute information kip. Then, the changed contents are sent to the changer by email.

(Description of Operation) The system configured as described above will be described with reference to the sequence diagrams of FIGS. 2 and 3.

(GOMA registration procedure) For example, the registrant user operates the portable personal computer 5 (user personal computer) and uses the Internet 1 to use the homepage of the regional order receiving server 8 of the A company (for example, the A region of the A enterprise). Go to the center and go to the GO page shown in Fig. 4 (a) on this website.
Open the MA registration or attribute change screen and make a registration request (d
1). Here, GOMA registration is selected.

By selecting the GOMA registration, the regional order receiving server 8 provides the GOMA registration screen shown in FIG. 4B to the user personal computer 5 (hereinafter referred to as the registrant personal computer 5) using the Internet 1 (d2). ). This GO
The MA registration screen includes a location column 20, a GOMA column 21, a registered GOMA attribute column 22, an access attribute column 23, a neighborhood GOMA attribute column 24, a map column 25 and the like.

When the registrant inputs the address (location information Mi) of the registered building or the like in the location field 20 of the above-mentioned GOMA registration screen, the registrant personal computer 5 sends this location information Mi to the area via the Internet 1. Order server 8
To (d3).

The local order receiving server 8 stores the map indicated by latitude and longitude (geographical coordinate map divided into meshes of a predetermined width and assigned with mesh numbers), the prefecture name, the municipality name, and the chome name. It has a database 8a with an address file managed by mesh numbers, and when you enter location information (prefecture, city, town, street, number), the mesh corresponding to the prefecture, city, town The number is read from the address file, the map around the address of this mesh number is read from the geographic coordinate map, and this is provided to the registrant personal computer 5 in the G-XML specification to provide the map column 2
5 is displayed (d4).

For example, in the map column 25 of FIG.
A road map near the location where the registrant user intends to register (there is no building at this time, or when the building is displayed, not displayed in different colors) is displayed.

When the registrant clicks (inputs the location of) the position of the building or the like to be registered on the map mgi near the location of the map column 25, the user personal computer 5 sets the designated position mp via the Internet 1. And sends it to the local order receiving server 8 (d5).

Upon receipt of the designated position mp near the location of the registrant designated on the road map screen, the regional order receiving server 8 stores this, and then uses the Internet 1 in the central center 12 to obtain the latitude and longitude of the location of the registrant. Send data (geographical coordinate map) and neighborhood GOMA attribute search request (d)
6).

To the central center 12, the GOMA code fi, the attribute information ki, etc. are transmitted from the regional order receiving centers of Company A, Company B, ... (D0), and these are associated and managed in the database 12a. For example, when the latitude and longitude of the location information mi and the neighborhood GOMA attribute search request are transmitted from the area ordering server 8 of the company A, the latitude and longitude of the location of the registration target of the building to be registered from the database 12a are used as a reference. Predetermined area (for example, 100
(m range) the neighborhood GOMA attribute Hi is searched, and the retrieved neighborhood GOMA attribute Hi is returned to the regional order receiving server 8 (d).
7).

At this time, if the GOMA code of the building (for example, the fourth building) to be registered by the registrant has already been registered (the GOMA code linked to the latitude and longitude of the location exists) ( Other tenants, registrants on different floors of different departments, etc., and the attribute information of the GOMA code of the tenant also reply as the neighborhood GOMA attribute information Hi.

The neighborhood GOMA attribute is, for example, GOMA attribute information assigned to a mesh of about 2.5 m, and as shown in FIG. 8A, a GOMA code, a corporate name, a telephone number, which can sufficiently identify a building, It consists of access directions, etc. (information indicating entrance directions). That is, the neighborhood GOMA attribute Hi of a predetermined number of buildings near the registration target is transferred to the regional order receiving server 8.

Next, when the local order receiving server 8 receives the neighborhood GOMA attribute information Hi, it decodes the GOMA code and converts it into latitude and longitude, and reads the building sign image (icon) associated with each GOMA code, The GOMA attribute kip in the vicinity of each building and the building position to be displayed on the background map are transmitted via G-XML to the personal computer 5 of the registrant user via the Internet 1 (d8).

The above decoding is performed in the same manner as in Japanese Patent Application No. 11-178871. For example, "Moirozochiwamozo"
In case of the GOMA code, "Miroirochiwamozo"
Each character of is divided, the code of the Kana character table corresponding to this character is allocated, converted into 6 bits, and these are concatenated.

Next, the 2-bit variant identification code ri at a predetermined position (for example, the head) of the restored new integrated code (48 bits) is extracted. That is, the rearranged and encrypted integrated code is obtained. Next, the rearrangement procedure Qi corresponding to this variant identification code ri is read, the encrypted integrated code (46 bits) is rearranged and restored based on this rearrangement procedure, and the lowermost 1
Separated into 3 bits, 12 bits, 12 bits, 3 bits, and 6 bits.

That is, the system identification code "1", the registrant identification code "1", and the in-tile coordinates "1789, 33".
52 "and the primary tile number" 2564 ".

Then, the coordinates (X, Y) of the primary tile from the origin in the XY coordinates of the large tile Bi are restored from the primary tile number ti, and the local coordinates (d, e) in the restored primary tile are restored. And based on the local coordinates and the coordinates of the restored primary tile, the local coordinates (X,
The original latitude and longitude (East 140 ° 5
1'20 ", north latitude 35 ° 51'20" are obtained.

As a result, the personal computer 5 of the registrant
As shown in (c) of FIG. 4, on the map near the location in the map column 25, building sign images (for example, 1st building, 2nd building, 3rd building) near one's own building (no building image) are displayed. Is displayed.

If the GOMA code fip of the building to be registered by the registrant has already been registered, the registered building is also displayed as shown in FIG. 4 (d). At this time, in the neighborhood GOMA attribute column 26,
The GOMA attribute kip of the registered building is displayed at the top. The triangle mark indicates the access direction.

The registrant is the map mgi of the personal computer 5 of the registrant.
Looking at the neighborhood GOMA attribute Hip, if the same company and department are in the same building, they will not register.

However, even in the same building, the neighborhood GOM
If the A attribute Hip indicates a different floor, a different company name, etc., as shown in FIG. 4E, the registered GOMA attribute column 2
In 2, enter the corporate name, address, telephone number, access direction, password, etc., and click GOMA registration.

If the user's registration target is not displayed (GOMA is not registered) (see (c) of FIG. 4), the registered GOMA attribute column 22 is similarly filled with the corporate name, address, telephone number, etc. Enter, enter the access direction in the access attribute column 23, and click GOMA registration 27.
With the selection of the GOMA registration 27, the personal computer 5 displays the designated building sign image (icon) by color (sign display),
It blinks (for example, the 4th building).

