JP2005100317A - Method for inspecting information, method for processing vehicle information, vehicle information management device, and method for recording information - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide an inspection method suitable for inspecting the reliability of information, and a vehicle information processing method. <P>SOLUTION: In processing for checking up whether information in which first event contents e_xe and the period t_xe of the event occurrence are described is reliable as inspected information xeif, another information in which second event contents e_pr whose reliability has been already checked up is set to first to third collation information items prif_1 to prif_3 on the basis of event occurrence order, first to third inspections isp1 to isp3 are individually performed by collating the inspected information xeif and the first to third collation information items prif_1 to prif_3 with given references, and the reliability of the inspected information xeif is checked up on the basis of inspection results as to whether physical/logical consistency of both events described in both information items exists and whether contradiction between both generation periods exists. <P>COPYRIGHT: (C)2005,JPO&NCIPI

Description

  The present invention relates to an information inspection method, a vehicle information processing method, a vehicle information management device, and an information recording method.

Information processing equipment and information processing that have processing functions including recording and storage of information in a variety of business scenes that use digitized information (hereinafter abbreviated as “information”). As the demands on the system diversify, the degree of authenticity of the information that is handled and provided, that is, the degree of authenticity has been recognized as an important factor, and this is the case in all business categories related to information. It is becoming a common issue.
In addition, as an example of diversification of related information, in the business related to vehicles, especially automobiles, involved in various business functions such as new car buying and selling, used car buying and selling, assessment service, maintenance inspection and repair, car insurance business, accident response service, etc. In each business category, various types of processing using related information and data are executed.

  Therefore, the business types involved are also diverse, including car manufacturers, car dealers, used car buyers, appraisers, car maintenance and repair companies, car insurance companies, installment sales (auto loan) companies, leasing (auto leasing / Rental), scrapped car collection / disassembly / cutting traders, and other car information management operators, as well as consumers such as car owners / users, are involved in a wide variety of information and data. Therefore, integrated, comprehensive and comprehensive management and service of information and data related to automobiles have been desired for some time, and in order to respond to this, an automobile information management system equipped with various databases has been proposed, Some have been implemented. The above-mentioned trends are expected to expand both in scale and quality.

By the way, in facilities and systems (hereinafter referred to as devices) that have such functions on the information service side, such as databases and servers that provide services relating to general or universal information, In addition, as described above, it is obvious that confirmation of the degree of authenticity, that is, the degree of authenticity, is an extremely important requirement for information stored and stored. In particular, it is important to confirm and examine the authenticity of the input information to be taken into the apparatus and the information stored in the record, so that the inspection process is indispensable.
Conventionally, the inspection is performed based on whether or not the value indicated by the content of the information to be inspected is within a range of allowable values determined in advance for the content. For example, when the target information indicates the age of a person, if the predetermined allowable value is 0 to 160 years and the input information is not within this range, the input information is not appropriate. However, the conventional technique of checking based on the permissible numerical values of such individual information has limited applications and is not exhaustive or integrated, so it is still too much to obtain a wide and accurate test result. The problem was left.

Furthermore, in the conventional vehicle information management system as described above, which has a database, there are many limited and limited configurations in regions or series as seen in the disclosed used car sales information database system, In addition, the types and contents of the information stored are not comprehensive information, such as limited to specific commercial use (for example, vehicles for sale), and are comprehensive so as to exceed the above-mentioned restrictions on regions and series. There is a drawback that it does not embody a simple structure.
In addition, the business related to the distribution and sale of various information related to vehicles is expected to expand in the future as described above, but the conventionally proposed vehicle information management system does not necessarily cope with such business forms. There was a problem of not having a function.
As described above, in the conventional information system etc., there is no special device or configuration for the method or technology related to the verification function of these information, and there remains a problem in securing and providing information with high reliability. Was the current situation. Further, there has been a demand for an information recording method that realizes high data processing efficiency.
JP 2001-167151 A JP 2002-049699 A JP 2002-358181 A

In view of the present situation, the present invention provides an information inspection method that enables determination of the reliability of information to be inspected, and more particularly, covers comprehensive information for a wide range of commercial uses related to vehicles, Realize comprehensive information management that is not limited by region or series, secure highly reliable information, provide highly reliable vehicle information, especially provide highly reliable vehicle information reports Another object is to provide a vehicle information processing method and a vehicle information management device.
It is another object of the present invention to provide a method for recording information having an independent structure that improves data processing efficiency.

The means of the present invention will be described below.
The information inspection method according to claim 1 of the present invention uses an information inspection apparatus that includes an information processing unit that is embodied as a computer program and operates as cooperation between software and hardware. An information inspection method for inspecting reliability, which is the degree of credibility of information to be inspected, with information described in a digital format as information to be inspected,
The information processing means is
Among the existing information in which the contents and timing of occurrence of other events are described in a digital format, the information with the confidence level set in advance as a high confidence level is used as contrast information, and the contents between different events and Applying a standard that defines a matching condition related to the occurrence time in a digital format, and inspecting whether or not the information to be inspected and the control information satisfy the standard;
A second step of determining the information to be inspected as a high confidence when the information to be inspected and the reference information satisfy the criteria and the matching between the information to be inspected and the reference information is established;
It is characterized by performing.

The information inspection method according to claim 2 is the information inspection method according to claim 1, wherein the information to be inspected describes a content of a first event and a first occurrence time that is the time of occurrence of the first event, and It is assumed that the content of the second event and the second occurrence time that is the occurrence time of the second event are described in the control information,
The criteria include
The content of information (referred to as link source information) describing the event (referred to as link source event) to which the standard applies;
The content of information (referred to as link destination information) describing an event (referred to as a link destination event) that physically or logically or numerically matches the link source event, or one or both of the matching conditions;
A chronological order of occurrence times of the link destination event and the link source event;
Shall be prescribed,
The existing information and the reference are recorded and stored so as to be readable in an arbitrary recording device,
The information processing means is
A process of reading from the recording device the criteria that the link source event matches the first event described by the inspected information;
Read the control information from the recording device, in light of the criteria,
Whether the second event described in the contrast information matches the link destination event indicated by the link destination information, or whether the inspected information and the contrast information satisfy the matching condition,
Content inspection to inspect either or both of
An order check for checking whether the order of the second occurrence time and the first occurrence time matches the time-series order defined by the reference;
A process of performing both inspection processes in random order;
A determination process in which the information to be inspected is determined to be highly reliable when it is suitable for both inspections, and is not highly reliable if it is not suitable;
A storage process for recording and storing the inspected information with the determined reliability as new existing information in an arbitrary recording device;
It is characterized by performing.

The information inspection method according to claim 3 is the method according to claim 1, wherein the information to be inspected describes a content of a first event and a first occurrence time that is the time of occurrence of the first event. It is assumed that the content of the second event and the second occurrence time that is the occurrence time of the second event are described in the control information,
The criteria include
The content of information (referred to as link source information) describing the event (referred to as link source event) to which the standard applies;
The content of information (referred to as link destination information) describing an event (referred to as a link destination event) that physically or logically or numerically matches the link source event, or one or both of the matching conditions;
A chronological order of occurrence times of the link destination event and the link source event;
Shall be prescribed,
The reference information and the reference are recorded and stored so as to be readable in an arbitrary recording device,
The information processing means is
A process of reading from the recording device the criteria that the link source event matches the first event described by the inspected information;
Read the control information from the recording device, in light of the criteria,
Whether the second event described in the contrast information matches the link destination event indicated by the link destination information, or whether the inspected information and the contrast information satisfy the matching condition,
Content inspection to inspect either or both of
An order check for checking whether the order of the second occurrence time and the first occurrence time matches the time-series order defined by the reference;
A process of performing both inspection processes in random order;
A determination process in which the information to be inspected is determined to be highly reliable when it is suitable for both inspections, and is not highly reliable if it is not suitable;
The inspected information accompanied by the determined reliability is regarded as new existing information, and in addition to the existing existing information that has been read, it is agglomerated and described in each aggregated existing information. A data agglomeration process that adds serial numbers in time series order based on the occurrence time of the event and arranges each aggregated information in order of the serial numbers;
An agglomeration storage process for recording and storing the agglomeration in an arbitrary recording device;
It is characterized by performing.

The information inspection method according to claim 4 is the method according to any one of claims 2 and 3, wherein the information processing means follows the processing step.
When the control information suitable for both the tests exists, another information describing another event occurred between the second generation time described in the control information and the first generation time described in the test information Another information detection process for detecting contrast information;
For each of the different control information detected, an inhibition test process that tests whether the described different event inhibits the alignment against a predetermined inhibition rule;
A determination process for determining the information to be inspected as high confidence when there is no inhibition;
Run
Then, the storage process is performed, or the data agglomeration process and the agglomeration storage process are performed.
It is characterized by that.

The information inspection method according to claim 5 is the information inspection method according to any one of claims 2, 3 and 4, wherein the information processing means determines the execution timing of the processing step before the processing step. When receiving instructions from the outside after the time when information was given,
The information processing means stores the inspected information in a storage means separately provided until the instructed execution time, or
When the information processing means receives the reference information after the time when the information to be inspected is received, the information processing means separately provides the information to be inspected until the execution time after the provision of the reference information. Stored in a storage means
It is characterized by performing a storage process.

  An information inspection method according to a sixth aspect is the method according to any one of the second, third, fourth, and fifth aspects, wherein the information processing means includes a plurality of different processing steps related to the information to be inspected. After the execution, an integrated determination process is performed in which the reliability of the inspected information is integratedly determined based on each inspection result and in accordance with a given integrated determination criterion.

The information inspection method according to claim 7 is the information inspection method according to any one of claims 2, 3, 4, 5 or 6, wherein the reliability of the existing information is indicated in multiple stages or numerical values. If
In the reading of the contrast information, the information processing means reads the confidence information of the confidence information that satisfies a predetermined discrimination criterion in the already-occurring information as the contrast information,
A reliability setting process in which the information processing means sets the reliability of the information to be inspected in multiple stages or numerical values according to a given calculation standard based on the result of the processing process or the result of the integrated determination process; It is characterized by performing.

  An information inspection method according to an eighth aspect is the method according to any one of the second, third, fourth, fifth, sixth, and seventh aspects, in which the information processing unit is externally connected to the reliability level at an arbitrary time. When the information already determined is received as a given case, a given item storing process is executed in which the information is stored in the recording device as already-occurring information of the given case.

  The information inspection method according to claim 9 is the information inspection method according to any one of claims 2, 3, 4, 5, 6, 7, or 8, wherein the information processing means is configured to record the recording device at an arbitrary time. The read process and the process process are re-executed as the information to be inspected if the reliability does not exceed a given threshold value among the existing information stored in the table or the matching condition is not satisfied. It is characterized by that.

The vehicle information processing method according to claim 10 is a vehicle information processing method executed by a vehicle information management device that transmits and receives information to and from a plurality of user-side devices connected via a communication network. There,
Vehicle information is information described in a digital format created at the time of initial registration of the vehicle or at an arbitrary time thereafter, and any data relating to the vehicle is associated with the vehicle information. For the event
(A) A description of a state item indicating part or all of the name, configuration, content, characteristic, attribute, state, and situation, or a description of the state item and accompanying information.
(B) A description of a dynamic item indicating a part or all of an execution operation, an operation or process to be performed, and a change in state, or a description of the dynamic item and incidental information.
(C) Description of the occurrence time related to the state item and / or the dynamic item as the occurrence time related to the event.
As the main body data, and the item (b) or (b) or (c) is designated for each item, or the item and the breakdown details are assigned.
For the link source information and the link destination information that is consistent with the link source information, the criteria are all information in which the event related to the vehicle is described in digital format and the classification code is attached.
(A) time series order of the occurrence timing of the link source event described by the link source information and the occurrence timing of the link destination event described by the link destination information;
(B) The classification code according to the items (A) and (B) of the link source information and the link destination information, or the classification code and body data,
(C) a matching condition relating to the description contents of the items (b) and (b) of the link source information and the link destination information;
(D) a matching condition relating to a numerical value described in the item (A) or (B) of both the link source information and the link destination information;
(E) the matching condition of the calculation result based on the numerical value described in the item (A) or (B) indicated by both the link source information and the link destination information;
In addition to (a), at least one of (b) to (e) is defined in a digital form by a predetermined code, symbol, sign, code, numerical value, or character string,
The degree of credibility of the vehicle information is regarded as credibility,
The vehicle information that is the subject of the inspection is inspected information, and the other vehicle information that is compared with the inspected information is set as the vehicle information in which the reliability is set as a high reliability in advance.
The vehicle information management device operates as a cooperation of computer software and hardware, information exchange means for exchanging input information or output information with the user side device via a communication network, and the reliability is Information holding means for storing existing vehicle information for which reliability has been set, which is set in multiple stages or numerical values, reference providing means for holding one or more of the standards, and based on the criteria, An information inspection processing means for inspecting the consistency between the inspection information and the control information, and a control means for managing the operation of the entire vehicle information management device;
The information inspection processing means
Inspected information setting process for setting the vehicle information included in the input information received by the information transfer means in the inspected information;
Next, among the criteria provided by the criteria providing means, a criteria selection process for selecting the criteria in which the rule indicated by the link source information matches the inspected information;
Then, a contrast information setting process for setting the contrast information as the already generated vehicle information of high reliability that satisfies the discrimination criteria of the given case among the already generated vehicle information stored in the information holding means,
Next, an inspection process for inspecting whether the criterion is satisfied by associating the information to be inspected and the set contrast information with the link source information and the link destination information of the selected criterion,
Based on the inspection result, the information to be inspected is determined to be highly reliable when the information to be inspected and the control information are matched to meet the specification, and the information to be inspected is not highly reliable when the information does not satisfy the specification. A determination process to
It is characterized by performing.

The vehicle information processing method according to an eleventh aspect is the one according to the tenth aspect, wherein as an array process following the control information setting process,
When the plurality of set contrast information is not arranged based on the occurrence times related to the events described respectively, the process of arranging the plurality of control information in time series,
As a subsequent inspection process,
Whether the status item satisfies the provisions related to the status item indicated by the standard with respect to the control information in the order in which the occurrence date is closer to the time when the occurrence date related to the event described by the information to be inspected is advanced Either the inspection of whether or not, or the inspection of whether or not the dynamic item satisfies the provision related to the dynamic item indicated by the standard, is performed in an arbitrary order, and when either of the above inspections is not satisfied, the other inspection Without performing the process on the control information, the process of sequentially performing the process on the control information in the next order is performed.
As a judgment process that follows,
When the control information that satisfies both the tests exists, the information to be inspected is determined to have high reliability, and when the control information does not exist, processing for determining the information to be inspected as low reliability is performed. To do.

The vehicle information processing method according to claim 12 is the vehicle information processing method according to claim 10, wherein the regulation describes a condition that hinders matching between the link source information and the link destination information,
As an array process following the control information setting process,
When the plurality of control information set are not arranged based on the occurrence times related to the events described respectively, an arrangement process of arranging the plurality of control information in time series is performed,
As a subsequent inspection process,
Among the plurality of pieces of control information arranged in time series, a control that has the latest occurrence time of the described event by going back in time from the occurrence time of the event described in the inspected information or by advancing the time. From the information, in order to detect the control information that satisfies the matching or the inhibition specified in the standard in advance, the control to be tested without reaching the detection Execute the inspection process to check whether the information is lost,
As a judgment process that follows,
Based on the result detected earlier, if the information to be inspected matches the reference information, the information to be inspected is determined to be highly reliable, and on the other hand, the inhibition is not established or the detection is not reached. When there is no contrast information to be inspected, a process of determining the inspected information as a low confidence level is executed.

  A vehicle information processing method according to a thirteenth aspect is the method according to any one of the tenth, eleventh or twelfth aspects, wherein the vehicle information management device includes a purchase information organizing unit, and the purchase information is arranged after the determination process. A storage process in which the information organizing unit stores the inspected information received from the information inspection processing unit and the vehicle information organized based on the reliability of the inspection result in the information holding unit as the already generated vehicle information. It is characterized by performing.

  A vehicle information processing method according to a fourteenth aspect is the method according to any one of the tenth to thirteenth aspects, wherein the information inspection processing means or the purchase information organizing means follows the determination process, and the determination is made. Each inspected vehicle that has been aggregated by adding the new existing vehicle information to the existing existing vehicle information that has been read as the information on the inspected with credibility attached thereto, A data agglomeration process is performed in which serial numbers in time series based on the occurrence times of the events described in the respective information are added to the information, and the already generated vehicle information that has been agglomerated are arranged in the order of the serial numbers. The agglomeration storing process is performed in which the agglomerates are collectively recorded and stored in the above-mentioned or other arbitrary information holding means.

The vehicle information processing method according to claim 15 is the vehicle information processing method according to any one of claims 13 and 14, wherein the vehicle information management device performs sales information for organizing sales vehicle information based on the already generated vehicle information. The purchase information organizing means by assessing the value of the purchased vehicle information organized by the purchase information organizing means or the price of the sales vehicle information based on the inspected information with inspected reliability with the organizing means Or an information value assessing means for providing an appraisal price to the sales information organizing means,
The information exchanging means is a vehicle designation information and a request for selling desired information based on the vehicle information input from the user side device via a communication network, or a vehicle information purchase request and purchase target Execute the acceptance process to accept the input information loaded with any of the vehicle information,
The purchase information organizing means performs a purchase sending process of selecting information suitable for purchase based on a predetermined selection criterion from the inspected information after the determination process and sending it to the information value assessment means,
The information value assessment means determines a purchase price of the inspected information based on the inspection result, and executes a purchase assessment process to provide the purchase information organization means as an assessment price,
The purchase information organization means executes a purchase organization process for organizing purchased vehicle information based on the assessed value provided from the information value assessing means and the inspected information, and the purchased vehicle information is Execute the storing process to store in the information holding means,
Further, when the information inspection processing means detects the vehicle designation information and the sales request for the desired information from the input information, the sales information organizing means searches the information holding means based on the desired information and corresponds. Taking out the already generated vehicle information, and executing a sales sending process in which part or all of the existing vehicle information is sent to the information value assessment means as sales information that is the existing vehicle information,
The information price assessment means determines the sales price of the sales information based on the reliability of the taken out vehicle information, and executes a sales assessment process to provide the sales information organization means as an assessment price;
The sales information organization means executes a sales organization process for organizing sales vehicle information based on the sales information and the appraisal value provided from the information value assessment means,
The information exchanging means executes a sending process of sending the organized sales vehicle information to the user side device via a communication network.

  A vehicle information processing method according to a sixteenth aspect is the method according to any one of the tenth to fifteenth aspects, wherein the execution time of the inspection process is set to be after the provision of the inspected information before the execution of the inspection process. The information inspection processing means is instructed to give the information to be inspected when the control information is given after the time when the information to be inspected is given. A storage process is performed in which storage is performed until the execution time or the execution time after the reference information is given.

  A vehicle information processing method according to claim 17 is the vehicle information processing method according to any one of claims 10 to 16, wherein, in the determination process, a plurality of different criteria are applied to one piece of information to be inspected. When an inspection result is obtained, the information inspection processing unit integrally determines the consistency of the information to be inspected according to a given integrated determination criterion.

  The vehicle information processing method according to claim 18 is the vehicle information processing method according to any one of claims 10 to 17, wherein the information inspection processing means or the purchase information organization means is subjected to the inspection or the integrated determination. A quantification process is performed in which reliability is given to inspection information in multiple steps or numerical values based on a predetermined rule or a predetermined calculation standard.

  The vehicle information processing method according to claim 19 is the vehicle information processing method according to any one of claims 10 to 18, wherein the information inspection processing means does not require the inspection because the input information has already been inspected outside. Incorporation process of information given from outside or given as a given case, with confidence exceeding the threshold of the given case, and when the occurrence time is set as existing vehicle information with confidence set It is characterized by performing.

  A vehicle information processing method according to a twentieth aspect is the method according to any one of the tenth to twentieth aspects, wherein the consistency among the already generated vehicle information stored in the information holding means at any time. The information inspection processing means includes a re-execution process in which the inspection is re-executed for those that do not satisfy the above or the credibility does not exceed a given threshold value.

  The vehicle information processing method according to claim 21 is the vehicle information processing method according to any one of claims 13 to 20, wherein the purchase information organizing means determines an arbitrary time or a time designated from outside or other means. As a starting point, vehicle specifications that have been stored in the information holding means and have an occurrence time before the starting point, owner, user, insurance, inspection, repair, incident, accident, lease, buying or selling, A history information compiling process for generating each history information up to the starting point at the starting point or at an arbitrary time after the starting point is executed based on the other already generated vehicle information.

The vehicle information processing method according to claim 22 is the vehicle information processing method according to claim 10 or any one of claims 13 to 21, wherein the item (b) of the link source information is:
Application for registration of vehicle specification change or vehicle verification or acceptance, and content of vehicle specifications,
And the time of occurrence of the link source event is
The registration date of the specification change notification or the application date or acceptance date of the vehicle verification,
And
The item (b) of the link destination information is
Registration of repair work and updated vehicle specifications,
And the occurrence time of the linked event is
The contract date or work date or delivery date
And
The matching condition of the item (c) is
The content of the vehicle specification described in the link destination information is the same as part or all of the content of the vehicle specification described in the link source information.
And
The time series order of the item (a) is
The occurrence time of the linked event is the same as or earlier than the occurrence time of the linked event,
Each of these is defined by a predetermined code, symbol, code, code, numerical value, or character string.

The vehicle information processing method according to claim 23 is the vehicle information processing method according to claim 11 or any one of claims 13 to 21, and the reference is that the item (b) of the link source information is:
Registration of application for vehicle verification or acceptance of vehicle verification,
And the time of occurrence of the link source event is
The date of application or acceptance of the vehicle verification,
And
The link destination information includes registration of enrollment in automobile liability insurance, and the occurrence timing of the link destination event is closest to the occurrence timing of the link source event,
The item (b) of the link destination information is
Registration related to a new contract or succession of automobile liability insurance,
And the occurrence time of the linked event is
The new contract date or contract success date,
And
The matching condition of the item (c) is
The chassis number described in the link destination information matches the chassis number described in the link source information.
And
The time series order of the item (a) is
The occurrence time of the linked event is the same as or earlier than the occurrence time of the linked event;
Each of these is defined by a predetermined code, symbol, code, code, numerical value, or character string.

The vehicle information processing method according to claim 24 is the vehicle information processing method according to claim 10 or any one of claims 13 to 21, wherein the item (b) of the link source information is
Issuance of vehicle verification or registration of receipt of vehicle verification,
And the time of occurrence of the link source event is
The application date or registration date or delivery date for vehicle verification,
And
The item (b) of the link destination information is
Registration of new contract or succession of voluntary automobile insurance,
And the occurrence time of the linked event is
The new contract date or contract success date,
And
The matching condition of the item (c) is
The chassis number described in the link destination information matches the chassis number described in the link source information;
And
The time series order of the item (a) is
The occurrence time of the linked event is the same as or later than the occurrence time of the linked event;
Each of these is defined by a predetermined code, symbol, code, code, numerical value, or character string.

The vehicle information processing method according to claim 25 is the vehicle information processing method according to claim 11 or any one of claims 13 to 21, wherein the item (b) of the link source information is:
Registration of changes in vehicle specifications or registration of application or acceptance of vehicle verification, and details of vehicle specifications,
And the time of occurrence of the link source event is
The registration date of the specification change notification or the application date or acceptance date of the vehicle verification,
And
The link destination information includes the registration of the vehicle lease contract, and the occurrence time of the link destination event is the latest occurrence time of the link source event,
The item (b) of the link destination information is
Registration of the vehicle lease contract and the vehicle specifications described in the contract,
And the occurrence time of the linked event is
The vehicle lease contract date,
And
The matching condition of the item (c) is
There is no contradiction between the content of the vehicle specification described in the link destination information and the content of the vehicle specification described in the link source information.
And
The time series order of the item (a) is
The occurrence time of the linked event is the same as or later than the occurrence time of the linked event;
Each of these is defined by a predetermined code, symbol, code, code, numerical value, or character string.

A vehicle information processing method according to a twenty-sixth aspect is the one according to any one of the eleventh or thirteenth to twenty-first aspects, wherein the item (b) of the link source information includes:
Registration of vehicle specification change registration or vehicle verification application or acceptance, and the details of the vehicle specification,
And the time of occurrence of the link source event is
The registration date of the specification change notification or the application date or acceptance date of the vehicle verification,
And
The link destination information includes the registration of a vehicle sales contract, and the occurrence time of the link destination event is the latest occurrence time of the link source event,
The item (b) of the link destination information is
Registration of the vehicle sales contract and the vehicle specifications described in the contract,
And the occurrence time of the linked event is
The contract date of the vehicle sales contract,
And
The matching condition of the item (c) is
There is no contradiction between the content of the vehicle specification described in the link destination information and the content of the vehicle specification described in the link source information.
And
The time series order of the item (a) is
The occurrence time of the linked event is the same as or later than the occurrence time of the linked event;
Each of these is defined by a predetermined code, symbol, code, code, numerical value, or character string.

The vehicle information processing method according to claim 27 is the vehicle information processing method according to claim 11 or any one of claims 13 to 21, wherein the item (b) of the link source information is:
The change registration of the owner name of the vehicle and the description of the owner,
And the time of occurrence of the link source event is
The date of change registration in the name of the owner,
And
The link destination information includes the registration in the name of the owner of the vehicle, and the occurrence time of the link destination event is closest to the occurrence time of the link source event,
The item (b) of the link destination information is
The change registration of the owner name of the vehicle and the description of the owner,
And the occurrence time of the linked event is
The date of change registration in the name of the owner,
And
The matching condition of the item (c) is
The new owner of the description in the link destination information matches the old owner of the description in the link source information;
And
The time series order of the item (a) is
The occurrence time of the link destination event is earlier than the occurrence time of the link source event;
Each of these is defined by a predetermined code, symbol, code, code, numerical value, or character string.

The vehicle information processing method according to claim 28 is the vehicle information processing method according to claim 11 or any one of claims 13 to 21, wherein the criterion is that the item (b) of the link source information is:
The change registration of the owner name of the vehicle and the description of the owner,
And the time of occurrence of the link source event is
The date of change registration in the name of the owner,
And
The link destination information includes the registration in the name of the owner of the vehicle, and the occurrence time of the link destination event is closest to the occurrence time of the link source event,
The item (b) of the link destination information is
The change registration of the owner name of the vehicle and the description of the owner,
And the occurrence time of the linked event is
The date of change registration in the name of the owner,
And
The matching condition of the item (c) is
The old owner of the description in the link information matches the new owner of the description in the link source information;
And
The time series order of the item (a) is
The occurrence time of the link destination event is after the occurrence time of the link source event;
Each of these is defined by a predetermined code, symbol, code, code, numerical value, or character string.

A vehicle information processing method according to a twenty-ninth aspect is the one according to any one of the tenth or the thirteenth to twenty-first aspects, wherein the item (b) of the link source information is:
Registration of the owner or / and user name change of the vehicle and a description of the owner or / and user;
And the time of occurrence of the link source event is
The registration date of the name change notification,
And
The item (b) of the link destination information is
Registration of the application or acceptance of vehicle verification and the description of the owner or / and user;
And the occurrence time of the linked event is
The date of application or acceptance of the vehicle verification,
And
The matching condition of the item (c) is
The owner or / and user of the description matches the link destination information and the owner or / and user of the description match the link source information;
And
The time series order of the item (a) is
The occurrence time of the linked event is the same date as the occurrence time of the linked event;
Each of these is defined by a predetermined code, symbol, code, code, numerical value, or character string.

A vehicle information processing method according to a thirty-third aspect is the one according to any one of the eleventh or thirteenth to twenty-first aspects, wherein the item (b) of the link source information is:
Registration of the owner or / and user name change of the vehicle and a description of the owner or / and user;
And the time of occurrence of the link source event is
The registration date of the name change,
And
The link destination information includes the registration of the automobile liability insurance contract or succession, and the time of occurrence of the link destination event is the closest to the time of occurrence of the link source event,
The item (b) of the link destination information is
Registration of new contract or succession of automobile liability insurance, and description of contractor,
And the occurrence time of the linked event is
The new contract date or contract success date,
And
The matching condition of the item (c) is
The contractor described in the link destination information matches either the owner or user of the description in the link source information;
And
The time series order of the item (a) is
The occurrence time of the linked event is the same as or later than the occurrence time of the linked event;
Each of these is defined by a predetermined code, symbol, code, code, numerical value, or character string.

The vehicle information processing method according to a thirty-first aspect is the one according to any one of the eleventh or thirteenth to twenty-first aspects, wherein the item (b) of the link source information is:
Registration of change of ownership of the vehicle and a description of the owner,
And the time of occurrence of the link source event is
The registration date of the name change,
And
The link destination information includes the registration of the vehicle lease contract, and the occurrence time of the link destination event is the latest occurrence time of the link source event,
The item (b) of the link destination information is
Registration of the vehicle rental contract and the description of the lender,
And the occurrence time of the linked event is
The contract date,
And
The matching condition of the item (c) is
The lender described in the link destination information matches the owner of the description in the link source information;
And
The time series order of the item (a) is
The occurrence time of the link destination event is after the occurrence time of the link source event;
Each of these is defined by a predetermined code, symbol, code, code, numerical value, or character string.

A vehicle information processing method according to a thirty-second aspect is the one according to any one of the eleventh or thirteenth to twenty-first aspects, wherein the item (b) of the link source information
Registration of change of ownership of the vehicle and a description of the owner,
And the time of occurrence of the link source event is
The registration date of the name change,
And
The link destination information includes the registration of a vehicle sales contract, and the occurrence time of the link destination event is the latest occurrence time of the link source event,
The item (b) of the link destination information is
Registration of vehicle sales contract and description of seller,
And the occurrence time of the linked event is
The contract date,
And
The matching condition of the item (c) is
The seller described in the link destination information matches the owner of the description in the link source information;
And
The time series order of the item (a) is
The occurrence time of the link destination event is after the occurrence time of the link source event;
Each of these is defined by a predetermined code, symbol, code, code, numerical value, or character string.

A vehicle information processing method according to a thirty-third aspect is the one according to any one of the tenth or thirteenth to twenty-first aspects, wherein the item (b) of the link source information is:
Registration that received a vehicle damage insurance claim corresponding to a vehicle self-injury accident, and description of the person to be paid,
And the time of occurrence of the link source event is
The date of payment of the vehicle damage insurance,
And
The item (b) of the link destination information is
Registration of the vehicle damage insurance contract or succession corresponding to the vehicle self-injury accident, and description of the contractor or successor,
And the occurrence time of the linked event is
It must be the contract date or succession date of the vehicle accident insurance corresponding to the vehicle self-injury accident,
And
The matching condition of the item (c) is
The vehicle accident insurance policyholder or successor described in the link destination information matches the vehicle accident insurance claimee described in the link source information,
And
The time series order of the item (a) is
The occurrence time of the link destination event is earlier than the occurrence time of the link source event;
Each of these is defined by a predetermined code, symbol, code, code, numerical value, or character string.

A vehicle information processing method according to a thirty-fourth aspect is the one according to any one of the eleventh or thirteenth to twenty-first aspects, wherein the item (b) of the link source information is:
Registration of new contract or contract succession for voluntary automobile insurance, description of contractor or successor,
And the time of occurrence of the link source event is
The new contract date or contract success date,
And
The link destination information includes the registration of the vehicle owner or / and user name change, and the occurrence timing of the link destination event is the latest occurrence timing of the link source event,
The item (b) of the link destination information is
Registration of the owner or / and user name change of the vehicle and a description of the owner or / and user;
And the occurrence time of the linked event is
The name change registration date,
And
The matching condition of the item (c) is
The owner or / and user of the description in the link destination information and the contractor or successor of the description in the link source information match;
And
The time series order of the item (a) is
The occurrence time of the link destination event is earlier than the occurrence time of the link source event;
Each of these is defined by a predetermined code, symbol, code, code, numerical value, or character string.

A vehicle information processing method according to a thirty-fifth aspect is the one according to any one of the eleventh or thirteenth to twenty-first aspects, wherein the item (b) of the link source information is:
Registration of new contract or contract succession for automobile liability insurance and description of contractor or successor;
And the time of occurrence of the link source event is
The new contract date or contract success date,
And
The link destination information includes the registration of the vehicle owner or / and user name change, and the occurrence timing of the link destination event is the latest occurrence timing of the link source event,
The item (b) of the link destination information is
Registration of the owner or / and user name change of the vehicle and a description of the owner or / and user;
And the occurrence time of the linked event is
The name change registration date,
And
The matching condition of the item (c) is
The owner or / and user of the description in the link destination information and the contractor or successor of the description in the link source information match;
And
The time series order of the item (a) is
The occurrence time of the linked event is the same as or later than the occurrence time of the link source event;
Each of these is defined by a predetermined code, symbol, code, code, numerical value, or character string.

A vehicle information processing method according to a thirty-sixth aspect is the method according to any one of the tenth or thirteenth to twenty-first aspects, wherein the item (b) of the link source information includes:
Registration of new policy or succession of insurance for vehicle and description of new contractor or successor,
And the time of occurrence of the link source event is
The new contract date or contract success date,
And
The item (b) of the link destination information is
Registration of cancellation or contract succession of insurance related to vehicle and description of surrender or successor;
And the occurrence time of the linked event is
The date of termination or contract succession,
And
The matching condition of the item (c) is
The insurance related to the vehicle indicated by the link destination information matches the insurance related to the vehicle indicated by the link source information, and
The cancelee described in the link destination information matches the new contractor or contract successor described in the link source information, or the successor described in the link destination information and the new contractor described in the link source information Or that the contract successor matches,
And
The time series order of the item (a) is
The occurrence time of the link destination event is after the occurrence time of the link source event;
Each of these is defined by a predetermined code, symbol, code, code, numerical value, or character string.

A vehicle information processing method according to a thirty-seventh aspect is the one according to any one of the tenth or thirteenth to twenty-first aspects, wherein the item (b) of the link source information includes:
Registration of receipt of insurance claims related to vehicle damage and description of vehicle loss details,
And the time of occurrence of the link source event is
The insurance payment date,
And
The item (b) of the link destination information is
Registration of maintenance inspection and repair of the damaged part of the car and the description of the contents of the car loss,
And the occurrence time of the linked event is
It is a maintenance inspection repair day,
And
The matching condition of the item (c) is
The vehicle loss content described in the link destination information matches the vehicle loss content described in the link source information.
And
The time series order of the item (a) is
The occurrence time of the link destination event is the same as the occurrence time of the link source event, or before or after within a predetermined range;
Each of these is defined by a predetermined code, symbol, code, code, numerical value, or character string.

The vehicle information processing method according to a thirty-eighth aspect is the one according to any one of the tenth or thirteenth to twenty-first aspects, wherein the item (b) of the link source information is:
Registration of insurance payment related to vehicle damage and description of vehicle loss details,
And the time of occurrence of the link source event is
The insurance payment date,
And
The item (b) of the link destination information is
Registration of accident and description of car loss details,
And the occurrence time of the linked event is
The date of the accident,
And
The matching condition of the item (c) is
The vehicle loss content described in the link destination information matches the vehicle loss content described in the link source information.
And
The time series order of the item (a) is
The occurrence time of the link destination event is earlier than the occurrence time of the link source event;
Each of these is defined by a predetermined code, symbol, code, code, numerical value, or character string.

A vehicle information processing method according to a thirty-ninth aspect is the one according to any one of the tenth or thirteenth to twenty-first aspects, wherein the item (b) of the link source information is:
Registration of maintenance and repair that changes the vehicle specifications, and description of the contents of the vehicle specifications,
And the time of occurrence of the link source event is
The maintenance date,
And
The item (b) of the link destination information is
Registration of vehicle specifications and description of vehicle specifications,
And the occurrence time of the linked event is
The date of declaration or registration of the vehicle specification change,
And
The matching condition of the item (c) is
The content of the vehicle specification described by the link destination information matches the content of the vehicle specification described by the link source information;
And
The time series order of the item (a) is
The occurrence time of the linked event is the same as or later than the occurrence time of the link source event;
Each of these is defined by a predetermined code, symbol, code, code, numerical value, or character string.

The vehicle information processing method according to claim 40 is the vehicle information processing method according to claim 11 or any one of claims 13 to 21, wherein the reference is that the item (b) of the link source information is:
Registration of maintenance and repair to change the vehicle specifications described in the vehicle verification, and description of the contents of the vehicle specifications,
And the time of occurrence of the link source event is
The maintenance date,
And
Among the link destination information, which includes registration of vehicle verification issuance, the occurrence time of the link destination event is the latest occurrence time of the link source event,
The item (b) of the link destination information is
Registration of vehicle verification issued and description of vehicle specifications,
And the occurrence time of the linked event is
The date of vehicle verification issuance,
And
The matching condition of the item (c) is
The content of the vehicle specification described by the link destination information matches the content of the vehicle specification described by the link source information;
And
The time series order of the item (a) is
The occurrence time of the linked event is the same as or later than the occurrence time of the link source event;
Each of these is defined by a predetermined code, symbol, code, code, numerical value, or character string.

The vehicle information processing method according to claim 41 is the vehicle information processing method according to claim 10 or any one of claims 13 to 21, wherein the reference is at least a part, member, component, or apparatus constituting the vehicle. As one of the target equipment,
The link source information is
Registration of maintenance inspection and repair of the existing equipment object and description of the equipment object,
Or
A new registration of the equipment target and a description of the equipment target;
And the occurrence time of the link source event is
It is the contract date or work date or delivery date for maintenance, inspection, repair or installation,
And
The item (b) of the link destination information is
Registration of maintenance inspection and repair of the existing equipment object and description of the equipment object,
Or
A new registration of the equipment target and a description of the equipment target;
Or
Registration of vehicle specifications and description of vehicle specifications,
And the occurrence time of the linked event is
It is the date of maintenance inspection of the existing equipment object, or
The date of installation of the new target equipment, or
The registration date of the vehicle specification,
And
The matching condition of the item (c) is
The equipment target described in the link destination information corresponds to the equipment target described in the link source information.
And
The time series order of the item (a) is
The occurrence time of the linked event is the same as or earlier than the occurrence time of the linked event;
Each of these is defined by a predetermined code, symbol, code, code, numerical value, or character string.

A vehicle information processing method according to claim 42 is the vehicle information processing method according to claim 10 or any one of claims 13 to 21, wherein the item (b) of the link source information is:
Registration of maintenance inspection including the description of the place where maintenance inspection has been performed,
And the time of occurrence of the link source event is
It is a maintenance inspection repair day,
And
The item (b) of the link destination information is
Registration of maintenance inspection including the description of the place where maintenance inspection has been performed,
And the occurrence time of the linked event is
It is a maintenance inspection repair day,
And
The matching condition of the item (c) is
The distance between the location described in the link destination information and the location described in the link source information is a distance that can be moved by the vehicle on the same day,
And
The time series order of the item (a) is
The occurrence time of the linked event is the same date as the occurrence time of the linked event;
Each of these is defined by a predetermined code, symbol, code, code, numerical value, or character string.

The vehicle information processing method according to claim 43 is the vehicle information processing method according to claim 10 or any one of claims 13 to 21, wherein the reference is at least one of a part, a member, a component, or an apparatus constituting the vehicle. As an equipment target,
The item (b) of the link source information is
Registration of maintenance / inspection / repair, including description of equipment,
And the time of occurrence of the link source event is
It is a maintenance inspection repair day,
And
The item (b) of the link destination information is
Registration of maintenance / inspection / repair, including description of equipment,
And the occurrence time of the linked event is
It is a maintenance inspection repair day,
And
The matching condition of the item (c) is
The equipment target described in the link destination information matches the equipment target described in the link source information.
And
The time series order of the item (a) is
The occurrence time of the link destination event is after the occurrence time of the link source event;
Each of these is defined by a predetermined code, symbol, code, code, numerical value, or character string.

The vehicle information processing method according to claim 44 is the vehicle information processing method according to claim 10 or any one of claims 13 to 21, wherein the item (b) of the link source information includes:
Registration for maintenance, inspection and repair, including a description of car damage details
And the time of occurrence of the link source event is
It is a maintenance inspection repair day,
And
The item (b) of the link destination information is
Registration of insurance payment related to vehicle loss, including description of vehicle loss details,
And the occurrence time of the linked event is
The insurance payment date,
And
The matching condition of the item (c) is
The vehicle loss content described in the link destination information matches the vehicle loss content described in the link source information.
And
The time series order of the item (a) is
The occurrence time of the linked event is the same as the occurrence time of the link source event, or before or after within a predetermined range;
Each of these is defined by a predetermined code, symbol, code, code, numerical value, or character string.

The vehicle information processing method according to claim 45 is the vehicle information processing method according to claim 10 or any one of claims 13 to 21, wherein the reference is that the item (b) of the link source information is:
Registration for vehicle repair including a description of the accident,
And the time of occurrence of the link source event is
The vehicle repair date,
And
The item (b) of the link destination information is
Be a vehicle accident registration, including a description of the accident,
And the occurrence time of the linked event is
The date of the accident,
And
The matching condition of the item (c) is
The accident details described in the link destination information match the accident details described in the link source information;
And
The time series order of the item (a) is
The occurrence time of the link destination event is earlier than the occurrence time of the link source event;
Each of these is defined by a predetermined code, symbol, code, code, numerical value, or character string.

A vehicle information processing method according to claim 46 is the one according to claim 10 or any one of claims 13 to 21,
The criterion is that the item (b) of the link source information is:
Accident registration that includes a description of the damage caused by the accident that occurred,
And the time of occurrence of the link source event is
The date of the accident,
And
The item (b) of the link destination information is
Registration of vehicle repairs, including a description of the damage,
And the occurrence time of the linked event is
The vehicle repair date,
And
The matching condition of the item (c) is
The description of damage in the link destination information is consistent with the description of damage in the link source information;
And
The time series order of the item (a) is
The occurrence time of the link destination event is earlier than the occurrence time of the link source event;
Are defined by a predetermined code, symbol, sign, code, numerical value, or character string, and
In the inspection process, the information to be inspected is not considered to be reliable when the criterion is satisfied.

The vehicle information processing method according to claim 47 is the vehicle information processing method according to claim 10 or any one of claims 13 to 21, wherein the item (b) of the link source information is:
Accident registration that includes a description of the damage caused by the accident that occurred,
And the time of occurrence of the link source event is
The date of the accident,
And
The item (b) of the link destination information is
Registration of vehicle repairs, including a description of the damage,
And the occurrence time of the linked event is
The vehicle repair date,
And
The matching condition of the item (c) is
The description of damage in the link destination information is consistent with the description of damage in the link source information;
And
The time series order of the item (a) is
The occurrence time of the link destination event is after the occurrence time of the link source event;
Each of these is defined by a predetermined code, symbol, code, code, numerical value, or character string.

The vehicle information processing method according to claim 48 is the vehicle information processing method according to claim 10 or any one of claims 13 to 21, wherein the item (b) of the link source information is:
Accident registration that includes a description of the accident that occurred on the vehicle,
And the time of occurrence of the link source event is
The date of the accident,
And
The item (b) of the link destination information is
Registration of the payment of vehicle insurance claims including a description of the accident,
And the occurrence time of the linked event is
The date of payment of the vehicle damage insurance,
And
The matching condition of the item (c) is
The accident details described in the link destination information match the accident details described in the link source information;
And
The time series order of the item (a) is
The occurrence time of the link destination event is after the occurrence time of the link source event;
Each of these is defined by a predetermined code, symbol, code, code, numerical value, or character string.

The vehicle information processing method according to claim 49 is the vehicle information processing method according to claim 10 or any one of claims 13 to 21, wherein the item (b) of the link source information is:
Registration of incidents or accidents related to the vehicle, or registration of incident history or accident history,
And the time of occurrence of the link source event is
The date of the incident or accident,
And
The item (b) of the link destination information is
Registration of a vehicle sales contract that includes a description of the incident or accident, or the incident history or accident history,
And the occurrence time of the linked event is
The sales contract date,
And
The matching condition of the item (c) is
The incident or accident or incident history or accident history described in the linked information is consistent with the incident or accident or incident history or accident history described in the link source information;
And
The time series order of the item (a) is
The occurrence time of the link destination event is not earlier than the occurrence time of the link source event;
Each of these is defined by a predetermined code, symbol, code, code, numerical value, or character string.

The vehicle information processing method according to claim 50 is the vehicle information processing method according to claim 11 or any one of claims 13 to 21, wherein the item (b) of the link source information is:
The registration of a vehicle lease agreement that includes a description of the creditor,
And the time of occurrence of the link source event is
The lease contract date,
And
The link destination information includes the registration of the vehicle owner, and the occurrence time of the link destination event is the closest to the occurrence time of the link source event,
The item (b) of the link destination information is
The vehicle owner's registration including the owner's description,
And the occurrence time of the linked event is
The vehicle owner ’s registration date,
And
The matching condition of the item (c) is
That the vehicle owner described in the link information matches the creditor described in the link source information;
And
The time series order of the item (a) is
The occurrence time of the link destination event is earlier than the occurrence time of the link source event;
Each of these is defined by a predetermined code, symbol, code, code, numerical value, or character string.

The vehicle information processing method according to claim 51 is the vehicle information processing method according to claim 10 or any one of claims 13 to 21, wherein the criterion is that the item (b) of the link source information is:
Registration of a vehicle rental contract that includes a description of the repair details or repair history,
And the time of occurrence of the link source event is
The lease contract date,
And
The item (b) of the link destination information is
Repair registration including a description of repair details or repair history,
And the occurrence time of the linked event is
The date of repair occurrence,
And
The matching condition of the item (c) is
The repair contents or repair history described in the link destination information and the repair contents or repair history described in the link source information match.
And
The time series order of the item (a) is
The occurrence time of the link destination event is earlier than the occurrence time of the link source event;
Each of these is defined by a predetermined code, symbol, code, code, numerical value, or character string.

The vehicle information processing method according to claim 52 is the vehicle information processing method according to claim 10 or any one of claims 13 to 21, wherein the item (b) of the link source information is:
The registration of a vehicle rental agreement that includes a description of the incident or history of the incident;
And the time of occurrence of the link source event is
The lease contract date,
And
The item (b) of the link destination information is
A case and accident registration that includes a description of the case and the history of the case and incident,
And the occurrence time of the linked event is
The date of the incident,
And
The matching condition of the item (c) is
The content of the incident or accident described in the link destination information is consistent with the history of the accident or accident described in the link source information;
And
The time series order of the item (a) is
The occurrence time of the link destination event is earlier than the occurrence time of the link source event;
Each of these is defined by a predetermined code, symbol, code, code, numerical value, or character string.

The vehicle information processing method according to claim 53 is the vehicle information processing method according to claim 10 or any one of claims 13 to 21, wherein the item (b) of the link source information is:
Registration of cancellation or termination of the vehicle's lease agreement including the description of the lessee,
And the time of occurrence of the link source event is
The cancellation or termination date of the lease agreement,
And
The item (b) of the link destination information is
The registration of a lease agreement for the vehicle, including a description of the lessee,
And the occurrence time of the linked event is
The lease contract date,
And
The matching condition of the item (c) is
Link destination information describing a lease contract with the same lessee exists prior to the occurrence of the link source event,
And
The time series order of the item (a) is
The occurrence time of the link destination event is earlier than the occurrence time of the link source event;
Each of these is defined by a predetermined code, symbol, code, code, numerical value, or character string.

The vehicle information processing method according to claim 54 is the vehicle information processing method according to claim 10 or any one of claims 13 to 21, wherein the item (b) of the link source information includes:
Registration of a lease agreement for the vehicle,
And the time of occurrence of the link source event is
The lease contract date,
And
The item (b) of the link destination information is
Registration of a lease agreement for the vehicle,
And the occurrence time of the linked event is
The lease contract date,
And
The matching condition of the item (c) is
Link destination information describing the other lease contract exists after the time of the occurrence of the link source event and while the lease is ongoing,
And
The time series order of the item (a) is
The occurrence time of the link destination event is after the occurrence time of the link source event;
Are defined by a predetermined code, symbol, sign, code, numerical value, or character string, and
In the inspection process, the information to be inspected is not considered to be reliable when the criterion is satisfied.

The vehicle information processing method according to claim 55 is the vehicle information processing method according to claim 10 or any one of claims 13 to 21, wherein the item (b) of the link source information is the reference,
Registration of a lease agreement for the vehicle,
And the time of occurrence of the link source event is
The lease contract date,
And
The item (b) of the link destination information is
Registration of a sales contract for the vehicle,
And the occurrence time of the linked event is
The sales contract date,
And
The matching condition of the item (c) is
Link destination information describing the above sales contract exists after the time of occurrence of the link source event and while the lease is ongoing,
And
The time series order of the item (a) is
The occurrence time of the link destination event is after the occurrence time of the link source event;
Are defined by a predetermined code, symbol, sign, code, numerical value, or character string, and
In the inspection process, the information to be inspected is not considered to be reliable when the criterion is satisfied.

The vehicle information processing method according to claim 56 is the vehicle information processing method according to claim 11 or any one of claims 13 to 21, wherein the item (b) of the link source information is:
Registration of a vehicle sales contract that includes the description of the seller,
And the time of occurrence of the link source event is
The sales contract date,
And
The link destination information includes the registration of the vehicle owner, and the occurrence time of the link destination event is the closest to the occurrence time of the link source event,
The item (b) of the link destination information is
The vehicle owner's registration including the owner's description,
And the occurrence time of the linked event is
The vehicle owner ’s registration date,
And
The matching condition of the item (c) is
The vehicle owner described in the link information matches the seller described in the link source information;
And
The time series order of the item (a) is
The occurrence time of the link destination event is earlier than the occurrence time of the link source event;
Each of these is defined by a predetermined code, symbol, code, code, numerical value, or character string.

The vehicle information processing method according to claim 57 is the vehicle information processing method according to claim 11 or any one of claims 13 to 21, wherein the item (b) of the link source information is:
Registration of a vehicle sales contract that includes a description of the vehicle specifications,
And the time of occurrence of the link source event is
The sales contract date,
And
The link destination information includes the registration of the vehicle specification, and the occurrence time of the link destination event is the latest occurrence time of the link source event,
The item (b) of the link destination information is
Registration of vehicle specifications including description of specifications,
And the occurrence time of the linked event is
The registration date of the vehicle specification,
And
The matching condition of the item (c) is
The content of the vehicle specification described in the link destination information matches the content of the vehicle specification described in the link source information;
And
The time series order of the item (a) is
The occurrence time of the link destination event is earlier than the occurrence time of the link source event;
Each of these is defined by a predetermined code, symbol, code, code, numerical value, or character string.

The vehicle information processing method according to claim 58 is the vehicle information processing method according to claim 11 or any one of claims 13 to 21, wherein the reference is that the item (b) of the link source information is:
Registration of a vehicle sales contract that includes a description of the owner or user, or the history of the owner or user,
And the time of occurrence of the link source event is
The sales contract date,
And
The link destination information includes the owner registration or user registration, and the occurrence time of the link destination event is the latest occurrence time of the link source event,
The item (b) of the link destination information is
Owner registration or user registration including a description of the owner or user, or the history of the owner or user,
And the occurrence time of the linked event is
The owner registration date or user registration date,
And
The matching condition of the item (c) is
The owner or user of the description in the link destination information, or the history of the owner or user,
The link source information is consistent with the owner or user of the description, or the history of the owner or user,
And
The time series order of the item (a) is
The occurrence time of the link destination event is earlier than the occurrence time of the link source event;
Each of these is defined by a predetermined code, symbol, code, code, numerical value, or character string.

A vehicle information processing method according to a 59th aspect is the vehicle information processing method according to the 10th aspect or the 13th to 21st aspects, wherein the item (b) of the link source information includes:
Registration of a vehicle sales contract that includes a description of repair details or repair history,
And the time of occurrence of the link source event is
The sales contract date,
And
The item (b) of the link destination information is
Repair registration including a description of repair details or repair history,
And the occurrence time of the linked event is
The date of repair occurrence,
And
The matching condition of the item (c) is
The repair contents or repair history described in the link destination information and the repair contents or repair history described in the link source information match.
And
The time series order of the item (a) is
The occurrence time of the link destination event is earlier than the occurrence time of the link source event;
Each of these is defined by a predetermined code, symbol, code, code, numerical value, or character string.

A vehicle information processing method according to claim 60 is the vehicle information processing method according to claim 10 or any one of claims 13 to 21, wherein the reference is that the item (b) of the link source information is:
Registration of a vehicle sales contract that includes a description of the incident or history of the incident,
And the time of occurrence of the link source event is
The sales contract date,
And
The item (b) of the link destination information is
A case and accident registration that includes a description of the case and the history of the case and incident,
And the occurrence time of the linked event is
The date of the incident,
And
The matching condition of the item (c) is
The content of the incident or accident described in the link destination information is consistent with the history of the accident or accident described in the link source information;
And
The time series order of the item (a) is
The occurrence time of the link destination event is earlier than the occurrence time of the link source event;
Each of these is defined by a predetermined code, symbol, code, code, numerical value, or character string.

The vehicle information processing method according to claim 61 is the vehicle information processing method according to claim 11 or any one of claims 13 to 21, wherein the item (b) of the link source information is:
Registration of the contract, including the description of the seller of the vehicle sales contract,
And the time of occurrence of the link source event is
The sales contract date,
And
The link destination information includes the registration of a vehicle sales contract, and the occurrence time of the link destination event is the closest to the occurrence time of the link source event,
The item (b) of the link destination information is
Registration of the contract including the description of the buyer of the vehicle sales contract,
And the occurrence time of the linked event is
The sales contract date,
And
The matching condition of the item (c) is
The buyer described in the link information matches the seller described in the link source information;
And
The time series order of the item (a) is
The occurrence time of the link destination event is earlier than the occurrence time of the link source event;
Each of these is defined by a predetermined code, symbol, code, code, numerical value, or character string.

The vehicle information processing method according to claim 62 is the vehicle information processing method according to claim 11 or any one of claims 13 to 21, wherein the item (b) of the link source information is:
Registration of the contract including the description of the buyer of the vehicle sales contract,
And the time of occurrence of the link source event is
The sales contract date,
And
The link destination information includes the registration of a vehicle sales contract, and the occurrence time of the link destination event is the closest to the occurrence time of the link source event,
The item (b) of the link destination information is
Registration of the contract, including the description of the seller of the vehicle sales contract,
And the occurrence time of the linked event is
The sales contract date,
And
The matching condition of the item (c) is
The seller described in the link information matches the buyer described in the link source information;
And
The time series order of the item (a) is
The occurrence time of the link destination event is after the occurrence time of the link source event;
Each of these is defined by a predetermined code, symbol, code, code, numerical value, or character string.

A vehicle information processing method according to claim 63 is the vehicle information processing method according to claim 11 or any one of claims 13 to 21, wherein the item (b) of the link source information is:
Registration of a loan sales contract for the vehicle,
And the time of occurrence of the link source event is
The loan contract date,
And
The link destination information includes the registration of a vehicle loan sales contract, and the occurrence timing of the link destination event is the closest to the occurrence timing of the link source event,
The item (b) of the link destination information is
Registration of a loan sales contract for the vehicle,
And the occurrence time of the linked event is
The loan contract date,
And
The matching condition of the item (c) is
That there is no information that matches the link destination information, or that the content of the detected link destination event is the cancellation or termination of a loan sales contract,
And
The time series order of the item (a) is
The occurrence time of the link destination event is earlier than the occurrence time of the link source event;
Are defined by a predetermined code, symbol, sign, code, numerical value, or character string, and
In the inspection process, the information to be inspected is not considered to be reliable when the criterion is satisfied.

A vehicle information processing method according to claim 64 is the vehicle information processing method according to claim 11 or any one of claims 13 to 21, wherein the item (b) of the link source information is:
Registration of the contract, including a description of the obligor of the loan sales contract for the vehicle,
And the time of occurrence of the link source event is
The loan contract date,
And
The link destination information includes the registration of a vehicle loan sales contract, and the occurrence timing of the link destination event is the closest to the occurrence timing of the link source event,
The item (b) of the link destination information is
Registration of termination of the contract including a description of the obligor of the loan sales contract for the vehicle,
And the occurrence time of the linked event is
The loan sales contract end date,
And
The matching condition of the item (c) is
The loan obligor described in the link information matches the loan obligor described in the link source information;
And
The time series order of the item (a) is
The occurrence time of the link destination event is after the occurrence time of the link source event;
Each of these is defined by a predetermined code, symbol, code, code, numerical value, or character string.

The vehicle information processing method according to claim 65 is the vehicle information processing method according to claim 11 or any one of claims 13 to 21, wherein the criterion is that the item (b) of the link source information is:
Registration of the contract, including a description of the obligor of the loan sales contract for the vehicle,
And the time of occurrence of the link source event is
The loan contract date,
And
Among the link destination information, which includes registration of ownership transfer, the occurrence time of the link destination event is the latest occurrence time of the link source event,
The item (b) of the link destination information is
Registration of ownership transfer including the description of the new owner,
And the occurrence time of the linked event is
The date of transfer of ownership,
And
The matching condition of the item (c) is
The new owner described in the link information matches the loan obligor described in the link source information;
And
The time series order of the item (a) is
The occurrence time of the linked event is the same as or later than the occurrence time of the linked event;
Each of these is defined by a predetermined code, symbol, code, code, numerical value, or character string.

A vehicle information processing method according to claim 66 is the vehicle information processing method according to claim 11 or any one of claims 13 to 21, wherein the item (b) of the link source information is:
Registration of a sales contract for the vehicle,
And the time of occurrence of the link source event is
The sales contract date,
And
The link destination information includes the registration of auto insurance insurance contract or succession, and the occurrence timing of the link destination event is closest to the occurrence timing of the link source event,
The item (b) of the link destination information is
Registration for automobile insurance or contract
And the occurrence time of the linked event is
Insurance contract date or succession date,
And
The time series order of the item (a) is
The occurrence time of the link destination event is not earlier than the occurrence time of the link source event;
Each of these is defined by a predetermined code, symbol, code, code, numerical value, or character string.

A vehicle information processing method according to claim 67 is the one according to any one of claims 12 to 21,
The above-mentioned standard is intended to equip at least one of a part, a member, a part, or a device constituting the vehicle,
The item (b) of the link source information is
Registration of maintenance inspection and repair of the existing equipment object and description of the equipment object,
Or
Registration of removal of the existing equipment object and description of the equipment object,
And the occurrence time of the link source event is
The contract date or work date or delivery date for maintenance, inspection, repair or removal,
The link destination information includes the registration of vehicle maintenance inspection repair, and the occurrence timing of the link destination event is closest to the occurrence timing of the link source event,
The item (b) of the link destination information is
Registration of maintenance inspection and repair of the existing equipment object and description of the equipment object,
Or
A new registration of the equipment target and a description of the equipment target;
And the occurrence time of the linked event is
It is the date of maintenance inspection of the existing equipment object, or
The date of installation of the new target equipment,
And
The matching condition of the item (c) is
The equipment target described in the link destination information corresponds to the equipment target described in the link source information.
And
The time series order of the item (a) is
The occurrence time of the link destination event is earlier than the occurrence time of the link source event;
And
The condition that inhibits the alignment is
The equipment target described in the link destination information corresponds to the equipment target described in the link source information, and the item (b) in the link destination information includes the removal of the existing equipment target and the equipment target Being a description,
Each of these is defined by a predetermined code, symbol, code, code, numerical value, or character string.

The vehicle information processing method according to claim 68 is the vehicle information processing method according to claim 11 or any one of claims 13 to 21, wherein the reference is that the item (b) of the link source information is “the vehicle's information”. `` Odometer study registration and review value '' and the occurrence time of the link source event is `` Odometer review date ''
The first link destination information includes the measurement registration of the odometer, and the occurrence time of the first link destination event is closest to the occurrence time of the link source event,
The item (b) of the first link destination information is “measurement registration and measurement value of the vehicle”, and the occurrence time of the first link destination event is “measurement of the odometer” Be a day, "
The item (b) of the second link destination information is “registration of movement of the vehicle and the position or distance”, and the occurrence timing of the second link destination event is “traveling movement date”,
The item (b) of the third link destination information is “registration and supply amount of fuel supply amount of the vehicle”, and the occurrence timing of the third link destination event is “fuel supply date” ,
The matching condition of the item (e) is “the period from the occurrence time of the first link destination event to the occurrence time of the link source event is set as the set period,
An occurrence value of the second link destination event is within the set period, or an integrated value of all the corresponding distances, or an integrated value of the travel distance based on the position is set as the second movement distance,
The calculated value of the travel distance based on the integration of all the corresponding fuel supply amounts in which the occurrence time of the third link destination event is within the set period is the third travel distance,
Either the second moving distance or the third moving distance, or an average value and the measured value of the first link destination information are added, and the addition value and the examination value described in the link source information The difference is within a predetermined tolerance ”
The time-series order of the item (a) is “the occurrence time of the first link destination event is earlier than the occurrence time of the link source event”, and a predetermined code, symbol, or code, or It is defined by a numerical value or a character string.

