JP3480981B2 - An electronic computer for the management of small consolidation freight transport by destination telephone number. - Google Patents

Description

Detailed Description of the Invention

[0001]

[Industrial applications]

The present invention is for transporting small-lot mixed freight by the telephone number of the owner.
It relates to a computer for management .

[Prior art]

Conventionally, the following two methods have been known as management methods for this type of small-lot mixed freight transportation. First
In addition, using the nationwide town / letter code of the Geospatial Information Authority of Japan (hereinafter referred to as "JIS code"), the shipper a stated on the invoice
A method has been known in which the address of ~ i is input to the computer at the time of departure and the arrival information and delivery information registered in advance in the computer are searched using the entered JIS code as a search key. "JIS coding method".).

That is, as shown in FIG.
First, the small-lot mixed cargo of ~ E and the invoice accompanying it
Collected at the departure store. At the departure store, the shipper a stated on the invoice
~ I looked at the address of i and entered it into the electronic computer by JIS code. For example, if the addresses of the shippers a to i are "Aichi-Kaifu-Kanie-cho-Oaza Shin-Chiaki-Ukawa-Higashichu", the code is "23-425-009".
-101-421 ".

At the departure store, the arrival information and the delivery information registered in advance in the electronic computer are searched using the entered JIS code as a search key. What is the arrival information above?
This information is related to the arrival store that is in charge of the delivery area including the addressees of the owners a to i, such as the arrival store name. The delivery information is information relating to the delivery area including the addressees of the shippers a to i, for example, direct control, consignment, and relay, and the distance from the arrival store to the delivery area.

Secondly, the name, address, store arrival information, and delivery information of each of the shippers a to i are input to the computer at the store for each telephone number of each shipper a to i. A method of searching for arrival information and delivery information using a telephone number as a search key has been known (hereinafter referred to as a "callee registration method"). That is, all the names and addresses of the telephone numbers of the shippers a to i are registered in the file.

In the file, the telephone numbers of the shippers a to i are associated with the arrival information and the delivery information. Then, the file is called by using the telephone numbers of the shippers a to i as search keys, and the arrival information and the delivery information associated in advance are read out.

[Problems to be Solved by the Invention]

However, in the above-mentioned conventional JIS encoding method, a large number of humans are required to input the JIS encoding,
The first problem is that it takes a lot of input processing time. In addition, although the conventional method of registering a consignee can omit the JIS code, it is not possible to search for an unregistered consignee, so not only is it troublesome to register the unregistered consignee, but the data of the registered consignee is changed. In that case, there is a second problem that the file needs to be updated, and the operation cost of the computer including the maintenance and updating of the file becomes large.

In particular, in urban areas and the surrounding areas, although the amount of cargo handled by each store is large, the retention rate of the ship owners a to i tends to be lower than in rural areas. For this reason, in the urban area and its surrounding areas, although the number of unregistered shippers is high, the file utilization rate per shipper a to i shows only an extremely low average value. In addition to this, since all the data of shippers a to i distributed throughout the country must be registered, the amount of data per shipper a to i is small, but if the number of registered shippers increases, the total amount of data in the file will increase. It will be huge.

As described above, in the conventional method of registering a consignor,
Inversely proportional to the total amount of filed data, there is a drawback in that the utilization rate of files for each of the shippers a to i shows only an extremely low average value. (Claim 1) Therefore, the invention according to claim 1 is made in view of the above-mentioned first problem of the conventional technique. The first object is to omit the JIS encoding. It was made possible.

In addition to this, the invention according to claim 1 is made in view of the second problem of the above-mentioned conventional technique,
The second purpose is to enable not only search / registration but also search, file size reduction, and easy maintenance / management.
It is the one. (Claim 2) The invention according to claim 2 is the above-mentioned contract.
In addition to the first and second objects of the invention described in claim 1, general loading
Landing and landing area delivery information in the main transport information management table
It is designed so that it can be standardized. (Claim 3) The invention according to claim 3 is the above-mentioned claim 1.
Or in addition to the object of the invention of claim 2, general consignor transportation
Information management table, outside the prefecture area code file and outside the prefecture
By dividing it into two files, the station number file,
File size and search time can be shortened.
Maintenance is also made easy. (Claim 4) The invention according to claim 4 is the above-mentioned claim 3.
In addition to the purpose of the invention described, using the block code
By making the area code file a hierarchical structure,
It can be downsized and the search time can be shortened, and its maintenance management
Is also a simple one.

[Means for Solving the Problems]

The present invention is for achieving the above-mentioned object, and the contents thereof will be described below with reference to the embodiments shown in the drawings. (Claim 1) The invention according to claim 1 is characterized by the following points. Primarily,
The electronic computer (not shown) has the following configuration.

(1) General owner transport information management table
(See, for example, FIGS. 5 to 11) (2) Specific arrival owner transportation information management table (FIGS. 12 to 1)
3) Secondly, a general consignor transport information management table (for example, FIG. 5).
(See 11 to 11), general arrival information that can be searched for arrival information, and
It is commonly set for the landing area of general landlords belonging to
General lander's landing area delivery information that can calculate the delivery charge
Register (for example, general landing area / delivery information) for each telephone code
Has been done.

Third, a specific arrival owner transportation information management table
(Figs. 12 to 13) can be searched at the arrival of a specific shipper.
It is possible to calculate specific store information and delivery charges for specific shippers
The landing delivery information (for example, specific delivery information) of the specified shipper,
It is registered for each phone number of the specified shipper. Fourth, the electric
The child calculator (not shown) is the input telephone of the input owner.
Make sure that the phone number that matches the number
Whether it is registered in the cable (Figs. 12 to 13)
(See the fifth step 50 in FIG. 1).

Fifth, an electronic computer (not shown)
Telephone number is a specific shipper transport information management table (Fig. 12-
Corresponds to the input telephone number if registered in 13)
Transport information management table for specific shippers
(FIGS. 12 to 13), and the specific arrival store information retrieved
Based on the news, we should identify the arrival store at the time of shipment
(See the eleventh step 110 in FIG. 1).

Sixth, an electronic computer (not shown)
Landing delivery information of the specified shipper corresponding to the phone number (for example,
Specified delivery information) is specified by the specified owner transport information management table (Figure
12 to 13), and the landing delivery information retrieved
Shipping charges at the time of shipment based on (eg specific delivery information)
The money is calculated (11th step 1 in FIG. 1)
10). Seventh, the computer (not shown) input
The phone number is registered in the specific shipper transport information management table.
If not, enter the last 4 digits of the input phone number
The phone numbers that remain after being deleted are extracted (Fig. 1
8th step 80).

Eighth, the electronic computer (not shown) is
General store arrival information corresponding to the extracted input telephone number
Landing owner transportation information management table (see, for example, FIGS. 5 to 11)
, And based on the general arrival information retrieved
The arrival store is specified at the time of shipment (step 2 in Fig. 2).
210). Ninth, the electronic computer (not shown)
Landing area delivery information of the general consignor corresponding to the input telephone number
(For example, general landing area / delivery information)
Search from the management table (see, for example, FIGS.
The landing area delivery information (for example, general arrival)
Shipping charges are calculated at the time of shipment based on the geographic area and shipping information)
(Step 220 in FIG. 2). (Claim 2) The invention of claim 2 is the same as the invention of claim 1 described above.
In addition to the configuration, it is characterized by the following points.

