JP2000215216A - Data tabulation machine and data tabulation system - Google Patents

Abstract

(57) [Summary] The present invention does not depend on a file format of binary data transmitted from station equipment 12 to 18 and a format of a database 23a.
The registration process to the database 23a can be performed by a common program, and data can be collected from various station equipment only by changing parameters. SOLUTION: The present invention relates to data masters 23c to 23c.
e) converts (decomposes) the transmission data from the station equipment based on the parameters stored in the database 23a.
The registration processing of the data to is performed.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a data tallying machine and a data tallying system for receiving data from various station equipments installed in, for example, a railway station and summing up the data.

[0002]

2. Description of the Related Art Conventionally, a data tallying system installed at a railway station or the like has a data tallying machine connected to various station services such as a ticket vending machine, an automatic ticket gate, an automatic commuter pass issuing machine, and a payment machine. I have. The data tallying machine is configured to receive data transmitted from each station service device and register the data in a database, thereby tabulating data indicating the processing contents of each station service device.

In such a data tallying system, a file of binary data which can be easily handled by the station service equipment is transmitted from each station service equipment to the data tallying machine. Then, the data tallying machine converts the binary data of the file received from each station service device into a data format for registration in a database which can be easily handled by the data tallying machine, and registers the data in the database. At this time, in order to convert the binary data into a data format for registration in the database, data conversion processing is performed using a program created individually for each station equipment.

[0004] However, in recent years, as the types of station equipment installed at each station increase, in the above-described data aggregation system, the more types of station equipment connected to the data aggregation machine, the greater the conversion. The size of the program for the conversion has increased, and the operation test of the conversion program has also become difficult.

[0005]

As described above, the present invention eliminates the disadvantage that a large program is required to convert data from various station equipment into data for registration in a database. It is an object of the present invention to provide a highly versatile data tallying machine and data tallying system that does not require a large-scale program for converting data from railway station equipment into data for registration in a database.

[0006]

According to the present invention, there is provided a data compiling machine comprising: first storage means for storing the processing contents of various terminal devices for various items; a file of data indicating the processing contents of the terminal devices; Second storage means for storing a parameter indicating the data configuration in the terminal device corresponding to each of the terminal devices;
Receiving means for receiving a file of data indicating the processing content transmitted from the terminal device, determining means for determining the terminal device from which the file is transmitted when the receiving means receives the file, and determining by the determining means Processing means for reading out the parameters corresponding to the transmitted terminal device from the second storage means, decomposing the received file for each data, and storing each of the items in the first storage means. .

The data tallying machine according to the present invention has a first storage means for storing the processing contents of various terminal devices for various items, and a parameter indicating a data configuration in a file of data indicating the processing contents of the terminal devices. , Corresponding to each terminal device, a third storage device for storing parameters indicating storage locations of various data stored in the first storage device, and transmitted from the terminal device. Receiving means for receiving a file of data indicating the processing content, determining means for determining a terminal device of a file transmission source when a file is received by the receiving means, corresponding to a transmitting terminal device determined by the determining means A first processing means for reading out a parameter to be read from the second storage means and decomposing the received file for each data; and Second storing respective data decomposed in the storage locations of the first storage means indicated by the parameter stored by the third storage means
Processing means.

The data tallying machine of the present invention comprises a first storage means for storing the processing contents of various terminal devices for each of various items, and a parameter indicating a data configuration in a file of data indicating the processing contents of the terminal devices. Second storage means for storing the data corresponding to each terminal device, third storage means for storing a parameter indicating a storage location of data for each item stored in the first storage means, and transmission from the terminal device. Receiving means for receiving a file of data indicating the content of the processing performed, determining means for determining the terminal device of the transmission source of the file when the file is received by the receiving means, and transmitting terminal device determined by the determining means A first processing means for reading out a parameter corresponding to the above from the second storage means and decomposing the received file for each data; A fourth storage unit for temporarily storing the stored data, and storing the data stored in the fourth storage unit for each item of the first storage unit indicated by a parameter stored in the third storage unit. It comprises a second processing means for storing in a storage location.

