JP2012068997A - Tabulation breakdown determination system and program - Google Patents

Abstract

PROBLEM TO BE SOLVED: To achieve a processing function for automatically determining numerical items included in extracted information into such items as details, sub-totals, and totals in a process of creating a business form definition file by automatically extracting item information or the like from a specific business form or the like concerning a tabulation breakdown determination system or the like.SOLUTION: A tabulation function 103 of a tabulation breakdown determination system includes: a first processing part (104) for extracting numerical data from a first DB (109) in which information extracted from a specific business form C1 and business form image data C2 is fetched, and for storing the numerical data as tabulation object information in a second DB (110); a second processing part (105) for storing tabulation unit information extracted from the first and second DB in a third DB (111); and a third processing part (106), a fourth processing part (107) and a fifth processing part (108) for determining the detail items, the sub-total items, and the total items by using the second and third DB, and for storing the tabulation breakdown information in the second DB.

Description

  The present invention relates to a technology such as an information processing system that extracts data / information (such as item information) from a form (such as form image data). In particular, among the item information read from forms (multiple forms), a system with a processing function that automatically determines numerical data as items (total breakdown) such as details, subtotals, and totals (total breakdown determination) System).

  JP-A 2003-296705 (Patent Document 1) and the like are examples of prior art related to a total breakdown determination system and the like. In Patent Literature 1 (“item definition information extraction system” or the like), “from the color form image data input from the image input unit, the object color determination unit extracts the image form for each color, and the extracted image form is When it is determined that it is a color mark applied to an object that is an image unit that constitutes an item, the color type is output, and the item definition information determination unit determines the item definition information based on the color type for each object. “Determine item type included”.

JP 2003-296705 A

  As described in Patent Document 1, there is information that is difficult to determine only from the form included in the form image data, as described in Patent Document 1, as an issue / problem related to the aggregation breakdown determination system, etc. Is difficult. In the case of Patent Document 1, the item type is determined and extracted by determining the target color.

  For example, in the conventional technology, when a form definition file (form definition information) is automatically generated based on information extracted from the form image data, the numerical value (the item in which the numerical data is stored) is the same as the details for the numeric items (items storing the numeric data). It will be defined as an item.

  Based on the above, as the main purpose of the present invention, the information extracted in the process of creating the form definition file by automatically extracting item information etc. from the specified form / form image data etc. Realizes a processing function (aggregation function) that can automatically determine the numeric items included in the item (detail item), subtotal (subtotal item), total (total item) and other items (aggregation breakdown) To do.

  An outline of a typical form of the present invention is an information processing system (aggregation breakdown determination system) or the like that automatically extracts and determines information (item definition information, etc.) from specified forms / form image data, etc. It has the structure shown.

  This system automatically determines numerical items extracted from the form as detailed, subtotal, and total items (aggregation breakdown) as a processing function to obtain information used in the process of creating form definition information based on the form. And a processing function for extracting. As a result, information including total information can be set in the form definition information.

  The system includes an input processing unit (form information reading function) that inputs one or more specified forms or image data thereof, extracts form item information, and stores the extracted form item information in the first database; And a summary function that obtains information used to create a form definition file that includes summary breakdown information, and an output processing unit that creates the form definition file using the information obtained by the summary function (form) Creation function).

  The totaling function extracts numerical data from the first database and stores it in a second database (totaling information DB) as totaling target information, and from the first processing unit and the first and second databases A second processing unit (aggregation unit extraction processing unit) that identifies and extracts the aggregation unit and stores it in a third database (aggregation unit DB) as aggregation unit information; and the aggregation unit information of the third database A third processing unit that determines detailed items included in the aggregation target information of the second database and stores total breakdown information including the information of the detailed items in the second database (Total processing unit) and the total unit information of the third database are used to determine the subtotal items included in the target information of the second database and include information on the subtotal items Using the fourth processing unit (subtotal breakdown processing unit) that stores the total breakdown information in the second database and the total unit information of the third database, the total breakdown information is stored in the second database. A fifth processing unit (total breakdown processing unit) that discriminates the total items included and stores the total breakdown information including the information of the total items in the second database;

  According to a representative form of the present invention, it is related to a total breakdown determination system and the like, and is included in the extracted information in the process of automatically extracting item information from a specified form etc. and creating a form definition file. A processing function capable of automatically determining numerical items as items such as details, subtotals, and totals is realized. With this processing function, it is possible to set and add total breakdown information including total information (total lines) to the form definition file (item definition information).

