JP4698447B2 - Information processing method and apparatus for the right to go in Go - Google Patents

Description

  The present invention relates to an information processing technique for the right to go around Go.

Fukuroi is land that is surrounded by other land with different owners and that must pass through other land to reach public roads. The Go area is other land that surrounds the bag. Furthermore, the right to go in Go area means the right that the land owner of the bag land can pass through the Go area. The Civil Code has the following rules (partial excerpts).
・ Article 210 of the Civil Code: In land that is surrounded by other land and does not lead to public roads, other land surrounding that land can pass.
・ Civil Code Article 211: You must choose the one with the least damage for other land.
・ Article 212 of the Civil Code: Anyone who passes other land under Article 210 must pay the damage.
・ Civil Code Article 213: When a land that does not lead to public roads is generated by the division, the owner of that land can only pass through the land owned by other divisions. In this case, no payment is required.

In addition, for example, in Japanese Patent Application Laid-Open No. 11-120196, a registration database, a map database, and a legal regulation information database are searched, and legal regulations and precedents relating to the instructed real estate are displayed in comparison with a map. A system for providing means for automatically registering contents such as map processing in a case database is disclosed. Using the technique described in this publication, it is possible to identify the bag.
JP-A-11-120196

  As mentioned above, even if the bag can be identified, there is a problem such as the presence or absence of the occurrence of compensation (hereinafter also referred to as compensation) in the civil law. It cannot be presented by the prior art. In particular, the right to go around Go is a big problem not only for the owner of the bag but also for the owner of the Go. Therefore, it is preferable to be able to present at least the parties with information regarding the right to go around Go.

  Therefore, an object of the present invention is to provide a technique for appropriately presenting information related to the right to go around Go.

  The information processing method according to the first aspect of the present invention holds a processing device, a geodetic survey database in which registration history of the geodetic survey map is registered, and data for specifying the range of each brush in a specific region. An information processing method executed by a computer having a registry map database and a Go status management database for storing data relating to baggage, Go, and Go access rights, and stored in the registry map database by a processing device Using the stored data, the step of identifying the bag in a specific area, the history of the specified bag stored in the land survey map database by the processing device, and the registry map database Judgment process to determine whether there is a free right to go to other brushes for the above specified bag cloth from the roadway conditions specified by And if the above-mentioned identified bag is determined that there is no free go-to-go right for other brushes, the processing device stores the data related to the free go-to-go go Registration step.

  By carrying out such processing, it becomes possible to confirm the presence / absence of a free go-to-go right, and to present it as required or upon request.

  In addition, the determination step described above includes a step of confirming the presence or absence of a geodetic survey map related to the specified bag land using the data stored in the ground survey map database by the processing device; If there is a geodetic survey map related to, there is a step of confirming whether the geodetic survey map is related to a pen using the data stored in the geodetic survey database by the processing device; If it is related to a pen, using the data stored in the registry map database by the processing device, the step of confirming whether the brush related to the pen other than the specified bag is in contact with the road When a brush associated with a brush other than the above-mentioned bag is in contact with the road, the processing device determines that the brush associated with the brush other than the specified bag has a free right to go. It may be included and-up.

  In this way, it becomes possible to confirm whether or not the brush that originally touched the road has been turned into a bag by dividing the brush. In such a case, it can be determined that there is a free right to go under civil law.

  In addition, the computer described above further includes a building drawing database that holds data for specifying the range of each brush building in a specific area, and a traffic route data storage unit that stores data related to the shape of the traffic route. In some cases. In that case, the processing device extracts from the area survey map database and the building drawing database, the extraction step of extracting the data of the brush land area survey map and the building drawing related to the specific bag in the specific area, and the processing device extracts the data. A search step for searching a route from a specific bag land to a road according to a predetermined rule and storing data related to the figure of the route in the route data storage unit from the area survey map and the building drawing. Further, it may be included. In this way, it is possible to present a traffic route from the bag to the road. In addition, it is possible to search for a traffic route regardless of whether or not there is a free Go traffic right.

  Further, the computer may further include a compensation calculation data storage unit that holds a compensation calculation unit price corresponding to a predetermined case. In that case, if the brush associated with a specific bag is not a brush that is determined to have free Go right passage right, the processing device uses the data stored in the passage route data storage unit to An area calculation step for calculating an area for each brush that the route travels, and a processing unit that extracts a compensation calculation unit price corresponding to the brush that the route travels from the compensation calculation data storage unit, and for each brush that passes the route The method may further include a registration step of calculating a predicted compensation money from the area and the compensation money calculation unit price and registering it in the Go right state management database. In this way, it is possible to present the cost of a paid route that is not free of charge.

  Furthermore, by using the data stored in the Go area management database and the registry map database or the geodetic survey map database and the travel route data storage unit by the processing device, the figure of the brush and the route of the route related to the specific baggage You may make it further include the step which produces | generates and outputs the map data containing a figure and the data of prediction compensation money. In this way, it becomes possible to indicate the state of the right to go around Go more clearly.

  Further, it may further include a step of generating and outputting warning data for a registration application including a specific lot number using data stored in the surrounding area state management database by the processing device. For example, it is very useful if a lot number (specific lot number) related to a certain registration application is a Go place or the like, and it can be output as warning data as to whether or not a Go right can be claimed.

  In addition, the information processing method according to the second aspect of the present invention includes a land area survey database in which registration history of a processing device and a land area survey map is registered, and a surrounding area state management database that stores data relating to a bag land and an surrounding area. An information processing method executed by a computer having a building drawing database that holds data for specifying the range of each brush building in a specific area and a traffic route data storage unit that stores data related to a figure of a traffic route The processing device specifies a brush associated with a specific bag in a specific area using the surrounding land state management database, and is specified from the land survey map database and the building drawing database by the processing device. Extracted by the processing device and the step of extracting the data of the land surveying and building drawings of the brush From serial acreage survey plan and building drawings, according to a predetermined rule, and a step of searching the traffic route to the road from a particular bagging, it contains data about the shape of the traffic route traffic route data storage unit. In this way, it is possible to present possible travel routes from the baggage to the road.

  Furthermore, the information processing method according to the third aspect of the present invention stores a processing area and a land area survey map database in which registration histories of the land area survey map are registered, and data related to baggage, go and go traffic Corresponding to a predetermined case, a Go drawing condition management database, a building drawing database that holds data for specifying the range of each brush building in a specific area, a traffic route data storage unit that stores data related to a figure of a traffic route The information processing method is executed by a computer having a compensation calculation data storage unit that holds a compensation calculation unit price. Then, the processing device searches the Go state management database to determine whether the specific lot number in the specific area corresponds to the Go place, and if it is determined that the specific lot number corresponds to the Go place The processing device searches the Go Land Condition Management Database to specify the lot number related to the same bag with which the specific lot number is related as the related lot number, and the processing device from the land survey map database and the building drawing database. The extraction step for extracting the data of the land survey map and the building drawing of the brush of the related lot number, and the processing device, from the above-mentioned land survey map and the building drawing extracted from the specific bag land to the road according to a predetermined rule A search step for searching for a traffic route and storing data related to the figure of the traffic route in the traffic route data storage unit, and a related lot number If there is no free Go right passage right, the processing device uses the data stored in the passage route data storage unit to calculate the area for each brush that the passage route passes, and the processing The device extracts the compensation calculation unit price corresponding to the brush that the passage route passes from the compensation calculation data storage unit, calculates the predicted compensation amount from the area and the compensation calculation unit price for each brush that passes the passage route, A registration step of registering in the management database and a step of generating and outputting warning data for a registration application including a specific lot number using the data stored in the surrounding land state management database by the processing device. In this way, the lot number related to any registration application is a lot number for which the right to go around Go can be claimed, and it is possible to present a predictive compensation that leads to the probability at that time. Usually, when the predicted compensation is low, there is a high possibility that the right to go around Go will be claimed.