The data totaling system according to the present invention comprises a data totaling machine connected to various terminal devices and totalizing the processing contents of the various terminal devices, wherein the various terminal devices are provided for each terminal device. An accumulating means for accumulating data indicating the contents of the processing performed, and a transmitting means for transmitting a file of data indicating the contents of the processing for each terminal device accumulated by the accumulating means. First storage means for storing the processing contents of the device for each of various items; second storage for storing parameters indicating a data configuration in a file of data indicating the processing contents of the terminal device in correspondence with each terminal device means,
Receiving means for receiving the file transmitted from the terminal device, determining means for determining the terminal device of the source of the file when the file is received by the receiving means, and terminal device of the transmitting source determined by the determining means Is read out from the second storage means, the received file is decomposed for each data, and the first file is read for each item.
And processing means for storing in the storage means.

The data totaling system according to the present invention comprises a data totaling machine connected to various terminal devices and totalizing the processing contents of the various terminal devices, wherein the various terminal devices are provided for each terminal device. An accumulating means for accumulating data indicating the contents of the processing performed, and a transmitting means for transmitting a file of data indicating the contents of the processing for each terminal device accumulated by the accumulating means. First storage means for storing the processing contents of the device for each of various items; second storage for storing parameters indicating a data configuration in a file of data indicating the processing contents of the terminal device in correspondence with each terminal device Means, a third storage means for storing a parameter indicating a storage location of data for each item stored in the first storage means, Receiving means for receiving a signal file, upon receiving the file by the receiving means,
Determining means for determining the terminal device of the transmission source of the file, a first parameter for reading the parameter corresponding to the terminal device of the transmission source determined by the determining means from the second storage means and decomposing the received file for each data; Processing means, and second data for storing each data decomposed by the first processing means in a storage location for each item of the first storage means indicated by a parameter stored in the third storage means. The data summarizing system according to the present invention is characterized in that the data summarizing system is connected to various terminal devices, and comprises a data summarizing machine for summing up the processing contents of the various terminal devices. An accumulating means for accumulating data indicating the contents of processing performed for each terminal device by the device, and a process for each terminal device integrated by the accumulating means Consists of a transmission means for transmitting data indicating the contents files, the first of the data aggregation machine stores the processing content of the various terminals for each different item
Storage means, a second storage means for storing a parameter indicating a data configuration in a file of data indicating processing contents in the terminal device corresponding to each terminal device, and each item to be stored in the first storage device A third storage unit for storing a parameter indicating a storage location of the data, a receiving unit for receiving the file transmitted from the terminal device, and a file transmitting source terminal device when the file is received by the receiving unit. Determining means for determining, the parameter corresponding to the terminal device of the transmission source determined by the determining means,
First processing means for decomposing a file read out from the storage means and received for each data, fourth storage means for temporarily storing data decomposed by the first processing means, and storage in the fourth storage means And second processing means for storing the obtained data in a storage location for each item of the first storage means indicated by a parameter stored in the third storage means.

[0011] A data totaling system according to the present invention comprises a data totaling machine connected to a plurality of station service devices and totalizing the processing contents of the station service devices, wherein the plurality of station service devices are provided for each station service device. And a transmitting means for transmitting, in a binary data file, data indicating the processing contents of each station equipment integrated by the collecting means, and A first storage means for storing the processing contents of the plurality of station services for each item, and a parameter indicating a data configuration in a binary data file indicating the processing contents of the station services corresponding to each station service. Storage means for receiving and storing a file transmitted from the station equipment, and a file of binary data by the receiving means. Determining means for determining the station equipment of the transmission source when receiving the binary data of the file read out from the second storage means and the parameter corresponding to the station equipment of the transmission source determined by the determination means Is decomposed for each data and stored in the first storage means for each item.

[0012] The data totaling system according to the present invention comprises a data totaling machine connected to a plurality of station services and summing up the processing contents of the station services. And a transmitting means for transmitting, in a binary data file, various data indicating the processing contents for each station service device integrated by the collecting means. A first storage means for storing the processing contents of the plurality of station services for each item, a parameter indicating a data configuration in a binary data file indicating the processing contents of the station services, for each station service device; And a third storage unit that stores a parameter indicating a storage location of data for each item stored in the first storage unit. Means, receiving means for receiving a file transmitted from the station equipment, determining means for determining the source station equipment when the file is received by the receiving means, source station determined by the determining means First processing means for reading out the binary data of the received file by reading out the parameters corresponding to the business equipment from the second storage means for each data, and converting the data decomposed by the first processing means to the third processing means. And a second processing means for storing in the storage location for each item of the first storage means indicated by the parameter stored in the storage means.