By selecting the GOMA registration 27 described above,
The GOMA attribute information kip in the registered GOMA attribute column 22 is transmitted from the personal computer 5 to the regional order receiving server 8 via the Internet 1 as registration decision information indicating the location and whereabouts of the registrant (d9).

Based on the registration decision information from the registrant personal computer 5, the regional order receiving server 8 sends a GOM to the central center 12.
A is requested (d9a), and the GOMA code fi is calculated. After calculating the GOMA code, the central center 12 sends it to the regional order receiving center 8 (d9b).

The above-mentioned GOMA calculation is performed according to Japanese Patent Application No. 11-17.
A GOMA code is generated by the same method as 8871.

The outline of the GOMA code generation processing will be described below with reference to the flowcharts of FIGS. 5 and 6.

The latitude and longitude calculated from the registration request data are read (S501). In this description, for example, 140 ° east longitude
51'20 ", 35 ° north latitude, 51'20". Also,
The user personal computer 5 adds a command for new coordinate system conversion corresponding to the year 2000 when transmitting the registration position request data.

The regional order receiving server 8 sends this data to the central server. The central server determines whether or not a command for a new coordinate system conversion corresponding to the year 2000 is input (S50
3) When a new coordinate system conversion command is entered, the read longitude 140 ° 51′20 ″ east longitude 35 ° 51 ′ 2 north latitude
0 ″ is converted into a new coordinate system (S505).

Then, the assigned tile calculator (not shown) covers this latitude and longitude by 840 km × 19 covering the map of Japan.
A new coordinate system (I, J, d, e) in the large tile Bi corresponding to 20 km is calculated.

As a result, (IJ) is similarly obtained for the island portion in the outer extending portion.

Next, latitude (XX degree, XX minute, XX
Seconds,), and longitude (xx degrees, xx minutes, xx seconds,) calculate the primary tile mi in the large tile Bi (S50).
7). However, a tile number is assigned to each primary tile.

The calculation method in step S507 will be described in detail. The latitude and longitude are converted into radians, and the geographic coordinate system (X, Y) is moved to a central point on the map of Japan in the database 5. That is, the input latitude and longitude are converted by the formula shown in Formula 1.

[0062]

[Equation 1] Next, the x-coordinate (longitude) in the coordinate system (x, y) having the origin (xo ', yo') after this movement is compressed according to the latitude axis as shown in Formula 2 so as to be equidistant. That is,
By substituting the result of the equation 1 into the equation 2, the equalization is performed.

[0063]

[Equation 2] Then, the coordinate axes (x ′, y ′) rotated by the rotation angle a (30 ° 45′18 ″) are obtained, and a large rectangular tile Bi (sradia whose origin is an origin point) having a rectangular parallelepiped shape covering the whole of Japan is obtained.
n tiles are supposed to cover the whole land) (see FIG. 7).

That is, the latitude converted by Equation 2,
The coordinates (x, y) corresponding to the longitude are converted as shown in Formula 3 to be defined on the large tile Bi.

[0065]

[Equation 3] Next, tile coordinates (I, J) that determine the latitude (degrees, minutes) and longitude (degrees, minutes) ranges in the large tile Bi are obtained. In this allocation of tile coordinates, for example, the integers (I, J) and the remainder (d, e) are calculated so that the integer value coordinates of the tiles at the southwest edge of Japan as shown in FIG. 3 are (1, 1).

This remainder (d, e) becomes the local coordinates in the primary tile. That is, the local coordinates (d, e) in the primary tile are obtained as shown in Expression 4 (S509).

[0067]

[Equation 4] In addition, the number of the primary tile assigned to the large tile Bi in the range determined by the equation 4 is taken out (S
511, S513).

For example, as shown in Equation 4, IL, IU,
The values of JL and JU are determined, only the land is removed except the sea (S511), and the tile number is assigned to the primary tile of the large tile Bi (S513).

In this explanation, 140 ° 51 ′ east longitude and 3 north latitude
The tile number of the primary tile in the large tile of 5 ° 51 ′ is obtained as “2564/8192”. "819
“2” is the total number of tiles on land only.

The above-mentioned IL is the lower limit of the I-axis of the large tile, IU
Is the upper limit, JL is the lower limit of the J axis, and JU is the upper limit. Also,
In the case of islands, assign tile numbers to each island, adjust the local origin, and specify the offset in the table.

In this way, the coordinates of the island in the large tile are obtained. That is, the coordinates of the island are obtained as shown in Equation 5.

[0072]

[Equation 5] Further, the local coordinates (fineness of about 0.1 second) in the primary tile obtained in step S509 described above are the total tiles when the primary tile is divided into 2.5 m units as shown in Formula 6. It is calculated from the number 4000, the remainder (d, e), and s. In this explanation, the d-axis of the "20" at 140 ° 51'20 "east longitude and 35 ° 51'20" north latitude is "178".
9 ", the e-axis is calculated as" 3352 ".

[0073]

[Equation 6] Then, after the value of the coordinates (d, e) in the primary tile mi and the tile number ti of the primary tile in step S509 are read and integrated (combined) to generate an integrated code ki, this integrated code ki is input in advance. The registered person identification code gi, the system identification code wi, and the integrated code ki are integrated (S515). For example, "1 | 1 |
2564 | 1789 | 3352: actually binarized ”(hereinafter referred to as a prototype integrated code Pi).

The registrant identification code gi (may include an extension flag indicating overflow of the registrant)
Is represented by 6 bits, and the system identification code wi is represented by 3 bits.

The tile number ti is expressed by 13 bits, and the coordinates of the step size of the secondary tile in the primary tile (d,
Each of e) is represented by 12 bits.

When the land is covered with primary tiles with a side length of 10 km, the total area of Japan will not exceed "8192".
It can be expressed with a maximum of 13 bits.

When the primary tile is meshed with 2.5 m, d and e are each within 4000, and therefore can be represented by 12 bits each.

That is, even though "2564" can be represented by 12 bits, it can be represented by 13 bits in this example, and "1789".
Can be represented by 11 bits, but in this example, it can be represented by 12 bits, and “3352” can be represented by 12 bits, so the number of bits is left as it is. Therefore, the original integrated code Pi in step S515 is "46 bits".

Then, it is judged from the system identification code wi of the original integrated code Pi whether rearrangement is necessary (S517). For example, if the system is for registering the position of an individual, rearrangement is performed. However, the system identification code wi is not rearranged.