That is, a general arrival owner transportation information management table
(See Figures 5-11, for example)
In the overhead line area consisting of the same local area code n
Defines this as one landing area, and the landing area is
A common landing that applies to multiple subscribers belonging to number n,
And common landing area delivery information (for example, general landing area
(Sending information) is registered. (Claim 3) The invention according to claim 3 is the above-mentioned claim 1 or claim 2.
In addition to the configuration of the invention described above, the following features are provided.

First, a general arrival owner transportation information management table
In the out-of-prefecture area code file (see, for example, Figures 5-7)
And the prefecture area code file (see, for example, Figures 10-11)
Including and Second, the out-of-prefecture area code file (for example, Figure 5
The same area code is used in multiple prefectures.
If used, general arrival at each area code outside the prefecture
Information and landing area delivery information for general consignees (eg general landing
Area / delivery information) is registered.

Third, the prefecture area code file (for example, figure
10 to 11)) is unique only within the same prefecture.
The area code used is the area code of the prefecture, and the prefecture
General arrival information and landing area of general owner for each area code
Sending information (eg general landing area / delivery information) is registered
It Fourth, the computer (not shown) is the input telephone number
The telephone area code that matches with is the area code file outside the prefecture (for example,
(See FIGS. 5 to 7)
(See step 202 in FIG. 3).

Fifth, an electronic computer (not shown) is an input
Telephone area code is the area code file outside the prefecture (for example, see Fig. 5-7).
If you are registered in
The corresponding general arrival information is provided in the out-of-prefecture area code file (for example,
5 to 7), and search the general store arrival information
Based on this, we try to identify the arrival store when shipping.
(See step 212 in FIG. 4). Sixth, electronic calculator
(Not shown) is for the general consignee corresponding to the input phone number.
Landing area delivery information (eg general landing area / delivery information) outside the prefecture
Search from the area code file (see, for example, Figures 5-7),
The landing area delivery information of the retrieved general consignor (for example, general
Shipping fee based on the landing area and delivery information)
It is calculated (see step 222 in FIG. 4).
See).

Seventh, an electronic computer (not shown)
Telephone area code is the area code file outside the prefecture (for example, see Fig. 5-7).
Corresponds to the input telephone number when it is not registered in
Information on general arrivals to the prefecture area code file (for example, Figure 1
(See 0 to 11), and the general arrival store information retrieved
Based on this, we try to identify the arrival store when shipping
(See step 211 in FIG. 4). Eighth, electronic calculator
(Not shown) is for the general consignee corresponding to the input telephone number
Landing area delivery information (eg general landing area / delivery information) within the prefecture
Search from area code files (for example, see Figures 10-11)
Then, the landing area delivery information of the searched general consignor (for example,
Shipping charges based on general landing area and shipping information)
The money is calculated (see step 221 in FIG. 4).
See). (Claim 4) The invention of claim 4 is the same as the invention of claim 3 described above.
In addition to the configuration, it is characterized by the following points.

First, the prefecture area code file (for example,
(Refer to 10-11) blocks the first two digits of the prefecture area code
Hierarchy classified by each block code as a code
Is formed in a dynamic structure. Second, electronic computer (not shown)
No.), the input telephone area code is the area code outside the prefecture (for example,
If it is not registered in (see FIGS. 5 to 7), the input
The first two digits of the telephone number are extracted (see Figure 3
See Step 203).

Third, an electronic computer (not shown)
Prefectural area code file (for example, figure
(See 10 to 11), and the first 2 digits extracted and
Narrow down the prefecture area code that has the same block code
(See steps 204 to 205 in FIG. 3)
See). Fourth, the computer (not shown) is narrowed down
Enter the area code in the prefecture. Secondary search based on the phone number.
General arrival information and general information corresponding to the input telephone number
Landing area delivery information of the owner (for example, general landing area / delivery information)
Information) is extracted (step 21 in FIG. 2).
1, step 221).

【Example】

1 to 14 show an embodiment of the present invention. FIG. 1 is a flow chart showing an outline of a method for managing small-lot mixed freight transportation based on a telephone number of a shipper, and FIG.
2 is a flow chart for explaining information processing at the store using the input telephone number, FIG. 3 is a flow chart for explaining the preprocessing of FIG. 2, and FIG. 4 is a general arrival information search and a general landing area of FIG.・ Flowchart for explaining delivery information, FIG. 5 is a chart showing an example of the out-of-prefecture area code file, FIG. 6 is a chart showing another example of the out-of-prefecture area code file, and FIG. 7 is out-of-prefecture area of FIG. FIG. 8 is a chart showing another example of the area code file, FIG. 8 is a chart showing an example of the block code index number table, FIG. 9 is a chart showing an example of the prefecture area code file by block code, and FIG. chart showing an example of a state code, prefecture area code another prefecture area code file, Figure 11 is showing another example of the block code prefectural code prefecture area code another prefecture area code file of Figure 10, 12 table showing an example of a specific arrival main registration file, FIG. 13 shows charts showing another example of a specific arrival main register file 12, FIG. 14 is a diagram showing an outline of a small consolidated cargo transport respectively.

First, an outline of small-lot mixed freight transportation will be described with reference to FIG. As shown in FIG. 14, the small-lot consolidated cargo is in the order of collection, shipping, operation, arrival, and delivery, and the shipper A
~ E to the designated shippers a to i. First,
As shown in FIG. 14, the small-lot mixed cargoes of the shippers A to E are
It is loaded onto a small transport vehicle for pick-up and delivery.

At this time, an invoice is attached to the small-lot mixed cargo. At least the telephone numbers of the shippers a to i are described on the invoice. In addition, the invoice includes invoice information about the shippers a to i, invoice information about the shippers A to E, and other general invoice information. As the invoice information relating to the shippers a to i, the address, name, etc. are described in addition to the telephone numbers of the shippers a to i.

As the invoice information relating to the shippers A to E, the addresses, names, telephone numbers, etc. of the shippers A to E are described. Other general invoice information includes a pickup date, a product name, a contact name, a telephone number, an address, and the like. Next, the collected small-lot mixed cargo is unloaded on the platform of the departure store after returning to the departure store as shown in FIG.

As shown in FIG. 14, the unloaded small-lot mixed cargo is individually sorted according to the arrival stores i to c scattered throughout the country. This sorting is based on the telephone number printed on the invoice, and is a computer (not shown) installed at the store.
It is performed based on the arrival information retrieved using. At the same time, the delivery information is retrieved using an electronic calculator (not shown) based on the telephone number written on the invoice, and the fare is calculated based on this delivery information.