  According to the present invention, it is possible to appropriately present information related to the right to go around Go.

[Pre-processing]
First, FIG. 1 shows a system outline diagram of the preprocessing phase according to the embodiment of the present invention. For example, the network 1 such as an intranet is connected to one or a plurality of input terminals 3 installed in, for example, a registry office and the Go area traffic authority confirmation device 5 that performs the main processing in the present embodiment. ing. For example, a web (Web) browser is installed in the input terminal 3, and the surrounding area traffic authority confirmation device 5 is accessed by the web browser. Alternatively, a dedicated client application may be installed, and the surrounding area traffic authority confirmation device 5 may be accessed by the dedicated client application.

  The Go area traffic authority confirmation device 5 is provided in the map information system 500, and can access the registry map DB 55 and the land survey map DB 56 that are also included in the map information system 500.

  The Go permission check device 5 searches the Go status management DB 54 and the registry map DB 55 for storing various data necessary for the following processing, and stores necessary data in the Go status management DB 54. The data search unit 51 searches the registration place map DB 55 and stores the necessary data in the surroundings state management DB 54, the registration place map DB 55, and the land area survey map DB 56. Is stored in the surrounding area management DB 54.

  For example, the registry map DB 55 stores a connection table as shown in FIG. In the connection table of FIG. 2, lot number areas (for example, ABCD city), lot numbers (for example, A to Z), and brush cut points (point numbers 1 and 2) are registered. In this way, the brush boundary IDs (point numbers 1 and 2) at both ends of all the brush boundary lines are registered for each local number in the predetermined lot number area.

  Further, the registry map DB 55 stores a coordinate value table as shown in FIG. 3, for example. In the coordinate value table of FIG. 3, the point number of the writing boundary point, the coordinate value X1, and the coordinate value Y1 are registered.

  Furthermore, the registry map DB 55 stores, for example, a brush attribute table as shown in FIG. In the brush attribute table of FIG. 4, lot number areas (for example, ABCD city), lot numbers (A to Z, etc.), and lots (fields, housing lots, etc.) are registered. In this way, information such as the texture is registered for each number in the predetermined lot number area.

  The geodetic survey DB 56 stores, for example, a connection table as shown in FIG. The connection table in FIG. 5 includes a lot number area (for example, ABCD city), a lot number (for example, C to Z), a land surveying map number (for example, “A100”, “I200”, etc.), and a writing point ( Point numbers 1 and 2) are registered. As described above, the land surveying map numbers and the writing point IDs (point numbers 1 and 2) at both ends of all the writing lines are registered for each number in the predetermined lot number area. The data on the past figure is also stored in the land survey DB 56.

  In addition, the land survey map DB 56 stores a coordinate value table as shown in FIG. 6, for example. In the coordinate value table of FIG. 6, the point number of the writing boundary point, the public coordinate value X, and the public coordinate value Y are registered.

  Further, the land survey map DB 56 stores, for example, an attribute table as shown in FIG. In the attribute table of FIG. 7, the lot number area, the land surveying map number (for example, “A100”, “I200”, etc.), the type (for example, digraph, writing, etc.), and the original lot number related to the application are stored. Application lot numbers (for example, C, D, etc.) and application dates are registered. In this way, each time a geodetic survey map is registered in the predetermined lot number area, the geodetic survey map number, type, application lot number, and application date are registered.

  The surrounding area management DB 54 stores data as shown in FIG. 8, for example. In the example of FIG. 8, a lot number area (for example, ABCD city), lot number, related bag place (lot number), type (either go place or bag place), and traffic indicating the existence of free go place traffic right. The target flag and the expected remuneration when going through the Go area are registered. Note that the predicted compensation is registered for each target bag. In addition, the traffic target flag may be set for each bag.

  In the following description, a first case in which the pens as shown in FIGS. 9A to 9E are performed, and a second case in which there is no record of the pens as shown in FIG. 10 will be described.

  Specifically, in the first case, as shown in FIG. 9A, from the state of January 1, 2004, where there are lot numbers A to F (other than D) surrounded by the road Z, As shown in FIG. 9B, it is assumed that a geodetic survey diagram “A100” for dividing brush C into brushes C and D is submitted on March 1, 2004. Then, the state transitions to the state shown in FIG. Further, as shown in FIG. 9 (d), a geodetic survey map “I 200” for dividing the brush D into the brushes D1 and D2 was submitted on October 1, 2005, and the state as shown in FIG. 9 (e). Transition to. Data relating to such state transitions is accumulated in the land survey map DB 56.

  On the other hand, in the second case, no data representing the history of FIGS. 9A to 9D is accumulated in the land survey DB 56, and as shown in FIG. 10, the same as FIG. 9E. Only the state is specified from the land surveying DB 56.

  Hereinafter, the processing flow of the pre-processing will be described with reference to FIGS. For example, a staff member of the registry office operates the input terminal 3 to specify a lot number area to be preprocessed. The input terminal 3 receives the designation of the lot number area and transmits it to the Go area passage right confirmation device 5. The Go place passage right confirmation device 5 receives the data of the lot number area from the input terminal 3 (FIG. 11: step S1).

  The bag place search part 51 of the Go place passage right confirmation device 5 searches the brush attribute table (FIG. 4) of the registry map DB 55 based on the received data of the lot number area, specifies the lot number of the road, and the connection table. (Fig. 2) is searched to identify the road boundary point of the road, and for each number in the specified lot number area, whether or not the road boundary point of the road is not shared, that is, whether it is a bag land that does not touch the road Judgment is made, and the judgment result is registered in the surroundings state management DB 54 (step S3).

  In the case of the example of FIG. 9 (e), the lot number Z is a road, and the lot number D1 of the brush which does not include the brush boundary points (T1, T2, T3, T9, T10, T11, T12, T8, T5, T4) and D2 is specified, and as shown in FIG. 12, in the surrounding land state management DB 54, “bukuro” is registered as the types of the lot numbers D1 and D2.

  Next, the Go place search unit 52 searches the connection table (FIG. 2) of the registry map DB 55 by using the brush border point, and is adjacent to the brush including the brush border point, that is, the bag place. A brush (Go area) is specified, and data representing the Go area is registered in the Go area state management DB 54 (step S5). In the example of FIG. 9 (e), the lot numbers B, C, E, F, D1, and D2 are specified, and data indicating that it is an encircling land with respect to the brush lot number other than the bag is registered and specified. The lot number of an adjacent bag is registered in the surrounding land state management DB 54 as an associated bag adjacent to the lot number (step S5). For example, as shown in FIG. 13, in the Go place state management DB 54, “Go place” is registered as the type of the lot numbers B, C, E, and F, and adjacent lots of the lot numbers B to F are adjacent to each other. Are registered as related bags.