When it is determined in step S517 that the rearrangement is necessary, the rearrangement is performed for each group or each bit except for the system identification code gi (S51).
9). The code after this rearrangement is simply the integrated code Pki.
Called. Four kinds of variants are generated for this integrated code Pki.

Next, the variant number counter hiu is set to "4" (S601). Integrated code P in step S519
As ki (after rearrangement) is generated, the values of the variant counter hi are added (hi = hi + 1) (S60).
3). Next, it is determined whether or not the added value hi has reached the variation counter hiu set value "4" (S605),
If not reached, each bit of the original integrated code Pi is rearranged (S607), and the rearranged integrated code Pki is stored in the memory (S609). And
The new position information code Rpi (new integrated code Rpi) obtained by adding the 2-bit variant identification code ri to the rearranged integrated code Pki is stored (S611), and the process is returned to step S603.

This variant identification code ri is "00" or "01", "10", "11", and indicates four types in binary numbers. This means the type number of the integrated code Pki after rearrangement. Further, the variation identification code ri is associated with a rearrangement procedure Qi corresponding to each variation.

Here, the reason why the 2-bit variant identification code ri is added in step S611 will be described.

System identification code wi (3 bits),
Registrant identification code gi (6 bits) and tile number ti
The total number of bits of (13 bits) and local coordinates (12 bits each) is 46 bits, and this 46-bit prototype integrated code Pi is not a multiple of the character code (6 bits). Therefore, the 2-bit variant identification code ri is added in step S611 to form a new 48-bit integrated code Rpi. In other words, the number of bits of the character code (6 bits) is set to be a multiple, and when it is divided into 6 bits, it can be divided into 8 pieces.

The one to which the variant identification code wi is added is called a new position information code Rpi (also called a new integrated code Rpi).

If it is determined in step S517 that the original integrated code Pi does not need to be rearranged, the process returns to step S601 in FIG.

Further, in step S605, the variation counter hi sets the value ("1") set in step S601.
Or, when it is determined to be "4"), the first number ro of the variant identification code ri is set (S613), and a new integrated code Rpi including the set variant identification code ri (ri = ro) is read. (S615). That is,
A new 48-bit integrated code Rpi will be read.

Next, the new integrated code Rpi is divided into lower 6 bits every 6 bits (S617), and these 6 bits are converted into "kana" in the kana character table (S6).
19). For example, it is converted to “Miroirochiwamozo”. This string of "kana" characters is the GOMA code.

Next, it is judged whether or not there is another new integrated code Rpi in the memory (S623), and when there is another new integrated code Rpo, the variant identification code ri is set to the variant identification code of the next number. Updated to ri (ri = ri + 1)
Then (S625), the process returns to step S615.

That is, it is determined whether all the new integrated codes Rpi stored in the memory have been converted into eight kana characters. The new integrated code Rpi in step S611 is 1 when the variation number counter hiu is set to "1" in step S601, and the variation number counter hiu is "4". ", There are four new integrated codes Rpi.

The processing up to step S623 is the GOMA code generation processing in the present embodiment, and even in the same building, the registered GO including the GOMA code fip selected by the registrant and the GOMA attribute information ki.
If the registrant identification code of the MA attribute information Fki is new, a new registrant identification code will be generated, so a new GOMA code (a plurality of variants will be generated) is generated.

The nationwide server 9 then generates the generated GOMA
The code (plurality) is transmitted to the regional order receiving server 8, and the regional order receiving server 8 transmits the predetermined number of GOMA codes fi assigned to the building generated by the above processing to the registrant personal computer 5 via the Internet (d10). .

A predetermined number of GOMA codes are displayed on the registrant personal computer 5 (not shown), and when the registrant user selects the GOMA code fip that he / she likes most,
This selection information is transmitted to the regional order receiving server 8 via the Internet (d11).

At this time, the regional order receiving server 8 determines the GOMA code fip and the attribute information ki determined by the registrant.
And the registrant password may be stored in association with each other.

Next, the regional order receiving server 8 registers the registered GOMA.
The attribute information Fki and the selected GOMAfip are transmitted to the central center 12 via the Internet 1 (d1
2).

The central center 12 stores the registered GOMA attribute information Fki from the regional order receiving server 8 in the database 12a.
Remember.

In other words, the G from the regional order center of each company
By linking the OMA code fip and the attribute information kip and storing them as registered GOMA attribute information Fki in one center, it is possible to avoid assigning the same GOMA code to the same registration target (company, department in the same building). I am trying to do it. Also, another company existing in the same building can be registered as another GOMA at the same building position.

Next, in the central center 12, a distribution designation permission table for listing each company wishing to distribute the GOMA code fip and the attribute information is stored in the database 1.
2a, GOMA from the regional order server 8
The code fip and the attribute information kip are distributed (mirrored) according to the storage information of the distribution specification permission table described above (d13).

As shown in FIG. 8B, this distribution designation table associates the network addresses of the national servers of company A, company B, ... With the distribution designation permission flag and range (region, category). I remember. For example, the range of GOMA to be delivered is limited to western Japan for the business operator X who only sells (collects and delivers) in western Japan.

This distribution designation permission flag is given to a company permitted by the central center. The type of distribution may be determined according to the request of each company, for example, only the company or only the individual.

The national server 9 of the company A that has received the distribution stores this in the database 9a.

After that, the number varies depending on each company. For example, the nationwide server of each company determines the region from the attribute information kip of the received GOMA, and sends it to the regional order receiving server of the determined region (d14, d15).

Next, the central center 12 registers the registered GO.
MAfip, attribute information kip, and registrant's map mgi
And are delivered to the personal computer 5 by mail (d16). As shown in (f) of FIG. 4, the contents of this mail are the GOMA code fip selected by the registrant, the map mgi, the attribute information kip, etc., and are delivered for registration confirmation. That is,
In order to ask the registrant to confirm the GOMA code of this email, it is also delivered as a notification that is a prerequisite for future billing.

(Attribute Change) On the other hand, when changing the attribute, the attribute change icon shown in FIG. 4A is clicked. As a result, the central center 12 is connected via the Internet, the GOMA attribute change screen is provided to the personal computer 5 of the registrant, and thereafter, the process according to the sequence of FIG. 3 is performed.

When the registrant inputs the GOMA code fip on this GOMA attribute change screen, this GOMA code fip is transmitted to the central center 12 (d2).
0). This GOMA code fip is the GOMA code fip delivered by mail when the GOMA code is registered.

Next, when the GOMA code fip is transmitted, the central center 12 receives GO from the database 12a.
Attribute information kip associated with the MA code fip
(A attribute) is searched and transmitted to the personal computer 5 via the Internet 1 (d21), and the password of the registrant who has made the change request is requested (d22).