Thereafter, the sorted small-lot mixed freight is loaded into each operating vehicle and is operated toward each arrival store I to C as shown in FIG. The small-lot consolidated cargo that has been operated is
As shown in FIG. 14, after arriving at each arrival store I-C, they are unloaded on the platform of each arrival store I-C. The small-lot mixed cargo unloaded at each arrival store (i)-(h) is sorted based on the telephone number indicated on the invoice or the invoice information regarding the owners a to i indicated on the invoice, and is delivered in a small size for delivery. The cargo is loaded on the transportation vehicle and delivered to the designated owners a to i, as shown in FIG.

Next, an outline of a management method for small-lot mixed freight transportation by the telephone number of the shipper will be described with reference to the flowchart shown in FIG. First, the characteristic of this method is that the transportation information is managed based on the telephone number written on the invoice. In other words, paying attention to the fact that an independent local area code n overhead line area can be identified by deleting the last 4 digits of the telephone number and remaining phone number, and based on the identified local area code n overhead line area. , "General arrival information"
And, it is a landing area delivery information of the general arrival main "general landing area -
"Delivery information" can be searched on an electronic computer (not shown).

More specifically, the "city area number n overhead line area" specified by the telephone number is matched with the "landing area" of small-lot mixed cargo. As a result, it is possible to search the general landing information and the general landing area / delivery information by the telephone number in the telephone number written on the invoice. As a general rule, management based on the above telephone number is provided with various exceptions.

First, there is an exception handling in the sense that the local area code n overhead line area is not specified by the telephone number. The telephone station number includes, for example, a telephone station number shared by a plurality of local station numbers n overhead line areas (hereinafter referred to as "shared telephone station number"). Examples of shared telephone numbers include "0471-87" and "0471-88".

The exemplified "0471-87" and "0471
Shared telephone numbers such as “-88” are used in part of “Abiko City” in “Chiba Prefecture” and also in part of “Toride City” in “Ibaraki Prefecture” outside the prefecture. Therefore, it is not possible to distinguish between "Abiko City in Chiba Prefecture" and "Toride City in Ibaraki Prefecture" with shared telephone numbers such as "0471-87" and "0471-88".

Therefore, in the present invention, "0471-87".
Between both landing areas that have a shared telephone area code such as or "0471-88", it is a rule to set "general landing area information" and "general landing area / delivery information" under common conditions. . Therefore, if the "general landing area information" and "general landing area / delivery information" set by the above rule are used, both landing areas are not commonly distinguished by the telephone number but are commonly set by the telephone area code. You can search "general landing information" and "general landing area / delivery information".

Therefore, in the case of a shared telephone number, it is not handled as an exception, and between the telephone station numbers having a shared local station number n overhead line area, "general arrival information" and "general landing area / delivery information". Information can be standardized by setting “” under a common condition. Secondly, there is an exception handling in the sense that "conditions" different from "general arrival store information" and "general landing area / delivery information" are set.

In this case, the telephone number described in the invoice is registered, and "specific arrival information" is registered from the registered telephone number.
And "Specific delivery information", which is the landing delivery information of the specific shipper.
We are trying to solve it by making it possible to search for and. Therefore, "general landing area / delivery information", which is different from "general landing area / delivery information", is set to "specific landing area information" and "specific delivery information".
The term "specific shipper" is used to distinguish "general lander information" and "general landing area / delivery information" that can be searched by telephone number from "general shipper".

Explaining it along the flow chart shown in FIG. 1, first, in the first step 10, a general arrival owner transportation information management table is created. The general landing owner transportation information management table is roughly divided into three files, and more specifically, the out-of-prefecture area code files illustrated in FIGS. 5 to 7 and the in-prefecture by block code illustrated in FIG. Area code files and block codes, prefecture codes, and area code numbers within prefectures shown in Figs.
It consists of a prefecture area code file . The specific contents of each file will be described later.

Of the telephone numbers, the above three files are
The last 4 digits are deleted and the remaining 5 or 6 digits telephone number is used as the first search key. Using this first search key, it is possible to search for general landing store information and general landing area / delivery information. Has been done. Then, each created file is registered in a computer (not shown) at the store. Next, the first
After the end of step 10, as shown in FIG. 1, the process proceeds to the next second step 20, and a specific arrival owner transportation information management table is created.

The specific shipper transport information management table is
It is composed of the specific arrival owner registration file illustrated in FIGS. The specific contents of the specific owner registration file will be described later. The specific consignor registration file is created such that a telephone number of 9 to 10 digits is used as a second search key, and the specific arrival owner information and the specific delivery information of the specific consignor can be searched using the second search key. Has been done.

The created specific arrival owner registration file is registered in the computer (not shown) at the store opening. After registration in the specific consignor registration file, as shown in Figure 1,
Proceeding to the next third step 30, the telephone number of the consignor described in the invoice accompanying the small-lot mixed cargo is input to the computer (not shown) of the store.

The telephone number input methods are roughly classified into the following two methods. The first is a method in which an operator at the store is input through a keyboard or the like of a computer (not shown) at the store. That is, after the small-lot consolidated cargo returns to the arrival store, the operator of the original store sees the telephone number of the shipper described on the invoice accompanying the small-lot mixed cargo, and the computer of the departure store (not shown) Input using the keyboard of.

Second, there is a method in which a person who collects small-lot mixed cargo inputs data through a portable terminal (not shown). Compared to the first method, the use of a mobile terminal can shorten the time from the return of small-lot mixed cargo to the input of the caller's telephone number, and the operator input at the store. Can be omitted. Note that the input using the mobile terminal and the input by the operator at the store opening described above may be used together.

The above-mentioned second method further employs two methods as a method of transmitting data from the portable terminal to the computer at the store. The former method is a method in which the mobile terminal is connected to the computer at the store and the telephone number information input to the mobile terminal is transmitted to the computer. That is, a person who collects small-lot mixed freight collects the telephone number of the owner of the cargo, which is written on the invoice accompanying the small-lot mixed freight, and inputs it using the keyboard of the mobile terminal or the like.

After that, the portable terminal is brought back to the arrival store, and the portable terminal brought back is connected to the computer at the departure store. As a result, the telephone number information input to the mobile terminal is transmitted to the electronic computer. The latter method is a method of transmitting the telephone number information input to the computer installed in the store through the public telephone line after inputting the number to the mobile terminal. That is, after inputting to the mobile terminal, the mobile terminal is input to the shippers A to E.
Use your phone, cell phone, or payphone. For example, a modem (not shown) is installed in advance on the telephones of the shippers A to E, or is carried, and the modem is connected to a telephone cable, and the telephone number input to the mobile terminal is sent to the store. It is transmitted to the computer at the store via a modem (not shown) installed in the computer. The mobile phone may have a built-in modem.

According to the latter method, it is not necessary to wait for the return of the small-lot mixed cargo as compared with the former method, so that the input of the telephone number of the shipper can be processed more rapidly. The latter method and the former method may be used together. Further, the former method and the input method by the operator described above may be combined, the latter method and the input method by the operator may be combined, or the former and latter methods and the input by the operator. The method may be combined.

Next, after inputting the telephone number of the shipper,
As shown in FIG. 12, the process proceeds to the next fourth step 40 and, using the inputted telephone number of the shipper, the previously registered FIG.
Access the specific consignor registration file illustrated in 13,
The second search key registered in the file is searched. Then, as shown in FIG. 1, the process proceeds to the next fifth step 50, and it is determined whether or not there is a second search key that matches the input telephone number.