It is a figure which shows the whole structure of this system (The total breakdown determination system of one embodiment of this invention). It is a process flowchart of the total object extraction process part of this system. It is a process flowchart of the total unit extraction process part of this system. It is a process flowchart of the total process part of this system. It is a process flowchart of the subtotal breakdown processing part of this system. It is a process flowchart of the total breakdown process part of this system. It is a figure which shows the structural example of acquisition information DB of this system. It is a figure which shows the structural example of total information DB of this system. It is a figure which shows the structural example of total unit DB of this system. It is a figure which shows the sample of the regulation form of this system.

  Hereinafter, embodiments of the present invention will be described in detail with reference to the drawings. Note that components having the same function are denoted by the same reference symbols throughout the drawings for describing the embodiment, and the repetitive description thereof will be omitted.

[System configuration]
FIG. 1 shows an example of the overall configuration of a system (aggregation breakdown determination system) according to an embodiment of the present invention. In this system, a scanner 101 and a server 102 are connected via a network or the like. The scanner 101 obtains form image data C2 by scanning a plurality of specified forms C1 based on a user operation. The server 102 has processing functions such as a totaling function 103, a form information reading function 112, and a form creation function 113. Each processing function is realized by, for example, software program processing (for example, the processor of the server 102 executes a control program on a memory).

  The tabulation function 103 includes a tabulation target extraction processing unit 104, a tabulation unit extraction processing unit 105, a tabulation processing unit 106, a subtotal breakdown processing unit 107, a total breakdown processing unit 108, a capture information DB 109 (first database), and tabulation It has information DB110 (2nd database) and total unit DB111 (3rd database).

  In the present system, a plurality of specified forms C1 are input / read as form image data C2 from the scanner 101, and the form information reading function 112 in the server 102 converts the form image data C2 into form item information D1 and the like through conversion processing. Extracted and output (stored) in the acquisition information DB 109.

  After the reading is completed, the aggregation target extraction processing unit 104 in the aggregation function 103 extracts the numerical data D2 from the acquisition information DB 109 and outputs (stores) it as the aggregation target information D3 in the aggregation information DB 110. Next, the total unit extraction processing unit 105 extracts a unit to be totaled (total unit information D4) from the data in the acquisition information DB 109 and the data in the total information DB 110, and outputs the extracted total unit information D4 to the total unit DB 111. (Store. Then, the total processing unit 106, the subtotal breakdown processing unit 107, and the total breakdown processing unit 108 automatically determine and extract the items of the detail (d1), subtotal (d2), and total (d3), respectively, The information (d1 to d3) is output (stored) in the total information DB 110 as total breakdown information.

  After the above processing, the form creation function 113 automatically creates a form definition file (form definition information) F1 from the data in the acquisition information DB 109 and the data in the total information DB 110. The form definition file F1 includes item definition information (including information such as item name, type, and size). The item definition information is effectively used in an XML format language or the like. In particular, the form definition file F1 including information on the total item (d3) can be obtained.

  Hereinafter, examples of various data information used in the processing of this system will be described (FIGS. 7 to 10). Then, each processing detailed example is demonstrated (FIGS. 2-6).

[Import Information DB]
FIG. 7 shows a configuration example of the capture information DB 109. The items in this table are “ID”, “start position-horizontal”, “start position-vertical”, “end position-horizontal”, “end position-vertical”, “item value”, “font”, “character type”. And “fixed / variable”.

  “ID” is a record identifier by serial number, and is the order read by the form information reading function 112. The “ID” is a “capture information ID” described later. “Start position—horizontal” (Xa) and “start position—vertical” (Ya) indicate the start position (horizontal axis (X), vertical axis (Y)) of the item. “End position—horizontal” (Xb) and “end position—vertical” (Yb) indicate the end position (horizontal axis (X), vertical axis (Y)) of the item. The “item value” is a value such as a character string or a numerical value of the item, and includes “form name”, “title”, “aaa”, “1”, and the like. “Font” is a font of the item value, and is, for example, Mincho or Gothic. “Character type” indicates a distinction between a character string and a numerical value in an item value. “Fixed / variable” distinguishes and manages whether the item value is a fixed value or a variable value.