The registrant user inputs the registrant password and sends it to the central center 12 (d23). When the password is input, the central center 12 compares it with the password associated with the retrieved registered GOMA attribute information Fki, and sends this authentication result to the personal computer 5 (d24).

The registrant can input the change information only when the authentication is completed. For example, the changed floor, company name, telephone number, registration expiration date, etc. are input. As a result, FIG.
The screen shown in FIG. If you change your address or location, you must delete the old registration and set a new registration target.

Then, when the change end is clicked, FIG.
The input data on the screen and the attribute change request are in the central center 1
2 (d25).

The central center 12 stores the input data from the personal computer 5 and the registration G stored in the database 12a.
The difference between the OMA attribute information Fki and the attribute information kip is calculated, and only this difference is changed (changed attribute information kig).

Next, the central center 12 transmits the attribute change to the nationwide server of each company designated for distribution (d2).
6). This attribute change transmission is performed by using the GOMA code fip,
It is only the changed attribute information.

Next, the national server of each company updates the database based on the attribute change notification when it is notified.

The nationwide server uses the changed GOMA.
The region is judged from the attribute and transmitted to the regional order receiving server of the relevant region (d27).

When the central center 12 makes a change associated with the attribute change request, the central center 12 sends a change confirmation notice to the user personal computer 5 by mail (d28).

That is, similarly to the above, the screen of FIG. 4 (f) is displayed on the user personal computer by mail. However, the attribute information is the changed attribute information.

<Embodiment 2> According to the method of Embodiment 1 described above, a plurality of registrant users can use GOMA code fip.
By registering the GOMA attribute and the GOMA attribute in advance, the method can be used for a method of collecting and delivering a courier described below. This method will be described using a sequence diagram.

FIG. 10 and FIG. 11 are sequence diagrams illustrating home delivery order delivery. For example, when the orderer accesses the regional order receiving server 8 of company A in the region A by operating the personal computer 5 (d30), the regional order receiving server 8 of company A provides the personal computer 5 with an order input screen (d3).
1).

This order input screen is displayed, for example, as shown in FIG. 12A, from the order number ID column 30a, the date column 30b, the delivery column 30c, the item information column 30d, the requester column 30e, etc. Become.

When the orderer (requester) knows his / her GOMA code and the GOMA code of the delivery destination (destination), the orderer's GOMA code flip ( Enter Yes for Irozochi and enter the GOMA code f of the recipient in the recipient column 30c.
Enter ij. Further, the type of product and the date of use (designated date of delivery) are entered in the item column 30d, and the item price is entered in the price column 30f as necessary.

Then, when the orderer selects the input completion button (not shown) on the order input screen, these data are written in the order input screen format and are stored as order data in the regional order receiving server 8 of company A. Send.

The regional order receiving server 8 of the company A stores the order data as an order record in the order file (d33).
Further, an order code (order number ID) is issued along with the order (d34).

Further, if the area ordering server 8 of the company A is outside its own area, the GOMA code fip of the orderer and the delivery destination G are set.
An attribute search request command with the OMA code fij is generated and transmitted to the national server 9 of company A (d35).

When the attribute search request command of the orderer's GOMA code fip and the delivery destination's GOMA code fij is input from the regional order receiving server 8, the national server 9 is associated with the GOMA code fip, fij from the database 9a. The GOMA attribute information Hip and Hij are searched and transmitted to the regional order receiving server 8 (d36). That is, the attribute information of each GOMA transmitted from the contractor is transmitted to the regional order receiving server of company A.

Then, the regional order receiving server 8 receives the attribute information Hi of the GOMA codes fip and fij from the national server 9.
When p and Hij are received, a pickup and delivery instruction form is created (d3
7).

As shown in FIG. 12 (b), the pick-up and delivery instructions consist of a collection instruction for receiving the package from the orderer and a delivery instruction for delivering to the consignee. The number 40 and the delivery instruction number 41 are preferably order numbers issued in d34 so that the two are associated with the same order.

Next, the regional order receiving server 8 sends the generated issue code and GO to the orderer's personal computer 5 for order confirmation.
The MA attribute information and the contents of the pick-up and delivery instruction are sent to the personal computer 5 as order confirmation data (d38a).

The order confirmation data may be displayed on the personal computer side as an order confirmation screen shown in FIG. 13A and may be printed as an invoice attached to the package. On this order confirmation screen, the GOMA code of the recipient is displayed in association with the attribute information of the recipient (30
g), and the GOMA code of the client is displayed in association with the attribute information of the client.

When this order confirmation data is confirmed and the orderer selects a confirmation button (not shown), the order confirmation is transmitted to the regional order receiving server 8 (d39a, d39b).

Then, upon receipt of the order confirmation, the regional order receiving server 8 stores the pick-up and delivery instruction sheet generated in d37 in the instruction sheet file list (d40).

Next, the regional order center distributes the conditions from the instruction file list to each region, and transmits the collection / delivery instruction for each distributed region (d41). If it is your area, save it in your area distribution file.

Further, the regional order receiving center of the other region of the company A sorts the items in the region A from the plurality of collection and delivery instructions collected and generated using the Internet, and transmits the same to the regional order receiving server of the region A of the company A. (D45).

The regional order receiving server in the A region of the company A receives and stores the received information (d46), and generates an intra-regional pick-up and delivery instruction list (d47).

Next, in the pick-up and delivery instructions of this list, the work areas in the same area are sorted into areas by sorting the work areas in the area A, and the map of that area is read from the database and assigned as the background map ( d4
8). Next, the task of the pickup and delivery vehicle is displayed on the map from the district map assigned to the district, the position of the pickup and delivery center, and the pickup and delivery instructions assigned to the district, and the route to go around is planned (d49).

According to this plan, the buildings are classified by color according to the position based on the latitude and longitude of the GOMA code assigned to the pick-up and delivery instructions, and the symbol (U: indicates that there is a receipt, D: the building to be delivered). It indicates that there is). Also, a symbol indicating the entrance direction of the building is assigned.
In addition, the collection and delivery instructions are arranged in the order of collection and delivery. A work slip may be automatically generated from this pick-up and delivery instruction.

Such collection / delivery plan data (map, collection / delivery instruction) for each district is transmitted to the collection / delivery center in the corresponding district via the Internet (d50).

The collection / delivery center receives the collection / delivery plan data from the local order receiving server, stores the collection / delivery plan data in the storage medium 50 such as a floppy disk, and delivers it to the driver of the route in charge (d).
51).