According to another aspect of the present invention, there is provided a data totaling system connected to a plurality of station services and comprising a data tabulator for totalizing the processing contents of the station services. And a transmitting means for transmitting, in a binary data file, data indicating the processing contents of each station equipment integrated by the collecting means, and A first storage unit for storing the processing contents of the plurality of station services for each item; and a parameter indicating a data configuration in a binary data file indicating the processing contents of the station services corresponding to each station service. And a third storage for storing a parameter indicating a storage location of data for each item stored in the first storage. Receiving means for receiving the file transmitted from the station equipment, determining means for determining the source station equipment when the file is received by the receiving means, source station determined by the determining means Processing means for reading out parameters corresponding to business equipment from the second storage means and decomposing the received file for each data, and fourth storage means for temporarily storing the data decomposed by the first processing means. And second processing means for storing the data stored by the fourth storage means in a storage location for each item of the first storage means indicated by a parameter stored by the third storage means. It is characterized by consisting of.

[0014]

Embodiments of the present invention will be described below with reference to the drawings.

FIG. 1 is a block diagram showing a schematic configuration of a station service equipment system (data tabulation system) having a station service data processing device as a data tabulator of the present invention.

That is, the station equipment system is, for example,
It is installed at each station such as a railway, and a ticket vending machine 12, a checkout machine 13, an automatic commuter pass vending machine 1
4. Card processing machine 15, automatic ticket gate 16, printing and issuing machine 1
7, station service equipment as various terminal devices such as a commuter pass issuing machine 18 and a remote monitoring device 19 are connected. In addition, the station equipment system configured at each station is further connected between the stations via a hub (HUB) 20 that performs network communication, and is also connected to a management center (not shown).

Each of the station equipments 12 to 18 includes a CPU, a memory (integrating means), etc., and after processing is performed under the control of the CPU in each equipment, data such as sales data as processing contents is integrated in the memory. I do. Data indicating the processing content of each device integrated in the memory is transmitted to the station service data processing device 11 as a binary data file by a transmission unit (not shown) controlled by the CPU.

The ticket vending machine 12 issues tickets (ordinary tickets, coupons, etc.) and accumulates / transmits sales data according to the amount of money inserted by the user.

The settlement machine 13 performs settlement processing for adjusting shortage charges such as a ticket and a commuter pass carried by a user, and accumulates / transmits adjustment data.

The automatic recurring ticket vending machine 14 issues a commuter pass by a user's operation, manually discards an incorrectly purchased coupon, and accumulates / transmits sales data.

The card processing machine 15 is provided at a ticket gate of a manned person or the like, and a station attendant pays for a ticket, a commuter pass, an SF card, or the like possessed by a user who uses the manned population. Processing and accumulation / transmission of processing data are performed.

The automatic ticket gate 16 is provided at a ticket gate of a station and has a ticket, a commuter pass, or a SF held by a user.
The data recorded on the card is read, and the entry / exit of the user is determined based on the read data, so that the entry / exit operation to the station premises is performed. It also collects / transmits data on passing personnel, OD data, and SF card data.

The printing and issuing machine 17 issues a special ticket, a coupon, a group ticket,
And accumulation / transmission of sales data.

The commuter pass issuing machine 18 issues a commuter pass operated by a station attendant, issues a boarding certificate, reissues a commuter pass /
Performs refund / waste ticket processing and sales data accumulation / transmission.

The remote monitoring device 19 displays the operating status of each device, changes the settings of each device, and the like.

Next, the station service data processing device 11 will be described.

FIG. 2 is a diagram schematically showing the internal configuration of the station service data processing device 11. That is, the station service data processing device 11 includes a CPU (determination means, processing means) 21, a memory 22, a hard disk 23, a floppy disk 24,
SCSI card 25, LAN card 26, CRT 27,
It comprises a keyboard 28, a mouse 29, a printer 30, an uninterruptible power supply 31, and an MO 32, and is connected to various station services terminals 12 to 18 via a communication device (receiving means) 40.