[Aggregation information DB]
FIG. 8 shows a configuration example of the total information DB 110. Items in this table include “ID”, “total flag”, and “total destination ID”. In “ID”, a value corresponding to “ID” in the acquisition information DB 109 is set (the same ID value indicates the same item). “ID” is “aggregation information ID” described later. “Aggregation flag” indicates that the value “1” is a target of the aggregation process, and the value “0” indicates that it is not a target of the aggregation process. The initial value of the “total flag” is “1”, and the property can be changed. “Aggregation destination ID” indicates the ID of the aggregation destination. The initial value of the “counting destination ID” is blank, “0” is set for the total (total item), and there is no (“−”) when it is not subject to aggregation processing (flag value “0”). . In the example of FIG. 8, the item of ID = 6 (corresponding to the item value “1” (numerical value) of ID = 6 of FIG. 7) is the subject of aggregation processing, and the aggregation destination is ID = 29 (total item). It has become.

[Aggregation unit DB]
FIG. 9 shows a configuration example of the aggregation unit DB 111. The items in this table include “start position—horizontal” (Xc), “end position—horizontal” (Xd), “total”, “maximum value”, and “maximum value ID”. Xc indicates the start position (horizontal axis) of the item (aggregation unit), and Xd indicates the end position (horizontal axis) of the item (aggregation unit). “Total” indicates the total of the item values. “Maximum value” indicates the maximum value of the item value. “Maximum value ID” indicates an ID of “maximum value”.

[Regulation form]
FIG. 10 shows a sample of the specified form C1. Each form of “form name 1” on the first sheet and “form name 2” on the second sheet has “title 1”, “title 2”, and “title 3” as items. Stores character strings and numerical values.

[Aggregate target extraction process]
FIG. 2 shows the operation of the aggregation target extraction process in the aggregation target extraction processing unit 104 (S represents a processing step). The processing entity is 104 hereinafter.

  First, in S201, it is determined whether or not data exists in the total information DB 110. When it does not exist (N), in S202, data (numerical data D2) satisfying a predetermined extraction condition is extracted from the acquisition information DB 109. The extraction condition is “character type = numerical value” (character type is a numerical value) of the data in the acquisition information DB 109. There is no specification for the order of extraction. At this time, for this processing, the “ID” of the data in the acquisition information DB 109 is set as “intake information ID”.

  Next, in S204, the aggregation target information D3 is registered in the aggregation information DB 110 based on the data (D2) extracted in S202 (initial value is set and registered in the extracted data). At this time, as registered values in the total information DB 110, “ID” is the “capture information ID”, “total destination flag” = 1, and “total destination ID” = blank.

  In S206, it is determined whether or not the data of the acquisition information DB 109 is the end. If it is not the end (N), the processing from S202 onward is repeated in the same manner for the next data. In the case of the end (Y), the total collection target extraction process is completed.

  When data is present in the total information DB 110 in S201 (Y), in S203, data (D2) satisfying a predetermined extraction condition is extracted from the total information DB 110. The extraction condition is “aggregation destination flag = 1 in aggregation information DB 110 and“ aggregation destination ID ≠ − ”(the aggregation destination ID is not negative)”. There is no specification for the order of extraction. At this time, “ID” of the data in the total information DB 110 is set as “total information ID”.

  In S205, the aggregation information DB 110 is updated based on the data (D2) extracted in S203 (an initial value is set for the extracted data and the registration information is updated). At this time, the update condition is “total information DB 110“ ID ”=“ total information ID ””. Further, as the update values to the total information DB 110, “total destination flag” = 1 and “total destination ID” = blank.

  In S207, it is determined whether or not the data in the total information DB 110 is over. When it is not the end (N), the process after S203 is similarly repeated about the following data. In the case of the end (Y), the total collection target extraction process is completed.

  Through the above processing, it is possible to collect numerical data D2 (aggregation target information D3) that can be the aggregation target of the form.

[Aggregation unit extraction processing]
FIG. 3 shows the operation of the total unit extraction processing in the total unit extraction processing unit 105. Hereinafter, the processing subject is 105.

  First, in S301, all data in the tabulation unit DB 111 is deleted. In S302, data (aggregation target information D3) is extracted from the aggregation information DB 110. There is no extraction condition, and the extraction order is not specified. At this time, “ID” in the total information DB 110 is set as “total information ID”, and “total flag” in the total information DB 110 is set as “total flag” used in this process as it is.