On the other hand, when the driver receiving the floppy (preferably having data for each of a plurality of pick-up and delivery routes built in) is put in the personal computer and the data of this floppy is displayed, for example, the pick-up and delivery route screen of FIG. 14 is displayed. Is displayed.

On this screen, the background and buildings are displayed, but buildings with pickup and delivery are indicated by triangles, and the symbols (U, D) therein indicate collection and delivery.

Further, a pickup / delivery instruction screen 50 and the like having the pickup / delivery instruction sheet at the beginning as the head is also displayed.

Further, the regional order receiving center is equipped with a CTI, and the CTI connected to the regional order receiving server receives a telephone call from the user, recognizes the voice, converts the data into computer readable data, and sends the data. It is possible to place an order, and the customer is informed of the contents of the order by fax or voice conversion.

For example, in the case of placing an order by telephone, the shipper's GOMA, the other party's GOMA, the package type,
The voice record such as the number, the date of collection, the date of arrival at the destination, or the character data is transmitted (d55).

As a result, the order confirmation is performed in the same sequence as described above (d38b, d39b), and the collection and delivery instruction document is generated.

That is, by only inputting the GOMA code, an invoice, a bill, etc. can be easily generated, and a building for collection and delivery (collection, delivery) can be easily displayed based on geographical coordinates. You can manage the collection and delivery business accurately by inputting.

In the communication of the password of the user's personal computer, the regional order receiving server, the national integrated server, and the registered GOMA attribute information in the above embodiment, it is preferable to encrypt and decrypt with a secret key, a common key method or the like.

Further, the regional order receiving server stores the URL of the server in the nearby region, receives the background map from the URL in the neighboring region when delivering the pick-up / delivery plan to the personal computer or the collection / delivery center, and if necessary, the worker terminal. The map of the nearby area may be stored in the.

[0146] Since the size of the traders or the business conditions of the traders from national traders to limited regional specialized traders vary, and the freight generation situation and delivery cost structure also vary, one national server must always have multiple It is not always connected to the regional order receiving server, and one regional order receiving server is not always connected to a plurality of district collection / delivery centers. In addition, all connections made via the Internet are not limited to public networks. For example, if the connection between the central center and the national servers of each company is a joint-dedicated network, or if the national server of each company and the regional order center, In some cases, the connection between the district collection / delivery centers may be an in-house network for each company.

In the above embodiment, the description has been made using the courier service. However, when the taxi is called, the GOMA code is transmitted when the taxi is called.
If the driver of the taxi has a mobile terminal and inserts the storage medium 50 into the mobile terminal, the driver inputs GOMA from the radio center of the taxi, and the GOM
Since the GOMA attribute information related to the A code and the map are displayed, it is possible to reach the customer's house, building, or company.

If the passenger knows the destination GOMA, the GOMA attribute information and the map are displayed only by inputting the GOMA, so that the destination house, building or company can be easily reached. At this time, the route that can be reached most efficiently is displayed on the map.

First, the effect that the number of input characters of the order information is shortened or the possibility of input mechanization using CTI is opened, and the order input cost can be reduced.

In addition, the present system incorporating the new geocode has the effect that the address matching indicating the correct pick-up point on the background map can be executed by a constant calculation without exception from the latitude and longitude information included in the new geocode. ing.

[0151]

As described above, according to the present invention, the regional ordering center reads out the address map corresponding to the location information from the user terminal from the geographical coordinate map, transmits it to the user terminal, and the address map is designated. The latitude / longitude of the designated position and the attribute information of the feature to be registered are transmitted to the new geocode providing center (may be the national center) as target object registration information.

The new geocode providing center calculates a new geocode of a predetermined digit based on the latitude and longitude of this object registration information, assigns the attribute information of the feature to the calculated new geocode, and stores it as new geocode attribute information. , Send to regional order center.

When the new geocode is transmitted from the user terminal, the regional ordering center searches for new geocode attribute information corresponding to this new geocode, and based on this new geocode attribute information, a map of the range in which the user is located. Obtain the work plan information with the attached and pass it to the carrier.

Therefore, the trader can easily collect the map of the range in which the user exists and the contents of the transportation object by using the hiragana characters (new geocode) of a predetermined digit and the attribute information of the registration object from the user side. By knowing the work type of delivery, you can obtain work plan information and pass it to the carrier,
The effect is that transportation costs and work costs can be reduced.

A regional order center is provided in each region for each vendor, and a national center is provided for each different vendor. The regional order centers in each region are supervised, and the central center manages an organization different from these vendors. When configured to be connected by a network, the regional order receiving center of each trader reads the address map indicated by the address of the location information from the user terminal from the geographical coordinate map and transmits it to the user terminal.

Then, the regional order receiving center transmits the latitude and longitude of the position on the address map designated by the user terminal and the attribute information of the feature to be registered to the central center as the object registration information.

On the other hand, the central center calculates a new geocode of a predetermined digit based on the latitude and longitude of this object registration information,
The attribute information of the feature is assigned to the calculated new geocode, and the new geocode attribute information is transmitted to the national center of the new geocode supplier.

The nationwide center stores this new geocode attribute information and sends it to the corresponding regional order receiving center.

When the new geocode is transmitted from the user terminal, the regional ordering center searches for new geocode attribute information corresponding to this new geocode, and with the area map where the user is located based on the new geocode attribute information. Get work plan information for.

Therefore, by centrally managing the attribute information of the user with the new geocode in the central center of a management form different from that of each business and distributing this to each business, the cost of constructing a database for each business is increased. In addition to reducing the number, it is possible to obtain the effect that the user can collect and deliver with the same code even if the operator is different.

That is, the effect that the number of input characters of the order information of the user is shortened or the possibility of input mechanization using CTI is opened, and the order input cost can be reduced.

In addition, the present system incorporating the new geocode has an effect that the address matching indicating the correct pick-up point on the background map can be executed by a certain calculation without exception from the latitude and longitude information included in the new geocode. ing.

Also, since the new geocodes are collectively managed at the central center, the tenants who live in the same building are displayed in the exact same location, and the new geocodes are duplicated in the same building on the same floor. It will not be allocated.
Therefore, the collection and delivery work information is refined.

Further, since the nationwide server distributes the new geocode attribute information for each region and distributes it, the distribution load is reduced and the memory capacity of the regional order center is reduced, so that the cost can be kept low. Has been obtained.

In addition, the regional ordering center obtains a route around which the vehicle turns, and a map on which a symbol for receiving or delivering and a symbol indicating the direction of entry of the vehicle into the building are overlaid on the building on this route, The route information is transmitted to the person in charge of the route, and each business department stores the route information in the storage medium.