A vehicle information processing method according to a 69th aspect of the present invention is the vehicle information processing method according to the 11th aspect or the 13th to 21st aspects, wherein the reference is the item (b) of the link source information “ `` Registered vehicle history update application registration and the latest cumulative number of adjusted vehicles '' and the occurrence time of the link source event as `` application date ''
The first link destination information includes the adjustment vehicle history registration, and the occurrence time of the first link destination event is closest to the occurrence time of the link source event,
The item (b) of the first link destination information is “registration of the adjustment vehicle history of the vehicle and the cumulative number of adjustment vehicles”, and the occurrence time of the first link destination event is “registration date” "
The item (b) of the second link destination information is “registration of damage insurance payment for damage corresponding to the adjustment of the vehicle concerned and its data”, and the occurrence timing of the second link destination event is “ It must be the date of payment of non-life insurance claims, "
The item (b) of the third link destination information is “registration and data of maintenance / inspection corresponding to the adjustment of the relevant vehicle” and the occurrence timing of the third link destination event is “maintenance / inspection / repair date” "
The item (b) of the fourth link destination information is “accident registration and data corresponding to the adjustment of the vehicle concerned” and the fourth link destination event occurrence date is “registration date” age,
The matching condition of the item (e) is “a period from the occurrence time of the first link destination event to the occurrence time of the link source event is a set period,
The occurrence time of the second link destination event is within the set period, the number of all the corresponding second link destination information,
The occurrence time of the third link destination event is within the set period, or the number of all corresponding third link destination information,
The occurrence time of the fourth link destination event is within the set period, or the number of all corresponding fourth link destination information,
Or the average of any two or more times and the cumulative number indicated by the first link destination information, and the addition result and the latest cumulative number indicated by the link source information The difference between and is within a predetermined tolerance range ”
The time series order of the item (a) is “the generation time of the first link destination event is earlier than the generation time of the link source event”, and a predetermined code, symbol, or code Or a numerical value or a character string.

The vehicle information management device according to claim 70 is a vehicle information management device capable of bidirectionally transferring information to and from a plurality of user side devices connected via a communication network.
Vehicle information is information described in a digital format created at the time of initial registration of the vehicle or at an arbitrary time thereafter, and any data relating to the vehicle is associated with the vehicle information. For the event
(A) A description of a state item indicating part or all of the name, configuration, content, characteristic, attribute, state, and situation, or a description of the state item and accompanying information.
(B) A description of a dynamic item indicating a part or all of an execution operation, an operation or process to be performed, and a change in state, or a description of the dynamic item and incidental information.
(C) Description of the occurrence time related to the state item and / or the dynamic item as the occurrence time related to the event.
As the main body data, and the item (b) or (b) or (c) is designated for each item, or the item and the breakdown details are assigned.
For the link source information, which is the information with the classification code attached, and the link destination information that is consistent with the link source information, both of which describe the event related to the vehicle in digital format,
(A) time series order of the occurrence timing of the link source event described by the link source information and the occurrence timing of the link destination event described by the link destination information;
(B) The classification code according to the items (A) and (B) of the link source information and the link destination information, or the classification code and body data,
(C) a matching condition relating to the description contents of the items (b) and (b) of the link source information and the link destination information;
(D) a matching condition relating to a numerical value described in the item (A) or (B) of both the link source information and the link destination information;
(E) the matching condition of the calculation result based on the numerical value described in the item (A) or (B) indicated by both the link source information and the link destination information;
In addition to (a), at least one of (b) to (e) is defined in a digital form by a predetermined code, symbol, sign, code, numerical value, or character string,
The degree of credibility of the vehicle information is regarded as credibility,
The vehicle information that is the subject of the inspection is inspected information, and the other vehicle information that is compared with the inspected information is set as the vehicle information in which the reliability is set as a high reliability in advance.
Each of which operates as cooperation of computer software and hardware, an information transmission / reception means for transmitting / receiving input information or output information to / from the user side device via a communication network;
The information holding means for storing the existing vehicle information with the confidence set, wherein the confidence is set in multiple stages or numerical values;
A standard providing means for holding one or more standards,
Based on the criteria, information inspection processing means for inspecting the consistency between the information to be inspected and the control information;
Control means for managing the operation of the entire vehicle information management device;
Comprising
The information inspection processing means includes
Executing the process of setting the vehicle information included in the input information received by the information transfer means to the inspected information;
Next, among the criteria provided by the criteria providing means, a process of selecting the criteria that the rule indicated by the link source information matches the inspected information is executed.
Subsequently, a setting process is performed to set the reference information as high-reliability existing vehicle information that has the reliability satisfying a given discrimination criterion among the existing vehicle information stored in the information holding unit,
Next, the inspection information and the set contrast information are made to correspond to the link source information and the link destination information of the selected standard, and an inspection process is performed to determine whether the standard of the standard is satisfied,
Based on the result of the inspection process, when the information to be inspected and the reference information satisfy the above-mentioned rules and match, the information to be inspected has high reliability, and when the information does not satisfy the above-mentioned rules, the information is not highly reliable. Execute the judgment process,
It is characterized by having a configuration.

The vehicle information management device according to a 71st aspect is the one according to the 70th aspect, wherein the information inspection processing means performs the control information setting process,
When the plurality of set contrast information is not arranged based on the occurrence times related to the events described respectively, the process of arranging the plurality of control information in time series,
Next, for the control information in the order in which the time of occurrence is closer to the time from the time of occurrence related to the event described by the information to be inspected, the state item is defined to be related to the state item indicated by the standard. The inspection of whether or not it is satisfied, or the inspection of whether or not the dynamic item satisfies the provision related to the dynamic item indicated by the standard is performed in an arbitrary order, and when one of the above inspections is not satisfied, the other Without performing the inspection of the control information, performing the process of sequentially performing the control on the control information of the next generation time,
When the control information that satisfies both the tests exists, the information to be inspected is determined to have high reliability, and when the control information does not exist, processing for determining the information to be inspected as low reliability is performed. To do.

The vehicle information management device according to claim 72 is the vehicle information management device according to claim 70, wherein the regulation describes a condition that hinders the alignment of the link source information and the link destination information,
The information inspection processing means executes the control information setting process,
When the plurality of set contrast information is not arranged based on the occurrence time related to the event described respectively, the process of arranging the plurality of control information in time series,
Next, out of the plurality of pieces of control information arranged in time series, the time of occurrence of the described event is the latest, either by going back from the time of occurrence related to the event described by the information to be inspected or by advancing the time. In order from the control information, the test processing is executed to determine which control information that satisfies the matching or the inhibition specified in the standard is detected first, and the test target is not detected. Execute the inspection process to see if the control information is lost,
Then, based on the above-mentioned result detected earlier, if the inspected information and the control information are matched, the inspected information is determined to be highly reliable, and on the other hand, inhibition is achieved or the detection is reached. If there is no contrast information to be inspected, a process of determining the inspected information as a low confidence level is executed.

A vehicle information management device according to claim 73 is the vehicle information management device according to any one of claims 70, 71, or 72, comprising purchase information organization means,
The purchase information organizing means stores the inspected information received from the information inspection processing means and the vehicle information organized based on the reliability of the inspection result in the information holding means as the already generated vehicle information. It is characterized by having a configuration.

A vehicle information management device according to a 74th aspect is the vehicle information management device according to any one of the 70th to 73rd aspects, wherein the information inspection processing means or the purchase information organization means is the determination process by the information inspection processing means. Following the execution of
The inspected information with the determined reliability is used as new existing vehicle information, and the new existing vehicle information is added to the existing existing vehicle information that has been read, and the agglomeration is performed. A data agglomeration process is performed in which serial numbers are added to each existing vehicle information in chronological order based on the time of occurrence of each event described, and each existing vehicle information that has been agglomerated is arranged in the order of the serial numbers. And
Next, the agglomerate storage processing is performed in which the agglomerate is collectively recorded and stored in the above or other arbitrary information holding means.

A vehicle information management device according to claim 75 is the vehicle information management device according to any one of claims 73 and 74, and sales information organization means for organizing sales vehicle information based on the already generated vehicle information;
The purchase information organizing means or the sales information is evaluated by assessing the value of the purchased vehicle information organized by the purchase information organizing means based on the inspected information with inspected reliability or the price of the sales vehicle information. An information value assessment means for providing an assessment price to the organization means,
The information exchanging means is a vehicle designation information and a request for sales of desired information based on the vehicle information input from the user side device via a communication network, or a vehicle information purchase request and purchase target Carry out input information reception processing with any of the vehicle information,
The purchase information organizing means selects information suitable for purchase based on a predetermined selection criterion from the inspected information after the inspection processing by the information inspection processing means, and sends it to the information value assessment means, Based on the appraisal value provided by the information value assessment means and the inspected information, the purchase vehicle information is organized, and the purchase vehicle information is stored in the information holding means.
The information value assessment means determines the purchase price of the information to be inspected based on the inspection result, and executes processing to provide the purchase information organization means as the assessment price,
The sales information organizing means searches for the information holding means based on the desired information when the information inspection processing means detects the vehicle designation information and the sales request for the desired information from the input information. The existing vehicle information is taken out, a part or all of the existing vehicle information is executed, and the process of organizing the sales vehicle information based on the appraisal price provided from the information value appraisal means is executed.
The information value assessment means determines the sales price of the sales vehicle information based on the reliability of the taken out existing vehicle information, and executes a process of providing the sales information organization means as the assessment price. ,
The information exchanging means is configured to execute a process of sending the organized sales vehicle information to the user side device via a communication network.

  A vehicle information management device according to a 76th aspect is the vehicle information management device according to any one of the 70th to 75th aspects, wherein the information inspection processing means sets the execution time of the inspection processing after the provision of the inspected information. When the instruction is given, or when the control information is given after the time when the information to be inspected is given, the given information to be inspected is instructed to be executed or the control It is characterized in that it is stored until the execution time after information is given.

  A vehicle information management device according to a 77th aspect is the vehicle information management device according to any one of the 70th to 76th aspects, wherein the information inspection processing means applies a plurality of different standards for one piece of the inspected information. In a case where a plurality of inspection results are obtained, the consistency of the information to be inspected is integratedly determined according to a given integrated determination criterion.

  A vehicle information management device according to a 78th aspect is the vehicle information management device according to any one of the 70th to 77th aspects, wherein the information inspection processing means or the purchase information organizing means is the inspected or integratedly determined subject. It is characterized in that the reliability is given in multiple steps or numerical values to the inspection information based on a predetermined rule or given calculation criteria.

  A vehicle information management device according to a 79th aspect is the vehicle information management apparatus according to any one of the 70th to 78th aspects, wherein the information inspection processing means requires the inspection processing since the input information has already been inspected outside. No, or given from outside as a given case, the information that the reliability exceeds the threshold of the given case and the time of occurrence is set as the vehicle information that has already been set with confidence at any time It is characterized by that.

  The vehicle information management device according to claim 80 is the vehicle information management device according to any one of claims 70 to 79, wherein the control means stores the existing vehicle information stored in the information holding means at an arbitrary time. Among them, the information inspection processing means is configured to re-execute the inspection processing for the case where consistency is not satisfied or the credibility does not exceed a given threshold value.

  The vehicle information management device according to claim 81 is the vehicle information management device according to any one of claims 73 to 80, wherein the purchase information organizing means starts at an arbitrary time or a time designated from outside or other means. Vehicle specifications, owners and users, insurance, inspection, maintenance, repairs, incidents, accidents, leases, sales, etc. On the basis of the already generated vehicle information, the history information up to the starting point is created at the starting point or at an arbitrary time after the starting point.

An information recording method according to claim 82 is embodied as a computer program and executed by a separate recording means that operates as a cooperation of hardware and software including an arithmetic processing unit, and records information in a digital format on a recording medium. A recording method,
Based on at least one of keyword detection processing, context determination processing, semantic determination processing, vocabulary analysis processing, and code detection processing, the classification recording unit, for any event described in the information,
(A) A description of a state event indicating part or all of the name, structure, content, characteristic, attribute, state, and situation, or a description of the state event and accompanying information.
(B) A description of a dynamic event indicating a part or all of an execution operation, an operation or process to be performed, a change in state, or a description of the dynamic event and incidental information.
(C) A description of the time of occurrence of the event.
A process of separating the information in any order,
Then, in the sorted information,
(D) A classification code or identification code or a predetermined code or symbol designating the item (b) or (b) or (c) or designating the item and breakdown details for each description. To record in random order on the recording medium, or
(E) a process of recording the items (b) or (b) or (c) in a predetermined order on the recording medium in random order;
It is characterized by comprising.

  In the information inspection method according to claims 1 and 2, the vehicle information processing method according to claim 10, and the vehicle information management device according to claim 70, the information to be inspected is used as other contrast information with high reliability. Based on the principle that both of the matching are highly credible if they match reasonably, it is determined that the credibility of the information to be inspected is high if matching is established. Use criteria that stipulate the conditions for rational matching of multiple different information, and select and use information that has already been confirmed with high confidence in the control information. Are verified based on the relationship between the contents and the time of occurrence of both and against the reference, and the credibility of the information to be inspected is determined based on the presence or absence of matching. As a result, it is possible to perform inspection with a wide application range and easy determination, and to obtain a reliable inspection result.

  According to the vehicle information processing method according to claim 11 and the vehicle information management device according to claim 71, a plurality of candidate pieces of contrast information are arranged in time series, and the event described in the inspected information is related. The control information is to be inspected in order from the most recent one by going back in time from the time of occurrence or by advancing the time. As a result, processing that became unnecessary during processing is detected before its execution, and this is omitted. Realize the efficiency of the inspection process by advancing the inspection.

  The vehicle information processing method according to claim 12 and the vehicle information management device according to claim 72 arrange a plurality of candidate control information in time series, and then from the occurrence time related to the event described in the inspected information Go back in time or step forward in time and examine the control information in order from the most recent one, and the coverage is based on whether the control information that meets the match first is detected or the control information that satisfies the inhibition is detected first. Since the reliability of the inspection information is determined, the inspection process can be made efficient by achieving the result with a small number of processes, and a quick result can be obtained.

According to the information inspection method according to claim 3, the vehicle information processing method according to claim 14, and the vehicle information management device according to claim 74,
In the process where there is a time margin in the processing flow, the dispersed information is taken in, agglomerated, numbered in time series, rearranged in that order, and this agglomerated state is maintained and collectively recorded Therefore, the subsequent access can be made more efficient without delaying the processing.

  According to the method for inspecting information according to claim 4, when checking the credibility of the information to be searched, a reasonable match between the information to be inspected and the highly credible reference information having different occurrence times is expected. If there is an event that interferes with this alignment, the inspection information is appropriate if the inhibition information is not detected. High inspection is possible.

According to the vehicle information processing method according to claim 15 and the vehicle information management device according to claim 75, the inspected inspected by assessing the purchase price of the inspected information based on the consistency inspection result. Since the assessment reflects the reliability of the information, it is possible to purchase the vehicle information to be purchased at a reasonable price.
Further, the inspected inspected information or the purchase inspected inspected information is stored as the already generated vehicle information, so that the already generated vehicle information can be used thereafter.
On the other hand, in sales of vehicle information, sales vehicle information that meets sales requirements can be organized, and the sales price that reflects the credibility of existing vehicle information used in the organization is assessed. It becomes possible to sell at a reasonable price.

  According to the information inspection method according to claim 5, the vehicle information processing method according to claim 16, and the vehicle information management device according to claim 76, by storing the given searched information in a storage means or the like, The inspection can be executed at any time after the search information is given. In particular, if the control information is given later than the search information, the search information is stored in the storage means until the test execution time after the latter is given. Inspection can be performed at any time.

  According to claim 6, when two or more inspection processes are executed in the inspection process when two or more different inspection processes exist for one inspection information, two or more different inspection results are obtained in the inspection information. According to the information inspection method, the vehicle information processing method according to claim 17, and the vehicle information management device according to claim 77, the inspected information obtained by integrating these inspection results in accordance with a given integrated determination criterion in the integrated determination. Therefore, the uncertainty and ambiguity about the authenticity of the inspected information are eliminated.

  If the information to be inspected matches the high-credibility contrast information, the information to be inspected can be processed as having high reliability. The information inspection method according to claim 7 and the vehicle information according to claim 18 According to the processing method and the vehicle information management device according to claim 78, since the reliability of the information to be inspected is set in multiple steps or numerical values according to a given calculation standard, based on the inspection result or the integrated determination result. Can be graded or quantified. Therefore, even if the discrimination criteria of a given case change, it can be easily handled, and the information satisfying the given discrimination criteria can be used as the reference information among the information whose credibility is set in multiple stages or numerical values.

  According to the information inspection method according to claim 8, the vehicle information processing method according to claim 19, and the vehicle information management device according to claim 79, the reliability is increased by other procedures that do not pass through the inspection process of the present invention. Since the set information can be fetched and stored as the reliability set information at an arbitrary time, the types and number of the confidence set information stored and stored can be enhanced.

After the execution of a certain inspection, if the information to be inspected with the confidence level set is stored in the information holding means or the like as the occurrence information, the high confidence level among these functions as the reference information in the subsequent inspection processing. Will do. Since the existing information becomes the newly added control information, the number of control information is increased and updated.
Therefore, even if the existing information that has already been stored and the consistency has not been established in the previous examination, the information that has not been able to satisfy the integration judgment, or the information that has not been set to high confidence, The newly added control information having a correlation can be treated as high confidence control information if consistency is confirmed by re-examination.
The information inspection method according to claim 9 and the vehicle information processing method according to claim 20 and the vehicle information management device according to claim 80 include information that does not satisfy consistency or information that cannot satisfy the integrated determination, or By re-executing the inspection at an arbitrary time using information that is not set to high confidence as information to be inspected again, the accuracy of confidence can be further improved.

  According to the vehicle information processing method of claim 21 and the vehicle information management device according to claim 81, since history information created at various starting points is stored and recorded, when the starting point is given next time, It is only necessary to update the latest part of the history information, and the creation process can be simplified. Furthermore, since the history information of a certain period and the history information created before and after the period can be easily compared and compared, the contents can be easily checked.

  According to the recording method of claim 82, the information in digital format is separated into the items (a), (b), and (c) in random order and recorded on the recording medium, whereby each item is changed to another item. Can be read and written independently and in any order without interfering with other items, and without being limited to the order of items, and processing for partial update and correction correction Therefore, it is possible to suitably cope with distributed processing.

The information inspection method according to the present invention combines the information to be inspected with other information whose credibility is confirmed, and inspects the consistency of both the content of the event and the time series of the occurrence time. It is possible to implement reliable determination of inspection information with high reliability.
The vehicle information processing method and vehicle information management device according to the present invention can process comprehensive information for a wide range of commercial use related to vehicles as vehicle information, and are comprehensive vehicle information that is not limited in terms of region or series. To implement management. In addition, the vehicle information to be inspected is used as the link source information, and the vehicle information proven to be reliable is combined as the link destination information. Inspecting the vehicle information to be inspected in order to discriminate between the appropriate vehicle information determined to be the fact and the unconfirmed vehicle information that is not confirmed to be the fact due to abnormal operation of the measuring instrument, etc. Therefore, it is possible to secure highly reliable vehicle information in the purchase and sales management of various information related to vehicles, and thus to provide highly reliable vehicle information, particularly to provide highly reliable vehicle information reports. . Furthermore, data processing efficiency can be remarkably improved by recording information separately for each item.

  Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. Each embodiment described below is a part of a preferred example for showing the essential configuration and operation of the present invention. Therefore, there are cases where various limitations preferable in the technical configuration may be attached. The scope of the present invention is not limited to these outlines and forms unless otherwise specified in the following description.

Explanation of the principle and technical outline of the information inspection method:
The information (inspected information) inspection method according to the present invention is a method for inspecting the appropriateness and degree of credibility (referred to as credibility) of information handled by an apparatus that processes information in digital format. Executed.
The information referred to here is an event (event) that occurs in an actual temporal and spatial environment described in a digital format such as coding, and each piece of information corresponds to each event. Examples of events include inventory status (type and quantity) of parts and work-in-process items in manufacturing and logistics processes, type and degree of processing / repair, or vehicle information in commercial transactions (for example, vehicle sales). Various operations and processes related to registration, management, sales, etc., and the contents describing each event are applied to the status items related to the status, shape, model number, name, owner, etc. of the event and the event. It is classified into the dynamic items related to the processing, event action, fluctuation change, etc., and the occurrence time when the event occurred is described.

The present invention is based on the principle that when certain information to be inspected is reasonably consistent with other information with high credibility (referred to as control information), both of the matched information are at high credibility. This is an inspection method that determines that the reliability of the information to be inspected is high if matching is established.
Prepare the conditions under which matching of multiple different information is reasonable as a reference in advance, and select and use information that has already been confirmed with high confidence in the control information. Verify the consistency against the criteria. The presence or absence of matching is determined based on the relationship between the contents and the time of occurrence.
Therefore, it is possible to obtain a test result having a wide application range, easy determination, and excellent reliability.

The present invention further provides a technical device in performing an inspection based on the above principle. The first of the main technical ideas is a technique related to the detection of an inhibition factor, and relates to an “inhibition test” that prevents the matching and speeds up the detection of the inhibition factor.
When a reasonable match between the information to be inspected and the highly reliable control information with different occurrence times is expected, it is checked whether there is an event that impedes this match, which occurs between the two. If the inhibition information is not detected, the inspected information is appropriate.

The second relates to the “latest inspection” for obtaining confirmation of the presence / absence of matching with fewer trials based on the temporal relationship of the occurrence time. Provided are two inspection methods when searching for control information satisfying a criterion by going back or advancing the time starting from the occurrence time of the event described by the information to be inspected.
The first is in the middle of proceeding with the inspection process for consistency judgment. By detecting a process that is no longer necessary before the execution, and omitting this process, the efficiency of the inspection is eliminated. To improve.
Second, when combining the information to be inspected sequentially with a plurality of pieces of reference information arranged in time series, the information to be inspected is checked in order from the control information nearest to the information to be inspected. This is a method in which both inspections are performed and the credibility of the information to be inspected is immediately determined based on the result of either inspection. The inspection efficiency is improved by reducing the number of inspection trials.
In addition, when the control information is stored in each of a plurality of databases provided in different regions, and each database is individually managed and constantly updated locally, so that the master file is not prepared, the scattered control information is described above. It is not suitable for integrated maintenance in time series of occurrence. Therefore, when the information test of the present invention is executed in such an environment, the inhibition test provided by the present invention is suitable. On the other hand, the application of the latest inspection provided by the present invention is suitable in an environment where the control information is collectively managed by a master file or the like.

On the other hand, the control information has various positions and types, and the occurrence time of the event described by each is different. Therefore, it takes time to capture a lot of distributed control information, and rearrangement by time series is effective for pre- and post-examination inspections of different occurrence times. In addition to the above, in order to solve these problems all at once, Provide "data agglomeration" technology.
The above-described technical devices provided by the present invention will be described in detail below in terms of configuration, operation, and effect.

  The principle and technical outline of the information inspection method according to the present invention have been described above. Next, an outline of information and standards related to the inspection will be described. FIG. 1 is an explanatory diagram of information relating to an inspection, and FIG. 2 is an explanatory diagram of an example configuration of information and an example configuration of a reference.

  In FIG. 1, information to be inspected is shown as inspection information xeif. The inspected information xeif describes the first event e_xe and its occurrence time t_xe. Further, in order to perform the inspection process on the inspected information xeif, it is necessary to take in the information inspecting apparatus, and this take-in time is indicated by a symbol t_acx. The capture time t_acx is not necessarily coincident with the occurrence time t_xe of the first event, and the capture time t_acx is not earlier than the occurrence time t_xe.

  On the other hand, the other selected information is shown as control information prif. The control information priif describes the second event e_pr and its occurrence time t_pr. At this time, the following three types exist in the time series relationship between the occurrence time t_pr of the second event e_pr and the occurrence time t_xe of the first event e_xe described in the inspected information xeif.

The first control information pri_1, which is the first format, has the second event occurrence time t_pr1 indicated earlier than the occurrence time t_xe indicated by the inspected information xeif. Since FIG. 1 is a display in which time passes from the left to the right of the screen, the first control information prif_1 is displayed on the left (past) with respect to the inspected information xeif.
Whether or not the first control information prif_ 1 satisfies the specified matching condition (not shown) between the second event described and the first event described by the inspected information xeif under this time-series condition. By performing the first inspection isp1, the inspection processing of the consistency of the information to be inspected xeiif to the first control information prif_1 is performed.

  The second control information pri_2, which is the second format, is that the occurrence time t_pr2 of the second event indicated is the same as the occurrence time t_xe indicated by the information to be inspected xeif (for example, the same day). It is displayed at the same position on the left and right as the inspection information xeif. Whether or not the second control information prif_2 satisfies the specified matching criterion (not shown) between the second event described and the first event described by the inspected information xeif under this time-series condition. By performing the second inspection isp2, the inspection processing of the consistency of the information to be inspected xeiif to the second control information pri_2 is performed.

  The third control information prif_3, which is the third format, has the second event occurrence time t_pr3 indicated later than the occurrence time t_xe indicated by the inspected information xeif, and in FIG. It is displayed on the right. In the third control information prif_3, whether or not a specified matching criterion (not shown) between the second event described and the first event described in the inspected information xeif is satisfied under this time series condition By performing the third inspection isp3, a process for checking the consistency of the information to be inspected xeiif with the third control information prif_3 is performed.

  The inspected information xeif, the first control information pri_1, the second control information pri_2, the third control information prif_3, the generation time t_pr1, the generation time t_pr2, the generation time t_pr3, and the reference are all configured as digital data. The first inspection isp1, the second inspection isp2, and the third inspection isp3 are prepared as software programs.

I will explain about the time. The time involved is the generation time, the capture time, and the execution time of the inspection process, which are present in the inspected information and the control information, respectively. Here, the occurrence time is not the time when the information to be inspected or the control information is generated, but the time when the first event or the second event described by the information is generated.
The execution time t_act of each inspection process is earlier than the time when the inspected information xeif and the first control information pri_1 to the third control information pri_3 involved in the inspection process are already secured in a state where they can be referred to. Absent. In addition, it is essential that at least the inspected information xeif is already in a state that can be referred to at the time of execution of the inspection process. Further, the inspected information take-in time t_acx at which the inspected information xeif is taken into the information inspecting apparatus does not precede the occurrence time t_xe of the inspected information xeiif. Furthermore, the inspection execution time t_act does not precede the inspection information capture time t_acx, and is any time after or at the same time as the inspection information capture time t_acx. Therefore, the left of the inequality sign is chronologically before,
t_xe ≦ t_acx ≦ t_act
It becomes.

In the first examination isp1, arbitrary first control information pri_1 having an occurrence time t_pr1 earlier than the occurrence time t_xe of the information to be inspected xeiif is selected and set. Therefore,
t_pr1 <t_xe
It becomes. On the other hand, the first control information prif_1 is stored as soon as it is captured at the first control information capture time t_acp1, and can be accessed at any time thereafter. Here, the first control information capture time t_acp1 (not shown) does not come before the first control information generation time t_pr1. Further, the first control information must not be taken after the execution time t_act. Therefore,
t_pr1 ≦ t_acp1 ≦ t_act
It becomes.

  By the way, when the execution time t_act designated and input from the outside is later than the inspection information fetching time t_acx, it is necessary to store the inspection information xeif during the divergence period. This period is the storage period m_rv.

In the second inspection isp2, arbitrary second control information pri_2 of the same generation time t_pr2 as the generation time t_xe of the inspection information xeif is selected and set. Therefore,
t_pr2 = t_xe
It becomes. On the other hand, the second control information prif_2 is stored as soon as it is captured at the second control information capture time t_acp2 (not shown), and can be accessed at any time thereafter. Here, the second control information capture time t_acp2 does not come before the second control information generation time t_pr2. Further, the second control information must not be taken after the execution time t_act. Therefore,
t_pr2 ≦ t_acp2 ≦ t_act
It becomes.

  In addition, when the execution time t_act designated and input from the outside is later than the inspection information fetching time t_acx, it is necessary to store the inspection information xeif during the divergence period. This period is the storage period m_rv.

On the other hand, in the third inspection isp3, arbitrary third control information prif_3 having the generation time t_pr3 after the generation time t_xe of the inspected information xeif is selected and set. Therefore,
t_xe <t_pr3
It becomes. On the other hand, the third control information prif_3 is stored as soon as it is captured at the third control information capture time t_acp3 (not shown), and can be accessed at any time thereafter. Here, the third control information capture time t_acp3 never precedes the third control information generation time t_pr3. Also, the third control information must not be taken after the execution time t_act. Therefore,
t_pr3 ≦ t_acp3 ≦ t_act
It becomes.

  Further, when the execution time t_act designated and input from the outside is later than the inspection information fetching time t_acx, it is necessary to store the inspection information xeif during the divergence period. This period is the storage period m_rv.

Hereinafter, description will be made with reference to the example of information (example of inspected information xeif and example of reference information prif) and the example of reference shown in FIG.
The digital inspected information xeif includes an arbitrary event as a first event, a description of the content of the first event, and a description of a first occurrence time that is the time of occurrence of the first event. In the example of the inspected information xeif shown in the figure, the first event is a jewelry appraisal and its issue, the content data is the type code A (content) in the figure, and the data of the first occurrence time is in the figure Type code B (occurrence time). This inspected information xeif is specified by both types of codes A and B. Type code A is the following subcode;
Dynamics: a0102 (processing applied) / MQ6QZ019 (addition of information)
a010251 (Appraisal document added)
Condition: s01001 (Target) / 170633 (Ring) / 173444 (Gemstone)
s01002 (Name) / "Hanahana"
s01003 (Part No.) / SQ700Y46043
s01003004 (Stone specifications) / 9989/07959/031
s01003012 (Pedestal changed) / Pt3323
s01007 (Store and person in charge) / KZ460U81 / 03
have. In the above, “dynamics” and “state” are in the present invention, respectively, and dynamic items in categories such as action action of the event, processing (processing) applied to the event and change of the event, name of the event, product number, dimension, etc. It shows the status items of categories such as characteristics / attributes and owners, which will be described in detail later.

In the above, for example, the subcode a0102 is a predetermined code indicating that processing is performed, and the subcode MQ6QZ019 is a predetermined code indicating that information is added. The subcode s01002 is a code indicating a name, and “Hanahana” is a data body corresponding thereto. The subcode s01003 is a code indicating the product number, and the SQ700Y46043 is product number data.
Also, txe / 20030501 is recorded as the type code B. txe is a code indicating occurrence time, and 20030501 is date data.

The digital-type contrast information prif that is matched with the information to be inspected and already registered as having credibility (high credibility) includes an element code that is an identification code, a description of the content of the second event, A description of the second occurrence time that is the time of occurrence of the second event is included. In addition, a time-series serial number may be included. This element code indicates the already evaluated reliability of this contrast information.
Element code: e7777 / 070717
Time series serial number: ts0187

In the example of the control information prif shown in the figure, the second event is a modification of jewelry, the content data of which is the type code A (content) in the figure, and the data of the first occurrence time is the type code B in the figure. (Occurrence time). Type code A is the following subcode;
Dynamics: a0102 (treatment applied) / MQ6QZ004 (base change)
Condition: s01001 (Target) / 170633 (Ring) / 173444 (Gemstone)
s01002 (Name) / "Hanahana"
s01003 (Part No.) / SQ700Y46043
s01004 (target part) / 9200188 (pedestal)
s01005 (Old state: before change) / Sv0022
s01006 (new state: after change) / Pt3323
s01007 (Store and representative) / LLR7895 / 0046
Further, tpr / 20030415 is recorded as the type code B. tpr is a code indicating occurrence time, and 20030415 is date data. By detecting the above code and data, the information processing device is, for example, a sapphire ring pedestal replacement process with part number SQ700Y46043. It can be confirmed automatically.

Next, the criteria will be described.
Each criterion is referred to as a “pattern”. The criteria are described in a digital format, and the link source information that describes the contents of the first event that is the target and applied event is physically or / and logically and / or numerically matched with the first event. Specify link destination information that describes the contents of the second event, or conditions for establishing consistency between link source information and link destination information, and the generation time of link source information (as described above, the link source described The time series order of the event occurrence time) and the link destination information occurrence time (the described link destination event occurrence time) is defined. It is also possible to include the provisions of procedures and methods as conditions for establishing the above-mentioned matching. In addition, the above matching includes matching of the quantity and the numerical value indicated directly or indirectly by the contents of the first event and the contents of the second event.
The description is made by a combination of a predetermined code, subcode, data, and the like, and the information processing apparatus can automatically detect the specific contents of the reference by automatically detecting these.

  The above definition (generally multiple cases) in the case where the second event occurs before the occurrence of the first event is classified into the first pattern Ptn_1, and the occurrence of the first event and the occurrence of the second event The above definition in the case where the two events occur simultaneously is classified into the second pattern Ptn_2, and the above definition in the case where the second event occurs after the occurrence of the first event is classified into the third pattern Ptn_3. Is done. There may be a plurality of applicable patterns in the information to be inspected, and any suitable pattern is selected and imported in the inspection process, and the link source information of the imported pattern and The consistency between the information to be inspected and the contrast information is checked against the link destination information.

In the example of the standard shown in FIG. 2, the rules relating to the link source information rule b01, the link destination information rule b02, the matching condition b03, the time series order b04, and the inhibition rule b05 are described as the rules. ing.
b01 (Link source information rules):
“There is a code of a010251 (appraisal addition) in the dynamic a0102 (process to be applied), and there are codes of s01001 (subject) / 170633 (ring) and s01003012 (changed pedestal) in the state”
b02 (Link destination information):
“There is a code of MQ6QZ004 (base change) in the dynamic a0102 (processing to be applied) and a code of s01001 (target) / 170633 (ring)”
b03 (matching condition):
`` The s01003 (part number) or s01002 (name) indicated by the link source information (conforming to the inspected information) matches the s01003 (part number) or s01002 (name) indicated by the link destination information, and
S01006 (new state: after change) of s01004 (target part) indicated by the link destination information and s01003012 (pedestal after change) indicated by the link source information match.
b04 (time series order):
"The event indicated by the link destination information (in this case, the pedestal has been changed) must not occur later than the event indicated by the link source information (in this case, the appraisal was performed)"
b05 (Inhibition rules):
`` The period between the occurrence of the event (change repair) indicated by the link destination information and the occurrence time of the event (appraisal) indicated by the link source information is the occurrence timing, the a0102 indicated is the pedestal change, the part number, name, target part etc. There is no inhibition information indicating an inhibition event that matches and s01005 (old state: before change) matches s01006 (new state: after change) indicated by the link destination information.

Further, in FIG. 2, for the sake of convenience of explanation, each rule is shown in text, but in an actual pattern, it is encoded and logically expressed. For example, the above b01 (regulation of link source information) is
b01 /// a0102 ++ a010251 // s01001 / 170633 ++ s01003012
It is described. Furthermore, the data is inserted in single parentheses, such as (Hanahana). As a result, the information processing apparatus can automatically analyze these, and can automatically confirm the specific content of the reference.

In addition, even if each component such as inspected information, contrast information, or matching conditions described in the standard is described in a text sentence or phrase, the text sentence or phrase can be parsed before or during the inspection process. It is necessary to go through a process of replacing with a code or code by lexical search processing or phrase analysis processing including analysis and semantic analysis. A type determination process based on the code / sign comparison, a determination process for determining whether a part or all of the contents match, and the like are performed. In the inspection process of the present invention, it is preferable that each component such as the inspected information, the contrast information, or the matching condition described in the reference is coded or encoded in advance. It is also possible to include a replacement processing process in the configuration.
The outline of the information and the standards related to the inspection has been described above.

  Next, examples will be described below. FIG. 3 is a block configuration example of an information inspection apparatus for executing the first embodiment of the information inspection method according to the present invention. 4 and 5 are operation flowcharts of the information inspection apparatus.

An outline of the first embodiment will be described. In the first embodiment, the computer processing unit provided in the information inspection apparatus reads and executes the means provided as a program, thereby obtaining the inspected information in which the contents of the event and the occurrence time of the event are described in a digital format. , An information inspection method for inspecting against a standard stored in or outside the information inspection apparatus and described in a digital format, which is embodied as a computer program and operates as a cooperation of hardware and software This is performed using the information inspection apparatus provided with the processing means.
The inspected information in digital format to be inspected describes the contents of the first event and the first occurrence time when the first event occurs, and is compared to the inspected information. It is assumed that the content of the second event and the second occurrence time, which is the occurrence time of the second event, are described in the digital-type contrast information in which the degree of confidence is already high.
On the other hand, the standard described in digital format includes the content of information (referred to as link source information) describing the event (referred to as link source event) to which the standard is applied, and the link source event and logical or physical Either the contents of information (referred to as link destination information) describing an event (referred to as a link destination event) that numerically matches, or a condition that satisfies the match (referred to as a match condition), or both, and the link A time-series order between the occurrence time of the previous event and the occurrence time of the link source event is defined. For example, the context of the occurrence timing of the link destination event is defined starting from the occurrence timing of the link source event.

Information processing means embodied as a computer program and operating as a cooperation of hardware and software first applies any information to be inspected, which is given by external input or taken in from outside. Next, a process for obtaining and setting the reference that matches the first event described in the information to be inspected from inside or outside the information inspection apparatus is executed. Here, a criterion is selected and set so that the link source information indicated by the criterion matches the inspected information that is the given case.
Next, the information processing means applies any contrast information acquired from inside or outside the information inspection device (already at high confidence as described above), and in accordance with the criteria, the following content inspection and order inspection Are executed in any order.
As a content check, the above-mentioned reference information is calculated based on whether the second event described in the acquired reference information matches the link destination event indicated by the link destination information, or based on the numerical value indicated by the control information, according to the set criteria. Whether or not the result matches the numerical value indicated by the link destination information, or whether the inspected information and the comparison information satisfy the matching condition defined in the standard.
On the other hand, as the order check, it is checked whether the order of the second occurrence time and the first occurrence time matches the time-series order defined by the reference. In this way, the occurrence time and content indicated by the information to be inspected and the comparison information are checked against the rules indicated in the standard, so that the presence or absence of contradiction, that is, the presence or absence of consistency is inspected.
Next, the information processing means determines that the information to be inspected is based on both the fact that the information to be inspected that has passed both inspections is consistent with the control information and that the control information is already highly reliable. Is determined. The inspection process is formed by a series of processes executed by the information processing means as described above. Of course, the above numbers include quantities.

Alternatively, in addition to the above, there is an occurrence time between the second occurrence time of the second event described by the control information satisfying the content inspection and the order inspection and the first occurrence time of the first event described by the inspected information. An inhibition test process is performed to check whether another control information that describes the event and the description of the event satisfies the inhibition rule indicated by the standard is not detected, and the test is performed when the inhibition test is not satisfied. Information can also be highly reliable.
That is, when the information processing means follows the process and there is control information suitable for both tests, it occurred between the second generation time described in the control information and the first generation time described in the test information. A different information detection process for detecting different control information describing different events, and for each of the detected different control information, whether or not the described different events inhibit the matching is predetermined. An inhibition test process for inspecting against the inhibition regulations and a determination process for determining the information to be inspected as having high confidence when there is no inhibition are performed. In this way, it is examined whether or not the above-mentioned another event inhibits the above-mentioned matching.

The inspection process is performed for each piece of control information, and if there is another standard applicable to the information to be inspected, the above-described process is applied.
As a result of the above inspection, if the existence is confirmed by detecting the contrast information that is consistent with the information to be inspected, the support has been obtained, and thus the information to be inspected is appropriate. It can be. That is, since the selected control information itself is already appropriate and high in reliability, it is determined that the information to be inspected that matches the control information is appropriate and high in reliability based on this high reliability. To do.

In addition, the standard defines the inspection process for the physical or logical or numerical consistency of the events described by each piece of information and the consistency of the occurrence time of the events described by each piece of information in time series. This criterion is based on physical, logical, and numerical causal relationships or correlations regarding the timing and content of both events.
The outline of the first embodiment has been described above.

  Next, the configuration and operation of the first embodiment will be described. An information inspection apparatus 0300 shown in FIG. 3 is an example of an apparatus that executes the information inspection method according to the present invention. The information inspection apparatus 0310, the information processing section 0330, the storage section 0340, and the reference provision section 0320 are provided. And a digital processing mechanism (not shown). The digital processing mechanism operates the information inspection device 0300 as a computer device, and includes one or a plurality of CPUs, internal buses, cache memories, registers, various interfaces such as a communication interface, and components such as a power supply unit. These are the same as the existing computer configuration, and thus the description thereof is omitted.

  The information holding unit 0310 includes a temporary memory 0311 and a magnetic recording medium 0312, and further includes operation software (not shown) based on a program. The temporary memory 0311 is constituted by a semiconductor memory or the like, and is configured to temporarily store at least the information to be inspected xeiif mounted on the input information 0301 from the outside and supply it to the inspection module 0331 of the information processing unit 0330. The magnetic recording medium 0312 is mounted on a large-capacity magnetic tape recording device, a large-capacity magnetic disk type recording device or the like as a fixed type or a detachable type and stores a large number of existing information. The information is supplied to the inspection module 0331 as the control information prif.

  The storage unit 0340 includes a semiconductor memory device such as an SRAM or a small-capacity magnetic disk device. The storage unit 0340 receives and stores the inspected information xeif sent from the inspecting module 0331, and stores the inspected information xeiif stored in the inspecting module. It is configured to supply to 0331.

  The reference providing unit 0320 is composed of a ROM type semiconductor memory device, a medium-capacity to large-capacity magnetic disk device, or the like, and is configured to store a reference 0321 that is a basis for determination in inspection and supply it to the inspection module 0331.

  The information processing unit 0330 includes an inspection module 0331 which is operation software configured by a program. The inspection module 0331 exchanges the inspected information xeiif with the storage unit 0340, and the inspected information temporarily stored in the temporary memory 0311. Information to be inspected by receiving xeiif, receiving execution date instruction information 0302 input from the outside, receiving supply of control information prif from the magnetic recording medium 0312, and receiving reference 0321 from the reference providing means 0320 The xeif inspection process is executed.

  The information to be inspected xeiif is stored in a configuration in which the input inspected information xeif is provisionally stored in an on-chip register, other semiconductor storage media (not shown) provided in the information holding unit 0310, magnetic recording media, optical recording media, or the like. It is also possible to configure such that the control information prif is temporarily stored or recorded and held, and is taken out and provided when necessary. Further, the reference 0321 may be configured to be recorded and held in a semiconductor storage medium (not shown), a magnetic recording medium, an optical recording medium or the like provided in the reference providing unit 0320 and accessed when necessary.

The reference 0321 is provided from the stored reference providing means 0320 to the inspection module 0331 as a digital format pattern. Each pattern is classified into the first pattern Ptn_1, the second pattern Ptn_2, or the third pattern Ptn_3 as described above according to the time series order.
The first pattern Ptn_1 corresponds to the case where the first event occurrence time (first occurrence time) is later than the second event occurrence time (second occurrence time). The second pattern Ptn_2 corresponds to the case where the first occurrence time is the same as the second occurrence time. The third pattern Ptn_3 corresponds to the case where the first generation time is earlier than the second generation time.
A wide variety of standards 0321 (patterns) are possible, and those prepared in advance or provided as external conditions are stored in the standard providing means 0320, and also created and stored by the information inspection apparatus 0300 itself. Alternatively, it can be updated and created based on the result of the inspection process. The information processing unit 0330 controls the creation process.

  Among the many standards 0321 (patterns) by the information processing means 0330, any one of the patterns in which the specified contents of the inspected information described in the reference 0321 matches the contents described in the target inspected information xeif Is selected and imported. Corresponding to which of the first pattern Ptn_1 to the third pattern Ptn_3 among the rules related to matching described in the captured pattern is arbitrary as shown in FIG. Any one of the first inspection isp1 to the third inspection isp3 is performed as an order inspection for any of the first to third control information pri_1 to prif_3 selected in the above. Subsequently, as the content inspection, the content described in the contrast information matches the content of the matching control information described in the standard 0321, and / or the information to be inspected and the matching control information described in the standard 0321 A check is made to see if the conditions for matching are met.

  Alternatively, if any of the patterns is selected and taken in the processing order opposite to the above, the content inspection is performed on the arbitrarily selected control information prif, and the order inspection is performed on those satisfying this. It may be.

  The first check isp1 checks that the event occurrence time t_pr1 described in the arbitrary control information pri_1 is earlier than the event occurrence time t_xe described in the inspected information xeif. That is, it is checked whether or not the event described by the control information prif_ 1 has occurred before the event described by the inspected information xeif. The first examination isp1 is executed for each of a plurality of pieces of control information pri_1.

  The second inspection isp2 checks that the event occurrence time t_pr2 described in the arbitrary control information pri_2 is coincident with the event occurrence time t_xe described in the information to be inspected xeif. That is, it is checked whether or not the event described by the control information pri_2 has occurred at the same time as the event described by the inspected information xeif. The second examination isp2 is executed for each of a plurality of pieces of control information pri_2.

  Further, the third inspection isp3 checks that the event occurrence time t_pr3 described in the arbitrary control information prif_3 is later than the event occurrence time t_xe described in the inspected information xeif. That is, it is checked whether or not the event described by the control information prif_3 has occurred after the event described by the inspected information xeif. The third examination isp3 is executed for each of a plurality of pieces of control information pri_3. Thus, although the generation time of the inspected information xeif is earlier in time series than the generation time of the reference information prif_3, the input of the inspected information xeif to the information inspection device 0300 is the information inspection device 0300 of the reference information prif_3. Even if it is later than the registration, the reliability check can be executed without any trouble.

As described above, the advantage of the third inspection is information input to the information inspection apparatus 0300 that is considerably later than the occurrence time for some reason, and therefore, even if another event occurs during that time, there is a problem. It is possible to check the appropriateness of the information.
In addition, at a later date, even if there is an input for the purpose of forgery of historical information, which is intended to register the previously forged information, at least the content of the information that has already been made appropriate by the third inspection and that has already been made appropriate Since illegal input can be eliminated by checking the contradiction with the generation time, the reliability of the information stored and held in the magnetic recording medium 0312 of the information inspection apparatus 0300 can be maintained high. In addition, the above exclusion function works effectively even when there is an input error in the information entered (occurrence time and contents) after the occurrence time, thereby preventing erroneous input and re-input. You can prompt the check and correct it to correct input information.

  In this way, for a certain inspected information xeiif, the inspected information xeiif is detected by detecting the presence of the reference information priif whose “contents of event” and “time series order of occurrence time” match the standard definition. It confirms the appropriateness of the information and makes it a highly reliable information.

  FIG. 4 shows a process execution flowchart of the information inspection apparatus 0300. The inspection module 0331 of the information processing unit 0330 refers to the storage unit 0340 or a status register (not shown), and if there is the inspected information xeiif related to the waiting test, it is the execution time of the test that is currently on standby. (Step S0501). If the current time is the execution time of the waiting inspection (positive result), the inspected information xeif is fetched from the storage unit 0340 (step S0502), and the process proceeds to step S0507 to start executing the inspection process. On the other hand, if there is no waiting test or if the current waiting test execution time is negative (negative result), the process proceeds to step S0503 and the input information 0301 is awaited.

  On the other hand, when detecting the input of the input information 0301 from the outside, the information holding unit 0310 stores the inspected information xeif mounted in the temporary memory 0311 and notifies the inspection module 0331 (step S0504). Upon receiving this notification, the inspection module 0331 checks the implementation date instruction information 0302, which is an instruction from the outside whether the inspection processing of the given inspected information xeif is to be executed immediately or at a later date ( In step S0505), if there is an execution instruction at a later date, the inspected information xeif is stored in the storage unit 0340 to be stored until the execution time (step S0506), and this session ends.

On the other hand, if the execution date instruction information 0302 is an instruction to immediately execute the inspection process, the process advances to step S0507 to start the execution of the inspection process, and first, the reference 0321 to be applied is selected based on the inspected information xeiif. In detail, the reference 0321 stored in the reference providing unit 0320 is searched and shown based on the contents of the inspection information xeiif (for example, the type code and the semantic code of the inspection information in FIG. 2). If the link source information rule (for example, the standard link source information rule b01 in FIG. 2 above) corresponds to the contents of the inspected information xeif, and if there is any, the standard 0321 (for example, FIG. 2 above) And apply this thereafter. Standard 0321 includes
(A) Provision of information to be inspected conforming to this standard (for example, standard b01 of the link source information of the standard in FIG. 2),
(B) provision of control information that logically or physically or numerically matches the inspected information conforming to the above provision (for example, provision b02 of the link destination information of the reference in FIG. 2),
(C) Regulations relating to matching as a condition for satisfying the above matching (for example, matching condition b03 of the standard in FIG. 2),
(D) Time-series order at the time of occurrence of events described by the control information and the inspected information (for example, the time-series order b04 of the reference in FIG. 2),
Is defined, and is classified into one of the first pattern Ptn_1 to the third pattern Ptn_3. The inspection module 0331 secures the reference 0321 to be applied by this reference selection processing process, and then proceeds to step S0508 to proceed with the inspection processing.

  Step S0508 is a subroutine, and inspection processing is executed in light of this standard 0321. The inspection result is recorded in recording means (not shown) or storage means 0340 (step S0509). Next, it is confirmed whether or not there is another standard that matches the inspected information xeiif (step S0510). If the result is affirmative, the process returns to step S0507, and if the result is negative, the process proceeds to step S0511. Comprehensive judgment based on inspection results. Based on the result of the comprehensive determination, this inspected information xeif is processed as “proper” information having consistency or “unconfirmed” (step S0512).

FIG. 5 is an operation flowchart of an example of a subroutine responsible for the processing in step S0508, which is executed by the inspection module 0331. First, the inspection module 0331 performs a confirmation process as to whether or not the reference information prif to be captured exists in the information inspection apparatus 0300 (for example, the magnetic recording medium 0312) or outside (step S0601).
If it does not exist, the process proceeds to step S0602. In step S0602, the inspected information xeif is stored in the storage unit 0340 and then returned. On the other hand, if it exists, the control information is selected and fetched (step S0603), and then the process proceeds to step S0604 to perform a time-series order check.

  In the order inspection in step S0604, the inspection module 0331 determines that the time-series order definition (for example, the time-series order b04 of the reference in FIG. 2 described above) of the acquired reference 0321 is any of the first pattern Ptn_1 to the third pattern Ptn_3. Confirmation processing is performed, and based on the confirmation result, the first examination isp1 to the third examination isp3 related to the presence or absence of matching with the time series condition defined by the reference 0321 are executed on the control information (step S0604). This checks the order of occurrence of each described event. If any of the results of the order check is satisfied, the process proceeds to step S0606 as the next content check. If the order check is not satisfied, the control information is discarded and the process proceeds to step S0611 to confirm the presence of other control information.

In step S0606, a content inspection is executed against the reference. Whether the information to be inspected and the control information satisfy the conditions for establishment of logical, physical, or numerical alignment specified by the standard 0321, or a part or all of the contents described in the control information is specified by the standard Whether it matches part or all of the contents of the link destination information, or whether the numerical value indicated by the contrast information, the result of the operation based on the numerical value is the numerical value indicated by the link source information, or the result of the operation based on the numerical value , The content inspection is satisfied (step S0607). On the other hand, if the content inspection is not satisfied, the control information is discarded and the process proceeds to step S0611 to confirm the presence of other control information.
In the above description, the order inspection is performed first, and then the content inspection is performed. However, both inspection processes (order inspection and content inspection) may be performed first. After performing both inspection processes in random order, the next inhibition event is inspected for the control information that satisfies the criteria.

  If it is determined in step S0608 that the standard defines the second generation time as being earlier than the first generation time, the first generation time is set from the second generation time to the first generation time, and the second generation time is set as the first generation time. In the case where it is defined as after, whether the period between the first occurrence time and the second occurrence time is a period, and whether or not other control information that occurs within this period and falls under the inhibition rule defined by the standard is detected. inspect. If not detected (step S0609), the inhibition test is passed and the process proceeds to step S0610. Based on the above result, consistency is recorded, and the test result is recorded on the magnetic recording medium 0312 or the like, and the process proceeds to step S0611. On the contrary, when the inhibition (inhibition information) is detected here, the control information is determined to be inappropriate, and the control information is discarded and the process proceeds to step S0611 to confirm the presence of other control information.

  In step S0611, it is confirmed whether there is other contrast information. If it exists, the process returns to step S0603, and if there is no other contrast information, the process proceeds to step S0612. In step S0612, if a plurality of consistency inspection results are recorded for the pattern as a result of the above step, based on an integrated determination criterion (not shown) stored in the storage unit 0340, the entire determination process is performed. Return.

The need for an inhibition test is described below. Examples of cases in which history information is particularly important in the management of goods and sales transactions, such as the owner's transition and transfer (buying and selling) history, include buying and selling jewelry and jewelry and buying and selling cars. In the present invention, for convenience, transfer (paid or free) is included in the purchase and sale.
In the jewelry transfer example, the description of the event in the inspected information is
Jewelry goods:
Old owner: person A, new owner: person B
The date of the transfer of this jewelery is the first time of occurrence, and the standard stipulation is that “the same jewelery has been transferred before the first time of occurrence and is described in the new owner and inspected information. "Old owners must match"
The event that occurred in the second occurrence time that is before the first occurrence time described in the control information is
Jewelry goods:
Old owner: person V, new owner: person A
If so, it can be assumed that the person A who is the new owner at the second occurrence time owns this jewelry and has transferred it to the person B who will be the new owner at the first occurrence time. Inspection information can be considered appropriate.

However, in the above, there is another control information describing the event that occurred between the second occurrence time and the first occurrence time,
Jewelry goods:
Old owner: person A, new owner: person W
If so, the jewelry has already been transferred from the person A to the person W before the first occurrence period, and the person W who is the new owner described in the other contrast information is described in the inspected information. Since it is inconsistent with the person A who is the old owner, it can be considered that the information to be inspected is inconsistent and inappropriate. Here, in the present invention, the other control information and event are referred to as “inhibition information” and “inhibition event”, respectively, and the test for the presence or absence of the inhibition information is referred to as “inhibition test”.
The determination criteria for the above-described inhibition test are: “There is another control information describing an event that occurred between the second occurrence time and the first occurrence time, and it was described in the jewelry and the information to be inspected. If the jewelry matches, but the new owner described in the other contrast information and the old owner described in the inspected information do not match, the inspected information is not appropriate.

Inhibition information is also generated when the occurrence time of the second event described in the control information is later than the occurrence time of the first event described in the information to be inspected. Is also suitable. In the jewelry transfer example, the description of the event of the inspected information is
Jewelry goods:
Old owner: person V, new owner: person A
The date of the transfer of this jewelery is the first occurrence date, and the standard stipulation is that “the transfer occurred after the first occurrence time for the same jewelery, and the old owner and the new information described in the inspected information. Owners must match "
The event of the control information that has been transferred since the first occurrence time,
Jewelry goods:
Old owner: person A, new owner: person B
If so, it can be considered that person A who is the new owner of the transfer at the first occurrence time owns this jewelry and has transferred it to person B who will be the new owner this time. Can be considered.

However, in the above, there is another reference information describing an event whose occurrence time is between the first occurrence time and the second occurrence time.
Jewelry goods:
Old owner: person A, new owner: person W
If the jewelry W has already been transferred from the person A to the person W after the first occurrence time and before the second occurrence time, and the person W who is the new owner described in the other contrast information is Since it is inconsistent with the person A who is the old owner of the description in the contrast information, it can be considered that the information to be inspected is inconsistent and not appropriate. The determination criteria for the inhibition test described above are: “There is another control information describing an event that occurred between the first generation time and the second generation time, and the jewelry described in the control information and the treasure described in the control information. If the decoration matches, but the new owner described in the different control information and the old owner described in the control information do not match, the information to be inspected is not appropriate.

  Therefore, in this embodiment, there is a new event that occurs between the second occurrence time described by the control information satisfying the content inspection and the order inspection and the first occurrence time described by the information to be inspected, and the standard definition is the first. 2 When the occurrence time is earlier than the first occurrence time, the description of the execution action or / and the operation or process to be performed or / and the change of state in the description of the new event is the corresponding description of the control information. If no other matching information is detected, or if the criterion is defined as the second occurrence time after the first occurrence time, the execution action of the new event description and / or is applied Perform an inhibition test process to test whether other control information is detected that matches the description of the operation or process, or / and the change in state, with the corresponding description of the information to be tested. Information not detected The inspection information when passed the inhibition test in which a high authenticity degree.

  As described above, when the inspected information xeif and the control information prif linked to the information to be inspected satisfy both the matching according to the above-mentioned contents defined by the standard and the time series relating to the occurrence time, The inspection information xeif can be determined as having high reliability.

  In this embodiment, in addition to a combination of one piece of searched information and one piece of contrast information, a combination of one piece of searched information and a plurality of pieces of contrast information, a plurality of pieces of searched information and one piece of information. Consistency inspection can be performed by a combination of reference information and a combination of a plurality of pieces of searched information and a plurality of pieces of reference information.

  When the comparison information prif is given to the information processing means 0330 after the time when the examination information xeiif is given, the information processing means 0330 gives the examination information xeif and the comparison information prif gives the information processing means 0330. It can also be configured to store in the storage means 0340 until the execution time after being given.

  Further, in the above configuration, as a processing order, a standard that matches based on the inspected information xeif is selected in step S0507, and then, in step S0508, it is confirmed whether or not the corresponding control information prif exists. As an order of processing, it is also possible to first select an arbitrary one from the existing control information prif, and then select a standard that matches the contents of the control information prif and the inspected information xeif.

  Further, in FIG. 3, the inspection module 0331 executes the first-stage inspection process with the information to be inspected as the first connection source information and the contrast information that matches the first connection source information as the first connection destination information. The first link information is used as the second link source information, and the second level inspection process is executed using the contrast information matched with the second link source information as the second link destination information. It can also be set as the structure which performs a connection inspection process at least once as connecting inspection processes being connected and performing.

FIG. 6 is a block diagram showing an example of the configuration of an information inspection apparatus in which the information inspection method according to the second embodiment of the present invention is implemented. The same parts as those in the above embodiment are denoted by the same reference numerals and the above description is used.
An information inspection apparatus 0700 shown in FIG. 6 is another example of an apparatus that executes the information inspection method according to the present invention, and includes information holding means 0710, information processing means 0730, storage means 0740, and reference providing means. 0320 and a digital processing mechanism (not shown). The digital processing mechanism is an existing computer configuration as described above, and thus the description thereof is omitted.

The information holding unit 0710 includes a temporary memory 0311, a plurality of magnetic disk media 07121, 07122, 07123, 07124, 07125, 07126, and the like, and further includes operation software (not shown) by a program. The magnetic disk media 07121 to 07126 are mounted on a large-capacity magnetic tape recording apparatus, a large-capacity magnetic disk type recording apparatus or the like as a fixed type or a detachable type, store a large number of existing information rgif, and from among the existing information rgif The selected control information prif is supplied to the inspection module 0731, and the information to be inspected with the reliability set sent from the storage module 0733 is recorded as new existing information rgif. Here, for the convenience of display, there is also a case in which only one direction is shown for an arrow indicating a data flow. Further, although the discrimination standard 0713 and the threshold value 0714 are recorded on the magnetic disk medium 07126, the present invention is not limited to this. The discrimination standard 0713 gives a standard of confidence when discriminating the control information prif and selectively fetching it.
Further, when the given reliability setting information input from the outside as registration information otif is received, only the information exceeding the threshold value 0714 is recorded on the magnetic recording medium 0712 as the existing information rgif_3. The

  In the above, both the occurrence information and the comparison information are the main body, the description of the contents of the event, the occurrence time of the event, and the reliability of the content and the occurrence time of the event, Is done. Confidence can be presented in stages or numerical values. In addition to the direct acceptance by the information holding means 0710, the acceptance via the information processing means 0730 is not accepted during the acceptance processing of the grant information whose credibility is already set as input from the outside as the registration information otif. Is possible. In other words, the information processing means 0730 may be configured to perform processing in contrast to the above threshold value. This also applies to the embodiments described later.

  The storage unit 0740 includes a semiconductor memory device such as an SRAM or a small-capacity magnetic disk device. The storage unit 0740 receives and stores inspected information xeiif sent from the inspecting module 0731 and stores the inspected information xeiif in the inspecting module. It is set as the structure supplied to 0731. Further, the integrated determination criterion 0741 for the integrated determination is stored and supplied to the inspection module 0731, and the calculation criterion 0742 for calculating the reliability is supplied to the reliability setting module 0732.

  The information processing unit 0730 includes an inspection module 0731, a reliability setting module 0732, and a storage module 0733, all of which are operation software configured by a program.