For example, when the input telephone number is not registered as the specific caller telephone number illustrated in FIGS. 12 and 13, the process proceeds from the fifth step 50 to the general caller processing 60 as shown in FIG. , Will be processed as a general consignee with the input telephone number. For example, taking the telephone number (representative) of the Patent Office as an example, the 10-digit number "03-3581-1"
101 ”is the input telephone number.

Then, it is searched on the computer at the store whether or not there is a specific caller telephone number in the specific caller registration file illustrated in FIGS. 12 and 13 which matches the above 10-digit input telephone number. It As a result, the telephone number (representative) of the JPO is not registered in the column of the specific shipper's telephone number in the specific shipper's registration file illustrated in FIGS. The shipper telephone number is determined to be “none”, and the process proceeds to the general shipper processing 60.

On the other hand, the input telephone number is as shown in FIG.
If the telephone number is registered as the specific callee telephone number illustrated in FIG. 3, the process proceeds from the fifth step 50 to the specific callee processing 70 as shown in FIG. 1, and is processed as the specific callee having the input telephone number. . For example, taking the telephone number (representative) of New Tokyo International Airport illustrated in (Example 1) of FIG. 12 as an example, the 10-digit “0476-32-1121” becomes the input telephone number.

Then, it is searched on the computer at the store whether or not there is a specific caller telephone number in the specific caller registration file illustrated in FIGS. 12 and 13 which matches the above 10-digit input telephone number. It As a result, since the telephone number (representative) of New Tokyo International Airport is registered at the bottom of (Example 1) in FIG. 12, it is determined in the computer at the store that the corresponding specific caller telephone number is “Yes”. The determination is made, and the process proceeds to the specific loader processing 70.

Next, the general loading main processing 60 will be described. In the general loader main processing 60, as shown in FIG. 1, first, the process proceeds to an eighth step 80 to identify the remaining 5 to 6 digits of the input telephone number, excluding the last 4 digits of the input telephone number. For example, taking the above-mentioned telephone number (representative) of the Patent Office as an example, the ten-digit “03-3581-1101” is the input telephone number.

The 6-digit "03-3581" excluding the last 4 digits of the 10-digit input telephone number becomes the input telephone number. After the input telephone number is specified, as shown in FIG. 1, the process proceeds to the next ninth step 90, and information processing is performed at the store using the specified input telephone number. That is, the ninth
Step 90 is made up of a plurality of steps as shown in FIGS. 2 to 4. According to the procedure shown in FIGS. 2 to 4, the file shown in FIGS. , General landing information and general landing area / delivery information are searched.

The flow charts shown in FIGS.
A detailed description of the files illustrated in FIGS. 5 to 11 will be given later. After the information processing at the departure store, as shown in FIG. 1, the process proceeds to the next tenth step 100, and the information processing is performed at the arrival store by using the input telephone number. That is, at the arrival store, the input telephone number is used, and the address of the shipper corresponding to the input telephone number is retrieved using the electronic computer installed at the arrival store.

On the other hand, the specific load main processing 70 will be described. In the specific arrival main processing 70, as shown in FIG. 1, first, the process proceeds to the eleventh step 110, where information processing at the store using the input telephone number is performed. Specifically, by using the input telephone number, the specific arrival owner registration file illustrated in FIGS. 12 and 13 is accessed, and the specific arrival store information and the specific delivery information are searched. The specific owner registration file will be described later.

After the information processing at the departure store is completed, as shown in FIG. 1, the process proceeds to the next twelfth step 120, and the information processing is performed at the arrival store by using the input telephone number. That is, at the arrival store, the input telephone number is used, and the address of the specific shipper corresponding to the input telephone number is retrieved using the electronic computer installed at the arrival store. Next, prior to the description of the flowcharts shown in FIGS. 2 to 4, the configuration of the file used in each step will be described.

First, the files are roughly classified as shown in FIG.
It is divided into a prefectural area code file shown in 11 and a prefectural area code file shown in FIGS. The prefecture area code files shown in FIGS. 10 and 11 are filed of the prefecture city area codes belonging to each prefecture, and the general area information and the general landing area are the area codes of the prefecture as the first search key.・ You can search for delivery information.

The reason for separating the intra- prefecture area code file and the non-prefecture area code file is as follows. That is, in general, many of the telephone area numbers are the telephone area numbers (hereinafter referred to as “prefecture area code”) distributed in each prefecture. However, among the area codes, there are a small number of area codes (hereinafter referred to as “non-prefecture area codes”) that exist across multiple prefectures.

Therefore, it is necessary to set the general landing area information and the general landing area / delivery information so that the area code outside the prefecture can be searched and distinguished from the area code outside the prefecture.
Therefore, the city area code file is divided into a prefecture area code file and a prefecture area code file. Next,
Each area code file for both cities will be described in detail individually.

First, the in- prefecture area code file becomes a large file if all the in- prefecture area code numbers are registered indiscriminately, and it takes time to search and maintenance of the file is troublesome. Has been adopted. That is, in this embodiment, as shown in FIG. 8, the whole country is divided into 9 blocks. Each prefecture is divided into 9 blocks.

Then, as shown in FIG. 8, the 9 blocks are provided with 2-digit block codes from "01" to "09". The block code matches the first two digits of the telephone number. Therefore, the block code of the input toll number is determined by extracting the first two digits of the input telephone number and collating the extracted two-digit number with the block code.

For example, taking the above-mentioned Patent Office telephone number (representative) as an example, the input telephone station number is "03-"
3581 ”, the leading 2-digit number is extracted as“ 03 ”. According to the block code index number table shown in FIG. 8, this "03" belongs to the "South Kanto" area.

Next, as shown in FIG. 9, the nine blocks are divided for each block for each prefecture belonging to the block. That is, the area code of the prefecture is classified in advance for every 9 blocks as shown in FIG.
For this reason, the prefecture code area code file for each block code shown in FIG. 9 is accessed by the previously determined block code, and the prefecture code area code that matches the input telephone code area is collated,
Search for the prefecture name in which the input phone number exists.

For the sake of clarity, the names of prefectures are written on the file, but the codes are actually processed. That is, since the total number of all prefectures is “47”, a two-digit number is used as the prefecture code. The prefecture code is set to "01" from Hokkaido,
Geographically southward, the final "Okinawa Prefecture" is "47". For example, if it is "Tokyo", the prefecture code is:
It becomes "14".

Further, for example, the input telephone number is "022-
If it is "211", the block code is the "02" area, and as shown in FIG. 8, it belongs to "Miyagi prefecture", "Yamagata prefecture", "Fukushima prefecture", and Shinetsu belonging to the north and south south belonging to "02". It can be seen that it belongs to any of eight prefectures in total, "Niigata prefecture", "Nagano prefecture", "Gunma prefecture", "Tochigi prefecture", and "Ibaraki prefecture" belonging to the northern Kanto region. Next, the prefecture area code in the block code column of "02" shown in FIG. 9 is searched. At this time, if the input telephone number is “022-211”, the second digit “2”, the third digit “2”, the fourth digit “ From "2", the fifth digit "1", and the final sixth digit "1" are collated with the prefecture area code in the block code column "02" shown in FIG. 9 one digit at a time.