Therefore, when the storage medium is inserted into the portable personal computer of the driver and the screen is opened, the building and the attribute information which are received and delivered can be seen at a glance, and an efficient movement route can be intuitively obtained. Since it is possible to make a decision, the effect is that it is possible to efficiently pick up and deliver and receive orders at low cost.

Further, since the calculation of the new geocode and the distribution of the new geocode attribute information are transmitted to the local order center of the trader at the trader's national center,
Since it is not necessary to increase the system configuration, it is possible to reduce transportation costs and work costs.

Further, according to the central center of the transportation business management system, when the latitude / longitude and the identification information of the registrant are received from the regional order receiving center, a new hiragana character having a predetermined digit indicating the latitude / longitude and the identification code is received. Geocode is calculated, attribute information of the feature is assigned to this new geocode, and it is stored as new geocode attribute information and transmitted to the national center.

That is, since the new geocode and the new geocode attribute information are simply transmitted to the nationwide center of the trader, the trader side can apply the ordering work in a form according to the system specifications of its own company. Has been obtained.

[Brief description of drawings]

FIG. 1 is a system configuration diagram of the present embodiment.

FIG. 2 is a sequence diagram of the first embodiment.

FIG. 3 is a sequence diagram of the first embodiment.

FIG. 4 is an explanatory diagram illustrating a screen displayed on a personal computer of a registrant according to the first embodiment.

FIG. 5 is a flowchart illustrating calculation of a GOMA code (new geocode).

FIG. 6 is a flowchart illustrating calculation of a GOMA code (new geocode).

FIG. 7 is an explanatory diagram illustrating tiling.

FIG. 8 is an explanatory diagram illustrating data stored in a national integrated server 12.

FIG. 9 is an explanatory diagram illustrating a GOMA attribute change screen.

FIG. 10 is a sequence diagram of the second embodiment.

FIG. 11 is a sequence diagram of the second embodiment.

FIG. 12 is an explanatory diagram illustrating an example of a screen according to the second embodiment.

FIG. 13 is an explanatory diagram illustrating an example of a screen according to the second embodiment.

FIG. 14 is an explanatory diagram illustrating an example of a screen according to the second embodiment.

[Explanation of symbols]

1 Internet 2 Personal computer at the collection and delivery center 2 Mobile terminal of 4 collection and delivery workers 5 User PC 8 A company area order server 9 A company national server 10 B company area order server 1

─────────────────────────────────────────────────── ─── Continuation of the front page (72) Inventor YOKOKUMA Toru Shinjuku-ku, Tokyo 4-2-18 Shinjuku Kofu Building Asia Air Survey Co., Ltd. (72) Inventor Kentaro Narigazawa 4-2 Shinjuku, Shinjuku-ku, Tokyo -18 Shinjuku Kofu Building Asia Air Survey Co., Ltd. (58) Fields surveyed (Int.Cl. ⁷ , DB name) G06F 17/60

Claims (21)