The inspection module 0331 receives supply of the inspected information xeif temporarily stored in the temporary memory 0311. Also, the inspection information xeif is exchanged with the storage unit 0740. Further, the execution date instruction information 0302 input from the outside is received, and the reference 0321 that matches the inspected information xeif is received from the reference providing unit 0320, the reference information prif is taken in from the magnetic recording media 07121 to 07126, and the reference 0321 The inspection information xeiif is inspected in accordance with the inspection information, and the inspected inspection information xeiif with the inspection result is sent to the reliability setting module 0732 or sent to the storage module 0733.
In taking in the reference information prif, the inspection module 0331 takes in the discrimination standard 0713 from the magnetic recording medium 07126 or refers to it, and selectively takes in only the control information prif of reliability satisfying the discrimination standard. You can also.

  The inspection module 0331 further receives the supply of the integrated determination standard 0741 from the storage unit 0340 and performs integrated determination when a plurality of inspection results are obtained by executing a plurality of inspections, and the integrated determination completed inspection to which the determination results are attached The information xeif is sent to the reliability setting module 0732 or sent to the storage module 0733.

  In addition, the inspection module 0331 further examines information already stored in the magnetic disk medium 07126 or the like that does not satisfy the consistency or whose reliability does not exceed a given threshold (not shown). The information xeif is set, and the inspection process is re-executed at an arbitrary time.

  The reliability setting module 0732 sets the reliability of the information to be inspected xeiif in multiple stages or numerical values according to the calculation standard 0742 supplied from the storage unit 0340, and the information to be inspected xeiif with this reliability set. Is sent to the storage module 0733.

  The storage module 0733 receives the inspected inspected information xeif received from the inspecting module 0331, the integrated determination inspected information xeiif, or the reliability set inspected information xeiif received from the confidence setting module 0732. The information is recorded on each magnetic disk medium as already generated information.

  The integrated determination criterion 0741 stored in the storage unit 0740 gives the inspection module 0331 a reference for integrated determination when a plurality of inspection results are obtained. The calculation standard 0742 gives a standard for setting the reliability of the inspected information xeiif in multiple stages or numerical values to the reliability setting module 0732.

  The storage module 0733 includes a data aggregating procedure for aggregating data as a software program. The data agglomeration process will be described in detail later.

Next, the operation of the information inspection apparatus 0700 will be described. The operation related to the data aggregating process will be described in detail later.
Processing at the time of receiving the input information 0310 from the outside by the information holding unit 0710, and storage processing of the inspected information xeiif in the storage unit 0740 at the time of receiving the execution date instruction information 0302 from the outside by the inspection module 0731 , And the reading process thereof are the same as those in the first embodiment, and the above description is incorporated.

  At the start of the inspection process, the inspection module 0731 executes processing for fetching the corresponding reference 0321 from the reference providing unit 0320 based on the inspected information xeiif in which the contents of the event and the occurrence time of the event are described in a digital format. As in the first embodiment, the standard 0321 is defined as physical, logical, or numerical value matching, and the occurrence time (second occurrence time) of the second event described in the control information is the inspection information xeif. When the occurrence time of the first event described in (1) is earlier than the first occurrence time, or the second occurrence time is the same as the first occurrence time, or the second occurrence time is earlier than the first occurrence time Any of the following cases is defined. In addition, when there are a plurality of criteria 0321 corresponding to a certain inspected information xeif, one or more are determined by executing a selection process based on a predetermined criterion (not shown), or Execute the process of fetching and setting the corresponding items in order.

  On the other hand, in the magnetic disk media 07121 to 07126, a plurality of already-occurring information rgif in which the reliability is already set and the contents of the event and the occurrence time of the event are described in a digital format are stored. In step 0731, an arbitrary and highly reliable one is selected from the reference 0321 and executed as control information prif. Upon taking in the reference information prif, the inspection module 0731 takes in the discrimination standard 0713 from the magnetic disk medium 07126 or refers to it, and selects the existing information rgif of the reliability satisfying the discrimination standard as the control information prif selectively. It is also possible to execute a capturing process. Next, the inspection module 0731 performs the content inspection process and the order inspection process in random order, and then executes the inhibition inspection process. These processes are the same as the above-described steps of the above-described embodiment, and thus the above description is omitted. Incorporate. Note that the execution order of the content inspection process and the order inspection process may be any first. The inspection module 0731 executes the process of sending the inspected information xeiif with the inspection result to the reliability setting module 0732 or sending it to the storage module 0733.

  Alternatively, when there are a plurality of standards 0321 as described above, the inspection module 0731 executes each of the above-described inspection processes based on the respective standards 0321 and is stored in the storage unit 0740 based on the respective inspection results. An integrated determination process for determining the authenticity of the inspected information xeiif according to the given integrated determination criteria 0741 is executed, and the inspected inspected information xeiif with the integrated determination result is sent to the reliability setting module 0732, or Processing to be sent to the storage module 0733 is executed.

  Next, the reliability setting module 0732 sets the reliability of the inspected information xeiif in a multi-stage or numerical value according to the calculation standard 0742 supplied from the storage unit 0340, and attaches this reliability. The process of sending the credibility set inspection target information xeif to the storage module 0733 is executed.

  Subsequently, the storage module 0733 is the inspected inspected information xeif received from the inspection module 0731, the inspected inspected information xeiif with the integrated determination result, or the confidence setting received from the confidence setting module 0732. The process of recording the already-inspected information xeif on each magnetic disk medium such as the magnetic disk medium 07126 as the already generated information rgif is executed.

  Further, the inspection module 0331 does not satisfy consistency among existing information stored in each magnetic disk medium such as the magnetic disk medium 07126, or the reliability does not exceed a predetermined threshold (not shown). Is again set as the inspected information xeif, and the process of re-executing the inspection process at an arbitrary time can be executed at an arbitrary time.

  On the other hand, when the information holding means 0710 receives the assigned information of reliability already set as the registration information otif from outside at an arbitrary time, the information holding means 0710 compares only the information that exceeds the threshold value 0714 with the already generated information rgif_3. As described above, processing for recording on each magnetic disk medium such as the magnetic disk medium 07126 can be executed.

Next, the concept and processing of data agglomeration will be described.
Some of the elements are immediately registered when there is input from the outside as registered information otif whose reliability has already been confirmed, such as the existing information rgif_3 shown in FIG. In the registration, the address of the allocated recording area is added to the address management table, and this existing information is stored as an element rgif_3 at the corresponding address. In such a case, in particular, other stored data of the same kind, for example, a free area on the magnetic disk medium 07126, for example, a free area on the magnetic disk medium 07126, regardless of the recording area of the existing information element rgif_21 on the magnetic disk medium 07123. Recording is performed on a magnetic disk medium of an area or another spindle (not shown), and as a result of distributed storage, read access becomes inefficient. In addition, each data itself may be fragmented and recorded in sprawl at various locations.

By the way, the flow of inspection processing executed by the information inspection apparatus 0700 can be organized into the following five steps.
(1) The information processing unit 0730 executes a process for receiving the inspected information xeif input from the user side device.
(2) Next, the inspection module 0731 searches the reference providing unit 0320 based on the inspected information xeif, and executes a process of selecting and importing the reference (pattern) 0321 to which the inspected information xeiif is applied.
(3) Next, the inspection module 0731 searches the information holding means 0710 based on the captured standard 0321, reads the control information elements pri_11 and prif_12 in which other events are recorded, and inspects the information xeif to be inspected against the standard 0321. Execute the process to check the authenticity of.
(4) Next, the information processing means 0730 executes processing for sending the inspection result to the user side device.
(5) Next, the storage module 0733 executes a process of additionally recording the information to be inspected in the information holding unit 0710 as new existing information together with the inspection result.

If each stage is analyzed from the viewpoint of time allowance, it is necessary to quickly return the inspection result to the user side device. From the completion of stage (1) to the completion of stage (4), Processing must be done as quickly as possible. Therefore, there is little time margin. On the other hand, when stage (4) is completed, there is a time margin until the completion of stage (5) below.
On the other hand, in a database apparatus such as the information holding means 0710, a large-capacity magnetic recording apparatus, particularly a magnetic recording apparatus using a hard magnetic disk as a recording medium is applied as a main recording means, and each existing information element is a magnetic disk medium. In this case, each time an element is generated, it is often recorded in a different area on the magnetic disk medium. As a result, a plurality of elements or a plurality of similar elements are rarely recorded together in the same area on the magnetic disk medium, especially when the occurrence of recorded information is irregular or occasional. Are recorded in different areas.
As a result, multiple elements, or similar elements, are recorded on different volumes, different cylinders, and even different magnetic disk media on the same magnetic disk medium, i.e. different spindle media, respectively. At the time of search, it takes time to read out the plurality of elements or a plurality of similar elements all at once, which causes a problem of losing speed.
Therefore, it is necessary to perform a collection operation to collect distributed fragments by performing memory management periodically or at any time and collect them in one area or a very small number of areas. Since it takes extra time, it is not a good idea to perform this collection task when an immediate response is required.

  Furthermore, when executing the above step (3), when each reference information is read from each distributed area on the magnetic disk medium by searching the database (information holding means 0710, etc.), Since the information is collected and stored in the working memory, it is possible to execute a process of collecting and collecting and rewriting them in the same area on the magnetic disk medium. Then, since the speed is required until the completion of the step (4), it is not preferable to execute this rewriting. Further, in this case, only the control information of the selected result is present on the working memory, and not all related existing information is captured.

Therefore, the present invention pays attention to the above stage (5) in which time allowance is allowed, and when the inspected information xeif whose test result is confirmed is additionally recorded in the database, each existing information element similar to the inspected information is recorded. Are collected from each magnetic disk medium and read in all, and the information to be inspected is added as a new existing information element to form a data cluster. After this, a magnetic disk medium that can secure a free space is selected, and a process of rewriting the same area in the same area on the magnetic disk medium is executed. The magnetic disk medium that is the rewrite destination may be any disk as long as it has a recording capacity sufficient to collect the agglomerates and rewrite them in the same area.
In addition, when a recording capacity sufficient to rewrite the agglomerates in the same area cannot be obtained, another area may be secured so as to minimize dispersion.

  Further, the present invention adds a serial number in time-series order to each of the inspected information collected in the step (5) and each similar occurrence information, and arranges them in the serial number order. To do. Here, the time series order is an order based on the occurrence time of the event described in each of the information to be inspected and each of the existing information. In addition, an order table used in the search is created. As the contents of the order table, a serial number, an element identification code, an event occurrence time, a recorded address, and the like are described for each element.

So above,
(A) Process for aggregating information to be inspected and similar existing information, and
(B) A process of adding serial numbers in chronological order to each agglomerated information, and
(C) A process of arranging the collected information in the order of the serial numbers,
This is referred to as “data agglomeration”.

  As a result of the above data agglomeration and rewriting to the same area collectively, the time required for reading from the area in the subsequent inspection process is shortened. The process from the start to the completion of the step (4) can be quickly processed, and an effect that an early response to the user side becomes possible can be realized.

  When the control information read in step (3) is collectively left in the working memory at the time of execution of step (5), it is not limited to data agglomeration and rewriting related to the information to be inspected. It is also possible to perform a data agglomeration process on the reference information used in the step (3) and collectively rewrite the same information on the magnetic disk medium. In this case, the type of information to be inspected and the type of control information used in step (3) often do not match.

FIG. 7 is a flowchart relating mainly to an example of data agglomeration processing among the operations of the information inspection apparatus 0700. In the figure, the information processing means 0730 receives input information 0301 on which information to be inspected xeiif sent from a use side device (not shown) is received and stores it in the temporary memory 0311 (step S0701). Here, it is assumed that the input information 0301 includes a request to immediately notify the determination result of the reliability of the inspected information xeif.
Here, the inspection module 0731 is operated, and based on the inspected information xeif on the temporary memory 0311, a reference (pattern) 0321 on the reference providing unit 0320 is selected and a pattern that conforms to this is selected to display a temporary memory (not shown). (Step S0702).
Next, the inspection module 0731 confirms the type of the reference information prif that matches based on the selected criterion, and the plurality of reference information elements pri_11 and prif_12 belonging to the type are stored on the magnetic disk recording media 07121 and 07122 based on the address table. Are selected and read out from the already-occurring information elements and stored in the temporary memory (step S0703). Next, the inspection of each of these pieces of control information is executed in light of this standard, and the inspected information xeif is set to “proper” or “unconfirmed” having consistency (step S0704). In step S0704, the inhibition test process and the integrated determination process according to the above-described inhibition test procedure, and the confidence setting process by the confidence setting module 0732 are executed. Next, the information processing unit 0730 immediately sends the determination result of the reliability of the inspected information xeif as output information 0735 to the user side device for notification (step S0705). The above-described series of processing is executed quickly, and thus implements a quick response service to the user side device.

When the above notification processing is completed, the information processing means 0730 then activates the storage module 0733, and the storage module 0733 operates the data agglomeration procedure, so that a plurality of pieces of existing information of the same type as the information to be inspected xeif are obtained. Based on an address table (not shown), elements rgif_21, rgif_22, rgif_23, etc. are taken from different recording devices and magnetic disk recording media 07123, 07124, 07125 and other areas into a temporary memory (not shown) and then integrated. The test information xeif is added as a new existing information element to agglomerate data, and a serial number in chronological order is added to each element belonging to the agglomeration, and each element is arranged in this order (step S0706). ).
Next, the storage module 0733 collectively stores and records the aggregated data on the temporary memory in the same area on the same recording device or magnetic disk recording medium 07126 (step S0707).

As described above, the same area on the magnetic disk recording medium 07126 is in a state in which a plurality of the same type of existing information elements rgif_24 and the like are stored as agglomerates and arranged in time-series order. In step S0703, when the control information element selected from the existing information element rgif_24 is read out and taken in, the processing is speeded up by minimizing the moving time of the magnetic head, and the processing efficiency is improved.
The present invention executes the data agglomeration process as described above while a quick and non-delayed response is required from the start of the process to the completion of step S0705, which is the first stage of the process of the information to be inspected. Since the process is executed after step S0706, which is the latter stage of the process flow (time margin is allowed), it does not interfere with the process of the session and contributes to speeding up the earlier stage process of the subsequent session. can do. The types of information to be inspected and the types of information that have already occurred are classified so that they can be identified in advance. Can be omitted.

According to the information inspection method described above, the consistency check of the searched information with reference to information whose occurrence time of the described event is before the occurrence time indicated by the searched information, and the occurrence time of the event Not only is it possible to check the consistency of the searched information using the same information as the time of occurrence indicated by the searched information, but also the information where the occurrence time of the event is later than the time indicated by the searched information. It is possible to check the consistency of the information to be searched using the same information as the reference information, so that it is possible to perform inspections with different time-series conditions on one piece of information to be inspected. Can be inspected.
In particular, it is possible to check the consistency with higher accuracy by executing the consistency check on a plurality of pieces of reference information starting from the previous one time and starting from the start time, the past, the same time, and the future.

  Furthermore, it is possible to confirm the credibility of the plurality of pieces of searched information at the same time and at the same time with the fact that the pieces of searched information are matched with the reference information and the reference in the inspection.

  Further, in addition to a combination of one searched information and one contrast information, a combination of one searched information and a plurality of contrast information, a combination of a plurality of searched information and one contrast information In addition, it is possible to perform a consistency check using a combination of a plurality of searched information and a plurality of pieces of reference information.

  In addition, as a matching condition to be applied, it is to inspect the physical consistency of the contents indicated by both in the order of occurrence of both the combined information to be inspected and the control information, or the numerical consistency of the numerical values indicated by both. Apply consistency check, physical alignment or / and numerical alignment or / and numerical alignment of operation results. Therefore, a more rational and highly accurate consistency check is possible.

  As described above, in order to ensure the reliability of the information processing process, the degree of credibility of information to be handled, that is, the inspection of the credibility of the information is indispensable. However, the information inspection method according to the present invention includes information to be inspected ( (Information to be inspected) is searched for other information (control information), and both information are combined (linked), matched against each other based on the criteria, and the event and occurrence time described in both information are the criteria Therefore, it can be applied to a plurality of various information sets that meet the conditions of occurrence and content being correlated, especially material information. Applicable to various business scenes, such as various information management related to product information, product information, etc., such as various information management such as inventory management and purchase management, database managing the information related to corporations, individuals, organizations, etc. Ah , Thus allowing the application to a wide variety.

  Several further examples are given below.

A description will be given of input information inspection in an information inspection apparatus that handles information related to maintenance, inspection, repair, and modification of an in-vehicle communication terminal device (an in-vehicle server device) that is an equipment of a vehicle.
If there is no equipment history record of the in-vehicle communication terminal equipment in the equipment history record file of the target car, input information indicating that the in-vehicle communication terminal equipment installed in the car has been modified is sent to the information inspection device. If entered, this needs to be determined to be clearly irrational. Possible causes are as follows.

Typing error / false or forged input:
Maintenance that was not actually done was forged and entered falsely. For example, false data indicating that the in-vehicle communication terminal device was modified without any facts was created and entered.
Missing past data:
In-vehicle communication terminal equipment has been installed as a fact before, and it has reached the present, but this is unrecorded in the car file (not entered, entered but not recorded, recorded but deleted / disappeared) .

The information inspection device sets the input information as inspected information, and starts from the time when the modification is made, and then the equipment of the vehicle based on the description information of the in-vehicle communication terminal device to be modified The registered information according to the above is set as the reference information, and the reference information including the record of attachment or removal of the same in-vehicle communication terminal device is searched in order from the starting point in order.
And if the record indicated by the corresponding control information immediately after the starting point is the installation of the in-vehicle communication terminal device, it is estimated that the input information of this time that “the in-vehicle communication terminal device has been modified” is a fact with high accuracy. This input information can be appropriate and highly reliable.
On the other hand, if the record indicated by the corresponding contrast information immediately after the starting point is removal of the in-vehicle communication terminal device, the current input information is not appropriate. Similarly, even when the control information that records the mounting and removal retroactively from the starting point cannot be detected, it can be estimated that the in-vehicle communication terminal device is not equipped at the starting point. It is determined that it corresponds to at least one of the causes.

Also, as is clear from the above, even if there is a history of previous mounting, there may be a recent removal history (and therefore newer than this mounting history) from the starting point. The time series processing of the occurrence time based on the condition is essential. Furthermore, in the present invention, as described below, the concept of the latest is often an essential requirement in establishing correlation and matching between the information to be inspected and the control information.
As described above, according to the present invention, it is possible to prevent mistakes in the file (information inspection apparatus) on the file side or destruction of the file contents due to improper input information, and to maintain high reliability of data stored on the file side. can do.

In information processing related to merchandise management / sales management, when information indicating that a certain amount of merchandise has been loaded into a store shelf, for example, is input to the information processing apparatus, The quantity to be inspected is set in the inspected information, and then the information that is before the starting point and the time of occurrence closest to the starting point and whose content is the existing loading quantity is selected as the reference information. On the other hand, if the relevant standard is “the quantity that the new loading quantity is added to the existing loading quantity does not exceed the physical tolerance on the shelf”, the information processing device The update quantity is calculated by adding the numerical value (new loading quantity) indicated by the inspected information to the loading quantity), and a comparison process between this and the physical tolerance on the shelf is executed. If the physical tolerance on the shelf differs for each product type and the set value changes with the season or time, it is registered in advance as information with the occurrence time, and the information processing device Is selected as the second reference information, and the comparison process is executed in accordance with the reference. This includes testing for time-series inconsistencies in the time of occurrence.
If the update quantity exceeds the physical tolerance as a result of the comparison process,
(1) Missing sales information input (in reality it was sold and disappeared from the shelf, but it was not reported properly, and this indicated a phantom loading quantity that did not actually exist),
(2) The wrong number of sales,
(3) Inadequate shelf inventory management (actually, the loading quantity decreased due to movement to another shelf or theft),
Therefore, it is possible not only to implement accurate product management / sales management information records by taking corrective actions according to these, but also to detect abnormalities occurring in stores. Effects can also be realized.

Next, as another example of information processing related to merchandise management / sales management, merchandise is stacked on a shelf, and when a sale occurs, only the amount of this merchandise sold (for example, the number sold) is loaded. For example, in a commercial system where goods are loaded into the shelves by the supply amount, the execution of loading and unloading goods from the shelf is an “event”. Further, the inventory execution for confirming the inventory amount of goods on the shelf is also an “event”.
Each of the above events is described as digital information, and is recorded and managed by an information processing apparatus that manages business. Here, the information on the occurrence time and the amount of loading related to the event of the loading execution is recorded by the information processing device each time. On the other hand, the inventory execution for checking the inventory quantity on the shelf is generally not linked with the above loading and loading events, and is intermittently executed by the information processing apparatus at a predetermined time. .

  In the above commercial system, when the execution result of the inventory is currently distributed to the information processing apparatus as input information, the information processing apparatus needs to at least check the authenticity of the input information. On the other hand, the current inventory quantity includes the inventory quantity at the time of inventory carried out in the past, the quantity related to multiple shipments made from that point to the present, and the quantity related to loading. Has a logical correlation.

  Therefore, the information processing apparatus uses the inspected information xeif as input information related to the current inventory execution result, sets the current time as its generation time t_xe, and uses the previous inventory execution result that occurred at the previous generation time t_pr1 as contrast information. The control information pri_1B (there may be a plurality of items) is the control information pri_1A, each of the execution results of the product loading on the shelves, with the generation time as a generation time period (time span) from the generation time t_pr1 to the generation time t_xe. Further, each of the execution results of the product loading from the shelf with the time in the time span as the generation time is set as the control information pri_1C (there may be a plurality of cases). When the credibility of at least one of the control information pri_1A, the control information pri_1B, or the control information pri_1C has been confirmed in advance, the consistency check according to the present embodiment is executed by the information processing apparatus as follows.

The criteria applied are as follows.
“Contrast the quantity of the calculation result obtained by adding all the quantities indicated by the respective control information pri — 1B to the quantity indicated by the control information pri — 1A and further subtracting all the quantities indicated by the respective control information pri — 1C and the quantity indicated by the inspected information xeif, If the two match, it is assumed that the inspected information xeif, the control information pri_1A, all the control information pri_1B, and all the control information pri_1C match.

  In addition, as an example in which the credibility is confirmed in advance, the reference information pri_1A indicating the previous inventory result executed at the past occurrence time t_pr1 has already been checked for consistency and is appropriate. There are cases where it is authoritative.

If the above criteria are satisfied, the information to be inspected xif, the control information prif_1A, all the control information prif_1B, and all the control information prif_1C are consistent, so that each information is appropriate and highly reliable. Judge that it is.
This is based on the above-mentioned logical correlation between the inspected information xeif, the control information pri_1A, all the control information pri_1B, and all the control information prif_1C, and under the conditions related to the time series order of the respective occurrence times. The reliability of each piece of information having the above-mentioned logical correlation is simultaneously determined at a time based on whether or not the logical consistency based on each quantity is established. The determination includes confirmation processing for occurrence of time-series contradiction in the generation time. Each of the processes until the determination is completed is processed by the information processing apparatus.

  If the logical consistency is established, it is determined that each of the above information is appropriate and has high reliability, and based on the determination result, the inspected information xeif is authorized as current inventory information that is appropriate At the same time, each control information pri_1B and each control information pri_1C generated within the above time span are also regarded as appropriate and authoritative, respectively as loading information or shipping information. Can be registered in the system.

  On the other hand, if there is a discrepancy between the operation result quantity and the quantity indicated by the inspected information xeif in the above, it is determined that at least one of the pieces of information having the logical correlation has an erroneous input, false, or missing. Therefore, the reliability of each piece of information is not confirmed, and the process proceeds to a determination process based on another inspection principle.

  As described above, it is possible not only to implement accurate information management by checking the appropriateness of input information, but also to detect process abnormalities. When such abnormalities are detected, for example, a warning lamp It is possible to implement an automatic notification function that immediately gives a warning that an inappropriate situation has occurred.

  When the information processing device manages and processes the sorting shelves in charge of the production line in information processing related to parts inventory management, it automatically detects whether there is a lot missing based on the time-series change in the number of inventory parts that is an event. In addition, it is possible to automatically detect incorrect input data (such as phantom lot accounting) and to automatically exclude the incorrect data.

  In information processing related to process management, for example, screw tightening, welding, soldering, caulking, and painting processes of the production line of interest, there is a component caulking process after completion of the nut tightening process, and then an information processing apparatus If a difference is detected between the information on the number of requests indicated in the replenishment request for stocked nuts, the information on the number of work in progress that has completed the caulking process, and the information on the number of work in progress that has completed the painting process, either It is possible to judge that there is an error or missing information that should be reported originally, and it is possible not only to implement accurate information recording by taking corrective measures, but also to detect process abnormalities. Effects can also be realized.

The first to seventh embodiments have been described above.
In the following eighth embodiment, a processing method and a management apparatus taking vehicle information as an example will be described in detail, but the present invention is not limited to vehicle information, and its application range is wide. The criteria applied in the following embodiments are limited to criteria based on logical / physical / numerical correlations relating to both information to be inspected and control information as applied in the first embodiment described above. In addition to this, for example, an arbitrary matching condition given from the outside can be applied as a criterion for a given case. Therefore, the vehicle information processing method and the vehicle information management device according to the present invention take these various criteria as a condition and consider it as a constraint condition, and implement a technical device that implements an efficient inspection process under the constraint condition. In short

  Prior to the description of the following examples, terms will be described.

“Vehicle”: “Vehicle” described in the present invention includes “all self-propelled vehicles equipped with wheels and equipped with an engine”. Therefore, the number of wheels does not matter. In the present invention, “automobile” is described as synonymous with “vehicle” unless otherwise specified.

“Vehicle information”: Various information relating to the vehicle of interest (information relating to the existence and operation of the vehicle) is vehicle information, and is classified into a plurality of types. Furthermore, attribute data (metadata) and incidental information may be included. Further, vehicle history information processed based on the above various information and sales vehicle information for sale are also included.

“Vehicle information management device”: The vehicle information management device is an example of an information processing device, and is input to vehicle information not including metadata, which is mainly input from a user side device (described later) via a communication network (described later). The purchase price is assessed and purchased, and the vehicle information with metadata is stored or recorded in the vehicle information database (described later) as an element with vehicle information with metadata and purchase price data (described later). In response to a request from the device, the vehicle information is searched and retrieved, edited or / and processed to obtain sales vehicle information, which is then sold to the user side device. An execution function for processing related to information sales is provided.

“User-side device”: The user-side device is connected to the vehicle information management device via a communication network as an example, and inputs vehicle information (not including metadata) of the vehicle of interest to the vehicle information management device. It has at least one of the functions of purchasing the vehicle information and / or the vehicle information with metadata of the vehicle of interest or the function of purchasing vehicle information with metadata and vehicle information with purchase price data from the vehicle information management device. .

“Purchase, purchase, purchase, purchase, sale, purchase”: When the vehicle information management device obtains vehicle information from the user side device, purchase (or purchase) by the vehicle information management device or the user side device This is called buying from (or buying). When the vehicle information management device sells the sales vehicle information to the user side device, it is referred to as sales from the vehicle information management device or purchase by the user side device.
Therefore, the vehicle information management device operates in either the vehicle information purchase mode or the vehicle information sales mode, and the user side device operates in response to this in either the vehicle information purchase mode or the vehicle information purchase mode.

“Input information”: The input information is information input to the information processing device. As an example, at least request information and vehicle information (including metadata) input from the user side device to the vehicle information management device via the communication network. Information).

“Vehicle information file i_AFL”: a file composed of a plurality of pieces of vehicle information related to a target vehicle, and one vehicle information file is prepared for one vehicle. The vehicle information file i_AFL of the vehicle is created at the time when the registration is made for the first time or after that for a certain vehicle.
The symbol i is not particularly limited as long as it is a symbol / number that identifies the vehicle.

  “Zone”: Each vehicle information file i_AFL has a plurality of zones z_i_AFL, and each zone z_i_AFL records the corresponding vehicle information of each type. Zone z_i_AFL is a component of the vehicle information file i_AFL. Further, it is simply described as zone z.

“Elements, attribute data, signs”: Each vehicle information is arranged and recorded as individual elements on the zone z of the vehicle information file i_AFL. The element is a component of the zone z and is described as an element e_z_i_AFL. Each element is loaded with body data (essence) that is the content of the vehicle information and its attribute data (metadata). In addition, a label indicating the attribute may be attached to each element.

“Vehicle information database AuDB”: indicates a data group composed of a set of a plurality of vehicle information files i_AFL, and corresponds to the existing vehicle information storage means. It may also be simplified and described as “database”.

“Vehicle information database device DBS”: a storage (recording means) for storing and storing the vehicle information database. The vehicle information database device is managed by a DBMS (database management system) that manages data management processing. Data management processing includes data input / output, appending, updating, and deletion. In some cases, it may be simplified and described as “database device”.

“Credibility, appropriate, unconfirmed”: The degree of credibility of information is regarded as credibility. If the information to be inspected and the control information match in the consistency inspection by the inspection algorithm, the information to be inspected is considered “appropriate”, and if there is no consistency, further confirmation procedure is required, so it cannot be appropriate at this stage. Therefore, it is assumed that “unconfirmed”. Appropriate / unconfirmed is listed in the attribute data or indicator of the element. Furthermore, appropriate / unconfirmed values can be digitized and mounted.

“Pending”: When the inspection is executed at a time later than the time when the input information is received, an element is formed to temporarily hold the input information until then, and “Pending” is set as attribute data (metadata). Is recorded.

“Output information”: The output information is information output from the information processing apparatus. For example, the output information is output from the vehicle information management apparatus to the user side apparatus via the communication network, and includes information on vehicle information that meets at least the request. It is. The output information is presented at the user side device.

“Nearest”: When inspecting the correlation by linking the inspected information and the contrast information, if there is another contrast information in the middle of both events in the time series, the correlation will occur. Therefore, it is necessary to set the control information closest to the time from the time of occurrence of the information to be inspected or the closest reference information by advancing the time. The present invention refers to this time-series relationship as the latest.
“Presentation”: The presentation includes at least one of an accessible description state of information, a screen display of information, a notation and print printing, a sound audio playing, and data (signal) output to the outside.

“Maintenance / inspection / repair”: Maintenance / inspection / repair of a vehicle, and a general term for maintenance or / and inspection or / and repair. This includes vehicle modifications. The remodeling includes, for example, a case where a new telematics device (such as an in-vehicle server) is mounted for the first time.

FIG. 8 is a block diagram showing an example of the outline of the vehicle information management device AIC and the relationship between the user side device CL and the communication network NW, which is the eighth embodiment of the present invention.
The vehicle information management device AIC according to the present invention is configured to operate in cooperation with computer hardware and software, and is connected to a plurality of user devices CL via a communication network NW as shown in FIG. Preferably, it is configured for broadband communication. This may be a client / server configuration in which the user side device CL serves as a client and the vehicle information management device AIC serves as a server. The communication network NW is a network provided with a broadband compatible bidirectional data transmission line, and an Internet mechanism or the like compatible with broadband wireless transmission is applied.

  The vehicle information management device AIC includes a vehicle information purchase unit 0801 and a vehicle information sales unit 0802, most of which are configured as computer programs, and a vehicle information database AuDB that records and stores vehicle information of each vehicle. Operates in vehicle information purchase mode or vehicle information sales mode. Further, the vehicle information purchasing unit 0801 has an input information inspection function.

  In the vehicle information purchase mode, the vehicle information purchase unit 0801 uses the input information inspection function of the vehicle information purchase unit 0801 to verify the vehicle information input for the purpose of purchase (purchase) from the user side device CL. The price is evaluated based on the inspection result, purchased, and recorded in the vehicle information database AuDB. Furthermore, the payment processing of the consideration for the purchased vehicle information to the user side device CL is executed.

  On the other hand, in the vehicle information sales mode, when the vehicle information sales unit 0802 detects a purchase request for the sales vehicle information from the user side device CL, the vehicle information sales unit 0802 searches the vehicle information recorded in the vehicle information database AuDB and searches for the one that meets the request. Then, resale processing is performed on the user side device CL as sales vehicle information. Alternatively, based on the above request, information processing is performed using the vehicle information recorded in the vehicle information database AuDB as a source, and a vehicle information report with high added value is created and processed as sales vehicle information. To sell. When there is a payment from the user side device CL that has purchased the sales vehicle information, the vehicle information management device AIC executes this acceptance process.

  At this time, in order to provide sales vehicle information with high credibility, it is necessary that the credibility of purchased vehicle information, which is the source of the information, be high. Therefore, the vehicle information purchasing unit 0801 executes processing for confirming the reliability of the vehicle information input from the user side device CL by checking the consistency according to the inspection algorithm.

Each vehicle information always corresponds to an event. An event refers to an event that occurs under an actual temporal and spatial environment. For example, the vehicle is inspected and repaired. An event is accompanied by the time of occurrence, location, and content. Information in a digital format describing this phenomenon is vehicle information.
On the other hand, one event involves another event,
If the relationship is specified logically, physically, or temporally,
Or if the relationship is specified by a given condition,
In the present invention, this is called correlation between both events.
As an example of another event correlated with the above-described event (maintenance / inspection / repair of the vehicle), there is an accident occurring in the vehicle. That is, there is a correlation between the time of occurrence of both the accident that caused the vehicle damage and the repair / maintenance / inspection of the vehicle damaged part caused by the accident under the time series conditions. The correlation also establishes either a necessary and sufficient condition, a necessary condition, or a sufficient condition for both events.
Further, it is self-evident that the above correlation holds true even if the vehicle information describes both events.

  The unique inspection algorithm of the present invention pays attention to the correlation of the vehicle information. In order to check the reliability of the input vehicle information (this is referred to as “link source information”), a high reliability is already obtained. Depends on whether or not a predetermined standard is met by a combination of other vehicle information that is authorized as “Yes” (referred to as “link destination information”) and a match between the contents and timing of occurrence of both information Then, the presence or absence of consistency is inspected, and the reliability of the input vehicle information (link source information) is confirmed based on the inspection result. The inspection algorithm will be described in detail later.

  As described above, the vehicle information management device AIC of the present invention uses the input information from the user side device CL as vehicle information, and checks whether or not there is a correlation by using a unique inspection algorithm based on the link relationship. The vehicle information with low credibility and the vehicle information with high consistency credibility are discriminated, the value is assessed and purchased (purchased) and stored in the vehicle information database AuDB together with the credibility information. The highly reliable vehicle information that has been stored and then stored or stored, or the report that has been organized based on the vehicle information, is sold to the desired user side device CL as highly reliable vehicle information.

  The sales vehicle information includes history information of the vehicle. Furthermore, the vehicle history information includes “repair history information”, “owner history information”, “insurance history information”, “incident history information”, “accident history information”, “trading history information”, “loan history information”. And the like. The sales vehicle information is preferably sold through a communication network such as the Internet mechanism, and is suitable as a business model for a vehicle information purchase and sales service for a fee.

The main entity that operates the vehicle information management apparatus AIC is a vehicle information management operator, and the items “purchase”, “use”, and “sales” will be described below for this vehicle information management operator.
“Purchase” indicates an example of vehicle information that is input from a user of the user side device CL to the vehicle information management device AIC for purchase (purchase), and “use” is a vehicle information management operator An example of how the purchased vehicle information is used is shown, and “sales” indicates an example of sales vehicle information that the vehicle information management operator sells to the user side device CL.

“Purchase”: Vehicle information in general (including insurance claim application information, personal / corporate credit information, loan target information, lease / rental user information, etc.).
“Use”: Used as basic data for reselling vehicle information, organizing market price information for sales, and organizing vehicle information (used vehicle) reports.
“Sales”: Vehicle information (used vehicle) report, resale of vehicle information in general, market price (new vehicle sales price, used vehicle purchase / trade-in price, used vehicle sales price) information, etc.

On the other hand, the user side device CL can be operated and used as an operator by participants from many industries as shown below. In the following, “acquisition”, “use”, and “provision” items for each type of business on the user side will be described.
“Acquisition” indicates an example of sales vehicle information acquired by purchase from the vehicle information management apparatus AIC by a user of the industry, “Use” indicates an example of use of the sales vehicle information received by the user, “Provided” indicates an example of vehicle information that the user inputs to the vehicle information management apparatus AIC for purchase (purchase).

Vehicle owners / users (general customers who sell used vehicles or / and purchase new / used vehicles, or general customers who use new / used vehicles (leases, etc.))
"Acquisition": Market price (new car sales price, used vehicle purchase / trade-in price, used vehicle sales price) information, new car / used vehicle sales price (individual) information, new car / used vehicle inventory information, used vehicle purchase / down Price (individual) information, previous ownership / user information, repair and maintenance information, accident / theft information, vehicle information (used vehicle) report, and other vehicle information.
“Usage”: Used and traded at the optimal price of used vehicles It is also used to purchase new / used vehicles at the optimal price.
"Offer": Current owner / user information, vehicle information for sale / trade-in.

Vehicle dealer (including trade-in service)
"Acquisition": New car shipment information, new car price information, new product information, vehicle information (used vehicle) report, market price (new car sales price, used vehicle trade-in price, used vehicle sales price) information, new car / used vehicle inventory information , Previous ownership / user information, used vehicle trade-in assessment information, vehicle information for sale / trade-in request, current ownership / user information, repair / maintenance information, accident / theft information, other vehicle information.
“Usage”: Used for purchase / sales of new / used vehicles (appropriate purchase, setting of proper sales price). Also used to sell used vehicles with vehicle information reports. Furthermore, it is used to set an appropriate trade-in price.
"Provided": New car / used vehicle sales price information, new car / used vehicle inventory information, used vehicle trade-in assessment information, used vehicle trade-in price information, previous owner / user information, and other vehicle information.

Used vehicle purchaser "Acquire": Used vehicle purchase assessment information, market price (used vehicle purchase price, used vehicle sales price) information, used vehicle purchase price (individual) information, current ownership / user information, previous ownership -User information, repair and maintenance information, accident / theft information, vehicle information for sale, vehicle information (used vehicles) report, and other vehicle information.
“Use”: Used for proper purchase of used vehicles.
“Provision”: Used vehicle purchase assessment information, used vehicle purchase price (individual) information.

Used vehicle price assessor or / and assessment industry group “Acquired”: Used vehicle purchase price (individual) information, previous ownership / user information, repair / maintenance information, accident / theft information “Use”: Used vehicle price assessment To do.
"Provided": Used vehicle appraisal value information

Maintenance / inspection / repair company “Acquired”: Past repair and maintenance information.
“Usage”: Used to set an appropriate maintenance and repair plan. In addition, it will be used for future maintenance and repair solicitation.
“Provided”: Latest repair and maintenance information. Indirect accident / theft information.

Insurance company “Acquired”: Market price (new car sales price, used vehicle purchase / trade-in price, used vehicle sales price) information, repair and maintenance information, accident / theft information, used vehicle purchase assessment information, personal / corporate credit information.
“Usage”: Used to sell insurance products based on vehicle information. Furthermore, it will be used to set appropriate insurance fees for new and used vehicles. In particular, obtain repair and maintenance histories and accident histories of the owners and users of interest and use them as reference information for setting and selling insurance products.
"Provided": Insurance contract information, insurance claim application information, insurance benefit information, personal / corporate credit information, and accident / theft information indirectly.

Auto Loan Company “Acquired”: Previous ownership / user information, personal / corporate credit information, repair / maintenance information, accident / theft information, market price (new car sales price, used car sales price) information.
“Usage”: Obtain past loan status (loan amount, repayment performance, etc.) of contract candidates and use it as reference information for new loan contracts. It is used to examine the loan conditions within an appropriate range.
"Provided": loan target information, personal / corporate credit information, accident / theft information.

Auto Leasing / Rental Service "Acquisition": Previous Ownership / User Information, Personal / Corporate Credit Information, Repair and Maintenance Information, Accident / Theft Information, Market Price (New Car Sales Price, Used Vehicle Sales Price) Information, Leasing / Rental User Information .
“Usage”: Used for setting appropriate lease / rental fees for new / used vehicles. In particular, the contract candidate's past repair and maintenance information and accident / theft information are obtained and used as reference information for setting lease / rental charges.
"Provided": Current ownership / user information, lease / rental user information, personal / corporate credit information, repair / maintenance information, accident / theft information.

Automaker “Acquired”: General vehicle information.
“Usage”: Basic information for function setting and pricing and sales strategy development of the planned new car, cause analysis of accidents and breakdowns, design plan of results, return to manufacturing site, price / function, vehicle type / owner (age) , Gender, occupation, region, etc.) to make it a support material for dealers.
"Provided": New car shipment information, new car price information, new product information.

Accumulation / disassembly / cutting company “acquired”: repair and maintenance information, accident / theft information.
“Use”: Reuse of scrapped cars.
“Provided”: Used vehicle sales price (individual), previous owner / user information

FIG. 9 is an explanatory diagram of the vehicle information database AuDB. FIG. 10 is an explanatory diagram of the vehicle information file i_AFL stored and stored in the vehicle information database AuDB.
As shown in FIG. 9, a plurality of vehicle information files i_AFL, j_AFL, k_AFL,..., Y_AFL are stored in the vehicle information database AuDB.
Each vehicle information file, for example, the vehicle information file i_AFL, corresponds to the corresponding vehicle i on a one-to-one basis. That is, one vehicle information file is created for one vehicle. The vehicle information database AuDB functions as existing vehicle information storage means.

Here, vehicle information will be described.
The vehicle information is generated at the time of initial registration (birth) of the vehicle or at any time thereafter, and includes the following types.
(1) Vehicle specification information (type 1 information)
(2) Information pertaining to the vehicle owner and / or vehicle user (referred to as type 2 information)
(3) Insurance information pertaining to vehicles and / or operations (type 3 information)
(4) Information related to vehicle maintenance inspection / repair (type 4 information)
(5) Information on vehicle incidents and / or vehicle accidents (referred to as type 5 information)
(6) Information pertaining to vehicle rental (sixth type information)
(7) Information related to vehicle sales (seventh type information)
(8) In addition, explanation information related to the vehicle based on at least one of the items (1) to (7), etc. (referred to as eighth type information)

  The explanatory information (8th type information) related to the vehicle includes a comprehensive evaluation including the price of the vehicle in time and a vehicle information report related to individual evaluation. This includes the vehicle history report, vehicle specification history report, owner / user report, owner / user history report, insurance report, insurance history report, maintenance / inspection report and maintenance / inspection repair, which are the vehicle history information. A history report (repair history report), an incident report and an incident history report, an accident report and an accident history report, a lending report and a lending history report, a buying and selling report and a buying and selling history report, and the like are included.

The vehicle specification information (first type information) includes registration information of the current specification, information for registering the specification information described in the vehicle verification, and information for registering that a specification change has occurred. These pieces of information are registered by being recorded and saved as elements in the vehicle information file i_AFL.
Furthermore, information (second type information) relating to the vehicle owner and / or vehicle user includes information for registering the corresponding information described in the vehicle verification. Furthermore, various information related to the owner and the user other than those described in the vehicle verification is recorded.
Accordingly, information relating to the fact that a car inspection certificate (vehicle verification) has been issued and issued, that is, information such as vehicle verification is to be included in the first type information or the second type information.
In addition, information relating to vehicle rental (sixth type information) and information relating to vehicle trading including installment sales (seventh type information) includes inventory information.

In the above vehicle information, as information for identifying the vehicle i,
Chassis number in or
Chassis number and supplementary information i_NB that complements it
And the information indicating the time (occurrence time) when the event described in the vehicle information occurs is associated by attachment or the like.

Each of the above vehicle information is provided to the vehicle information management device AIC mainly by input from each user side device CL, and is introduced from another database or the like, but these are input information by the vehicle information management device AIC. After the reliability check is performed, the already generated vehicle information is recorded and stored in the vehicle information file i_AFL for the vehicle provided in the vehicle information database AuDB managed by the vehicle information management device AIC. Further, a vehicle information report (vehicle information report) created by a vehicle information management company or the like is taken in as other information (8th type information), and stored and stored in the vehicle information file i_AFL for the vehicle.
By being recorded in the vehicle information file i_AFL as described above, it becomes information registered in the vehicle information management device AIC.

As shown in FIG. 10, each vehicle information file i_AFL has a chassis number and accompanying information i_NB as a header, and is divided into areas of the first zone to the eighth zone. Each zone (for example, first zone) records vehicle information belonging to the information type (for example, first type information).
Each vehicle information in each zone is recorded as one element. Therefore, a plurality of elements are arranged and recorded in time series in each zone.

  As shown in FIG. 10, the element includes a registration element and a history element. The registration element stores snapshot information at the time of registration. The history element stores information that summarizes a plurality of registered elements from the past to the latest. When enumerating elements, vehicle specification registration element, vehicle specification history element, equipment list registration element, equipment history element, car verification registration element, car verification history element, owner / user registration element, owner / user history element, Insurance registration element, insurance history element, maintenance inspection repair registration element, maintenance inspection repair history element, incident accident registration element, incident accident history element, lease registration element, lease history element, sales registration element, sales history element, vehicle information report registration Element, vehicle information report issuance history element, and the like.

The vehicle specification registration element is a list of vehicle specifications at a certain point in time, that is, a snapshot list of vehicle specifications.
The vehicle specification history element represents a transition from the past to the latest vehicle specification registration elements, which are snapshots at each time point, and shows the transition from the latest to the latest vehicle specification.

The equipment list registration element is a list of parts / members / parts / equipment which the vehicle is equipped at a certain time, that is, a snapshot list of equipment to be equipped.
The equipment history element shows a transition from the past to the latest equipment list registration elements, which are snapshots at each time, and shows the transition from the equipment list to the latest time.

The vehicle verification registration element is a snapshot list of the contents of the vehicle verification of the vehicle issued at a certain time.
The vehicle verification history element represents a transition from the past to the latest vehicle verification registration elements, which are snapshots at each time point, and shows the transition to the latest time of vehicle verification.

The owner / user registration element is a snapshot list of owners and / or users of the vehicle at a certain point in time.
The owner / user history element is a snapshot of each point in time, and a plurality of owner / user registration elements are collected from the past to the latest to indicate the transition from the latest point of the owner or / and user. It is.

The insurance registration element is a snapshot list of the insurance for the vehicle that has been contracted or succeeded at a certain point in time, or the vehicle damage insurance that has been issued.
The insurance history element represents a transition from the past to the latest insurance registration element, which is a snapshot at each time point, and shows a transition from the insurance contract or succession to the latest point of insurance payment.

The maintenance inspection registration element is a snapshot list of maintenance inspection and repair related to the vehicle at a certain time.
The maintenance / inspection / repair history element indicates a transition from the past to the latest maintenance inspection / repair registration element, which is a snapshot at each time point, and indicates a transition to the latest maintenance / repair point.

The incident / accident registration element is a snapshot list of incidents experienced by the vehicle at a certain time.
The incident / accident history element indicates a transition from the past to the latest incident accident registration element, which is a snapshot at each time point, and shows the transition from the latest incident incident to the latest point.

The lease registration element is a snapshot list of leases related to the vehicle at a certain time.
The lease history element indicates a transition from the past to the latest lease registration elements, which are snapshots at each time point, and shows the transition to the latest lease time.

The trade registration element is a snapshot list of trades related to the vehicle at a certain time.
The trading history element indicates a transition from the past to the latest trading registration element, which is a snapshot for each time point, and shows the transition to the latest trading time.

The vehicle information report registration element is a snapshot list of vehicle information reports related to the vehicle at a certain time.
The vehicle information report issuance history element represents a transition from the past to the latest vehicle information report registration elements, which are snapshots at each time point, and indicates the transition to the latest time point of the vehicle information report.

The zone is described as a symbol z_i_AFL. z is a zone number indicating the number of a plurality of zones constituting the vehicle information file i_AFL.
An element that is recorded in time series in each zone z_i_AFL is described as a symbol e_z_i_AFL. e indicates an element number.

Hereinafter, an example of the specification items recorded in each zone z_i_AFL and an example of their main sources will be described. These are only examples, and do not cover all of the recorded specification items.
First zone (1_i_AFL): Vehicle specification information a. Contents: Chassis number, first-time registration (year and month), vehicle type, application, body shape, vehicle name, model, passenger capacity, maximum loading capacity, and other vehicle verification information. (New model) No./Shape/Case number stamping position / Length / Width / Height / Axle distance / Wheel distance (front wheel / rear wheel) / Vehicle weight (front axle / rear axle / total) / Capacity / Total vehicle weight (Front shaft, rear shaft, total) / prime mover (model, position, total displacement, number of cylinders, maximum output, maximum torque) / wheel arrangement / minimum ground clearance / body rear overhang / tire size, etc. Furthermore, the timing and form of vehicle inspection (so-called user vehicle inspection, etc.), the fact that vehicle inspection is issued and issued, the date and time, and the location.
b. Source: Obtained from official data, owner's own declaration registration (including posting of vehicle verification), or information on vehicle sales from vehicle manufacturers, new car dealers, etc.

Second zone (2_i_AFL): Owner / user information a. Contents: Owner / user information, owner / user attribute information b. Source: Owner / user's own declaration registration (including posting of vehicle verification), or as buyer information from vehicle manufacturers, new car dealers, used car dealers, auto leasing / auto loan dealers.
Third zone (3_i_AFL): insurance information a. Contents: Insurance contract information, insurance contract succession information, insurance payment information b. Source: Obtained from the insurance company, or from the policyholder, owner / user himself / herself.
Zone 4 (4_i_AFL): Maintenance / inspection / repair information a. Contents: Maintenance / inspection / repair (including damage / failure repair) history Regular inspection General maintenance / failure repair Accident (non-insurance) repair Accident (insurance coverage) b. Source: Obtained from the maintenance / repair shop or by the owner / user himself / herself.

Zone 5 (5_i_AFL): Incident information a. Contents: Theft, vehicle damage accident, other accidents b. Source: Obtained from declarations from accident accident parties, insurance companies, public safety and news materials.
Zone 6 (6_i_AFL): Lease information a. Contents: Lease information b. Source: Obtained by a report from a leasing company or a leasing party.
Zone 7 (7_i_AFL): Trading information a. Contents: Information related to buying and selling of the vehicle b. Source: Acquired as sales information from installment dealers, new car dealers, used car dealers, and buying and selling parties (non-traders).
Eighth zone (8_i_AFL): Other information a. Contents: Vehicle information report of the vehicle, vehicle information manual, miscellaneous information related to the vehicle b. Source: Registered by vehicle information manager, obtained from unspecified information source.

FIG. 11 shows a configuration example of the element e_z_i_AFL. e is an element identification number, z is a zone number, and i is a vehicle.
In each element e_z_i_AFL, an element number 1101d01 specifying the element e_z_i_AFL, a creation date 1101d02, a chassis number, and additional information i_NB are recorded as a header part, and a code number, etc. determined in advance. Identified. Although not shown, the zone number and the above-mentioned time series serial number are recorded.
Subsequently, a classification code 1101d03 indicating that it is a dynamic item of “item b” described later, a semantic code 1101d04 indicating that the dynamic item is “repair”, and auxiliary information 1101d05 are stored. In the incidental information 1101d05, “painting of the peeled portion” or the like is recorded as details of the repair.

  Next, a classification code 1101d06 indicating that it is an occurrence time of “item c” described later, a meaning code 1101d07 indicating that the occurrence time is “delivery time”, and main body data 1101d08 are stored. In the main body data 1101d08, the actual date that occurred is recorded.

  Further, a classification code 1101d09 indicating that the state item is “item a” described later, a meaning code 1101d10 indicating that the state item is “content”, and main data 1101d11 corresponding to the meaning code 1101d10 are stored. . Part or all of the main body data 1101d11 is subjected to inspection processing as a so-called essence. The form conforms to the unified standard, and the registered terms that are convenient for automatic search are applied. In addition, each item is actually coded and recorded in order to make the processing at the time of retrieval quick and reliable.

In the metadata 1101d12, as an attribute of the main body data 1101d11, each combination pattern No. Record the test result by v etc. Here, the number of metadata is increased or decreased according to the number of applied combination patterns and the like, and the inspection result of each pattern is recorded as the reliability together with the inspection date and time. The credibility is recorded in two stages, “proper” or “unconfirmed”, as well as multi-stage presentation and digitized.
Furthermore, a “pending” presentation indicating that the examination is to be held until it is executed later and a scheduled examination date and time may be recorded.
Further, when there are a plurality of adapted patterns and a plurality of respective credibility levels are presented, the result of integrated evaluation of these can be recorded by providing another item in the header portion.

In addition, although not shown, the credibility presentation may be attached to the element e_z_i_AFL as a label (label). The presenting of the credibility by this sign is particularly effective for presenting the integrated evaluation result. The integrated evaluation for each element is not only automatically evaluated by the vehicle information management device AIC based on the evaluation criteria prepared in advance, but also the data given as external data is used as a marker (or as metadata) It is also possible to attach.
Note that the attributes of the above information are generally the affiliation, content, format, form, characteristics (credibility), structure, capacity, life, etc. of the target information, and the metadata that records them is subject to incidental information. Accompanying or appended to information.

  If the input information from the maintenance / repair company that provided the vehicle information is out of the standard, the received vehicle information management device AIC performs pre-processing to rewrite the standard form and standard term (standard code). The information transfer means described later of the vehicle information management device AIC has such a rewrite function, and a rewrite application dictionary (not shown) is prepared. Rewrite targets include starters, alternators, plugs, fuel pumps, electronically controlled fuel injection systems (EFI), etc. for engine parts in the maintenance and repair departments, and clutches, transmissions, shift levers, brake systems, etc. Suspension controllers, ABS, corner ultrasonic sensors, airbag sensors, etc. in safety management systems, window motors, wiper motors, washer motors, etc. in electric rotating systems, cockpit modules, door modules, Many templates such as a car air conditioner, a car heater, a car navigation device, and an audio device (car stereo) are prepared as equipment for the rear door module and the like, and the above is only a part of the whole. The same applies to other departments.

  Based on the description of FIGS. 9 to 11, the configuration of FIG. 8 will be supplementarily described. When vehicle information related to the subject vehicle is input as input information together with a purchase request from the user side device CL to the vehicle information management device AIC via the communication network NW, the vehicle information purchase unit 0801 accepts this, The vehicle information is set in the inspected information and the inspection process is performed.

In the inspection process, the target vehicle is specified from the chassis number and the accompanying information i_NB indicated in the inspected information. A specific algorithm described later is applied to the process of specifying the vehicle. Next, the type of vehicle information (for example, fourth type information) indicated by the inspected information is confirmed.
Next, in light of the reference (pattern) in which the information to be inspected is link source information, the corresponding zone in the vehicle information file i_AFL related to the vehicle recorded in the vehicle information database AuDB (for example, the fourth zone: see FIG. 10). ) Other vehicle information (contrast information indicated by the element) is selected and whether or not there is consistency based on whether this corresponds to the link destination information specified in the standard (pattern) or whether the predetermined matching conditions are met Inspect. The standard (pattern) definition and matching conditions will be described later.

  If there is consistency, the vehicle information is purchased as “appropriate”, and is recorded and registered as a new element e_z_i_AFL in the vehicle information file i_AFL. The above inspection processing is executed as data processing. As a result, the data body of the element in which “appropriate” is recorded in the metadata can be authoritative as being credible, and can be stored and recorded after registration.

On the other hand, when a purchase request for information related to the designated vehicle is input from the user side device CL to the vehicle information management device AIC via the communication network NW, the vehicle information sales unit 0802 accepts the purchase request and meets the request. Vehicle information is secured by extracting the corresponding element (see FIG. 11) in the vehicle information file i_AFL of the specified vehicle, and this vehicle information is organized into sales vehicle information, which is requested via the communication network NW. The processing to be sent to the user side device CL is executed as data processing. Alternatively, based on the vehicle information secured as described above, combinations, analysis results, and further processing such as fusion / combination or connection with other information are performed to provide a vehicle information report (report) or vehicle with added value. Information processing is organized into sales vehicle information, and the process of sending it to the user side device CL that requested it via the communication network NW is executed as data processing.
Here, since the data body of the element in which “appropriate” in the vehicle information file i_AFL is recorded in the metadata as described above is authoritative as having high credibility, the sales vehicle information based on these is also credible. Can be expensive. Furthermore, as a reference material, it is also effective to attach a data body of an “unconfirmed” element that is not “appropriate” together with a comment.

Input information properties:
Input information mainly sent from the user side device CL to the vehicle information management device AIC for the purpose of purchase includes information for identifying the target vehicle (vehicle number and its accompanying information, etc.), and the presence of the vehicle. Vehicle information describing events related to operations (for example, repairs, car insurance contracts, etc.) is installed. When such information is received and registered on the basis of a declaration from the user side device CL, it is determined whether it is true or not. Comes with difficulties. This can be supported by actual surveys or when confirmation can be obtained from other public data, but in general it is qualification / time to support by surveys or public data.・ It is difficult in cost. It is also not suitable for process automation.
For this reason, the vehicle information management device AIC needs a mechanism for determining the appropriateness of information input on a report basis as much as possible, and further ingenuity is necessary to efficiently execute the determination. It becomes.

The causes of improper input information are summarized as follows.
(1) Unintentional causes There was some error in the source material itself, the source material was incorrect, and the input was made on this basis.
2. The original document was correct, but the vehicle information or / and chassis number were entered incorrectly due to an input operation error. As a result, the vehicle information is not accurate, or is input as information on another vehicle due to an erroneous input of the chassis number.
(2) Intentional cause data input person intentionally inputs vehicle information, etc. based on falsification or forgery that is not based on facts.

As a result, the input information is classified into the following forms.
Form 1: An event that occurred in the vehicle (event: repair, for example) is a fact, vehicle information that describes it is also appropriate, and whether the vehicle is also properly input information that has been correctly identified, or the content of the event is Appropriate input information in which it is estimated by other recorded elements that the accuracy of the fact is high and the vehicle is also correctly specified.
Form 2: Although the event is a fact, or it is estimated by other recorded elements that the probability of the fact is high, there is an error in the description of the vehicle information, or the vehicle is specified incorrectly. Yes, incorrect input information.
Form 3: Inappropriate input information based on fictitious or forged vehicle information in which there is no actual support for the event.

In view of the above circumstances, the present invention proposes a unique algorithm for input information inspection processing for determining whether or not input information (vehicle number with accompanying information and vehicle information) input to the vehicle information management device AIC is appropriate. And an input information inspection process is executed based on these.
The algorithm of the present invention is:
(A) “Specific algorithm” for inspection processing of information specifying vehicles
(B) “Inspection algorithm” for the inspection processing related to the reliability based on the generation time and content of vehicle information
Consisting of both. Prior to the inspection process, the procedure of the principle applied when automatically specifying the target vehicle from the input information is the specifying algorithm. On the other hand, the principle procedure applied when inspecting the authenticity (property) of input information is an inspection algorithm. The information inspection processing means included in the vehicle information management device AIC is configured to reflect these algorithms.

Next, the inspection algorithm and criteria will be described.
In the present invention, a vehicle that has been proved to be compared with the input vehicle information for checking whether or not the vehicle information and the input information including the chassis number with the accompanying information that are input to the vehicle information management device AIC are appropriate. Based on the presence or absence of consistency with information, the basis for the establishment of consistency is `` standard '', and the principle procedure for inspecting whether or not consistency is established against the standard is `` inspection algorithm '' The “information inspection processing means” actually executes the inspection processing according to the inspection algorithm.
The configuration of the inspection algorithm is
(1) Hold operation related to the principle of hold of input information to be inspected,
(2) Apply the information to be inspected to the link source information, and select the reference information to be combined with the link source information from the high reliability information (appropriate information) that has already been recorded, stored, and stored according to the criteria Link operation related to the principle of combining and linking the two according to the standard,
(3) Check operation related to the principle of checking the consistency of each information to be inspected and comparison information based on the link source information and link destination information stipulated in the applicable standards,
(4) Integrated operation related to the integration principle of multiple test results,
(5) Element formation operation related to the principle of record registration of inspected information based on inspection results;
Etc.

For example, the link operation described above applies the input information to be inspected to the link source information, and in accordance with the pattern provided by the standard (described later), both the specified combination and the time series order of both occurrences are displayed. The control information to be satisfied is selected and set, and then the check operation verifies the consistency of the contents of both the inspected information and the control information against the matching conditions (described later) provided by the standard. When consistency is confirmed in both the information content and the generation time of the information in this way, it is determined that the information to be inspected is appropriate and highly reliable, and thus the input information is highly reliable and appropriate.
Further, in the above check operation, the “most recent” (described later) determination process is performed.
Thus, the inspection algorithm also provides the procedure of the latest decision principle.

  Further, it is possible to link the links of the link source information and the link destination information defined by each standard in a tandem for a plurality of standards, and perform a reliability test using a link chain. This is because if the comparison with the link destination information alone is insufficient to confirm the reliability, the link relationship between the link destination information and another vehicle information (third vehicle information) is found. By linking the third vehicle information as new link destination information as new link source information, and checking the consistency of the contents and the timing of their occurrence, the reliability of the first link source information Is to confirm. Further, if necessary, consistency can be inspected using a link relationship with the fourth and fifth vehicle information. The principle of construction utilizing such a chain of links is also provided by the inspection algorithm characterizing the present invention.