As a result, when the second digit "2" is collated, "022_ ☆" can be found as the matching prefecture area code, as shown in FIG. As a result, it can be searched that the input telephone number "022211" belongs to "Miyagi prefecture", that is, the prefecture code "04". Also,
“_ ☆” in “022_ ☆” indicates that the prefecture's area code is up to the third digit.

As a result, the input telephone number "022-21"
It can be searched that "022" is the "prefecture area code" out of "1" and the remaining "211" is the "city code". Therefore, by accessing the prefectural area code files by block code in Fig. 9, the "prefecture code" to which the input telephone code belongs can be identified and the "prefecture area code" and "local code" can be separated. It will be possible.

Next, the input telephone number is searched for,
Using the "block code", "prefecture code", and separated "prefecture area code" and "city area code n overhead line area", the block code / prefecture code / prefecture area code illustrated in FIGS. By accessing another prefecture area code file , it is possible to search for "general landing area information" and "general landing area / delivery information" corresponding to the input telephone area code.

On the other hand, regarding the out-of-prefecture area code file,
Since the number of out-of-prefecture area codes is smaller than that of in-prefecture area codes, it is possible to directly access "general arrival information" by "out-of-prefecture area code" and its "city area code" without adopting a hierarchical structure. The structure is such that "general landing area / delivery information" can be searched. The out-of-prefecture area code files are roughly divided into Figs.
As shown in Fig.7, there is an independent telephone station in the out-of-prefecture area code, and as shown in Fig.7, the out-of-prefecture area code is an area code of a certain prefecture and an independent city in an adjacent prefecture. In some cases, it has a station number n overhead line area.

First, as an example of the former, for example, "042
The out-of-prefecture area code of "7" is used mainly by "Machida station" and "Tsurukawa station" in "Tokyo". At the same time, "04
As shown in FIG. 5, “27” is five locations of “Sagami-Ono station”, “Sagamihara station”, “Hashimoto station”, and “Tsukui station” in “Kanagawa prefecture” adjacent to “Tokyo”. Is being used at the same time by the telephone office. And "Kanagawa Prefecture""Sagamionostation","Sagamiharastation","Hashimotostation","Tsukuistation"
Has a unique local area code n overhead line area for each telephone station.

Therefore, it is possible to specify the local area code n overhead line area of each telephone office outside the prefecture by using the input telephone area code obtained by adding the local area code to the area code outside the prefecture. For example, when the input telephone area code is "0427-40" or "0427-82", the area code of "0427" is generally "Tokyo "
"0427-40" belongs to "Sagamihara Ono Bureau" in "Kanagawa Prefecture", and the municipalities in the delivery area are around "Sagamihara City", and "0427-82" is "Kanagawa". It belongs to "Hashimoto station" of "Prefecture", and it can be specified that the municipalities in the delivery area are around "Shiroyama town".

Therefore, if the input telephone number is registered in the out-of-prefecture area code files illustrated in FIGS. 5 and 6, the "general landing area information" and the "general landing area / delivery information" are calculated from the input telephone number. Can be searched. Conversely, for the area code outside the prefecture that has an independent telephone station, since the local area code n overhead line area can be specified, "general arrival information" and "general store information" that are different from other city area number n overhead area Landing area and delivery information "
Can be set.

Next, as an example of the latter, for example, the out-of-prefecture area code of "0176" illustrated in FIG. 7 is "Miyagi Prefecture", which is used in "Towada station" in the same prefecture. At the same time, the "Towada Bureau" has an independent city line number n overhead line district in "Akita Prefecture" of other prefectures adjacent to "Miyagi Prefecture" and is used in the "mine district" of "Akita Prefecture". For this reason,
By using the input telephone area code, which is the area code outside the prefecture plus the area code, it is possible to identify the area where the area code is n outside the prefecture.

For example, if the input telephone number is "0176-2"
In the case of "2" or "0176-75", "0176-22", as is apparent from the out-of-prefecture area code file in FIG.
“Miyagi Prefecture” belongs to “Towada Bureau”, and the municipalities in the delivery area are around “Towada City”.
Similarly, it is possible to specify that "75" belongs to the "Towada Bureau" of "Miyagi Prefecture" and the municipalities in the delivery area are around the "Mine district" of "Akita Prefecture" adjacent to "Miyagi Prefecture".

At the same time, as is clear from the out-of-prefecture area code file in FIG. 5, the "general landing area information" and "general landing area / delivery information" can be retrieved from the input telephone area number. Conversely, for out-of-prefecture area code that has an independent local area code n overhead line area in another neighboring prefecture, the local area code n overhead line area can be specified, so Can set different “general landing information” and “general landing area / delivery information”.

Details of the ninth step 90 shown in FIG. 1 will be described below with reference to the flowcharts shown in FIGS. First, the ninth step 90 shown in FIG.
As shown in, it consists of three steps. In the first step 200, preprocessing is performed as shown in FIG. This pre-processing is for improving the search efficiency and facilitating the registration and maintenance of the table or file.

The pre-processing is further composed of a plurality of steps as shown in FIG. 3, and the description of FIG. 3 will be given later. After the completion of the pre-processing, as shown in FIG. 2, the process proceeds to the second step 210, and the general arrival store information is searched using the input telephone number. Then, the search result is output from the electronic computer to the outside, and the output form may be output on the display of the electronic computer or may be printed out (card format, list format, bar code, etc.). Alternatively, it may be saved as a file or transmitted to another electronic computer.

Incidentally, the search for general arrival information is divided into two steps depending on the result of the preprocessing as shown in FIGS. 3 and 4, but the description thereof will be given later. After the search for the general landing information is completed, as shown in FIG. 2, the process proceeds to the third step 220 to search the general landing area / delivery information using the input telephone number. Then, the search result is output from the electronic computer to the outside, and the output form may be output on the display of the electronic computer or may be printed out (card format, list format, bar code, etc.). Alternatively, it may be saved as a file or transmitted to another electronic computer.

The search for general landing area / delivery information is divided into two steps according to the result of the preprocessing as shown in FIGS. 3 and 4, but the description thereof will be given later. Next, the preprocessing of the first step 200 shown in FIG. 2 will be described based on the flowchart shown in FIG. First, in step 201, the out-of-prefecture area code files shown in FIGS. 5 to 7 are searched using the input telephone code as shown in FIG.

Next, as shown in FIG. 3, the routine proceeds to the next step 202, where it is judged whether or not there is an out-of-prefecture area code that matches the input telephone code. As a result, if there is no out-of-prefecture area code that matches the input telephone area code, that is, if the input telephone number belongs to the prefecture area code instead of the out-of-area area code, as shown in FIG. In step 203, the upper two digits of the input telephone number are specified as a block code.

For example, taking the above-mentioned patent office telephone number (representative) as an example, the input telephone station number is "03-"
3581 ”, the leading 2-digit number is extracted as“ 03 ”. Therefore, the two-digit “03” becomes the block code. After the block code is specified, as shown in FIG. 3, the process proceeds to the next step 204, and the block code specified in the previous step 203 is used to access the prefecture code area codes by block code shown in FIG. 9. Then, search the city code and prefecture in the prefecture.