  Then, the stroke history search unit 53 searches the area survey map DB 56, traces the stroke history, determines whether or not there is a right of passage, and performs a stroke history search process registered in the surrounding area management DB 54 (step S7). This stroke history search process will be described with reference to FIGS.

  First, the stroke history search unit 53 extracts one lot number whose type is bag in the surrounding area state management DB 54, and stores it in the lot number saving area (step S11). For example, in the state as shown in FIG. 13, for example, the lot number D2 is selected, and the lot number D2 is stored in the lot number save area. If there are a plurality of bags, the process shown in FIG. 14 is performed for each.

  Then, the connection table (FIG. 5) in the land survey DB 56 is searched with the extracted bag number (step S13). In the example of FIG. 5, there is a record of lot number D2, and the land surveying map number “I200” can be specified in the record.

  If the record cannot be extracted in step S13, the process returns to the original process (step S15: No route). On the other hand, when the record can be extracted (step S15: Yes route), the attribute table (FIG. 7) of the geodetic survey map DB 56 is searched with the geodetic survey map number of the corresponding record, and it is confirmed whether or not a pen is drawn (step). S17). In the example of FIG. 7, since the type is registered as “pencil” corresponding to the land surveying map number “I200”, it is confirmed that it is “split”.

  Then, it is determined whether the type is registered as “pencil” in the attribute table of the land survey map DB 56 corresponding to the land survey map number (for example, “I200”) (step S19). Return to processing. On the other hand, when the type is registered as “split”, the connection table (FIG. 5) of the land survey map DB 56 is searched with the land survey map number of the corresponding record, and the lot number of the corresponding brush other than the extraction bag land is specified. (Step S21).

  In the example of FIG. 5, when the connection table is searched with the land surveying figure number “I 200”, the lot number D1 is extracted in addition to the lot number D2.

  After that, the connection table (FIG. 2) of the registry map DB 55 is searched with the lot number specified in step S21, and it is determined whether or not the writing point of the lot number includes the writing point of the road. It is confirmed whether they are in contact (step S23). The lot number D1 does not touch the road as shown in FIG.

  If the road is not in contact with the road (step S25: No route), the lot number specified in step S21 is additionally stored in the lot number saving area (step S27). The lot number D1 is additionally stored in the lot number saving area in addition to the lot number D2. Then, the attribute table (FIG. 7) of the land survey map DB 56 is searched with the land survey map number specified in step S17, and the lot number before the division of the lot number specified in step S21 is set as “the number of the extracted bag place”. Extract (step S29). When the attribute table of FIG. 7 is searched with the land surveying map number “200”, the application lot number “D” is specified. Then, the process returns to step S13.

  In step S13 and step S15 to be executed next, the land surveying map number “A100” is specified, in step S17 and S19 to be executed next, the type “pencil” is specified, in step S21 the lot number C is specified, and in step S23 In step S25, it is confirmed that the lot number C is in contact with the road.

  Therefore, when it is confirmed in step S25 that the brush specified in step S21 is in contact with the road (step S25: Yes route), a surrounding area management DB registration process is performed (step S31). This surrounding state management DB registration process will be described with reference to FIGS. 15 to 17. First, the passage target flag is set for the brush determined to be in contact with the road in the Go state management DB 54 (FIG. 15: step S41). In other words, it is assumed that a free Go-Right passage right is generated by the pen. In the above example, a traffic target flag is set corresponding to the lot number C.

  Furthermore, the lot number stored in the lot number saving area is registered in the surrounding area state management DB 54 for the brush determined to be in contact with the road (step S43). Corresponding to the lot number C, the lot number of the related bag is already registered, but here the lot numbers D1 and D2 are overwritten and registered.

  Further, the connection table (FIG. 2) of the registry map DB 55 is searched with the lot number of the lot number saving area, and it is confirmed whether the lot number of the brush that is not adjacent to the brush in contact with the road exists in the lot number of the lot number saving area (step S45). The lot numbers D1 and D2 are registered in the lot number saving area, and it is checked with the connection table whether or not the brush lot numbers that do not share the brush boundary point of the brush lot number C in contact with the road exist in the lot numbers D1 and D2. Since the lot number D2 is not adjacent to the lot number C here, the lot number D2 is specified in step S45.

  And when it exists, a traffic object flag is set to the record which satisfy | fills a predetermined condition (step S47). The predetermined condition is any of the lot numbers in which the lot number specified in step S45 is registered in the “related bag” in the surrounding land state management DB 54 and the “lot number” is stored in the lot number saving area. It is a condition that there is. Since the lot number D2 is specified in step S45, the record having the related lot number “D2” and the lot number “D1” or “D2” is the record of the lot number D1, and thus the passing target flag is set in this record. To do.

  If such a process is performed, data as shown in FIG. 16 is registered in the surrounding area management DB 54. As shown in FIG. 16, in step S41, a passage target flag is set for the lot number C, and in step S47, a record in which the associated bag is D2 is specified, and the passage target flag is set for the lot number D1. The In step S43, the lot numbers D1 and D2 are registered as the related bags of the lot number C.

  By carrying out the processing as described above, advance preparation is completed, and necessary data is stored in the surrounding land state management DB 54.

  In the case of the first case, data as shown in FIG. 16 is registered in the surrounding area management DB 54. In the case of the second case, data as shown in FIG. Registered in the state management DB 54. In the second case, since the pen cannot be confirmed, the passage target flag indicating that a free go-to-go passage right exists is not set, and the related baggage for the lot number C is only D1.

[Go area traffic authority map output processing]
For example, as a kind of registration application, a process when an application form for a Go area passage right map regarding a Go area passage right for a specific baggage is received will be described with reference to FIGS. In addition, the Go-To-Go map is new and the application form is also new.

  First, FIG. 18 shows an outline of the system when this processing is performed. The network 1 includes one or a plurality of input terminals 3 installed in a registry office, a registration information system 30 having a reception unit 31 that performs message distribution processing related to an application, and main processing according to the present embodiment. Is connected to the Go-periphery right confirmation device 5 that implements.

  The Go area traffic authority confirmation device 5 can access the land surveying map DB 56, the registry map DB 55, and the building drawing DB 57 installed in the map information system 500. In addition, the Go area traffic authority confirmation device 5 receives the data stored in the accessible part drawing DB 62 for storing data relating to the traffic route in the Go area, the Go area state management DB 54, the land surveying map DB 56, and the building drawing DB 57. A travel route search unit 61 for extracting a travel route and storing data related to the travel route in the drawing DB 62; and a compensation calculation master 63 for storing various parameters for calculating compensation for traffic in the Go area. Then, the estimated amount of compensation is calculated using the data stored in the remuneration calculation master 63, the accessible part drawing DB 62, the surrounding land state management DB 54, the land area surveying map DB 56, and the registry office drawing DB 55, and the surrounding land state management is calculated. The compensation calculation unit 64 stored in the DB 54, the surrounding area management DB 54, the accessible part drawing DB 62, and the registry map DB 55 It generates data encircling locations right of way map using the stored data, and a surrounding land right of way map output section 65 for outputting.