  As is clear from the above, the inspection algorithm is a concept indicating the principle procedure, and is different for each type of input information. The principle indicated by the inspection algorithm is reflected in the information inspection processing means (inspection module) coded as a software program.

Next, the criteria will be described. The standard defines vehicle information combination conditions and consistency establishment conditions for each case, and the conditions relating to the order of possible combinations and occurrence times for link source information and link destination information matching the link source information are “ As a “combination condition”, a condition for matching between the two is defined as a “condition for matching”. The combination conditions also indicate the contents of link source information and link destination information in a matched state.
The standard is a rule relating to the combination and matching determination, and therefore the standard itself does not execute the inspection. It is the information inspection processing means (inspection module) that actually executes the inspection. Therefore, the inspection module advances the processing by referring to the combination condition of the reference and the condition relating to the matching at the time of execution.

The pattern is an embodiment of the above-described standard, and the combination and content of link destination information that matches the link source information, and the time series (order) related to the time of occurrence at the time of matching, are preferably defined by digital code description. The inspection module refers to this pattern at the time of execution, and executes processing for setting reference information that matches this pattern including the order of occurrence time.
On the other hand, the conditions relating to the alignment specify the conditions relating to whether or not the contents of both the link destination information and the link source information are matched. For each combination, the generation timing of the link source information and the generation timing of the link destination information Different time series. The inspection module verifies whether the inspected information report and the comparison information are consistent by referring to the corresponding matching condition at the time of execution.

Explanation of data structure (state, dynamics, time):
In the present invention, the data structure of the information to be inspected and the control information is devised in order to realize the efficiency of the inspection processing. Hereinafter, the data structure will be described.
When applying the above-mentioned criteria, the process of determining the contents of information to be inspected (inspected information) and information to be matched (control information) may be complicated and inefficient. In particular, when the contents of the information to be inspected and the control information are descriptions related to events that occur in the real world in terms of time and space, the description of a certain event, the state of the event, and the description of the operation to be performed are coherent. For this reason, there is a problem in that it takes time for the main part extraction process and the search process for specific terms in the determination process, resulting in inefficiency. In particular, this problem occurs when information processing is executed while referring to the conditions given from outside as the consistency conditions (for example, the consistency conditions of conditions related to arrangements other than logical and physical) as constraints. Become prominent.

Therefore, in this embodiment, the inspected information and the control information are
(A) “State”: Description of a state item indicating a part, or all of a name, structure, content, characteristic, attribute, state, and situation, or description of the state item and incidental information for an arbitrary event.
(B) “Dynamic”: A description of the type of operation or process to be performed, and a dynamic item indicating a part or all of an execution action, an operation or process to be performed, and a state change for an arbitrary event. Or a description of the dynamic item and incidental information.
(C) “Time”: Description of the time of occurrence related to the status item and / or the dynamic item.
A classification code or an identification code or a predetermined code that is separated in random order into each item and that specifies the item (b) or (b) or (c) for each description, or that specifies the item and breakdown details A computer-readable data structure with a symbol and a symbol. This can be recorded on a recording medium (semiconductor memory, magnetic or optical recording medium), or can be recorded in a predetermined logical or physical area in the recording medium for each item.

  By making each item independent from other items as described above, it is possible to read / write independently without interfering with other items and without being limited to the order. This inspection process can be executed independently for each item, and can be suitably adapted to distributed processing. Furthermore, the consistency determination processing procedure is streamlined, the required time is shortened, and efficient processing becomes possible.

In addition, the three items (state, dynamics, and time) of the data structure can be described more universally as follows.
(A) Part of information indicating the name of the event, the structure and content of the event, the characteristics of the event, the attributes of the event, the status of the event, the processing performed on the event, and the operation of the event Or all or a part or all of the information and incidental information classified into one set or a plurality of predetermined groups,
(B) information indicating the occurrence time of the event;
Are classified as body data, and a classification code is assigned to each of the items (A) or the item (B) or the item and the breakdown item.
In this way, it can be divided into a plurality of sub-items (sets). In addition, by standardizing the format, the inspection processing procedure can be simplified, and the creation, registration, and maintenance of inspected information and reference information are facilitated.

In addition to (i) to (c) above,
(D) Creation date as a description of the time when the inspected information or the control information itself occurred (for example, reference numeral 1101d02 in FIG. 11 described above).
It is good also as a structure which added.

In addition, the above is a data structure separated into three items (state, dynamics, and time). In addition to this, the item (b) “status” and the item (b) “dynamic” are combined. The data structure may be divided into two items (content and time) by “content” and item “time”. That is, for any event,
“Content”: A piece of information indicating the name of the event, the structure and content of the event, the characteristics of the event, the attributes of the event, the status of the event, the processing performed on the event, and the operation of the event Part or all, or part or all of the information and incidental information.
“Time”: Information indicating the occurrence time of the event.
It can be a two-item structure. In the data processing of the two-item structure, for example, in the inspection process, the inspection process of the item “content” is executed as a combination of the state and dynamics, or the description of the item “content” is related to the “state” in the inspection process The description (or the description related to the “dynamics”) is appropriately extracted or separated and inspected. Therefore, in the above three-item structure data inspection process, the following three processing steps are performed, and the applied standards are based on the three-item structure data. Then, a two-step process is executed, and the applied standard is based on the data of the two-item structure.

Hereinafter, the configuration of the vehicle information management device AIC will be described.
FIG. 12 is a block diagram of an embodiment of the vehicle information management device AIC. As shown in the figure, the vehicle information management device AIC is configured as a computer device that functions as a host server for vehicle information purchase / sales service, which includes a plurality of means for managing data processing and a vehicle information database. Is done. Accordingly, in addition to the communication interface ifs that intervenes in the exchange of data with the outside, it includes components (not shown) such as a processor (CPU), a memory such as a RAM and a ROM, a bus, and a power supply unit. The detailed description is omitted in order to eliminate redundancy and complexity. As described above, the vehicle information management apparatus AIC is implemented by a single computer apparatus or a plurality of computer apparatuses operating in cooperation. That is, the computer environment for implementing the vehicle information management device AIC is not limited to a mainframe computer device, but includes a computer system based on a combination of workstations and personal computers, and a plurality of computers connected by a communication environment such as an intranet or a LAN. A distributed processing system using computers is also included. In short, as long as the vehicle information can be purchased and sold, any single device configuration or system configuration corresponds to the vehicle information management device AIC of the present invention.

Here, the vehicle information is information created at the time of initial registration of the vehicle or at an arbitrary time thereafter, and any data relating to the vehicle is associated with any event related to the vehicle.
(A) A description of a state item indicating part or all of the name, configuration, content, characteristic, attribute, state, and situation, or a description of the state item and accompanying information.
(B) A description of a dynamic item indicating a part or all of an execution operation, an operation or process to be performed, and a change in state, or a description of the dynamic item and incidental information.
(C) A description of the occurrence time of the status item and / or the dynamic item.
As the main data, and the item (b) or (b) or (c) is designated respectively, or the item and the breakdown item are specified, or the storage area It is assumed that the configuration is stored at the address corresponding to the item.

The vehicle information management device AIC includes an information sending / receiving unit 1201, a reference providing unit 1202, an information inspection processing unit 1203, an information value assessment unit 1204, a purchase information organization unit 1205, a sales information organization unit 1206, and a charge / payment unit 1207. Information holding means 1208 for accumulating and managing a vehicle information database AuDB having the vehicle information file i_AFL, and a control means 1210 for managing the operation of the entire vehicle information management apparatus AIC.
A part or all of each of the above means is constituted by a software module (program), and is read and executed by hardware such as a CPU that constitutes a so-called computer. The vehicle information purchase / sales process is executed.

  The communication network NW is a communication network having a bidirectional data transmission line, which connects the vehicle information management device AIC and each user side device CL, and various data such as an Internet mechanism that supports wired or / and wireless transmission. A dedicated transmission line is applied. In addition, it is preferable that the communication network NW be compatible with broadband in response to a case where a part of vehicle information, particularly sales vehicle information (vehicle information report) is created as a moving image.

The information transfer unit 1201 receives and decodes the input information sent from the user side device CL via the communication network NW via the communication interface ifs under the operation control of the control unit 1210, further decompresses the data, and checks the information. Supply to the processing means 1203.
Also, sending information with sales vehicle information received from sales information organizing means 1206, sending information with notice information received from information inspection processing means 1203, or sending information with price information received from billing / payment means 1207 The data is converted into a data compression format that can be received by the information receiving side device CL by converting the information in a predetermined compression format, further encrypted, and a transmission signal on which the converted sales vehicle information is mounted is organized. Send to user side device CL.

It should be noted that the input information sent from the user side device CL includes at least a vehicle information purchase mode (vehicle information purchase mode on the server side),
<ID><Purchaserequest><Bus number / accompanying information><Informationtype><Occurrencedate><Informationbody>
Is installed in the vehicle information purchase mode (vehicle information sales mode on the server side)
<ID><Purchaserequest><Casenumber><Specify desired information>
Is installed. Furthermore, in the latter case, supplementary information for complementing the chassis number and a specified price may be included. The ID includes a member registration symbol. The input information is sent after being encrypted.

The reference providing means 1202 stores a plurality of references 1 to n and provides them to the information inspection processing means 1203 under the operation control of the control means 1210. Here, the criteria are link source information that is information describing events related to vehicles, including the classification code, and link destination information that matches the link source information.
(A) Time series order of the occurrence timing of the link source event described in the link source information and the occurrence timing of the link destination event described in the link destination information;
(B) The classification code relating to items (A) and (B) of the link source information and the link destination information, or the classification code and the main body data,
(C) Matching conditions related to the description contents of items (a) and (b) of link source information and link destination information;
(D) Matching conditions related to the numerical values described in the items (b) or (b) of both the link source information and the link destination information;
(E) the matching condition of the calculation result based on the numerical value described in the item (b) or (b) indicated by both the link source information and the link destination information;
In addition to (a), at least one of (b) to (e) is defined by a predetermined code, symbol, code, code, numerical value, or character string.

Inspection algorithm description:
The inspection algorithms provided in the present invention are classified into 48 types, and a pattern as a reference corresponds to each inspection algorithm. In the following, each inspection algorithm, and the combination condition and matching condition of the reference involved will be described in detail as each pattern.
Each combination condition is illustrated in FIGS. In the figure, a double-frame rectangle indicates link source information, a single-frame rectangle indicates link destination information, and an arrow indicates a contrast. Starting from the generation time of the link source information (double-frame rectangle), the left arrow indicates the previous (past), the up and down arrows indicate the same (current), and the right arrow indicates the subsequent (future). For example, the link destination information (single-frame rectangle) at the tip of the left-pointing arrow has the generation time earlier than the starting point. Furthermore, the position of each rectangle indicates the zone to which the corresponding information belongs.
A combination of a double-frame rectangle, an arrow, and a single-frame rectangle constitutes a combination condition.

  The first pattern ptn_1 to the fifth pattern ptn_5 are shown in FIG. 18 and all show combinations with reference information using information on vehicle specifications as inspected information.

First pattern ptn_1: Inspection of information related to vehicle specifications (first type information) 1
The first pattern ptn_1 is a standard for executing the inspection of the appropriateness of the vehicle specification information (first type information), which is information to be inspected, based on the correlation with the information (fourth type information) related to vehicle maintenance inspection and repair. It is.
Information relating to vehicle maintenance / inspection / repair (4th type) that has been input and related to the link source information specified by the first pattern ptn_1 and has been recorded and stored as already generated vehicle information. Information) is used when checking whether there is a maintenance inspection / repair registration element or a maintenance inspection / repair history element that matches the link destination information defined by the first pattern ptn_1. Based on this result, it is possible to determine the appropriateness and credibility of the input information (vehicle specification change information, etc.).
As described above, the first pattern ptn_1 is used to check the adequacy of the information related to the vehicle specification, particularly the input information (first type information) related to the vehicle specification change when the specification change procedure is required due to large-scale remodeling or the like. This is executed based on correlation with information (fourth type information) related to vehicle maintenance and inspection.

The inspection algorithm is based on the following principle. Changes to vehicle specifications always involve repairs equivalent to them, for example, large-scale repairs, and must be completed prior to application / registration prior to application for vehicle specification change, vehicle verification registration / issuance. Therefore, if a record indicating that the repair corresponding to the modified specification was performed before the registration / vehicle verification application / issuance of the vehicle specification change can be confirmed, the application / registration of this vehicle specification change is reasonable and reliable. It can be determined that the degree is high.
On the other hand, if the repair corresponding to the changed specification is performed after the application / registration of the vehicle specification change from the time series of occurrence in the above, it is clearly lacking rationality, and the occurrence of the link source information It can be determined that there is an improperness such as an incorrect timing input.

That is, in the first pattern ptn_1, the item (b) of the link source information is “the vehicle specification change registration or vehicle verification application or acceptance and the content of the vehicle specification”, and the time of occurrence of the link source event Is “the registration date of the specification change notification or the application date or acceptance date of the vehicle verification”, and the item (b) of the link destination information is “the registration of repair construction and the contents of the updated vehicle specification” And the occurrence time of the link destination event is “the contract date or work date of the remodeling repair or work date or delivery date”, and the matching condition of the item (c) is “the description of the link destination information” The content of the vehicle specification and part or all of the content of the vehicle specification described in the link source information must be the same ”, and the time-series order of the item (a) is“ the occurrence timing of the link destination event is the link source event. The same date as before or before Suppose that "defines these predetermined code or symbol, or code or number or by string,,.
For example, the link source information generation date is the specification change declaration date (registration date) to the vehicle information management device AIC or the vehicle verification issuance date from the Land Transport Bureau, and the link destination information generation time is, for example, modification from the requested repair shop It will be the delivery date of the vehicle. The test is based on a comparison of the contents under the conditions of both occurrences.

Therefore, the processing procedure of the inspection algorithm is as follows.
(1) When the information related to the change of the vehicle specification is input, this is used as the information to be inspected, corresponding to the link source information defined by the first pattern ptn_1, and the occurrence time of the link source event described is the first When it occurs. Next, in light of the first pattern ptn_1, it is confirmed that the vehicle information combined with the link source information is the already generated vehicle information (element) in the fourth zone (maintenance / inspection / repair).
(2) Next, among the elements in the fourth zone recorded and accumulated as existing vehicle information, each element that is regarded as having high confidence is used as reference information, and the time is traced back from the first occurrence time for these elements. Search and search for an element whose occurrence of the linked event described is not later than the first occurrence (on the same day or earlier) and whose contents are repair or modification.
(3) When there is no contrast information whose content is repair or modification, it is determined that the reliability of the link source information, that is, the information to be inspected is low.
(4) When the control information is found to be repair or modification, the contents of the vehicle specifications described are partly or entirely the same as the contents of the vehicle specifications indicated in the link source information, ie, inspected information. Inspect. In this way, it is checked whether or not there is contrast information indicating repairs corresponding to the change in the vehicle specification.
(5) When the presence of the contrast information satisfying the provisions of the first pattern ptn_1 is confirmed, the link information is determined as the link information requested by the contrast information, and therefore, it depends on the fact that the link information that matches the link source information actually exists. Therefore, it is determined that the information to be inspected is consistent, and the information to be inspected is “proper” and highly reliable.
In the above process, the inspection process of Kai-Oto is described later.

When the inspection result is obtained as described above, an element is newly created based on the input information, and is registered thereby. The inspection result is recorded as metadata (attribute data) in a new element, or attached to the new element as a label (label).
The above test results are presented in multiple levels of confidence (“proper” or “unconfirmed”, or further subdivided if there is a given classification standard), or quantified according to the given calculation standard Present at.

In the next second pattern ptn_2 and third pattern ptn_3 shown in FIG. 18, the contrast information is insurance information related to the vehicle and / or operation. The outline of will be described below.
Non-life insurance relating to vehicle and / or operation includes compulsory self-insurance insurance and voluntary automobile insurance.
The type of automobile insurance depends on the collateral (subject to the payment of insurance money). There are insurer accident insurance and personal injury insurance.

  Vehicle insurance is insurance that guarantees the repair fee of your car and the tow fee that you used when you can not run, as examples of collateral range collision, contact, rear-end collision, collision with electric poles and guard rails, There are such escape, crash / overturn, theft, garage operation mistake, contact with bicycle, fire / explosion, typhoon / flood / storm surge, object fall, graffiti / glass breakage, damage caused by noise.

In the third zone of the vehicle information file, it is possible to record the above-mentioned “dynamics” such as participation in self-responsibility insurance, vehicle insurance, etc., that is, contract, withdrawal (maturity, contract cancellation), name change (contract succession) as elements. it can.
Further, in the third zone, the insurance money paid from the vehicle insurance to which he / she participates and its contents are recorded as elements. Furthermore, the insurance money paid from the other party's objective compensation insurance and the contents (including application data) regarding damages suffered from other automobiles etc. are recorded as elements in this third zone.

Second pattern ptn_2: Inspection of information related to vehicle specifications (first type information) 2
The second pattern ptn_2 is a vehicle specification information (first type information) that is information to be inspected, in particular an inspection of the adequacy of information related to acquisition and update of vehicle verification, and insurance information (third This is a criterion for execution based on the correlation with the species information.
Insurance contracts that are insurance information (type 3 information) related to vehicles and / or operations that have been entered and corresponded to the link source information and that have already been recorded and stored as existing vehicle information.・ Used when checking whether there is a recent registration element or insurance contract / succession history element that matches the link destination information. Based on this result, the appropriateness and credibility of the input information can be determined.

  The second pattern ptn_2 is based on the following principle. An application for vehicle verification is required to have a contract / succession for automobile liability insurance. Therefore, if there is a recent registration that the liability insurance was newly established or succeeded on or before the date on which the vehicle verification is applied or on the same day as the date of receipt, the vehicle verification was issued. It can be assumed that the inspected information is highly reliable.

  In the second pattern ptn_2, the item (b) of the link source information is “application for vehicle verification or registration of receipt of vehicle verification” and the occurrence timing of the link source event is “application for vehicle verification” The date of the link destination event is the occurrence of the link source event within the registration information of the car liability insurance (contract, withdrawal, succession). The item (b) in the link destination information is “the registration of a new contract or contract succession for automobile liability insurance”, and the occurrence time of the link destination event is “new contract”. The matching condition of the item (c) is “the chassis number described in the link destination information and the chassis number described in the link source information match”, and the item ( a) The order of the columns shall be “the occurrence time of the linked event is the same or earlier than the occurrence time of the link source event”, and each is specified by a predetermined code, symbol, sign, code, numerical value, or character string. To do. Here, the time of occurrence of the link source event is, for example, the date of vehicle inspection application to the Land Transport Office or the date of vehicle verification issuance, and the time of occurrence of the link destination event is, for example, the date of new contract or contract succession of automobile liability insurance with an insurance company, etc. It becomes. The test is based on a comparison of the contents under the conditions of both occurrences.

Therefore, the inspection processing procedure to which the second pattern ptn_2 is applied is as follows.
(1) When information related to application / acceptance of vehicle verification is input, this information is used as information to be inspected and is associated with the link source information defined by the second pattern ptn_2, and the occurrence time of the described link source event is determined. The first occurrence time. Next, in light of the second pattern ptn_2, it is confirmed that the vehicle information combined with this link source information is already generated vehicle information (element) in the third zone (non-life insurance).
(2) Next, among the elements in the third zone recorded and accumulated as existing vehicle information, each element that is considered highly reliable is used as control information, and the same date as the first occurrence time, Search backwards from the time of occurrence, and the time of occurrence of the linked event described is not later than the time of the first occurrence (same date or earlier), and the content is a new contract for automobile liability insurance Or search for the most recent element that is a registration for succession. This latest search operation checks the occurrence time with the information related to “time” among the stored contents of each element, and further checks whether it is contract or succession with the information related to “dynamic”. The element that satisfies both simultaneously is the nearest element. Therefore, even if only the generation time is the closest to the first generation time, it is not the latest element if the dynamics do not match.
(3) When there is no corresponding information of the corresponding content, it is determined that the reliability of the link source information, that is, the information to be inspected is low.
(4) When the latest contrast information is found with the corresponding contents, it is inspected whether the described chassis number is the same as the chassis number indicated in the link source information, that is, the inspected information.
(5) When the existence of the contrast information satisfying the above is confirmed, the information to be examined is determined based on the fact that the link destination information that matches the link source information is determined as the link destination information required by the contrast information. Is inconsistent, and the information to be inspected is “appropriate” and highly reliable.
(6) On the other hand, if they do not match, it is determined that the inspected information is not consistent, and it is determined that the reliability is low. Therefore, this input information is currently “unconfirmed”. In the above process, the inspection process of Kai-Oto is described later.

Third pattern: Inspection of information related to vehicle specifications (type 1 information) Part 3
The third pattern ptn_3 is used when executing appropriateness inspection of vehicle specification information (first type information) that is information to be inspected based on correlation with insurance information (third type information) related to the vehicle and / or operation. Is the standard.
Insurance contracts that are insurance information (type 3 information) related to vehicles and / or operations that have been entered and corresponded to the link source information and that have already been recorded and stored as existing vehicle information.・ Used to check whether there is a succession registration element or insurance contract / succession history element that matches the linked information. Based on this result, the appropriateness and credibility of the input information can be determined.

  The inspection algorithm is based on the following principle. A new vehicle insurance contract or contract succession is made during the current vehicle verification period. Therefore, if there is a registration that a new vehicle insurance contract or succession has been made and the date is the same or later than the date on which the vehicle verification was issued, the vehicle verification was issued. It can be assumed that the information to be inspected is highly reliable.

  In the third pattern ptn_3, the item (b) of the link source information is “registered that the vehicle verification has been issued or the vehicle verification has been received”, and the occurrence time of the link source event is “the vehicle verification application date” Or “date of registration or delivery date”, the item (b) of the link destination information is “registration of new contract or contract succession of voluntary automobile insurance”, and the occurrence time of the link destination event is “new” The contract date or the contract success date ”, the matching condition of the item (c) is“ the chassis number described in the link destination information and the chassis number described in the link source information match ”, and the item ( The time-series order in a) is “the occurrence time of the linked event is the same as or later than the occurrence time of the linked event”, and a predetermined code, symbol, sign, code, or numerical value, or Defined by string.

Fourth pattern: Inspection of information related to vehicle specifications (type 1 information) 4
The fourth pattern ptn_4 is a standard for executing the inspection of the appropriateness of the vehicle specification information (first type information), which is the information to be inspected, based on the correlation with the information on the lease of the vehicle (type 6 information). It will be.
The entered lease information corresponds to the link source information, and the lease contract registration element which is information (sixth type information) related to vehicle lease, which has already been recorded and stored as already generated vehicle information. This is used when checking whether there is a recent lease agreement history element that matches the link destination information. Based on this result, the appropriateness and credibility of the input information can be determined.

  In the fourth pattern ptn_4, the item (b) of the link source information is “the vehicle specification change registration or vehicle verification application or acceptance registration, and the vehicle specification content”, and the link source event occurrence time Is the registration date of the specification change notification or the application date or acceptance date of the vehicle verification, and the link destination information includes the registration of the vehicle rental contract, and the occurrence timing of the link destination event is the link source event. The item (b) of the link destination information is “registration of the vehicle lease contract and the vehicle specification described in the contract”, and the occurrence timing of the link destination event is “vehicle The contract date of the lease contract ”, and the consistency condition of the item (c) is“ the content of the vehicle specification described in the link destination information is consistent with the content of the vehicle specification described in the link source information ”. And said The time-series order of item (a) is “the occurrence time of the linked event is the same as or later than the occurrence time of the link source event”, and a predetermined code, symbol, sign, code, or numerical value, Or it is defined by a character string.

Therefore, the inspection processing procedure to which the fourth pattern ptn_4 is applied is as follows.
(1) When the information related to the change of the vehicle specification is input, this is made to correspond to the link source information specified by the fourth pattern ptn_4 as the information to be inspected, and the occurrence time of the described link source event is set to the first When it occurs. Next, in light of the fourth pattern ptn_4, it is confirmed that the vehicle information combined with this link source information is already generated vehicle information (element) in the sixth zone (vehicle lease).
(2) Next, among the elements in the sixth zone recorded and accumulated as the existing vehicle information, each element that is regarded as having high confidence is used as control information, and the same date as the first occurrence time or the first Search from the time of occurrence, searching for the nearest element whose described link destination event is not earlier than the first occurrence (on the same day or later), and whose contents are vehicle rentals. .
(3) When the latest contrast information of the corresponding contents is found, it is checked whether the contents of the described vehicle specifications match the contents of the vehicle specifications indicated in the link source information, that is, the inspected information.
(4) When the existence of the contrast information satisfying the provisions of the fourth pattern ptn_4 is confirmed, it is determined as the link destination information that the contrast information seeks, and therefore it depends on the fact that the link destination information that matches the link source information actually exists. Therefore, it is determined that the information to be inspected is consistent, and the information to be inspected is “appropriate” and highly reliable. In the above process, the inspection process of Kai-Oto is described later.

5th pattern: Inspection of information related to vehicle specifications (type 1 information) 5
The fifth pattern ptn_5 is a reference when executing the inspection of the appropriateness of the vehicle specification information (first type information) that is the information to be inspected based on the correlation with the information (seventh type information) related to vehicle sales. .
Corresponding input information to be inspected with link source information, sales contract registration element or sales information which is information (seventh type information) related to vehicle sales, which is already appropriate and already recorded and accumulated as existing vehicle information This is used when checking whether there is a contract history element that is the latest and matches the link destination information. Based on this result, the appropriateness and credibility of the input information (vehicle specification information) can be determined.

  The principle of the fifth pattern ptn_5 is as follows. When a vehicle specification change registration is made at a certain point in time, the vehicle specification is described in the sales contract in the sale and purchase of the vehicle thereafter. Therefore, if the vehicle specifications described in the subsequent high confidence sales agreement and the previously registered vehicle specifications match, the change registration of the vehicle specification is reasonable and the change registration is appropriate. Can be determined.

  In the fifth pattern ptn_5, the item (b) of the link source information is “registration of application or acceptance of vehicle specification change registration or vehicle verification, and the content of the vehicle specification”, and the link source event The date of occurrence shall be “the date of registration of the specification change notification or the date of application or acceptance of the vehicle verification”, and the link destination information will be the time of occurrence of the link destination event within the contents of the registration of the vehicle sales contract. The item (b) in the link destination information is “registration of the vehicle sales contract and the contents of the vehicle specification described in the contract”, and the occurrence of the link destination event. The timing is “the contract date of the vehicle sales contract”, and the consistency condition of the item (c) is “the contradiction between the content of the vehicle specification described in the link destination information and the content of the vehicle specification described in the link source information”. Not to be The time-series order of the item (a) is “the occurrence time of the link destination event is the same as or after the occurrence time of the link source event”, and a predetermined code, symbol, or code, or It is specified by numerical value or character string.

Accordingly, the inspection processing procedure to which the fifth pattern ptn_5 is applied is as follows.
(1) When the information related to the change of the vehicle specification is input, this is used as the information to be inspected, corresponding to the link source information specified by the fifth pattern ptn_5, and the occurrence time of the described link source event is set to the first When it occurs. Next, in light of the fifth pattern ptn_5, it is confirmed that the vehicle information combined with this link source information is already generated vehicle information (element) in the seventh zone (vehicle sales).
(2) Next, among the elements in the seventh zone recorded and accumulated as the existing vehicle information, each element that is regarded as having high confidence is used as control information, and the same date as the first occurrence time or the first Search from the time of occurrence, searching for the most recent element whose linked destination event is not earlier than the first occurrence (on the same day or later) and whose contents are vehicle sales. .
(3) When the latest contrast information of the corresponding contents is found, it is checked whether the contents of the described vehicle specifications match the contents of the vehicle specifications indicated in the link source information, that is, the inspected information.
(4) When the existence of the contrast information satisfying the provisions of the fifth pattern ptn_5 is confirmed, the link information is determined as the link destination information required by the contrast information, and thus depends on the fact that the link destination information that matches the link source information actually exists. Therefore, it is determined that the information to be inspected is consistent, and the information to be inspected is “appropriate” and highly reliable. In the above process, the inspection process of Kai-Oto is described later.

  Patterns 6 to 11 are shown in FIG. 19, and all show combinations with reference information in which information on insurance related to the vehicle owner and / or the user is inspected information.

Sixth pattern: Inspection of information (type 2 information) relating to the vehicle owner and / or vehicle user 1
The sixth pattern ptn_6 is a test for checking the adequacy of the information (second type information) relating to the vehicle owner and / or vehicle user, which is information to be inspected, and other information relating to the vehicle owner and / or vehicle user. This is a reference for execution based on the correlation with the (second type information).
Information related to the vehicle owner and / or vehicle user (type 2 information) that has been entered and associated with the link source information and has already been recorded and stored as already generated vehicle information. This is used when checking whether there is a recent owner / user registration element or an owner / user history element that matches the link destination information. Based on this result, the appropriateness and credibility of the input information can be determined.

  The sixth pattern is based on the following principle. If the name of the vehicle owner is changed, it is mandatory to notify the relevant Land Transport Bureau. On the other hand, in the database of the vehicle information management device AIC, the name change information of the vehicle owner is registered as an owner / user registration element for each case, and the owner history information is registered as an owner / user history element. These include vehicle owner change data (new owner name, address, garage certificate, previous owner name, etc.) and vehicle number data for identifying the vehicle. Therefore, in order for the vehicle owner's current name change information to be appropriate, the previous owner must have name change information that has previously become a new owner due to the name change. Further, this previous name change information must be the closest (most recent) to the current name change information when there are a plurality of name change information in the past. Therefore, if the above can be confirmed, it can be determined that the name change of the vehicle owner this time has reasonableness and high credibility.

  In the sixth pattern ptn_6, the item (b) of the link source information is “change registration of the owner name of the vehicle and the description of the owner”, and the occurrence time of the link source event is “owner name” The link destination information is the registration date in the name of the owner of the vehicle, and the time of occurrence of the link destination event is closest to the time of occurrence of the link source event. The item (b) in the information shall be “change registration in the name of the owner of the vehicle and the description of the owner”, and the occurrence time of the linked event shall be “date of change registration in the name of owner” And the matching condition of the item (c) is “the new owner of the description in the link destination information and the old owner of the description in the link source information match”, and the time series order of the item (a) is “When the link destination event occurs And that "than timing is previously defined and predetermined code respectively or symbols or code or number or by string,,,,.

Therefore, the inspection processing procedure to which the sixth pattern ptn_6 is applied is as follows.
(1) When the information related to the change of the vehicle owner is input, this is made to correspond to the link source information defined by the sixth pattern ptn_6 as the information to be inspected, and the occurrence time of the described link source event is 1 occurrence time. Next, in light of the sixth pattern ptn_6, it is confirmed that the vehicle information combined with this link source information is the already generated vehicle information (element) in the second zone (owner / user).
(2) Next, among the elements in the second zone recorded and accumulated as already-occurring vehicle information, each element that is regarded as having high confidence is used as reference information, and the time is traced back from the first occurrence time for these elements. A search is performed to find the most recent element in which the described link destination event occurs before the first occurrence and the content is registration of a vehicle owner change.
(3) When there is no corresponding information of the corresponding content, it is determined that the reliability of the link source information, that is, the information to be inspected is low.
(4) When the latest contrast information is found with the corresponding contents, it is checked whether the new owner described is the same as the old owner indicated in the link source information, that is, the inspected information.
(5) When the existence of the contrast information satisfying the above is confirmed, the information to be examined is determined based on the fact that the link destination information that matches the link source information is determined as the link destination information required by the contrast information. Is inconsistent, and the information to be inspected is “appropriate” and highly reliable.
(6) On the other hand, if they do not match, it is determined that the inspected information is not consistent, and it is determined that the reliability is low. Therefore, this input information is currently “unconfirmed”. In the above process, the inspection process of Kai-Oto is described later.

In the above, even if the name change element that is not the most recent (that is, the second and subsequent names from the starting point) matches with the above contents, if the latest name change element does not match with the above contents, "unconfirmed" To do.
When the inspection result is obtained as described above, a new element is created based on the input information. The new element presents the above judgment result as metadata (attribute data) with multi-level confidence (“appropriate” or “unconfirmed”, or further subdivided if there is a given classification criterion), or Presented with a credibility quantified according to the calculation criteria of the given case.

  Moreover, although the said test | inspection can be implemented when input information is received, you may implement it in the arbitrary time after reception. In the latter case, this input information is set to “pending” from the time of acceptance to the date of the inspection. Further, the inspection may be performed again at a certain time or a plurality of times.

Seventh pattern: Inspection of information (type 2 information) relating to the vehicle owner and / or vehicle user, part 2
The seventh pattern ptn_7 is a test for checking the adequacy of information (type 2 information) relating to the vehicle owner and / or vehicle user, which is information to be inspected, and other information relating to the vehicle owner and / or vehicle user. This is a reference for execution based on the correlation with (second type information).
Information related to the vehicle owner and / or vehicle user (type 2 information) that has been entered and associated with the link source information and has already been recorded and stored as already generated vehicle information. This is used when checking whether there is a recent owner / user registration element or an owner / user history element that matches the link destination information. Based on this result, the appropriateness and credibility of the information to be inspected can be determined.

  The seventh pattern ptn_7 is based on the following principle. If the owner of a vehicle is changed, notification to the land transport office in charge is mandatory. On the other hand, in the database of the vehicle information management device AIC, the change information of the vehicle owner is registered as the owner / user registration element for each case, and the owner history information is registered as the owner / user history element. These include vehicle owner change data (new owner name, address, garage certificate, previous owner name, etc.) and vehicle number data for identifying the vehicle. Therefore, in order for the change information of the vehicle owner this time to be appropriate, the new owner of this time must be registered as the old owner in the change information that occurs most recently. Therefore, if the above can be confirmed, it can be determined that the name change of the vehicle owner this time has reasonableness and high credibility.

  In the seventh pattern ptn_7, the item (b) of the link source information is “change registration of the owner name of the vehicle and the description of the owner”, and the occurrence time of the link source event is “owner name” The date of the change was registered, and the link destination information includes the registration in the name of the owner of the vehicle, and the time of occurrence of the link destination event is closest to the time of occurrence of the link source event. The item (b) of the link destination information is “the change registration of the owner name of the vehicle and the description of the owner”, and the occurrence time of the link destination event is “the change registration date of the owner name” And the matching condition of the item (c) is “the old owner of the description in the link destination information and the new owner of the description in the link source information match”, and the item (a) Set the sequence order to `` Linked event occurrence Timing as that the link is later than generation timing of the original event ", defined and predetermined code respectively or symbols or code or number or by string,,,,.

Therefore, the inspection processing procedure to which the seventh pattern ptn_7 is applied is as follows.
(1) When the information relating to the change of the vehicle owner is input, this is made to correspond to the link source information defined by the seventh pattern ptn_7 as the information to be inspected, and the occurrence time of the described link source event is 1 occurrence time. Next, in light of the seventh pattern ptn_7, it is confirmed that the vehicle information combined with the link source information is already generated vehicle information (element) in the second zone (owner / user).
(2) Next, among the elements in the second zone recorded and accumulated as existing vehicle information, each element that is regarded as having high confidence is used as reference information, and the time is advanced from the first occurrence time for these elements. A search is made to find the most recent element in which the described link destination event occurs after the first occurrence and whose content is registration of a change in vehicle owner.
(3) When the latest contrast information is found with the corresponding contents, it is checked whether the described old owner is the same as the new owner indicated in the link source information, that is, the inspected information.
(4) When the existence of the contrast information satisfying the above is confirmed, it is determined as the link destination information required by the contrast information, and therefore the information to be inspected depends on the existence of the link destination information that matches the link source information. Is inconsistent, and the information to be inspected is “appropriate” and highly reliable.
(5) On the other hand, if they do not match, it is determined that the information to be inspected is not consistent, and it is determined that the reliability is low. Therefore, this input information is currently “unconfirmed”. In the above process, the inspection process of Kai-Oto is described later.

In the above, even if the name change element that is not the most recent (that is, the second and subsequent names from the starting point) matches with the above contents, if the latest name change element does not match with the above contents, "unconfirmed" To do.
When the inspection result is obtained as described above, a new element is created based on the input information. The new element presents the above judgment result as metadata (attribute data) with multi-level confidence (“appropriate” or “unconfirmed”, or further subdivided if there is a given classification criterion), or Presented with a credibility quantified according to the calculation criteria of the given case.
Moreover, although the said test | inspection can be implemented when input information is received, you may implement it in the arbitrary time after reception. In the latter case, this input information is set to “pending” from the time of acceptance to the date of the inspection. Further, the inspection may be performed again at a certain time or a plurality of times.

Eighth pattern: Inspection of information relating to vehicle owner and / or vehicle user (type 2 information) 3
The eighth pattern ptn_8 is used to check the appropriateness of information (second type information) relating to the vehicle owner and / or vehicle user, which is information to be inspected, based on the correlation with the vehicle specification information (first type information). It is a standard for execution. Further, it is assumed that the vehicle specification information (type 1 information) includes an issue of an automobile inspection certificate (vehicle verification) as an event.
The vehicle specification registration element or the vehicle specification history, which is the vehicle specification information (first type information), which has been input and matched with the link source information and has already been recorded and stored as already generated vehicle information. Used when checking whether there is any element that matches the link information. Based on this result, the appropriateness and credibility of the input information can be determined.

The eighth pattern ptn_8 is based on the following principle.
Based on the fact that when the vehicle owner is changed (transfer of ownership) and a notification is received from the relevant Land Transport Bureau, the vehicle inspection certificate (vehicle verification) of the vehicle will be issued at the same time. Presence / absence of contrast information in one zone (type 1 information: vehicle specification information) whose occurrence time is the same as the occurrence time of the link source event and the vehicle owner matches the vehicle owner indicated in the link source information If there is contrast information satisfying this, it is assumed that it matches the link destination information required by the contrast information, so that the information to be inspected (corresponding to the link source information) is consistent and highly reliable. Thereby, it can be determined that the change in the name of the vehicle owner indicated by the inspected information has a high degree of rationality.

The processing procedure of the eighth pattern ptn_8 is as follows.
(1) The information relating to the change in the name of the vehicle owner as the inspected information is made to correspond to the link source information, the occurrence time and the vehicle owner are confirmed, and the occurrence time is the starting point.
(2) Using the elements in the first zone recorded and accumulated as existing vehicle information as elements of high confidence, the generation time is the same as the starting point and the vehicle owner is the link source information. If there is a search for a match with the vehicle owner indicated by, this is determined as the link destination information to be found.
(3) When the link destination information to be found is found, it is determined that the link source information, that is, the information to be inspected, is consistent, and the input information is “appropriate” and highly reliable.
When the inspection result is obtained as described above, a new element is created based on the input information. The new element presents the above judgment result as metadata (attribute data) with multi-level confidence (“appropriate” or “unconfirmed”, or further subdivided if there is a given classification criterion), or Presented with a credibility quantified according to the calculation criteria of the given case.

  In the eighth pattern ptn_8, the item (b) of the link source information is “registration of change of the owner or / and user name of the vehicle and a description of the owner or / and user” and a link The date of occurrence of the original event shall be “the registration date of the name change notification”, and the item (b) of the link destination information shall be “registration of application or acceptance of vehicle verification and owner or / and user” ”And the occurrence time of the linked event is“ the date of application or acceptance of the vehicle verification ”, and the matching condition of the item (c) is“ the owner of the description in the linked information or / And the user and the owner or / and the user of the description match the link source information ”and the time-series order of the item (a) is“ the generation time of the link source event is the occurrence of the link source event ” On the same day as the time And that "defines and predetermined code respectively or symbols or code or number or by string,,,,.

As described above, the eighth pattern ptn_8 is obtained by checking the presence or absence of the corresponding first type information (vehicle specification information), and the reliability of the second type information (information relating to the vehicle owner and / or the vehicle user). The above inspection can be performed at any time after the input information is received.
Further, in view of the case where it takes a date and time to receive and record the link destination information, the above inspection may be performed with an appropriate waiting time. During this time, the input information is provisionally stored as pending.

  In more detail, when performing inspection after waiting for a period until the record of delivery of new vehicle verification is made to the corresponding vehicle information file, the metadata of “pending” is described in the link source information during this period. And store it as an element. This element is stamped with the scheduled inspection date. When the holding period has passed and the scheduled inspection date is reached, this element is opened and the above inspection is performed. Further, the inspection may be performed again at a certain time or a plurality of times.

Ninth pattern: Inspection of information relating to vehicle owner and / or vehicle user (type 2 information) 4
The ninth pattern ptn_9 is a test for checking the adequacy of information (type 2 information) related to the vehicle owner and / or vehicle user, which is information to be inspected, and insurance information (type 3 information) related to the vehicle and / or operation. ) Based on the correlation with).
Insurance contracts that are insurance information (type 3 information) related to vehicles and / or operations that have been entered and corresponded to the link source information and that have already been recorded and stored as existing vehicle information.・ Used when checking whether there is a recent registration element or insurance contract / succession history element that matches the link destination information. Based on this result, the appropriateness and credibility of the information to be inspected can be determined.

  The ninth pattern ptn_9 is based on the following principle. If a vehicle owner's change registration is made at some point, the automobile liability insurance will always be a new contract or taken over. Therefore, if the owner is described as the contractor or successor in the insurance contract in the high confidence policy signed on or after the same date, the change of ownership of the vehicle owner is reasonable, It can be determined that the change registration is appropriate.

  In the ninth pattern ptn_9, the item (b) of the link source information is “registration of the owner or / and user name change of the vehicle and a description of the owner or / and user” and a link The occurrence time of the original event shall be "the registration date of the name change", and the link destination information will be the link origin information within the scope of registration of the automobile liability insurance contract or succession. The item (b) in the linked information shall be “Registration of new contract or contract succession of automobile liability insurance and description of the contractor” and the linked event. The occurrence date of the contract is “new contract date or contract succession date” and the matching condition of the item (c) is “the contractor described in the link destination information is either the owner or the user of the description in the link source information” Or And the time-series order of the item (a) is “the generation time of the linked event is the same as or later than the generation time of the link source event”, and a predetermined code, or It is defined by a symbol, sign, numeric value, or character string.

Therefore, the inspection processing procedure to which the ninth pattern ptn_9 is applied is as follows.
(1) When the information relating to the change of the owner or / and user name of the vehicle is input, this information is made to correspond to the link source information defined by the ninth pattern ptn_9 as the inspected information, and the described link source Let the occurrence time of the event be the first occurrence time. Next, in light of the ninth pattern ptn_9, it is confirmed that the vehicle information combined with this link source information is already generated vehicle information (element) in the third zone (non-life insurance).
(2) Next, among the elements in the third zone recorded and accumulated as existing vehicle information, each element that is regarded as having high confidence is used as control information, and the same date as the first occurrence time, Search from the first occurrence time, search for, and the described linked destination event is not earlier than the first occurrence (on the same day or later), and the content is a new contract for automobile liability insurance Or look for the most recent element that is a registration for contract succession.
(3) When there is no corresponding information of the corresponding content, it is determined that the reliability of the link source information, that is, the information to be inspected is low.
(4) When the latest contrast information is found with the corresponding contents, it is inspected whether the written contractor matches the link source information, that is, the owner or the user indicated in the inspected information.
(5) When the existence of the contrast information satisfying the above is confirmed, the information to be examined is determined based on the fact that the link destination information that matches the link source information is determined as the link destination information required by the contrast information. Is inconsistent, and the information to be inspected is “appropriate” and highly reliable.
(6) On the other hand, if they do not match, it is determined that the inspected information is not consistent, and it is determined that the reliability is low. Therefore, this input information is currently “unconfirmed”. In the above process, the inspection process of Kai-Oto is described later.

Tenth pattern: Inspection of information (type 2 information) relating to the vehicle owner and / or vehicle user, part 5
The tenth pattern ptn_10 is a test for checking the adequacy of information relating to the vehicle owner and / or vehicle user (type 2 information) as information to be inspected, and information relating to vehicle rental (type 6 information). This is a reference for execution based on correlation.
The entered lease information corresponds to the link source information, and the lease contract registration element which is information (sixth type information) related to vehicle lease, which has already been recorded and stored as already generated vehicle information. This is used when checking whether there is a recent lease agreement history element that matches the link destination information. Based on this result, the appropriateness and credibility of the information to be inspected can be determined.

  The tenth pattern is based on the following principle. When a change of vehicle owner is registered at a certain point in time, the owner is described as a lender in a lease contract for the subsequent lease of the vehicle. Therefore, if the lender described in the subsequent high-credibility lease agreement and the previously registered vehicle owner match, the name change of the vehicle owner is reasonable and the change registration is It can be determined that it is appropriate.

  In the tenth pattern ptn_10, the item (b) of the link source information is “registration of owner name change of the vehicle and the description of the owner”, and the occurrence time of the link source event is “name change” The registration date, and the link destination information is the registration date of the vehicle lease contract, and the occurrence time of the link destination event is the closest to the occurrence time of the link source event. (B) is “the registration of the vehicle lease contract and the description of the contractor (the lender)”, and the occurrence time of the linked event is “the contract date”, and the matching condition of the item (c) Is “the contractor (lender) described in the link destination information matches the owner of the description in the link source information”, and the time series order of the item (a) is “the generation time of the link destination event is the link source” Be after the time of occurrence of the event And to define and predetermined code respectively or symbols or code or number or by string,,,,.

Accordingly, the inspection processing procedure to which the tenth pattern ptn_10 is applied is as follows.
(1) When information related to the change of the vehicle owner is input, this information is used as inspected information, corresponding to the link source information defined by the tenth pattern ptn_10, and the occurrence time of the described link source event is 1 occurrence time. Next, in light of the tenth pattern ptn_10, it is confirmed that the vehicle information combined with this link source information is already generated vehicle information (element) in the sixth zone (vehicle lease).
(2) Next, among the elements in the sixth zone recorded and accumulated as existing vehicle information, each element that is regarded as having high confidence is used as reference information, and the time is advanced from the first occurrence time for these elements. A search is made to find the most recent element whose occurrence of the described link destination event is after the first occurrence and whose content is vehicle rental.
(3) When the latest contrast information of the corresponding content is found, it is inspected whether the described lender matches the owner shown in the link source information, that is, the information to be inspected.
(4) When the existence of the contrast information satisfying the above is confirmed, it is determined as the link destination information required by the contrast information, and therefore the information to be inspected depends on the existence of the link destination information that matches the link source information. Is inconsistent, and the information to be inspected is “appropriate” and highly reliable. In the above process, the inspection process of Kai-Oto is described later.

11th pattern: Inspection of information (type 2 information) relating to the vehicle owner and / or vehicle user, part 6
The eleventh pattern ptn_11 correlates the inspection of the adequacy of the information (second type information) relating to the vehicle owner and / or vehicle user, which is the information to be inspected, with the information related to vehicle sales (seventh type information). This is a standard for execution based on this.
Corresponding input information to be inspected with link source information, sales contract registration element or sales information which is information (seventh type information) related to vehicle sales, which is already appropriate and already recorded and accumulated as existing vehicle information This is used when checking whether there is a contract history element that is the latest and matches the link destination information. Based on this result, the appropriateness and credibility of the information to be inspected can be determined.

  The eleventh pattern is based on the following principle. If a change registration of a vehicle owner is made at a certain point in time, the owner will be described as a seller in a sales contract in the sale and purchase of the vehicle thereafter. Therefore, if the seller described in the subsequent high confidence sales agreement and the previously registered vehicle owner match, the change of ownership of the vehicle owner is reasonable and the change registration is It can be determined that it is appropriate.

  In the eleventh pattern ptn_11, the item (b) of the link source information is “registration of the owner name change of the vehicle and the description of the owner”, and the occurrence time of the link source event is “name change” The date of registration ”, the link destination information shall be the date of occurrence of the link source event closest to the time of occurrence of the link source event within the contents of the registration of the vehicle sales contract, and the item of the link destination information (B) is “registration of vehicle sales contract and description of seller” and the occurrence timing of the link destination event is “contract date”, and the matching condition of the item (c) is “link destination” The seller described in the information must match the owner of the description in the link source information ”, and the time series order of the item (a) is“ the generation time of the link destination event is after the generation time of the link source event ” And set each one in advance. Defining code or symbol or code or number or by string,,,,.

Therefore, the inspection processing procedure to which the eleventh pattern ptn_11 is applied is as follows.
(1) When the information related to the change of the vehicle owner is input, this information is made to correspond to the link source information defined by the eleventh pattern ptn_11 as the information to be inspected, and the occurrence time of the described link source event is 1 occurrence time. Next, in light of the eleventh pattern ptn_11, it is confirmed that the vehicle information combined with this link source information is already generated vehicle information (element) in the seventh zone (vehicle sales).
(2) Next, among the elements in the seventh zone recorded and accumulated as existing vehicle information, each element that is considered to be highly reliable is used as reference information, and the time is advanced from the first occurrence time for these elements. A search is made to find the most recent element whose occurrence of the described link destination event is after the first occurrence and whose contents are vehicle sales.
(3) When the latest contrast information of the corresponding content is found, it is inspected whether the described seller matches the owner shown in the link source information, that is, the inspected information.
(4) When the existence of the contrast information satisfying the above is confirmed, it is determined as the link destination information required by the contrast information, and therefore the information to be inspected depends on the existence of the link destination information that matches the link source information. Is inconsistent, and the information to be inspected is “appropriate” and highly reliable. In the above process, the inspection process of Kai-Oto is described later.

  Patterns 12 to 17 are shown in FIG. 20 and FIG. 21, and each shows a combination with reference information in which information on insurance related to vehicle and / or operation is inspected information.

Twelfth pattern: Inspection of insurance information (type 3 information) related to vehicles and / or operations, part 1
The twelfth pattern ptn_12 is an inspection of the appropriateness of the insurance information (type 3 information) related to the vehicle and / or operation that is the inspected information, and other insurance information (type 3 information) related to the vehicle and / or operation. This is a standard for execution based on the correlation with.
Insurance contracts that are insurance information (type 3 information) related to vehicles and / or operations that have been entered and corresponded to the link source information and that have already been recorded and stored as existing vehicle information.・ Used to check whether there is a succession registration element or insurance contract / succession history element that matches the linked information. Based on this result, the appropriateness and credibility of the information to be inspected can be determined. In particular, this pattern checks the adequacy of the input information related to the vehicle damage insurance payment due to the vehicle's own loss, and determines the credibility of the loss insurance payment information related to the vehicle's own loss based on the result.

  The twelfth pattern is based on the following principle. There are two types of insurance claims when the vehicle is damaged: objective compensation insurance that is caused by others and vehicle insurance that is caused by oneself (self-loss). It is necessary to have vehicle insurance in advance. Therefore, if the record indicating that the vehicle insurance is made before the vehicle insurance payment is confirmed, it can be determined that the vehicle insurance payment information is reasonable and highly reliable.

  In the twelfth pattern ptn_12, the item (b) of the link source information is “registration that received the payment of the vehicle damage insurance claim corresponding to the vehicle loss accident and the description of the person to be paid”, and the link source The date of occurrence of the event shall be “the date of payment of the vehicle damage insurance claim”, and the item (b) of the linked information shall be “registration of the vehicle damage insurance contract or succession corresponding to the vehicle loss accident and the contractor” Or the successor's description ”, and the occurrence of the linked event shall be“ the contract date or succession date of the vehicle accident insurance corresponding to the vehicle loss accident ”, and the matching condition of the above item (c) "The contractor or successor of the vehicle accident insurance described in the link destination information and the person eligible for payment of the vehicle damage insurance described in the link source information match", and the time series order of the item (a) “When the linked event occurs And that the link is earlier than occurrence timing of the original event ", defined and predetermined code respectively or symbols or code or number or by string,,,,.

Therefore, the inspection processing procedure to which the twelfth pattern ptn_12 is applied is as follows.
(1) When the information related to the payment of the vehicle insurance money is input, this information is used as inspected information, corresponding to the link source information defined by the twelfth pattern ptn_12, and the occurrence time of the described link source event is 1 occurrence time. Next, in light of the twelfth pattern ptn_12, it is confirmed that the vehicle information combined with this link source information is already generated vehicle information (element) in the same third zone (non-life insurance).
(2) Next, among the elements in the third zone recorded and accumulated as existing vehicle information, each element that is regarded as having high confidence is used as reference information, and the time is traced back from the first occurrence time for these elements. A search is made for an element whose occurrence of the described link destination event is earlier than the first occurrence and whose content is a new contract or registration of a contract succession for a voluntary automobile insurance (vehicle insurance).
(3) When there is no corresponding information of the corresponding content, it is determined that the reliability of the link source information, that is, the information to be inspected is low.
(4) If the relevant information is found, the contractor or successor of the vehicle accident insurance written matches the person who is eligible for the vehicle accident insurance shown in the link source information, ie, inspected information. Inspect.
(5) When the existence of the contrast information satisfying the above is confirmed, the information to be examined is determined based on the fact that the link destination information that matches the link source information is determined as the link destination information required by the contrast information. Is inconsistent, and the information to be inspected is “appropriate” and highly reliable.
(6) On the other hand, if they do not match, it is determined that the inspected information is not consistent, and it is determined that the reliability is low. Therefore, this input information is currently “unconfirmed”. In the above process, the inspection process of Kai-Oto is described later.

  When the inspection result is obtained as described above, a new element is created based on the input information. The new element presents the above judgment result as metadata (attribute data) with multi-level reliability (“appropriate” or “unconfirmed”, or further subdivided if there is a given classification criterion), or Presented with a credibility quantified according to the calculation criteria of the given case.

  Moreover, although the said test | inspection can be implemented when input information is received, you may implement it in the arbitrary time after reception. In the latter case, this input information is set to “pending” from the time of acceptance to the date of the inspection. Further, the inspection may be performed again at a certain time or a plurality of times.

13th pattern: Inspection of insurance information (type 3 information) relating to vehicle and / or operation, part 2
The thirteenth pattern ptn_13 is a test for checking the adequacy of insurance information (type 3 information) related to the vehicle and / or operation that is inspected information, and information (type 2 information) related to the vehicle owner and / or the vehicle user. ) Based on the correlation with ().
Information related to the vehicle owner and / or vehicle user (type 2 information) that has been entered and associated with the link source information and has already been recorded and stored as already generated vehicle information. This is used when checking whether there is a recent owner / user registration element or an owner / user history element that matches the link destination information. Based on this result, the appropriateness and credibility of the input information (vehicle insurance information) can be determined.

The thirteenth pattern is based on the following principle.
For example, a new owner or user often makes a new contract or succession to voluntary automobile insurance when buying a used car. Therefore, if an owner / user registration has occurred on the same day as or immediately before a new contract or succession to voluntary automobile insurance, the registration of this new contract or succession is reasonable and highly reliable. Can be determined.

  The thirteenth pattern ptn_13 is that the item (b) of the link source information is “registration of new contract or contract succession of voluntary automobile insurance and description of contractor or successor”, and the occurrence time of the link source event , The date of occurrence of the link destination event is the closest to the time of occurrence of the link source event within the contents of registration of name change, The item (b) of the link destination information shall be “registration of the change of the owner or / and user name of the vehicle and the description of the owner or / and user” and the occurrence time of the link destination event. “It is the name change registration date”, and the matching condition of the item (c) is “The owner or / and user of the description in the link destination information and the contractor or successor of the description in the link source information match. And the time-series order of the item (a) is “the occurrence time of the link destination event is earlier than the occurrence time of the link source event”, and a predetermined code, symbol, or code Or, it is specified by numerical value or character string.

Accordingly, the inspection processing procedure to which the thirteenth pattern ptn_13 is applied is as follows.
(1) When the information related to the new contract or succession of the vehicle voluntary insurance for the vehicle is input, the information is linked to the link source information defined in the thirteenth pattern ptn_13 as inspected information, and the link source described Let the occurrence time of the event be the first occurrence time. Next, in light of the thirteenth pattern ptn_13, it is confirmed that the vehicle information combined with this link source information is the existing vehicle information (element) in the second zone.
(2) Next, among the elements in the second zone recorded and accumulated as the already generated vehicle information, each element that is regarded as having high confidence is used as control information, and the same date as the first occurrence time or the first Searching backwards from the time of occurrence, the occurrence time of the linked event described is not later than the first occurrence time (same date or earlier), and the content is the latest owner / user registration Find the element.
(3) When the latest contrast information of the corresponding content is found, it is checked whether the owner or / and the user described matches the contractor or successor indicated in the link source information, that is, the inspected information. To do.
(4) When the existence of the contrast information satisfying the above is confirmed, it is determined as the link destination information required by the contrast information, and therefore the information to be inspected depends on the existence of the link destination information that matches the link source information. Is inconsistent, and the information to be inspected is “appropriate” and highly reliable. In the above process, the inspection process of Kai-Oto is described later.

  When the inspection result is obtained as described above, a new element is created based on the input information. The new element presents the above judgment result as metadata (attribute data) with multi-level reliability (“appropriate” or “unconfirmed”, or further subdivided if there is a given classification criterion), or Presented with a credibility quantified according to the calculation criteria of the given case.

The above inspection of the 13th pattern can be performed at any time after the input information is received, but the appropriate waiting time should be taken into consideration when the date and time are reversed in the recording of the information to be linked. The above inspection may be performed. During this time, the input information is provisionally recorded as a hold. Further, the above inspection may be performed again at a certain time or a plurality of times.
By executing the thirteenth pattern, it is possible to inspect the reliability of the insurance information relating to the input vehicle and / or operation.

14th pattern: Inspection of insurance information (type 3 information) relating to vehicle and / or operation, part 3
The 14th pattern ptn_14 is a test for checking the adequacy of insurance information (type 3 information) related to vehicle and / or operation, which is information to be inspected, and information (type 2 information) related to the vehicle owner and / or vehicle user. ) Based on the correlation with ().
Information related to the vehicle owner and / or vehicle user (type 2 information) that has been entered and associated with the link source information and has already been recorded and stored as already generated vehicle information. This is used when checking whether there is a recent owner / user registration element or an owner / user history element that matches the link destination information. Based on this result, it is possible to determine the appropriateness and credibility of the input information (vehicle trading information).

  When the owner of a vehicle is changed, it is required by law to take out automobile liability insurance (self-insurance insurance) for the vehicle. Accordingly, the 14th pattern ptn_14 is that the item (b) of the link source information is “registration of new contract or contract succession of automobile liability insurance and description of contractor or successor” and link source event The occurrence date of the link event is “the new contract date or the contract success date”, and the link destination information contains the name change registration. The item (b) of the link destination information shall be “registration of change of owner name and / or user name of the vehicle and description of the owner or / and user”, and The date of occurrence shall be “name change registration date”, and the consistency condition of the item (c) shall be “the owner or / and the user described in the link destination information and the contractor or successor described in the link source information” And the time-series order of the item (a) is “the occurrence time of the linked event is the same as or after the occurrence time of the link source event”, and a predetermined code, Or, it is defined by a symbol, a sign, a numerical value, or a character string.

Therefore, the inspection processing procedure to which the 14th pattern ptn_14 is applied is as follows.
(1) When information relating to a new contract or contract succession of automobile liability insurance is entered, this information is made to correspond to the link source information specified in the 14th pattern ptn_14 as the inspected information, and the link source described Let the occurrence time of the event be the first occurrence time. Next, in light of the 14th pattern ptn_14, it is confirmed that the vehicle information combined with the link source information is the already generated vehicle information (element) in the second zone.
(2) Next, among the elements in the second zone recorded and accumulated as existing vehicle information, each element that is regarded as having high confidence is used as control information, and the same date as the first occurrence time, Search from the first occurrence time, search, and the occurrence time of the linked event described is not earlier than the first occurrence time (on the same day or later), and the contents are registered for owner / user change Find the nearest element that is.
(3) When the latest comparison information is found with the corresponding contents, it is checked whether the written owner or / and user and the link source information, that is, the information to be inspected, match the written contractor or successor. .
(4) When the existence of the contrast information satisfying the above is confirmed, it is determined as the link destination information required by the contrast information, and therefore the information to be inspected depends on the existence of the link destination information that matches the link source information. Is inconsistent, and the information to be inspected is “appropriate” and highly reliable. In the above process, the inspection process of Kai-Oto is described later.

15th pattern: Inspection of insurance information (type 3 information) relating to vehicle and / or operation No. 4
The fifteenth pattern ptn_15 is an inspection of the appropriateness of insurance information (type 3 information) related to vehicle and / or operation, which is information to be inspected, and other insurance information (type 3 information) related to vehicle and / or operation. This is a standard for execution based on the correlation with.
Insurance contracts that are insurance information (type 3 information) related to vehicles and / or operations that have been entered and corresponded to the link source information and that have already been recorded and stored as existing vehicle information.・ Used to check whether there is a succession registration element or insurance contract / succession history element that matches the linked information. Based on this result, the appropriateness and credibility of the information to be inspected can be determined.