  In S303, it is determined whether or not “total flag” = 1 (total processing target). If it is 1 (Y), in S304, data satisfying “ID of the acquisition information DB 109 =“ total information ID ”” is extracted from the acquisition information DB 109 as an extraction condition. The extraction order is not specified. At this time, the “ID” of the capture information DB 109 is set as “capture information ID”, the “start position—horizontal” (Xa) of the capture information DB 109 is set as “capture start position—horizontal” (Xe), The “end position-horizontal” (Xb) of the capture information DB 109 is set as “capture end position-horizontal” (Xf), and the “item value” of the capture information DB 109 is directly set as “item value”.

  In S 305, the retrieval condition from the total unit DB 111 is “total start unit DB111“ start position-horizontal ”(Xc) =“ import start position—horizontal ”(Xe)” and “total end unit DB111“ end position-horizontal ”. "Xd) =" taken end position-horizontal "(Xf)" is extracted. The extraction order is not specified. At this time, the “total” in the aggregation unit DB 111 is set as “total” as it is, the “maximum value” in the aggregation unit DB 111 is set as “maximum value” as it is, and the “maximum value ID” in the aggregation unit DB 111 is directly set as “maximum value ID”. "far.

  In S306, it is determined whether data exists. If it exists (Y), in S308, it is determined whether “item value” ≧ “maximum value”. When “item value” ≧ “maximum value” (Y), in S309, the aggregation unit DB 111 is updated. At this time, the update condition is “start position—horizontal” (Xc) = “start position—horizontal” (Xe) of the total unit DB 111 and “end position—horizontal” (Xd) = “Capture end position—horizontal” (Xf) ”. Also, as update values, total = total + item value (add item value to total), maximum value = item value (maximum value is the same as item value), maximum value ID = total information ID (maximum The value ID is the same as the total information ID).

  When “item value” <“maximum value” in S308 (N), in S310, the process of updating the aggregation unit DB 111 is performed, and the processes after S311 are performed. At the time of S310, update conditions are: “Start position—horizontal” (Xc) = “Start position—horizontal” (Xe) and “End position—horizontal” (Xd) = “take” "End position-horizontal" (Xf) ". Further, the update value is set to sum = total + item value.

  In S311, it is determined whether or not it is the end, and in the case of the end (Y), the total unit extraction processing is completed. When it is not the end (N), the process after S302 is similarly repeated about the following data.

  When there is no data in S306 (N), in S307, the process of registering the aggregation unit DB 111 is performed, and the processes after S311 are performed. At the time of S307, the registered values in the total unit DB 111 are “start position−horizontal” (Xc) = “capture start position−horizontal” (Xe), and “end position−horizontal” (Xd) = “capture end” Position-horizontal (Xf), “total” = “item value”, “maximum value” = “item value”, and “maximum value ID” = “total information ID”.

  Through the processing described above (FIG. 3), it is possible to collect a total unit (total unit information D4).

[Aggregation process]
FIG. 4 shows the operation of aggregation processing in the aggregation processing unit 106. The processing entity is 106 hereinafter.

  First, in S401, variables in the aggregation process are initialized. Set the error flag, which is a variable, to 0. In S402, data (aggregation unit information D4) is extracted from the aggregation unit DB 111. There is no take-out condition and no take-out order is specified. At this time, “start position—horizontal” (Xc) of the aggregation unit DB 111 is set to “aggregation start position—horizontal” (Xg), and “end position—horizontal” (Xd) of the aggregation unit DB 111 is set to “aggregation end position—horizontal”. "(Xh)", "Total" in the aggregation unit DB 111 is left as "Total", "Maximum value" in the aggregation unit DB 111 is left as "Maximum value", and "Maximum value ID" in the aggregation unit DB 111 is left as it is. It is set as “maximum value ID”.

  In S403, the total information DB 111 is updated. As an update condition, ““ ID ”=“ maximum value ID ”” is set. In addition, “aggregation destination ID” = 0 is set as the update value.

  In S404, it is determined whether or not “maximum value × 3 = total”. If the determination is YES (Y), in S405, a subtotal breakdown process (process by the subtotal breakdown processing unit 107) is called. At this time, the argument is “total start position—horizontal” (Xg) and “total count end position—horizontal” (Xh), and the return value is an error flag.