(57) [Claims] 1. A server of each regional order center that obtains pick-up and delivery instruction information for collecting and delivering a transportation object of a user of each region to a vehicle, and new geocode attribute information of the user to a server of the regional order center. A transport service management system of a new geocode providing center, which is connected to a server of the new geocode providing center by a communication network, wherein the server of the new geocode providing center is a latitude / longitude unit consisting of minutes and seconds. The vertical and horizontal axes of the large tile defined by the coordinate system that covers the entire Japanese map with a rectangular shape by converting the Japanese map shown in 1) into two-dimensional coordinates are divided into a plurality of first constant intervals corresponding to the above minutes. A first memory for storing tile information in which primary tiles are generated, and tile information in which a first number is assigned to these primary tiles; and the area via the communication network. Note: The latitude / longitude information of the designated position on the area map determined by the registrant and the attribute information of the registrant are received as registration determination information from the server of the center, and the latitude / longitude of the designated position included in this information is received. A unit for converting the information into the coordinate system of the large tile and defining the large tile to obtain the number of the primary tile, and the unit from the origin of the vertical and horizontal axes of the primary tile of the obtained first number. Means for generating a large number of secondary tiles by assigning a second number to the vertical and horizontal axes by dividing at a second constant interval corresponding to seconds, and obtaining the second number of the secondary tile; and the registration decision information. An identification number for identifying attribute information of the registrant included in the first tile, a bit string of the first number of the primary tile, a bit string of the second number of the secondary tile,
A character table in which the bit string of the identification number is combined, a bit string having a fixed number of digits for obtaining a fixed number of character strings is integrated into the combined bit string, and the integrated bit string is stored in advance in the second memory. And a means for generating the predetermined number of character strings and calculating the new character as the new geocode, and linking the new geocode with the attribute information of the registrant and storing it in the third memory. And means for transmitting the new geocode and the attribute information of the registrant to the email address of the attribute information of the registrant via the communication network as new geocode attribute information when the new geocode is requested. A new geocode, comprising means for transmitting to the server of the regional order center in the region of the user via the communication network. Transportation business management system using. 2. A server of each regional order receiving center receives the new geocode attribute information from a fourth memory storing a geographic coordinate map indicated by the latitude and longitude information and a server of the new geocode providing center. Then, a bit string corresponding to each character of the new geocode contained in this information is allocated from the character table and connected, and the first number of the primary tile and the second number of the secondary tile are connected from the connected bit string. Of the primary tile and the vertical and horizontal coordinates of the secondary tile of the second number to obtain the latitude / longitude information, and a fixed area having the obtained latitude / longitude information. And a means for reading out the area map from the geographical coordinate map and transmitting the area map to the user terminal via the communication network. Transportation business management system using the new geocode. 3. A server of each regional order center that obtains collection / delivery instruction information for collecting and delivering objects to be transported by a user of each region to a vehicle, and new geocode attribute information of the user to a server of the regional order center. A transport operation management system of new geocodes, which is connected to a server of a new geocode providing center to be transmitted through a communication network, wherein the server of each regional order center stores the first geographic coordinate map indicated by latitude and longitude. Memory, via the communication network, receives the location information from the user terminal with a browser function, and retrieves the area map of the area corresponding to this location information from the geographical coordinate map,
This area map, means for transmitting screen data for inputting attribute information of the registrant, and a designated position on the area map in the screen data from the user terminal via the communication network, The attribute information of the registrant is received, the latitude / longitude information of the geographical coordinate map corresponding to the designated position is obtained, and the latitude / longitude information and the attribute information of the registrant are used as registration decision information to provide the new geocode. Means for transmitting to the center, means for receiving the new geocode attribute information from the new geocode providing center via the communication network and storing it in a second memory, and the new geocode from the server of the new geocode providing center When the attribute information is received, the bit string corresponding to each character of the new geocode included in this information is sent to the character table. Are allocated and concatenated, the first number of the primary tile and the second number of the secondary tile are obtained from the concatenated bit string, and the vertical and horizontal coordinates of the primary tile and the secondary tile of the second number are obtained. Means for converting the vertical and horizontal coordinates of the latitude and longitude information to obtain the latitude and longitude information, and reading a region map of a certain area having the obtained latitude and longitude information from the geographic coordinate map and transmitting the map to the user terminal via the communication network. The server of the new geocode providing center, the unit of latitude and longitude, the map of Japan indicated by latitude and longitude information consisting of minutes and seconds is converted into plane coordinates to convert the entire map of Japan. A large number of primary tiles are generated by dividing the vertical and horizontal axes of a large tile defined by a coordinate system covered by a rectangular shape at a first constant interval corresponding to the above, and a first number is assigned to these primary tiles. And a third memory storing the file information, and converting the latitude / longitude information of the designated position included in the registration determination information from the server of the regional order center via the communication network into the coordinate system of the large tile. A unit for determining the number of the primary tile by defining it as the large tile, and dividing the unit from the origin of the vertical and horizontal axes of the primary tile of the determined first number at a second constant interval whose unit is equivalent to seconds. A means for allocating a second number to the vertical and horizontal axes to generate a large number of secondary tiles, and obtaining the second number of the secondary tile, and for identifying attribute information of the registrant included in the registration decision information. An identification number of the primary tile, the bit string of the first number of the primary tile, the bit string of the second number of the secondary tile,
The combination of the bit string of the identification number, the combination of bit strings having a fixed number of digits to obtain a fixed number of character strings, and the combined bit string and the character previously stored in the fourth memory Compare with the table,
A unit for generating the predetermined number of character strings and calculating the new character as the new geocode; a unit for linking the new geocode and the attribute information of the registrant and storing it in a fifth memory; When a geocode is requested, the new geocode and the attribute information of the registrant are transmitted as new geocode attribute information to the mail address of the attribute information of the registrant via the communication network, and the geographic information of the user's area is A transport operation management system using a new geocode, comprising means for transmitting to a server of a regional order center via the communication network. 4. The server of the local order center, when receiving the new geocode from the user terminal via the communication network, and new geocoded attribute information having該新geocode is stored in the fifth memory And storing the attribute information of the registrant of the new geocode attribute information to the user terminal via the communication network when it is stored in the fifth memory. A transportation operation management system using the new geocode according to claim 3. 5. The server of the local order center, the determined After reading the area map including a range of positions of the latitude and longitude information from the geographic coordinates map feature is Color of the position of the area map 5. A transportation work management system using the new geocode according to claim 3 or 4, further comprising: means for transmitting the displayed format to the user terminal via the communication network. Wherein said location information, state name, city name, street name, a street address, attribute information of the registrant, at least the building of the floor, company name, department, entrance road direction, address, name 6. The transportation operation management system using the new geocode according to claim 3, wherein the password is a password. 7. A first number of the primary tiles, transportation business management system using the new geocode of claims 3 to 6, wherein that the allocated to the primary tiles including land. 8. A server of each regional order center for each trader that obtains pick-up and delivery instruction information for collecting and delivering objects to be transported by users in each region by vehicle, and a server of each regional order center for each trader is managed. A transport operation management system using a new geocode, in which a national server for each business operator and a server at a central center for transmitting the new geocode to the national server for each business operator are connected by a communication network. The server receives the location information from the user terminal with the browser function via the first memory storing the geographical coordinate map indicated by latitude and longitude and the communication network, and the area of the area corresponding to the location information. A map is searched from the geographical coordinate map, and screen data for inputting this area map and registrant attribute information is transmitted to the user terminal. The specified position on the area map and the attribute information of the registrant in the screen data are received from the user terminal via the means and the communication network, and the latitude and longitude of the geographical coordinate map corresponding to the specified position are obtained. A means for transmitting the latitude and longitude and the attribute information of the registrant as registration determination information to the server of the central center via the communication network; and a second geocode attribute information from the nationwide server of the trader. And a means for storing the new geocode attribute information from the server in the central center via the communication network.