For example, if the input telephone number is "022-21"
If it is "1", the block code is "02".
The block code “02” in FIG. 9 is referred to, and the input telephone code is “022-211” in the prefecture area code.
It is searched whether or not the area code within the prefecture that matches is registered. As a result, since "022_ ☆" exists in the area of the prefecture area code in the area of block code "02" in FIG. 9, the upper three digits of the input telephone code "0222-121", "022" You can see that is the area code in the prefecture.

Further, referring to the column of the relevant prefecture code in the column of the block code “02” in FIG. 9, it can be seen that the prefecture code of the input telephone code “0222-121” belongs to 04 (Miyagi prefecture). Next, as shown in FIG. 3, the process proceeds to the next step 205, and the input telephone number is separated into the prefecture area code and the local area code, excluding the prefecture area code searched in the previous step 204 from the input phone number. To do.

For example, the input telephone station number "022-211"
In the case of, the first three digits “022” in the previous step 204
Since it is known that is the local area code of the prefecture, the input telephone area code "022-211" is the local area code of "211" excluding the first three digits of the prefecture local area code "022". Therefore, the input telephone number is “022-211”.
Is separated into a prefecture local area code "022" and a local area code "211".

Upon completion of the processing in step 205, the preprocessing 110 is completed. On the other hand, step 2 described above
In 02, if there is an out-of-prefecture area code that matches the input telephone area code, that is, if the input telephone number is an out-of-prefecture area code, the preprocessing 110 ends at that point. Next, referring to FIG. 4, the second step 2 shown in FIG.
A description will be given of the retrieval of the general landing store information 10 and the retrieval of the general landing area / delivery information of the third step 220 shown in FIG.

First, the second step 2 shown in FIG.
As shown in FIG. 4, 10 is branched into two according to the determination result of step 202 shown in FIG. 3 described above. First, if there is no out-of-prefecture area code that matches the input telephone area code according to the determination result of step 202 shown in FIG.
That is, when it is determined that the input telephone number does not belong to the area code outside the prefecture but belongs to the area code within the prefecture, as shown in FIG. 4, the process proceeds to the first step 211, where the block code, the prefecture, the prefecture Figure 1 using the area code and city code
The general store information is searched by accessing the local area code file by block code, prefecture, and area code shown in 0 and 11.

For example, if the input telephone number is "048-42"
In case of 1 ”, the block code is 2 above the input telephone number.
Since it is a digit, it is "04". For prefectures,
Although not illustrated in FIG. 9, as a result of searching the prefecture area code files for each block code, it is known to be “11” (Saitama prefecture). Although the prefecture area code is not illustrated in FIG. 9 as well, as a result of searching the prefecture area code file for each block code, the input telephone code "048" is displayed.
It is known that the first three digits of "-421" are "048".

For the area code, refer to the area code "04
3 under the input telephone number "048-421" excluding "8"
It can be seen that the digit is “421”. As a result, first,
The block code column of the local code file by block code / prefecture / prefecture area code shown in FIGS. 10 and 11 is searched. As a result, in the block code column of the local code file by block code / prefecture / prefecture area code shown in FIG. 10, a block code matching the block code “04” of the input telephone code “048-421” "0
4 ”can be found, the column of prefecture code is searched next.

As a result, in the column of prefecture code of the city code file for each block code / prefecture / prefecture area code shown in FIG. 10, the prefecture code matching the prefecture code “11” of the input telephone code “048-421”. "1
Since "1" can be found, the field of prefecture area code is searched next. As a result, the block code shown in FIG.
In the prefecture area code in the area code file for each prefecture / prefecture area code, the prefecture city area code "048" that matches the input area code "048-421" in the prefecture area code "048"
Then, the field of the area code n overhead line area is searched next.

As a result, the input telephone station number "048-42" is entered in the column of the local station number n overhead line area in the local station number file for each block code / prefecture / prefecture area code shown in FIG.
Local area code "42" that matches the local area code "421" of "1"
Since "1" can be found, the general arrival store information is finally searched. As a result, it is possible to retrieve that the general arrival information corresponding to the input telephone station number “048-421” is “Urawa”.

For this reason, the small-lot mixed freight having "048-421- ○○○○" described as the owner's telephone number on the invoice is shipped from the departure store to the arrival store "Urawa".
After the process of the first step 211, as shown in FIG. 4, the process proceeds to the second step 221, and the block code, the prefecture, the prefecture area code, and the city area code are used in FIG.
Access the local code files by block code, prefecture, and area code shown in 0 and 11 to open the general landing area.
Delivery information is retrieved.

For example, the input telephone station number "04" exemplified above
8-421 ”, as general landing area / delivery information,
Belongs to "direct control", and the rank of delivery surcharge is "A"
Can be searched for. First, “direct control” means that small-lot consolidated cargo is delivered directly from the arrival store “Urawa” to the recipient.

Further, the rank of the additional delivery charge indicates that "A" is free and that after "B" is "paid." Further, after "B", for example, the weight of the small-lot mixed cargo and the reference amount per unit are set. It should be noted that "consignment" means that the consignment contracted by the arrival store "Urawa" delivers the small-lot consolidated cargo to the shipper. “Relay” means transshipment of small-lot mixed cargo, and for example, small-lot mixed cargo is shipped or delivered from the arrival store “Urawa” to the route route of another company, and the line fare is settled at that time.

[3] shown in FIG. 10 in the "Consignment" column
The number "0" indicates the delivery distance, and if "30", the delivery distance of the contractor is "30 km", and the fare calculation is performed based on this delivery distance. In addition, FIG.
In "30 + D" in the "Consignment" column, "D" indicates the rank of the additional delivery charge, and the fare is calculated according to the additional delivery charge rank "D" based on the delivery distance "30 km".

Although not shown in FIGS. 9 and 10 in the “relay” column, the name of the store of another company, the delivery distance from the store to the said store, and the required store of the other company to the delivery area in charge The transportation distance to be added is described. Then, the fare is settled according to the delivery distance from the departure store to the arrival store and the required transportation distance from the arrival store of another company to the delivery area in charge. Secondly, according to the determination result of step 202 shown in FIG. 3, when there is an out-of-prefecture area code that matches the input telephone number, that is, when it is determined that the input telephone number belongs to the out-of-prefecture area code, As shown in FIG. 4, the process proceeds to the first step 212 to access the out-of-prefecture area code file shown in FIGS. 5 to 7 using the input telephone number having the out-of-prefecture area code and retrieve general arrival information. To be done.

For example, if the input telephone number is "0427-4"
In the case of "0", the input telephone area code "0427-4" is entered in the area of the area outside the area code of the area outside the area code file shown in FIGS.
The first digit of "0" is referred to, and it is searched whether or not there is a matching out-of-prefecture area code. As a result, at the time of searching for the fourth digit "7" of the input telephone area code, the area outside the area code "0427" found in the area outside the area area code file shown in Fig. 5 was found. From what can be done, the field of the area code n overhead line area is searched next.