  The fifteenth pattern ptn_15 is that the item (b) of the link source information is “registration of new contract or contract succession of insurance related to vehicle and description of new contractor or successor of contract” and link source event The date of occurrence of the contract shall be “new contract date or contract success date” and the item (b) in the linked information shall be “registration of cancellation or contract succession of insurance related to vehicle and description of surrender or successor” ”And the occurrence date of the linked event is“ canceled date or contract success date ”, and the matching condition of the item (c) is“ insurance related to the vehicle indicated by the linked information and linked source information ” If the insurance for the vehicle indicated by is the same, and the surrender described in the link destination information and the new contractor or contract successor described in the link source information match, or linked to the successor described in the link destination information In original information The above-mentioned new contractor or contract successor must match, and the time series order of the item (a) is “the occurrence time of the linked event is later than the occurrence time of the link source event”, Each is defined by a predetermined code, symbol, code, numerical value, or character string.

  Therefore, in the inspection process to which the fifteenth pattern ptn_15 is applied, the cancellation date or contract success date of the non-life insurance described in the control information is after the new contract date or the contract success date of the non-life insurance described in the inspected information, In addition, the non-life insurance indicated by the contrast information and the non-life insurance indicated by the inspected information are matched, and the cancellation information described in the control information and the new contractor or successor described in the link source information match. The inspected information is considered appropriate when the successor described in the above and the new contractor or contract successor described in the link source information match.

16th pattern: Inspection of insurance information (type 3 information) relating to vehicle and / or operation, part 5
The 16th pattern ptn_16 correlates the inspection of the appropriateness of the insurance information (type 3 information) related to the vehicle and / or operation that is the information to be inspected with the information (type 4 information) related to the vehicle maintenance inspection and repair. This is a standard for execution.
Maintenance inspection / repair registration, which is information related to vehicle maintenance inspection / repair (type 4 information) that has been entered and matched with the link source information and has already been recorded and accumulated as previously generated vehicle information. Used when checking whether there is any element or maintenance / repair history element that matches the link destination information. Based on this result, the appropriateness and credibility of the information to be inspected can be determined. In this way, this pattern relates to the examination of the appropriateness of information related to the payment of objective compensation insurance or vehicle insurance money, and the inspection is executed by linking with information (type 4 information) related to vehicle maintenance inspection and repair. Based on this result, the credibility of the information relating to the payment of the objective compensation insurance or the vehicle insurance is determined.

  The sixteenth pattern is based on the following principle. The payment of objective compensation insurance or vehicle insurance is usually accompanied by the repair of the relevant damaged part on which this payment was based. In rare cases, there is a case where repairs and repairs of the damaged part are not performed even if payment of objective compensation insurance or vehicle insurance money is received, but at least a record indicating that the repaired part of the damaged part has been repaired If it can be confirmed, it can be determined that the payment information of the objective compensation insurance money or the vehicle insurance money is reasonable and highly reliable.

  In the 16th pattern ptn_16, the item (b) of the link source information is “registration that the insurance money related to vehicle damage has been paid and description of the vehicle loss content” and the occurrence of the link source event The date is “Insurance payment date”, the item (b) of the link destination information is “Registration of repair / inspection of car damage part and description of car loss details”, and the linked event The occurrence date of the vehicle is “date of maintenance inspection / repair”, and the matching condition of the item (c) is “the vehicle loss content described in the link destination information and the vehicle loss content described in the link source information match” And the time series order of the item (a) is “the generation time of the link destination event is the same as the generation time of the link source event, or before or after within a predetermined range”, and each is determined in advance. Code, symbol, or sign, or Defined numeric or by a string,.

Accordingly, the inspection processing procedure to which the 16th pattern ptn_16 is applied is as follows.
(1) When information related to the payment of objective compensation insurance or vehicle insurance is entered, the information is linked to the link source information defined by the 16th pattern ptn_16 as inspected information, and the described link source event The occurrence time of this is the first occurrence time. Next, in light of the 16th pattern ptn_16, it is confirmed that the vehicle information combined with the link source information is the already generated vehicle information (element) in the fourth zone (maintenance / inspection / repair).
(2) Next, among the elements in the fourth zone recorded and accumulated as existing vehicle information, each element that is considered highly reliable is used as the reference information, and the occurrence timing of the linked event described for these elements Are searched for within a predetermined period before and after the first occurrence time, and an element whose content is repair registration related to vehicle loss is searched.
(3) When the contrast information having the corresponding contents is found, it is inspected whether the described vehicle loss content matches the vehicle loss content indicated in the link source information, that is, the inspected information.
(4) When the existence of the contrast information satisfying the above is confirmed, it is determined as the link destination information required by the contrast information, and therefore the information to be inspected depends on the existence of the link destination information that matches the link source information. Is inconsistent, and the information to be inspected is “appropriate” and highly reliable. In the above process, the inspection process of Kai-Oto is described later.

When the inspection result is obtained as described above, a new element is created based on the input information. For new elements, the above judgment result is expressed as metadata (attribute data) with multi-level reliability (“appropriate”, “unconfirmed” or “insufficient”, or further subdivided if there is a given classification standard) Present or present with a credibility that is quantified according to the calculation criteria of the given case. Further, in view of the case where the date and time are reversed in recording the information to be linked, the above inspection is executed with an appropriate waiting time. During this time, the input information is provisionally recorded as a hold.
Further, the above-described inspection of the 16th pattern can be executed at an arbitrary time after the input information is received. Further, the above inspection may be performed again at a certain time or a plurality of times. By executing the sixteenth pattern, it is possible to inspect the credibility of the information relating to the supply of the input objective compensation insurance or vehicle insurance.

17th pattern: Inspection of insurance information (type 3 information) relating to vehicle and / or operation, part 6
The 17th pattern ptn_17 is an inspection of the appropriateness of the insurance information (type 3 information) related to the vehicle and / or operation that is the inspected information, and the information related to the vehicle case and / or the vehicle loss accident (type 5 information). This is a standard for execution based on the correlation with.
Information related to vehicle incidents and / or vehicle loss accidents (type 5 information) that has been input and corresponded to link source information and has already been recorded and stored as already generated vehicle information. This is used when checking whether there is any insurance payment registration element or insurance payment history element that matches the linked information. Based on this result, the appropriateness and credibility of the information to be inspected can be determined.

  As described above, this pattern relates to the examination of the appropriateness of the information related to the supply of the objective compensation insurance or the vehicle insurance money, and the inspection can be executed by linking with the information relating to the vehicle accident (type 5 information). It is a feature. The objective damage insurance money is a damage insurance money related to the object damage caused by the vehicle damage caused by the other vehicle, and the vehicle insurance money becomes the damage insurance money for the vehicle damage caused by the own loss.

  The seventeenth pattern is based on the following principle. Usually, the basis for the payment of objective compensation insurance or vehicle insurance is that the vehicle is damaged, and when the degree of vehicle damage corresponds to an accident report or accident report, an accident report or accident report is accompanied. Although there is a loss insurance payment based on damage due to causes not applicable to accident reports or accident notifications, at least a record indicating that there is an accident report or notification applicable to the applicable damage can be confirmed, and from the date of insurance payment If the accident occurrence date is before, it can be determined that the payment information of the objective compensation insurance money or the vehicle insurance money is reasonable and highly reliable.

  In the 17th pattern ptn_17, the item (b) of the link source information is “registration of insurance payment relating to vehicle damage and description of vehicle loss details”, and the occurrence time of the link source event is “insurance” The date of payment, the item (b) of the link information is “registration of accident and description of vehicle loss”, and the time of occurrence of the link event is “the date of accident” And the matching condition of the item (c) is “the vehicle loss content described in the link destination information matches the vehicle loss content described in the link source information”, and the time series of the item (a) The order is “the occurrence time of the link destination event is earlier than the occurrence time of the link source event”, and each is defined by a predetermined code, symbol, code, code, numerical value, or character string.

Therefore, the inspection processing procedure to which the 17th pattern ptn_17 is applied is as follows.
(1) When information relating to the payment of non-life insurance claims is made, this information is made to correspond to the link source information defined by the 17th pattern ptn_17 as the inspected information, and the occurrence time of the described link source event is 1 occurrence time. Next, in light of the 17th pattern ptn_17, it is confirmed that the vehicle information combined with this link source information is the existing vehicle information (element) in the fifth zone (incident accident).
(2) Next, among the elements in the fifth zone recorded and accumulated as existing vehicle information, each element that is regarded as having high confidence is used as reference information, and the time is traced back from the first occurrence time for these elements. A search is made for an element whose occurrence of the described link destination event is earlier than the first occurrence and whose content is accident registration.
(3) When the contrast information having the corresponding contents is found, it is inspected whether the described vehicle loss content matches the vehicle loss content indicated in the link source information, that is, the inspected information.
(4) When the existence of the contrast information satisfying the above is confirmed, it is determined as the link destination information required by the contrast information, and therefore the information to be inspected depends on the existence of the link destination information that matches the link source information. Is inconsistent, and the information to be inspected is “appropriate” and highly reliable. In the above process, the inspection process of Kai-Oto is described later.

When the inspection result is obtained as described above, a new element is created based on the input information. For new elements, the above judgment result is expressed as metadata (attribute data) with multi-level reliability (“appropriate”, “unconfirmed” or “insufficient”, or further subdivided if there is a given classification standard) Present or present with a credibility that is quantified according to the calculation criteria of the given case.
By executing the seventeenth pattern, it is possible to check the credibility of the information relating to the supply of the input objective compensation insurance or vehicle insurance. Further, the inspection may be performed again at a certain time or a plurality of times.

18th pattern: Inspection of information (type 4 information) related to vehicle maintenance inspection 1
The 18th pattern ptn_18 serves as a reference for executing the inspection of the adequacy of the information (type 4 information) related to vehicle maintenance and inspection based on the correlation with the vehicle specification information (type 1 information). .
The vehicle specification registration element or the vehicle specification history, which is the vehicle specification information (first type information), which has been input and matched with the link source information and has already been recorded and stored as already generated vehicle information. Used when checking whether there is any element that matches the link information. Based on this result, the appropriateness and credibility of the information to be inspected can be determined.

  The eighteenth pattern is based on the following principle. When repairs are made on a scale that involves changes in vehicle specifications, changes in vehicle specifications are registered. Therefore, if it can be confirmed that the vehicle specification change information corresponding to the repair of the applicable scale exists on the same date as the repair date, the repair information is consistent and has high credibility. Can be judged.

  In the 18th pattern ptn_18, the item (b) of the link source information is “registration of maintenance / repair for changing the vehicle specification and description of the content of the vehicle specification”, and the occurrence timing of the link source event is “maintenance” The date of repair ”, the item (b) of the link destination information is“ registration of the vehicle specification and the description of the contents of the vehicle specification ”, and the occurrence time of the link destination event is“ change of vehicle specification ”. “The date of declaration or registration date”, and the matching condition of the item (c) is “the content of the vehicle specification described in the link destination information is consistent with the content of the vehicle specification described in the link source information” The time series order of the item (a) is “the occurrence time of the linked event is the same as the occurrence time of the link source event”, and a predetermined code, symbol, code, code, or numerical value, Or letter Defined by.

Therefore, the inspection processing procedure to which the 18th pattern ptn_18 is applied is as follows.
(1) When information related to repair that requires a change in vehicle specifications is input, this information corresponds to the link source information defined by the 18th pattern ptn_18 as inspected information, and the occurrence timing of the described link source event Is the first occurrence time. Next, in light of the 18th pattern ptn_18, it is confirmed that the vehicle information combined with the link source information is already generated vehicle information (element) in the first zone (non-life insurance).
(2) Next, among the elements in the first zone recorded and accumulated as already-occurring vehicle information, each element that is regarded as having high confidence is used as contrast information, and the occurrence timing of the linked event described for these elements Is searched for an element that is the same day as the first occurrence time and whose content is registration of vehicle specifications.
(3) When there is no corresponding information of the corresponding content, it is determined that the reliability of the link source information, that is, the information to be inspected is low.
(4) When contrast information with the corresponding contents is found, it is checked whether the contents of the described vehicle specifications match the contents of the vehicle specifications indicated in the link source information, that is, the inspected information.
(5) When the existence of the contrast information satisfying the above is confirmed, the information to be examined is determined based on the fact that the link destination information that matches the link source information is determined as the link destination information required by the contrast information. Is inconsistent, and the information to be inspected is “appropriate” and highly reliable.
(6) On the other hand, if they do not match, it is determined that the inspected information is not consistent, and it is determined that the reliability is low. Therefore, this input information is currently “unconfirmed”. In the above process, the inspection process of Kai-Oto is described later.

When the inspection result is obtained as described above, a new element is created based on the input information. The new element presents the above judgment result as metadata (attribute data) with multi-level confidence (“appropriate” or “unconfirmed”, or further subdivided if there is a given classification criterion), or Presented with a credibility quantified according to the calculation criteria of the given case.
Further, the inspection may be performed again at a certain time or a plurality of times. By executing the eighteenth pattern, the reliability of the input repair information can be inspected.

Nineteenth pattern: Inspection of information related to vehicle maintenance inspection (type 4 information) 2
The 19th pattern ptn_19 is a standard for executing the inspection of the adequacy of information (type 4 information) related to vehicle maintenance inspection and repair, which is inspected information, based on the correlation with the vehicle specification information (type 1 information). It will be.
Corresponding input information to be inspected with link source information, vehicle verification issuance registration element or vehicle verification, which is vehicle specification information (first type information) that has already been recorded and stored as already generated vehicle information This is used when checking whether or not there is the latest distribution history element that matches the link destination information. Based on this result, the appropriateness and credibility of the information to be inspected can be determined.

  The nineteenth pattern is based on the following principle. When large-scale repairs are made that involve changes in vehicle specifications, the vehicle verification needs to be updated. Therefore, if it can be confirmed that the vehicle verification delivery of the specification update corresponding to the applicable large-scale repair exists on or after the repair date, the reliability of the maintenance inspection repair information is consistent with each other. It can be determined that the price is high.

  In the nineteenth pattern ptn_19, the item (b) of the link source information is “registration of maintenance and repair that changes the vehicle specification described in the vehicle verification and description of the content of the vehicle specification”, and the link source event The occurrence date of the link event shall be “the date of maintenance / repair”, and the link destination information shall be the date of occurrence of the link source event that is closest to the occurrence time of the link source event within the contents of registration of vehicle verification delivery. The item (b) of the link destination information is “registration that the vehicle verification has been issued and the description of the contents of the vehicle specification”, and the occurrence time of the link destination event is “the date of vehicle verification issuance date” And the matching condition of the item (c) is “the content of the vehicle specification described in the link destination information is consistent with the content of the vehicle specification described in the link source information”, and the item (a) Change the time series order to And that "generation timing is the same or after the generation timing of the link source events, defined and predetermined code respectively or symbols or code or number or by string,,,,.

Therefore, the inspection processing procedure to which the nineteenth pattern ptn_19 is applied is as follows.
(1) When large-scale repair information related to a vehicle specification change that requires vehicle verification update is input, this information is used as inspected information, corresponding to the link source information defined by the 19th pattern ptn_19, and the described link The occurrence time of the original event is the first occurrence time. Next, in light of the 19th pattern ptn_19, it is confirmed that the vehicle information combined with this link source information is the already generated vehicle information (element) in the first zone.
(2) Next, among the elements in the first zone recorded and accumulated as the already generated vehicle information, each element that is regarded as having high confidence is used as the reference information, and the same date as the first occurrence time or the first Search from the time of occurrence by searching for the latest element whose linked destination event is not earlier than the first occurrence time (on the same day or later) and whose contents are vehicle verification delivery look for.
(3) When the latest contrast information of the corresponding contents is found, it is checked whether the contents of the described vehicle specifications match the contents of the vehicle specifications indicated in the link source information, that is, the inspected information.
(4) When the existence of the contrast information satisfying the above is confirmed, the link information is determined as the link information required by the contrast information, and therefore the inspection target is based on the fact that the link information that matches the link source information actually exists. It is determined that the information is consistent, and the information to be inspected is “appropriate” and highly reliable. In the above process, the inspection process of Kai-Oto is described later.
When the inspection result is obtained as described above, a new element is created based on the input information. The new element presents the above judgment result as metadata (attribute data) with multi-level confidence (“appropriate” or “unconfirmed”, or further subdivided if there is a given classification criterion), or Presented with a credibility quantified according to the calculation criteria of the given case.

In addition, the above inspection can be performed at any time after receiving the input information. However, in consideration of the case where the date and time is required for receiving and recording the link destination information, the above inspection should be performed with an appropriate waiting time. preferable. During this time, the input information is provisionally stored as pending. More specifically, the inspection shall be performed after waiting for a period until the specification change information is recorded in the corresponding vehicle information file, and during this period, the metadata of “pending” is described in the link source information. Save as an element. This element is stamped with the scheduled inspection date. When the hold period has passed and the scheduled inspection date is reached, this element is opened and the above inspection is performed.
Further, the inspection may be performed again at a certain time or a plurality of times. By executing the nineteenth pattern, the credibility of the inputted remodeling repair information can be inspected.

20th pattern: Inspection of vehicle information (type 4 information) related to vehicle maintenance / inspection / part 3
The twentieth pattern ptn_20 is an inspection of the adequacy of information (type 4 information) related to vehicle maintenance inspection repair, which is information to be inspected, other information (type 4 information) related to vehicle maintenance inspection repair, and / or the vehicle. This is a reference for execution based on the correlation with the specification information (first type information). In other words, the twentieth pattern ptn_20 is the appropriateness of the input vehicle information (type 4 information) related to the maintenance inspection / repair of the equipment target, with at least one of the part, member, component, or device equipped with the target vehicle as the “equipment target”. Involved in the inspection.

  Equipment list information element or equipment history information, which is vehicle specification information (type 1 information), that has been input and matched with link source information and has already been recorded and stored as already generated vehicle information. When inspecting whether there is any element that matches the link destination information among the maintenance inspection / repair registration element or maintenance inspection / repair history element that is information related to the elements and / or vehicle maintenance inspection / repair (type 4 information) Used for. Based on this result, the appropriateness and credibility of the information to be inspected can be determined.

  Here, the equipment list information element is a list of parts / members / parts / devices which the vehicle is equipped at a certain time, that is, a snapshot list of equipment to be equipped. Furthermore, the equipment history information element represents a transition from the past to the latest equipment list information element, which is a snapshot at each time point, and indicates a transition from the equipment list to the latest time.

In general, for vehicle maintenance,
(1) Maintenance, inspection or repair of “equipment target” already installed in the vehicle (2) New installation of new “equipment target” (including the category of modifications)
There is. The 20th pattern ptn_20 associates input vehicle information (type 4 information: vehicle maintenance / inspection / repair information), which is information to be inspected, with the link source information. In the case of the above item (1), mainly the same vehicle information file Link source information based on whether or not there is consistency when linking other records (type 4 information) related to vehicle maintenance, inspection and repair that are already appropriate in the same zone 4 and are recorded and stored as existing vehicle information And the reliability of the maintenance / inspection / repair information is determined based on the result.
In the case of the above item (2), an appropriateness check is performed mainly by linking with a record related to vehicle specifications (first type information) recorded in the same first zone of the same vehicle information file. Accordingly, the inspection is performed by linking with other records (type 4 information) relating to vehicle maintenance inspection and repair.

The inspection by the 20th pattern is based on the following principle.
When the vehicle maintenance / inspection / repair information (type 4 information) is input, discrimination is made between maintenance / repair information for the existing “equipment target” or new installation information for the new “equipment target”. If this is based on fact when it is maintenance, inspection or repair to an existing “equipment subject”, this existing “equipment subject” is entered into the vehicle in the fourth zone of the same vehicle information file. Since there should be a record indicating that it has been installed before acceptance, the presence or absence is confirmed retroactively, and the adequacy of the link source information is inspected based on the presence or absence of the record in the fourth zone. If there is a record, it is determined that the input information is “proper” and the reliability is high. On the other hand, if there is no record, it is estimated that the input information corresponds to unconfirmed. Therefore, it is determined that the input information is “unconfirmed” and the reliability is low.

  On the other hand, if it is registered that a new “equipment target” has been newly installed, a description that the location or space for mounting the equipment target has been secured, and a description that conditions such as securing the power capacity to be used have been met Need to exist. Or if it is an alternative to existing equipment, there must be a record of the existing equipment being installed in the past. That is, the consistency of the description of the current input information can be checked based on the description of other elements in the past. Therefore, there is an element in the first zone of the same vehicle information file (type 1 information: vehicle specification) with a description that makes it clear that the space for installation and the power supply capacity are secured, or the fourth zone is substituted. Based on the presence or absence of elements that are described as existing equipment, the consistency between these elements and the input information is checked. If there is a corresponding element, it is determined that the input information is “proper” and the credibility is high. Conversely, if there is no corresponding element, it is estimated that the input information corresponds to unconfirmed. Therefore, it is determined that the input information is “unconfirmed” and the reliability is low.

  As described above, in the inspection of the twentieth pattern ptn_20, the consistency is inspected by linking the other elements of the fourth type information or / and the elements of the first type information with the input information as the information to be inspected. This is to determine the credibility.

  In the twentieth pattern ptn_20, at least one of a part, a member, a part, or an apparatus that constitutes the vehicle is set as an installation target, and the item (b) of the link source information is set to “registration of maintenance inspection / repair of existing equipment target”. It must be a description of the equipment target, or a new equipment target installation registration and a description of the equipment target. The item (b) in the link destination information is “Registration of maintenance / inspection / repair of existing equipment and description of equipment, or registration / equipment of installation of new equipment” It must be the description of the object, or the registration of the vehicle specification and the description of the contents of the vehicle specification. " Or the date of installation of the new equipment object or the registration date of the vehicle specification ", and the matching condition of the item (c) is described in" equipment target described in link destination information and link source information " And the time series order of the item (a) is “the generation time of the link destination event is the same date or before the generation time of the link source event”, and each is determined in advance. It is defined by a code, a symbol, a sign, a numerical value, or a character string.

Hereinafter, an inspection example to which the 20th pattern ptn_20 is applied will be described. In the following, other examples of the vehicle specific inspection algorithm described above (in the case of vehicle specific based only on the chassis number) are also included.
For example, the engine mounted in the car of interest (chassis number T123456789) is a V-type 6-cylinder engine, and the bank angle is 90 degrees with a wide angle registered as an abbreviation “6-90 model”. If the vehicle is in the process of being serviced by the vehicle (the chassis number above), the pitching and yawing vibration moments of the V-type 8-cylinder engine with a narrow angle of 58 degrees If the content of the report is “Adjustment maintenance and inspection has been done on the 8-58 type couple balancer (weight)” for adjustment, this means that it is clearly unreasonable (for example, artificial intelligence or expert)・ Automatically detected by the system).
The possible causes are as follows.

First cause: Mistaken entry of chassis number The chassis number or balancer name of another car equipped with a 58 degree V-type 8-cylinder engine was mistyped or entered due to a typing error. Where the other vehicle's chassis number T123546789, etc., is mis-entered as the vehicle's chassis number T123456789 or / and is correctly a 6-90 type couple balancer, the 8-58 type couple balancer A mistake was entered.
Second cause: erroneous record of source material The source number or balancer name of the source material referred to or used in the input is erroneously recorded. For example, the correct number is the chassis number T123546789 of another vehicle. , Erroneously recorded in chassis source T123456789 and source material, or / and incorrectly recorded in 8-58 type couple balancer and source material, which is correctly a 6-90 type couple balancer .
Third cause: Falsification, forgery input Forged maintenance that has not been actually done and forged input, for example, unsupported facts, false data of chassis number T123456789 and 8-58 type couple balancer Was forged and entered.
Fourth cause: Missing past data As a fact, the 8-58 type engine was replaced in the past, and it has been recorded to date, but this has not been recorded in the car's file T123456789_AFL (not entered or entered but not Recorded or recorded but deleted / erased).

Processing for the above input information;
If the chassis number matches, based on the "8-58 type couple balancer" that was the object of maintenance, the model record of the engine of the vehicle concerned is referred to in retrospective order (including modifications) in order. Also, refer to the model data at the first registration.
And if the 8-58 type engine installation registration is the latest record, it can be estimated that the same type engine is installed even now, so the input information of this time "Adjustment of 8-58 type couple balancer" It can be estimated that “maintenance and inspection” is a fact with high accuracy. Therefore, the current input information is captured as appropriate and recorded as a new element in the zone of the car file T123456789_AFL.

  On the other hand, if there is a 6-90 type engine installation registration in the past as the newest record retroactively from the present, it can be estimated that the same type engine is still installed, so this input information "8-58 type couple It is determined that “balancer adjustment and maintenance” corresponds to at least one of the first to fourth causes.

Therefore, verification processing is performed to determine whether the cause is the first or second cause. First, processing for prompting the input side to re-input the input information is performed.
If the input information is re-input, the above-described inspection is repeatedly performed based on the input information. Here, if the re-input information is appropriate, it is determined that the cause is the first or second cause, and the re-input information is taken in and recorded as appropriate.
However, in general, correction of the source material, which is the second cause, is often not easy or impossible on the data input side. Therefore, in practice, verification using re-input information is only a solution to the first cause in most cases.

  On the other hand, if the re-input information is still not appropriate, or if the input information is not re-input, it is determined that the input information is not appropriate due to at least one of the first to fourth causes. Is done. Then, either of the following (1) or (2) is executed.

(1) Record as a new element in the zone of the car file T123456789_AFL or an “unconfirmed zone” (not shown) separately provided as an element with metadata of “unconfirmed” in the input information.
(2) The input information is discarded and not recorded.

Whether to execute the above (1) or (2) can be configured such that an operator of the vehicle information management device AIC (hereinafter referred to as a system) can freely select. This selection can be configured to apply to all vehicle files as an integrated standard for the entire system, or it can be configured to apply to specific vehicle files or / and specific zones or elements.
Alternatively, the system designer may set which of the above.

  In the case of (1) above, an element to which “unconfirmed” metadata is attached is determined to be “unconfirmed” when it can be determined to be appropriate by executing re-verification processing at an arbitrary time thereafter. It can be configured to be deleted and promoted to a “proper” element. As an example of this, as described above, when the actual vehicle was inspected and it was confirmed that the 8-58 type engine was actually installed, or an engine replacement (6-90 type that was missing for some reason before) To 8-58 model) is input later, and additional records are recorded as appropriate elements after verification. This additional record is taken into account after confirmation in the re-verification process.

As another example, a description will be given of maintenance, repair, and modification of a car navigation apparatus as equipment.
If there is no record of the equipment history of the car navigation system in the file of the car of interest (chassis number T123456789), a report that the car navigation system installed in the car has been modified was entered, If the content of the report states that the DVD-ROM recording medium drive installed in the bay of the car navigation system has been modified to a DVD-RW compatible drive, the determination means detects that this is clearly unreasonable. .
The possible causes are as follows.

First cause: Mistaken entry of chassis number The chassis number of another car equipped with a car navigation device was entered incorrectly or due to a mistake in typing, for example, the chassis number T213456789 of another car is correct. Was mistaken for the chassis number T123456789 of this car.
Second cause: Incorrect recording of source material The source number referenced or used in the input is erroneously recorded. For example, the correct number of other vehicle is T213456789. It is erroneously recorded in the source document with the car chassis number T123456789.
Third cause: Falsification, input by forgery Falsification that a maintenance that was not actually done has been forged and has been falsely input, for example, that there was no support for the fact, and that it was modified to a chassis compatible with chassis number T123456789 and DVD-RW Data was created and entered.
Fourth cause: Missing past data As a fact, a car navigation device with a built-in DVD-ROM recording medium drive was previously installed, and it has reached the present, but this has not been recorded in the file T123456789_AFL of the car ( Entered but not recorded, or recorded but deleted / erased).

Processing for the above input information;
When the chassis number is matched, based on the car navigation device with a built-in DVD-ROM recording medium drive that is to be remodeled, the records related to the equipment of the vehicle are referred to in order retroactively.
And if there is no record of the navigation device installed in the past, it can be estimated that the device is not equipped at present, so the current input information “Remodeled to a DVD-RW compatible drive” is not a fact with high accuracy. It can be estimated and is determined to correspond to at least one of the first to fourth causes.

Therefore, verification processing is performed to determine whether the cause is the first or second cause. First, processing for prompting the input side to re-input the input information is performed.
If the input information is not re-entered, it is determined that the data input side has noticed a mistaken input (first cause) or that it is the result of detecting an erroneous record of the source material (second cause). Ends.

  As apparent from the above, according to the present invention, the first or second cause prevents incorrect writing to the file on the side of the file or destruction of the file contents due to improper input information, and the accumulation on the side of the file is prevented. High data credibility can be maintained.

  Not only that, but by notifying the input side (that is, the other party side) that the data that should be recorded in the file of the other vehicle was erroneously input to the irrelevant side. It also has the effect of prompting review and re-operation, thus indirectly assisting the other party's operation and ensuring the authenticity of the file contents of other vehicles.

  On the other hand, if the same input information is re-input, it is determined that it is not appropriate due to at least one of the first to fourth causes. Then, either of the following (1) or (2) is executed.

(1) Record as a new element in the zone of the car file T123456789_AFL or in an “unconfirmed zone” (not shown) as an element with metadata of “unconfirmed” in the input information.
(2) The input information is discarded and not recorded.

Whether to execute the above (1) or (2) can be configured so that the operator of the vehicle information management device AIC can freely select. This selection can be configured to apply to all vehicle files as an overall integrated criterion, or it can be applied to specific vehicle files or / and specific zones or elements.
Alternatively, the system designer may set which of the above.

In the case of (1) above, if an element to which “unconfirmed” metadata is attached can be determined to be appropriate by executing re-verification processing at any subsequent time, “unconfirmed” is displayed. It can be configured to be deleted and promoted to a “proper” element. Examples of such cases include the case where the actual vehicle is inspected and it is confirmed that the car navigation device with a built-in DVD-RW drive is actually installed, or is missing for some reason before. It is conceivable that the data for mounting a car navigation device with a built-in DVD-ROM recording medium drive is input later and additional recording is performed as an appropriate element after verification. This additional record is taken into account after confirmation in the re-verification process.
The above is only an example.

21st pattern: Inspection of information (type 4 information) related to vehicle maintenance, inspection, and repair 4
The 21st pattern ptn_21 correlates the inspection of the appropriateness of information (type 4 information) related to vehicle maintenance inspection and repair, which is information to be inspected, with the correlation with other information (type 4 information) related to vehicle maintenance inspection and repair. This is a standard for execution.
Maintenance inspection / repair registration, which is information related to vehicle maintenance inspection / repair (type 4 information) that has been entered and matched with the link source information and has already been recorded and accumulated as previously generated vehicle information. Used when checking whether there is any element or maintenance / repair history element that matches the link destination information. Based on this result, the appropriateness and credibility of the information to be inspected can be determined.

In this way, this pattern is related to the inspection of input information (type 4 information) related to the maintenance and repair of the target vehicle, and in particular, the inspection of input information when multiple different maintenance inspections and repairs occur on the same day. The inspection is executed by linking with other elements (fourth type information) related to vehicle maintenance inspection / repair recorded in the same fourth zone of the same vehicle information file.
Vehicle maintenance inspection / repair includes maintenance / inspection / repair of “equipment target” already installed in the vehicle, or new installation of “equipment target” (including the category of modification), but this pattern summarizes these. Vehicle maintenance inspection repair.

  The 21st pattern inspection is based on the following principle. If vehicle maintenance / inspection information (type 4 information) is entered, and there is an element in the fourth zone of the same vehicle information file indicating that this vehicle has undergone other maintenance / inspection repair on the same day, The date and place of maintenance or inspection or repair indicated by the input information and the date and location indicated by other maintenance inspection information recorded in the element for the vehicle are different. Or the date and time are different even at the same place, or the time and place are different even on the same day, and both places are within the distance that the vehicle can move during the same day. As a condition, the suitability of the input information is inspected based on whether or not this condition is satisfied.

  In other words, when there is another maintenance record element in the fourth zone of the vehicle information file of the vehicle number designated by the input data, if the above condition is satisfied, the input information is “appropriate” and credible. It is determined. On the other hand, if it is not satisfied, it is presumed that the vehicle information file of another vehicle is inspected due to a specification error of the chassis number, or that the input information is unconfirmed, so the input information is “unconfirmed”. It is determined that there is no credibility. The above inspection is performed based on the presence / absence of the element related to the recorded fourth type information, its contents, and the generation time.

  In the 21st pattern ptn_21, the item (b) of the link source information is “registration of maintenance / inspection / repair including a description of the place where the maintenance / inspection / repair has been performed”, and the occurrence timing of the link source event is “ The date of maintenance inspection / repair ”, the item (b) of the link destination information is“ registration of maintenance inspection / repair including the description of the place where the maintenance inspection / repair was performed ”, and the event of the link destination The occurrence date is “maintenance / repair date”, and the matching condition of the item (c) is “the distance between the location described in the link destination information and the location described in the link source information is moved on the same day depending on the vehicle. And the time series order of the item (a) is “the generation time of the link destination event is the same day as the generation time of the link source event”, and a predetermined code, Or sign or sign Or to define numerical value or by a string,.

  When the inspection result is obtained as described above, a new element is created based on the input information. The new element presents the above judgment result as metadata (attribute data) with multi-level reliability (“appropriate” or “unconfirmed”, or further subdivided if there is a given classification criterion), or Presented with a credibility quantified according to the calculation criteria of the given case.

  Moreover, although the said test | inspection can be implemented when input information is received, you may implement it in the arbitrary time after reception. In the latter case, the input information is provisionally stored as “pending” from the time of acceptance to the date of the inspection. Further, the inspection may be performed again at a certain time or a plurality of times.

Twenty-second pattern: Inspection of information (type 4 information) related to vehicle maintenance inspection repair 5
The 22nd pattern ptn_22 correlates the inspection of the adequacy of the information (type 4 information) related to vehicle maintenance inspection and repair, which is information to be inspected, with the correlation with other information (type 4 information) related to vehicle maintenance inspection and repair. This is a standard for execution.
Assume that at least one of the parts, members, parts, and equipment that the vehicle is equipped with is the “equipment target”, and the input inspected information related to the maintenance / inspection / repair for the relevant equipment is made to correspond to the link source information and is already appropriate The maintenance inspection / repair registration element or maintenance inspection / repair history element that is the information (type 4 information) related to vehicle maintenance inspection / repair that has been previously recorded and accumulated as existing vehicle information and that matches the link destination information Used when checking whether or not there is. Based on this result, the appropriateness and credibility of the information to be inspected can be determined.

For vehicle maintenance inspection repair
(1) Maintenance, inspection or repair of “equipment target” already installed in the vehicle (2) New installation of new “equipment target” (including the category of modifications)
There is. This pattern is characterized in that the inspection is executed by linking with other records (fourth type information) related to vehicle maintenance inspection and repair recorded in the same fourth zone of the same vehicle information file.

  The 22nd pattern ptn_22 is the registration of maintenance inspection / repair including the item (b) of the link source information, with at least one of a part, a member, a part, or an apparatus constituting the vehicle as an installation target. ”And the occurrence date of the link source event is“ the date of maintenance inspection / repair ”, and the item (b) of the link destination information is“ registration of maintenance inspection / repair including description of equipment ” ”And the occurrence time of the link destination event is“ the date of maintenance inspection / repair ”, and the matching condition of the item (c) is“ the equipment target described in the link destination information and the equipment target described in the link source information ”. And the time series order of the item (a) is “the generation time of the link destination event is later than the generation time of the link source event”, and Defining de or symbols or code or number or by string,,,,.

  The inspection process to which the 22nd pattern ptn_22 is applied is that the registration of the repair (including construction of new installation) related to the equipment target that is going to be performed by the information to be inspected this time is appropriate. This is confirmed by the existence of the contrast information indicating the registration of such repair, and the matching of the equipment object described in the contrast information with the equipment object described in the inspected information. As an example, when inspected information indicating that a telematics device is newly installed in a remodeling operation at a certain time (first occurrence time) is input after the first occurrence time, from this first occurrence time. When the registered element that indicates that the maintenance and inspection of the telematics device has been executed at the second occurrence thereafter is detected as the reference information, the subject that the new telematics device has been installed is relied on the description of this element. Inspection information can be determined to be appropriate. That is, although it is not a necessary and sufficient condition, when the above is established, it can be determined that the information to be inspected is appropriate. In this way, the reference information that matches the link destination information is the repair related to the equipment subject to the equipment, and the maintenance inspection repair registration element or the maintenance inspection repair history element whose occurrence timing is later than the occurrence timing of the link source event. It becomes.

23rd pattern: Inspection of information related to vehicle maintenance, inspection (type 4 information), part 6
The 23rd pattern ptn_23 is a test for checking the adequacy of information (type 4 information) related to vehicle maintenance inspection repair, which is information to be inspected, in correlation with insurance information (type 3 information) related to the vehicle and / or operation. This is a standard for execution.
Insurance claims that are insurance information (type 3 information) relating to vehicles and / or operations that have been entered and corresponded to the link source information and that have already been recorded and stored as already generated vehicle information. This is used when checking whether there is a payment registration element or insurance payment history element that matches the linked information. Based on this result, the appropriateness and credibility of the information to be inspected can be determined.

  The inspection of the 23rd pattern ptn_23 is based on the following principle. In the case of maintenance inspections and repairs related to vehicle damage of a scale that is subject to the payment of vehicle damage insurance money at a maintenance / repair shop, etc., an application for payment of vehicle damage insurance money is usually made, and objective compensation insurance or vehicle insurance There is a payment of money. On the other hand, as a special case, there is a case where the objective compensation insurance or vehicle insurance money is not paid even when the maintenance inspection related to vehicle damage is done, but at least the objective compensation insurance or vehicle insurance money is provided. If a record indicating that there is a failure can be confirmed, it can be determined that the maintenance / inspection / repair information is reasonable and has high reliability.

  In the 23rd pattern ptn_23, the item (b) of the link source information is “registration of maintenance / inspection / repair including description of vehicle loss content”, and the occurrence timing of the link source event is “maintenance / inspection / repair date” The item (b) of the link destination information is “registration of insurance payment related to vehicle loss including description of vehicle loss details” and the occurrence time of the linked event is “insurance money” The date of supply ”, the matching condition of the item (c) is“ the vehicle loss content described in the link destination information and the vehicle loss content described in the link source information match ”, and the item (a ) Of the time series of “the occurrence time of the link destination event is the same as the occurrence time of the link source event, or before or after within a predetermined range”, and a predetermined code or symbol, Or sign, or number, or Defined by string.

  The inspection process applying the 23rd pattern ptn_23 is to provide an insurance claim that the registration of the repair subject to the insurance claim relating to the vehicle that is about to be performed this time is appropriate. It is confirmed by the presence of the contrast information to be shown and the contents of the vehicle loss described in the contrast information match the contents of the vehicle loss described in the inspected information. Contrasting information that matches the linked information includes registration of loss compensation for car damage insurance when the event is an insurance claim and the occurrence date is the same as the occurrence time of the link source event, or before or after a predetermined range Element or vehicle loss insurance payment history element.

Therefore, the processing procedure of the 23rd pattern ptn_23 is as follows.
(1) When maintenance inspection / repair information related to vehicle damage of a scale subject to the payment of vehicle damage insurance is entered, it is accepted as link source information, and the occurrence time of the described link source event is determined. The starting point.
(2) Among the elements in the third zone recorded and accumulated as existing vehicle information, each element that is regarded as having high confidence is used as reference information, and the occurrence time is determined within a predetermined period before and after the starting point. The search is performed for the reference information, which is information related to the provision of the objective compensation insurance or the vehicle insurance money whose content matches the maintenance repair indicated in the link source information.
(3) When the presence of the corresponding contrast information can be confirmed, it can be determined that the contrast information is link destination information that satisfies the 23rd pattern specification, and thus link destination information that matches the link source information actually exists. Therefore, it is determined that the information to be inspected is consistent, and the input information is “proper” and highly reliable.
When the inspection result is obtained as described above, a new element is created based on the input information. For new elements, the above judgment result is expressed as metadata (attribute data) with multi-level reliability (“appropriate”, “unconfirmed” or “insufficient”, or further subdivided if there is a given classification standard) Present or present with a credibility that is quantified according to the calculation criteria of the given case.

  The above-described inspection of the 23rd pattern ptn_23 can be performed at any time after the reception of the input information. However, an appropriate waiting time is taken in consideration of the case where the date and time is required for the generation and recording of the link destination information. You may perform the said test | inspection. During this time, the input information is provisionally stored as pending. In more detail, when performing inspection after waiting for a period until the record of the payment of non-life insurance claims is made to the applicable vehicle information file, the metadata of “pending” is described in the link source information during this period And store it as an element. This element is stamped with the scheduled inspection date. When the holding period has passed and the scheduled inspection date is reached, this element is opened and the above inspection is performed.

  Further, the inspection may be performed again at a certain time or a plurality of times. By executing the twenty-third pattern ptn_23, the reliability of the inputted maintenance / repair information related to vehicle damage can be inspected.

Twenty-fourth pattern: Inspection of information (type 4 information) related to vehicle maintenance inspection 7
The 24th pattern ptn_24 is a test for checking the adequacy of information (type 4 information) related to vehicle maintenance inspection and repair, which is information to be inspected, and information related to vehicle incidents and / or vehicle accidents (type 5 information). This is a reference for execution based on correlation.
Information related to vehicle incidents and / or vehicle loss accidents (type 5 information) that has been input and corresponded to link source information and has already been recorded and stored as already generated vehicle information. This is used when checking whether there is any incident incident registration element or incident accident history element that matches the linked information. Based on this result, the appropriateness and credibility of the information to be inspected can be determined.

  The inspection of the 24th pattern is based on the following principle. If information related to vehicle maintenance / repair (type 4 information) for vehicles with accidental vehicle damage (mostly moderate damage or more) is entered, if it is based on fact, the same vehicle information file In the fifth zone, there should be a record (fifth type information) relating to the vehicle accident that caused the vehicle damage. Therefore, if it can be confirmed that the vehicle loss accident information corresponding to the applicable maintenance inspection repair exists before the occurrence of the maintenance inspection repair, the information related to the maintenance inspection repair is consistent. It can be determined that the credibility is high.

  In the 24th pattern ptn_24, the item (b) of the link source information is “registration of vehicle repair including description of accident details”, and the occurrence timing of the link source event is “vehicle repair date” , The item (b) of the link destination information is “registration of a vehicle accident including a description of the accident content”, and the occurrence time of the link destination event is “accident occurrence date”, The matching condition in c) is “the accident content described in the link destination information is consistent with the accident content described in the link source information”, and the time series order of the item (a) is “the occurrence of the linked event” It is assumed that the time is before the occurrence time of the link source event, and each is defined by a predetermined code, symbol, code, code, numerical value, or character string.

  The inspection process applying the 24th pattern ptn_24 is that the registration of the repair related to the vehicle that is going to be performed by the information to be inspected this time is correct, the presence of the contrast information indicating the vehicle accident that has occurred previously, and Confirm that the accident contents described in the control information and the accident contents described in the inspected information are consistent. The reference information that matches the requested link destination information is a vehicle accident registration element or a vehicle accident history element whose event is a vehicle accident and whose occurrence time is before (from the time) the occurrence time of the link source event. .

Therefore, the processing procedure of the 24th pattern ptn_24 is as follows.
(1) When information related to vehicle maintenance / inspection / repair is entered, this information is used as inspected information, corresponding to the link source information defined by the 24th pattern ptn_24, and the occurrence timing of the described link source event is 1 occurrence time. Next, in light of the 24th pattern ptn_24, it is confirmed that the vehicle information combined with the link source information is the existing vehicle information (element) in the fifth zone (incident accident).
(2) Next, among the elements in the fifth zone recorded and accumulated as existing vehicle information, each element with high confidence is used as the reference information, and the time is traced back from the first occurrence time for these elements. The search is performed to search for an element that is vehicle loss accident information whose occurrence time of the described link destination event is earlier than the first occurrence time and whose content matches the vehicle loss accident indicated in the link source information.
(3) When there is no corresponding information of the corresponding content, it is determined that the reliability of the link source information, that is, the information to be inspected is low.
(4) When matching information with corresponding contents is found, it is checked whether or not the contents of the described vehicle loss accident and the contents of the vehicle accident indicated in the link source information, that is, the inspected information match.
(5) When the existence of the above-mentioned contrast information that satisfies the stipulations of the 24th pattern ptn_24 is confirmed, it is determined as the link destination information required by the contrast information, and therefore it depends on the fact that link destination information that matches the link source information actually exists Then, it is determined that the information to be inspected is consistent, and the information to be inspected is “appropriate” and highly reliable.
(6) On the other hand, if they do not match, it is determined that the information to be inspected is not consistent, and it is determined that the reliability is low. Therefore, this input information is currently “unconfirmed”. In the above process, the inspection process of Kai-Oto is described later.
When the inspection result is obtained as described above, a new element is created based on the input information. The new element presents the above judgment result as metadata (attribute data) with multi-level confidence (“appropriate” or “unconfirmed”, or further subdivided if there is a given classification criterion), or Presented with a credibility quantified according to the calculation criteria of the given case.

  In addition, the above inspection of the 24th pattern can be executed at any time after the input data is received, but the appropriate waiting time should be taken into consideration when the date and time are reversed in the recording of information to be linked. It is preferable to carry out the above inspection. During this time, the input data is provisionally recorded as a hold.

  Further, the inspection may be performed again at a certain time or a plurality of times. By executing the twenty-fourth pattern, it is possible to check the credibility of the information related to the input maintenance and repair.

25th pattern: Inspection of information relating to vehicle incident and / or vehicle accident (type 5 information) 1
The 25th pattern ptn_25 is an inspection of the improperness of information (type 5 information) related to vehicle incidents and / or vehicle loss accidents, which is information to be inspected, and information (type 4 information) related to vehicle maintenance inspection and repair. This is a reference for execution based on the correlation.
Maintenance inspection / repair registration, which is information related to vehicle maintenance inspection / repair (type 4 information) that has been entered and matched with the link source information and has already been recorded and accumulated as previously generated vehicle information. Used when checking whether there is any element or maintenance / repair history element that matches the link destination information. Based on this result, the inappropriateness of the input information can be determined.

  In general, vehicle incidents include theft, and car accidents include collisions, contact and rear-end collisions between cars, collisions with power poles and guardrails, running away, crashing and overturning, garage operation errors, contact with bicycles, fires・ Explosions, typhoons, floods, storm surges, falling objects, broken graffiti and glass, and damage caused by noise.

The inspection to which the 25th pattern ptn_25 is applied is based on the following principle. This time, the registration of the accident related to the vehicle that is going to be done by the inspected information is not appropriate, the existence of the contrast information indicating the vehicle repair that occurred before, the damage information described in the contrast information and the inspected information Confirm that the description is consistent with the description. In other words, if there is a vehicle repair before the registration of the current vehicle accident (inspection information), and the damage content covered by the inspection matches the damage content indicated by the inspection information, the damage will occur before the occurrence of the damage accident. There will be an inconvenience that repairs have been made. Therefore, it can be determined that the information to be inspected has low reliability.
The control information that matches the requested link destination information is the vehicle repair registration element or vehicle repair in which the event is vehicle repair, and the described event occurrence time is earlier (back in time) than the link source event occurrence time. It becomes a history element.

  In the 25th pattern ptn_25, the item (b) of the link source information is “accident registration including a description of the content of damage caused by the accident that has occurred”, and the occurrence time of the link source event is “the date of occurrence of the accident” The item (b) of the link destination information is “registration that vehicle repair has been performed, including a description of the damage contents”, and the occurrence time of the link destination event is “vehicle repair date” And the matching condition of the item (c) is “the breakdown content of the description matches the link destination information and the damage content of the description matches the link source information”, and the time series of the item (a) The order is “the occurrence time of the link destination event is earlier than the occurrence time of the link source event”, and each is defined by a predetermined code, symbol, code, code, numerical value, or character string. And, when the regulation is satisfied in the inspection process, the information to be inspected is not considered to be reliable.

Twenty-sixth pattern: Inspection of information related to vehicle incidents and / or vehicle accidents (type 5 information) 2
The 26th pattern ptn_26 is an inspection of the adequacy of information (type 5 information) related to vehicle incidents and / or vehicle loss accidents, which is information to be inspected, and information related to vehicle maintenance inspection repair (type 4 information). This is a criterion for execution based on correlation.
Maintenance inspection / repair registration, which is information related to vehicle maintenance inspection / repair (type 4 information) that has been entered and matched with the link source information and has already been recorded and accumulated as previously generated vehicle information. This is used to check whether there is any element or maintenance / repair history element that matches the requested link information. Based on this result, the appropriateness and credibility of the input information can be determined. Therefore, the inspection based on the 26th pattern is to confirm the adequacy of the information related to the vehicle loss accident, particularly the input information related to the vehicle loss accident that requires maintenance and repair. The feature is that the inspection is executed by linking with the seed information.

  The 26th pattern inspection is based on the following principle. When information related to a vehicle accident that caused vehicle damage (type 5 information) is entered, maintenance and repairs will normally be performed after the accident, so the accident will occur in zone 4 of the vehicle information file. There should be information (type 4 information) related to maintenance and repair of damaged vehicles based on the above. However, even if a vehicle loss accident occurs, maintenance and repairs are not necessarily carried out in all cases, so this is not a necessary and sufficient condition, but at least the maintenance and repair information corresponding to the above-mentioned vehicle loss accident is the occurrence of the vehicle loss accident. If it can be confirmed that the time of occurrence is present as the time of occurrence, it can be determined that the reliability of the information relating to the vehicle loss accident is high.

  In the 26th pattern ptn_26, the item (b) of the link source information is “accident registration including a description of the contents of damage caused by the accident that has occurred”, and the occurrence time of the link source event is “the date of occurrence of the accident” The item (b) of the link destination information is “registration that vehicle repair has been performed, including a description of the damage contents”, and the occurrence time of the link destination event is “vehicle repair date” And the matching condition of the item (c) is “the breakdown content of the description matches the link destination information and the damage content of the description matches the link source information”, and the time series of the item (a) The order is defined as “the occurrence time of the link destination event is after the occurrence time of the link source event”, and each is defined by a predetermined code, symbol, code, numerical value, or character string.

  The inspection process applying the 26th pattern ptn_26 is that the registration of the accident related to the vehicle that is going to be performed by the information to be inspected this time is appropriate, the presence of the contrast information indicating the vehicle repair that has occurred thereafter, and Confirmation is made by matching the damage content of the description to the reference information and the damage content of the description to the inspected information. The reference information that matches the link destination information is a vehicle repair registration element or a vehicle repair history element whose event is vehicle repair and whose occurrence time is later (advanced in time) from the occurrence time of the link source event.

Therefore, the processing procedure of the 26th pattern is as follows.
(1) Information related to a car loss accident as inspected information is made to correspond to the link source information, and the occurrence time of the described link source event is set as a starting point.
(2) Among the elements in the 4th zone recorded and accumulated as existing vehicle information, each element that is considered highly reliable is used as the reference information, and the search is performed after these starting points, and the links described Search is made for control information that is maintenance / inspection / repair information that coincides with the vehicle loss accident in which the occurrence time of the previous event is after the start point and the content is indicated in the link source information.
(3) When the existence of the corresponding contrast information can be confirmed, the contrast information satisfies the provisions of the 26th pattern and is determined as the requested link destination information, so that link destination information that matches the link source information actually exists. Therefore, it is determined that the information to be inspected is consistent, and the input information is “proper” and highly reliable.

  When the inspection result is obtained as described above, a new element is created based on the input information. For new elements, the above judgment result is expressed as metadata (attribute data) with multi-level reliability (“appropriate”, “unconfirmed” or “insufficient”, or further subdivided if there is a given classification standard) Present or present with a credibility that is quantified according to the calculation criteria of the given case.

  In addition, the above-described inspection of the 26th pattern can be performed at any time after the reception of the input information. Preferably, an inspection is performed. During this time, the input information is provisionally stored as pending. In more detail, when the inspection is executed after waiting for a period until the record of the information related to the maintenance inspection / repair of the damaged vehicle due to the accident is made in the corresponding vehicle information file, the link source information is included in the link source information during this period. Enter "pending" metadata and store it as an element. This element is stamped with the scheduled inspection date. When the holding period has passed and the scheduled inspection date is reached, this element is opened and the above inspection is performed.

  Further, the inspection may be performed again at a certain time or a plurality of times. By executing the twenty-sixth pattern, it is possible to check the credibility of the information relating to the input vehicle loss accident.

27th pattern: Inspection of information related to vehicle incident and / or vehicle loss accident (type 5 information) 3
The twenty-seventh pattern ptn_27 is an inspection of the appropriateness of information (type 5 information) related to vehicle incidents and / or vehicle loss accidents as inspected information, and insurance information (type 3 information) related to vehicles and / or operations. This is a standard for execution based on the correlation with.
Insurance contracts that are insurance information (type 3 information) related to vehicles and / or operations that have been entered and corresponded to the link source information and that have already been recorded and stored as existing vehicle information.・ Used to check whether there is a succession registration element or insurance contract / succession history element that matches the linked information. Based on this result, the appropriateness and credibility of the information to be inspected can be determined.

  The inspection of the 27th pattern ptn_27 is based on the following principle. If you have encountered an accident to the extent that non-life insurance is eligible for payment, you will be eligible for payment for objective compensation insurance or vehicle insurance. Therefore, if there is an element (contrast information) that registers the fact that the objective compensation insurance or vehicle insurance payment was made, and if the vehicle insurance payment is after the accident, it is recognized that the accident occurred. it can.

  In the 27th pattern ptn_27, the item (b) of the link source information is “accident registration including a description of the details of the accident that occurred in the vehicle”, and the occurrence time of the link source event is “accident occurrence date The item (b) of the link destination information is “registration that the vehicle damage insurance claim including the description of the accident details has been paid”, and the occurrence time of the link destination event is “vehicle” The date of payment of non-life insurance claims ”, the matching condition of the item (c) is“ the content of the accident described in the link destination information is consistent with the content of the accident described in the link source information ”, and The time-series order of the item (a) is “the occurrence time of the linked event is after the occurrence time of the link source event”, and a predetermined code, symbol, sign, code, numerical value, or By string Regulatory.

  The inspection process applying the 27th pattern ptn_27 is that the registration of the accident related to the vehicle that is going to be done by the information to be inspected this time is appropriate, Confirm by checking whether the accident contents described in the existence and control information match the accident contents described in the inspected information. The contrast information that matches the link information to be requested is the vehicle damage insurance payment registration element whose event is the payment of vehicle damage insurance money and whose occurrence time is after the occurrence time of the link source event (advance the time). It becomes a vehicle damage insurance payment history element.

Twenty-eighth pattern: Inspection of information related to vehicle incidents and / or vehicle accidents (type 5 information) 4
The 28th pattern ptn_28 is used to correlate the inspection of the appropriateness of information (type 5 information) related to vehicle incidents and / or vehicle loss accidents that are inspected information with the information related to vehicle sales (type 7 information). This is a standard for execution.
Corresponding input information to be inspected with link source information, sales contract registration element or sales information which is information (seventh type information) related to vehicle sales that has already been recorded and accumulated as already generated vehicle information Used when checking whether there is a contract history element that matches the link destination information. Based on this result, the appropriateness and credibility of the information to be inspected can be determined.

  In the twenty-eighth pattern ptn_28, the item (b) of the link source information is “registration of an incident or accident relating to the vehicle, or registration of an incident history or accident history”, and the occurrence timing of the link source event is “ The date of occurrence of the incident or accident ”, the item (b) of the link destination information is“ registration of the vehicle sales contract including the description of the incident or accident, or the incident history or accident history ”, and the link The occurrence timing of the previous event is “sales contract date”, and the matching condition of the item (c) is “described in the link information, the incident or accident, or the incident history or accident history, and the link source information. And the event history or accident history are consistent with each other ”, and the time series order of the item (a) is set to“ when the occurrence of the link destination event is the occurrence of the link source event ” And that "not previously than define and predetermined code respectively or symbols or code or number or by string,,,,.

  The inspection to which the 28th pattern ptn_28 is applied is the vehicle that has occurred at the same time or after that the incident or accident related to the vehicle to be registered by the inspected information this time, or the incident history or accident history is appropriate. Confirmed by the existence of control information indicating a sales contract and the consistency of the incident or accident described in the control information, or the event history or accident history, with the incident or accident described in the information to be inspected, or the event history or accident history To do. The control information that matches the requested link destination information is a vehicle sales registration element or a vehicle sales history element whose event is a sales contract and whose occurrence time is the same as or later than the occurrence time of the link source event (advanced time). It becomes.

29th pattern: Inspection of information related to vehicle lease contract (type 6 information) 1
The 29th pattern ptn_29 is a test for checking the adequacy of information related to vehicle lease (sixth type information), which is information to be inspected, and information related to the vehicle owner and / or vehicle user (second type information). This is a reference for execution based on correlation.
Information related to the vehicle owner and / or vehicle user (type 2 information) that has been entered and associated with the link source information and has already been recorded and stored as already generated vehicle information. This is used when checking whether there is a recent owner / user registration element or an owner / user history element that matches the link destination information. Based on this result, the appropriateness and credibility of the input information (vehicle lease information) can be determined.

  The inspection of the 29th pattern ptn_29 is based on the following principle. The auto lease contract is a credit liability contract, and the owner of the vehicle is the creditor who is the lender. Therefore, in order for the auto lease contract information to be appropriate, the creditor specified in the contract must be the current owner of the vehicle. There must be name change information that previously became a new owner of the name change (including the same day). Furthermore, the previous name change information must be the closest (most recent) to the time of occurrence of the current auto lease contract information when there are a plurality of name change information in the past. If the above can be confirmed, it can be determined that the auto lease contract information has reasonableness and high credibility.

Therefore, the processing procedure of the 29th pattern is as follows.
(1) The auto lease contract information as inspected information is made to correspond to the link source information, the occurrence time of the described link source event and the name of the creditor are confirmed, and the occurrence time is the starting point.
(2) Of the elements in the second zone recorded and accumulated as existing vehicle information, each element that is considered highly reliable is used as the reference information, and the search is made retrospectively from the starting point and described. The most recent link destination event occurs before the starting point and the content is the owner registration (ownership transfer etc.).
(3) When the latest contrast information whose content is owner registration is found, it is inspected whether the indicated new owner matches the creditor indicated in the link source information.
(4) If there is a match, the corresponding information is determined as the link destination information that satisfies the 29th pattern specification, and thus matches the information to be inspected based on the existence of link destination information that matches the link source information. The input information is “proper” and is highly reliable.

In addition, even if an element that describes a name change that is not the most recent (that is, the second or later from the starting point) matches with the above contents, the latest element that describes the name change matches the above contents. Otherwise, it will be “Unconfirmed”.
When the inspection result is obtained as described above, a new element is created based on the input information. The new element presents the above judgment result as metadata (attribute data) with multi-level confidence (“appropriate” or “unconfirmed”, or further subdivided if there is a given classification criterion), or Presented with a credibility quantified according to the calculation criteria of the given case.

  The 29th pattern ptn_29 is that the item (b) of the link source information is “registration of a vehicle lease contract including a creditor's description” and the occurrence time of the link source event is “the lease contract date” The link destination information includes the registration of the vehicle owner, and the occurrence timing of the link destination event is the closest to the occurrence timing of the link source event, and the item (b) of the link destination information is set to “ The registration of the vehicle owner including the description of the owner ”and the occurrence time of the link destination event as“ the date of registration of the vehicle owner ”, and the matching condition of the item (c) as“ link destination ” "The vehicle owner described in the information and the creditor described in the link source information must match", and the time series order of the item (a) is "the generation time of the link destination event is higher than the generation time of the link source event" `` Be before '' One defining respective predetermined encoding or symbols, or code or number or by string,,.

  By applying this pattern ptn_29, the vehicle lease contract (link source event) that is going to be registered by the information to be inspected this time is appropriate, and the contrast information before (in the past) showing the vehicle owner's registration Confirm by the presence of. The control information that matches the link destination information that is requested is that the event is an update of the owner of the vehicle, and the owner / user who has the latest occurrence date (back in time) from the occurrence time of the link source event. It becomes a registration element or an owner / user history element.

  Moreover, although the said test | inspection can be implemented when input information is received, you may implement it in the arbitrary time after reception. In the latter case, this input information is set to “pending” from the time of acceptance to the date of the inspection. Further, the inspection may be performed again at a certain time or a plurality of times.