And the address data of the attribute information of the new geocode attribute information stored in the fourth memory, and the communication network is connected to the server of the local order center of the local operator of the corresponding area. The central center server converts the map of Japan indicated by latitude and longitude information in units of minutes and seconds into plane coordinates and converts the whole map of Japan into a rectangular shape. The vertical and horizontal axes of the large tile defined by the coordinate system covered by are divided into the first constant intervals corresponding to the above to generate a large number of primary tiles, and the tile information in which a first number is assigned to these primary tiles is used. The stored third memory, the latitude and longitude information of the designated position on the area map determined by the registrant from the server of the regional order center via the communication network, and the registrant's information. Means for receiving attribute information and registration determination information, converting latitude / longitude information of the specified position contained in this information into the coordinate system of the large tile, defining the large tile, and obtaining the number of the primary tile And a large number of secondary tiles are assigned by dividing the origin of vertical and horizontal axes of the obtained first tile of the first number into second constant intervals whose units are equivalent to seconds and assigning second numbers to the vertical and horizontal axes. A means for generating the second number of the secondary tile corresponding to the second of the latitude / longitude information of the designated position; and an identification number for identifying the attribute information of the registrant included in the registration determination information. A first numbered bit string of the primary tile, a second numbered bit string of the secondary tile,
A character table in which the bit string of the identification number is combined, a bit string having a fixed number of digits to obtain a fixed number of character strings is integrated into the combined bit string, and the integrated bit string is stored in advance in a fifth memory. And a means for generating the predetermined number of character strings and calculating the new character as the new geocode, and linking the new geocode with the attribute information of the registrant and storing it in the sixth memory. And means for transmitting the new geocode and the attribute information of the registrant to the email address of the attribute information of the registrant via the communication network as new geocode attribute information when the new geocode is requested. A new geocode, comprising means for transmitting to the server of the regional order center in the region of the user via the communication network. Transportation business management system using. 9. The server of each regional order receiving center stores the geographic coordinate map indicated by the latitude and longitude information in a seventh memory, and the server of the central center or the server of the national center to obtain the new geocode attribute. When the information is received, the bit string corresponding to each character of the new geocode included in this information is allocated from the character table and connected, and the first number and the secondary tile of the primary tile are connected from the connected bit string. And a means for obtaining the latitude and longitude information by performing coordinate conversion of the ordinate and abscissa of the primary tile and the ordinate and abscissa of the secondary tile with the second number, and the obtained latitude and longitude information. Means for reading an area map of a given area from the geographical coordinate map and transmitting the area map to the user terminal via the communication network. Transportation business management system using the new geocode of Motomeko 8 described. 10. The server of the regional order receiving center, when obtaining the latitude and longitude of the area map with respect to the specified position from the user terminal, requests transmission of attribute information of a feature near the latitude and longitude. It transmits to the server of the central center via the communication network, and transmits the new geocode attribute information of the nearby feature from the server of the central center received along with the transmission to the user terminal via the communication network. And a server of the central center, when receiving a transmission request of the attribute information of the nearby feature from the server of the regional order receiving center via the communication network, an area within a certain range centered on the latitude and longitude. The new geocode attribute information of the object is retrieved from the sixth memory, and the retrieved new geocode attribute information of the nearby feature is searched for in the area order center. Transportation business management system using the new geocode of claim 8, characterized in that it comprises a means for transmitting through the communication network to the server. 11. The location information is a prefecture name, a city name, a town name, and an address, and the registrant attribute information is at least a floor of a building, a company name, a department, an entrance direction, an address, and a name. The password is a password, and the transportation operation management system using the new geocode according to claim 8, 9, or 10. 12. The server of the central center, when receiving the change request of the new geocode attribute information from the user terminal via the communication network, the attribute change window for changing the attribute information of the registrant Means for transmitting to the user terminal, and when a new geocode is input to the attribute change screen, the new geocode attribute information stored in the sixth memory corresponding to the new geocode is communicated to the user terminal. Means for transmitting via a network, and when the new geocode, new attribute information and a change request are received from the user terminal via the communication network, the first geocode stored corresponding to the new new geocode is stored. 6 means for updating the attribute information of the registrant of the memory 6 to the new attribute information to generate new new geocode attribute information , Transportation business management system using the new geocode of claims 8 to 11, wherein further comprising a means for transmitting a new geocode attribute information said generated to the national server via the communications network. 13. The transportation operation management system using a new geocode according to claim 8, wherein the first tile number is assigned to the primary tile number including land. 14. The transportation operation management using the new geocode according to claim 1, wherein the first constant interval is equivalent to 6 minutes and the second constant interval is equivalent to 0.1 second. system. 15. A server of each regional order center connected to a personal computer of a collection / delivery center of each trader for obtaining collection / delivery instruction information for collecting and delivering objects to be transported by users in each region by vehicle, and the server of each trader A transportation industry management system using a new geocode in which the server of the central center sends a new geocode to the national server of each business operator that connects the national server of each business operator that manages the server of each regional order center. The server of the regional order receiving center is a new geocode including a first memory storing a geographic coordinate map indicated by latitude and longitude, a new geocode consisting of a fixed number of character strings, and registrant attribute information. A second memory in which attribute information is stored, and a memory for inputting package order information to a user terminal with a browser function via the communication network. Means for transmitting a note screen via the communication network, means for receiving order data of the order screen via the communication network and storing the order data in the order file, included in the order data stored in the order file Means for reading the hiragana character string of the requested client as a new geocode, and determining whether or not the new geocode attribute information having this new geocode exists in the second memory; and determining that the new geocode attribute information exists When
A means for generating a slip number, storing a regional pick-up and delivery instruction list for pick-up and delivery consisting of the slip number and the new geocode attribute information in a file, and reading the regional pick-up and delivery instruction list in the file The bit string corresponding to each character of the new geocode is allocated from the character table and connected, and from the connected bit string, the first number of the primary tile, the second number of the secondary tile, and the identification of the registrant. A means for obtaining a code, a means for obtaining the latitude / longitude information by performing coordinate conversion on the obtained ordinate and abscissa of the primary tile and the ordinate and abscissa of the secondary tile having the second number, and the registration of the obtained identification code. Means for extracting attribute information of a person from the second memory, and extracting a district map of a certain area near the position of the geographical coordinate map of the obtained latitude and longitude information, A means for allocating the attribute information of the registrant to the feature at the position on the district map, and a means for generating pick-up and delivery instruction data to which a code for displaying the feature by color is assigned, and the pick-up and delivery instruction data for the communication network. And a means for transmitting the information to a personal computer of the collection / delivery center via the transportation service management system using a new geocode. 16. The server of the regional order receiving center transmits the pick-up and delivery instruction data to the user terminal via the communication network to display the data, and when the pick-up and delivery instruction data on the display screen is confirmed, the slip is sent. To generate a number
The transportation operation management system using the new geocode according to claim 15, further comprising means for transmitting to the user terminal as the order confirmation data together with the new geocode. 17. A server of the regional order receiving center, means for accumulating the collection work instruction information of the own region and the delivery work instruction information from the other region in a memory to generate a work list; Means for generating a sorted work area list for each work area in the inside, means for reading the map of the work area from the geographic coordinate map of the second memory, and allocating to the work area list; Each collection work instruction information and delivery work instruction information are linked to each item on the collection and delivery map corresponding to each latitude and longitude obtained by decoding the new geocode of the delivery work instruction information. Means for storing in the third memory, and a work site in which a sign according to the type of work instruction information linked to the feature on the pick-up and delivery map is assigned to the feature on each of the pick-up and delivery maps. 17. A transportation service using a new geocode according to claim 15 or 16, characterized by having means for obtaining a diagram and means for storing the work map and the work list as work plan information with the map in a storage medium. Management system. 18. A server of the regional ordering center, means for obtaining an optimum road route for a vehicle from the collection of the work instruction information to a feature of a work map, a work type of delivery, and an entry direction, and the road. 18. The transportation operation management system using the new geocode according to claim 15, 16 or 17, further comprising: means for superimposing the identifier on a feature corresponding to the new geocode of the work list on the route. 19. The transportation operation management system using a new geocode according to claim 18, wherein the feature identifier of the road route indicates the entry direction. 20. The server of the regional order receiving center adds the URL of the server of the regional order receiving center of another region adjacent to the region to the new geocode attribute information, and causes the collecting and delivering center in the region to access the regional delivery center via the communication network. The delivery operation management system using the new geocode according to claim 15, further comprising: a means for delivering. 21. The server of the regional order receiving center comprises a CTI for connecting a computer and a telephone, and a voice recognition device, and the voice recognition device recognizes a new geocode that conveys a delivery destination among the ordering information passing through the CTI. ,
16. A transportation operation management system using a new geocode according to claim 15, further comprising: means for obtaining new geocode attribute information corresponding to this new geocode and specifying a feature on which the object to be transported should be collected and delivered. .