KR20200053138A - Method, system and computer program for automatching adresses between building ledger and energy measuring instrument - Google Patents

Abstract

The present invention relates to a method for automatically matching building ledger addresses and energy meter addresses. The method comprises: an address standardization step (S1) of allowing a data upload unit (110) of an address standardization unit (100) to upload, to a database, collected energy meter addresses, allowing an address parsing unit (120) to divide the uploaded addresses into information of state/province names, state/county/district names, legal village names, street addresses, building names, building number names, building room names, and building floor names, and allowing a standardization unit (130) to code the divided information and the building ledger addresses; and an automatic address matching step (S2) of allowing a building ledger classification unit (210) of an automatic address matching unit (200) to previously classify, before matching, buildings which can be automatically matched and buildings which cannot be automatically matched by using the building ledger, allowing a meter information classification unit (220) to previously classify, before matching, meters which can be automatically matched and meters which cannot be automatically matched among meters, and allowing an automatic matching algorithm unit (230) to match the addresses according to standardized address formats.

Description

METHOD, SYSTEM AND COMPUTER PROGRAM FOR AUTOMATCHING ADRESSES BETWEEN BUILDING LEDGER AND ENERGY MEASURING INSTRUMENT}

The present invention relates to an automatic matching method, a system and a computer program of a building register address and an energy meter address. Specifically, it relates to address standardization, address automatic matching, and address matching verification technology.

In general, in order to grasp some information for each building in the information management system, a process of establishing a database by connecting a building with information corresponding to the building is performed. At this time, the address is used as an intermediary for connecting the building and the information corresponding to the building, and if the address matches the address of the building by comparing the address of the building with the address of the information, it is recorded that the matching information belongs to a specific building. How to build a database (DB).

The national building energy integrated DB, which is a database used in the present invention, is a database constructed to grasp the energy use for all buildings nationwide. In order to link information on energy usage used by a specific building, the address of the building ledger, a national study, and the address of an energy meter collected from energy supply agencies that supply electricity, city gas, and district heating are used. By comparing the address of the building ledger and the address of the energy meter, if the addresses match, the matching information is recorded in a database. As described above, a series of processes of comparing information between two addresses and recording information when matching is expressed in terms of “address matching”.

However, in the conventional address matching operation, a method of comparing the address with the naked eye using a person when matching the address is used, and thus a problem caused by human expenses such as a problem of labor cost and an error in address comparison and matching error is always present. There is a problem that the cost of error correction is additionally incurred.

In particular, considering that 200,000 buildings are built annually nationwide, it is not a one-time cost that is spent once on address matching, but a recurring cost that occurs repeatedly every year. It is urgently required.

On the other hand, there was also a conventional technique for standardizing addresses as in Korean Patent Registration No. 10-0911762. However, this prior art is also a technique for compensating for the difference between the actual input address data and the legally or administratively specified address, and there has been no attempt to standardize the address given to the energy meter and the address of the building register.

(Document 1) Republic of Korea Patent Registration No. 10-0911762 (2009.08.04)

The automatic matching method and system of the address of the building ledger and the address of the energy meter according to the present invention have the following problems.

First, we want to standardize the address of the building ledger and the address of the energy meter.

Second, we do not want to cause errors in address matching.

Third, after performing the matching operation, it is verified to ensure accuracy.

The problems of the present invention are not limited to those mentioned above, and other problems that are not mentioned will be clearly understood by those skilled in the art from the following description.

The automatic matching method of the address of the building register and the address of the energy meter according to the present invention uploads the address of the energy meter collected by the data upload unit of the address standardization unit to the database, and the address parsing unit uploads the attempt name, city county name, legal name, and address The address standardization step (S1), in which the standardization unit codes the separated information and the address of the building register by separating the building name, building name, building name, and building floor name, and the building register classification unit of the address automatic matching department uses the building ledger Auto-matching buildings and non-matching buildings are sorted in advance before matching, and the metering information classification unit classifies auto-matching meters and non-matching meters before matching, and the auto-matching algorithm unit is standardized. Address automatic matching step of matching addresses according to the address format (S2) It includes.

In the present invention, it is preferable that the address uploaded to the database by the data upload unit in step S1 is an energy meter address.

In the present invention, it is preferable that the information standardized by the standardization unit in step S1 is an attempted name of a building ledger address and an energy meter address, a municipality name, a legal name, a street address, a building name, a building name, and a building floor name.

In the present invention, the trial name and the municipality name information is standardized with the municipality code in which the municipality and the municipality are marked together according to the standard administrative area list, and the legal identification information is standardized with the legal code according to the standard administrative area list. The earth classification information is normalized to 1 if there is an acid mark in the bundling data, normalized to 2 if there is a block mark, and normalized to 0 if there is no mark, and the bungee information is viewed as the first digit based on the indication (-) in the bungee data. With the back digit as the number, standardize it to 4 digits, and the building name information is standardized to the building building code according to the preset building grant list, and the building name information is set to the building building code according to the preset building sign grant list. It is recommended to standardize the building floor name information to the building floor code according to the preset building floor grant list. It is.

In the present invention, in the case of step S2, if there is a general title book among the building ledgers consisting of a general title book, a general building ledger, a title book, and an exclusive part, it is classified as 'general', and if it is a general building ledger and a title book, it is classified as 'dong'. , If there is whole milk, it is desirable to classify it as 'ho'.