30th pattern: Inspection of information related to vehicle lease contract (type 6 information) 2
The thirtieth pattern ptn_30 executes an inspection of the adequacy of information related to vehicle lease (type 6 information), which is information to be inspected, based on correlation with information related to vehicle maintenance, inspection and repair (type 4 information). It is a standard for the occasion.
Maintenance inspection / repair registration, which is information related to vehicle maintenance inspection / repair (type 4 information) that has been entered and matched with the link source information and has already been recorded and accumulated as previously generated vehicle information. This is used to check whether there is any element or maintenance / repair history element that matches the requested link information. Based on this result, the appropriateness and credibility of the input information (vehicle lease information) can be determined.

  The thirtieth pattern ptn_30 specifies that the item (b) of the link source information is “registration of a vehicle lease contract including a description of repair contents or repair history”, and the occurrence timing of the link source event is “lease contract” The item (b) of the link destination information is “repair registration including a description of repair contents or repair history”, and the occurrence time of the link destination event is “the date of repair occurrence” And the matching condition of the item (c) is “the repair content or repair history described in the link destination information is consistent with the repair content or repair history described in the link source information”, and the item The time-series order of (a) is “the occurrence time of the link destination event is earlier than the occurrence time of the link source event”, and a predetermined code, symbol, sign, or numerical value, The other is defined by a string.

  Applying this pattern ptn_30, the vehicle lease contract (link source event) that is going to be registered by the information to be inspected this time is appropriate. Confirmed by the presence of control information indicating registration of The control information that matches the link destination information to be obtained is that the event is a repair, and the occurrence timing is a maintenance inspection / repair registration element or a maintenance inspection / repair history element that is earlier than the occurrence timing of the link source event (backward). Become.

31st pattern: Inspection of information related to vehicle lease contract (type 6 information) 3
The thirty-first pattern ptn_31 correlates the inspection of the adequacy of the information related to the lease of the vehicle (sixth type information), which is the information to be inspected, with the information related to the vehicle incident and / or the vehicle accident (fifth type information). This is a standard for execution based on this.
Information related to vehicle incidents and / or vehicle loss accidents (type 5 information) that has been input and corresponded to link source information and has already been recorded and stored as already generated vehicle information. This is used when checking whether there is any incident registration element or incident accident history element that matches the requested link destination information. Based on this result, the appropriateness and credibility of the input information (vehicle lease information) can be determined.

  The thirty-first pattern ptn_31 is that the item (b) of the link source information is “registration of a vehicle lease contract including a description of the contents of the accident or the history of the accident” and the occurrence time of the link source event. “It is a lease contract date”, the item (b) of the link destination information is “the case accident registration including the description of the contents of the case accident or the history of the case accident”, and the occurrence time of the link destination event Is the date of occurrence of the incident, and the matching condition of the item (c) is “the contents of the incident described in the link destination information or the history of the incident and the contents of the incident described in the link source information or The incident and accident histories must be consistent ”, and the time-series order of the item (a) should be“ the occurrence time of the linked event is earlier than the occurrence time of the link source event ”, and Defining code or symbol or code or number or by string,,,,.

  By applying this pattern ptn_31, it is confirmed that the vehicle lease contract (link source event) that is going to be registered by the information to be inspected this time is appropriate. This is confirmed by the existence of the contrast information indicating the registration of the history. The control information that matches the link destination information to be obtained is an incident incident registration element or incident incident history element whose event is an incident and whose occurrence date is earlier than the occurrence timing of the link source event. Become.

Pattern 32: Inspection of information related to vehicle lease contracts (sixth type information), Part 4
The thirty-second pattern ptn_32 executes the inspection of the adequacy of the information on the lease of the vehicle (sixth type information), which is the information to be inspected, based on the correlation with other information on the lease of the vehicle (sixth type information). It is a standard when doing so.
The entered lease information corresponds to the link source information, and the lease contract registration element which is information (sixth type information) related to vehicle lease, which has already been recorded and stored as already generated vehicle information. It is used when checking whether there is a lease agreement history element that matches the requested link destination information. Based on this result, the appropriateness and credibility of the input information (vehicle lease information) can be determined.

  The thirty-second pattern ptn_32 specifies that the item (b) of the link source information is “registration of termination or termination of the lease contract of the vehicle including the description of the lessee”, and the occurrence timing of the link source event is “rental” “The contract must be canceled or terminated”, the item (b) of the link destination information is “the registration of the lease contract of the vehicle including the description of the lessee”, and the occurrence time of the link destination event. “It is a lease contract date”, and the matching condition of the item (c) is “Before the occurrence of the link source event, link destination information describing the lease contract with the same lessee exists” And the time series order of the item (a) is “the occurrence time of the link destination event is earlier than the occurrence time of the link source event”, and a predetermined code, symbol, or code, or Defined by a value or string.

  Applying this pattern ptn_32, register the vehicle lease agreement that occurred in the past (past) that the vehicle lease agreement that is going to be registered based on the inspected information this time is canceled or terminated (link source event) is appropriate Confirmed by the presence of control information. As the link destination information, the link destination event is a vehicle lease contract, and the occurrence timing thereof is a lease contract registration element or a lease contract history element before (from the time) the occurrence timing of the link source event.

Thirty-third pattern: Inspection of information (sixth type information) related to vehicle lease contracts 5
The thirty-third pattern ptn_33 is an inspection of improperness of information (type 6 information) related to vehicle lease (auto lease), which is information to be inspected, and other information (type 6 information) related to vehicle lease. This is a reference for execution based on the correlation.
The entered lease information corresponds to the link source information, and the lease contract registration element which is information (sixth type information) related to vehicle lease, which has already been recorded and stored as already generated vehicle information. It is used when checking whether there is a lease agreement history element that matches the requested link destination information. Based on this result, the inappropriateness of the input information (vehicle rental information) can be determined.

The thirty-third pattern ptn_33 is “the registration of a lease contract for the vehicle” as the item (b) of the link source information, and the occurrence timing of the link source event is “the lease contract date”. The item (b) of the information is “Registration of lease contract for the vehicle”, the occurrence timing of the linked event is “Leasing contract date”, and the matching condition of the item (c) is “ It is assumed that there is link destination information describing the other lease contract after the occurrence of the link source event and while the lease is ongoing, and the time series order of the item (a) is “link destination event The occurrence time is later than the occurrence time of the link source event ", and each is defined by a predetermined code, symbol, code, code, numerical value, or character string.
In the inspection process to which the 33rd pattern ptn_33 is applied, the information to be inspected is made inappropriate when the pattern is satisfied.

  In short, it is inconvenient if there is another lease contract related to the vehicle after the registration of the vehicle lease contract (inspected information) and while the lease is ongoing. Can be determined to be low. As the link destination information, the lease contract registration element or the lease contract history element is targeted.

Thirty-fourth pattern: Inspection of information (sixth type information) related to a vehicle lease contract 6
The thirty-fourth pattern ptn_34 correlates the inspection of improperness of information (type 6 information) related to vehicle lease (auto lease), which is information to be inspected, with correlation with information related to vehicle sales (type 7 information). This is a standard for execution.
Corresponding input information to be inspected with link source information, sales contract registration element or sales information which is information (seventh type information) related to vehicle sales, which is already appropriate and already recorded and accumulated as existing vehicle information This is used when checking whether there is a contract history element that matches the requested link destination information. Based on this result, the inappropriateness of the input information (vehicle rental information) can be determined.

  The inspection of the 34th pattern ptn_34 is based on the following principle. If it is determined that the vehicle is rented according to the inspected information and is still ongoing, if there is a record of high confidence that the vehicle is being bought and sold during this lease contract, The information can be determined to be inappropriate, so this input information is currently “unconfirmed” and not credible.

Therefore, the 34th pattern ptn_34 is set as “the registration of a lease contract for the vehicle” as the item (b) of the link source information, and the occurrence time of the link source event is “the lease contract date” The item (b) of the destination information is “registration of a sales contract for the vehicle”, the occurrence timing of the link destination event is “date of sales contract”, and the matching condition of the item (c) is “The link destination information describing the above sales contract exists after the occurrence of the link source event and the lease is ongoing” and the time series order of the item (a) is “the occurrence of the link destination event” It is assumed that the time is later than the occurrence time of the link source event, and each is defined by a predetermined code, symbol, code, code, numerical value, or character string.
In the inspection process to which the 34th pattern ptn_34 is applied, the information to be inspected is made inappropriate when the pattern is satisfied.

  In short, it is inconvenient if there is a sales contract for the vehicle after the registration of the vehicle lease contract (inspected information) and during the continuation of the lease, so it is determined that the inspected information has low credibility. The The link destination information is a sales contract registration element or a sales contract history element.

Thirty-fifth pattern: Inspection of information related to vehicle sales (seventh type information) Part 1
The thirty-fifth pattern ptn_35 correlates the inspection of the appropriateness of information related to vehicle sales (seventh type information), which is information to be inspected, with the information related to the vehicle owner and / or vehicle user (second type information). This is a standard for execution based on this.
Information related to the vehicle owner and / or vehicle user (type 2 information) that has been entered and associated with the link source information and has already been recorded and stored as already generated vehicle information. This is used when checking whether there is a recent owner / user registration element or an owner / user history element that matches the link destination information. Based on this result, it is possible to determine the appropriateness and credibility of the input information (vehicle trading information).

  The inspection of the 35th pattern ptn_35 is based on the following principle. Vehicle sales contracts are accompanied by a change of ownership. In order for the vehicle sales contract to be valid here, the seller (former owner) specified in the contract must be the current owner of the vehicle at the time of the sales contract, and the seller must There must be name change information that became the new owner in the name change before the occurrence of the original information. Furthermore, this previous name change information must be the closest (most recent) to the time of occurrence of the current vehicle sales contract when there is a plurality of name change information in the past. If the above can be confirmed, it can be determined that the vehicle sales contract information has reasonableness and high reliability. This concerns, among other things, the appropriateness of the seller's qualifications.

Therefore, the processing procedure for the 35th pattern is as follows.
(1) The vehicle sales contract information as inspected information is made to correspond to the link source information, the occurrence time of the described link source event and the name of the seller are confirmed, and the occurrence time is the starting point.
(2) Of the elements in the second zone recorded and accumulated as existing vehicle information, each element that is considered highly reliable is used as the reference information, and the search is made retrospectively from the starting point and described. The most recent link destination event occurs before the starting point and the content is the owner registration (ownership transfer etc.).
(3) When there is no contrast information whose content is owner registration, it is determined that the reliability of the link source information is low.
(4) When the latest contrast information whose content is owner registration is found, it is checked whether or not the indicated new owner matches the seller indicated in the link source information.
(5) If there is a match, it can be determined that the reference information satisfies the 35th pattern rule and is the requested link destination information. Therefore, the information to be inspected depends on the existence of link destination information that matches the link source information. Are consistent and the input information is “proper” and highly reliable.
(6) On the other hand, if they do not match, it is determined that the inspected information is not consistent, and it is determined that the reliability is low. Therefore, this input information is currently “unconfirmed”.

In addition, even if an owner / user registration element that is not the most recent (that is, the second or later from the starting point) matches with the above contents, the latest owner / user registration element has the above contents. If they do not match, “Unconfirmed”.
When the inspection result is obtained as described above, an element is newly created based on the input information (inspected information). The new element presents the above judgment result as metadata (attribute data) with multi-level confidence (“appropriate” or “unconfirmed”, or further subdivided if there is a given classification criterion), or Presented with a credibility quantified according to the calculation criteria of the given case.

  In the 35th pattern ptn_35, the item (b) of the link source information is “registration of a vehicle sales contract including a description of the seller”, and the occurrence time of the link source event is “sales contract date” The link destination information includes the registration of the vehicle owner, and the occurrence time of the link destination event is the closest to the occurrence time of the link source event, and the item (b) of the link destination information is “owned” The registration of the vehicle owner including the description of the vehicle owner ”, the occurrence date of the link destination event“ the vehicle owner registration date ”, and the matching condition of the item (c)“ link destination information ” The vehicle owner and the description seller match the link source information ”, and the time-series order of the item (a) is“ the occurrence time of the link destination event is earlier than the occurrence time of the link source event. `` There is something '' and each Defining a predetermined code or symbol, or code or number or by string,,.

  By applying this pattern ptn_35, the vehicle sales contract (link source event) that is going to be registered by the information to be inspected this time is appropriate, and the contrast information before (in the past) indicating registration of the vehicle owner Confirm by the presence of. The reference information that matches the requested link destination information is that the event is an update of the owner of the vehicle, and the owner / user registration is the latest before the time of occurrence of the link source event. Element or owner / user history element.

  Moreover, although the said test | inspection can be implemented when input information is received, you may implement it in the arbitrary time after reception. In the latter case, this input information is set to “pending” from the time of acceptance to the date of the inspection. Further, the inspection may be performed again at a certain time or a plurality of times.

36th pattern: Inspection of information (seventh type information) related to vehicle purchase and sale, part 2
The thirty-sixth pattern ptn_36 serves as a reference for executing the inspection of the appropriateness of the information (seventh type information) related to the vehicle trading as the inspected information based on the correlation with the vehicle specification information (first type information). Is.
The vehicle specification registration element or the vehicle specification history, which is the vehicle specification information (first type information), which has been input and matched with the link source information and has already been recorded and stored as already generated vehicle information. It is used when checking whether there is an element that matches the link destination information that is requested most recently. Based on this result, it is possible to determine the appropriateness and credibility of the input information (vehicle trading information).

  In the 36th pattern ptn_36, the item (b) of the link source information is “registration of a vehicle sales contract including a description of the vehicle specification”, and the occurrence time of the link source event is “sales contract date” The link destination information includes the registration of the vehicle specification, and the occurrence time of the link destination event is the latest occurrence time of the link source event, and the item (b) of the link destination information is “specification content”. The registration of the vehicle specification including the description of “the vehicle specification” and the occurrence date of the link destination event “the registration date of the vehicle specification”, and the matching condition of the item (c) “ The content of the vehicle specification and the content of the vehicle specification described in the link source information are consistent ”, and the time-series order of the item (a) is“ the generation time of the link destination event is higher than the generation time of the link source event ” "Before" Defines and predetermined code respectively or symbols or code or number or by string,,,,.

  By applying this pattern ptn_36, the vehicle sales contract (link source event) that is going to be registered by the information to be inspected this time is appropriate, and a comparison indicating the previous registration of the vehicle specification (occurred in the past). Confirm by the presence of information. The control information that matches the link destination information to be obtained is the vehicle specification registration element whose event is an update of the vehicle specification and whose occurrence date is earlier than the occurrence time of the link source event (back in time), or It becomes a vehicle specification history element.

Therefore, the processing procedure of the inspection algorithm to which the 36th pattern ptn_36 is applied is as follows.
(1) When information related to vehicle sales is input, this information is used as information to be inspected and is associated with link source information defined by the 36th pattern ptn_36, and the occurrence time of the described link source event is set to the first occurrence time. And Next, in light of the thirty-sixth pattern ptn_36, it is confirmed that the vehicle information combined with this link source information is already generated vehicle information (element) in the first zone (vehicle specification).
(2) Next, among the elements in the first zone recorded and accumulated as existing vehicle information, each element that is regarded as having high confidence is used as reference information, and the time is traced back from the first occurrence time for these elements. A search is performed to find the nearest element in which the occurrence time of the described link destination event is earlier than the first occurrence time.
(3) When there is no contrast information, it is determined that the reliability of the link source information, that is, the inspected information is low.
(4) When the latest contrast information is found by going back in time, it is inspected whether the contents of the described vehicle specification and the contents of the vehicle specification indicated in the link source information, that is, the inspected information match. In this way, the presence / absence of contrast information indicating the vehicle specification is checked.
(5) When the presence of the contrast information satisfying the stipulations of the 36th pattern ptn_36 is confirmed, it is determined as the link destination information required by the contrast information, and therefore depends on the fact that the link destination information that matches the link source information actually exists. Therefore, it is determined that the information to be inspected is consistent, and the information to be inspected is “appropriate” and highly reliable.
(6) On the other hand, if they do not match, it is determined that the inspected information is not consistent, and it is determined that the reliability is low. Therefore, this input information is currently “unconfirmed”. In the above process, the inspection process of Kai-Oto is described later.

Thirty-seventh pattern: Inspection of information (seventh type information) related to vehicle purchase and sale, part 3
The thirty-seventh pattern ptn_37 is a test for checking the adequacy of information relating to vehicle sales (seventh type information), which is information to be inspected, and correlation with information relating to the vehicle owner and / or vehicle user (second type information). This is a standard for execution based on this.
Information related to the vehicle owner and / or vehicle user (type 2 information) that has been entered and associated with the link source information and has already been recorded and stored as already generated vehicle information. This is used when checking whether there is an owner / user registration element or an owner / user history element that is most recent and matches the desired link destination information. Based on this result, it is possible to determine the appropriateness and credibility of the input information (vehicle trading information).

  The thirty-seventh pattern ptn_37 is that the item (b) of the link source information is “registration of a vehicle sales contract including a description of the owner or user, or the history of the owner or user”, and the link source The occurrence time of the event is “sales contract date”, and the link destination information includes the owner registration or user registration, but the occurrence time of the link destination event is the closest to the occurrence time of the link source event. The item (b) of the link destination information shall be “owner registration or user registration including a description of the owner or user, or the history of the owner or user”, and the link destination event The occurrence date of the event is “the owner registration date or the user registration date”, and the matching condition of the item (c) is “the owner or user described in the link destination information, or the history of the owner or user” When "The owner or user of the description, or the history of the owner or user is consistent with the link source information" and the time series order of the item (a) is "the occurrence time of the link destination event is the link source event." It is defined that it is earlier than the occurrence time of each ", and each is defined by a predetermined code, symbol, code, code, numerical value, or character string.

  By applying this pattern ptn_37, it is confirmed that the vehicle sales contract (link source event) that is going to be registered by the inspected information this time is appropriate. Or by the presence of contrast information indicating registration of the owner or user's history. The control information that matches the link destination information that is requested is that the event is the occurrence or update of the owner or user, and the time of occurrence is the latest (back in time) from the time of occurrence of the link source event. User / user registration element or owner / user history element.

Thirty-eighth pattern: Inspection of information related to vehicle sales (seventh type information), part 4
The thirty-eighth pattern ptn_38 is used when executing appropriateness inspection of information relating to vehicle sales (type 7 information) as information to be inspected based on correlation with information relating to vehicle maintenance inspection (type 4 information). It becomes the standard of.
Maintenance inspection / repair registration, which is information related to vehicle maintenance inspection / repair (type 4 information) that has been entered and matched with the link source information and has already been recorded and accumulated as previously generated vehicle information. This is used to check whether there is any element or maintenance / repair history element that matches the requested link information. Based on this result, it is possible to determine the appropriateness and credibility of the input information (vehicle trading information).

  In the 38th pattern ptn_38, the item (b) of the link source information is “registration of vehicle sales contract including description of repair contents or repair history”, and the occurrence timing of the link source event is “sales contract” The item (b) of the link destination information is “repair registration including description of repair contents or repair history”, and the occurrence time of the link destination event is “repair occurrence date” And the matching condition of the item (c) is “the repair content or repair history described in the link destination information is consistent with the repair content or repair history described in the link source information”, and The time series order of the item (a) is “the occurrence time of the linked event is earlier than the occurrence time of the link source event”, and a predetermined code, symbol, code, code, or numerical value, The other is defined by a string.

  Applying this pattern ptn_38, the vehicle sales contract (link source event) that is going to be registered by the information to be inspected this time is appropriate, and the repair or repair history related to the vehicle in the past (occurring in the past) Confirmed by the presence of control information indicating registration of The control information that matches the requested link destination information is a maintenance inspection repair registration element or a maintenance inspection repair history element in which the event is a repair, and the occurrence time of the event is earlier than the occurrence time of the link source event. Become.

39th pattern: Inspection of information (seventh type information) related to vehicle purchase and sale, part 5
The thirty-ninth pattern ptn_39 is used to correlate the inspection of the information related to vehicle sales (seventh type information), which is the information to be inspected, with the information related to the vehicle case and / or the vehicle accident (type five information). This is a standard for execution.
Information related to vehicle incidents and / or vehicle loss accidents (type 5 information) that has been input and corresponded to link source information and has already been recorded and stored as already generated vehicle information. This is used when checking whether there is any incident registration element or incident accident history element that matches the requested link destination information. Based on this result, it is possible to determine the appropriateness and credibility of the input information (vehicle trading information).

  In the 39th pattern ptn_39, the item (b) of the link source information is “registration of a vehicle sales contract including a description of the contents of the accident or the history of the accident”, and the occurrence time of the link source event is “It is a sales contract date”, the item (b) of the link destination information is “a case accident registration including a description of the contents of the case accident or the history of the case accident”, and the occurrence time of the link destination event Is the date of occurrence of the incident, and the matching condition of the item (c) is “the contents of the incident described in the link destination information or the history of the incident and the contents of the incident described in the link source information or The incident and accident history must be consistent ”, and the time-series order of the item (a) is“ the occurrence time of the linked event is earlier than the occurrence time of the link source event ”, and each is determined in advance. The Defining over de or symbols, or code or number or by string,,.

  By applying this pattern ptn_39, it is confirmed that the vehicle sales contract (link source event) that is going to be registered by the information to be inspected this time is appropriate. This is confirmed by the existence of the contrast information indicating the registration of the history. The control information matching the link destination information to be searched is an incident / accident registration element or incident / accident history element whose event is an incident and whose occurrence date is earlier than the occurrence timing of the link source event (going back in time). .

40th pattern: Inspection of information (seventh type information) related to vehicle purchase and sale, part 6
The 40th pattern ptn_40 is for executing the inspection of the adequacy of information related to vehicle sales (seventh type information), which is information to be inspected, based on the correlation with other information related to vehicle sales (seventh type information). It becomes the standard of.
Corresponding input information to be inspected with link source information, sales contract registration element or sales information which is information (seventh type information) related to vehicle sales, which is already appropriate and already recorded and accumulated as existing vehicle information This is used when checking whether there is a contract history element that is the latest and matches the link destination information. Based on this result, it is possible to determine the appropriateness and credibility of the input information (vehicle trading information).

  The 40th pattern ptn_40 is that the item (b) of the link source information is “registration of the contract including the description of the seller of the sales contract of the vehicle”, and the occurrence time of the link source event is “sales contract date” And the link destination information is the registration date of the vehicle sales contract, and the occurrence time of the link destination event is the closest to the occurrence time of the link source event, and the item ( b) is "registration of the contract including the description of the buyer of the sales contract for the vehicle" and the occurrence time of the linked event is "sales contract date". The condition is “the buyer described in the link destination information matches the seller described in the link source information”, and the time sequence of the item (a) is “the occurrence timing of the link destination event is the occurrence of the link source event” Is before the time And the "and defines a predetermined code, respectively, or symbols, or code or number or by string,,.

  By applying this pattern ptn_40, it is confirmed that the vehicle sales contract (link source event) to be registered by the information to be inspected this time is appropriate. Confirm by existence. The matching information that matches the requested link destination information is that the event is a vehicle sales contract, and the sales contract registration element or sales contract history is the most recent (back in time) from the time of occurrence of the link source event. Become an element.

Therefore, the processing procedure of the inspection algorithm to which the 40th pattern ptn_40 is applied is as follows.
(1) When the information related to the change of the vehicle specification is input, this is made to correspond to the link source information defined by the 40th pattern ptn_40 as the information to be inspected, and the occurrence time of the described link source event is set to When it occurs. Next, in light of the 40th pattern ptn_40, it is confirmed that the vehicle information combined with the link source information is the already generated vehicle information (element) in the seventh zone (vehicle sales).
(2) Next, among the elements in the seventh zone recorded and accumulated as existing vehicle information, each element that is regarded as having high confidence is used as reference information, and the time is traced back from the first occurrence time for these elements. A search is made to find the most recent element in which the described link destination event occurs before the first occurrence and the content is vehicle sales.
(3) When there is no contrast information whose contents are vehicle sales, it is determined that the reliability of the link source information, that is, the inspected information is low.
(4) When the latest contrast information whose content is vehicle sales is found, it is inspected whether the described buyer matches the seller shown in the link source information, that is, the inspected information.
(5) When the presence of the contrast information satisfying the provisions of the 40th pattern ptn_40 is confirmed, it is determined as the link destination information required by the contrast information, and thus the link destination information that matches the link source information actually exists. Therefore, it is determined that the information to be inspected is consistent, and the information to be inspected is “appropriate” and highly reliable.
(6) On the other hand, if they do not match, it is determined that the inspected information is not consistent, and it is determined that the reliability is low. Therefore, this input information is currently “unconfirmed”. In the above process, the inspection process of Kai-Oto is described later.

41st pattern: Inspection of information related to vehicle sales (seventh type information) 7
The 41st pattern ptn_41 is used when executing appropriateness inspection of information related to vehicle sales (seventh type information), which is information to be inspected, based on correlation with other information related to vehicle sales (seventh type information). It becomes the standard of.
Corresponding input information to be inspected with link source information, sales contract registration element or sales information which is information (seventh type information) related to vehicle sales, which is already appropriate and already recorded and accumulated as existing vehicle information This is used when checking whether there is a contract history element that is the latest and matches the link destination information. Based on this result, it is possible to determine the appropriateness and credibility of the input information (vehicle trading information).

  The 41st pattern ptn_41 is that the item (b) of the link source information is “registration of the contract including the description of the buyer of the sales contract of the vehicle” and the occurrence time of the link source event is “sales contract date” And the link destination information is the registration date of the vehicle sales contract, and the occurrence time of the link destination event is the closest to the occurrence time of the link source event, and the item ( b) is “the registration of the contract including the description of the seller of the sales contract of the vehicle”, the occurrence time of the linked event is “the sales contract date”, and the matching condition of the item (c) Is “the seller described in the link destination information and the buyer described in the link source information match”, and the time series order of the item (a) is “the occurrence timing of the link source event is the occurrence timing of the link source event” Be after And to define and predetermined code respectively or symbols or code or number or by string,,,,.

  By applying this pattern ptn_41, it is confirmed that the vehicle sales contract (link source event) that is going to be registered by the information to be inspected this time is appropriate. Confirm by existence. The matching information that matches the link destination information that is requested is that the event is a vehicle sales contract, and the sales contract registration element or sales contract history that is the latest since the time of occurrence of the link source event (after advancing the time) Become an element.

Therefore, the processing procedure of the inspection algorithm to which the 41st pattern ptn_41 is applied is as follows.
(1) When the information related to the change of the vehicle specification is input, this is made to correspond to the link source information defined by the 41st pattern ptn_41 as the information to be inspected, and the occurrence time of the described link source event is set to the first When it occurs. Next, in light of the 41st pattern ptn_41, it is confirmed that the vehicle information combined with the link source information is the already generated vehicle information (element) in the seventh zone (vehicle sales).
(2) Next, among the elements in the seventh zone recorded and accumulated as existing vehicle information, each element that is considered highly reliable is used as reference information, and the time is advanced from the first occurrence time for these elements. A search is made to find the most recent element whose occurrence time of the described link destination event is after the first occurrence time and whose content is vehicle sales.
(3) When the latest contrast information whose contents are vehicle sales is found, it is inspected whether the described seller matches the buyer shown in the link source information, that is, the inspected information.
(4) When the existence of the contrast information satisfying the stipulation of the 41st pattern ptn_41 is confirmed, it is determined as the link destination information required by the contrast information, and thus the link destination information that matches the link source information actually exists. Therefore, it is determined that the information to be inspected is consistent, and the information to be inspected is “appropriate” and highly reliable. In the above process, the inspection process of Kai-Oto is described later.

42nd pattern: Inspection of information related to buying and selling of vehicles (7th type information) 8
The forty-second pattern ptn_42 is an inspection of improperness of information related to vehicle loan trading (seventh type information), which is information to be inspected, based on correlation with other information related to vehicle loan trading (seventh type information). It is a standard for execution.
The loan purchase registration element which is information (seventh type information) related to vehicle loan trading, which has been input and matched with the link source information and has already been recorded and stored as already generated vehicle information. This is used when checking whether or not there is a loan trading history element that is the latest and matches the requested link destination information. Based on this result, the inappropriateness of the input information (vehicle loan trading information) can be determined.

  The inspection of the forty-second pattern ptn_42 is based on the following principle. If the vehicle was previously bought and sold with a loan, there should be a record. And if the previous loan has been terminated / canceled so far, there will be no problem, but if there is no record that has been terminated / canceled so far, it is considered that the previous loan has not been terminated and is still ongoing. Despite this, it is not consistent if there is an input that the new loan contract was made.

Therefore, when information related to a new contract for auto loans (vehicle trading loans) is entered, the appropriate elements recorded in the 7th zone are searched retroactively, and this contract that has already been contracted and is still ongoing Check for the presence of the most recent element in which information on other loans of the vehicle is recorded. If an element with the above contents is detected, there is a suspicion of a double loan contract, so this input information cannot be made appropriate. However, in some cases, the past loan contract has already been terminated or canceled, but no element indicating termination or cancellation has been recorded as a result of not being delivered. In any case, this input information is currently “unconfirmed” and is not credible.
On the other hand, if the above elements are not detected, or if an element that the contracted loan has been terminated or canceled is detected, it is determined that there is consistency and the input information is “proper” and the reliability is high. be able to.

Accordingly, the forty-second pattern ptn_42 is “registration of loan sales contract for the vehicle” as the item (b) of the link source information, and the occurrence time of the link source event is “the loan sales contract date”. The link destination information includes the registration of the vehicle loan sales contract, and the occurrence time of the link destination event is the latest occurrence time of the link source event, and the item (b) of the link destination information is “ “Registration of loan sales contract for the vehicle” and “the date of loan sales contract” as the occurrence timing of the link destination event, and the matching condition of the item (c) as “information conforming to link destination information” Or the content of the detected linked event is the cancellation or termination of the loan sales contract ”and the time-series order of the item (a) is“ the occurrence time of the linked event is And links that original event is earlier than occurrence timing of the "defines and predetermined code respectively or symbols or code or number or by string,,,,.
In the inspection process to which the forty-second pattern ptn_42 is applied, the information to be inspected is made inappropriate when the pattern is satisfied.

  In short, if there is another vehicle loan sales contract before the registration (inspected information) of this vehicle loan sales contract, and if it has not been canceled or terminated until now, this other vehicle loan sales contract will be Therefore, if the information to be inspected is true, a plurality of different loan sales contracts coexist in the same vehicle. Therefore, it can be determined that the information to be inspected has low reliability. The link destination information is targeted for the loan trading registration element or the loan trading history element.

  Moreover, although the said test | inspection can be implemented when input information is received, you may implement it in the arbitrary time after reception. In the latter case, this input information is set to “pending” from the time of acceptance to the date of the inspection.

43rd pattern: Inspection of information related to vehicle sales (seventh type information) 9
The 43rd pattern ptn_43 executes the inspection of the adequacy of the information (seventh type information) related to vehicle loan trading that is the inspected information based on the correlation with other information (seventh type information) related to vehicle loan trading. It is a standard when doing so.
The loan purchase registration element which is information (seventh type information) related to vehicle loan trading, which has been input and matched with the link source information and has already been recorded and stored as already generated vehicle information. This is used when checking whether there is a recent loan trading history element that matches the link destination information. Based on this result, the appropriateness and credibility of the input information (vehicle loan trading information) can be determined.

  The 43rd pattern ptn_43 is that the item (b) of the link source information is “registration of the contract including the description of the obligor of the loan sales contract of the vehicle” and the occurrence time of the link source event is “loan The link destination information shall be the date of occurrence of the link source event that is closest to the time of occurrence of the link source event within the contents of the registration of the vehicle loan sales contract. The item (b) is “registration of the contract including the description of the obligor of the loan sales contract of the vehicle” and the occurrence timing of the linked event is “the loan sales contract end date” The matching condition of the item (c) is “the loan obligor described in the link destination information and the loan obligor described in the link source information match”, and the time series order of the item (a) is "Rin And that occurrence time of the previous event is hereafter than occurrence timing of the link source event ", defines a predetermined coding respectively or symbols or code or number or by string,,,,.

  By applying this pattern ptn_43, it is confirmed by the presence of contrast information indicating the end of the loan sales contract of the vehicle that has occurred thereafter that the vehicle loan sales contract to be registered by the information to be inspected this time is appropriate. The control information to be matched with the link destination information is that the event is the end of the loan sales contract, and the time when the event occurred is from the time when the link source event occurred (after advancing the time) or the latest loan sales registration element or loan sales It becomes a history element.

Therefore, the processing procedure of the inspection algorithm to which the 43rd pattern ptn_43 is applied is as follows.
(1) When information relating to vehicle loan trading is input, this information is used as inspected information and is associated with the link source information defined by the 43rd pattern ptn_43, and the occurrence time of the described link source event is first generated. It is time. Next, in light of the 43rd pattern ptn_43, it is confirmed that the vehicle information to be combined with this link source information is the already generated vehicle information (element) in the seventh zone (vehicle trading).
(2) Next, among the elements in the seventh zone recorded and accumulated as existing vehicle information, each element that is considered to be highly reliable is used as reference information, and the time is advanced from the first occurrence time for these elements. A search is made to find the most recent element in which the described linked event occurs after the first occurrence and whose content is the end of the loan contract.
(3) When the latest contrast information whose content is the end of the loan contract is found, it is checked whether the described debtor matches the debtor of the loan contract indicated in the link source information, that is, the inspected information.
(4) When the presence of the contrast information satisfying the stipulations of the 43rd pattern ptn_43 is confirmed as a result of the inspection, the link destination information determined by the contrast information is determined, and thus link destination information that matches the link source information actually exists. Therefore, it is determined that the information to be inspected is consistent, and the information to be inspected is “appropriate” and highly reliable. In the above process, the inspection process of Kai-Oto is described later.

Forty-fourth pattern: Inspection of information (seventh type information) related to vehicle sales / part 10
The 44th pattern ptn_44 relates to the vehicle owner and / or the vehicle user for checking the adequacy of the information related to vehicle sales (seventh type information), especially the input information related to the auto loan new contract, which is the information to be inspected. This is a reference for execution based on correlation with information (second type information).
Information related to the vehicle owner and / or vehicle user (type 2 information) that has been entered and associated with the link source information and has already been recorded and stored as already generated vehicle information. This is used when checking whether there is a recent owner / user registration element or an owner / user history element that matches the link destination information. Based on this result, it is possible to determine the appropriateness and credibility of the input information (vehicle trading information). This is particularly relevant for the authenticity of new loan contracts.

  The 44th pattern ptn_44 is based on the following principle. Since an auto loan (vehicle trading loan) contract is a debt / liability contract, there are creditors (financial sources) and debtors (financial partners), which are clearly stated in the contract. When a vehicle is bought or sold by a loan, it is common that a debtor (loaner) is registered as the owner of this vehicle, and this owner registration is delayed at the same time as the new loan contract or later. It is done without.

  Therefore, if the 7th type information (link source information) related to the new auto loan contract is entered, it will be accepted and then the second zone of the vehicle information file relating to this vehicle will be accepted on the inspection implementation date after the acceptance date. An event in which the most recent element that records the information that the appropriate element recorded in is searched and the information that the borrower (debtor) of the loan new contract is the new owner of the vehicle can be detected and the link destination information is described If this condition is met on condition that the occurrence date of the event is not earlier than the occurrence time of the event described in the link source information (on the same day or later), the input information Appropriate and credible. On the other hand, if the condition is not satisfied, there is no consistency, and this input information is “unconfirmed” at this time. Therefore, it will not be credible.

  The 44th pattern ptn_44 is that the item (b) of the link source information is “registration of the contract including the description of the obligor of the loan sales contract of the vehicle”, and the occurrence time of the link source event is “loan `` It must be a sales contract date '', and the link destination information shall be the latest of the link source event occurrence date of the link source event within the content of registration of ownership transfer, Item (b) shall be “Registration of ownership transfer including description of new owner”, and the occurrence time of linked event shall be “Date of ownership transfer”, and item (c) The matching condition is “the new owner described in the link destination information and the loan obligor described in the link source information match”, and the time series order of the item (a) is “the occurrence timing of the link destination event is linked” Same day as the original event And it is Taha after "defines and predetermined code respectively or symbols or code or number or by string,,,,.

  In addition, as described above, the occurrence time of the event described in the link destination information of this pattern will not be earlier than the occurrence time of the event described in the link source information. Therefore, the inspection is preferably performed at an appropriate time after the input information is received. In this case, the input information is set to “pending” from the time of acceptance to the date of the inspection.

  As described above, the pattern ptn_44 indicates that the vehicle loan sales contract (link source event) that is going to be registered by the information to be inspected this time is appropriate, and contrast information that indicates the ownership transfer of the vehicle that occurred at the same time or after that. Confirm that the new owner described in the control information and the loan obligor described in the inspected information match. The link destination information includes the owner / user registration element or the latest registration of the owner event / owner registration element or the event that the link destination event is the transfer of ownership of the vehicle, It becomes an owner / user history element. Furthermore, it is preferable that the new owner described in the link information matches the loan obligor described in the link source information, and includes whether or not a mortgage is registered. The mortgage setting information of the vehicle belongs to either type 2 information (second zone), type 7 information (seventh zone), or other type 8 information (eighth zone). To do.

Forty-fifth pattern: Inspection of information (seventh type information) related to vehicle trading 11
Forty-fifth pattern ptn_45 executes inspection of the adequacy of information related to vehicle sales (seventh type information) as inspected information based on correlation with insurance information (third type information) related to vehicles and / or operations. It will be a standard when doing so.
Insurance contracts that are insurance information (type 3 information) related to vehicles and / or operations that have been entered and corresponded to the link source information and that have already been recorded and stored as existing vehicle information.・ Used when checking whether there is a recent registration element or insurance contract / succession history element that matches the link destination information. Based on this result, it is possible to determine the appropriateness and credibility of the input information (vehicle trading information).

  The 45th pattern ptn_45 specifies that the item (b) of the link source information is “registration of a sales contract for the vehicle”, and the occurrence time of the link source event is “a sales contract date”. The information includes the registration of the automobile insurance policy or succession, and the occurrence time of the linked event is the closest to the linked event, and the item (b) in the linked information is set to “Automobile Non-life insurance contract or succession registration ”and the linked event occurrence date is“ insurance contract date or succession date ”, and the time series order of item (a) is“ linked event ” Is not earlier than the occurrence time of the link source event ", and each is defined by a predetermined code, symbol, sign, code, numerical value, or character string.

The 45th pattern ptn_45 is applied to confirm that the vehicle sales contract to be registered by the information to be inspected at this time is appropriate by the presence of the contrast information indicating the accident insurance of the vehicle generated at the same time or later. . The matching information that matches the link information to be requested is that the event is a non-life insurance contract or succession, and the most recent non-life insurance registration element that occurs at the same time or later (advanced in time) from the time of occurrence of the link source event. Or a non-life insurance history element. The vehicle sales contract is a normal (non-loan) sales contract or a vehicle loan sales contract. In addition, non-life insurance for automobiles is voluntary insurance for automobile damage (including vehicle insurance) or automobile liability insurance.
Further, since the policyholder is not limited to the owner of the vehicle, it is not essential that the policyholder or successor described in the control information and the buyer described in the inspected information match.

Therefore, the processing procedure of the inspection algorithm to which the 45th pattern ptn_45 is applied is as follows.
(1) When information relating to a vehicle sales contract is entered, this information is used as inspected information, corresponding to the link source information defined by the 45th pattern ptn_45, and the occurrence time of the described link source event is first generated. It is time. Next, in light of the 45th pattern ptn_45, it is confirmed that the vehicle information combined with this link source information is already generated vehicle information (element) in the third zone (insurance).
(2) Next, among the elements in the third zone recorded and accumulated as existing vehicle information, each element with high confidence is used as reference information, and the time is advanced from the first occurrence time for these elements. A search is made for the latest element whose occurrence of the described linked event is not earlier than the first occurrence (on the same day or after) and whose content is a non-life insurance contract or succession.
(3) When the existence of the latest contrast information whose content is a non-life insurance contract or succession is confirmed, it is determined as the link destination information required by the contrast information, and thus the link destination information that matches the link source information actually exists. Therefore, it is determined that the information to be inspected is consistent, and the information to be inspected is “appropriate” and highly reliable. In the above process, the inspection process of Kai-Oto is described later.

  For convenience of explanation, the 46th, 47th and 48th patterns will be described later. These 48 types of patterns are classified for each type of link source information as shown in FIG. 17. For example, if the link source information is maintenance / inspection repair information, the applicable pattern is the twentieth, shown in step S1704. 21, 22, 23, 24, 25, 26, 27, 28, 46 patterns, but the above inspection is not limited to the execution of all applicable patterns, and any number of patterns of any kind can be selected from these patterns Thus, it is also effective to perform the inspection.

When a plurality of patterns are applied to the same information to be inspected, the link destination information is different for each pattern. Therefore, the element can be created in any of the following types.
Type A: One element is created for each pattern.
Type B: The inspection result (“proper” or “unconfirmed”) by a plurality of patterns or a plurality of “pending” metadata are described in the metadata portion of one element. In this case, the link destination information is specified for each metadata.

In type A, there is an element for each pattern and there is only one metadata, so the determination process procedure for each element is facilitated. However, the presence of a plurality of elements increases the number of determination processes.
On the other hand, in the type B, since a plurality of metadata is described in one element, the number of times of determination processing is reduced, but the processing procedure of comprehensive determination is complicated. For example, if all the test results indicated by multiple metadata match (all “proper” or all “unconfirmed”), it is easy to comprehensively determine the contents (“proper” or “unconfirmed”), but the test results do not match (Some are "appropriate" and some are "unconfirmed") For example, a weight score is added to a plurality of inspection results to determine whether or not this element is appropriate based on the total score. It is preferable.

The elements on the opposite side (link destination information) to be linked at the time of inspection by each pattern described above are only those that are set as “appropriate” as described above.
If the opposing element to be linked is “appropriate” at the time of inspection, the inspection is performed before that and the inspection result is appropriate. Therefore, the essence (main body data) of the opposing element is authentic. There is no problem as there is. Therefore, if “appropriate” is attached to the linked element on the other hand at the time of inspection, it is considered as a given condition. On the other hand, if the hand-side element is “unconfirmed”, it is removed from the above-described inspection link.

  Furthermore, when the inspection result is not “appropriate”, it is possible to treat it as “inappropriate” in addition to handling it as “unconfirmed” as described above, for example, to delete or discard it.

When the input information is received in the inspection process, first, according to the “specific algorithm” of the algorithms, the chassis number, which is information for specifying the vehicle i included in the input information, is inspected together with the accompanying information. Since the chassis number is important information that identifies and opens the vehicle information file i_AFL, for example, if the chassis number is erroneously input, the vehicle information file j_AFL of another vehicle j that is not the target vehicle i is opened. An incorrect input will occur.
Therefore, in the present invention, it is assumed that whether or not the input chassis number is appropriate is inspected based on other incidental information relating to the vehicle. The initial registration date, vehicle type, number, etc. of the vehicle are applied as incidental information.
In this way, the chassis number is handled in “pair” with the incidental information in the inspection. The chassis number with the accompanying information is denoted by symbol i_NB.

The vehicle number with accompanying information (hereinafter abbreviated as vehicle number) mounted in the input information is used as the comparison source information, and the stored vehicle information file specified by this vehicle number is used as the comparison destination information. Then, for example, if the initial registration date indicated by the two coincides as the incidental information, it is determined that the input chassis number is appropriate, and therefore an appropriate vehicle information file is opened. On the other hand, if the initial registration dates indicated by the two do not match, it is determined that the input chassis number is not appropriate due to erroneous input or the like, and re-input is prompted or the input information is discarded. Here, as the incidental information, if incidental information other than the initial registration date is included in the comparison source information, the reliability of the vehicle specific inspection can be further increased.
When the chassis number is appropriate, and therefore an appropriate vehicle information file is opened, the vehicle information is inspected according to the inspection algorithm as the next step.

After executing the specific algorithm, the information inspection processing means determines whether or not to perform a reliability check of the vehicle information on this input information later. Create and record the description of “pending” in the metadata and the scheduled date of the subsequent inspection, and provisionally store it in the vehicle information file of the vehicle.
On the other hand, when performing a reliability check immediately, an element is created based on this input information, and then an inspection process is performed according to the corresponding inspection algorithm. Based on the result, attribute data (metadata) ) And the inspection execution date and time are recorded in the element and stored in the vehicle information file of the vehicle.

Alternatively, in place of the above-described appropriate / unconfirmed two-stage presentation, multi-stage presentation such as complete appropriateness / semi-appropriate / reconfirmation required / inappropriate may be used. This is a presentation that makes it possible to deal with the situation of whether or not the necessary / sufficient condition between both linked information is satisfied, and it is only necessary to separately prepare a discrimination standard for which stage to apply.
It is also effective to digitize and record the confidence. In this case, a separate calculation standard for credibility quantification is prepared.
Alternatively, a label of “appropriate” or “unconfirmed” may be attached to the element and accumulated and stored in the vehicle information file of the vehicle. Needless to say, the above-mentioned appropriate / unconfirmed wording is merely an example, and other words suitable for presenting credibility and symbols / codes / numbers suitable for data processing can be adopted.

  As described above, the specific algorithm and the inspection algorithm in light of the matching criteria are the key to the technical configuration that characterizes the present invention.

  Returning to FIG. 12, when the input information is sent from the information sending / receiving means 1201 under the operation control of the control means 1210, the information inspection processing means 1203 includes the chassis number and the incidental information mounted on the information (encoded). A discrimination process is executed to determine whether the inspection process or the requested content is a vehicle information purchase mode or a vehicle information sales mode. Further, in the vehicle information purchase mode, the reference is provided from the reference providing unit 1202, the existing vehicle information is received from the vehicle information database AuDB of the information holding unit 1208, the information type classification processing, and the presence / absence check for duplication It is configured to execute a process, a process for examining whether temporary holding is required, and further execute a consistency check process.

  The information value assessment means 1204 purchases the information based on the information to be inspected sent from the purchase information organizing means 1205 in the vehicle information purchase (purchase) mode under the operation control of the control means 1210. The price is assessed, and the assessment completion notice or assessment completion notice and assessment price are sent to the purchase information organizing means 1205. On the other hand, in the vehicle information sales mode, the sales price of the sales vehicle information sent from the sales information organization unit 1206 is assessed, and the vehicle information sales mode is notified and the assessed sales price is sent to the sales information organization unit 1206. Is done.

The purchase information organizing unit 1205 receives the inspected information xeif that has been inspected or integrated and determined from the information inspection processing unit 1203 under the operation control of the control unit 1210, sends it to the information value assessing unit 1204, and from the information value assessing unit 1204 Upon receiving the assessment completion notification or the assessment completion notification and the assessment price, the vehicle information purchase (purchase) mode notification and assessment purchase price is sent to the charging / payment means 1207 to instruct the accounting process, A process of storing the inspected information xeif that has been inspected in the vehicle information database AuDB of the information holding means 1208 as already generated vehicle information is executed.
It is also possible to execute a process of assigning reliability to the inspected information xeif that has been inspected or integrated and determined in multiple steps or numerical values based on a predetermined rule or given calculation criteria and storing it in the vehicle information database AuDB.

  Further, the purchase information organizing means 1205 is stored in the information holding means 1208 and is generated before the starting point at an arbitrary time or a time designated by the outside or other means under the operation control of the control means 1210. Each history up to the starting point based on the vehicle specifications, owner, user, insurance, inspection, repair, incident, accident, lease, sales, etc. It is possible to execute a process of creating information at the starting point or at an arbitrary time after the starting point.

  Next, sales vehicle information and sales information organization means 1206 will be described. The sales vehicle information is information on vehicles that is organized so that they can be sold, and is used as information suitable for any purpose. For example, for customers who want to buy a used car, there are facts such as confirmation of the degree of the specified vehicle, the functions provided, repair history, accident history, ownership relationship, vehicle usage status of the previous owner, etc. In addition to providing information, the consultation information related to purchase includes the current market conditions, price trends, scarcity evaluation, recommended purchase price, and items to be noted in the actual vehicle confirmation.

Such a purpose is set by a customer as a user, and when request information including desired vehicle specific information or desired information is input to the vehicle information management device AIC via the user side device CL, the vehicle information management is performed. The sales information organization unit 1206 of the device AIC opens the corresponding vehicle information file i_AFL based on the specific information under the operation control of the control unit 1210, and extracts the corresponding element (existing vehicle information) based on the purpose.
Then, if the above purpose is a data provision request, the sales vehicle information is compiled by editing the information recorded in the extracted element (existing vehicle information) together with attribute information (“appropriate” or “unconfirmed”) indicating the status. Sell to customers (pay).
Alternatively, if the above purpose is to provide consultation information, the information recorded in the extracted element and the attribute information indicating the status (“appropriate” or “unconfirmed”) are used as resources, and if necessary, other than from the element This information will be introduced as a source of funds, a report (report) will be created based on these information, and the vehicle will be sold to customers as a vehicle information (provided for a fee).

  In creating actual sales vehicle information, when the sales information organizing means 1206 extracts necessary elements, only “proper” or “unconfirmed” elements attached as metadata, for example, are selected. It is possible to extract and use it as a resource and create sales vehicle information, or it is possible to use not only “appropriate” but also “unconfirmed” elements as resources. There are certainly cases where such unconfirmed information can be helpful in business transactions.

  Furthermore, for each piece of information, all of the status information (“appropriate” or “unconfirmed”), which is the inspection result of each of the plurality of patterns, is adopted to create sales vehicle information, and the patterns are limited to the status. It is also possible to create sales vehicle information using only information.

  In the sales information organizing process, the sales information organizing means 1206 is based on the desired information, and one or more boundary values of a given condition relating to the credibility, or one or more boundary values calculated based on the given procedure, According to the classification of the existing vehicle information, the predetermined unit price according to the classification, or the unit price calculated based on the procedure of the application is applied to the existing vehicle information, the information value assessment means 1204 to assess the information value, Sales vehicle information on which this price information is placed can be created.

  Alternatively, the sales information organizing unit 1206 uses the existing vehicle information without limiting the reliability based on the desired information and sets a predetermined unit price corresponding to the reliability or a unit price calculated based on a given procedure. By applying the generated vehicle information, the information value assessing means 1204 assesses the information value, and the sales vehicle information on which the value information is recorded can be created.

  Further, the sales information organizing unit 1206 can create sales vehicle information using information obtained by processing the already generated vehicle information that has been extracted based on the desired information. In this case, the information value assessment means 1204 is caused to assess the information value.

  Further, the sales information organizing unit 1206 can process the credibility of the used vehicle information that has been used when there is a disclosure instruction in the desired information or when it conforms to a given disclosure procedure. The sending information including the sales vehicle information organized as described above is sent to the information sending / receiving means 1201.

When the sales vehicle information includes a still image, the sales information organizing means 1206 uses JPEG, BMP, TIFF, PICT, CGM (computer graphics metafile), PNG (portable network graphics), WMF as compressed data formats. (Windows Metafile) can be specified. Further, for example, when a part of sales vehicle information is formed as a moving image, MPEG1, MPEG2 (profile SP / MP / HP / 422P, level LL / ML / HL), MPEG4 (profile SP / CP / MP), etc. Is specified.
The sales information organization means 1206 is configured to organize transmission data into HTML content in the case of a service via the Internet mechanism, or to organize transmission data into WML content or XHTML content in the case of WAP support. Corresponding to the above, the protocol adjustment of the information transmission / reception means 1201 is recognized as transmission via the Internet mechanism if the transmission data is HTML content and adjusted to the HTTP response, and if it is WML content or XHTML content, it is WAP compatible. Recognize that the transmission is a WSP response.

The charging / payment unit 1207 executes processing for paying the specified purchase price to the user side device CL based on the instruction received from the purchase information organization unit 1205 in the vehicle information purchase mode under the operation control of the control unit 1210. In the vehicle information sales mode, a process of charging the specified sales price to the user side device CL based on an instruction received from the sales information organization unit 1206 is executed. When an instruction is received from the purchase information organizing unit 1205 or the sales information organizing unit 1206, the billing / payment amount to the corresponding information receiving side device CL is calculated by referring to the billing / payment table (not shown) based on this instruction. It is configured as follows.
The billing / payment table carries billing / payment unit price data stored in storage means such as a flash memory (not shown) or a magnetic disk medium. Billing / payment unit price is set based on premium conditions, discount period, etc. The billing / payment means 1207 selects the corresponding billing / payment unit price from the billing / payment unit price data in the storage unit based on the premium charge, discount period charge, etc., and sets the designated value as the selected billing / payment unit price. The final charge / payment amount is determined based on the correction.

  Also, calculation processing related to billing / payment is executed each time a transmission signal is sent, or the number of transmission signals sent (same as the number of calculation processing for billing / payment) is accumulated in the counter to reach a predetermined number. The pay-per-use billing / payment calculation process can also be configured at the time. Further, in addition to the above billing or / and payment processing, the billing / payment means 1207 can execute at least one of billing and / or receipt issuance processing and settlement processing by account withdrawal.

  The information holding means 1208 comprises a medium with a large recording capacity, and is configured so that storage management of a large-capacity vehicle information database AuDB having a large number of vehicle information files i_AFL is possible under the operation control of the control means 1210. It is configured to be able to store and process already-set vehicle information in which the reliability is set in the attribute data or the sign with multiple levels or numerical values as the reliability.

The information holding means 1208 is preferably constituted by, for example, a large capacity RAID system constituted by a plurality of magnetic disk rows (disk arrays). In addition, a VTR using a magnetic tape (or a large recording capacity system using a plurality of VTRs) can be applied. In addition, it is preferable to improve processing efficiency by applying a SAN (Storage Area Network). A storage area network is an operation mode of a network in which a plurality of servers share a storage device. In a LAN having a plurality of servers, a hard disk included in each server is separated and integrated into a RAID system. Connect with another high-speed network line using Fiber Channel, etc., and share data between servers. As a result, it is possible to realize advantages such as sharing of large-capacity data, improving the processing efficiency of cooperative processing by a plurality of servers, and reducing the network load by separating data exchange between servers from the LAN.
In addition to the above, it is preferable to adopt a wide area load distribution configuration in order to reduce the data processing load and the line load concentrated on a specific part. When a large number of request data arrives on an on-demand basis from an unspecified number of clients, it is preferable that the charging / payment means has a charging proxy server configuration.

  Furthermore, the information holding means 1208 can be distributed by a plurality of servers and database devices, and each can be distributed as nodes of the communication network NW. For example, as a commercial configuration, by entrusting management and management of a certain node to an appropriate group or organization, it becomes possible to rationalize the cost and increase the efficiency of processing related to the management and management of vehicle information. Such a configuration includes a case where an existing database that differs in terms of location and business is incorporated as a part of the vehicle information management apparatus AIC of the present invention.

  The control means 1210 controls the operation of each means. Furthermore, among the already generated vehicle information stored in the information holding means 1208, the information that does not satisfy the consistency or the reliability does not exceed the given threshold value is set again as the inspected information, and the inspection processing is performed. Can be re-executed at any time. The control unit 1210 manages the user ID provided from the preprocessing unit 1401 described later.

FIG. 13 is an operation flowchart of the vehicle information management apparatus AIC. The operation will be described below with reference to FIG. 13 and the detailed configuration of each means.
The information transfer unit 1201 confirms whether input information from the user side device CL has been generated (step S1301), and receives the generated input information and performs ID recognition and decryption (step S1302).

  FIG. 14 is a block diagram showing the configuration of the information exchange unit 1201. The information exchanging means 1201 has preprocessing means 1401, received information management means 1402, incomplete detection reference data 1403, and coded reference data 1404 as sub means. The pre-processing means 1401 is responsible for detecting the generation of a sending signal (with input information loaded), its decryption processing and ID authentication (confirmation) processing, and collates with a registration ID table (not shown), for example, as a member registered After confirming whether or not the user side has a valid qualification, the input information sent from the user side device CL is decompressed and restored, and supplied to the reception information management means 1402. At the same time, the user ID is provided to the control means 1210.

  The reception information management unit 1402 manages the detection of missing portions of the input information supplied from the preprocessing unit 1401, the encoding of each item, and the discrimination of request contents. The incomplete portion of the input information is checked with reference to the incomplete detection reference data 1403. When the incomplete portion is detected, the incomplete portion is transmitted to the user side device CL to instruct retransmission. Is detected, each part of the input information is encoded with reference to the encoding reference data 1404, and the encoded input information is sent to the information inspection processing means 1203. Further, when there is a notification of “non-match”, “not present” or “with duplicate” sent from the control / discrimination means 1503 or the duplication checking means 1601, which will be described later, these are transmitted to the user side device CL for retransmission. Instruct.

  In addition, the missing part detection process may be executed after the encoding process. In addition, when the coding processing of each part has already been performed in the user side device CL, or each processing of the vehicle information management device AIC is processed based on uncoded text data instead of coded data The coding process can be omitted.

  In FIG. 13, the information inspection processing means 1203 confirms the chassis number from the input information (step S1303), and then confirms whether the input information is vehicle information purchase or vehicle information sale (step S1304).

  15 and 16 are block diagrams showing the configuration of the information inspection processing means 1203. Sub-unit chassis number extraction means 1501, supplementary information extraction means 1502, control / discrimination means 1503, information type classification means 1600, duplicate inspection means Reference numeral 1601 denotes a non-inspection processing unit 1602, a hold examination unit 1603, and a consistency inspection unit 1605.

  In FIG. 15, when the input information arrives from the reception information management means 1402, the chassis number extraction means 1501 extracts the chassis number mounted in the input information and sends it to the comparison / discrimination means 1503, and further extracts the input information as additional information extraction Send to means 1502. The supplementary information extraction unit 1502 extracts supplementary information (for example, initial registration date, model, etc.) mounted on the input information, and executes processing for sending the supplementary information to the control / discrimination unit 1503. If only the vehicle number is installed and there is no incidental information and the vehicle information sales mode is installed, the process of the incidental information extraction unit 1502 may be omitted.

  The control / discrimination means 1503 confirms whether the vehicle information sales mode or the vehicle information purchase mode matches based on the input information sent above, and in the vehicle information sales mode, the vehicle information database is based on the chassis number. The AuDB is searched to check whether or not the vehicle information file i_AFL having this chassis number exists, and if it exists, the input information is sent to the sales information organization means 1206, and the process proceeds to step S1311 shown in FIG.

  On the other hand, in the vehicle information purchase mode, the vehicle information database AuDB is searched based on the vehicle number, and the presence or absence of the vehicle information file i_AFL having this vehicle number is confirmed. If a vehicle information file i_AFL having this chassis number exists, a new vehicle information file is created in the vehicle information database AuDB via the vehicle information database AuDB, and the incidental information recorded in the vehicle information file i_AFL is sent. The information exchange means 1201 is informed of the possibility of an input error (at least one of the chassis number or the incidental information) if it does not match. Both vehicle number and incidental information are valid and the vehicle information file (or new vehicle information file) i Information identifying the AFL in addition to the above input information, and executes a process to send the input information to the information type classification means 1600, the process proceeds to step S1305 shown in FIG. 13.

In step S1305 shown in FIG. 13, the information inspection processing unit 1203 performs input information duplication confirmation and hold processing.
In more detail, based on the input information sent from the comparison / discrimination means 1503, the information type classification means 1600 uses any type of vehicle information (the first information in FIG. 10). The information corresponding to the information type obtained from the classification result (which zone corresponds) is added to the information and sent to the duplication inspection means 1601 Execute. Therefore, at the stage where the processing of the information type classification means 1600 is completed, the information type of the sent input information and the vehicle information file are in a specified state.

  The duplication checking means 1601 compares the description of the input information (for example, the contents of the repair or the contents of the insurance contract) with the description of each element e_z_i_AFL recorded in the corresponding zone z of the vehicle information file i_AFL in the vehicle information database AuDB. Then, the presence or absence of an element e_z_i_AFL in which the description matches the description of the information is detected, and if there is a duplicate, the information transmission / reception means 1201 is notified and the duplicate is transmitted to the user side device CL. On the other hand, if the input information is discarded, the process of sending the input information to the non-inspection processing means 1602 is executed if there is no duplication.

  Next, the no-inspection processing means 1602 checks whether or not the input information is accepted and registered without inspection, for example, whether the input information has already been inspected outside and does not need to be inspected again, or externally The information, which is given as a given case, with confidence exceeding the threshold of the given case and the occurrence time is set, is taken at any time as already-occurring vehicle information with confidence set, and is inspected inspected information xeif Based on this, the information is sent to the purchase information organizing unit 1205. On the other hand, when the inspection is required, the input information is sent to the hold examination unit 1603.

  The holding examination unit 1603 receives an instruction from the outside when the inspection processing execution time is given after the time when the information to be inspected xeiif (input information) is given to the information inspection processing unit 1203, or the reference information prif is received. When the inspection information xeiif is given later than the time when it is given, a storage element on which the given inspected information xeiif is placed, and a waiting table that records the identification number of the element and the scheduled execution date and time are organized. Thus, the vehicle information database AuDB stores the instructed execution time or the execution time after the reference information prif is given. On the other hand, when the storage is not necessary, a process of sending the inspected information xeif to the consistency checking unit 1605 is executed.