That is, in the area of the area code n overhead line area,
The first four digits of the input telephone number, "0427", are excluded from the out-of-prefecture area number, and it is searched whether or not there is a local area number that matches the remaining two digits, "40". As a result, in the area of the local area code n overhead line area of the out-of-prefecture area code file shown in FIG. 5, the input local area code “0427-40” and the local area code “4” are entered.
Since the local area code “40” that matches “0” can be found, the general store arrival information is finally searched.

As a result, the input telephone station number "0427-4"
It can be searched that the general arrival information corresponding to "0" is "Atsugi" . For this reason, the small-lot mixed freight having "0427-40- ○○○○" described as the owner's telephone number on the invoice is shipped from the departure store to the arrival store "Atsugi" .
After the process of the first step 212, as shown in FIG. 4, the process proceeds to the second step 222 and the outside of the prefecture shown in FIGS. 5 to 7 is used by using the input telephone number having the outside of the prefecture area code. Access the area code file and search for general landing area / delivery information.

For example, the input telephone station number "04"
27-40 ", the general landing area / delivery information,
It can be searched for that it belongs to “direct control” and the rank of the additional charge is “A”. Next, the structure of the specific arrival owner registration file illustrated in FIGS. 12 and 13 will be described. First, different arrival information and delivery information are set for the specific shipper as compared with the general shipper.

Therefore, as to the specific arrival owner registration file, as shown in FIGS. 12 and 13, the specific arrival store information and the specific delivery information are deleted from the last four digits of the specific arrival owner telephone number. The description will be made by comparing the general landing owner information and the general landing area / delivery information set for the telephone number. First, the specific arrival owner registration file can be roughly classified into four types, as illustrated in FIGS. 12 and 13, based on the arrival information and the delivery information.

First, as shown in (Example 1) of FIG. 12, the case where the delivery information of the company's route is special, and secondly, as shown in (Example 2) of FIG. And when the delivery information outsourced by another company is special, thirdly, when only the arrival information is special as illustrated in (Example 3) of FIG. 13, and fourthly,
As illustrated in (Example 4) of the same figure, there are cases where the arrival information and the delivery information are special. First, as a case where the delivery information on the company route is special, there is, for example, "New Tokyo International Airport" as illustrated in (Example 1) of FIG.

That is, "New Tokyo International Airport" is shown in FIG.
As illustrated in the bottom row of (Example 1) of, the specific arrival information is “Narita”, and the specific delivery information is “directly controlled” and “special conditions”. However, the general landing information searched for by the telephone code of "0476-32" excluding the last 4 digits of the "New Tokyo International Airport" telephone number "0476-32-1121" is "Narita" The area / delivery information is "directly controlled" and the delivery surcharge rank is "A".

Therefore, when "New Tokyo International Airport" is not registered as the specified consignee, the additional delivery charge is free because the additional delivery charge rank is "A".
However, there is a special circumstance that the delivery charge for “New Tokyo International Airport” is set by contract. Therefore, "New Tokyo International Airport" is registered as a specific consignee in consideration of the peculiarities of the delivery information.

The special contract conditions mean the contract contents of the delivery surcharge according to the shipper, and for example, in many cases, the fixed amount premium system according to the weight stage is adopted. The fixed amount premium system for each weight stage is a system in which, for example, a minimum additional amount and a progressive additional amount progressively increased by weight are added as a delivery additional charge. Second,
If the shipping information of other companies' routes or outsourcing of other companies is special,
As illustrated in the upper part of (Example 2) in the figure, there is, for example, “Japan Atomic Power Station”.

That is, "Japan Atomic Power Station" is shown in FIG.
As illustrated in the upper part of (Example 2) of 2, the specific arrival information is the relay store “Nagoya”, the specific delivery information is “consignment”, and the consignee is “Hida Transport_Tsuruga” and delivery. The condition is “115 + D”. However, the general arrival information retrieved by the telephone number "0778-23" excluding the last 4 digits of the telephone number "0778-23-0255" of "Japan Atomic Power Station" is "Hida Transport_Tsuruga". The general landing area / delivery information is “consignment” and the delivery distance is “115” km.

Therefore, if "Japan Atomic Power Station" is not registered as the specified consignor, the delivery distance is "11".
Fares are calculated based on 5 ”km. However, because of the special circumstances of "Japan Atomic Power Station" being relayed by another company's route, the fare is calculated according to the delivery additional charge rank "D" based on the delivery distance "115" km.

Therefore, "Japan Atomic Power Station" is registered as a specific consignor in consideration of the peculiarities of the delivery information. Thirdly, as a case where only the arrival information is special, there is, for example, "Osaka Textile City Center" as illustrated in the uppermost row of (Example 3) in FIG. That is, in the “Osaka Textile City Center”, the specific arrival information is “Settsu”, the specific delivery information is “direct control”, and the delivery is performed, as illustrated in the uppermost row of (Example 3) of FIG. 13. The rank of the additional charge is "A".

However, the general arrival information retrieved by the telephone number of "06-332" excluding the last four digits of the telephone number "06-332-3381" of "Osaka Textile City Center" is "Hanshin", The general landing area / delivery information is “directly controlled” and the delivery surcharge rank is “A”. Therefore,
“Osaka Textile City Center” is registered as a specified consignor in consideration of the peculiarities of arrival at the store.

Fourthly, as a case where the arrival information and the delivery information are special, there is, for example, the case of "S industry" as illustrated in (Example 4) of FIG. That is, "S industry"
As shown in (Example 4) of FIG. 13, the specific arrival information is “Hitachi”, the specific delivery information is “direct control”,
Moreover, the rank of the additional charge for delivery is "C".

However, the telephone number of "S Kogyo" is "0246.
"0246-2" excluding the last four digits of "-25-1741"
General arrival information retrieved by phone number "5" is "Koriyama"
The general landing area / delivery information is "consignment" and the delivery distance is "75" km. Therefore, "S Industry" is registered as a specific consignor in consideration of the peculiarities of the arrival information and the delivery information.

Next, with respect to the information processing at the opening of the eleventh step 110 shown in FIG. 1 described above, a search method using the specific arrival owner registration file illustrated in FIGS. 12 and 13 will be described. For example, the telephone number "0476-32-11" of "New Tokyo International Airport", which is the specific shipper
21 ”as an example, the input telephone number is used as shown in FIG.
Access the specific arrival owner registration file illustrated in Nos. 2 and 13.

As a result, the input telephone number "0476-3" is entered in the column of the specific landing party telephone number at the bottom of (Example 1) in FIG.
"0476-32-1121" can be found as a specific arrival owner telephone number that matches "2-1121". For this reason, the specific shipper phone number "0476-32-1121"
Enter the phone number "0476-3
The name of the specific shipper of "2-1121" is "New Tokyo International Airport", and the specific arrival information is "Narita",
It can be searched that the specific delivery information is “directly controlled” and “special conditions”.