The hard disk 23 includes a database (first storage means) 23a, a database registration temporary (fourth storage means) 23b, a station service equipment data master (second storage means) 23c, and a database information master (third storage means). Storage means) 23d and a code conversion master 23e.

The database 23a is for totalizing and registering processing contents in the station service equipment system such as sales data based on data obtained from each station service equipment.

The above database registration temporary 23b
Is to temporarily store data converted into a format to be registered in the database 23a as a temporary file before registering the data in the database 23a. Note that the database registration temporary 23b may be provided in the memory 22.

The station equipment data master 23c stores various parameters indicating what part of binary data transmitted from each station equipment corresponds to the station equipment and what data.

The database information master 23d stores a parameter indicating a registration location (storage location) on the database 23a for each item to be totaled.

The code conversion master 23e stores parameters for converting data from each station equipment into code information.

Further, the station service equipment data master 23c,
Database information master 23d, code conversion master 23
The parameters stored in e are added, changed, deleted, and the like in accordance with the addition of station equipment, the addition of functions in station equipment, changes in the totals and items of the database 23a, and the like.

Next, a file (reception file) as binary data transmitted from each station equipment will be described.

The received file of the binary data transmitted from each station service device includes a header section and a data section. For example, the header part is a line section code, a station order code,
It consists of a corner code, a model code, and a unit number. This header section is configured with information for specifying the station equipment of the transmission source of the file.

The data section further includes a common header section and a data section. The common data section includes a date and a time. The data section includes the number of data types, the data type, the number of data numbers, the data number, and Consists of data values.
This data section is composed of data indicating the processing contents of the station equipment specified by the header section.

For example, in the ticket vending machine 12, sales data such as the number of issued tickets for each ticket type is accumulated in a memory in the ticket vending machine 12. When transmitting the accumulated sales data to the data compiling machine, the CPU of the ticket vending machine 12 generates a file composed of binary data based on a predetermined format. This file is composed of a header part consisting of data specifying station equipment and a data part serving as sales data consisting of various data such as the number of tickets issued for each type of ticket, such as 100 yen ticket, 120 yen ticket, etc. Consists of data.

When the reception file configured as described above is received, the station service data processing device 11 temporarily creates a temporary file in the database registration temporary 23b before registering the data in the database 23a. This database registration temporary 23b decomposes (converts) the received file received from each station service device for each data,
The data converted into the data format to be registered in the database 23a is stored. For example, as shown in FIG. 3, a temporary file including a header record part and a data record part is created in the database registration temporary 23b.

The header record part is created by a header part of a file received from each station equipment and a common header part of a data part.

The data value of the received file is based on the data offset, data length, data type, data endian, data name, and the like as parameters indicated in the station service equipment data master 23c corresponding to the equipment to be processed. Separated for each data. Then, each separated data is recorded in the data record section.

In the data record portion, for each data,
Information indicating a record type, a data type, a data number, and a data offset, and information on an index and a field name indicating a registration location in the database 23a are recorded.

Next, after the database registration temporary file is created in the database registration temporary 23b as described above, as shown in FIG. 4, the registration location in the database 23a is specified based on the database information master 23d, The contents of the data are converted into code data by the conversion master 23e and registered in the database 23a.

The database information master 23d stores a database name, a table name, the number of keys, key information, a key name, a key type, and a key code as parameters indicating a data registration location corresponding to the index. .

The code conversion master 23e stores data type, data number, data offset, ticket type code, account code, and field data code as parameters for code conversion of data.

The database 23a has a plurality of keys and a plurality of items corresponding to the database name and the table name.

As described above, for the temporary file created in the database registration temporary 23b, the database information master 23d searches for the database name and table name having the same index, and determines the registration location in the database 23a. , The number of keys of the registration location, key information, key name, key type, and key code are determined.

The code conversion master 23e determines the ticket type code, account code, and field data code for the data value of the database registered temporary 23b for the record type, data type, data NO, and data offset of the temporary file. .

Next, the flow of the registration process (process) to the database 23a will be described with reference to FIGS.