In the present invention, the address matching order, in the case of an energy meter imposed on the call, matches in the order of call, copper, and collective if there is a general order, matches in the order of a call and copper if only a copper exists, and the energy charged to the floor In the case of a meter, if a general is present, it is matched in the order of copper and overall, and if only copper is present, it is matched to copper, and in the case of an energy meter imposed on copper, if it is present, it is matched in copper and general order. In the case of an energy meter that is matched and charged to the general manager, it is preferable to match the general manager if the general manager exists.

In the present invention, it is preferable that the address matching in step S2 is divided into a comprehensive matching that matches only the city name, city and district name, legal name, and street information, and detailed matching that includes building name, building name, and building floor name information. Do.

In the present invention, it is preferable to perform detailed matching if any of the building name, building name and building floor name information is additionally present after comprehensive matching is first performed.

In the present invention, it is preferable to classify the building ledger classifying unit of step S2 as a building capable of auto-matching if there is a single number of collectives or dongs in individual streets, and to a building where automatic matching is not possible when a plurality of collectives or dongs exists.

In the present invention, when classified as a building capable of auto-matching, it is preferable to distinguish whether it is in the same street as the general or the same.

In the present invention, it is preferable to classify the meter information classification unit of step S2 as an energy meter capable of performing automatic matching.

In the present invention, if the address from the address information of the energy meter to the address of the address conforms to the PNU code, the generalization of the building or the number of buildings in the individual address is classified as a meter capable of automatic matching, and the generalization of the building in the individual address Alternatively, if there are multiple coppers, it is desirable to classify them with a meter that cannot automatically match.

In the present invention, when classified as a meter capable of automatic matching, it is preferable to distinguish whether the one located at the same address is general or the same.

In the present invention, it is preferable to classify as a meter that is not capable of automatic matching if the address from the address information of the energy meter to the address information does not conform to the PNU code.

In the present invention, it is preferable that the automatic matching algorithm unit of step S2 is provided as the address matching algorithm unit, the matching algorithm unit, the calling matching algorithm unit, and the matching algorithm unit.

In the present invention, it is preferable that the address matching algorithm unit matches the standardized building ledger address and the energy meter address to the city name, city county name, legal name, and address information.

In the present invention, the matching algorithm unit at least one of the information of the same name or floor name exists in the standardized building ledger address and the energy meter address, and if the name information does not exist, if the copper matches, the copper is matched, and the generalization exists If there is no matching copper, it is desirable to match the overall.

In the present invention, the call matching algorithm unit matches the call if there is only a matching name in the standardized building register address and the energy meter address, matches the call if there is no matching call, matches the copper if there is no matching call If there is no copper to be said, it is desirable to match the overall.

In the present invention, if the same name or floor name exists together with the name or the name, floor name, and the name of the same name are present in the standardized building ledger address and the energy meter address in the standardized building register address, the call is made if the same name and the same name are simultaneously called. It is desirable to match to, and to match the copper if there is no matching name, and to match the collective if there is no matching copper.

In the present invention, it is preferable that the error-matching determining unit of the address matching verification unit further includes an address matching verification step (S3) of verifying whether the address is matched according to the standardized address.

In the present invention, step S3 verifies whether the street information matches the street information when the address information includes the city name, the city name, the legal name, and the street information, and when the address information is at least one of the buildings or floors, It is desirable to verify whether it has been matched so far, and to verify whether it has been matched even if it is address information including a call.

In the present invention, in the case of verification of whether the number of matches is matched up to the call, when the meter with the call does not match the call and is matched to the east or the general, it is judged as normal if the matched building is not a collective building, and the match If the building is a collective building, it is desirable to judge it as an error.

In the present invention, in the case of verification of whether a call is matched identically, it is preferable that a meter with a call is matched to a call, but it is judged as an error when a plurality of identical energy meters are matched to individual calls.

The automatic matching system for the address of the building register and the address of the energy meter according to the present invention includes a data upload unit that uploads the address of the energy meter collected by the address standardization unit to the database, the attempted name, city name, city name, legal name, street address, building name, An address parsing unit provided with an address parsing unit separating the building name, building name and building floor name, and a standardization unit encoding the separated information and the address of the building; Building register classification unit that pre-classifies buildings that are capable of auto-matching and buildings that cannot be matched automatically by using a construction ledger. An address matching unit equipped with a classification unit and an automatic matching algorithm unit matching addresses according to a standardized address format; And it is preferable to include an address matching verification unit provided with an error type determination unit for verifying that the address is matched according to the standardized address.

The computer program according to the present invention is combined with hardware for processing information by software on a computer, and a computer program stored in a computer-readable recording medium to execute an automatic matching method of a building register address and an energy meter address according to the present invention It is preferred.

The automatic matching method and system for the address of the building ledger and the address of the energy meter according to the present invention has the following effects.

First, it has the effect of standardizing the address by coding the address of the building ledger and the address of the energy meter.

Second, there is an effect of distinguishing between buildings / meters capable of automatic matching and buildings / meters not capable of automatic matching during address matching, so that errors do not occur.

Third, it is effective to block the possibility of matching errors and ensure accuracy by verifying whether the addresses are matched according to the standardized address by utilizing the error type determination unit.

The effects of the present invention are not limited to those mentioned above, and other effects not mentioned will become apparent to those skilled in the art from the following description.

1 shows each step of the automatic matching method of the address of the building register and the address of the energy meter according to the present invention.
2 is a flow chart showing an address standardization step according to the present invention.
3 is a flow chart showing an automatic address matching step according to the present invention.
4 and 5 is a flow chart showing the classification of building ledger and meter information according to the present invention.
6 to 9 are flowcharts showing an automatic matching algorithm according to the present invention.
10 is a flowchart illustrating verification of address matching according to the present invention.
11 shows an automatic matching system of the address of the building ledger and the address of the energy meter according to the present invention.