  Further, the hold examination unit 1603 always refers to the waiting table under the timer function, reads the element of the identification number (the storage element) at the scheduled execution date or later date and sets it as the inspected information xeif. , Processing to send to the consistency checking means 1605 is executed.

  Next, the consistency checking unit 1605 executes the consistency checking process in FIG. 13 and sends the result to the purchase information organizing unit 1205, and the purchase information organizing unit 1205 executes the credibility providing process for these (step S1306). ).

  The consistency checking unit 1605 refers to the link source information defined by each of a plurality of criteria (patterns) 1606 recorded in the reference providing unit 1202 based on the information to be inspected received from the hold review unit 1603. A pattern that matches the items (A) and (B) indicated by the items (A) and (B) indicated by the inspected information is selected and imported. Here, the consistency checking unit 1605 executes pattern selection according to the flowchart of FIG. In the figure, if the information to be inspected is vehicle specification related information, the first to fifth patterns can be selected (step S1701), and if it is owner related information, the sixth to eleventh patterns can be selected ( In the case of insurance information, the 12th to 19th patterns can be selected (step S1703), and in the case of maintenance inspection repair information, the 20th to 28th patterns or the 46th pattern can be selected (step S1704). ), The 29th to 32nd patterns can be selected for incident-related information (step S1705), and the 33rd to 36th patterns can be selected for lease (including lease) information (step S1706). The 37th to 45th patterns can be selected for buying and selling (including loans) information (step S1707). 47th or 48th pattern can be selected if information.

  Next, when the zone in which the element of the link destination information described in the selected pattern is present is confirmed, the reliability is given among the elements stored in the corresponding zone z of the corresponding vehicle information file i_AFL in the vehicle information database AuDB. An arbitrary element e_z_i_AFL that satisfies the discrimination criteria is selected and taken out, and set as control information. Next, a consistency check based on the generation timing and contents of the information to be inspected and the contrast information is executed in accordance with the rules of the link source information and the link destination information which are described in the pattern and have been matched. The pattern is constituted by a code base, and the consistency check is executed by searching and comparing related items among the coded items.

  Based on whether or not there is consistency, it is possible to determine whether the inspection information xeiif is “proper” or “unconfirmed”. The consistency inspection process can be executed at the same time as the reception of the inspected information xeiif or at an arbitrary time after the reception. Re-execute after an arbitrary period. The re-execution is preferably executed a plurality of times with an arbitrary period.

  Further, the consistency inspection unit 1605 applies the plurality of different patterns for one piece of information to be inspected xeiif and obtains a plurality of inspection results. And the inspected information xeif for which the integration determination has been completed are supplied to the purchase information organizing unit 1205.

Latest inspection procedure:
By the way, the outline of the processing procedure of the latest inspection is explained in the explanation of each pattern, but the processing procedure related to the latest inspection will be described in detail below. Consistency checking means 1605 of information processing means 1203 is based on the occurrence time related to the event in which the plurality of pieces of reference information are described when the reference information is read into the working memory or the like as described above, as the latest check. If they are not arranged, a process of temporarily storing the plurality of pieces of control information after arranging them in time series is executed. Then, go back in time from the starting point (occurrence time related to the event described by the information to be inspected) or advance the time, and first, the status item is related to the status item indicated by the standard with respect to the control information whose occurrence time is closest. Either the inspection whether or not the regulations are satisfied (this is called the first inspection) or the inspection whether or not the dynamic items satisfy the regulations relating to the dynamic items indicated by the standard (this is called the second inspection) Apply sequentially in order.

When it is confirmed that one of the tests (first test or second test) previously performed is not satisfied, the other test is no longer performed on this reference information, and this is discarded. Then, the above processing is sequentially performed on the control information in the order of occurrence.
In short, in the middle of proceeding with the inspection process for consistency judgment, the unnecessary process is detected before execution according to the intermediate result, and by omitting this process, the inspection efficiency is eliminated. To improve.
As described above, the state item includes the state item and its accompanying information. Similarly, the state item includes the dynamic item and its accompanying information.
If the consistency checking means 1605 can confirm the presence of the control information satisfying both tests while continuing the above, it determines that the information to be tested is highly reliable. On the other hand, even if all the read control information is inspected and there is no information that satisfies both of the inspections, the information to be inspected is determined to have low reliability.

FIG. 30 is a flowchart of an example of the procedure of the latest inspection process.
In step S3001, the consistency checking unit 1605 checks whether each read control information is arranged in time series based on the generation time related to the event to be described. If the arrangement is completed, the process proceeds to step S3003. If not, the control information is arranged in time series in step S3002, and the process proceeds to step S3003.
In step S3003, the consistency checking unit 1605 sets the detected contrast information as the inspection target by starting from the occurrence time related to the event described by the inspected information and going back from the starting point or by moving the time from the starting point. . For the first time, the latest control information is set. From the first time onward, the most recent control information is set in order. Next, in step S3004, it is checked whether or not there is contrast information to be inspected. If the contrast information is exhausted, the process proceeds to step S3008, and if present, the process proceeds to step S3005.

In step S3005, the consistency inspecting unit 1605 performs either an inspection of only the state item or an inspection of only the dynamic item on the control information in an arbitrary order. For example, in the inspection of only the state item, it is checked whether or not the state item of the contrast information satisfies the rule relating to the state item indicated by the reference. If any one of the above-described examinations is not satisfied, the control returns to step S3003 because the control information is not applicable, and the next control information is set.
If there is contrast information that satisfies both tests in the above process, the consistency checking means 1605 can confirm that the contrast information matches the specified link destination information (step S3006), and then in step S3007 The information is determined to be highly reliable. On the other hand, in step S3008, since it is confirmed that there is no contrast information that matches the prescribed link destination information, the process proceeds to step S3007, and the information to be inspected is determined to have low reliability.

  This processing procedure eliminates unnecessary inspection processing, so that inspection results can be provided more quickly, and there is a significant reduction in required time and costs when inspecting a large amount of control information. It is also advantageous from the viewpoint of effective use of.

Another procedure for the most recent inspection:
Next, another processing procedure related to the latest inspection will be described in detail. Here, it is assumed that the reference 1606 shown in FIG. 16 includes an inhibition rule (not shown) relating to a factor that hinders matching of link source information and link destination information.
Consistency checking means 1605 of information processing means 1203 is based on the occurrence time related to the event in which the plurality of pieces of reference information are described when the reference information is read into the working memory or the like as described above, as the latest check. If they are not arranged, a process of temporarily storing the plurality of pieces of control information after arranging them in time series is executed. Next, out of the multiple pieces of control information arranged in time series, the time of occurrence of the described event is the latest, either going back in time from the starting point (occurrence time related to the event described by the information to be inspected) In order from the control information, the inspection process is executed to determine which of the matching information of link source information and link destination information, or the inhibition information that inhibits the matching, is detected first. To do.

  If the contrast information satisfying any of the above is detected, and the result establishes the consistency between the information to be inspected and the control information, the consistency inspecting means 1605 determines that the information to be inspected is highly reliable. On the other hand, if inhibition is established or there is no contrast information to be inspected without reaching the detection, processing for determining the information to be inspected as low reliability is executed.

FIG. 31 is a flowchart of another processing procedure of the latest inspection.
In step S3101, the consistency checking unit 1605 checks whether each reference information is arranged in time series based on the occurrence time related to the event to be described. If it is arranged, the process proceeds to step S3103. In step S3102, the control information is arranged in time series, and the process advances to step S3103.

  In step S3103, the consistency checking unit 1605 sets the detected contrast information as a check target by starting from the occurrence time related to the event described by the inspected information and going back from the start point or by moving the time from the start point. . For the first time, the latest control information is set. From the first time onward, the most recent control information is set in order. Next, in step S3104, it is checked whether or not there is contrast information to be inspected. If the contrast information is exhausted, the process proceeds to step S3109, and if present, the process proceeds to step S3105.

  In step S3105, the consistency checking unit 1605 checks whether the control information satisfies the matching specified in the standard or the specified inhibition. If the control information does not satisfy both tests, the control information is determined not to be applicable, and the process returns to step S3103 to set the next control information.

On the other hand, if the matching is satisfied here, it can be confirmed that the contrast information matches the specified link destination information (step S3106), and then in step S3107, the information to be inspected is determined to have high reliability.
On the other hand, if the inhibition is satisfied here, it can be confirmed that the control information does not match the specified link destination information (step S3108), and the consistency checking unit 1605 proceeds to step S3109 to transfer the information to be inspected to the low confidence level. Is determined. Similarly, when the contrast information is exhausted in step S3104 as described above, the information to be inspected is determined to have low reliability in step S3109.

The processing procedure of this latest inspection is the same as the above procedure in that the reference information of the time series array is targeted, but unlike the above procedure, the control information taken in the most recent order is either matched or inhibited. Since it is a test | inspection whether it satisfy | fills, a test | inspection can be finished at the time of what the control information detected by going back in time or advancing the time and which establishes either matching or inhibition comes out. In this case, it is possible to determine whether the information to be inspected is a high confidence level or a low confidence level, depending on whether matching or inhibition is established first. Therefore, a quick inspection process is possible, and the efficiency of the inspection process can be realized.
In other words, this processing procedure is basically, when combining the plurality of pieces of reference information arranged in time series and the information to be inspected sequentially, the information to be inspected is inspected in order from the closest reference information, and the same reference information is In this method, both the consistency test and the inhibition test are performed, and the reliability of the information to be inspected is determined immediately and at once based on the result of either test.
In other words, after arranging multiple pieces of control information in time series, the time is traced back from the time of occurrence related to the event described in the information to be inspected, or the time is advanced to check the control information in order from the most recent one. Since the control information satisfying the matching is detected or the control information satisfying the inhibition is detected first, the reliability of the information to be inspected is determined at a stroke, so that the result can be reached with a small number of processing times. By reducing the number of inspection trials, the inspection process can be made more efficient and quick results can be obtained.
In particular, when examining a large amount of control information, the time and cost can be significantly reduced, and it is further advantageous for effective use of resources.

46th pattern ptn_46:
Here, the 46th pattern ptn_46 will be described as a reference having the inhibition rule.
The forty-sixth pattern ptn_46 has at least one of a part, a member, a component, or a device that constitutes the vehicle as an installation target.
The link source information item (b) is a description of maintenance and repair of the existing equipment object and a description of the equipment object, or a registration of removal of the existing equipment object and a description of the equipment object. Being
And the time of occurrence of the link source event is the date of maintenance inspection / repair or removal contract or work date or delivery date, and the link destination information includes the vehicle maintenance inspection / repair registration. And the occurrence of the linked event is the closest to the linked event,
The item (b) of the link destination information is the registration of the maintenance and repair of the existing equipment object and the description of the equipment object, or the registration of the new installation of the equipment object and the equipment object. And the occurrence time of the link destination event is the date of maintenance check for the existing equipment target or the date of installation of the new target equipment,
The matching condition of the item (c) is that the equipment target described in the link destination information corresponds to the equipment target described in the link source information, and
The time-series order of item (a) is that the occurrence time of the linked event is earlier than the occurrence time of the link source event, and
The condition that inhibits matching is that the equipment target described in the link destination information corresponds to the equipment target described in the link source information, and the item (b) in the link destination information is the removal of the existing equipment target and the equipment target. The description of
Are defined by a predetermined code, symbol, code, numerical value, or character string.

  As an application example of the standard of the 46th pattern ptn_46, for example, there is an element e6685 that registers that the telematics device of the product number FTMX6z032233p1291 is newly installed 11 months ago or repaired at that time in the vehicle of interest At this time, it is assumed that inspected information xeif describing that the telematics device of the same product number FTMX6z032233p1291 has been repaired or removed is input this month, and its reliability is inspected. Therefore, when searching retroactively starting from the time of occurrence (in this case, yesterday, for example) of the event described in the inspected information (repair or removal of the telematics device with part number FTMX6z032233p1291), the element e6685 11 months ago is detected, At this time, since it can be confirmed that the device has already been mounted, it is determined that the inspected information xeif is consistent. However, in fact, the device was removed two weeks ago, and the element e7001 that registered it was present in the database. However, if the standard applied at this time is a rule that does not correspond to the removal item, it will not be detected. It becomes a false determination.

  The forty-sixth pattern ptn_46 is provided with the inhibition rule as described above, and by applying this and by executing the latest inspection process shown in FIG. The element e7001 can be reliably detected. Moreover, there is an advantage that the inspection result can be quickly obtained with a small number of trials as described in FIG.

47th pattern: ptn_47
Next, a 47th pattern ptn_47, which is a reference for testing the reliability of the travel distance measurement value, and its application will be described. FIG. 32 is an explanatory diagram of the 47th pattern ptn_47.
The odometer of a vehicle is an instrument that accumulates the value obtained by multiplying the rotational speed of the axle by the outer circumference of the wheel, and displays it as an accumulated travel distance. When input, calculation is performed based on the counted value. However, in some cases, the pulse of noise that tends to occur during operation in an operating environment where the instrument itself malfunctions, the pulse transmission harness, connectors are intermittently interrupted, the counting circuit is abnormal, or there is a lot of noise. In some cases, the odometer display value does not always indicate an accurate total travel distance due to the possibility of miscounting as an error. So far, the credibility of the displayed value of the odometer has been rarely verified based on at least a technical cause.

In view of the above, in the present invention, the vehicle information management device estimates the accumulated mileage and verifies the value of the odometer based on the data relating to “other physical events” other than the above-described axle rotation speed for the corresponding vehicle. .
As other physical events described above, data on distance traveled based on daily reports (weekly reports, monthly reports, etc.) and / or fuel supply amount data shall be adopted, and the values of these data may be used for a predetermined period (for example, previous data) The cumulative distance traveled is estimated by summing over the period from the time of measurement to the present).
For example, the on-vehicle device mounted on each vehicle records the current position on the mobile logging card each time, and the vehicle information management device reads the mobile logging card from the mobile logging card and stores it in the database as appropriate. Alternatively, the information is taken into the vehicle information management device (center) via the vehicle radio and the vehicle information management device stores it in the database. Therefore, the movement distance can be estimated from the position movement data. Collection of fuel supply data is based on card payment data and online payment data at the stand.

  In FIG. 32, when the inspected information xeif is input for the target vehicle for confirmation of the actual odometer value at the target time point, registration of the inspection result, or acquisition of the inspection result, the vehicle information management device The information xeif is classified as the eighth type of information, the designated time point is set as the first occurrence time, the 47th pattern is applied as the inspection standard, and the link source information and the inspected information xeif are associated with each other. The consistency check is performed by associating the specified link destination information with the contrast information stored in the database.

In this case, the control information includes first control information, second control information, and third control information. The first control information is the previous and most recent past odometer value registered in the database, and corresponds to the element pri_od1 in FIG. The occurrence time of the event described in the first control information is the second occurrence time. Here, a period from the second generation time to the first generation time is defined as a period T.
The second control information is registration and data of the travel distance based on daily reports (weekly reports, monthly reports, etc.) whose occurrence time is within the period T, and there are usually a plurality of corresponding elements within this period T. In the figure, the movement report elements pri_d1 to pri_d7 correspond to this.
The third control information is registration and data of the fuel supply amount whose generation time is within the period T, and a plurality of corresponding elements usually exist within this period T. In the figure, the fuel supply elements pri_f1 to prif_f4 correspond to this. In addition, the movement report element and the fuel supply element can be classified into eight types of information.

  Then, the movement distance data of all the corresponding second control information (prif_d1 to prif_d7) within the period T is integrated to obtain an estimated movement distance est2. In addition, the fuel supply amounts of all the corresponding third control information (prif_f1 to prif_f4) in the period T are integrated, and the approximate travel distance is integrated based on the integrated fuel supply amount to obtain the estimated travel distance est3. Next, the average value of the estimated movement distances est2 and est3 is calculated, and this is added to the previous and latest odometer value (the numerical value indicated by the first control information). The result of addition is calculated by adding the actual travel data and the supplied fuel amount data, both of which are actual physical quantities and have already been registered as high confidence, to the previous travel distance value registered in the database with high confidence. It is considered a high confidence value. Then, the addition result is inspected by comparing and comparing with the numerical value indicated by the inspected information xeiif, that is, the current value of the odometer.

In the 47th pattern ptn_47, the item (b) of the link source information is “consideration registration and examination value of the odometer of the vehicle”, and the occurrence time of the link source event is “examination of the odometer” Be a day,
The first link destination information includes the measurement registration of the odometer, and the occurrence time of the first link destination event is the latest occurrence time of the link source event,
The item (b) of the first link destination information is “measurement registration and measurement value of the odometer of the vehicle”, and the occurrence time of the first link destination event is “measurement date of the odometer” `` There must be ''
The item (b) of the second link destination information is “registration of movement of the vehicle and the position or distance”, and the occurrence timing of the second link destination event is “traveling movement date”,
The item (b) of the third link destination information is “registration and supply amount of fuel supply amount of the vehicle”, and the occurrence timing of the third link destination event is “fuel supply date” ,
The matching condition of the item (e) is “a period from the occurrence time of the first link destination event to the occurrence time of the link source event is a set period,
The second linked distance is the integrated value of all applicable distances, or the integrated value of travel distances based on the position, where the occurrence time of the second link destination event is within the set period,
The calculated value of the travel distance based on the integration of all the corresponding fuel supply amounts, where the occurrence time of the third link destination event is within the set period, is the third travel distance,
Either the second moving distance or the third moving distance, or an average value and the measured value of the first link destination information are added, and the examination described in the addition result and the link source information The difference from the value is within a predetermined tolerance range ”
The time-series order of the item (a) is “the occurrence time of the first link destination event is earlier than the occurrence time of the link source event”, and a predetermined code, symbol, or code, or It is specified by a numerical value or a character string.

In the above, since the item (b) of the link source information is “consideration registration and display value of the odometer of the vehicle,” naturally, the link source event is the odometer of the vehicle. It becomes examination registration. The same applies to other linked events. Further, movement data is based on daily reports, weekly reports, monthly reports, etc., and fuel supply amount data is based on fuel sales slips and receipts.
If matching is established as a result of the inspection, the examination registration of the information to be inspected xeif becomes measurement registration, and the examination value becomes a measurement value, and database registration as high confidence data becomes possible.

According to the above configuration of the present invention, even when the odometer malfunctions and counts less than the actual cumulative travel distance, or conversely when it counts more than abnormal operation, other physical events (the daily travel distance Since the deviation from the cumulative travel distance estimated by the integrated or fuel supply amount) becomes large, both can be reliably and easily detected.
As described above, the configuration of the present invention is effective not only for detecting a display numerical value that is less than an actual numerical value but also for detecting an excessive display. Moreover, although the average value was used using the 2nd contrast information and the 3rd contrast information in the said example, it is not limited to this, You may use only any one. Moreover, it is good also as a structure which uses the numerical value of grounds other than an average value.

FIG. 33 is an operation flowchart of an example of inspection processing to which the 47th pattern ptn_47 is applied.
When the consistency inspecting means 1605 receives and processes the inspected information xeif (for example, the current actually measured odometer value) in step S3301, the first occurrence time related to the event described in the inspected information xeiif (in this case, the actually measured odometer value). Date and time. Next, the application of the 47th pattern is selected, and the 47th pattern is fetched from the plurality of criteria 1606 stored in the criteria providing means 1202. In step S3302, the vehicle information database AuDB stored in the information holding unit 1208 is accessed, and the control information element prif_od1 describing the previous odometer value from the eighth zone of the vehicle information file of the vehicle is searched. . In step S3303, the second occurrence time (in this case, the actual measurement date and time of the previous odometer value) related to the event described in the searched control information element pri_od1 is confirmed, and the period T (the second occurrence time is set as the start time) 1 occurrence time is set as end time).
In step S3304, the consistency checking unit 1605 performs contrast information setting processing. In the control information, either or both of the daily report travel distance (second control information) and the fuel supply amount (third control information) can be set, but both are set in this example. Regarding daily movement distances, the elements pri_d1 to prif_d7 within the period T among the movement report (daily reports) elements, and the fuel supply amount for the elements pri_f1 to prif_f4 within the period T among the fuel supply elements. Become.

Here, the consistency checking unit 1605 proceeds to step S3305 if it is a daily report travel distance (symbol L1), and integrates the estimated travel distance within the period T. On the other hand, if it is the fuel supply amount (reference R1), the process proceeds to step S3306, where the fuel supply amount within the period T is integrated, and then, in step S3307, the movement distance is estimated from the integrated fuel amount.
The estimated movement distance est is estimated from the value obtained by integrating the movement distances indicated by each of the movement report (daily report) elements pri_d1 to prif_d7 or the integrated fuel quantity obtained by integrating the fuel amounts indicated by the respective fuel supply elements pri_f1 to prif_f4. Either one of the processed values or the average value of both values can be used.
The consistency checking means 1605 adds the estimated moving distance est to the previous distance meter value (previous odometer value) (step S3308), and then compares the addition result with the information to be inspected (odometer value) in step S3309. Contrast. If the addition result matches the information to be inspected (step S3310), the information to be inspected (odometer value) has a high confidence level (step S3311), and if it does not match, the confidence level has a low confidence level (step S3312). .

The matching between the addition result and the information to be inspected is that the addition result depends on the estimated travel distance est. On the other hand, for example, the estimation of the travel distance from the accumulated fuel amount has an error in the fuel consumption performance of the vehicle. It is preferable to set an appropriate error range in advance as a criterion for determining the matching. This error range can be set objectively as a technical configuration reason for each part of the vehicle, or based on empirical or actual values.
If the information to be inspected shows an excessive value that exceeds the above error range compared to the addition result, an excessive number of count pulses has occurred due to an abnormality in the peripheral circuit of the distance meter, etc. There may be reasons. Similarly, when the information to be inspected shows an undervalue that is low enough to exceed the above error range compared to the addition result, detection of the count pulse is underestimated due to an abnormality in the distance meter peripheral circuit, harness connection failure, disconnection, etc. However, in any case, the information to be inspected is determined to have a low confidence level.

Forty-eighth pattern ptn_48:
Next, the 48th pattern ptn_48, which is a standard for checking the reliability of the adjustment vehicle, and its application will be described. FIG. 34 is an explanatory diagram of the 48th pattern ptn_48.
If a vehicle needs to be adjusted, such as a frame that is damaged or out of balance, due to a collision, etc., adjustments will be made. The adjustment items differ accordingly. However, in the conventional inspection method, the number of adjustments cannot be grasped, and thus there is a possibility that an appropriate adjustment operation is not performed.
In view of the above, the configuration of the present invention is based on the fact that the vehicle information management device searches the database, and the previous and most recent old adjustment vehicle history and the necessary adjustments newly generated from the time of occurrence of this old adjustment to the present. The latest adjustment vehicle history can be confirmed by checking the presence and number of situations. Further, the present invention is not limited to the adjustment operation, and can be applied to quantification of the cumulative impact degree when the vehicle repeatedly receives a plurality of impacts.

  In FIG. 34, the information to be inspected xeiif is the number of registrations of the adjusted vehicle at the target time, that is, the adjustment history required at that time (first occurrence time) (number of times: N times in this case). When input for application, the vehicle information management device classifies the inspected information xeif as the eighth type of information (regulated vehicle registration), and designates the designated time as the first occurrence time as the inspection standard. The 48 pattern ptn_48 is applied, the link source information and the inspected information xeif are made to correspond to each other, and the link destination information to be defined and the reference information stored in the database are made to correspond to perform the consistency check.

In this case, the control information includes first control information and second control information or / and third control information or / and fourth control information. The first reference information is the previous and most recent high-reliability past adjustment vehicle history registered in the database, and at that time, the cumulative number of registrations (in this case, g times) is recorded as the adjustment vehicle. Yes. In the figure, the adjustment vehicle registration element pri_8 corresponds to this.
The occurrence time of the event described in the first control information is the second occurrence time. Here, a period from the second generation time to the first generation time is defined as a period T.
The second control information is the registration and data of non-life insurance payment for damage corresponding to the adjustment that needs to occur within the period T, and in this figure, insurance payment elements prif3_1 to prif3_2 correspond to this . The insurance payment element can be classified into a third type of information.
The third control information is registration and data of maintenance / inspection repair corresponding to the adjustment requiring occurrence time period T, and in this figure, the maintenance / inspection repair elements pri4_1 to pri4_2 correspond to this. Maintenance and repair elements can be classified into the fourth type of information.
The fourth control information is the registration of accidents corresponding to the adjustment that needs to occur within the period T and the data thereof, and the incident accident elements pri5_1 to prif5_2 correspond to this in the figure. The maintenance element can be classified into the fifth type of information.

Then, the number of all corresponding second control information (prif3_1 to prif3_2) within the period T is accumulated, and the number of times f (two times) within this period T is recorded. Or / and the number of all corresponding third control information (prif4_1 to pri4_2) within the period T is integrated, and the number of integrations f (two times) within the period T is recorded. Or / and the number of all corresponding fourth control information (prif5_1 to prif5_2) within the period T is accumulated, and the number of accumulations f (two times) within this period T is recorded. Of these three types of genres, some or all of the predetermined genres are executed.
A reasonable number of times is determined based on each number of integrations, and this newly generated number f is added to the number g of past past times. Next, the reliability of the information to be inspected is checked by comparing and comparing the addition result n with the numerical value indicated by the information to be inspected xeiif, that is, the number N of times of application.

The forty-eighth pattern ptn_48 is that the item (b) of the link source information is “registration application registration update history of the vehicle concerned and the latest cumulative number of times of adjustment vehicle”, and the occurrence timing of the link source event "It must be the application date"
The first link destination information includes the registration of the adjustment vehicle history, and the occurrence time of the first link destination event is the latest occurrence time of the link source event,
The item (b) of the first link destination information is “registration of the adjustment vehicle history of the vehicle and the cumulative number of adjustment vehicles”, and the occurrence timing of the first link destination event is “registration date” "
The item (b) of the second link destination information is “registration of damage insurance payment for damage corresponding to the adjustment of the vehicle concerned and its data”, and the occurrence timing of the second link destination event is “ It must be the date of payment of non-life insurance claims, "
The item (b) of the third link destination information is “registration and data of maintenance / inspection corresponding to the adjustment of the relevant vehicle” and the occurrence timing of the third link destination event is “maintenance / inspection / repair date” "
The item (b) of the fourth link destination information is “accident registration and data corresponding to the adjustment of the vehicle concerned” and the fourth link destination event occurrence date is “registration date” age,
The matching condition of the item (e) is “a period from the occurrence time of the first link destination event to the occurrence time of the link source event is a set period,
The occurrence time of the second link destination event is within the set period, the number of all the corresponding second link destination information,
The occurrence time of the third link destination event is within the set period, or the number of all corresponding third link destination information,
The occurrence time of the fourth link destination event is within the set period, or the number of all corresponding fourth link destination information,
Or the average of any two or more times and the cumulative number indicated by the first link destination information, and the addition result and the latest cumulative number indicated by the link source information The difference between and is within a predetermined tolerance range ”
The time-series order of the item (a) is “the occurrence time of the first link destination event is earlier than the occurrence time of the link source event”, and a predetermined code, symbol, or code, or It is specified by a numerical value or a character string.

  Also, in the above, for example, “the day is a maintenance / inspection / repair date”, but any day from the start date of the maintenance / inspection / repair to the completion delivery date is applied. Similarly, for “being an application date”, any date from application to acceptance shall be applied. The same applies to other generation times, and this applies to other patterns of the present invention.

FIG. 35 is an operation flowchart of an example of inspection processing to which the 48th pattern ptn_48 is applied.
When the inspected information xeif received in step S3501 is an application or confirmation of the number N of adjustment vehicle registrations (at the first occurrence time), the consistency inspection unit 1605 selects the 48th pattern, and provides the reference provision unit. The 48th pattern is fetched from a plurality of references 1606 stored in 1202. In step S3502, the vehicle information database AuDB stored in the information holding unit 1208 is accessed to search for the latest adjusted vehicle registration element before.

In step S3503, consistency checking means 1605 proceeds to step S3504 if there is the latest adjustment vehicle registration element, reads the registered number of times g described in the element, and sets the occurrence time of this event as the second occurrence time. . On the other hand, if it does not exist, the registered number of times g is set to zero, and the initial registration occurrence time is set to the second generation time. In step S3506, the consistency checking means 1605 determines the period T from the second occurrence time to the first occurrence time. Search for the elements of accidents that are greater than or equal to a predetermined level of vehicle loss (damage corresponding to adjustment required) and / or repair or non-life insurance payment. In step S3507, the consistency checking unit 1605 then counts the number of times f that there are different accidents, different repairs, or different non-life insurance payment elements. In step S3508, the consistency checking unit 1605 adds the number of times f to the registered number of times g to obtain the number of times n.
n = g + f
In step S3509, the consistency checking unit 1605 checks whether the number N and the number n match. If there is a mismatch, the process proceeds to step S3510 and the number N of applications applied is replaced with the number n and updated. Alternatively, it is not updated (although not shown), and the application on the user side is not accepted because there is no credibility of the application count, or the test result is notified.
On the other hand, if the number N matches the number n in the above, the consistency checking unit 1605 newly installs an adjustment vehicle registration element having the registration number N and registers it in the eighth zone of the vehicle information database AuDB in step S3511. At this time, in addition to the cumulative number of times described above, the adjustment vehicle registration element makes it easy to compare the description of the vehicle loss situation with the description relating to the vehicle loss of the accident element or the maintenance / repair element. It is preferred that

  Since the present invention is configured as described above, it is possible to easily and reliably confirm the number of adjustments. For example, when an adjustment is made for the first time in an accident, the registration process is performed as “first adjustment vehicle”. After that, when adjustment is performed due to the necessity of adjustment again, since it has been registered as “the first adjustment vehicle” before, the registration process is performed as “the second adjustment vehicle” this time. Thus, when there are a plurality of adjustment histories, confirmation can be easily performed by searching for registered contents, and adjustment history update processing can be performed. Therefore, there is an effect that an appropriate adjustment operation can be performed on the vehicle based on this information.

  In addition, when applying all the standards including the first to 48th patterns, the above-described data aggregating process can be performed. In this case, the consistency checking unit 1605 accesses the vehicle information database AuDB and executes data agglomeration processing. The configuration of the data agglomeration and the data agglomeration processing procedure are substantially the same as in the above-described embodiment, and thus the above description is incorporated.

  Returning to FIG. 12 and FIG. 13, upon receiving the inspected information xeiif that has been inspected or integrated and determined from the consistency inspecting means 1605 (see FIG. 16), the purchase information organizing means 1205 sends it to the information value assessing means 1204. The purchase price is assessed (step S1307). When the assessment end notification or assessment completion notification and assessment price are received from the information value assessment means 1204, the inspected information xeiif is recorded in the vehicle information database AuDB of the information holding means 1208 as already generated vehicle information (element) (step S1308). ). Further, the inspected information xeiif that has been inspected or integrated may be assigned multiple degrees or numerical values based on a predetermined rule or given calculation criteria, and stored in the vehicle information database AuDB.

  At the same time, the purchase information organizing unit 1205 sends a notification of the vehicle information purchase mode and the appraisal purchase price to the charging / payment unit 1207 to instruct payment processing, and the charging / payment unit 1207 sends the inspected information xeiif. Payment processing of the purchase price is executed to the provided user side (step S1309). Further, when the charging / payment unit 1207 organizes a purchase notification to be sent to the user device CL and sends it to the information exchange unit 1201, the information exchange unit 1201 encrypts the purchase notification into a transmission signal and performs control. In accordance with the user ID provided from the means 1210, the message is sent to the user device CL (step S1316).

  Further, the purchase information organizing means 1205 is stored in the information holding means 1208 starting from an arbitrary time or a time designated by the outside or other means, and has a vehicle specification or possession starting from the starting time. Based on information on existing vehicles related to insurance, inspection, repairs, incidents, accidents, leases, sales or other information, or other information. It can also be created at any time after.

  On the other hand, in step S1311, confirmation of information necessary for editing the sales information report is executed. The sales information organizing means 1206 receives instructions and information from the control / discrimination means 1503 (see FIG. 15), searches the vehicle information database AuDB for the vehicle information file i_AFL having the vehicle number based on the vehicle number, and exists. If not, the information sending / receiving means 1201 is notified of the contact, and the information sending / receiving means 1201 encrypts this contact notification into a transmission signal, and based on the user ID provided from the control means 1210, the user side device CL To send.

  On the other hand, if the corresponding vehicle information file i_AFL exists, the sales information organization means 1206 receives the input information from the comparison / discrimination means 1503, searches the vehicle information file i_AFL based on the designation of desired information, and needs the existing information. The generated vehicle information is read out (step S1312), the credibility assigned thereto is confirmed (step S1313), and the sales information report (sales vehicle information) is edited and processed (step S1314). The sales information report is created by editing the corresponding existing vehicle information or processing the existing vehicle information. In addition, the sales information organizing unit 1206 can disclose the reliability of the used vehicle information used when there is a disclosure instruction in the desired information or when it conforms to a given disclosure procedure.

  Next, the sales information organizing unit 1206 causes the information value assessing unit 1204 to assess the sales price of the sales information report, notifies the accounting / payment unit 1207 of this, and causes the accounting / payment unit 1207 to execute the accounting procedure (step S1315). ). The information price assessment means 1204 can determine the sales price based on the credibility of the used vehicle information being used. Next, the sales information organizing unit 1206 creates a transmission notification with the user ID, the sales information report transmission notification, and the sales price, and sends the sales information report and the transmission notification to the information transfer unit 1201. The user ID is provided from the control means 1210. The information exchanging means 1201 encrypts the sales information report and the transmission notification into a transmission signal and transmits it to the user side device CL according to the user ID (step S1316).

  When certain vehicle information is input from the user side device CL only for the purpose of authenticity verification, it can be processed in accordance with the vehicle information purchase mode. In this case, the inspection result is sent to the user side device CL, and the fee is charged to the user side device CL instead of the purchase amount.

Further, in the above configuration, when the vehicle information is not described for each item, the information inspection processing unit 1203 that is embodied as a computer program and operates as a cooperation of hardware and software including an arithmetic processing unit functions as a classification recording unit. Then, based on at least one of keyword detection processing, context determination processing, meaning determination processing, vocabulary analysis processing, and code detection processing, for any event described in the information,
(A) A description of a state event indicating part or all of the name, structure, content, characteristic, attribute, state, and situation, or a description of the state event and accompanying information.
(B) A description of a dynamic event indicating a part or all of an execution operation, an operation or process to be performed, a change in state, or a description of the dynamic event and incidental information.
(C) A description of the time of occurrence of the event.
The above information is sorted in random order,
Then, based on the classification result,
(D) A classification code or identification code or a predetermined code or symbol designating the item (b) or (b) or (c) or designating the item and breakdown details for each description. To record in random order on the recording medium, or
(E) A method of recording information in digital format on a recording medium in which the items (A), (B), or (C) are recorded in random order in respective predetermined areas of the recording medium is executed. It can also be set as the structure to do. Moreover, it is good also as a structure which the information transfer means 1201 bears a part of said classification process.

By the way, in the consistency inspection process between the information to be inspected and the control information by the data structure described above, for example, in light of a pattern given as a given condition for each of the three items (“state”, “dynamic”, “time”). A process of matching the corresponding items of the inspected information and the contrast information with the definition of the pattern is executed. Furthermore, a process related to a logical determination with another item may be executed for any of the three items.
As an example, the vehicle information of element number 00112 is the inspected information, and among the many pieces of control information, the vehicle information of element number 00134 has a correlation with the inspected information. When confirmation of the existence is the purpose of the inspection process,
(1) Confirmation process of “state” (vehicle bumper and damage status) of information to be inspected,
(2) A search process is performed for the reference information, and the reference information having the same “state” (vehicle bumper and its damage status) is listed up.
(3) Check the “dynamics” (replacement repair) of the inspected information against the given pattern and confirm the “dynamics” (report of the vehicle accident) of the control information;
(4) Search processing of the reference information and list the reference information of “dynamics” (vehicle accident report),
(5) Checking that the occurrence time of the control information (accident occurrence date) is earlier than the occurrence time of the inspected information (repair date) in light of the given pattern,
(6) Search processing of the control information, and the inspection process for the presence or absence of the occurrence time (accident occurrence date) before the occurrence time (repair date) of the information to be inspected,
(7) A process in which the information to be inspected is appropriate when the existence of the control information that satisfies all of the above processes is confirmed, and the information to be inspected is unconfirmed if the existence is not confirmed,
An inspection process (the above is an example) is performed by each of these steps.
In addition, the order of inspection shown above is the order of "state" inspection, "kinetic" inspection, and "time" inspection, but the order of these three processes can be changed arbitrarily. It is.

As in the above example, the present embodiment has a configuration in which the inspection processing of each of the three items “state”, “dynamic”, and “time” is executed without mutual interference. As a result, the processing range and procedure of each inspection process are clarified, and software creation work becomes easy. On the other hand, a method for reducing the number of steps and improving the efficiency of hardware operation can be provided as follows.
Here, for convenience of explanation, it is necessary to execute the state inspection process for checking whether or not the “state” of the contrast information and the “state” indicated by the inspected information match each content defined by the selected pattern. The process is to execute the dynamic inspection process to check whether the "dynamics" of the control information is consistent with the "dynamics" specified by the selected pattern. Execution of the time-series inspection process for determining whether or not the time-series order is consistent with the time-series order defined by the selected pattern is considered as a process.

  As an example of the inspection processing of the information to be inspected, the occurrence of an arbitrary high confidence on the vehicle information file relating to the vehicle stored in the large-capacity hard magnetic recording device (mass storage), for example, is the information holding means 1208. Vehicle information is extracted and used as control information. Using this reference information, one of the three processes indicated as the above-mentioned inspection is executed in accordance with the standard. If this inspection is passed, one of the other two processes will be executed in accordance with the standard, and if this inspection is passed, the remaining one process will be executed in accordance with the standard. When the inspection in this process is passed, the inspected information is determined to be consistent. In short, if one piece of contrast information is set, the inspection process of the three steps of Kootomi will be executed sequentially, and if even one step fails during the process, the reference information can be made inconsistent. . When one piece of contrast information is inspected in this way, the next piece of contrast information is set and the above three processes are sequentially executed, and the above is performed for all candidate pieces of contrast information. In the present invention, this is called a sequential continuous processing system. According to this method, the frequency of shipping and seeking of the magnetic head when using the magnetic disk recording apparatus can be rationalized.

  As another method of inspecting information to be inspected, first, all of the high-reliability existing vehicle information on the vehicle information file related to the vehicle stored in the information holding means is targeted, and An inspection process of any one of the processes is executed. This process is inspected for the control information set by sequentially extracting and setting the high-accuracy vehicle information in the vehicle information file, and this process is repeated for all candidate control information to check the process. The process of organizing the first table (first list) of the control information that has passed. The organized first table is recorded in a semiconductor memory or a magnetic disk recording device.

Then, using this first table, one of the other two-step inspection processes is executed. Since the target comparison information is already shown in the first table, It is not necessary to search all the generated vehicle information, and only the control information in the vehicle information file in the mass storage may be referred to based on the table. In this way, the second table of the control information that has passed the inspection of the process is organized. This knitting process is actually a deletion knitting process from the first table.
Next, using this second table, the remaining one-step inspection process is executed while referring to the control information shown in the same manner as above, and if the final step inspection is passed, the information to be inspected is consistent. And determine. In the present invention, this is called a batch stage processing method. According to this method, the number of accesses when using the magnetic disk recording apparatus can be rationalized.

  An example of an operation flowchart of the inspection process is shown in FIG. Execute any one of the steps A, B, and 丙 on the contrast information prif on the vehicle information file related to the vehicle stored in the information holding means 1208, and sequentially execute this for all the corresponding contrast information prif (Step S3601). The control information prif that passes this inspection is transferred and recorded in the first table (step S3602). Next, one of the remaining two processes is executed only for the control information prif listed in the first table (step S3603), and only the control information priif that passes this inspection is transferred and recorded in the second table (step S3604). ). Then, the remaining one process is executed only for the control information prif listed in Table 2 (step S3605), and if the test passes, it is assumed that there is control information prif that matches the inspected information xeiif. The inspected information xeiif is set to a high confidence level (step S3606).

  Or, as another way of the above-mentioned batch stage processing method, execute the process of organizing the inspection process of any two of the three processes of Kou Otomo at once and passing the inspection into the first table Then, the remaining one-step inspection process is executed using the contrast information listed in the first table, and it is determined that there is consistency when the inspection passes.

  Alternatively, as another method of the above-described batch stage processing method, the process of executing any one of the inspection processes and organizing those that passed the inspection is executed in the first table, and then listed in the first table. The remaining two-step inspection processing is executed at once using the contrast information, and if the inspection passes, it is determined that there is consistency.

  Alternatively, as another method of the above-described batch stage processing method, in the inspection processing by the information inspection processing means, one of the three processes of Kai Otomo is executed, or one of the two processes is inspected. When the process is executed all at once, and the process of organizing what passed the inspection into the first table is executed, the process of reading the corresponding contrast information from the information holding means in the previous process has already been performed, and the provisional Since the information is stored in the storage device or the like, the reference information is transferred from the temporary storage device or the like and placed on the first table for knitting processing. In the above, the control information is provisionally stored, but it may be directly acquired again from the information holding means.

  In the subsequent inspection process, the control information itself is obtained from the first table and the inspection process is executed. Since the first table is stored in a semiconductor memory or a small-capacity magnetic disk device having a high access function as described above, the time required for retrieving the reference information is determined from the information holding means 1208 by the mass storage type magnetic disk device. This is a short time compared with the time required for reading, and thus the throughput is improved. In particular, in the case of a distributed configuration in which reading from the information holding unit 1208 is via the communication network NW, this effect becomes even more remarkable.

  As another method of inspection processing of inspected information, vehicle information is divided into three items that do not interfere with each other: "state", "dynamics", and "time". The control means or the information processing that is distributed to any of the three processes and given to the three information processing means that operate independently and distributes and executes the inspection of the three processes independently, and assumes the supervisor function. One of the means totals the distributed execution results and performs matching processing, and determines whether or not the inspected information is consistent based on the case where all the results are passed. In the present invention, this is called a distributed independent processing system. According to this method, the total throughput is dramatically improved by the distributed processing effect.

  A flowchart of an example of the operation is shown in FIG. As an example of the information holding means, the vehicle information file of any high reliability on the vehicle information file related to the vehicle stored in the large-capacity hard magnetic recording device (mass storage) as an example is extracted and the reference information prif is extracted. (Step S3701). Using the comparison information prif, each of the three processes of the above-mentioned Kototsuji takes the job, and first to third processors (not shown) that are independently operated simultaneously process the consistency check of each job (step S3702). It is necessary to pass the inspection of all processes here. The control means that manages the overall operation monitors the progress of the processing of each job, and if the first result job fails the inspection (step S3706), the reference information priif is matched under the pattern The other job being processed is forcibly terminated (step S3703). Next, the control means checks in step S3704 whether other contrast information exists, and if there is, returns to step S3701 to select other contrast information. On the other hand, if there is no other control information, the inspection based on the pattern is terminated (step S3705).

  If the job whose result is first obtained in step S3706 is passed the inspection, the control means waits for the next inspection result, and if the job whose second result is obtained fails the inspection (step S3707). In step S3703, the other job being processed is forcibly terminated, and the following processing is performed in the same manner as described above. On the other hand, if the job that yielded the second result passes the inspection, the control unit waits for the next inspection result.

  Next, if the job that yields the third result fails the inspection (step S3708), the control information priif is incompatible, so the process moves to step S3704, and the other control information is examined. On the other hand, if the third-resulting job is inspected, it is assumed that all three processes of Kototo are satisfied, and the inspected information xefif matches the reference information prif (step S3709).

As described above, information such as vehicle information is separated into three items that do not interfere with each other: "state", "dynamics", and "time", so that each item can be inspected independently. Therefore, since distributed execution can be applied, it is possible to construct a database with a simplified configuration. For example, even when there is a problem in securing a real throughput due to an overhead bottleneck or the like when introducing an RDBS with a complex configuration, Speed and efficiency can be realized.
Furthermore, the maintenance of information is facilitated by the separated configuration of the above three items, and the time required for update repair maintenance is shortened.

  In addition, after the inspection of the third step, the other item of reference information in which the description of the item (b) matches the corresponding description of the link destination information is within the period between the second occurrence time and the first occurrence time. An inspection process of whether or not it is detected can be executed, and if it is not detected, the inspected information xeif can be made consistent.

Next, the configuration of the user device CL will be described.
FIG. 38 is a block diagram of an example of the user device CL shown in FIG.
The user side device CL is a computer-equipped device having a wireless / wired communication function including a personal computer or workstation installed at a fixed position, and / or a mobile communication device which is a mobile device, such as a mobile phone, an in-vehicle phone, a PDA or the like. Yes, a bus for transmitting command data and video data, an arithmetic processing unit CPU (Central Processing Unit) involved in execution of arithmetic processing, a presentation controller for managing graphic data display for video data and GUI displayed on the display, communication It has a communication interface for data exchange with the network NW, an input device interface related to processing of input data from a pointing device such as a keyboard, mouse, pen and tablet, and an external interface, and further an operating system and browser Data storage devices such as ROM (Read Only Memory) or / and hard magnetic disk devices in which some application software is stored, as well as uploaded application software and CPU A readable / writable storage device RAM (Random Access Memory) that temporarily stores data generated in the execution process is provided. However, these are general computer configurations, and thus detailed descriptions are omitted to avoid redundancy and complexity. .

  As shown in FIG. 38, the user side device CL includes request information input means 3201 for inputting request information, vehicle information input means 3202 for inputting vehicle information, composition means 3203, ID management section 3204, sending means 3205, acceptance. A means 3211, a presentation device 3212, a control unit Cnt, a communication interface ifc, and a power supply unit Pw are provided.

  The request information input means 3201 is a means for allowing the user to input a purchase request command or a purchase request command for designating a desired mode (whether vehicle information purchase mode or sales vehicle information purchase mode) as a desired service designation item. Yes, the vehicle information input means 3202 includes a vehicle number and its accompanying information (complementing the vehicle number) as vehicle information to be provided in the vehicle information purchase mode, and the type of information to be provided (for example, repair information, insurance information, etc.) And when it occurs (for example, repair completion date, insurance contract date, etc.), let the user input the main data (essence) to be purchased, or in the purchase mode of sales vehicle information, as the vehicle information desired to purchase Chassis number and accompanying information (complementing chassis number), specification of desired information (for example, comprehensive evaluation report or accident information) The purchase price is a means to input to the user, etc., all of which are embodied user operation easy button or key, by the associated software modules, including a general manual input device and GUI, such as pad. The input command and information are provided to the knitting means 3203.

The ID management unit 3204 manages the identification information ID on the user side, and provides the identification information ID to the organization unit 3203 based on an instruction from the organization unit 3203.
The knitting means 3203 receives the input information to the vehicle information management device AIC based on the command and information input from the vehicle information input means 3201 and the request information input means 3202 and the identification information ID obtained by referring to the ID management section 3204. Organize and send to sending means 3205. Alternatively, when there is a retransmission instruction from the receiving unit 3211, the user is prompted to input again, the input information is reorganized, and sent to the sending unit 3205.

Based on the input information sent from the organizing means 3203, the sending means 3205 performs encryption / security processing and protocol adjustment to create a sending signal and sends it to the communication network NW via the communication interface ifc. The information is transmitted to the vehicle information management device AIC. As described above, at least the input information sent by the user side device CL in the vehicle information purchase mode (vehicle information purchase mode on the server side),
<ID><Purchaserequest><Bus number / accompanying information><Informationtype><Occurrencedate><Informationbody>
Is installed.
On the other hand, the input information sent by the user side device CL in the purchase mode of sales vehicle information is at least:
<ID><Purchaserequest><Casenumber><Designation of desired information>
Is installed. In addition, incidental information for supplementing the chassis number and a specified price may be included. The ID includes a member registration symbol.

  The receiving unit 3211 receives a transmission signal transmitted from the vehicle information management device AIC through the communication network NW via the communication interface ifc. Transmission information is carried on the transmission signal after being encoded. In addition to receiving side identification information such as ID and membership number, the transmission information is notified from the vehicle information management device AIC related to purchase in the information purchase mode (in the vehicle information management device, the information purchase mode). Price, payment, etc.) and presentation control code, and in the information purchase mode (the vehicle information management device is in the information sales mode), the content that is the main body of the sales vehicle information (vehicle information report, etc.) and related notifications Items and presentation control codes are included. Alternatively, a command for instructing re-sending of the already sent request information may be placed.

The receiving means 3211 performs protocol processing on the received transmission signal, performs decoding processing to decode the transmission information, checks the receiving side identification information (ID and member number), and receives it if it is addressed to itself. If a notification is installed, it is supplied as acceptance information to the presentation device 3212 together with a presentation control code to present it, and if the content is installed and is in a compressed format, an MPEG4 decoder or JPEG The data is decompressed by a decoder or the like, restored, and supplied as presentation information to the presentation device 3212 together with the presentation control code.
On the other hand, when a command for instructing re-sending of input information that has already been sent is detected, the organization unit 3203 is instructed to perform retransmission processing.
The receiving means 3211 is preferably configured to have a WAP browsing function in correspondence with the case where the service is based on the Internet mechanism and is WAP compliant. In this case, the transmission signal is accepted as a WSP response (mounted on WML content).

  The presentation device 3212 receives the reception information supplied from the reception means 3211 and presents the sales vehicle information and the notification information based on the presentation control code (screen display / sounding / printing output / external output), A screen display device with a speaker and a printer device are included.

  The control unit Cnt is configured to control the entire operation of the user side device CL, and the power supply unit Pw is a power line power source or a battery power source. Especially in the case of a portable wireless device, a lithium polymer battery or lithium A battery such as an ion battery is equipped as a main power source.

  The request information input means 3201, the vehicle information input means 3202, the knitting means 3203, the ID management section 3204, the sending means 3205, the receiving means 3211, and the control section Cnt are computer programs (software software) that can be read and executed mainly by the arithmetic processing unit CPU. Module) and stored in a ROM or / and a hard magnetic disk device or the like.

Operation of user side device CL:
FIG. 39 is an operation flowchart of the user device CL.
The control unit Cnt informs the user that the operation related to the request input is possible through the GUI function, and information related to the desired service is input from the request information input unit 3201 and the vehicle information input unit 3202 by the user in step S3901. Then, the knitting means 3203 captures this and confirms whether the content of the request is vehicle information purchase desired or vehicle information purchase desired (step S3902), and if desired, vehicle information (vehicle number, Accompanying information, information type, essence, etc.) are confirmed, and the flow advances to step S3905. On the other hand, if the content of the request is desired to be purchased, the desired vehicle information (vehicle number, incidental information, information designation, purchase price, etc.) is confirmed in step S3904, and the process proceeds to step S3905.

  In step S3905, the organizing means 3203 organizes the input information obtained by assigning the ID and member number obtained from the ID management unit 3204 to the vehicle information and sends it to the sending means 3205. The sending means 3205 performs data compression and encryption. A transmission signal is sent to the vehicle information management device AIC via the communication network NW. When the knitting means 3203 receives a re-send instruction from the receiving means 3211, the input information is reorganized. Alternatively, although not shown, it issues an instruction to notify the presentation device 3212 to prompt the user to input again.

  Next, the receiving means 3211 waits for a response from the vehicle information management device AIC (step S3906). When receiving the transmission signal, the receiving means 3211 decrypts it in step S3907 and confirms the ID and member number, and then in step S3908 whether it is a re-send instruction. Confirm. If it is a re-send instruction, it is transferred to the knitting means 3203 and the process returns to step S3905. On the other hand, if it is not a re-send instruction and the vehicle information purchase mode, the process proceeds to step S3909, and the sent notification (purchased or not) , Price, payment, etc.) are presented to the presentation device 3212. Or if it is vehicle information purchase mode, it will progress to step S3910, will confirm that the desired sales vehicle information was sent, and will be made to show on the presentation apparatus 3212 with notification matters (price withdrawal etc.).

  The presentation device 3212 displays the screen and voices the sales vehicle information based on the presentation control code. The presentation control code enables various presentations such as the display position on the screen and the on / off of sounding and the control thereof.

The above description of each example is for purposes of illustration and explanation, but is only a part of the possible examples, and thus is not exhaustive of all aspects, configurations, functions and applications of the present invention. Further, the present invention is not limited to the configuration disclosed above, and therefore the technical scope of the present invention should not be construed in a limited manner by the above examples. Further, modifications and changes can be made based on the above description, Modifications and changes may be made by implementing the invention. For example, the above embodiments are preferably implemented in cooperation with hardware and software, but may be implemented in hardware alone. That is, the present invention can be implemented in various forms without departing from the principle or the main features thereof. Furthermore, the scope of the present invention shall be defined by the claims and their equivalents.

  INDUSTRIAL APPLICABILITY The present invention can be used for information processing related to merchandise management / sales management, information processing related to parts inventory management, information processing related to process management, etc., and more particularly to management and sales of vehicle (automobile) information. It can be used for inspection processing of input information in an industry.

It is explanatory drawing of the information which concerns on a test | inspection. It is explanatory drawing of the structural example of information, and the structural example of a reference | standard. It is a block structural example of the information inspection apparatus which performs 1st Example of the information inspection method which concerns on this invention. It is an operation | movement flowchart of the information inspection apparatus shown in FIG. It is an operation | movement flowchart of the information inspection apparatus shown in FIG. It is a block diagram which shows an example of a structure of the information inspection apparatus with which the information inspection method concerning 2nd Example of this invention is implemented. It is an operation | movement flowchart of a data aggregation process. It is a block diagram which shows an example of the outline | summary of the vehicle information management apparatus AIC which is the 8th Example concerning this invention, and the relationship between the user side apparatus CL and the communication network NW. It is explanatory drawing of vehicle information database AuDB. It is explanatory drawing of the vehicle information file i_AFL accumulated and preserve | saved at vehicle information database AuDB. It is a figure which shows the structural example of an element. It is a block block diagram of one Embodiment of vehicle information management apparatus AIC. 13 is an operation flowchart of the vehicle information management device AIC shown in FIG. It is a block diagram which shows the structure of the information transfer means of the vehicle information management apparatus AIC shown in FIG. It is a block diagram which shows the structure of the information inspection process means of the vehicle information management apparatus AIC shown in FIG. It is a block diagram which shows the structure of the information inspection process means of the vehicle information management apparatus AIC shown in FIG. It is a flowchart of pattern selection. It is explanatory drawing of a 1st pattern thru | or a 5th pattern. It is explanatory drawing of a 6th pattern thru | or an 11th pattern. It is explanatory drawing of the 12th pattern thru | or 15th pattern. It is explanatory drawing of the 16th pattern thru | or 17th pattern. It is explanatory drawing of the 18th pattern thru | or the 22nd pattern. It is explanatory drawing of the 23rd pattern thru | or 24th pattern. It is explanatory drawing of the 25th pattern thru | or the 28th pattern. It is explanatory drawing of the 29th pattern thru | or the 31st pattern. It is explanatory drawing of the 32nd pattern thru | or 34th pattern. It is explanatory drawing of the 35th thru | or 39th pattern. It is explanatory drawing of the 40th pattern thru | or the 43rd pattern. It is explanatory drawing of the 44th pattern thru | or the 46th pattern. It is a flowchart of the process sequence of the latest inspection. It is a flowchart of another processing procedure of the latest inspection. It is explanatory drawing of the 47th pattern. It is an operation | movement flowchart of the example of an inspection process to which the 47th pattern is applied. It is explanatory drawing of the 48th pattern. It is an operation | movement flowchart of the example of an inspection process to which the 48th pattern is applied. It is an operation | movement flowchart of the Kototsu process. It is an operation | movement flowchart of another Kai Oto process. It is a block block diagram of an example of a user side apparatus. It is an operation | movement flowchart of the user side apparatus shown in FIG.