  When the determination is NO (N), in S406, the total breakdown process (process by the total breakdown processing unit 108) is called. In this case, the arguments are “counting start position—horizontal” (Xg), “totaling position—horizontal” (Xh), “maximum value ID”, and “total”. The return value is an error flag.

  In S407, it is determined whether or not the end. When it is not the end (N), the process after S402 is similarly repeated about the following data. In the case of the end (Y), in S408, it is determined whether or not the error flag = 1. When it is not 1 (N), this totaling process is completed. In the case of 1 (Y), in S409, the aggregation target extraction process (process by the aggregation target extraction processing unit 104) is called, and the total aggregation process is completed.

  With the above processing (FIG. 4), details, subtotals, and totals can be automatically determined for each aggregation unit.

[Subtotal breakdown processing]
FIG. 5 shows the operation of subtotal breakdown processing in the subtotal breakdown processing unit 107. The processing entity is 107 hereinafter. The arguments at the time of start are “aggregation start position−horizontal” (Xg) and “aggregation end position−horizontal” (Xh).

  First, in S501, variables in the subtotal breakdown process are initialized. “0” is set to the variables “subtotal ID”, “subtotal ID item value”, “subtotal”, and “subtotal breakdown error flag”.

  In S502, as the extraction condition from the acquisition information DB 109, “Start position-horizontal” (Xa) of the acquisition information DB 109 = “Total start position-horizontal” (Xg) and “End position of the acquisition information DB 109 are displayed. -Horizontal (Xb) = "Totalization end position-Horizontal" (Xh) and data satisfying "Totaling ID" ≠ 0 "in the acquisition information DB 109 are extracted. The extraction order is the descending order of IDs. At this time, “ID” in the capture information DB 109 is set as “capture information ID”, and “item value” in the capture information DB 109 is set as “capture item value”.

  In S503, it is determined whether or not “subtotal ID” ≠ 0. In the case of 0 (N), in S505, the extracted data is set as a subtotal, a value is set in the variable, and the processing after S502 is repeated for the next data. At this time, “subtotal ID” = “capture information ID”, “subtotal ID item value” = “capture item value”, and “subtotal” = 0.

  In S503, when it is not 0 (Y), in S504, the acquisition item value is added to the subtotal. That is, “subtotal” = “subtotal” + “capture item value”.

  In S506, the total information DB 110 is updated. As an update condition, ““ ID ”=“ take-in information ID ””. In addition, as the update value, “aggregation destination ID” = “subtotal ID”.

  In S507, it is determined whether or not “subtotal ID item value” = “subtotal”. If YES (Y), in S508, variables in the subtotal breakdown process are initialized. That is, 0 is set to “subtotal ID”, “subtotal ID item value”, and “subtotal”. If NO (N), the process proceeds to S509.

  In S509, it is determined whether or not the end. If it is not the end (N), the processing from S502 onward is repeated in the same manner for the next data. In the case of the end (Y), in S510, it is determined whether or not “subtotal ID” ≠ 0. If it is not 0 (Y), 1 is set to the subtotal breakdown error flag in S511. Then, a subtotal breakdown error flag as a return value is returned to the caller, and this subtotal breakdown processing is completed. If S510 is 0 (N), a subtotal breakdown error flag as a return value is returned to the caller, and this subtotal breakdown processing is completed.

  With the above processing (FIG. 5), it is possible to automatically determine the details, subtotal, and total of the total unit.

[Total breakdown processing]
FIG. 6 shows the operation of the total breakdown processing in the total breakdown processing unit 108. Hereinafter, the processing entity is 108. The arguments at the time of start are “aggregation start position−horizontal” (Xg), “aggregation end position−horizontal” (Xh), “maximum value ID”, and “total”.

  First, in S601, variables in the total breakdown process are initialized. “0” is set in the variables “total item value” and “total breakdown error flag”. In S <b> 602, from the capture information DB 109, the retrieval condition is “start position—horizontal” (Xa) = “total start position—horizontal” (Xg) of the capture information DB 109 and “end position” of the capture information DB 109. -Horizontal (Xb) = "Totalization end position-Horizontal" (Xh) and data satisfying "Totaling ID" ≠ 0 "in the acquisition information DB 109 are extracted. The extraction order is the descending order of IDs. At this time, “ID” in the capture information DB 109 is set as “capture information ID”, and “item value” in the capture information DB 109 is set as “capture item value”.