That is, as shown in FIG. 5, the process of registering data from each station service device in the database (DB) 23a (station service device data DB registration process) is resident in the data tallying machine 11 as shown in FIG. It operates many-to-one with respect to processing-system processes (communicator processes, communication processes) via a database registration pipe server process. That is, the database registration process is started by the system control by the CPU 21, and the processing for each communication processing system process is executed by the database registration process.

FIG. 6 is a diagram for explaining the database registration process. As shown in FIG. 6, the database registration process of station equipment data is executed by the CPU 21 based on the data registration module and the data conversion function. The data registration module receives the deadline request pipe notification from the communication process via the database registration pipe server process (A), and
The registration processing for a is started.

Then, the data registration module obtains the received file name and the terminal number of the station equipment by the notice of the deadline request pipe from the communication process. This allows
The data registration module searches the station service device data master 23c for a parameter corresponding to the station service device to be processed from the terminal number of the station service device (B). This allows the data registration module to store the station service equipment data master 23c.
The data conversion function as a parameter of the station equipment to be processed is used on the basis of (C). That is, the data conversion function receives the handle of the station service equipment data master 23c as a parameter corresponding to the source of the received file.

After receiving the received file (D), this data conversion function performs data conversion by separating the data of the received file for each data to create a temporary file in the database registration temporary 23b (E).

Thereafter, the data registration module extracts information for one item from the created temporary file of the database registration temporary 23b (F). And
The data registration module is a database information master 23
The registration place in the database 23a is determined based on d (G). The data registration module performs code conversion of the data by the code conversion master 23e (H), and registers the data in the database 23a (I). These registration processes are executed by using the RDO / RDC and repeating the processes A to I until all the data is extracted from the file created in the database registration temporary.

If an error occurs during processing,
The data registration module interrupts the registration process and issues a rollback for the registration process to the database 23a. At this time, the received file being processed is regarded as a tally error.

For example, when sales data, such as the number of tickets issued, such as 100-yen tickets, 120-yen tickets,..., Etc., are transmitted from a ticket vending machine in the form of a binary data file, the data collector uses the CPU 21 together with the file. It is determined from the receiving terminal number that the station equipment is a ticket vending machine.

When the CPU 21 determines that the received file is a file from the ticket vending machine, the CPU 21 stores parameters corresponding to the ticket vending machine in the station service equipment data master 23.
Search from c. As a result, when the parameters corresponding to the station equipment are searched, the CPU 21 decomposes the binary data file into sales data such as the number of issued tickets for each ticket type in accordance with those parameters, and stores the temporary file in the database registration temporary 23b. create.

Next, the CPU 21 registers the temporary file created in the database registration temporary 23b in the database 23a. At this time, the CPU 21
According to the parameters stored in the code conversion master 23e, the data such as the ticket type of the temporary file is converted into a ticket type code. Then, the CPU 21 determines a registration location of each data value of the temporary file or the code-converted data in the database 23a in accordance with the parameters stored in the database information master 23d. Register sales data for each processing item.

As described above, based on the parameters stored in the data master, the data transmitted from the station equipment is converted (disassembled) and the data is registered in the database.

Thus, the registration process in the database can be performed by the common program without depending on the format of the file of the binary data transmitted from the station equipment and the format of the database, and the parameters can be changed. Can collect data from various station equipment.

Further, in the event that a counting error occurs during data collection, the data master parameters are rewritten to deal with an emergency trouble.

As a result, it is possible to easily deal with a trouble in an emergency, thereby improving maintainability.

Further, when the number of data items to be collected which is good for each station service equipment to add a function increases, the registration processing to the database is changed and modified by changing the parameters without modifying the common program. Is performed.

As a result, the registration processing to the database can be changed or modified only by changing the parameters, and the versatility is greatly improved.

[0065]

As described in detail above, according to the present invention, a large-scale program for converting data from various devices into data for registration in a database is not required, and versatility is high. Data aggregation machine and data aggregation system can be provided.

[Brief description of the drawings]

FIG. 1 is a diagram showing a schematic configuration of a station service equipment system according to an embodiment of the present invention.

FIG. 2 is a block diagram showing a schematic configuration of a station service data processing device as a data tallying machine.

FIG. 3 is a diagram illustrating an example of a received file and data registered in a database.

FIG. 4 is a diagram for explaining an example of data registered in a database.

FIG. 5 is a diagram showing an operational relationship between a process of each communication system and a registration process in a database.