Explanation of symbols

xeif subject information e_xe first event content t_xe occurrence time e_pr second event content t_pr1 to t_pr3 occurrence time pri_1 first control information prif_2 second control information prif_3 third control information isp1 first test isp2 second test isp2 second test isp Inspected information capture time t_act Inspection execution time m_rv Storage period

Claims (82)

Using an information inspection device that is embodied as a computer program and includes information processing means that operates as cooperation between software and hardware, information that describes the contents and timing of any event in digital format, A method for inspecting information for inspecting the degree of authenticity of information to be inspected,
The information processing means is
Among the existing information in which the contents and timing of occurrence of other events are described in a digital format, the information with the confidence level set in advance as a high confidence level is used as contrast information, and the contents between different events and Applying a standard that defines a matching condition related to the occurrence time in a digital format, and inspecting whether or not the information to be inspected and the control information satisfy the standard;
A second step of determining the information to be inspected as a high confidence when the information to be inspected and the reference information satisfy the criteria and the matching between the information to be inspected and the reference information is established;
A method for inspecting information, characterized in that The inspected information describes the contents of the first event and the first occurrence time that is the time of occurrence of the first event, and the control information is the contents of the second event and the time of occurrence of the second event. Suppose that the second occurrence time is described,
The criteria include
The content of information (referred to as link source information) describing the event (referred to as link source event) to which the standard applies;
The content of information (referred to as link destination information) describing an event (referred to as a link destination event) that physically or logically or numerically matches the link source event, or one or both of the matching conditions;
A chronological order of occurrence times of the link destination event and the link source event;
Shall be prescribed,
The existing information and the reference are recorded and stored so as to be readable in an arbitrary recording device,
The information processing means is
A process of reading from the recording device the criteria that the link source event matches the first event described by the inspected information;
Read the control information from the recording device, in light of the criteria,
Whether the second event described in the contrast information matches the link destination event indicated by the link destination information, or whether the inspected information and the contrast information satisfy the matching condition,
Content inspection to inspect either or both of
An order check for checking whether the order of the second occurrence time and the first occurrence time matches the time-series order defined by the reference;
A process of performing both inspection processes in random order;
A determination process in which the information to be inspected is determined to be highly reliable when it is suitable for both inspections, and is not highly reliable if it is not suitable;
A storage process for recording and storing the inspected information with the determined reliability as new existing information in an arbitrary recording device;
The information inspection method according to claim 1, wherein: The inspected information describes the contents of the first event and the first occurrence time that is the time of occurrence of the first event, and the control information is the contents of the second event and the time of occurrence of the second event. Suppose that the second occurrence time is described,
The criteria include
The content of information (referred to as link source information) describing the event (referred to as link source event) to which the standard applies;
The content of information (referred to as link destination information) describing an event (referred to as a link destination event) that physically or logically or numerically matches the link source event, or one or both of the matching conditions;
A chronological order of occurrence times of the link destination event and the link source event;
Shall be prescribed,
The reference information and the reference are recorded and stored so as to be readable in an arbitrary recording device,
The information processing means is
A process of reading from the recording device the criteria that the link source event matches the first event described by the inspected information;
Read the control information from the recording device, in light of the criteria,
Whether the second event described in the contrast information matches the link destination event indicated by the link destination information, or whether the inspected information and the contrast information satisfy the matching condition,
Content inspection to inspect either or both of
An order check for checking whether the order of the second occurrence time and the first occurrence time matches the time-series order defined by the reference;
A process of performing both inspection processes in random order;
A determination process in which the information to be inspected is determined to be highly reliable when it is suitable for both inspections, and is not highly reliable if it is not suitable;
The inspected information accompanied by the determined reliability is regarded as new existing information, and in addition to the existing existing information that has been read, it is agglomerated and described in each aggregated existing information. A data agglomeration process that adds serial numbers in time series order based on the occurrence time of the event and arranges each aggregated information in order of the serial numbers;
An agglomeration storage process for recording and storing the agglomeration in an arbitrary recording device;
The information inspection method according to claim 1, wherein: The information processing means follows the processing step,
When the control information suitable for both the tests exists, another information describing another event occurred between the second generation time described in the control information and the first generation time described in the test information Another information detection process for detecting contrast information;
For each of the different control information detected, an inhibition test process that tests whether the described different event inhibits the alignment against a predetermined inhibition rule;
A determination process for determining the information to be inspected as high confidence when there is no inhibition;
Run
Then, the storage process is performed, or the data agglomeration process and the agglomeration storage process are performed.
The information inspection method according to claim 2, wherein the information inspection method is the same as the information inspection method according to claim 2. When the information processing means receives an instruction from the outside before the processing step, the execution timing of the processing step is after the timing when the inspected information is given,
The information processing means stores the inspected information in a storage means separately provided until the instructed execution time, or
When the information processing means receives the reference information after the time when the information to be inspected is received, the information processing means separately provides the information to be inspected until the execution time after the provision of the reference information. Stored in a storage means
5. The information inspection method according to claim 2, wherein a storage process is performed.   Integrated determination in which the information processing unit integrally determines the reliability of the inspected information based on each inspection result and according to a given integrated determination criterion after execution of a plurality of different processing steps related to the inspected information 6. The method for inspecting information according to claim 2, wherein the process is executed. When the credibility of the existing information is indicated in multiple stages or numerical values,
In the reading of the contrast information, the information processing means reads the confidence information of the confidence information that satisfies a predetermined discrimination criterion in the already-occurring information as the contrast information,
A reliability setting process in which the information processing means sets the reliability of the information to be inspected in multiple steps or numerical values according to a given calculation standard based on the result of the processing process or based on the result of the integrated determination process; The information inspection method according to claim 2, wherein the information inspection method is executed.   When the information processing means receives information from the outside at any time when the reliability has already been determined as a given case, a given storage process for storing the information in the recording device as existing information of the given case 8. The information inspection method according to claim 2, wherein the information inspection method is executed.   Of the existing information stored in the recording device at any time, the reliability of the information that does not exceed a given threshold or does not satisfy the matching condition 9. The information inspection method according to claim 2, wherein the reading process and the processing process are re-executed as information. A vehicle information processing method executed by a vehicle information management device that bidirectionally exchanges information with a plurality of user-side devices connected via a communication network,
Vehicle information is information described in a digital format created at the time of initial registration of the vehicle or at an arbitrary time thereafter, and any data relating to the vehicle is associated with the vehicle information. For the event
(A) A description of a state item indicating part or all of the name, configuration, content, characteristic, attribute, state, and situation, or a description of the state item and accompanying information.
(B) A description of a dynamic item indicating a part or all of an execution operation, an operation or process to be performed, and a change in state, or a description of the dynamic item and incidental information.
(C) Description of the occurrence time related to the state item and / or the dynamic item as the occurrence time related to the event.
As the main body data, and the item (b) or (b) or (c) is designated for each item, or the item and the breakdown details are assigned.
For the link source information and the link destination information that is consistent with the link source information, the criteria are all information in which the event related to the vehicle is described in digital format and the classification code is attached.
(A) time series order of the occurrence timing of the link source event described by the link source information and the occurrence timing of the link destination event described by the link destination information;
(B) The classification code according to the items (A) and (B) of the link source information and the link destination information, or the classification code and body data,
(C) a matching condition relating to the description contents of the items (b) and (b) of the link source information and the link destination information;
(D) a matching condition relating to a numerical value described in the item (A) or (B) of both the link source information and the link destination information;
(E) the matching condition of the calculation result based on the numerical value described in the item (A) or (B) indicated by both the link source information and the link destination information;
In addition to (a), at least one of (b) to (e) is defined in a digital form by a predetermined code, symbol, sign, code, numerical value, or character string,
The degree of credibility of the vehicle information is regarded as credibility,
The vehicle information that is the subject of the inspection is inspected information, and the other vehicle information that is compared with the inspected information is set as the vehicle information in which the reliability is set as a high reliability in advance.
The vehicle information management device operates as a cooperation of computer software and hardware, information exchange means for exchanging input information or output information with the user side device via a communication network, and the reliability is Information holding means for storing existing vehicle information for which reliability has been set, which is set in multiple stages or numerical values, reference providing means for holding one or more of the standards, and based on the criteria, An information inspection processing means for inspecting the consistency between the inspection information and the control information, and a control means for managing the operation of the entire vehicle information management device;
The information inspection processing means
Inspected information setting process for setting the vehicle information included in the input information received by the information transfer means in the inspected information;
Next, among the criteria provided by the criteria providing means, a criteria selection process for selecting the criteria in which the rule indicated by the link source information matches the inspected information;
Then, a contrast information setting process for setting the contrast information as the already generated vehicle information of high reliability that satisfies the discrimination criteria of the given case among the already generated vehicle information stored in the information holding means,
Next, an inspection process for inspecting whether the criterion is satisfied by associating the information to be inspected and the set contrast information with the link source information and the link destination information of the selected criterion,
Based on the inspection result, the information to be inspected is determined to be highly reliable when the information to be inspected and the control information are matched to meet the specification, and the information to be inspected is not highly reliable when the information does not satisfy the specification. A determination process to
Vehicle information processing method. As an array process following the control information setting process,
When the plurality of set contrast information is not arranged based on the occurrence times related to the events described respectively, the process of arranging the plurality of control information in time series,
As a subsequent inspection process,
Whether the status item satisfies the provisions related to the status item indicated by the standard with respect to the control information in the order in which the occurrence date is closer to the time when the occurrence date related to the event described by the information to be inspected is advanced Either the inspection of whether or not, or the inspection of whether or not the dynamic item satisfies the provision related to the dynamic item indicated by the standard, is performed in an arbitrary order, and when either of the above inspections is not satisfied, the other inspection Without performing the process on the control information, the process of sequentially performing the process on the control information in the next order is performed.
As a judgment process that follows,
When the control information that satisfies both the tests exists, the information to be inspected is determined to have high reliability, and when there is no control information, the process to determine the information to be inspected as low confidence is performed. The vehicle information processing method according to claim 10. The prescription describes a condition that hinders matching between the link source information and the link destination information,
As an array process following the control information setting process,
When the plurality of control information set are not arranged based on the occurrence times related to the events described respectively, an arrangement process of arranging the plurality of control information in time series is performed,
As a subsequent inspection process,
Among the plurality of pieces of control information arranged in time series, a control that has the latest occurrence time of the described event by going back in time from the occurrence time of the event described in the inspected information or by advancing the time. From the information, in order to detect the control information that satisfies the matching or the inhibition specified in the standard in advance, the control to be tested without reaching the detection Execute the inspection process to check whether the information is lost,
As a judgment process that follows,
Based on the result detected earlier, if the information to be inspected matches the control information, the information to be inspected is determined to be highly reliable, and on the other hand, inhibition is not achieved or the detection is not reached. The vehicle information processing method according to claim 10, wherein a process of determining the information to be inspected as a low confidence level is executed when the reference information to be inspected disappears.   The vehicle information management device includes purchase information organization means, and after the determination process, the purchase information organization means organizes the inspected information received from the information inspection processing means and the reliability of the inspection result. 13. The vehicle information processing method according to claim 10, 11 or 12, wherein a storage process is performed in which the stored vehicle information is stored in the information holding means as the already generated vehicle information.   The information inspection processing means or the purchase information organizing means follows the determination process, and uses the inspected information with the determined reliability as new existing vehicle information, and reads the existing existing vehicle that has been read. The new existing vehicle information is added to the information and agglomerated, and each aggregated existing vehicle information is added with a serial number in chronological order based on the occurrence time of each event described and agglomerated. In addition, a data agglomeration process for arranging each existing vehicle information in the order of the serial numbers is executed, and then an agglomeration storage process for collectively recording and storing the agglomerates in the or any other information holding means is executed. The vehicle information processing method according to any one of claims 10 to 13. The vehicle information management device includes a sales information organization unit that organizes sales vehicle information based on the already generated vehicle information, and a process that is organized by the purchase information organization unit based on the inspected information that has been inspected. An information value assessing means for assessing the value of the entry vehicle information or the value of the sale vehicle information and providing the assessment information to the purchase information organizing means or the sales information organizing means,
The information exchanging means is a vehicle designation information and a request for selling desired information based on the vehicle information input from the user side device via a communication network, or a vehicle information purchase request and purchase target Execute the acceptance process to accept the input information loaded with any of the vehicle information,
The purchase information organizing means performs a purchase sending process of selecting information suitable for purchase based on a predetermined selection criterion from the inspected information after the determination process and sending it to the information value assessment means,
The information value assessment means determines a purchase price of the inspected information based on the inspection result, and executes a purchase assessment process to provide the purchase information organization means as an assessment price,
The purchase information organization means executes a purchase organization process for organizing purchased vehicle information based on the assessed value provided from the information value assessing means and the inspected information, and the purchased vehicle information is Execute the storing process to store in the information holding means,
Further, when the information inspection processing means detects the vehicle designation information and the sales request for the desired information from the input information, the sales information organizing means searches the information holding means based on the desired information and corresponds. Taking out the already generated vehicle information, and executing a sales sending process in which part or all of the existing vehicle information is sent to the information value assessment means as sales information that is the existing vehicle information,
The information price assessment means determines the sales price of the sales information based on the reliability of the taken out vehicle information, and executes a sales assessment process to provide the sales information organization means as an assessment price;
The sales information organization means executes a sales organization process for organizing sales vehicle information based on the sales information and the appraisal value provided from the information value assessment means,
The vehicle information according to any one of claims 13 and 14, wherein the information exchanging means executes a sending process of sending the organized sales vehicle information to the user side device via a communication network. Processing method.   Prior to execution of the inspection process, when an instruction is given to set the execution time of the inspection process after the addition of the inspected information, or after the time when the reference information is given to the inspected information When the information inspection processing means, the information inspection processing means performs the storage process of storing the given information to be inspected until the designated execution time or the execution time after the reference information is given The vehicle information processing method according to claim 10, wherein the vehicle information processing method is a vehicle information processing method.   In the determination process, when a plurality of inspection results are obtained by applying a plurality of different criteria for one piece of information to be inspected, the information inspection processing means follows the integrated determination criteria of the information to be inspected. The vehicle information processing method according to any one of claims 10 to 16, wherein the consistency is determined in an integrated manner.   A quantification process in which the information inspection processing unit or the purchase information organization unit assigns credibility to the inspected information that has been inspected or the integrated determination based on a predetermined rule or given calculation criteria in multiple stages or numerical values. The vehicle information processing method according to claim 10, wherein the vehicle information processing method is executed.   In the information inspection processing means, the input information has already been inspected externally and does not require the inspection, or the reliability is given as a given condition from the outside and the occurrence time is set. The vehicle information processing method according to any one of claims 10 to 18, wherein a process of taking in the information as an already generated vehicle information for which reliability is already set is executed at an arbitrary time.   At any time, the information inspection processing means performs the inspection on the existing vehicle information stored in the information holding means that does not satisfy the consistency or the credibility does not exceed a given threshold value. The vehicle information processing method according to any one of claims 10 to 19, further comprising a re-execution process for re-executing the operation.   Vehicle specifications or owners whose purchase information organizing means is stored in the information holding means and has an occurrence time before the start time, starting from an arbitrary time or a time designated by the outside or other means Based on the information on existing vehicles related to insurance, inspection, repairs, incidents, accidents, leases, sales, etc., each historical information up to the starting point is the starting point or subsequent points from the starting point. 21. The vehicle information processing method according to claim 13, wherein a history information compilation process created at an arbitrary time is executed. The criterion is that the item (b) of the link source information is:
Application for registration of vehicle specification change or vehicle verification or acceptance, and content of vehicle specifications,
And the time of occurrence of the link source event is
The registration date of the specification change notification or the application date or acceptance date of the vehicle verification,
And
The item (b) of the link destination information is
Registration of repair work and updated vehicle specifications,
And the occurrence time of the linked event is
The contract date or work date or delivery date
And
The matching condition of the item (c) is
The content of the vehicle specification described in the link destination information is the same as part or all of the content of the vehicle specification described in the link source information.
And
The time series order of the item (a) is
The occurrence time of the linked event is the same as or earlier than the occurrence time of the linked event,
The vehicle information processing method according to any one of claims 10 and 13 to 21, wherein each of the above is defined by a predetermined code, symbol, code, code, numerical value, or character string. . The criterion is that the item (b) of the link source information is:
Registration of application for vehicle verification or acceptance of vehicle verification,
And the time of occurrence of the link source event is
The date of application or acceptance of the vehicle verification,
And
The link destination information includes registration of enrollment in automobile liability insurance, and the occurrence timing of the link destination event is closest to the occurrence timing of the link source event,
The item (b) of the link destination information is
Registration related to a new contract or succession of automobile liability insurance,
And the occurrence time of the linked event is
The new contract date or contract success date,
And
The matching condition of the item (c) is
The chassis number described in the link destination information matches the chassis number described in the link source information.
And
The time series order of the item (a) is
The occurrence time of the linked event is the same as or earlier than the occurrence time of the linked event;
The vehicle information processing method according to any one of claims 11 and 13 to 21, wherein each of the above is defined by a predetermined code, symbol, code, code, numerical value, or character string. . The criterion is that the item (b) of the link source information is:
Issuance of vehicle verification or registration of receipt of vehicle verification,
And the time of occurrence of the link source event is
The application date or registration date or delivery date for vehicle verification,
And
The item (b) of the link destination information is
Registration of new contract or succession of voluntary automobile insurance,
And the occurrence time of the linked event is
The new contract date or contract success date,
And
The matching condition of the item (c) is
The chassis number described in the link destination information matches the chassis number described in the link source information;
And
The time series order of the item (a) is
The occurrence time of the linked event is the same as or later than the occurrence time of the linked event;
The vehicle information processing method according to any one of claims 10 and 13 to 21, wherein each of the above is defined by a predetermined code, symbol, code, code, numerical value, or character string. . The criterion is that the item (b) of the link source information is:
Registration of changes in vehicle specifications or registration of application or acceptance of vehicle verification, and details of vehicle specifications,
And the time of occurrence of the link source event is
The registration date of the specification change notification or the application date or acceptance date of the vehicle verification,
And
The link destination information includes the registration of the vehicle lease contract, and the occurrence time of the link destination event is the latest occurrence time of the link source event,
The item (b) of the link destination information is
Registration of the vehicle lease contract and the vehicle specifications described in the contract,
And the occurrence time of the linked event is
The vehicle lease contract date,
And
The matching condition of the item (c) is
There is no contradiction between the content of the vehicle specification described in the link destination information and the content of the vehicle specification described in the link source information.
And
The time series order of the item (a) is
The occurrence time of the linked event is the same as or later than the occurrence time of the linked event;
The vehicle information processing method according to any one of claims 11 and 13 to 21, wherein each of the above is defined by a predetermined code, symbol, code, code, numerical value, or character string. . The criterion is that the item (b) of the link source information is:
Registration of vehicle specification change registration or vehicle verification application or acceptance, and the details of the vehicle specification,
And the time of occurrence of the link source event is
The registration date of the specification change notification or the application date or acceptance date of the vehicle verification,
And
The link destination information includes the registration of a vehicle sales contract, and the occurrence time of the link destination event is the latest occurrence time of the link source event,
The item (b) of the link destination information is
Registration of the vehicle sales contract and the vehicle specifications described in the contract,
And the occurrence time of the linked event is
The contract date of the vehicle sales contract,
And
The matching condition of the item (c) is
There is no contradiction between the content of the vehicle specification described in the link destination information and the content of the vehicle specification described in the link source information.
And
The time series order of the item (a) is
The occurrence time of the linked event is the same as or later than the occurrence time of the linked event;
The vehicle information processing method according to any one of claims 11 and 13 to 21, wherein each of the above is defined by a predetermined code, symbol, code, code, numerical value, or character string. . The criterion is that the item (b) of the link source information is:
The change registration of the owner name of the vehicle and the description of the owner,
And the time of occurrence of the link source event is
The date of change registration in the name of the owner,
And
The link destination information includes the registration in the name of the owner of the vehicle, and the occurrence time of the link destination event is closest to the occurrence time of the link source event,
The item (b) of the link destination information is
The change registration of the owner name of the vehicle and the description of the owner,
And the occurrence time of the linked event is
The date of change registration in the name of the owner,
And
The matching condition of the item (c) is
The new owner of the description in the link destination information matches the old owner of the description in the link source information;
And
The time series order of the item (a) is
The occurrence time of the link destination event is earlier than the occurrence time of the link source event;
The vehicle information processing method according to any one of claims 11 and 13 to 21, wherein each of the above is defined by a predetermined code, symbol, code, code, numerical value, or character string. . The criterion is that the item (b) of the link source information is:
The change registration of the owner name of the vehicle and the description of the owner,
And the time of occurrence of the link source event is
The date of change registration in the name of the owner,
And
The link destination information includes the registration in the name of the owner of the vehicle, and the occurrence time of the link destination event is closest to the occurrence time of the link source event,
The item (b) of the link destination information is
The change registration of the owner name of the vehicle and the description of the owner,
And the occurrence time of the linked event is
The date of change registration in the name of the owner,
And
The matching condition of the item (c) is
The old owner of the description in the link information matches the new owner of the description in the link source information;
And
The time series order of the item (a) is
The occurrence time of the link destination event is after the occurrence time of the link source event;
The vehicle information processing method according to any one of claims 11 and 13 to 21, wherein each of the above is defined by a predetermined code, symbol, code, code, numerical value, or character string. . The criterion is that the item (b) of the link source information is:
Registration of the owner or / and user name change of the vehicle and a description of the owner or / and user;
And the time of occurrence of the link source event is
The registration date of the name change notification,
And
The item (b) of the link destination information is
Registration of the application or acceptance of vehicle verification and the description of the owner or / and user;
And the occurrence time of the linked event is
The date of application or acceptance of the vehicle verification,
And
The matching condition of the item (c) is
The owner or / and user of the description matches the link destination information and the owner or / and user of the description match the link source information;
And
The time series order of the item (a) is
The occurrence time of the linked event is the same date as the occurrence time of the linked event;
The vehicle information processing method according to any one of claims 10 and 13 to 21, wherein each of the above is defined by a predetermined code, symbol, code, code, numerical value, or character string. . The criterion is that the item (b) of the link source information is:
Registration of the owner or / and user name change of the vehicle and a description of the owner or / and user;
And the time of occurrence of the link source event is
The registration date of the name change,
And
The link destination information includes the registration of the automobile liability insurance contract or succession, and the time of occurrence of the link destination event is the closest to the time of occurrence of the link source event,
The item (b) of the link destination information is
Registration of new contract or succession of automobile liability insurance, and description of contractor,
And the occurrence time of the linked event is
The new contract date or contract success date,
And
The matching condition of the item (c) is
The contractor described in the link destination information matches either the owner or user of the description in the link source information;
And
The time series order of the item (a) is
The occurrence time of the linked event is the same as or later than the occurrence time of the linked event;
The vehicle information processing method according to any one of claims 11 and 13 to 21, wherein each of the above is defined by a predetermined code, symbol, code, code, numerical value, or character string. . The criterion is that the item (b) of the link source information is:
Registration of change of ownership of the vehicle and a description of the owner,
And the time of occurrence of the link source event is
The registration date of the name change,
And
The link destination information includes the registration of the vehicle lease contract, and the occurrence time of the link destination event is the latest occurrence time of the link source event,
The item (b) of the link destination information is
Registration of the vehicle rental contract and the description of the lender,
And the occurrence time of the linked event is
The contract date,
And
The matching condition of the item (c) is
The lender described in the link destination information matches the owner of the description in the link source information;
And
The time series order of the item (a) is
The occurrence time of the link destination event is after the occurrence time of the link source event;
The vehicle information processing method according to any one of claims 11 and 13 to 21, wherein each of the above is defined by a predetermined code, symbol, code, code, numerical value, or character string. . The criterion is that the item (b) of the link source information is:
Registration of change of ownership of the vehicle and a description of the owner,
And the time of occurrence of the link source event is
The registration date of the name change,
And
The link destination information includes the registration of a vehicle sales contract, and the occurrence time of the link destination event is the latest occurrence time of the link source event,
The item (b) of the link destination information is
Registration of vehicle sales contract and description of seller,
And the occurrence time of the linked event is
The contract date,
And
The matching condition of the item (c) is
The seller described in the link destination information matches the owner of the description in the link source information;
And
The time series order of the item (a) is
The occurrence time of the link destination event is after the occurrence time of the link source event;
The vehicle information processing method according to any one of claims 11 and 13 to 21, wherein each of the above is defined by a predetermined code, symbol, code, code, numerical value, or character string. . The criterion is that the item (b) of the link source information is:
Registration that received a vehicle damage insurance claim corresponding to a vehicle self-injury accident, and description of the person to be paid,
And the time of occurrence of the link source event is
The date of payment of the vehicle damage insurance,
And
The item (b) of the link destination information is
Registration of the vehicle damage insurance contract or succession corresponding to the vehicle self-injury accident, and description of the contractor or successor,
And the occurrence time of the linked event is
It must be the contract date or succession date of the vehicle accident insurance corresponding to the vehicle self-injury accident,
And
The matching condition of the item (c) is
The vehicle accident insurance policyholder or successor described in the link destination information matches the vehicle accident insurance claimee described in the link source information,
And
The time series order of the item (a) is
The occurrence time of the link destination event is earlier than the occurrence time of the link source event;
The vehicle information processing method according to any one of claims 10 and 13 to 21, wherein each of the above is defined by a predetermined code, symbol, code, code, numerical value, or character string. . The criterion is that the item (b) of the link source information is:
Registration of new contract or contract succession for voluntary automobile insurance, description of contractor or successor,
And the time of occurrence of the link source event is
The new contract date or contract success date,
And
The link destination information includes the registration of the vehicle owner or / and user name change, and the occurrence timing of the link destination event is the latest occurrence timing of the link source event,
The item (b) of the link destination information is
Registration of the owner or / and user name change of the vehicle and a description of the owner or / and user;
And the occurrence time of the linked event is
The name change registration date,
And
The matching condition of the item (c) is
The owner or / and user of the description in the link destination information and the contractor or successor of the description in the link source information match;
And
The time series order of the item (a) is
The occurrence time of the link destination event is earlier than the occurrence time of the link source event;
The vehicle information processing method according to any one of claims 11 and 13 to 21, wherein each of the above is defined by a predetermined code, symbol, code, code, numerical value, or character string. . The criterion is that the item (b) of the link source information is:
Registration of new contract or contract succession for automobile liability insurance and description of contractor or successor;
And the time of occurrence of the link source event is
The new contract date or contract success date,
And
The link destination information includes the registration of the vehicle owner or / and user name change, and the occurrence timing of the link destination event is the latest occurrence timing of the link source event,
The item (b) of the link destination information is
Registration of the owner or / and user name change of the vehicle and a description of the owner or / and user;
And the occurrence time of the linked event is
The name change registration date,
And
The matching condition of the item (c) is
The owner or / and user of the description in the link destination information and the contractor or successor of the description in the link source information match;
And
The time series order of the item (a) is
The occurrence time of the linked event is the same as or later than the occurrence time of the link source event;
The vehicle information processing method according to any one of claims 11 and 13 to 21, wherein each of the above is defined by a predetermined code, symbol, code, code, numerical value, or character string. . The criterion is that the item (b) of the link source information is:
Registration of new policy or succession of insurance for vehicle and description of new contractor or successor,
And the time of occurrence of the link source event is
The new contract date or contract success date,
And
The item (b) of the link destination information is
Registration of cancellation or contract succession of insurance related to vehicle and description of surrender or successor;
And the occurrence time of the linked event is
The date of termination or contract succession,
And
The matching condition of the item (c) is
The insurance related to the vehicle indicated by the link destination information matches the insurance related to the vehicle indicated by the link source information, and
The cancelee described in the link destination information matches the new contractor or contract successor described in the link source information, or the successor described in the link destination information and the new contractor described in the link source information Or that the contract successor matches,
And
The time series order of the item (a) is
The occurrence time of the link destination event is after the occurrence time of the link source event;
The vehicle information processing method according to any one of claims 10 and 13 to 21, wherein each of the above is defined by a predetermined code, symbol, code, code, numerical value, or character string. . The criterion is that the item (b) of the link source information is:
Registration of receipt of insurance claims related to vehicle damage and description of vehicle loss details,
And the time of occurrence of the link source event is
The insurance payment date,
And
The item (b) of the link destination information is
Registration of maintenance inspection and repair of the damaged part of the car and the description of the contents of the car loss,
And the occurrence time of the linked event is
It is a maintenance inspection repair day,
And
The matching condition of the item (c) is
The vehicle loss content described in the link destination information matches the vehicle loss content described in the link source information.
And
The time series order of the item (a) is
The occurrence time of the link destination event is the same as the occurrence time of the link source event, or before or after within a predetermined range;
The vehicle information processing method according to any one of claims 10 and 13 to 21, wherein each of the above is defined by a predetermined code, symbol, code, code, numerical value, or character string. . The criterion is that the item (b) of the link source information is:
Registration of insurance payment related to vehicle damage and description of vehicle loss details,
And the time of occurrence of the link source event is
The insurance payment date,
And
The item (b) of the link destination information is
Registration of accident and description of car loss details,
And the occurrence time of the linked event is
The date of the accident,
And
The matching condition of the item (c) is
The vehicle loss content described in the link destination information matches the vehicle loss content described in the link source information.
And
The time series order of the item (a) is
The occurrence time of the link destination event is earlier than the occurrence time of the link source event;
The vehicle information processing method according to any one of claims 10 and 13 to 21, wherein each of the above is defined by a predetermined code, symbol, code, code, numerical value, or character string. . The criterion is that the item (b) of the link source information is:
Registration of maintenance and repair that changes the vehicle specifications, and description of the contents of the vehicle specifications,
And the time of occurrence of the link source event is
The maintenance date,
And
The item (b) of the link destination information is
Registration of vehicle specifications and description of vehicle specifications,
And the occurrence time of the linked event is
The date of declaration or registration of the vehicle specification change,
And
The matching condition of the item (c) is
The content of the vehicle specification described by the link destination information matches the content of the vehicle specification described by the link source information;
And
The time series order of the item (a) is
The occurrence time of the linked event is the same as or later than the occurrence time of the link source event;
The vehicle information processing method according to any one of claims 10 and 13 to 21, wherein each of the above is defined by a predetermined code, symbol, code, code, numerical value, or character string. . The criterion is that the item (b) of the link source information is:
Registration of maintenance and repair to change the vehicle specifications described in the vehicle verification, and description of the contents of the vehicle specifications,
And the time of occurrence of the link source event is
The maintenance date,
And
Among the link destination information, which includes registration of vehicle verification issuance, the occurrence time of the link destination event is the latest occurrence time of the link source event,
The item (b) of the link destination information is
Registration of vehicle verification issued and description of vehicle specifications,
And the occurrence time of the linked event is
The date of vehicle verification issuance,
And
The matching condition of the item (c) is
The content of the vehicle specification described by the link destination information matches the content of the vehicle specification described by the link source information;
And
The time series order of the item (a) is
The occurrence time of the linked event is the same as or later than the occurrence time of the link source event;
The vehicle information processing method according to any one of claims 11 and 13 to 21, wherein each of the above is defined by a predetermined code, symbol, code, code, numerical value, or character string. . The above-mentioned standard is intended to equip at least one of a part, a member, a part, or a device constituting the vehicle,
The link source information is
Registration of maintenance inspection and repair of the existing equipment object and description of the equipment object,
Or
A new registration of the equipment target and a description of the equipment target;
And the occurrence time of the link source event is
It is the contract date or work date or delivery date for maintenance, inspection, repair or installation,
And
The item (b) of the link destination information is
Registration of maintenance inspection and repair of the existing equipment object and description of the equipment object,
Or
A new registration of the equipment target and a description of the equipment target;
Or
Registration of vehicle specifications and description of vehicle specifications,
And the occurrence time of the linked event is
It is the date of maintenance inspection of the existing equipment object, or
The date of installation of the new target equipment, or
The registration date of the vehicle specification,
And
The matching condition of the item (c) is
The equipment target described in the link destination information corresponds to the equipment target described in the link source information.
And
The time series order of the item (a) is
The occurrence time of the linked event is the same as or earlier than the occurrence time of the linked event;
The vehicle information processing method according to any one of claims 10 and 13 to 21, wherein each of the above is defined by a predetermined code, symbol, code, code, numerical value, or character string. . The criterion is that the item (b) of the link source information is:
Registration of maintenance inspection including the description of the place where maintenance inspection has been performed,
And the time of occurrence of the link source event is
It is a maintenance inspection repair day,
And
The item (b) of the link destination information is
Registration of maintenance inspection including the description of the place where maintenance inspection has been performed,
And the occurrence time of the linked event is
It is a maintenance inspection repair day,
And
The matching condition of the item (c) is
The distance between the location described in the link destination information and the location described in the link source information is a distance that can be moved by the vehicle on the same day,
And
The time series order of the item (a) is
The occurrence time of the linked event is the same date as the occurrence time of the linked event;
The vehicle information processing method according to any one of claims 10 and 13 to 21, wherein each of the above is defined by a predetermined code, symbol, code, code, numerical value, or character string. . The above-mentioned standard is intended to equip at least one of a part, a member, a component, or a device constituting the vehicle,
The item (b) of the link source information is
Registration of maintenance / inspection / repair, including description of equipment,
And the time of occurrence of the link source event is
It is a maintenance inspection repair day,
And
The item (b) of the link destination information is
Registration of maintenance / inspection / repair, including description of equipment,
And the occurrence time of the linked event is
It is a maintenance inspection repair day,
And
The matching condition of the item (c) is
The equipment target described in the link destination information matches the equipment target described in the link source information.
And
The time series order of the item (a) is
The occurrence time of the link destination event is after the occurrence time of the link source event;
The vehicle information processing method according to any one of claims 10 and 13 to 21, wherein each of the above is defined by a predetermined code, symbol, code, code, numerical value, or character string. . The criterion is that the item (b) of the link source information is:
Registration for maintenance, inspection and repair, including a description of car damage details
And the time of occurrence of the link source event is
It is a maintenance inspection repair day,
And
The item (b) of the link destination information is
Registration of insurance payment related to vehicle loss, including description of vehicle loss details,
And the occurrence time of the linked event is
The insurance payment date,
And
The matching condition of the item (c) is
The vehicle loss content described in the link destination information matches the vehicle loss content described in the link source information.
And
The time series order of the item (a) is
The occurrence time of the linked event is the same as the occurrence time of the link source event, or before or after within a predetermined range;
The vehicle information processing method according to any one of claims 10 and 13 to 21, wherein each of the above is defined by a predetermined code, symbol, code, code, numerical value, or character string. . The criterion is that the item (b) of the link source information is:
Registration for vehicle repair including a description of the accident,
And the time of occurrence of the link source event is
The vehicle repair date,
And
The item (b) of the link destination information is
Be a vehicle accident registration, including a description of the accident,
And the occurrence time of the linked event is
The date of the accident,
And
The matching condition of the item (c) is
The accident details described in the link destination information match the accident details described in the link source information;
And
The time series order of the item (a) is
The occurrence time of the link destination event is earlier than the occurrence time of the link source event;
The vehicle information processing method according to any one of claims 10 and 13 to 21, wherein each of the above is defined by a predetermined code, symbol, code, code, numerical value, or character string. . The criterion is that the item (b) of the link source information is:
Accident registration that includes a description of the damage caused by the accident that occurred,
And the time of occurrence of the link source event is
The date of the accident,
And
The item (b) of the link destination information is
Registration of vehicle repairs, including a description of the damage,
And the occurrence time of the linked event is
The vehicle repair date,
And
The matching condition of the item (c) is
The description of damage in the link destination information is consistent with the description of damage in the link source information;
And
The time series order of the item (a) is
The occurrence time of the link destination event is earlier than the occurrence time of the link source event;
Are defined by a predetermined code, symbol, sign, code, numerical value, or character string, and
The vehicle information processing method according to any one of claims 10 and 13 to 21, wherein, in the inspection process, the information to be inspected is not credible when the criterion is satisfied. The criterion is that the item (b) of the link source information is:
Accident registration that includes a description of the damage caused by the accident that occurred,
And the time of occurrence of the link source event is
The date of the accident,
And
The item (b) of the link destination information is
Registration of vehicle repairs, including a description of the damage,
And the occurrence time of the linked event is
The vehicle repair date,
And
The matching condition of the item (c) is
The description of damage in the link destination information is consistent with the description of damage in the link source information;
And
The time series order of the item (a) is
The occurrence time of the link destination event is after the occurrence time of the link source event;
The vehicle information processing method according to any one of claims 10 and 13 to 21, wherein each of the above is defined by a predetermined code, symbol, code, code, numerical value, or character string. . The criterion is that the item (b) of the link source information is:
Accident registration that includes a description of the accident that occurred on the vehicle,
And the time of occurrence of the link source event is
The date of the accident,
And
The item (b) of the link destination information is
Registration of the payment of vehicle insurance claims including a description of the accident,
And the occurrence time of the linked event is
The date of payment of the vehicle damage insurance,
And
The matching condition of the item (c) is
The accident details described in the link destination information match the accident details described in the link source information;
And
The time series order of the item (a) is
The occurrence time of the link destination event is after the occurrence time of the link source event;
The vehicle information processing method according to any one of claims 10 and 13 to 21, wherein each of the above is defined by a predetermined code, symbol, code, code, numerical value, or character string. . The criterion is that the item (b) of the link source information is:
Registration of incidents or accidents related to the vehicle, or registration of incident history or accident history,
And the time of occurrence of the link source event is
The date of the incident or accident,
And
The item (b) of the link destination information is
Registration of a vehicle sales contract that includes a description of the incident or accident, or the incident history or accident history,
And the occurrence time of the linked event is
The sales contract date,
And
The matching condition of the item (c) is
The incident or accident or incident history or accident history described in the linked information is consistent with the incident or accident or incident history or accident history described in the link source information;
And
The time series order of the item (a) is
The occurrence time of the link destination event is not earlier than the occurrence time of the link source event;
The vehicle information processing method according to any one of claims 10 and 13 to 21, wherein each of the above is defined by a predetermined code, symbol, code, code, numerical value, or character string. . The criterion is that the item (b) of the link source information is:
The registration of a vehicle lease agreement that includes a description of the creditor,
And the time of occurrence of the link source event is
The lease contract date,
And
The link destination information includes the registration of the vehicle owner, and the occurrence time of the link destination event is the closest to the occurrence time of the link source event,
The item (b) of the link destination information is
The vehicle owner's registration including the owner's description,
And the occurrence time of the linked event is
The vehicle owner ’s registration date,
And
The matching condition of the item (c) is
That the vehicle owner described in the link information matches the creditor described in the link source information;
And
The time series order of the item (a) is
The occurrence time of the link destination event is earlier than the occurrence time of the link source event;
The vehicle information processing method according to any one of claims 11 and 13 to 21, wherein each of the above is defined by a predetermined code, symbol, code, code, numerical value, or character string. . The criterion is that the item (b) of the link source information is:
Registration of a vehicle rental contract that includes a description of the repair details or repair history,
And the time of occurrence of the link source event is
The lease contract date,
And
The item (b) of the link destination information is
Repair registration including a description of repair details or repair history,
And the occurrence time of the linked event is
The date of repair occurrence,
And
The matching condition of the item (c) is
The repair contents or repair history described in the link destination information and the repair contents or repair history described in the link source information match.
And
The time series order of the item (a) is
The occurrence time of the link destination event is earlier than the occurrence time of the link source event;
The vehicle information processing method according to any one of claims 10 and 13 to 21, wherein each of the above is defined by a predetermined code, symbol, code, code, numerical value, or character string. . The criterion is that the item (b) of the link source information is:
The registration of a vehicle rental agreement that includes a description of the incident or history of the incident;
And the time of occurrence of the link source event is
The lease contract date,
And
The item (b) of the link destination information is
A case and accident registration that includes a description of the case and the history of the case and incident,
And the occurrence time of the linked event is
The date of the incident,
And
The matching condition of the item (c) is
The content of the incident or accident described in the link destination information is consistent with the history of the accident or accident described in the link source information;
And
The time series order of the item (a) is
The occurrence time of the link destination event is earlier than the occurrence time of the link source event;
The vehicle information processing method according to any one of claims 10 and 13 to 21, wherein each of the above is defined by a predetermined code, symbol, code, code, numerical value, or character string. . The criterion is that the item (b) of the link source information is:
Registration of cancellation or termination of the vehicle's lease agreement including the description of the lessee,
And the time of occurrence of the link source event is
The cancellation or termination date of the lease agreement,
And
The item (b) of the link destination information is
The registration of a lease agreement for the vehicle, including a description of the lessee,
And the occurrence time of the linked event is
The lease contract date,
And
The matching condition of the item (c) is
Link destination information describing a lease contract with the same lessee exists prior to the occurrence of the link source event,
And
The time series order of the item (a) is
The occurrence time of the link destination event is earlier than the occurrence time of the link source event;
The vehicle information processing method according to any one of claims 10 and 13 to 21, wherein each of the above is defined by a predetermined code, symbol, code, code, numerical value, or character string. . The criterion is that the item (b) of the link source information is:
Registration of a lease agreement for the vehicle,
And the time of occurrence of the link source event is
The lease contract date,
And
The item (b) of the link destination information is
Registration of a lease agreement for the vehicle,
And the occurrence time of the linked event is
The lease contract date,
And
The matching condition of the item (c) is
Link destination information describing the other lease contract exists after the time of the occurrence of the link source event and while the lease is ongoing,
And
The time series order of the item (a) is
The occurrence time of the link destination event is after the occurrence time of the link source event;
Are defined by a predetermined code, symbol, sign, code, numerical value, or character string, and
The vehicle information processing method according to any one of claims 10 and 13 to 21, wherein, in the inspection process, the information to be inspected is not credible when the criterion is satisfied. The criterion is that the item (b) of the link source information is:
Registration of a lease agreement for the vehicle,
And the time of occurrence of the link source event is
The lease contract date,
And
The item (b) of the link destination information is
Registration of a sales contract for the vehicle,
And the occurrence time of the linked event is
The sales contract date,
And
The matching condition of the item (c) is
Link destination information describing the above sales contract exists after the time of occurrence of the link source event and while the lease is ongoing,
And
The time series order of the item (a) is
The occurrence time of the link destination event is after the occurrence time of the link source event;
Are defined by a predetermined code, symbol, sign, code, numerical value, or character string, and
The vehicle information processing method according to any one of claims 10 and 13 to 21, wherein, in the inspection process, the information to be inspected is not credible when the criterion is satisfied. The criterion is that the item (b) of the link source information is:
Registration of a vehicle sales contract that includes the description of the seller,
And the time of occurrence of the link source event is
The sales contract date,
And
The link destination information includes the registration of the vehicle owner, and the occurrence time of the link destination event is the closest to the occurrence time of the link source event,
The item (b) of the link destination information is
The vehicle owner's registration including the owner's description,
And the occurrence time of the linked event is
The vehicle owner ’s registration date,
And
The matching condition of the item (c) is
The vehicle owner described in the link information matches the seller described in the link source information;
And
The time series order of the item (a) is
The occurrence time of the link destination event is earlier than the occurrence time of the link source event;
The vehicle information processing method according to any one of claims 11 and 13 to 21, wherein each of the above is defined by a predetermined code, symbol, code, code, numerical value, or character string. . The criterion is that the item (b) of the link source information is:
Registration of a vehicle sales contract that includes a description of the vehicle specifications,
And the time of occurrence of the link source event is
The sales contract date,
And
The link destination information includes the registration of the vehicle specification, and the occurrence time of the link destination event is the latest occurrence time of the link source event,
The item (b) of the link destination information is
Registration of vehicle specifications including description of specifications,
And the occurrence time of the linked event is
The registration date of the vehicle specification,
And
The matching condition of the item (c) is
The content of the vehicle specification described in the link destination information matches the content of the vehicle specification described in the link source information;
And
The time series order of the item (a) is
The occurrence time of the link destination event is earlier than the occurrence time of the link source event;
The vehicle information processing method according to any one of claims 11 and 13 to 21, wherein each of the above is defined by a predetermined code, symbol, code, code, numerical value, or character string. . The criterion is that the item (b) of the link source information is:
Registration of a vehicle sales contract that includes a description of the owner or user, or the history of the owner or user,
And the time of occurrence of the link source event is
The sales contract date,
And
The link destination information includes the owner registration or user registration, and the occurrence time of the link destination event is the latest occurrence time of the link source event,
The item (b) of the link destination information is
Owner registration or user registration including a description of the owner or user, or the history of the owner or user,
And the occurrence time of the linked event is
The owner registration date or user registration date,
And
The matching condition of the item (c) is
The owner or user of the description in the link destination information, or the history of the owner or user,
The link source information is consistent with the owner or user of the description, or the history of the owner or user,
And
The time series order of the item (a) is
The occurrence time of the link destination event is earlier than the occurrence time of the link source event;
The vehicle information processing method according to any one of claims 11 and 13 to 21, wherein each of the above is defined by a predetermined code, symbol, code, code, numerical value, or character string. . The criterion is that the item (b) of the link source information is:
Registration of a vehicle sales contract that includes a description of repair details or repair history,
And the time of occurrence of the link source event is
The sales contract date,
And
The item (b) of the link destination information is
Repair registration including a description of repair details or repair history,
And the occurrence time of the linked event is
The date of repair occurrence,
And
The matching condition of the item (c) is
The repair contents or repair history described in the link destination information and the repair contents or repair history described in the link source information match.
And
The time series order of the item (a) is
The occurrence time of the link destination event is earlier than the occurrence time of the link source event;
The vehicle information processing method according to any one of claims 10 and 13 to 21, wherein each of the above is defined by a predetermined code, symbol, code, code, numerical value, or character string. . The criterion is that the item (b) of the link source information is:
Registration of a vehicle sales contract that includes a description of the incident or history of the incident,
And the time of occurrence of the link source event is
The sales contract date,
And
The item (b) of the link destination information is
A case and accident registration that includes a description of the case and the history of the case and incident,
And the occurrence time of the linked event is
The date of the incident,
And
The matching condition of the item (c) is
The content of the incident or accident described in the link destination information is consistent with the history of the accident or accident described in the link source information;
And
The time series order of the item (a) is
The occurrence time of the link destination event is earlier than the occurrence time of the link source event;
The vehicle information processing method according to any one of claims 10 and 13 to 21, wherein each of the above is defined by a predetermined code, symbol, code, code, numerical value, or character string. . The criterion is that the item (b) of the link source information is:
Registration of the contract, including the description of the seller of the vehicle sales contract,
And the time of occurrence of the link source event is
The sales contract date,
And
The link destination information includes the registration of a vehicle sales contract, and the occurrence time of the link destination event is the closest to the occurrence time of the link source event,
The item (b) of the link destination information is
Registration of the contract including the description of the buyer of the vehicle sales contract,
And the occurrence time of the linked event is
The sales contract date,
And
The matching condition of the item (c) is
The buyer described in the link information matches the seller described in the link source information;
And
The time series order of the item (a) is
The occurrence time of the link destination event is earlier than the occurrence time of the link source event;
The vehicle information processing method according to any one of claims 11 and 13 to 21, wherein each of the above is defined by a predetermined code, symbol, code, code, numerical value, or character string. . The criterion is that the item (b) of the link source information is:
Registration of the contract including the description of the buyer of the vehicle sales contract,
And the time of occurrence of the link source event is
The sales contract date,
And
The link destination information includes the registration of a vehicle sales contract, and the occurrence time of the link destination event is the closest to the occurrence time of the link source event,
The item (b) of the link destination information is
Registration of the contract, including the description of the seller of the vehicle sales contract,
And the occurrence time of the linked event is
The sales contract date,
And
The matching condition of the item (c) is
The seller described in the link information matches the buyer described in the link source information;
And
The time series order of the item (a) is
The occurrence time of the link destination event is after the occurrence time of the link source event;
The vehicle information processing method according to any one of claims 11 and 13 to 21, wherein each of the above is defined by a predetermined code, symbol, code, code, numerical value, or character string. . The criterion is that the item (b) of the link source information is:
Registration of a loan sales contract for the vehicle,
And the time of occurrence of the link source event is
The loan contract date,
And
The link destination information includes the registration of a vehicle loan sales contract, and the occurrence timing of the link destination event is the closest to the occurrence timing of the link source event,
The item (b) of the link destination information is
Registration of a loan sales contract for the vehicle,
And the occurrence time of the linked event is
The loan contract date,
And
The matching condition of the item (c) is
That there is no information that matches the link destination information, or that the content of the detected link destination event is the cancellation or termination of a loan sales contract,
And
The time series order of the item (a) is
The occurrence time of the link destination event is earlier than the occurrence time of the link source event;
Are defined by a predetermined code, symbol, sign, code, numerical value, or character string, and
The vehicle information processing method according to any one of claims 11 and 13 to 21, wherein in the inspection process, the information to be inspected is not credible when the criterion is satisfied. The criterion is that the item (b) of the link source information is:
Registration of the contract, including a description of the obligor of the loan sales contract for the vehicle,
And the time of occurrence of the link source event is
The loan contract date,
And
The link destination information includes the registration of a vehicle loan sales contract, and the occurrence timing of the link destination event is the closest to the occurrence timing of the link source event,
The item (b) of the link destination information is
Registration of termination of the contract including a description of the obligor of the loan sales contract for the vehicle,
And the occurrence time of the linked event is
The loan sales contract end date,
And
The matching condition of the item (c) is
The loan obligor described in the link information matches the loan obligor described in the link source information;
And
The time series order of the item (a) is
The occurrence time of the link destination event is after the occurrence time of the link source event;
The vehicle information processing method according to any one of claims 11 and 13 to 21, wherein each of the above is defined by a predetermined code, symbol, code, code, numerical value, or character string. . The criterion is that the item (b) of the link source information is:
Registration of the contract, including a description of the obligor of the loan sales contract for the vehicle,
And the time of occurrence of the link source event is
The loan contract date,
And
Among the link destination information, which includes registration of ownership transfer, the occurrence time of the link destination event is the latest occurrence time of the link source event,
The item (b) of the link destination information is
Registration of ownership transfer including the description of the new owner,
And the occurrence time of the linked event is
The date of transfer of ownership,
And
The matching condition of the item (c) is
The new owner described in the link information matches the loan obligor described in the link source information;
And
The time series order of the item (a) is
The occurrence time of the linked event is the same as or later than the occurrence time of the linked event;
The vehicle information processing method according to any one of claims 11 and 13 to 21, wherein each of the above is defined by a predetermined code, symbol, code, code, numerical value, or character string. . The criterion is that the item (b) of the link source information is:
Registration of a sales contract for the vehicle,
And the time of occurrence of the link source event is
The sales contract date,
And
The link destination information includes the registration of auto insurance insurance contract or succession, and the occurrence timing of the link destination event is closest to the occurrence timing of the link source event,
The item (b) of the link destination information is
Registration for automobile insurance or contract
And the occurrence time of the linked event is
Insurance contract date or succession date,
And
The time series order of the item (a) is
The occurrence time of the link destination event is not earlier than the occurrence time of the link source event;
The vehicle information processing method according to any one of claims 11 and 13 to 21, wherein each of the above is defined by a predetermined code, symbol, code, code, numerical value, or character string. . The above-mentioned standard is intended to equip at least one of a part, a member, a part, or a device constituting the vehicle,
The item (b) of the link source information is
Registration of maintenance inspection and repair of the existing equipment object and description of the equipment object,
Or
Registration of removal of the existing equipment object and description of the equipment object,
And the occurrence time of the link source event is
The contract date or work date or delivery date for maintenance, inspection, repair or removal,
The link destination information includes the registration of vehicle maintenance inspection repair, and the occurrence timing of the link destination event is closest to the occurrence timing of the link source event,
The item (b) of the link destination information is
Registration of maintenance inspection and repair of the existing equipment object and description of the equipment object,
Or
A new registration of the equipment target and a description of the equipment target;
And the occurrence time of the linked event is
It is the date of maintenance inspection of the existing equipment object, or
The date of installation of the new target equipment,
And
The matching condition of the item (c) is
The equipment target described in the link destination information corresponds to the equipment target described in the link source information.
And
The time series order of the item (a) is
The occurrence time of the link destination event is earlier than the occurrence time of the link source event;
And
The condition that inhibits the alignment is
The equipment target described in the link destination information corresponds to the equipment target described in the link source information, and the item (b) in the link destination information includes the removal of the existing equipment target and the equipment target Being a description,
The vehicle information processing method according to any one of claims 12 to 21, wherein each of the above is defined by a predetermined code, symbol, code, code, numerical value, or character string. The criterion is that the item (b) of the link source information is “examination registration and examination value of the odometer of the vehicle”, and the occurrence time of the link source event is “examination of odometer” Be a day,
The first link destination information includes the measurement registration of the odometer, and the occurrence time of the first link destination event is closest to the occurrence time of the link source event,
The item (b) of the first link destination information is “measurement registration and measurement value of the vehicle”, and the occurrence time of the first link destination event is “measurement of the odometer” Be a day, "
The item (b) of the second link destination information is “registration of movement of the vehicle and the position or distance”, and the occurrence timing of the second link destination event is “traveling movement date”,
The item (b) of the third link destination information is “registration and supply amount of fuel supply amount of the vehicle”, and the occurrence timing of the third link destination event is “fuel supply date” ,
The matching condition of the item (e) is “the period from the occurrence time of the first link destination event to the occurrence time of the link source event is set as the set period,
An occurrence value of the second link destination event is within the set period, or an integrated value of all the corresponding distances, or an integrated value of the travel distance based on the position is set as the second movement distance,
The calculated value of the travel distance based on the integration of all the corresponding fuel supply amounts in which the occurrence time of the third link destination event is within the set period is the third travel distance,
Either the second moving distance or the third moving distance, or an average value and the measured value of the first link destination information are added, and the addition value and the examination value described in the link source information The difference is within a predetermined tolerance ”
The time-series order of the item (a) is “the occurrence time of the first link destination event is earlier than the occurrence time of the link source event”, and a predetermined code, symbol, or code, or The vehicle information processing method according to any one of claims 11 and 13 to 21, wherein the vehicle information processing method is defined by a numerical value or a character string. The criterion is that the item (b) of the link source information is “registration application update registration history of the vehicle and the latest cumulative number of times as the adjustment vehicle”, and the occurrence time of the link source event is “ It must be on the application date "
The first link destination information includes the adjustment vehicle history registration, and the occurrence time of the first link destination event is closest to the occurrence time of the link source event,
The item (b) of the first link destination information is “registration of the adjustment vehicle history of the vehicle and the cumulative number of adjustment vehicles”, and the occurrence time of the first link destination event is “registration date” "
The item (b) of the second link destination information is “registration of damage insurance payment for damage corresponding to the adjustment of the vehicle concerned and its data”, and the occurrence timing of the second link destination event is “ It must be the date of payment of non-life insurance claims, "
The item (b) of the third link destination information is “registration and data of maintenance / inspection corresponding to the adjustment of the relevant vehicle” and the occurrence timing of the third link destination event is “maintenance / inspection / repair date” "
The item (b) of the fourth link destination information is “accident registration and data corresponding to the adjustment of the vehicle concerned” and the fourth link destination event occurrence date is “registration date” age,
The matching condition of the item (e) is “a period from the occurrence time of the first link destination event to the occurrence time of the link source event is a set period,
The occurrence time of the second link destination event is within the set period, the number of all the corresponding second link destination information,
The occurrence time of the third link destination event is within the set period, or the number of all corresponding third link destination information,
The occurrence time of the fourth link destination event is within the set period, or the number of all corresponding fourth link destination information,
Or the average of any two or more times and the cumulative number indicated by the first link destination information, and the addition result and the latest cumulative number indicated by the link source information The difference between and is within a predetermined tolerance range ”
The time series order of the item (a) is “the generation time of the first link destination event is earlier than the generation time of the link source event”, and a predetermined code, symbol, or code The vehicle information processing method according to any one of claims 11 and 13 to 21, wherein the vehicle information processing method is defined by a numerical value or a character string. A vehicle information management device capable of bidirectionally transmitting and receiving information to and from a plurality of user side devices connected via a communication network,
Vehicle information is information described in a digital format created at the time of initial registration of the vehicle or at an arbitrary time thereafter, and any data relating to the vehicle is associated with the vehicle information. For the event
(A) A description of a state item indicating part or all of the name, configuration, content, characteristic, attribute, state, and situation, or a description of the state item and accompanying information.
(B) A description of a dynamic item indicating a part or all of an execution operation, an operation or process to be performed, and a change in state, or a description of the dynamic item and incidental information.
(C) Description of the occurrence time related to the state item and / or the dynamic item as the occurrence time related to the event.
As the main body data, and the item (b) or (b) or (c) is designated for each item, or the item and the breakdown details are assigned.
For the link source information, which is the information with the classification code attached, and the link destination information that is consistent with the link source information, both of which describe the event related to the vehicle in digital format,
(A) time series order of the occurrence timing of the link source event described by the link source information and the occurrence timing of the link destination event described by the link destination information;
(B) The classification code according to the items (A) and (B) of the link source information and the link destination information, or the classification code and body data,
(C) a matching condition relating to the description contents of the items (b) and (b) of the link source information and the link destination information;
(D) a matching condition relating to a numerical value described in the item (A) or (B) of both the link source information and the link destination information;
(E) the matching condition of the calculation result based on the numerical value described in the item (A) or (B) indicated by both the link source information and the link destination information;
In addition to (a), at least one of (b) to (e) is defined in a digital form by a predetermined code, symbol, sign, code, numerical value, or character string,
The degree of credibility of the vehicle information is regarded as credibility,
The vehicle information that is the subject of the inspection is inspected information, and the other vehicle information that is compared with the inspected information is set as the vehicle information in which the reliability is set as a high reliability in advance.
Each of which operates as cooperation of computer software and hardware, an information transmission / reception means for transmitting / receiving input information or output information to / from the user side device via a communication network;
The information holding means for storing the existing vehicle information with the confidence set, wherein the confidence is set in multiple stages or numerical values;
A standard providing means for holding one or more standards,
Based on the criteria, information inspection processing means for inspecting the consistency between the information to be inspected and the control information;
Control means for managing the operation of the entire vehicle information management device;
Comprising
The information inspection processing means includes
Executing the process of setting the vehicle information included in the input information received by the information transfer means to the inspected information;
Next, among the criteria provided by the criteria providing means, a process of selecting the criteria that the rule indicated by the link source information matches the inspected information is executed.
Subsequently, a setting process is performed to set the reference information as high-reliability existing vehicle information that has the reliability satisfying a given discrimination criterion among the existing vehicle information stored in the information holding unit,
Next, the inspection information and the set contrast information are made to correspond to the link source information and the link destination information of the selected standard, and an inspection process is performed to determine whether the standard of the standard is satisfied,
Based on the result of the inspection process, when the information to be inspected and the reference information satisfy the above-mentioned rules and match, the information to be inspected has high reliability, and when the information does not satisfy the above-mentioned rules, the information is not highly reliable. Execute the judgment process,
A vehicle information management device characterized by being configured. The information inspection processing means executes the control information setting process,
When the plurality of set contrast information is not arranged based on the occurrence times related to the events described respectively, the process of arranging the plurality of control information in time series,
Next, for the control information in the order in which the time of occurrence is closer to the time from the time of occurrence related to the event described by the information to be inspected, the state item is defined to be related to the state item indicated by the standard. The inspection of whether or not it is satisfied, or the inspection of whether or not the dynamic item satisfies the provision related to the dynamic item indicated by the standard is performed in an arbitrary order, and when one of the above inspections is not satisfied, the other Without performing the inspection of the control information, performing the process of sequentially performing the control on the control information of the next generation time,
When the control information that satisfies both the tests exists, the information to be inspected is determined to have high reliability, and when the control information does not exist, processing for determining the information to be inspected as low reliability is performed. The vehicle information management device according to claim 70. The prescription describes a condition that hinders matching between the link source information and the link destination information,
The information inspection processing means executes the control information setting process,
When the plurality of set contrast information is not arranged based on the occurrence time related to the event described respectively, the process of arranging the plurality of control information in time series,
Next, out of the plurality of pieces of control information arranged in time series, the time of occurrence of the described event is the latest, either by going back from the time of occurrence related to the event described by the information to be inspected or by advancing the time. In order from the control information, the test processing is executed to determine which control information that satisfies the matching or the inhibition specified in the standard is detected first, and the test target is not detected. Execute the inspection process to see if the control information is lost,
Then, based on the above-mentioned result detected earlier, if the inspected information and the control information are matched, the inspected information is determined to be highly reliable, and on the other hand, inhibition is achieved or the detection is reached. 71. The vehicle information management apparatus according to claim 70, wherein a process of determining the inspected information as a low confidence level is executed if the reference information that is the subject of inspection disappears. Provide purchase information organizing means,
The purchase information organizing means stores the inspected information received from the information inspection processing means and the vehicle information organized based on the reliability of the inspection result in the information holding means as the already generated vehicle information. The vehicle information management device according to any one of claims 70, 71, and 72, wherein the vehicle information management device is configured. The information inspection processing means or the purchase information organization means follows execution of the determination processing by the information inspection processing means,
The inspected information with the determined reliability is used as new existing vehicle information, and the new existing vehicle information is added to the existing existing vehicle information that has been read, and the agglomeration is performed. A data agglomeration process is performed in which serial numbers are added to each existing vehicle information in chronological order based on the time of occurrence of each event described, and each existing vehicle information that has been agglomerated is arranged in the order of the serial numbers. And
The vehicle information management according to any one of claims 70 to 73, wherein the agglomeration storage processing is performed to collectively record and store the agglomeration in the or any other information holding means. apparatus. Sales information organization means for organizing sales vehicle information based on the existing vehicle information;
The purchase information organizing means or the sales information is evaluated by assessing the value of the purchased vehicle information organized by the purchase information organizing means based on the inspected information with inspected reliability or the price of the sales vehicle information. An information value assessment means for providing an assessment price to the organization means,
The information exchanging means is a vehicle designation information and a request for sales of desired information based on the vehicle information input from the user side device via a communication network, or a vehicle information purchase request and purchase target Carry out input information reception processing with any of the vehicle information,
The purchase information organizing means selects information suitable for purchase based on a predetermined selection criterion from the inspected information after the inspection processing by the information inspection processing means, and sends it to the information value assessment means, Based on the appraisal value provided by the information value assessment means and the inspected information, the purchase vehicle information is organized, and the purchase vehicle information is stored in the information holding means.
The information value assessment means determines the purchase price of the information to be inspected based on the inspection result, and executes processing to provide the purchase information organization means as the assessment price,
The sales information organizing means searches for the information holding means based on the desired information when the information inspection processing means detects the vehicle designation information and the sales request for the desired information from the input information. The existing vehicle information is taken out, a part or all of the existing vehicle information is executed, and the process of organizing the sales vehicle information based on the appraisal price provided from the information value appraisal means is executed.
The information value assessment means determines the sales price of the sales vehicle information based on the reliability of the taken out existing vehicle information, and executes a process of providing the sales information organization means as the assessment price. ,
The information transmission / reception means is configured to execute a process of sending the organized sales vehicle information to the user side device via a communication network. Vehicle information management device.     The information inspection processing means is provided when an instruction is given to execute the inspection processing after the provision of the inspected information, or after the time when the reference information is provided. 76. The method according to claim 70, wherein the given information to be inspected is stored until an instructed execution time or an execution time after the reference information is given. The vehicle information management device according to any one of the above.   In the case where a plurality of inspection results are obtained by applying a plurality of different standards for one piece of information to be inspected, the information inspection processing means determines the consistency of the information to be inspected according to a given integrated judgment criterion. The vehicle information management device according to any one of claims 70 to 76, wherein the vehicle information management device is configured to perform integrated determination.   The information inspection processing means or the purchase information organizing means is configured to give reliability to the inspected information that has been inspected or the integrated determination based on a predetermined regulation or given calculation criteria in multiple stages or numerical values. 78. The vehicle information management device according to any one of claims 70 to 77, wherein:   In the information inspection processing means, the input information has already been inspected externally and does not require the inspection processing or given as a given from the outside, the reliability exceeds the threshold of the given and the occurrence time is set 79. The vehicle information management device according to any one of claims 70 to 78, wherein the received information is fetched at an arbitrary time as already-occurring vehicle information with confidence set.   The information inspection processing is performed when the control means does not satisfy the consistency among the already generated vehicle information stored in the information holding means at any time or the reliability does not exceed a given threshold value. The vehicle information management device according to any one of claims 70 to 79, wherein the inspection processing is re-executed by a means.   The purchase information organizing means starts from an arbitrary time or a time designated by the outside or other means, and is stored in the information holding means and has a vehicle specification or owner Based on the information on existing vehicles related to users, insurance, inspection, repair, incidents, accidents, leases, sales, etc. The vehicle information management device according to any one of claims 73 to 80, characterized in that a process to be created is executed at a time. A method of recording information in a digital format on a recording medium, which is executed by a separate recording means embodied as a computer program and operating as a cooperation of hardware and software including an arithmetic processing unit,
Based on at least one of keyword detection processing, context determination processing, semantic determination processing, vocabulary analysis processing, and code detection processing, the classification recording unit, for any event described in the information,
(A) A description of a state event indicating part or all of the name, structure, content, characteristic, attribute, state, and situation, or a description of the state event and accompanying information.
(B) A description of a dynamic event indicating a part or all of an execution operation, an operation or process to be performed, a change in state, or a description of the dynamic event and incidental information.
(C) A description of the time of occurrence of the event.
A process of separating the information in any order,
Then, in the sorted information,
(D) A classification code or identification code or a predetermined code or symbol designating the item (b) or (b) or (c) or designating the item and breakdown details for each description. To record in random order on the recording medium, or
(E) a process of recording the items (b) or (b) or (c) in a predetermined order on the recording medium in random order;
An information recording method comprising:

Images