  In S603, “take-in item value” is added to “item value total”. That is, “total item value” = “total item value” + “import item value”.

  In S604, the total information DB 110 is updated. At this time, the update condition is ““ ID ”=“ take-in information ID ”. Further, as the update value, “aggregation destination ID” = “maximum value ID”.

  In S605, it is determined whether or not it is the end, and if it is not the end (N), the processing after S602 is repeated in the same manner for the next data. If the process ends in S605 (Y), it is determined in S606 whether or not “total item value × 2 ≠ total”. If YES (Y), 1 is set to the total breakdown error flag in S607. Then, a total breakdown error flag as a return value is returned to the caller, and this total breakdown processing is completed. If NO in S606 (N), a total breakdown error flag as a return value is returned to the caller, and this total breakdown processing is completed.

  With the processing described above (FIG. 6), the details and totals of the counting units can be automatically determined.

[Effects]
As described above, according to the system of the present embodiment, in the process of automatically extracting item information from the specified form C1 and form image data C2 and creating the form definition file F1, it is included in the extracted information. The processing function (aggregation function 103) that can automatically determine the numerical item (numerical data D2) that has been recorded as items such as details (d1), subtotal (d2), and total (d3) is realized. . With this processing function, it is possible to set and add aggregate breakdown information including information (total line) of the total (d3) to the form definition file F1 (item definition information).

  As mentioned above, the invention made by the present inventor has been specifically described based on the embodiment. However, the present invention is not limited to the embodiment, and various modifications can be made without departing from the scope of the invention. Needless to say.

  The present invention can be used for an accounting system or the like.

  DESCRIPTION OF SYMBOLS 101 ... Scanner, 102 ... Server, 103 ... Total function, 104 ... Total object extraction processing unit, 105 ... Total unit extraction processing unit, 106 ... Total processing unit, 107 ... Subtotal breakdown processing unit, 108 ... Total breakdown processing unit, 109 ... acquisition information DB, 110 ... aggregation information DB, 111 ... aggregation unit DB, 112 ... form information read function, 113 ... form creation function.

Claims (2)

A summary breakdown determination system that performs information processing to extract information from a form and determine a breakdown breakdown,
Using a first database in which one or more specified forms or form item information extracted from the image data is stored, has a totaling function for obtaining information used to create a form definition file including totalization information ,
The aggregation function is
A first processing unit for extracting numerical data from the first database and storing the numerical data in the second database as aggregation target information;
A second processing unit that discriminates and extracts a counting unit from the first and second databases, and stores it in a third database as counting unit information;
Using the aggregation unit information of the third database, the detailed items included in the aggregation target information of the second database are discriminated, and the aggregated breakdown information including the information of the detailed items is determined as the second database. A third processing unit to be stored in
Using the total unit information of the third database, the subtotal item included in the target information of the second database is determined, and the total breakdown information including the information of the subtotal item is determined as the second database. A fourth processing unit stored in
The total item included in the target information of the second database is determined using the total unit information of the third database, and the total breakdown information including the information of the total item is determined as the second database. And a fifth processing unit stored in the total breakdown determination system. A summary breakdown determination program for causing a computer to execute information processing for extracting information from a form and determining a summary breakdown,
Using a first database in which one or more specified forms or form item information extracted from the image data is stored, a totaling process for obtaining information used to create a form definition file including totalization information is executed. ,
The aggregation process is as follows:
A first process of extracting numerical data from the first database and storing it in a second database as aggregation target information;
A second process of discriminating and extracting a total unit from the first and second databases and storing it in a third database as total unit information;
Using the aggregation unit information of the third database, the detailed items included in the aggregation target information of the second database are discriminated, and the aggregated breakdown information including the information of the detailed items is determined as the second database. A third process stored in
Using the total unit information of the third database, the subtotal item included in the target information of the second database is determined, and the total breakdown information including the information of the subtotal item is determined as the second database. A fourth process stored in
The total item included in the target information of the second database is determined using the total unit information of the third database, and the total breakdown information including the information of the total item is determined as the second database. And a fifth processing to be stored, and a total breakdown determination program characterized by:

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