FIG. 6 is a diagram for explaining a process of registering data from station equipment in a database.

[Explanation of symbols]

DESCRIPTION OF SYMBOLS 11 ... Station service data processing apparatus 12 ... Ticket vending machine 13 ... Payment machine 14 ... Automatic commuter pass vending machine 15 ... Card processing machine 16 ... Automatic ticket gate 18 ... Commuter pass issuing machine 21 ... CPU 22 ... Memory 23 ... Hard disk 23a ... Database (DB) 23b ... database registration temporary (DB registration temporary) 23c ... station equipment data master 23d ... database information master (DB information master) 23e ... code conversion master

Claims (9)

[Claims] A first storage unit for storing the processing contents of various terminal devices for each of various items; and a parameter indicating a data configuration in a file of data indicating the processing contents of the terminal device. Second storage means for storing a file of data indicating the processing content transmitted from the terminal device; and receiving the file by the receiving means, Determining means for determining the terminal device; reading out a parameter corresponding to the transmitting terminal device determined by the determining means from the second storage means and decomposing the received file for each data; And a processing means for storing for each item. 2. A first storage means for storing processing contents of various terminal devices for each of various items, and a parameter indicating a data configuration in a file of data indicating processing contents of the terminal devices in each terminal device. A second storage unit that stores correspondingly; a third storage unit that stores parameters indicating storage locations of various data stored in the first storage unit; and a processing content transmitted from the terminal device. Receiving means for receiving a file of the indicated data; determining means for determining the terminal device of the source of the file when the file is received by the receiving means; corresponding to the terminal device of the transmitting source determined by the determining means First processing means for reading out parameters received from the second storage means and decomposing the received file for each data; and each of the first processing means decomposed by the first processing means. And a second processing means for storing the data in a storage location of the first storage means indicated by a parameter stored by the third storage means. 3. A first storage means for storing the processing contents of various terminal devices for each of various items, and a parameter indicating a data configuration in a file of data indicating the processing contents of the terminal device in each terminal device. A second storage unit that stores correspondingly; a third storage unit that stores a parameter indicating a storage location of data for each item stored in the first storage unit; and a process transmitted from the terminal device. Receiving means for receiving a file of data indicating the contents; determining means for determining a terminal device of a file transmission source when the file is received by the receiving means; and a transmitting terminal device determined by the determining means. First processing means for reading out corresponding files by reading corresponding parameters from the second storage means for each data; and data decomposed by the first processing means. A fourth storage unit for temporarily storing data, and a storage for each item of the first storage unit, the data stored in the fourth storage unit being indicated by a parameter stored in the third storage unit. 2. A data compiling machine comprising: a second processing means for storing in a place; 4. A data tabulation system comprising a data tabulation machine connected to various terminal devices and tabulating the processing contents of the various terminal devices, wherein the various terminal devices perform the processing performed for each terminal device. And data transmitting means for transmitting a file of data indicating the processing content of each terminal device integrated by the collecting means, wherein the data tallying machine performs processing of the various terminal devices. A first storage unit that stores a parameter indicating a data configuration in a file of data indicating a processing content in the terminal device in correspondence with each terminal device; Receiving means for receiving a file transmitted from the terminal device, and determining a terminal device from which the file is transmitted when the file is received by the receiving means A parameter corresponding to the transmission source terminal device determined by the determining means from the second storage means, and the received file is decomposed for each data, and the first storage means for each item. And a processing means for storing the data in the data collection system. 5. A data totaling system connected to various terminal devices and comprising a data totaling machine for totalizing the processing contents of the various terminal devices, wherein the various terminal devices perform the processing performed for each terminal device. And a transmitting means for transmitting a file of data indicating the processing content of each terminal device integrated by the collecting means, wherein the data tallying machine performs processing by the various terminal devices. A first storage unit that stores a parameter indicating a data configuration in a file of data indicating a processing content in the terminal device in correspondence with each terminal device; A third storage unit that stores a parameter indicating a storage location of data for each item stored in the first storage unit, and a parameter that is transmitted from the terminal device. Receiving means for receiving a file, determining means for determining a terminal device of a file transmission source when a file is received by the receiving means, and a parameter corresponding to the terminal device of the transmission source determined by the determining means, First processing means for decomposing a file read and received from the second storage means for each data, and respective data decomposed by the first processing means according to parameters stored in the third storage means And a second processing means for storing in a storage location for each item of the first storage means as shown. 