  The data stored in the land survey DB 56 and the registry map DB 55 are as described above. An example of data stored in the payment calculation master 63 is shown in FIG. In the example of FIG. 19, a lot number area (for example, ABCD city), a ground pattern (for example, residential land, a field, a rice field, a forest), a roadway situation (for example, the length of the roadway), and a unit price are registered. In this way, the unit price is registered for each lot number area, for each lot, and for each roadway situation.

  An example of the connection table stored in the building drawing DB 57 is shown in FIG. In the connection table of FIG. 20, lot numbers (for example, ABCD city), lot numbers, house numbers (for example, K01 to K03), and point numbers 1 and 2 are registered. For each house, the point numbers 1 and 2 at both ends of the line segment defining the range of the house are registered.

  Furthermore, an example of the coordinate value table stored in the building drawing DB 57 is shown in FIG. In the coordinate value table of FIG. 21, point numbers and coordinate values X and Y are registered. Thus, the coordinate value of the point which is the both ends of the line segment which describes the range of a house is registered.

  An example of the connection table stored in the passable part drawing DB 62 is shown in FIG. In the connection table of FIG. 22, lot number areas (for example, ABCD city), route numbers, and point numbers 1 and 2 are registered. For each traffic route set by the traffic route search unit 61, the IDs (point numbers 1 and 2) of the end points of the line segment that defines the range of the traffic route are registered.

  An example of the coordinate value table stored in the passable part drawing DB 62 is shown in FIG. In the coordinate value table of FIG. 23, point numbers and coordinate values X1 and Y1 are registered. In this way, the coordinate values of the points that are both ends of the line segment that defines the range of the travel route are registered.

  Next, the processing flow of the system shown in FIG. 18 will be described with reference to FIGS. First, for example, at a registry office, a registry office staff accepts a Go area permission map application, and operates the input terminal 3 to input a lot number area and lot number related to Go area permission map output. The input terminal 3 receives the input lot number area and lot number, and transmits a Go area passage right map request including the lot number area and lot number data to the reception unit 31 of the registration information system 30. When the reception unit 31 of the registration information system 30 receives a Go-Right permission map request from the input terminal 3, the reception unit 31 transfers it to the Go-Right confirmation device 5 in the map information system 500. The Go area traffic authority confirmation device 5 receives the Go area traffic authority map request including the lot number area and the lot number data from the reception unit 31 of the registration information system 30 (FIG. 24: step S51).

  Then, the traffic route search unit 61 searches the surrounding land state management DB 54 (FIG. 16) using the designated lot number in the lot number area as the related bag place, extracts the lot number, and draws the drawing data corresponding to the lot number as the building drawing DB 57. And it is extracted from the land survey DB 56 and stored in a storage device such as a main memory (step S53). However, if there is a record in which the passage target flag is set in the Go place state management DB 54, only the lot number for that record is handled.

  For example, if a lot number D2 of ABCD city is designated, the passage target flag is set in the record where the related baggage is D2, as shown in FIG. 25, in the surrounding land state management DB 54 as shown in FIG. The lot numbers C and D1 of the record being recorded are specified. Then, with the lot numbers C and D1, the connection table (FIG. 20) and coordinate value table (FIG. 21) of the building drawing DB 57 and the connection table (FIG. 5) and coordinate value table (FIG. 6) of the land survey map DB 56 are used. When drawing data for specifying the shape and position is extracted, for example, the data of the geodetic survey map “A100”, the data of the geodetic survey map “I200” and the building drawing “ The data of “K02” and the data of the building drawing “K03” are extracted.

  Next, the traffic route search unit 61 generates a composite drawing by superimposing the drawing data extracted in step S53, and stores it in a storage device such as a main memory (step S55). For example, a composite drawing as shown in FIG. 26B is generated. In the composite drawing of FIG. 26B, three brushes C, D1, and D2 and two buildings K02 and K03 are included.

  Thereafter, the travel route search unit 61 searches for a travel route in the composite drawing, and registers data about the travel route in the passable unit drawing DB 62 (step S57). Specifically, the shared brush border line T15T16 between the designated lot number D2 and the brushes (go) C and D1 identified in step S53 is identified. Further, the shared border line T5T8 between the surrounding areas C and D1 identified in step S53 and the road is identified. As shown in FIG. 27, a square 100 having a predetermined length side between (1) the building boundary line T15T16 and the brush boundary line T5T8 is (2) a square so as not to overlap the building figure. (3) Generate and arrange as much as possible so that they do not overlap each other.

  Thereafter, the generated square 100 is searched while counting until reaching the road from the shared stroke line T15T16, and the route with the minimum count is specified. If there are a plurality of routes, the route that shares more of the bounding lines of the Go specified in step S53 is specified. For example, as shown in FIG. 28, when a route search is performed to the road while counting the square 100, two routes R1 and R2 are specified. At this time, since the counts of the routes R1 and R2 are both 8, the route R2 that shares more brush lines of the lot numbers C and D1 is specified.

  On the other hand, when the position of the building K03 is shifted downward, the squares 100 are arranged above and below the building K03, and a route search is performed from the border line T15T16 to the road. In this case, the count is 12 for the route R3 starting from the top of the building K03, the count is 8 for the route R4 starting from the bottom of the building K03, and the route R4 is specified.

  A route number, which is identification information, is issued for the traffic route thus identified. Then, a line segment for specifying the area of the passage route is specified, the point numbers of both end points of the line segment are issued, and the coordinate value of each point is specified and registered in the passable part drawing DB 62 To do.

  For example, line segment data (point numbers at both ends) for specifying the route number 100 of the travel route is registered in the connection table of the passable part drawing DB 62 as shown in FIG. These are registered in the coordinate value table of the passable part drawing DB 62 as shown in FIG.

  The reimbursement calculation unit 64 uses the data stored in the reimbursement calculation master 63, the accessible part drawing DB 62, the surrounding area state management DB 54, the registry office drawing DB 55, and the land survey map DB 56 to pass the surroundings. The estimated amount of compensation necessary for the calculation is calculated and registered in the surrounding area management DB 54 (step S59). Specifically, the reimbursement calculation unit 64 refers to the surrounding area management DB 54 to check whether or not the passage target flag is set, and if it is set, the compensation amount is 0. Register in the state management DB 54. In the case of the first case, since the passage target flag is set, data as shown in FIG. 30 is registered in the surrounding area state management DB 54. On the other hand, when the passage target flag is not set, the graphic data regarding the corresponding passage route is read from the passable part drawing DB 62, the area is calculated, and stored in a storage device such as a main memory. In addition, when a figure spreads over several brushes, an area is calculated for every brush. Furthermore, the pen attribute table (FIG. 4) in the registry map DB 55 is searched for the lot number of the Go place specified in step S53, and the place number is specified. Here, both are specified as residential land. Further, the connection table (FIG. 5) in the land survey DB 56 is searched to determine whether there is a writing boundary shared by the Go with the road. If there is a writing boundary shared with the road, the road Is extracted from the coordinate value table (FIG. 6) of the geodetic survey DB 56, and the path length is calculated and stored in a storage device such as a main memory.