Therefore, as the telephone number of the shipper on the invoice,
The small-lot consolidated cargo described as "0476-32-1121" is shipped from the departure store to the arrival store "Narita", and
It will be delivered under the direct control of the arrival store "Narita", and the surcharge will be calculated according to the "special conditions". The search result is output from the electronic computer to the outside, and the output form may be output on the display of the electronic computer, or may be printed out (card format, list format, bar code, etc.). Alternatively, it may be saved as a file or transmitted to another electronic computer.

【The invention's effect】

Since the present invention is constructed as described above, it has the following effects. (Claim 1) According to the invention of claim 1, the JIS coding can be omitted . In addition to this, according to the invention described in claim 1, not only can it be searched regardless of whether it is registered or unregistered, but also the file can be downsized and its maintenance management is simple.
It can be anything. (Claim 2) According to the invention of Claim 2, the above-mentioned Claim 1
In addition to the effects of the described invention,
It is possible to standardize the information on the arrival of bulls and landing areas.
You can (Claim 3) According to the invention of claim 3, the above-mentioned claim 1 or contract
In addition to the effect of the invention described in claim 2, a general arrival owner transportation information pipe
The inter-prefecture area code file and the intra-prefecture area code file
File by dividing it into two files
Can be reduced and the search time can be shortened.
The reason can be simple. (Claim 4) According to the invention of claim 4, according to claim 3 described above.
In addition to the effects of the invention, the prefecture code
File is reduced by making the number file a hierarchical structure
And the search time can be shortened, and its maintenance management is also easy.
Can be convenient.

[Brief description of drawings]

[0115]

FIG. 1 is a flow chart showing an outline of a management method for small-lot consolidated freight transportation using a shipper's telephone number.

FIG. 2 is a flow chart for explaining information processing at a store using the input telephone number of FIG.

FIG. 3 is a flowchart for explaining the preprocessing of FIG.

FIG. 4 is a flow chart for explaining general arrival store information search and general arrival area / delivery information in FIG.

FIG. 5 is a chart showing an example of an out-of-prefecture area code file.

6 is a table showing another example of the out-of-prefecture area code file in FIG.

FIG. 7 is a table showing another example of the out-of-prefecture area code file in FIG.

FIG. 8 is a chart showing an example of a block code index number table.

FIG. 9 is a table showing an example of a prefecture area code file for each block code.

FIG. 10 is a chart showing an example of a prefecture area code file by block code, prefecture code, and prefecture area code.

11 is a block code / prefecture code of FIG.
It is a chart which shows another example of the prefecture area code file according to the prefecture area code .

FIG. 12 is a chart showing an example of a specific owner registration file.

FIG. 13 is a chart showing another example of the specific arrival owner registration file of FIG.

FIG. 14 is an explanatory diagram showing an outline of small-lot mixed freight transportation.

[Explanation of symbols]

[0116] 10 to 222 steps AE Shipper I-ha arrival store a to i shipper

Claims (4)

(57) [Claims] 1. The electronic computer includes a general consignor transport information management table and a specific consignor transport information table.
An information management table, and the general arrival owner transportation information management table includes general arrival information that enables the arrival arrival to be searched, and information about the belongings of the arrival arrival.
Calculate the delivery charge set commonly for the landing area of general consignees
The landing area delivery information of general consignees that can be issued is registered for each telephone code.
The specific arrival owner transportation information management table is stored, and the specific arrival information that enables the arrival of a particular arrival owner to be searched, and
Specified owner landing delivery that can calculate the delivery charge of the specified owner
Sending information is registered for each telephone number of the specified consignee
A computer for managing small-lot consolidated freight transportation, wherein the computer is a telephone number that matches the input telephone number of the input consignee.
Is registered in the specific shipper transport information management table
It is determined whether or not the input telephone number is the specified shipper transport information management table.
Corresponding to the input phone number if registered in
The specific arrival store information is stored in the specific arrival owner transportation information management table.
Based on the specific arrival store information searched
Specify the arrival store at the time of shipment, and the landing delivery information of the specified owner corresponding to the input telephone number
From the specific shipper transport information management table, and
Shipping fee when shipping based on the landing delivery information found
The money is calculated, and the input telephone number is the specified shipper transport information management table.
If the phone number is not registered in the
Then, the last 4 digits are deleted and the remaining telephone number is extracted, and the general arrival information corresponding to the extracted input telephone number is extracted.
Search and search from the general shipper transport information management table
Based on the relevant general arrival information,
With a constant, general arrival main landing area delivery information corresponding to the input phone codes
Search the information from the general shipper transport information management table,
Based on the landing area delivery information of the general landlord searched
That the shipping fee is calculated at the time of shipment.
Pipeline for transporting small-lot consolidated cargo by the telephone number of the owner.
Scientific computer. 2. The general consignor transport information management table comprises the same local area code n belonging to one area code.
In the overhead line area, this is one landing area and
In the geographic area, it is applied to multiple subscribers who belong to the area code n.
Registered common landing store and common landing area delivery information
The callee telephone according to claim 1, characterized in that
An electronic computer for managing small-lot consolidated freight transportation by number. 3. The general landing party transportation information management table includes an out-of- prefecture area code file and an in-prefecture area code file.
Only the same area code is included in the above area code.
If it is used in any prefecture,
General store information and landing area delivery information of general consignees for each number
It is registered and the area code file for the prefecture is
The area code that is uniquely used as the prefecture area code
General store information and general owner for each area code in the prefecture
Small lot consolidated freight transportation with registered landing area delivery information
An electronic computer for management , wherein the telephone number corresponding to the input telephone number is the outside the prefecture
It is judged whether it is registered in the area code file, and the input telephone area code is registered in the area code outside the prefecture.
If there is a call, then the normal
Search for store information from the area code file outside the prefecture and search
Identify the arrival store at the time of shipment based on the general arrival store information
In addition, the landing area delivery information of the general landlord corresponding to the input telephone number
We searched the news from the area code file outside the prefecture and searched
At the time of shipping based on the landing area delivery information of the general consignor
The delivery charge is calculated, and the input telephone number is registered in the outside the prefecture area code file.
If not, the general number corresponding to the input telephone number
Search for arrival information from the area code file within the prefecture and search
Based on the relevant general arrival information,
With a constant, general arrival main landing area delivery information corresponding to the input phone codes
We searched the news from the area code file in the prefecture and searched
At the time of shipping based on the landing area delivery information of the general consignor
A contract characterized by calculating delivery charges
Small-volume mixing by the caller's telephone number according to claim 1 or claim 2
An electronic computer for managing freight transportation. 4. The prefecture area code file contains the block code of the first two digits of the prefecture area code.
It is formed into a hierarchical structure that is classified by lock code.
A computer for managing small-lot consolidated freight transportation , wherein the input telephone code is registered in the out-of-prefecture area code file.
If not, extract the first 2 digits of the input telephone number
Then, using the extracted first two digits, the prefecture area code phi
First search for the same block as the first 2 digits extracted above.
Check the number within the prefecture that has a check code, and based on the input telephone number
And perform a secondary search to find the general call that corresponds to the input telephone number.
To extract store information and landing area delivery information for general consignees
4. The callee telephone according to claim 3, characterized in that
An electronic computer for managing small-lot consolidated freight transportation by number.