Hereinafter, embodiments of the present invention will be described with reference to the accompanying drawings so that those skilled in the art to which the present invention pertains can easily practice. As those of ordinary skill in the art to which the present invention pertains can readily understand, the embodiments described below may be modified in various forms without departing from the concept and scope of the present invention. Where possible, the same or similar parts are indicated by the same reference numerals in the drawings.

The terminology used in this specification is only for referring to specific embodiments, and is not intended to limit the present invention. The singular forms used herein also include plural forms unless the phrases clearly indicate the opposite.

As used herein, the meaning of “comprising” embodies certain properties, regions, integers, steps, actions, elements and / or components, and other specific properties, regions, integers, steps, actions, elements, components and / or It does not exclude the presence or addition of military forces.

All terms including technical terms and scientific terms used in the present specification have the same meaning as those generally understood by those skilled in the art to which the present invention pertains. The terms defined in the dictionary are further interpreted as having meanings consistent with the related technical literature and the presently disclosed contents, and are not interpreted in an ideal or very formal meaning unless defined.

In order to easily describe the features of the present invention, it is revealed that the drawings may be partially exaggerated, or only necessary parts may be extracted when necessary. That is, the drawings are merely means for easily expressing the technical constitutional features of the present invention, and the technical constitution of the present invention is not necessarily interpreted as illustrated in the drawings.

The present invention is applicable to all data matching the address of the building and the address of the building, including the address of the energy meter, for example, real transaction information, tax information, etc. In particular, receiving data from a number of data collectors where the address system is not standardized It will also be applicable when building a database.

The term 'bunji (番地)' used in the present specification is also used as 'jibun (地 番)' in the art, and both terms have the same meaning.

Hereinafter, the present invention will be described with reference to the drawings.

1 shows each step of the automatic matching method of the address of the building register and the address of the energy meter according to the present invention. 2 is a flow chart showing an address standardization step according to the present invention. 3 is a flow chart showing an automatic address matching step according to the present invention.

The present invention includes an address standardization step (S1) and an address automatic matching step (S2) as essential components, and may further include an address matching verification step (S3).

In the address standardization step (S1) according to the present invention, the address of the energy meter collected by the data upload unit 110 of the address standardization unit 100 is uploaded to the database, and the address parsing unit 120 attempts to upload the address. It is preferable to separate the information of the municipality, legal name, street address, building name, building name, building name, and building floor name, and the standardization unit 130 codes the separated information and the address of the building ledger.

In the automatic address matching step (S2) according to the present invention, the building ledger classification unit 210 of the address automatic matching unit 200 classifies the buildings that can be automatically matched and the buildings that cannot be automatically matched in advance before matching, using the building ledger, It is preferable that the meter information classifying unit 220 classifies the auto-matching meter and the non-matching meter from among the meters before matching, and the automatic matching algorithm unit 230 matches the address according to the standardized address format.

In the address matching verification step S3 according to the present invention, it is preferable that the error type determination unit 310 of the address matching verification unit 300 verifies whether the addresses match according to the standardized address.

The automatic address matching method according to the present invention, as shown in FIG. 1, may be composed of three steps: address standardization, automatic address matching, and address matching verification. That is, after standardizing the address, matching may be performed through address comparison, and finally, the matching result may be verified.

More specifically, it is as follows.

The address standardization step (S1) according to the present invention separates the energy meter address data collected from energy supply agencies in the form of a database in the form of a building ledger and text into administrative areas (city, municipality, eupmyeon-dong), street address, and address below ( Parsing) is the step of coding (standardizing). At this time, since the address information of the building ledger is already configured in the form of a database, the step of parsing the address is omitted, and only address standardization can be performed.

Parsing means that the address data of the energy meter is separated into the smallest unit constituting the address and coded in the smallest unit.

Coding (standardization) means that different address systems of energy meters collected by building ledgers and collection agencies are unified into a single system to enable automatic matching.

Since the building ledger is composed of a database, it is separated into the smallest structural unit, so it does not need to be parsed separately.

The address automatic matching step S2 according to the present invention is a step in which the database compares the address of the building ledger and the address of the energy meter coded in the address standardization step (S1) with a series of algorithms. In the case of comparing and matching addresses, it is a step of recording the matching information in the database using the unique number of the building ledger and the unique number of the energy meter.

The address matching verification step (S3) according to the present invention is a step of verifying the address matching information recorded in the address automatic matching step (S2) with a series of algorithms, comparing whether the address matching is correct, and classifying it into normal and error. It is a step.

The address standardization step (S1) according to the present invention may consist of three steps: data upload, address parsing, and address standardization.

The data upload step according to the present invention refers to a process of uploading data collected in text form to a database in the same form as text primarily in order to parse and standardize data in a database.

The address uploaded to the database by the data upload unit 110 in step S1 according to the present invention is preferably an energy meter address.

Changes in data types before and after upload are as shown in Table 1 below, and since the building ledger is already configured in the form of a database, you may not upload additional data.

In the address parsing step according to the present invention, the address of the energy meter where the entire address is collected in one text is separated into eight pieces of information: city name, city county name, legal name, street number, building name, building name, building name, and building floor name. Means a step.

Changes in data types before and after parsing are as shown in Table 2 below, and since the building ledger is composed of a database, separate address parsing may not be performed.

The method for the address parsing unit 120 according to the present invention to separate eight pieces of information from one text is as follows.

First, in the case of [city name], the first divided data is compared with the list of trial names, with a blank as a separator, and if it is in the list, data is processed in the trial name.

Second, in the case of [city / town life name], the second divided data is compared with the city / city life name list using blanks as separators, and data is processed on the city / city life name items in the list.

Third, in the case of [Legal Name], the third divided data is compared with the legal name list, and if it is in the list, the data is processed in the item of legal name, and the legal name where the town or side is confirmed is the fourth. Data is processed together with the legal name including the classification value.

Fourth, in the case of [Bungee], the item with the number immediately following the legal name is recognized as the address by using the space as a separator, and data is processed in the address.

Fifth, in the case of [building name], if there are words in the building name list such as apartments, buildings, shopping malls, officetels, etc. after the street with a space as a separator, data is processed in the building name.

Sixth, in the case of [building name], if there is a number + “dong”, alphabet letter + “dong”, number + “-”, alphabet letter + “-” after the building name with spaces as the separator, the item is processed data in the building name. do.

Seventh, in the case of [Building Name], if there are numbers + “No”, English letters + “No”, “-” + Number, and “-” + English after the building name with spaces as the separator, the item is processed with data in the building name. do.

Eighth, in the case of [Building Floor Name], if there is a number + “floor” and an English letter + “floor” after the building name with spaces as separators, the item is processed with the data on the building floor name.

The address standardization unit 130 according to the present invention is the address of the building ledger, and the remaining seven address information except the building name among the eight address information of the energy meter classified in the address parsing step, namely, city name, city name, legal name, It performs the steps of coding the street address, building name, building name, and building floor name into a series of standardized codes. Changes in data types before and after standardization are shown in Table 3 below.

It is preferable that the information standardized by the standardization unit 130 in step S1 according to the present invention is an attempted name of a building ledger address and an energy meter address, a municipality name, a legal name, a street, a building name, a building name, and a building floor name.

In the present invention, each address information undergoes a standardization process in the following way, and both the address of the building ledger and the energy meter can be standardized in the same way.

First, in the case of city name and city district name, it is possible to standardize the city code with city and city district codes using the list of standard administrative districts.

In the present invention, the standard administrative area list means a list that is widely used across the government, and if plurals exist, it will be selectable.

Second, in the case of a legal name, a standard administrative area list can be used to standardize the code.

Third, in the case of large-scale classification, it is possible to standardize to '1' and '2', respectively, if there is an indication of mountains and blocks in the address data, and to '0' if there is no such indication.

Fourth, in the case of the bungee, it is possible to standardize the bungee data to four digits with the main digit as the main digit and the rear digit as the sub digit based on the “-” mark.

Fifth, in the case of building names, it can be standardized with building dong codes using a preset list of building dongs.

Sixth, in the case of a building name, it can be standardized with a building code using a preset building code assignment list.

Seventh, in the case of building floor names, it can be standardized with building floor codes by using a preset building floor grant list.

In the building name according to the present invention, an embodiment of a preset grant list is shown in Table 4 below.

In the building name according to the present invention, an embodiment of a preset grant list is shown in Table 5 below.

In the name of the building floor according to the present invention, an embodiment of the preset grant list is shown in Table 6 below.

More specifically, it is as follows.

The address automatic matching step (S2) according to the present invention may be composed of three steps: classification of a building ledger, classification of meter information, and automatic matching.

First, while explaining the conceptual method of automatic address matching, the construction of the building ledger, which should be matched with the address of the energy meter, and how the automatic matching is actually performed will be described.

Building ledger (building ledger) is a national public study that contains architectural information on the complex, dong, floor, and arc of a building. There are four sub-catchers: general title book, general building ledger, title book, and exclusive ownership. When representing the chief of the chief, it is called the chief of architecture.

The building is basically composed of a unit called Dong, which means one building. Below the consent are layers and arcs, and above the consent are complexes that are a bundle of consent. However, not all buildings (East) have complexes or arcs. The call exists where ownership can be classified (legally as a collective building), and only if the copper is contained within a single aggregate (for example, an apartment complex).

In the building ledger, information on the complex is written in the general title book, information on the dong and floors is written in the general building ledger or heading, and information on the issue is written in the whole department. In the case of consent, there are two general ledgers, a general building ledger and a title book, and if there is a call to distinguish ownership, the title is written in the title book.

Accordingly, in the case of the address automatic matching step (S2) according to the present invention, if there is a general title section among the building ledgers consisting of a general title book, a general building ledger, a title book, and an exclusive part, the general title book and the title book are classified. If there is, it is desirable to classify it as 'East' and if it is whole milk, it is classified as 'Ho'.

The order of address matching according to the present invention will be described.

In the case of the energy meter imposed on the call, if the total is present, it can be matched in the order of call, copper, and collective, and if only copper is present, it can be matched in the order of call and copper. In the case of the energy meter imposed on the floor, if a total is present, it is matched in the order of copper and overall, and if only copper is present, it can be matched to copper. In the case of an energy meter imposed on copper, if a total is present, it is matched in the order of copper and overall, and if only copper is present, it can be matched to copper. In the case of an energy meter charged to the general, if the general exists, it can be matched to the general.

More specifically, it is as follows.

Basically, the matching between the address of the building and the energy meter is matched in the order of call → dong or call → dong → collectively. For example, if there is a call at the address of the meter, the call is matched. Matching is performed on the copper to which the call belongs. If there is no matching dong in the case where the call has a total, it proceeds in the form of matching processing to the total to which the call belongs.

In the present invention, the order of address matching according to the classification of the meter is summarized in Table 7 below.

In the present invention, the address matching in the automatic address matching step (S2) step includes a matching matching that matches only the city name, city county name, legal name, and street information, and details including matching with the building name, building name, and building floor name information. It can be classified as matching.

In the present invention, it is preferable to perform detailed matching if any of the building name, building name and building floor name information is additionally present after comprehensive matching is first performed.

More specifically, it is as follows.

It is divided into comprehensive matching that matches only administrative districts (city, city, county, eupmyeon-dong) and street address, and detailed matching that matches sub-address (dong, floor, arc), and performs detailed matching after comprehensive matching. The reason is to precisely match first to the street address, and then additionally match the address if there is an address below the street address (for example, in the case of a detached house, the address may end with the street address).

Therefore, it is possible to grasp the energy consumption by country, city, city, district, township, and street through comprehensive matching, and through detailed matching, it is also possible to grasp the energy usage below the street, that is, general, east, floor, and arc levels. .

The building register classification unit 210 of the address automatic matching step (S2) according to the present invention classifies a building capable of auto-matching when there is a single number or cluster of individual addresses, and a building where auto-matching is impossible when there are multiple groups or blocks. Can be classified as If it is classified as a building that can be matched automatically, it is possible to distinguish whether it is in the same street as the general or the same.

More specifically, it is as follows.

The building register classification unit 210 according to the present invention performs a step of pre-classifying a building that is automatically matchable and a building that cannot be automatically matched before matching using the building register. To do this, categorize whether there is one general or two or more in each street. The reason for this classification is that if there are two or more collectives or dongs in a single address, it is impossible to determine which of the two or more collectives or dongs should match when actually matching in the automatic matching step with only the bungee. to be. That is, comprehensive matching cannot be performed.

Therefore, in this step, it is classified whether there is one general or dong in one address or more than one, and if there is only one general or dong in one address, code is given as an auto-matchable building. It is desirable to assign the code to an impossibility building and exclude it from the automatic matching.

On the other hand, a building capable of automatic matching can be classified by classifying whether it is a general or a dong in one address again to facilitate matching (see FIG. 4).

The meter information classification unit 220 of the automatic address matching step S2 according to the present invention may classify an energy meter capable of performing comprehensive matching as a meter capable of automatic matching.

In the present invention, if the address from the address information of the energy meter to the address of the address conforms to the PNU code, the generalization of the building or the number of buildings in the individual address is classified as a meter capable of automatic matching, and the generalization of the building in the individual address Alternatively, if there are multiple coppers, it can be classified as a meter that cannot automatically match. At this time, if classified as a meter capable of automatic matching, it is preferable to distinguish whether the one located at the same address is general or the same.

In addition, in the present invention, if the address to the address information among the address information of the energy meter does not conform to the PNU code, it can be classified as a meter that cannot automatically match.

More specifically, it is as follows.

The step of classifying the meter information according to the present invention performs a step similar to the step of classifying the building ledger, and performs the step of pre-classifying the automatically matchable meter and the non-matchable meter among energy meters before matching.

For this, two conditions can be proposed.

The first condition is to make sure that the addresses above the street address, that is, the administrative districts (city, town, district, and townships) and addresses up to the street are configured consistently. That is, only a meter capable of performing comprehensive matching is classified as a meter capable of automatic matching. The consistency of these addresses can utilize the code system called PNU, which is already widely used by administrative agencies.

The PNU (Parcel Number Unit) code system consists of a 5-digit code for municipalities and municipalities, a 5-digit code for Eupmyeon-dong, a 1-digit code for mountain or land classification, a 4-digit code for the main number of the street (before the street), and a 4-digit code for the address of the street (behind the street) It means a code system composed of 19 digits. According to this, if the address to the street does not constitute 19 digits, it may mean that the address system is not correct.

Therefore, in the present invention, it is determined whether the address matching up to the address of the meter conforms to the PNU code system. That is, if the address to the address among the addresses of each meter does not constitute 19 digits, a code can be assigned to the meter that cannot be automatically matched and excluded from the automatic matching target.

The second condition checks whether there is one general or building of the building at the corresponding address of each meter that has 19 addresses, that is, the meter that passed the first condition. It is possible to exclude the automatic matching target by assigning a code as a meter that can automatically match a meter with one general or building of the building in the corresponding address, and if it is two or more.

The reason for this processing, as described in the building ledger classification step, is a meter with a bungee classified as having more than one collective or dong in one address, when actually matching in the automatic matching step Because you can't tell if you need to match it. So it is to exclude from the automatic matching target from the beginning.

Thereafter, the building capable of auto-matching may end the step execution by classifying again whether it is a general or a dong in one at a time to facilitate matching (see FIG. 5).

The automatic matching algorithm unit 230 according to the present invention performs a step of automatically performing address matching. The step performed by the building ledger classification unit 210 and the meter information classification unit 220 is a step of pre-refining to perform automatic matching. After this preliminary step, only buildings and energy meters can be automatically matched.

In order to understand the concept of automatic matching, we first describe the address format of Korea in Korea. This is because the process of performing automatic matching differs according to the address format.

The address of the Republic of Korea is composed using the name of the administrative district, street address, complex name, name, floor, and name.

In the present invention, for convenience, the administrative district name and the street address are addressed to the street address, and the complex name, the same name, the floor name, and the household name are expressed as addresses below the street address.

Therefore, 8 types of Korean addresses can be classified according to the combination of names as shown in Table 8 below.

The automatic matching algorithm unit 230 of the automatic address matching step (S2) according to the present invention includes the address matching algorithm unit 231, the matching algorithm unit 232, the calling matching algorithm unit 233, and the matching matching algorithm unit ( 234).

In the present invention, the detailed matching method is differently performed according to the address type, that is, the presence or absence of a copper, a layer, or a call. The corresponding four matching algorithms are performed by the automatic matching algorithm according to the address format of Table 8, and the four Each matching algorithm performed in the algorithm unit is shown in Table 9 below.

In Table 9, the ① address matching algorithm means a method of matching up to the address. ② The matching algorithm refers to a method of matching in the case where only the same name, floor name, or only the same name and floor name exists. ③ The call matching algorithm means a method of matching when only the call name exists. ④ The same-name matching algorithm means a method of matching when there is a name and a name, a floor name and a name, or a name, a floor name, and a name.

Meanwhile, the entire configuration of the automatic matching method according to the present invention is as shown in FIG. 6, and the basic procedure is as follows.

First, all energy meters must go through the ① address matching algorithm (Comprehensive Matching). ① After passing the address matching algorithm, if there are addresses below the address (type2, 3, 4, 5, 6, 7, 8), each of the three algorithms according to the address format is passed (detailed matching). When the address ends up to the address (type1), the matching may be configured by the address matching algorithm ①.

The contents of each algorithm are as follows.

① Bungee matching algorithm

As an algorithm performed by the bungee matching algorithm unit 231 according to the present invention, the standardized building ledger address and energy meter address can be matched up to the city name, city county name, legal name and street information.

All energy meters are first matched with buildings only (up to the street address). The reason for this is to exactly match the building up to the street. In addition, it is to block errors that can occur only in the case of detailed matching up to copper, floor, and call below the address.

According to the address format, the energy meter that matches up to the address will end matching as this step, and the remaining types 2 to 8 will complete matching through different algorithms according to the address type (see FIG. 6).

② Copper matching algorithm

As an algorithm performed by the copper matching algorithm unit 232 according to the present invention, if at least one information of the same name or floor name information exists in the standardized building ledger address and the energy meter address, and if the name information does not exist, if the copper coincides, You can match the copper, and if there is a matching copper but there is no matching copper, you can match the copper.

This algorithm proceeds when the address type has only the same name and the floor name and no name (type 2, 3, 5). Therefore, if there is a matching copper, it is matched to the copper, and if there is no matching copper when there is a collective, matching is completed by matching the overall.

First, the building will be divided into a building with a general or a building with only copper, which is the same for the ③ call matching algorithm and the ④ copper matching algorithm.

If there is only one building, the building is matched and ends. In the case of the generalization, it is determined whether the coppers in the generalization match, and if the coppers match, it is matched with coppers.

③ Call matching algorithm

As an algorithm performed by the call matching algorithm unit 233 according to the present invention, if there is only a call name in the standardized building register address and the energy meter address, if a matching call exists, the call is matched, and if a matching call does not exist, the same If there is a match, and there is no matching copper, the match can be matched.

This algorithm proceeds when only the address name exists (type 4). Therefore, if there is a matching call, the call is matched. If there is no matching call, the match is made. If there is no match when there is a generalization, the match is ended by matching the generalization.

As described above, the building is classified as a building with a generalization or a building with only copper, and if the building is the same, the matching is terminated by matching the call if the call matches, or the matching if the match is not.

If the building is general, it is first judged whether or not there is a foil match, and if there is a match, the call is matched.

Since the generalization can basically include multiple coppers, it is additionally judged whether or not there is only one copper with matching arcs. Since there is no same name, it cannot be matched and ends immediately after processing as a general match.

On the other hand, if there is a mismatch, when only one copper belonging to the generalization exists, the same matching may be performed, and if there is more than one, it may be terminated after processing as the general matching (see FIG. 8).

④ Dongho matching algorithm

As an algorithm performed by the same name matching algorithm unit 234 according to the present invention, in the standardized building ledger address and energy meter address, if the same name or floor name exists together with the name, or if the same name, floor name, or both name exists, the same name and name If there is a call to match at the same time, the call is matched. If there is no matching call name, the match is matched. If there is no match, but there is no match, the match can be matched.

The algorithm proceeds when the address type has the same name or the floor name together with the name, or both the same name, the floor name, and the name (type 6, 7, 8). Therefore, if there is a call that matches the same name and name at the same time, the call is matched. If there is no match, the match is made. If there is no match when there is a generalization, the match is ended by matching the generalization.

Here, it is distinguished whether it is a building with a general or a building with only copper, and if the building has the same name and the same name at the same time, the matching is ended with matching, or if not, matching.

If the building is general, it is judged whether the same name and the same name coincide at the same time, and the match is made in case of a match. If the same name and nickname do not coincide at the same time, it is first judged whether there is one dong belonging to the general manager, and if there is only one dong, it is determined whether only the call matches or not.

When there is more than one copper included in the generalization, matching is finished only when the coppers are matched. However, since there may be cases where there are multiple matching names, the matching may be performed only when there is only one matching name (see FIG. 9).

In the address matching verification step S3 according to the present invention, the error type determination unit 310 of the address matching verification unit 300 may verify whether the addresses match according to the standardized address.

The address matching verification step (S3) according to the present invention includes the step of determining whether or not the error type. In the present invention, 'accuracy of matching' means three things according to the address format.

The first is whether the address matched up to the address when the address ends. Second, if the address ends with copper, floor, copper, and floor, whether or not matches have been matched. Third, if there is a call in the address, whether the call is matched or not is matched.

The meaning of the matching accuracy can be expressed in Table 10 below.

The address matching verification step (S3) according to the present invention verifies whether the address information is matched up to the address information, such as city name, city name, legal name, and street address, and at least one of the information of the floor or floor In the case of address information, it is possible to verify whether the matches are matched up to the same, and in the case of address information containing a call, whether the call is matched is matched.

In the address matching verification step (S3), in the case of verification of whether the calls are matched consistently, when the meter with the call fails to match the call, and if it is matched to the dong or the general, it is normal if the matched building is not a collective building If the matched building is a collective building, it may be determined as an error.

In the address matching verification step (S3), in the case of verification of whether the calls are matched to match, when the meter with the call is matched to the call, it may be determined as an error when multiple identical energy meters are matched to the individual call. .

More specifically, it is as follows.

Verification in this step is whether or not there is a match even if there is a call in the address, which is the third meaning of accuracy. Two verification rules can be presented to confirm this.

The first verification rule is a case where the meter with a call does not match the call, but matches the upper part of the building or general, and determines whether the matched building is a collective building or not. Buildings that are not collective buildings do not have a call, and there is no exclusive ownership on the building ledger. Therefore, it is judged that it is normal to match the building, and it is a rule to judge errors only when it matches buildings that are collective buildings.

The second verification rule is a rule that considers that an additional review is necessary when an meter with a call matches the call correctly, but two or more meters from the same energy supply organization match each call.

These two verification rules can be expressed as shown in FIG. 10, and all automatic matching processes can be completed after this step.

On the other hand, the present invention can be implemented as an automatic matching system of the address of the building register and the address of the energy meter. The contents overlapping with the method invention described above are excluded from the description, and the gist of the present invention is as follows.

The present invention is an automatic matching system of the address of the building ledger and the address of the energy meter, and includes an address standardization unit 100, an address automatic matching unit 200, and an address matching verification unit 300.

The address standardization unit 100 according to the present invention is a data upload unit 110 for uploading the collected energy meter address to the database, the attempted name, the municipal name, the legal name, the street, the building name, the building name, and the building name And an address parsing unit 120 separating the information of the building floor name and a standardization unit 130 encoding the separated information and the address of the building ledger.

The address automatic matching unit 200 according to the present invention is a building register classification unit 210 that pre-classifies a building that can be matched automatically and a building that cannot be matched automatically by using a building register, a meter that can be matched automatically among meters, and an automatic matching A meter information classification unit 220 that classifies impossible meters before matching and an automatic matching algorithm unit 230 that matches addresses according to a standardized address format may be provided.

The address matching verification unit 300 according to the present invention may include an error type determination unit 310 that verifies whether an address is matched according to a standardized address.

On the other hand, the present invention may be implemented as a computer program. That is, in combination with hardware for processing information by software on a computer, a computer program stored in a computer-readable recording medium may be implemented to execute an automatic matching method of a building register address and an energy meter address according to the present invention.

The embodiments described in the present specification and the accompanying drawings are merely illustrative of some of the technical spirit included in the present invention. Therefore, the embodiments disclosed in the present specification are not intended to limit the technical spirit of the present invention, but to explain the scope of the technical spirit of the present invention. Within the scope of the technical spirit included in the specification and drawings of the present invention, modifications and specific embodiments that can be easily inferred by those skilled in the art should be interpreted as being included in the scope of the present invention.

100: address standardization unit 110: data upload unit
120: address parsing unit 130: standardization unit
200: Address automatic matching unit 210: Building ledger classification unit
220: meter information classification unit 230: automatic matching algorithm unit
231: address matching algorithm unit 232: copper matching algorithm unit
233: call matching algorithm unit 234: the same call matching algorithm unit
300: address matching verification unit 310: error type determination unit
311: bungee matching verification unit 312 matching matching verification unit
313: call matching verification unit 314: Dong-ho matching verification unit

Claims (25)

The energy meter address collected by the data upload unit of the address standardization department is uploaded to the database, and the address uploaded by the address parsing department is divided into city name, city and district name, legal name, street address, building name, building name, building name, and building floor name. , Standardization unit address standardization step (S1) for coding the separated information and the address of the building register and
Address The Building Matching Division of the Matching Department uses the building register to classify buildings that can be matched automatically and non-matching buildings before matching, and the metering information sorting unit is a meter that can be matched automatically and a meter that cannot be matched automatically. A method of automatically matching the address of a building ledger address and an energy meter address, comprising pre-classifying the address and matching the address according to a standardized address format by the automatic matching algorithm unit (S2). The method according to claim 1,
The address uploaded to the database by the data upload unit in step S1 is a method for automatically matching the address of a building register and the address of an energy meter, characterized in that the address is an energy meter. The method according to claim 1,
The information standardized by the standardization unit in step S1 includes the address of the building ledger and the address of the energy meter, and the name of the city register, the municipality, the legal name, the street, the building name, the building name, and the building floor address. Automatic matching method. The method according to claim 3,
The city name and city district name information is standardized with the city and district code that indicates city and city districts together according to the standard administrative area list.
The legal name information is standardized with the legal code according to the standard administrative area list,
The earth classification information is normalized to 1 if there is an acid mark in the address data, normalized to 2 if there is a block mark, and normalized to 0 if there is no mark,
The address information is standardized to 4 digits with the front digit as the main number and the back digit as the subnumber based on the indication (-) among the address data,
The building name information is standardized with a building building code according to a preset building building grant list,
The building name information is standardized with the building code according to the preset building code assignment list,
The building floor name information is standardized with a building floor code according to a preset building floor grant list, and the automatic matching method of the address of the building ledger and the address of the energy meter. The method according to claim 1, in the case of step S2,
Among the building ledger consisting of the general title book, general building ledger, title book and exclusive ownership
Automatic matching of the address of the building ledger address and energy meter address, characterized in that the general title is divided into 'General', the general building ledger and title are divided into 'East', and the exclusive ownership is divided into 'Ho'. The method according to claim 5, the address matching sequence
In the case of the energy meter charged to the call, if the total is present, it is matched in the order of arc, copper, and collective.
In the case of the energy meter imposed on the floor, if a total is present, it is matched in the order of copper, and if only copper is present, it is matched to copper.
In the case of an energy meter imposed on copper, if totalization exists, copper is matched in order, and if only copper exists, copper is matched.
In the case of an energy meter imposed on the general manager, a method for automatically matching the address of the building ledger address and the energy meter address, characterized in that the general manager is matched if the general manager exists. The method according to claim 6,
The address matching in step S2 is divided into a comprehensive matching that matches only the city name, municipality, legal name, and street information, and a detailed matching address including building name, building name, and building floor name information. And energy meter address automatic matching method. The method according to claim 7,
After performing the above-mentioned comprehensive matching first, if any one of the building name, building name and building floor information is additionally present, detailed matching is performed. The method according to claim 5,
The building ledger classification unit of step S2 classifies the building as an auto-matching building if there is a single collective or dong in each street, and classifies it as a building where automatic matching is not possible. How to automatically match addresses. The method according to claim 9,
When classified as a building capable of automatic matching,
Automatic matching method of the address of the building ledger and the address of the energy meter, characterized by distinguishing whether they are located in the same address as general or dong. The method according to claim 7,
The meter information classification unit of step S2 is an automatic matching method of the address of the building register and the address of the energy meter, characterized in that the energy meter that can perform comprehensive matching is classified as a meter capable of automatic matching. The method according to claim 11,
If the address from the energy meter's address information to the address information corresponds to the PNU code,
If there is a single number of buildings or buildings in individual streets, it is classified as a meter capable of automatic matching.
Automatic matching of the address of the building ledger and the address of the energy meter, characterized in that it is classified as a meter that cannot automatically match if there are multiple buildings or buildings in individual streets. The method according to claim 12,
When classified as a meter capable of automatic matching,
Automatic matching method of the address of the building ledger and the address of the energy meter, characterized by distinguishing whether they are located in the same address as general or dong. The method according to claim 11,
If the address to the address information among the address information of the energy meter does not conform to the PNU code, the automatic matching method of the address of the building register and the address of the energy meter is characterized in that it is classified as a meter that cannot automatically match. The method according to claim 1,
The automatic matching algorithm unit of step S2, the automatic matching method of the building register address and the energy meter address, characterized in that it is provided with an address matching algorithm unit, a matching unit, a matching algorithm unit, and a matching algorithm unit. The method according to claim 15, wherein the address matching algorithm unit
Automatic matching method of the address of the building register and the address of the energy meter, characterized in that the standardized address of the building register and the address of the energy meter are matched to the city name, city, district, legal name, and street information. The method according to claim 16, The dynamic matching algorithm unit
If there is at least one information of the same name or floor name information in the standardized building ledger address and energy meter address, and the name information is absent,
Automatic matching method of the address of the building register address and energy meter address, characterized in that if the copper coincides, it is matched to the copper, and if there is a matching copper, but there is no matching copper, the copper is matched. The method according to claim 16, The call matching algorithm unit
If there is only a name in the standardized building ledger address and energy meter address,
Automatic matching method of building register address and energy meter address, characterized in that if there is a matching call, the call is matched, if there is no matching call, the match is matched. The method according to claim 16, The same matching algorithm unit
In the standardized building ledger address and energy meter address, if the same name or floor name exists with the name or both the same name, floor name, and house name exist,
If there is an arc that matches the same name and the same name at the same time, the call is matched. If there is no matching call name, the match is matched. Automatic matching method. The method according to claim 1,
The method for automatically matching the address of a building ledger address and an energy meter address, further comprising an address matching verification step (S3) in which the error type determination unit of the address matching verification unit verifies whether an address is matched according to the standardized address. The method according to claim 20, step S3 is
In the case of address information, including city name, city and city name, legal name, and street information, verify whether the street information matches,
If at least one of the buildings or floors is address information, it is verified whether the matches are consistent.
In the case of address information that includes a call, the method of automatically matching the address of the building register and the address of the energy meter is characterized by verifying whether the call is matched. The method of claim 21,
In the case of verification of whether the calls were matched identically,
When a meter with a call does not match the call, it is matched to the copper or collective,
If the matched building is not a collective building, it is judged as normal, and if the matched building is a collective building, it is judged as an error. The method of claim 21,
In the case of verification of whether the calls were matched identically,
Automatic matching method of the address of the building register and the address of the energy meter, characterized in that it is judged as an error when a meter with a call is matched to a call, but multiple identical energy meters are matched to an individual call. Department of Address Standardization
Data uploading unit uploading the collected energy meter address to the database, address parsing unit for separating the uploaded address into information of city name, municipal name, legal name, street number, building name, building name, building name and building floor name and the separation An address standardization unit equipped with a standardization unit for encoding the old information and the address of the building register;
Building register classification unit that pre-classifies buildings that are capable of auto-matching and buildings that cannot be matched automatically by using a construction ledger. An address matching unit equipped with a classification unit and an automatic matching algorithm unit matching addresses according to a standardized address format; And
And an address matching verification unit provided with an error type determination unit for verifying whether the addresses match according to the standardized address. A computer program stored in a computer-readable recording medium in order to execute an automatic matching method of a building register address and an energy meter address according to any one of claims 1 to 23, in combination with hardware for processing information by software on a computer. .

Images