The compensation calculation master 63 is searched with the ground and the contact length specified in this way, the unit price of the compensation is extracted, the predicted compensation is calculated by the unit price × the area of the calculated route figure, and the main memory To store. For example, since the lot number D1 is not connected, it is 500 yen / m ² (first line) in the case of the reimbursement calculation master 63 of FIG. 19, and the lot number C is a roadway between 2 m and less than 5 m. Therefore, in the case of the compensation calculation master 63 of FIG. 19, it is 3000 yen / m ² (third line). In this way, the prediction compensation money is calculated by calculating the area × unit price for each brush. The calculated amount of the predicted compensation money is registered in the Go area management DB 54. For example, as shown in FIG. 31, the predicted compensation amount is registered in the expected compensation column for each location number including the location number D2 as the related bag place. That is, the predicted compensation amount for the lot number D2 is registered in the predicted compensation column. Even if there is a related bag, if the route cannot be set for some reason, the amount is not registered.

  When the process of step S59 is completed, the Go area traffic authority map output unit 65 receives data related to the designated lot number (predicted compensation amount, designated lot number) from the Go place state management DB 54, the registry map DB 55, and the accessible part drawing DB 62. The map data is generated by extracting the graphic data in the lot number area including the map data and the route data related to the designated lot number, and the map data is printed out or transmitted to the input terminal 3 via the network 1. (Step S61). The input terminal 3 receives the map data from the Go area passage confirmation device 5 and displays it on the display device.

  For example, in the case of the first case, according to the data of the surrounding area state management DB 54 as shown in FIG. In other words, since there is a free Go area passage right, when the lot number D2 is specified, the passage route 110 passing through the lot number C and the lot number D1 is set and displayed on the brush of the lot number C and the lot number D1. The Since the predicted compensation amount is 0 on the traffic route 110, the amount is not displayed. However, 0 yen display may be performed.

  On the other hand, in the case of the second case, according to the data of the surrounding area state management DB 54 as shown in FIG. That is, since there is no free Go area passage right, when the lot number D2 is designated, the passage route 123 passing through the brush of the lot number E and the passage route 122 passing through the brush of the lot number F are set. , Expressed on the brush of each lot number. From FIG. 31, a route that passes through the brush of lot number B can also be set, but there is no setting here because the passage 131 could not be secured by the building 131 standing on the brush of lot number B. A route passing through the brushes of the lot number D1 and the lot number B can also be set, but here it is assumed that the passage route could not be secured by a building or the like.

  In this way, a user who has applied for a Go map of right-of-way map can check what kind of route is possible and how much compensation can be generated if necessary. It becomes like this.

  In the example described above, the case where the lot number D2 is designated is shown. However, when the lot number D1 is designated, in the first case, the traffic route passing through the brush of the lot number C is represented, and the predicted compensation money The amount of money will be 0 yen. In the second case, there are a travel route that passes through the brush of the lot number C, a travel route that passes through the brush of the lot number F, a travel route that passes through the brushes of the lot number D2 and the lot number B, and a travel route that passes through the brush of the lot number B. expressed.

[Warning output processing]
Next, when a registration application is made and the registration target brush is a Go place, a process for giving a warning to the registration applicant or the like will be described.

  First, FIG. 34 shows a system overview when this processing is performed. The network 1 includes one or a plurality of input terminals 3 installed in a registry office, a registration information system 30 having a reception unit 31 that performs message distribution processing related to an application, and main processing according to the present embodiment. Is connected to the Go-periphery right confirmation device 5 that implements.

  The Go-district right confirmation device 5 can access the land survey map DB 56, the building drawing DB 57, and the registry map DB 55 installed in the map information system 500. In addition, the Go area traffic authority confirmation device 5 includes the above-described Go area management DB 54, a warning message generation unit 71 that generates a warning message when necessary using the data of the Go area management DB 54, A route map is extracted using data stored in the accessible portion drawing DB 62, the surrounding land state management DB 54, the land area survey map DB 56, and the building drawing DB 57 for storing the drawing data related to the road route, and related to the road route A passage route search unit 61 that stores data in the passable part drawing DB 62, a compensation calculation master 63 that stores various parameters for calculating compensation for traffic in the Go area, a registry map DB 55, and a geodetic survey map DB 56, Using data stored in the remuneration calculation master 63, the accessible part drawing DB 62, and the surrounding land state management DB 54 Calculating the estimated amount of compensation, and a reparation calculator 64 to be stored in the surrounding areas state management DB 54.

  Next, the processing flow of the system shown in FIG. 34 will be described with reference to FIGS. First, some registration application is made, and the staff of the registration office uses the input terminal 3 to input the registration application including the target lot number of the registration application. The input terminal 3 receives an input of a registration application including the target lot number of the registration application, and transmits registration registration data including the target lot number to the registration information system 30. When receiving the registration application data including the target lot number from the input terminal 3, the reception unit 31 of the registration information system 30 transfers the registration application data to a processing unit (not shown) that performs normal processing of the registration application. At the same time, the data of the target lot number is also transferred to the Go place passage right confirmation device 5. The warning message generating unit 71 of the Go place traffic authority checking device 5 receives the data of the target lot number from the registration information system 30 (step S71). Here, for example, it is assumed that there is a registration application for the brush of lot number E.

  Then, the warning message generator 71 searches the surrounding area state management DB 54 with the target lot number (for example, lot number E), and extracts the corresponding record (step S73). Then, it is confirmed whether or not the related bag place is registered in the record of the target lot number (step S75). If there is no related baggage, the route is not set and no compensation is generated, so the process ends. In other words, no notice is given to the staff of the registry office. On the other hand, when the related baggage exists, basically, the steps S53 to S59 of FIG. 24 are executed to calculate the amount of the predicted compensation for the related baggage of the target lot number, and the surrounding land state management DB 54 Register with. Specifically, the traffic route search unit 61 extracts, from the surrounding area state management DB 54, other records that use the relevant baggage in the corresponding record as the relevant baggage (Step S76). In addition, when the traffic object flag is set, only the record in which the traffic object flag is set is extracted. Then, drawing data corresponding to the lot number of the extraction record is extracted from the building drawing DB 57 and the land surveying DB 56 (step S78). Further, the travel route search unit 61 generates a composite drawing by superimposing the extracted drawing data (step S79), searches for a travel route in the composite drawing, and registers graphic data about the travel route in the passable unit drawing DB 62. (Step S81). In addition, in order to select the optimal route for each combination of the go to the road, etc., one route is specified for each combination of the go to the road, etc. For example, a plurality of traffic routes are specified.

  Next, the reimbursement calculation unit 64 searches the surrounding area management DB 54 and confirms whether the passage target flag is set in the record extracted in step S76 (step S83). If the traffic target flag is set, the amount of the predicted compensation is automatically 0 yen, and therefore, “0” corresponding to the corresponding lot number is registered in the surroundings state management DB 54 as an award amount (step S87). . However, nothing is registered when the default is 0 yen. On the other hand, if the passage target flag is not set, the graphic data of the corresponding passage route (specified from the route number issued in step S81) is read from the passage portion drawing DB 62, the area is calculated, for example, the main memory or the like Stored in the storage device. In addition, when a figure spreads over several brushes, an area is calculated for every brush. Further, for the corresponding lot number, the brush attribute table (FIG. 4) of the registry map DB 55 is searched to identify the lot number. Further, the connection table (FIG. 5) in the land survey DB 56 is searched to determine whether there is a writing point shared by the corresponding lot number with the road. If there is a writing point shared with the road, the road Is extracted from the coordinate value table (FIG. 6) of the geodetic survey DB 56, and the path length is calculated and stored in a storage device such as a main memory.

  The compensation calculation master 63 is searched with the ground and the contact length specified in this way, the unit price of the compensation is extracted, the predicted compensation is calculated by the unit price × the area of the calculated passage route figure, Register in the state management DB 54 (step S85).

  Steps S76 to S85 are performed for each related bag specified in step S73.

  When the processing is completed so far, the warning message generation unit 71 reads the predicted compensation in the record extracted in step S76 from the surrounding land state management DB 54, generates a warning message, prints it out, or inputs it. It outputs to the terminal 3 (step S89). If the passage target flag is set, a warning message including the lot number and 0 yen of the associated bag of the record for which the passage target flag is set is generated. On the other hand, if the passage target flag is not set, a warning message including the lot number and the predicted compensation for the record extracted in step S76 is generated. The input terminal 3 receives the warning message data from the Go-district right confirmation device 5 and displays it on the display device.

  When the warning message is transmitted to the input terminal 3 and displayed, for example, a warning message as shown in FIG. 36 is generated. In this example, the second case is assumed, and lot number E is the target lot number for the registration application, so there is a traffic route that is a Go area but has a smaller amount of predicted compensation than lot number E. A message indicating that it exists is displayed.

  An example of a more detailed warning message is shown in FIG. In this example, the lot number E of ABCD city, which is the target land, 100,000 yen / month as the predicted compensation (forecast compensation), the other lot number F for which the forecast compensation has been calculated, and the amount of the forecast compensation (1 Million yen / month).

  In this way, if the target lot number of the registration application is Go, it will be possible to know whether or not it will be a right of passage. If you can get information on the right to go around Go when you read a copy before buying or selling land, you can use it as an effective judgment for buying and selling land.

  Although one embodiment of the present invention has been described above, the present invention is not limited to this. For example, the functional blocks in the system outline described above do not necessarily correspond to actual program modules.

  Moreover, the output examples as shown in FIGS. 36 and 37 are merely examples, and various output forms are possible.

  Furthermore, the system configuration itself is arbitrary, and various system configurations such as a stand-alone configuration and a duplex configuration are possible instead of the client server system as described above.

  Further, the Go area traffic authority confirmation device 5, the registration information system 30, and the input terminal 3 are computer devices as shown in FIG. 38, and include a memory 2501 (storage device), a CPU 2503 (processing device), and a hard disk drive (HDD). A bus 2519 connects a display control unit 2507 connected to 2505, a display device 2509, a drive device 2513 for the removable disk 2511, an input device 2515, and a communication control unit 2517 for connecting to a network. An operating system (OS: Operating System) and an application program for performing processing in the present embodiment are stored in the HDD 2505, and are read from the HDD 2505 to the memory 2501 when executed by the CPU 2503. If necessary, the CPU 2503 controls the display control unit 2507, the communication control unit 2517, and the drive device 2513 to perform necessary operations. Further, data in the middle of processing is stored in the memory 2501 and stored in the HDD 2505 if necessary. In the embodiment of the present invention, an application program for performing the processing described above is stored in the removable disk 2511 and distributed, and is installed in the HDD 2505 from the drive device 2513. In some cases, the HDD 2505 may be installed via a network such as the Internet and the communication control unit 2517. Such a computer apparatus realizes various functions as described above by organically cooperating hardware such as the CPU 2503 and the memory 2501 described above, the OS, and necessary application programs.

(Appendix 1)
A geodetic survey database in which the registration history of the processing device and the geodetic survey map is registered, a registry map database that holds data for identifying the range of each brush in a specific area, and a bag, go and go traffic An information processing method executed by a computer having a surrounding state management database for storing data relating to rights,
By the processing device, using the data stored in the registry map database, identifying a bag in the specific area;
About the specified bagging area, which is stored in the geodetic survey database by the processing device, based on the history of the specified bagging area and the roadway situation specified from the registry map database. A determination step for determining whether the other brush has a free right to go;
When it is determined that there is no free go-to-go right for other brushes for the specified bag, the processing device stores data related to the free go-to-go right in the go status management database. A registration step to
An information processing method including:

(Appendix 2)
The determination step includes
Checking the presence or absence of a geodetic survey map related to the identified bag by using the data stored in the geodetic survey database by the processing device;
If there is a geodetic survey map related to the sac, the step of confirming whether the geodetic survey map relates to a pen using the data stored in the geodetic survey database by the processing device When,
When the area survey map is related to a pen, a brush related to a pen other than the specified bag is in contact with the road using the data stored in the registry map database by the processing device. A step to check if
When a brush associated with a pen other than the specified bag is in contact with the road, the processing device determines that there is a right to go free of charge in the brush associated with the divided brush other than the identified bag When,
The information processing method according to appendix 1, including:

(Appendix 3)
The registration step includes
If it is determined that there is free right to go in the brushes related to the pens other than the specified bag, the processing device provides a free charge corresponding to the brushes related to the specified pens other than the specified bag. The information processing method according to supplementary note 2, including a step of registering data indicating the existence of the right to go in the Go in the Go place state management database.

(Appendix 4)
The determination step includes
When the brush related to the pen other than the specified bag is not in contact with the road, the processing device specifies the lot number before the pen using the data stored in the area survey map database, and the pen The information processing method according to supplementary note 2, further including a repetition step of performing the determination step on the previous lot number in place of the specified bag.

(Appendix 5)
The determination step includes
When reaching the brush that touches the road retroactively through the history of the geodetic survey map, the road that is not the surrounding area of the specified bag is determined by the processing device as the specified bag. The information processing method according to supplementary note 4, further comprising a step of: registering in the surroundings state management database in correspondence with a brush on a route up to contact with.

(Appendix 6)
The computer further includes a building drawing database that holds data for specifying the range of each brush building in the specific area, and a traffic route data storage unit that stores data relating to a graphic of the traffic route,
An extraction step of extracting data of a brush land area survey map and building drawing data related to a specific bag of the specific area from the ground survey map database and the building drawing database by the processing device;
The processing device searches for a route from the specific bag land to the road according to a predetermined rule from the extracted ground survey map and building drawing, and stores data related to the figure of the route in the route data. A search step to store in a section;
The information processing method according to appendixes 1 to 5, further comprising:

(Appendix 7)
The information processing method according to supplementary note 6, wherein the brush associated with the specific bag is a brush determined to have the free go-to-go passage or the go of the specific bag.

(Appendix 8)
The computer further includes a compensation calculation data storage unit that holds a compensation calculation unit price corresponding to a predetermined case,
When the brush associated with the specific bag is not a brush determined to have the free Go right passage right, the processing device uses the data stored in the passage route data storage unit, An area calculating step for calculating an area for each brush that the passage route passes;
The processing device extracts a compensation calculation unit price corresponding to the brush that the passage route passes from the compensation calculation data storage unit, and predicts a compensation amount from the area and the compensation calculation unit price for each brush that passes the passage route. A registration step of calculating and registering in the Go right state management database;
The information processing method according to appendix 6, further comprising:

(Appendix 9)
Searching the surrounding area management database by the processing device and determining whether a specific lot number in the specific area corresponds to the surrounding area;
When it is determined that the specific lot number corresponds to the Go place, the processing device searches the Go place state management database to obtain a lot number related to the same bag place to which the specific lot number is related. Step to identify as,
Executing the extraction step, the search step, the area calculation step, and the registration step by using the processing device as the lot number of the brush associated with the specific bag;
The information processing method according to appendix 8, further comprising:

(Appendix 10)
The information processing method according to claim 9, further comprising: generating and outputting warning data for a registration application including the specific lot number using the data stored in the surrounding area state management database by the processing device.

(Appendix 11)
Using the data stored in the Go area management database and the registry map database or the land survey map database and the traffic route data storage unit by the processing device, a brush figure related to the specific bag The information processing method according to claim 8, further comprising: generating and outputting map data including the figure of the traffic route and the predicted compensation data.

(Appendix 12)
In order to identify the range of the building of each brush in the specific area, and the land area survey database in which the registration history of the processing device and the land area survey map is registered, the data related to the bag land and the surrounding area An information processing method that is executed by a computer having a building drawing database that holds the data and a route data storage unit that stores data related to a figure of a route,
By the processing device, using the surroundings state management database, identifying a brush associated with a specific bag in the specific region;
Extracting the data of the specified land area survey map and building drawing of the brush from the ground survey database and the building drawing database by the processing device;
The processing device searches for a route from the specific bag land to the road according to a predetermined rule from the extracted ground survey map and building drawing, and stores data related to the figure of the route in the route data. A step of storing in the department;
An information processing method including:

(Appendix 13)
The computer further includes a compensation calculation data storage unit that holds a compensation calculation unit price for the Go area,
When a free Go right passage right does not exist in the brush associated with the specific bag, the brush that the passage route passes by using the data stored in the passage route data storage unit by the processing device. An area calculating step for calculating the area for each;
The processing device extracts a compensation calculation unit price corresponding to the brush that the passage route passes from the compensation calculation data storage unit, and predicts a compensation amount from the area and the compensation calculation unit price for each brush that passes the passage route. A registration step of calculating and registering in the Go right state management database;
The information processing method according to appendix 12, further comprising:

(Appendix 14)
A geodetic survey database in which the registration history of the processing device and the geodetic survey map is registered, a Go status management database that stores data on baggage, Go, and Go access rights, and each brush building in the specific area It has a building drawing database that holds data for specifying a range, a traffic route data storage unit that stores data relating to a figure of a traffic route, and a compensation calculation data storage unit that holds a compensation calculation unit price corresponding to a predetermined case. An information processing method executed by a computer,
Searching the surrounding area management database by the processing device and determining whether a specific lot number in the specific area corresponds to the surrounding area;
When it is determined that the specific lot number corresponds to the Go place, the processing device searches the Go place state management database to obtain a lot number related to the same bag place to which the specific lot number is related. Step to identify as,
An extraction step of extracting data of the area survey map and building drawing of the relevant lot number from the land survey database and the building drawing database by the processing device;
The processing device searches for a route from the specific bag land to the road according to a predetermined rule from the extracted ground survey map and building drawing, and stores data related to the figure of the route in the route data. A search step to store in a section;
When there is no free Go right passage right in the brush of the related lot number, the processing device uses the data stored in the passage route data storage unit to calculate the area for each brush that the passage route passes. An area calculating step to calculate;
The processing device extracts a compensation calculation unit price corresponding to the brush that the passage route passes from the compensation calculation data storage unit, and predicts a compensation amount from the area and the compensation calculation unit price for each brush that passes the passage route. A registration step of calculating and registering in the Go right state management database;
Generating and outputting warning data for a registration application including the specific lot number, using the data stored in the surrounding area state management database by the processing device;
An information processing method including:

(Appendix 15)
A program for causing a computer to execute the information processing method according to attachments 1 to 14.

(Appendix 16)
A geodetic survey database in which the registration history of a geodetic survey map is registered,
A registry map database that holds data to identify the extent of each brush in a specific area;
A Go condition management database that stores data related to baggage, Go areas and Go access rights;
Using the data stored in the registry map database, means for identifying the bag in the specific area;
Stored in the geodetic survey database, based on the background of the occurrence of the specified bag, and the roadway situation specified from the registry map database, the specified bag is free of charge to other brushes. A determination means for determining whether there is a right to go
When it is determined that there is no free go-to-go right in other brushes for the specified bag, the registration means for storing data related to the free go-to-go right in the go status management database;
An information processing apparatus.

(Appendix 17)
A geodetic survey database in which the registration history of a geodetic survey map is registered,
A Go condition management database that stores data related to baggage, Go areas and Go access rights;
A building drawing database that holds data for specifying the range of each brush building in the specific area;
A route data storage unit for storing data related to the figure of the route,
Means for identifying a brush associated with a specific bag in the specific area using the Go area management database;
Means for extracting the data of the area survey map and the building drawing of the identified brush from the area survey map database and the building drawing database;
Means for searching the extracted route survey map and building drawing for a route from the specific bag land to the road according to a predetermined rule, and storing data relating to the figure of the route in the route data storage unit. When,
An information processing apparatus.

(Appendix 18)
A geodetic survey database in which the registration history of a geodetic survey map is registered,
A Go condition management database that stores data related to baggage, Go areas and Go access rights;
A building drawing database that holds data for specifying the range of each brush building in the specific area;
A route data storage unit for storing data related to the figure of the route,
A compensation calculation data storage unit that holds compensation calculation unit prices corresponding to predetermined cases;
Means for searching the Go area management database to determine whether a specific lot number in the specific area corresponds to an Go area;
When it is determined that the specific lot number corresponds to the Go area, means for searching the Go place state management database and identifying the lot number related to the same bag with which the specific lot number is related as the related lot number ,
Extraction means for extracting the data of the area survey map and the building drawing of the brush of the related lot number from the area survey map database and the building drawing database;
A search for searching a route from the specific bag land to the road according to a predetermined rule from the extracted ground survey map and building drawing, and storing data related to the figure of the route in the route data storage unit Means,
Area calculation means for calculating an area for each brush that passes through the passage route using data stored in the passage route data storage unit when no free Go right passage right exists in the brush of the related lot number When,
Extract a compensation calculation unit price corresponding to the brush that the passage route passes from the compensation calculation data storage unit, calculate a predicted compensation amount from the area and the compensation calculation unit price for each brush that passes the passage route, Registration means for registering in the Go right state management database;
Means for generating and outputting warning data for a registration application including the specific lot number, using data stored in the Go area management database;
An information processing apparatus.

It is a figure for demonstrating the system outline | summary in a pre-processing. It is a figure which shows an example of the connection table of registry office map DB. It is a figure which shows an example of the coordinate value table of registry office map DB. It is a figure which shows an example of the brush attribute table of registry office map DB. It is a figure which shows an example of the connection table of a land surveying DB. It is a figure which shows an example of the coordinate value table of a land surveying DB. It is a figure which shows an example of the attribute table of a land surveying DB. It is a figure which shows an example of the data stored in Go surroundings state management DB. (A) thru | or (e) is a figure for demonstrating the 1st case showing the process of a divisional brush. It is a figure for demonstrating the 2nd case in which a pen is not recorded. It is a figure which shows the processing flow of a pre-processing. It is a figure which shows an example of the data stored in the surroundings state management DB54 in the 1st step of a pre-process. It is a figure which shows an example of the data stored in the surroundings state management DB54 in the 2nd step of a pre-process. It is a figure which shows the processing flow of a division | segmentation background search process. It is a figure which shows the processing flow of a surroundings state management DB registration process. It is a figure which shows an example of the data stored in the surroundings state management DB54 of a 1st case. It is a figure which shows an example of the data stored in the surroundings state management DB54 of a 2nd case. It is a figure which shows the outline | summary of the system for processing the Go area passage right map application. It is a figure which shows an example of the data stored in a payment calculation master. It is a figure which shows an example of the connection table of building drawing DB. It is a figure which shows an example of the coordinate value table of building drawing DB. It is a figure which shows an example of the connection table of accessible part drawing DB. It is a figure which shows an example of the coordinate value table of passable part drawing DB. It is a figure which shows the processing flow of Go area passage right map application. It is a figure for demonstrating the process with respect to a surroundings state management DB. (A) And (b) is a figure for demonstrating the superimposition process of graphic data. It is a figure for demonstrating the process for a traffic route determination. It is a figure for demonstrating the process for a traffic route determination. It is a figure for demonstrating the process for a traffic route determination. It is a figure which shows the data registered into the surroundings state management DB of a 1st case. It is a figure which shows the data registered into the surroundings state management DB of a 2nd case. It is a figure which shows an example of the Go place passage right map of a 1st case. It is a figure which shows an example of the Go place passage right map of a 2nd case. It is a figure which shows the outline | summary of the system for outputting a warning message, when the brush which concerns on a registration application is Go. It is a figure which shows the processing flow for outputting a warning message, when the brush which concerns on a registration application is Go. It is a figure which shows an example of a warning message. It is a figure which shows the other example of a warning message. It is a functional block diagram of a computer.

Explanation of symbols

1 Network 3 Input Terminal 5 Go Place Confirmation Device 30 Registration Information System 31 Accepting Unit 51 Bag Place Searching Unit 52 Go Place Searching Unit 53 Writing Background Searching Unit 54 Go Place Status Management DB
55 Registry Map DB
56 Land surveying DB
57 Building Drawing DB
61 Traffic Route Search Unit 62 Accessible Section Drawing DB
63 Amount of money calculation master 64 Amount of money calculation 65 A go-to-go road map output unit 71 A warning message generation unit 500 A map information system

Claims (2)

A processing unit, and acreage survey plan database registration history of acreage survey plan is registered, a registry office map database that holds data for specifying a range for each brush in a particular region, bagging, surrounding land and A Go state management database that stores data related to the right to go around Go , a building drawing database that holds data for specifying the range of each brush building in the specific area, and data related to the figure of the route An information processing method executed by a computer having a traffic route data storage unit and a compensation calculation data storage unit that holds a compensation calculation unit price corresponding to a predetermined case ,
By the processing device, using the data stored in the registry map database, identifying a bag in the specific area;
Checking the presence or absence of a geodetic survey map related to the identified bag by using the data stored in the geodetic survey database by the processing device;
If there is a geodetic survey map related to the sac, the step of confirming whether the geodetic survey map relates to a pen using the data stored in the geodetic survey database by the processing device When,
When the area survey map is related to a pen, a brush related to a pen other than the specified bag is in contact with the road using the data stored in the registry map database by the processing device. A step to check if
When a brush associated with a pen other than the specified bag is in contact with the road, the processing device determines that there is a right to go free of charge in the brush associated with the divided brush other than the identified bag When,
When it is determined that there is no free go-to-go right for other brushes for the specified bag, the processing device stores data related to the free go-to-go right in the go status management database. A registration step to
An extraction step of extracting data of a brush land area survey map and building drawing data related to a specific bag of the specific area from the ground survey map database and the building drawing database by the processing device;
The processing device searches for a route from the specific bag land to the road according to a predetermined rule from the extracted ground survey map and building drawing, and stores data related to the figure of the route in the route data. A search step to store in a section;
When the brush associated with the specific bag is not a brush determined to have the free Go right passage right, the processing device uses the data stored in the passage route data storage unit, An area calculating step for calculating an area for each brush that the passage route passes;
The processing device extracts a compensation calculation unit price corresponding to the brush that the passage route passes from the compensation calculation data storage unit, and predicts a compensation amount from the area and the compensation calculation unit price for each brush that passes the passage route. Calculating and registering in the Go right state management database;
By the processing device, using the data stored in the Go area state management database and the registry map database or the land survey map database and the traffic route data storage unit, the brushes related to the specific bag land An information processing method comprising: generating and outputting map data including a figure, the figure of the travel route, and the prediction compensation data . A geodetic survey database in which the registration history of a geodetic survey map is registered,
A registry map database that holds data to identify the extent of each brush in a specific area;
A Go condition management database that stores data related to baggage, Go areas and Go access rights;
A building drawing database that holds data for specifying the range of each brush building in the specific area;
A route data storage unit for storing data related to the figure of the route,
A compensation calculation data storage unit that holds compensation calculation unit prices corresponding to predetermined cases;
Using the data stored in the registry map database, means for identifying the bag in the specific area;
Using the data stored in the geodetic survey database, confirm the presence or absence of a geodetic survey map related to the identified baggy, and if there is a geodetic survey map related to the baggy, Using the data stored in the geodetic survey database by the processing device, it is confirmed whether the geodetic survey map is related to a pen, and if the geodetic survey map is related to a pen, the processing Using the data stored in the registry map database by the device, check whether the brushes related to the other pens other than the specified bag are in contact with the road. A means for determining that there is no free right to go in a brush associated with a pen other than the specified bag cloth when touching the road;
When it is determined that there is no free go-to-go right in other brushes for the specified bag, the registration means for storing data related to the free go-to-go right in the go status management database;
An extraction means for extracting from the area survey map database and the building drawing database data of a brush area survey map and building drawings related to a specific bag of the specific area;
A search for searching a route from the specific bag land to the road according to a predetermined rule from the extracted ground survey map and building drawing, and storing data related to the figure of the route in the route data storage unit Means,
If the brush associated with the specific bag is not a brush that has been determined to have the free Go right passage right, the passage route passes using the data stored in the passage route data storage unit. An area calculating means for calculating an area for each brush;
Extract a compensation calculation unit price corresponding to the brush that the passage route passes from the compensation calculation data storage unit, calculate a predicted compensation amount from the area and the compensation calculation unit price for each brush that passes the passage route, Means for registering in the Go right state management database;
Using the data stored in the Go area condition management database and the registry map database or the land survey map database and the traffic route data storage unit, the brush figure and the traffic route related to the specific bag An information processing apparatus comprising means for generating and outputting map data including the figure and the predicted compensation data .

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