6. A data tabulation system comprising a data tabulator connected to various terminal devices and tabulating the processing contents of the various terminal devices, wherein the various terminal devices perform the processing performed for each terminal device. And data transmitting means for transmitting a file of data indicating the processing content of each terminal device integrated by the collecting means, wherein the data tallying machine performs processing of the various terminal devices. A first storage unit that stores a parameter indicating a data configuration in a file of data indicating a processing content in the terminal device in correspondence with each terminal device; A third storage unit for storing a parameter indicating a storage location of data for each item stored in the first storage unit, and a file transmitted from the terminal device. Receiving means for receiving the file, determining means for determining the terminal device of the transmission source of the file when the file is received by the receiving means, and transmitting the parameter corresponding to the terminal device of the transmission source determined by the determining means as described above. First processing means for decomposing a file read and received from the second storage means for each data, fourth storage means for temporarily storing data decomposed by the first processing means, and fourth storage means And second processing means for storing the data stored in the means in a storage location for each item of the first storage means indicated by the parameter stored in the third storage means. Data aggregation system. 7. A data tabulation system connected to a plurality of station services and comprising a data tabulator for counting the processing contents of the station services, wherein the plurality of station services perform processing performed for each station service device. An accumulating means for accumulating data indicating the contents; and a transmitting means for transmitting data indicating the processing contents of each station equipment accumulated by the accumulating means in a binary data file. First storage means for storing the processing contents of the station service equipment for each of various items; and parameters indicating a data configuration in a binary data file indicating the processing contents of the station service equipment in correspondence with each station service equipment. A second storage unit, a receiving unit for receiving a file transmitted from the station equipment, and a binary data file received by the receiving unit. Determining means for determining the station equipment of the transmission source; parameters corresponding to the station equipment of the transmission source determined by the determination means are read from the second storage means, and binary data of the received file is stored for each data. And a processing means for storing each item in the first storage means. 8. A data tabulation system connected to a plurality of station services and comprising a data tabulation machine for tabulating the processing contents of the station services, wherein the plurality of station services perform processing performed for each station service apparatus. An accumulating means for accumulating data indicating the contents; and a transmitting means for transmitting data indicating the processing contents of each station equipment accumulated by the accumulating means in a binary data file. First storage means for storing the processing contents of the station service equipment for each of various items; and parameters indicating a data configuration in a binary data file indicating the processing contents of the station service equipment in correspondence with each station service equipment. A second storage unit for storing, a third storage unit for storing a parameter indicating a storage location of data for each item stored in the first storage unit, Receiving means for receiving the file transmitted from the device, determining means for determining the source station equipment when the file is received by the receiving means, and determining the source station equipment determined by the determining means. First processing means for reading the corresponding parameter from the second storage means and decomposing the binary data of the received file for each data; and data decomposed by the first processing means being converted by the third storage means. And a second processing means for storing in a storage location for each item of the first storage means indicated by the stored parameter. 9. A data tabulation system comprising a data tallying machine connected to a plurality of station service devices and tallying the processing contents of the station service device, wherein the plurality of station service devices perform processing performed for each station service device. An accumulating means for accumulating data indicating the contents; and a transmitting means for transmitting data indicating the processing contents of each station equipment accumulated by the accumulating means in a binary data file. First storage means for storing the processing contents of the station equipment for each of various items; and parameters indicating the data configuration in a binary data file indicating the processing contents of the station equipment corresponding to each station equipment. A second storage unit that stores a parameter indicating a storage location of data for each item stored in the first storage unit; Receiving means for receiving the file transmitted from the service equipment, determining means for determining the source station equipment when the file is received by the receiving means, and determining the source station service equipment by the determining means A first processing means for reading out a parameter corresponding to the data from the second storage means and decomposing the received file for each data; a fourth storage means for temporarily storing the data decomposed by the first processing means; A second processing means for storing the data stored by the fourth storage means in a storage location for each item of the first storage means indicated by a parameter stored by the third storage means. A data aggregation system, characterized in that: