JP4889958B2 - Route development system and route development method - Google Patents

Description

  The present invention relates to a route formulation system and a route formulation method for formulating a route for wiring a telephone line, a cable line, and the like in a utility pole coexistence.

  For utility poles owned by power companies, in addition to electricity supply, telephone lines, PHS antennas, street lights, traffic signals, traffic and road signs, city block displays, cables, etc. are installed to help public safety and local life. For this purpose, so-called collocation is performed using a utility pole.

  Since the utility space is limited, it is required to use it effectively. Especially for wiring such as telephone lines and cables, the distribution of population and households on the map and customers are based on national census information and customer information. It is necessary to map the distribution and formulate an appropriate wiring route.

  Conventionally, in such co-mounting, for example, there is a technique disclosed in Patent Document 1 as a technique for managing power distribution system data in an electric power company or the like. In the technique disclosed in Patent Document 1, a drawing (how the facility is laid on a map) showing how each facility is laid is made into a database (mapping system) and managed by a computer To do.

  Also, in the mapping of route planning, in order to improve customer accommodation and acquisition efficiency, the market development is performed by mapping population / household distribution and customer distribution on the map based on national census information and customer information. In many cases, a suitable area is selected. Conventionally, in the distribution survey on this map, the map is divided into meshes, and the population, the number of households and the number of customers in each division are mapped, and areas with high population density are selected in mesh units. .

  However, in the above-described mapping in units of meshes, if there are facilities or places in the mesh that have relatively large areas and no residents, such as schools and riverbeds, the population is concentrated around them. Nevertheless, there was a problem that local areas with low population density occurred, making it impossible to select appropriate areas.

As a technique for solving this problem, for example, there is a map composite information creation system disclosed in Patent Document 2. According to this map composite information creation system, composite information can be created by superimposing statistical data such as population and the number of households on a map based on coordinate information such as administrative divisions and latitude / longitude.
JP 2001-338003 A JP 2001-229186

  However, in the above-mentioned formulation of the co-located route such as a telephone line, in order to improve customer accommodation and acquisition efficiency, various extraction conditions must be set and a wide variety of areas must be selected. As disclosed in References 1 and 2, appropriate information cannot be obtained simply by mapping the installation status of facilities on a map or simply overlaying statistical data according to administrative divisions on the map. There is a problem.

  In detail, on the map, the area is divided according to geographical conditions such as topography, roads, rivers, etc., and the administrative division is divided by the municipality, chome, address, number etc. decided by the government, Due to geographical changes due to the development of roads and rivers, and the mixing of old and new administrative divisions, the geographical divisions and administrative divisions do not necessarily match.

  On the other hand, in the formulation of co-linear linear roads, priority is given to administrative divisions, and geographical divisions are given priority in regions that are considered to be the same geographical region even if they are in different regions on the administrative divisions. The area divisions are different accordingly. Therefore, when mapping in the formulation of a coplanar linear road, it is necessary to appropriately change the priority of the extraction conditions and the area partitioning method according to the characteristics of each region and the coplanar conditions.

  Therefore, the present invention has been made to solve the above-mentioned problems, and can appropriately perform mapping of population, household distribution, customer distribution, etc. and selection of suitable areas in the formulation of a co-located route such as a telephone line. The problem is to provide a route development system and a route development method.

In order to solve the above-mentioned problem, the present invention accumulates geographical information of a predetermined area in a map information database as vector data and polygon data on the coordinates of latitude and longitude, and stores other than geographical information in the area information database. Based on the area information, information for demarcating the predetermined area on the latitude and longitude coordinates is accumulated, and the existing collocation status and wiring pattern are accumulated in the collocation condition database together with the latitude and longitude information. The latitude and longitude coordinate information stored in the map information database is overlapped with the latitude and longitude coordinate information stored in the regional information database , and the defined area is defined as the minimum unit area on the map information data. Then , new coordinate information, vector data, and polygon data are generated . Next, based on the latitude and longitude included in the plane enclosed by the line segment that divides this minimum unit area, each information stored in the collocation condition database is searched as parameter information and associated with each minimum unit area. The database is stored in the parameter information database, the extraction conditions are acquired based on the user operation input at the operator terminal, the parameter information database is searched based on the acquired extraction conditions, and the extraction conditions are met. The minimum unit area to be detected is detected as the conforming area.

  According to the present invention, a section based on geographical conditions such as terrain, roads / railways, rivers, etc., a section based on regional information other than geographical information such as an administrative section, an existing co-installation situation and wiring An area of the minimum unit is generated on the map information data according to the pattern, mapping is performed by associating the parameter information with the minimum unit area, and area selection according to the extraction condition is performed based on the target unit area.

  For this reason, according to the present invention, it is possible to perform mapping in accordance with the actual situation of existing co-installation status based on the minimum unit area including various divisions such as a geographical division and an administrative division. Can be formulated.

  In the above invention, it is preferable that a group is generated by appropriately combining adjacent minimum unit areas, the matching / mismatching of the extraction condition is collated in the generated group unit, and a group that matches the extraction condition is detected as a matching area. In this case, it is possible to select an area that exceeds the geographical divisions and administrative divisions, and it is possible to perform a wide variety of mappings according to the collocation conditions.

  The regional information in the above invention preferably includes information such as administrative divisions such as municipalities. In this case, the minimum unit area can be partitioned in consideration of administrative agreements and the like, and more diverse area selection is possible.

  The parameter information in the above invention preferably includes an area, the number of households, a land use classification, etc. regarding each minimum unit area. In this case, various incidental information can be associated with each area, and the extraction conditions can be diversified.

In the above invention, it is preferable to further include a step of superimposing the searched area on the map information data, generating map data, and displaying and outputting the map data . In this case, it becomes possible to display the search result on the map, and it becomes easy to create a document relating to wiring design and the like.

  In the above invention, a priority can be set for the extraction condition and parameter information, and it is preferable to detect a suitable area according to the priority. In this case, it is possible to select an area by prioritizing more important extraction conditions and parameter information, and it is possible to conduct an investigation that appropriately reflects the user's search intention.

  As described above, according to the present invention, mapping of population, household distribution, customer distribution, etc. and selection of suitable areas in the establishment of a co-located route are appropriately performed according to the characteristics of each region and the existing co-located space. Can do.

  Next, the best mode for carrying out the present invention will be described with reference to the drawings.

[First embodiment]
(overall structure)
A first embodiment of the present invention will be described with reference to the drawings. FIG. 1 is a block diagram showing a schematic configuration of a system for establishing a overhead line route according to the present embodiment.

  As shown in the figure, the overhead line route planning system according to the present embodiment is a system for extracting a predetermined area on map information data, and includes an overhead line route automatic formulation unit 100 and an operator connected thereto. It comprises a terminal 101, various databases 104a to 104f, 102, and a collocated condition database 100a.

  The overhead line route automatic formulation unit 100 is a system that automatically searches for and creates an overhead line route according to the existing customer distribution and the national census information household distribution for the wiring area arbitrarily extracted or selected. Various functions are realized by a computer and executing predetermined application software on the server.

  The operator terminal 101 is realized by an information processing device such as a personal computer connected to the above-described overhead line route automatic formulation unit 100 via a network such as a LAN, for example. Performs a predetermined function in cooperation with the automatic formulation unit 100. Through this operator terminal 101, the operator can input extraction conditions and can browse and print extraction results.

  Specifically, the various databases 104a to 104f include a map information database 104a, an administrative division database 104b, a land use classification database 104c, a national census information database 104d, a customer information database 104e, and other databases 104f. These databases are stored in a storage device such as a large hard disk, and may be configured as a single database, or relationships may be set between a plurality of databases.

  The map information database 104a is a database that accumulates geographical information of a predetermined area. The topography of a predetermined area, roads / routes, rivers, buildings, etc. are represented by vector data or polygon data on latitude and longitude coordinates. Has been.

  The administrative division database 104b is a database in which divisions determined by the government, such as the boundaries and addresses of municipalities, are described on the coordinates of latitude and longitude. In addition, the land use classification database 104c indicates the classification of how each area on the map information data is used on the coordinates of latitude and longitude, such as housing, commercial land, industrial land, farmland, and forest. It is a database described in. The administrative division database 104b and the land use division database 104c are used as a regional information database group that accumulates information for dividing the predetermined region based on regional information other than geographical information.

  The national census information database 104d is a database in which information obtained by the national census, such as the area of each region, population, number of households, etc., is written on the latitude / longitude coordinates, and the customer information database 104e is a personal information ( Address, name, telephone number, etc.), distribution, service usage, and other customer-related information are stored in association with latitude / longitude coordinates. In addition, the other database 104f is a database in which other information necessary for formulating the overhead line route is described on the coordinates in association with the latitude / longitude. These national census information database 104d, customer information database 104e, and other database 104f constitute an incidental information database group. The land use classification database 104c is also included in the incidental information database group. In the present embodiment, the land use information is used as incidental information as necessary.

  The basic wiring map database 102 is a storage device that accumulates map information data for the design of a coplanar linear route wiring in which the area extracted by the coplanar line route automatic formulation unit 100 is reflected on the map in association with the extraction conditions. There is also a function of outputting the map information data D1 or outputting it to another wiring design system 103 as necessary. The map information for co-linear linear wiring design and the extraction conditions registered in the extraction condition data registration unit 110 are stored in association with each other, thereby making it easy to manage the map for design. There is no need to search.

  For example, the wiring design system 103 is adapted to the existing customer distribution and national census information household distribution in the wiring area based on the maximum number of accommodation per port for the wiring area extracted by the overhead line route automatic formulation unit 100. This is a module that formulates a wiring route, simulates the position of a splitter (minority branch or majority branch), and outputs the route candidates.

  Moreover, the simulation of the wiring design system 103 has a function of automatically determining whether or not to add a wiring facility when 80% of customers in the maximum capacity accommodate in the wiring area. Conditions for adding this wiring facility include a non-subscription rate of 50% or more with respect to the wiring area and a predicted number of subscribers exceeding the maximum capacity.

(Configuration of the coplanar route automatic development unit 100)
Next, the internal configuration of the above-described overhead line route automatic formulation unit 100 and the relationship between this and surrounding devices will be specifically described. FIG. 2 is a block diagram showing the internal configuration of the collinear line route automatic formulation unit 100 and the relationship between this and surrounding devices.

  In the present embodiment, as shown in the figure, the overhead line route automatic formulation unit 100 includes an extraction condition data registration unit 110, a minimum unit area partition unit 111, a mapping unit 112, a database search unit 113, and map data. A generation unit 115, a parameter information database 114, and a collocated condition database 100a are provided.

  The extraction condition data registration unit 110 is a module that is connected to the operator terminal 101 and acquires an extraction condition input from the operator terminal 101 based on an operator operation. Part 116 is provided. This extraction condition can be set in various ways depending on the type of the overhead line route. For example, the area of the area to be extracted, the number of populations / households, the land use type, the equipment installed in the overhead space (terminal closure, collective closure, The characteristics (maximum capacity per port) of the minority splitter and majority splitter can also be included.

  Examples of the extraction conditions related to the facilities described above include the following.

(1) Establishment of branch pattern Arbitrarily determine the wiring configuration (branch pattern) according to the density of existing customers. For example, when the density is high (high), the terminal majority branch and the aggregated minority branch are used.

(2) Positioning of end closures Conditions regarding the installation position of the end closure branching pattern (minority branching or multiple branching) include the number of households, the number of existing customers, and the number of telephone poles.

(3) Positioning of the assembly closure As conditions regarding the installation position of the branching pattern (minority branching or majority branching) of the assembly closure, there are upper and lower limits of the number of utility poles.

  The minimum unit area section 111 is a module that partitions the minimum unit area on the map information data based on the map information database 104a and the area information database group, and the latitude stored in the map information database 104a and the area information database group・ Longitudinal coordinate information, vector data, and polygon data are superimposed, and as shown in Fig. 3, the area defined by these data is used as the minimum unit area, and is generated as new coordinate information, vector data, and polygon data. To do.

  The mapping unit 112 is a module that associates each minimum unit area, parameter information, and collocation conditions for each minimum unit area partitioned by the minimum unit area partitioning unit 111. Specifically, based on the latitude / longitude contained in the plane surrounded by the line segment that divides the minimum unit area, each information accumulated in the above-mentioned incidental information database group and the collocation condition database 100a is used as parameter information. Associating and creating a database and storing them in the parameter information database 114.

  The database search unit 113 is a module that searches the parameter information database 114 based on the extraction condition acquired by the extraction condition data registration unit 110, and detects the minimum unit area that matches the extraction condition as a matching area. The matching area detected by the database search unit 113 is output to the map data generation unit 115.

  Further, the database search unit 113 generates a group by appropriately combining adjacent minimum unit areas, collates mismatches of extraction conditions in the generated group unit, and detects a group that matches the extraction conditions as a matching area Part 117 is provided. That is, for example, when the extraction condition registered by the operator includes an area, in order to adapt to this area, the total area of a plurality of adjacent minimum unit areas is calculated, and the extraction result satisfies the extraction condition. You can search on.

  Further, the database search unit 113 has a function of detecting a suitable area according to the priority set by the priority setting unit 116. In addition, priorities can be set for the above grouping levels. For example, it is necessary to group up to chome as a group (chome (address) is merged (cannot be divided)), and municipalities are divided. It is possible to make settings such as And by combining these priority settings, for example, the priority of the administrative division is set high, the priority of the area and national census information conditions is set low, the area is extracted so as not to cross the town name, and the area and A wide variety of conditions can be set, such as making it possible to detect a suitable area even if the national census information condition is not satisfied. In this way, by setting the priority order of the extraction conditions, it is possible to select whether or not the route can be formulated beyond the boundaries of the municipalities.

  The map data generation unit 115 is an output module that creates map data by superimposing the matching area searched by the database search unit 113 on the map information data, and displays, prints, or outputs it as a file. The output destination as a file includes the basic wiring map database 102. In the basic wiring map database 102, the registered extraction conditions are stored in association with the map data for data displaying the extracted area. The

  The collocation condition database 100a is a database device that accumulates existing collocation status and wiring patterns, and stores the position of the existing collocation space on the map as latitude / longitude information and connects the collocation spaces. A pattern of a route to be formed (branch pattern) and a route pattern when wiring equipment is added are stored.

(Route development method)
The route planning method of the present invention can be implemented by operating the overhead line route planning system having the above configuration. FIG. 4 is a flowchart showing the operation of the collinear path planning system according to the present embodiment. Here, it is assumed that necessary data has already been accumulated in the map information database 104a, the regional information database group, the incidental information database group, and the collocation condition database 100a.

  First, an extraction condition is input by an operator operation on the operator terminal 101, and the input extraction condition is registered in the extraction condition data registration unit 110 (S101). At this time, it is possible to set the order of which extraction conditions are prioritized. Next, based on the registered extraction condition (target area), the map information data in the related map information database 104a and the area information of the area information database group are selected (S102), and the minimum unit area is partitioned (S103). . Specifically, as shown in Fig. 3 (a) and (b), the division based on the administrative division and the land use division is superimposed on the division based on the geographical information, and the minimum unit area is divided on the map information data. To do.

  After that, based on the latitude and longitude of each minimum unit area, parameter information is retrieved from the auxiliary information database group related to the extraction condition and the collocation condition database 100a, and the detected parameter information is associated with each minimum unit area (S104). ) And is stored in the parameter information database 114 (S105). FIG. 3 (c) illustrates the case where the number of households and the existing overhead space (electric pole) are associated with each minimum unit.

  Next, the parameter information database 114 is searched based on the extraction conditions registered in the extraction condition data registration unit 110, and the minimum unit area that matches the extraction condition with the highest priority is extracted as a candidate area (S107). At this time, it is determined whether or not the number of areas listed as candidates matches the specified number (S108). If they match, the process proceeds to step S110, and the areas listed as candidates are extracted as matching areas (S110). Then, map data is generated and displayed, printed, or output (S111).

  On the other hand, in step S108, when the number of candidate areas is small, it means that there are few candidates that meet the conditions at the minimum unit area level, so as shown in FIGS. It is searched for an area that satisfies the extraction condition by combining (grouping) with the area (S109a).

  On the other hand, if there are too many candidate areas in step S108, this means that there is still room for stricter extraction conditions, so a condition with a lower priority is added (lowering the priority level). ) The candidate areas are narrowed down (S109b). For this narrowing down, the extraction area differs depending on which condition is prioritized by the operator.

  For example, in the example shown in FIG. 3, when trying to extract an area with a large number of households, if the area condition is given top priority and the geographical division is given priority as the next condition, FIG. As shown in FIG. 6, the area having the largest number of households is extracted from the areas that satisfy the area beyond the administrative division according to only the geographical division. When the administrative division is prioritized, as shown in FIG. 3 (e), the geographical division is ignored and the area with the largest number of households is extracted according to the administrative division alone. Furthermore, when the geographical division / administrative division is not set as a condition, the area having the largest number of households is extracted from the areas satisfying only the area of FIG. 3 (f).

  Then, the processing after step S110 is executed when the number of areas matches the specified number. The document map data output in step S111 is stored in the basic wiring map database 102 in association with the registered extraction conditions, and can be printed or used in other wiring design systems 103 as necessary. . In the wiring design system 103, it is possible to determine additional equipment using the map data D1.

(Action / Effect)
According to the above-described system and method for establishing a route for a tangent line, based on geographical information such as topography, roads / railways, and rivers, and regional information other than geographical information such as administrative divisions. By overlapping the sections, a minimum unit area is generated on the map information data, and the parameter information including the collocation condition is associated with each minimum unit area for mapping, and the target unit area is used as a reference for the extraction condition. Select the appropriate area. Therefore, according to the present system and method, it is possible to perform mapping in accordance with the actual situation based on the minimum unit area including various divisions such as geographical divisions and administrative divisions, and to formulate an appropriate overhead line route. It can be carried out.

  Further, in the above embodiment, a group is generated by appropriately combining adjacent minimum unit areas by the grouping unit 117, and a group that matches the extraction condition is detected as a matching area by the database search unit 113 for each generated group. Therefore, it is possible to select an area beyond geographical divisions and administrative divisions, and a wide variety of mappings according to the collocation conditions are possible.

  In the above-described embodiment, the priority order setting unit 116 can set the priority order for the extraction condition and parameter information, and in order to detect the suitable area according to the priority order, priority is given to more important extraction conditions and parameter information. Therefore, it is possible to select an area and formulate a route, and it is possible to conduct an investigation that appropriately reflects the user's search intention.

[Second Embodiment]
(Overall configuration of information collection and provision system)
Next, a second embodiment of the present invention will be described. In the present embodiment, a case will be described as an example in which an information collection / providing system described later is used to construct the incidental information database group and the collocated condition database 100a in the above-described collocated line route planning system and method. FIG. 5 is an overall configuration diagram of the information collection and provision system according to the present embodiment.

  As shown in FIG. 5, the information collection and provision system according to the present embodiment is configured to at least send an e-mail between the mobile phone 2 having the GPS function and the camera function possessed by the user 1 and the mobile phone 2. Manages the information collected and transmitted by the user 1 using the mobile phone 2 and the mail center 4 that performs transmission and reception, and processes the information as necessary and sells it to other companies (businesses 15, 16, etc.) And a management server 5 for this purpose.

  In addition, the information collection and provision system according to the present embodiment includes a point server 8 that provides predetermined points that can be converted into money for the collection and transmission of information from the user 1, and manages the points, and the system The portal server 11 that manages the registration of the user 1 and manages the information of the user 1 that has been input and presents the remaining points according to the inquiry from the user 1, and the mobile phone carrier company 14 The billing server 12 is also provided for requesting the user.

  When the user 1 applies for membership through the mobile phone 2, the portal server 11 determines whether or not to join, and performs membership registration of the user 1 when it is determined that membership is possible. The member data of the user who has been registered as a member is uploaded from the portal server 11 to the management server 5. On the other hand, various information data related to the system is updated from the management server 5 to the portal server 11.

  The mail center 4 performs an e-mail exchange process when the user 1 uses the mobile phone 2 to send and receive e-mail with another person.

  The management server 5 generates request information for requesting collection of information to all users 1 registered as members in the system of the present embodiment or to users 1 selected from all members, The request information is sent to the mail center 4 as an e-mail addressed to the mobile phone 2 of each user 1. As a result, the electronic mail of the request information is transmitted to the mobile phone 2 of each user 1.

  Further, for example, when a research request for desired information is sent from another company (such as companies 15 and 16), the management server 5 registers as a member in the system of the present embodiment based on the research request. Request information for all users 1 or users 1 selected according to the contents of the research request, and sending the request information to the mail center 4 as an e-mail addressed to the mobile phone 2 of each user 1 Do.

  The request information may be posted on a portal site managed by the portal server 11 in addition to the case where the request information is transmitted by electronic mail.

  When the user 1 receives, for example, an e-mail of request information requesting collection of images from the management server 5, or when acquiring the request information posted on the portal site, the user 1 An image corresponding to the request information is taken by the camera function. Then, when a transmission instruction is input from the user 1, the mobile phone 2 uses, for example, e-mail to send image data captured by the camera function and position data measured by the GPS function when the image is captured. And sent to the management server 5 (that is, to the address registered as the information transmission destination of this system).

  In this example, the user 1 takes an image according to the request information and transmits the image data and the position data. However, the user 1 arbitrarily captures the image data and the image data regardless of the request information. The position data may be transmitted to the management server 5.

  When the management server 5 receives the image data and the position data sent from the mobile phone 2 of the user 1, the management server 5 eliminates the duplicate data by, for example, not using the later data in the first-come-first-served basis. Control.

  Then, the management server 5 determines whether the image data and the position data transmitted from the mobile phone 2 of the user 1 are information corresponding to the request information transmitted earlier, whether there is any missing information, etc. Judging.

  Here, when it is determined that the image data and the position data sent from the mobile phone 2 of the user 1 are information corresponding to the request information, or when it is determined that there is no insufficient information, the management server 5 Image data and position data are registered in the image database 6. In addition, the management server 5 updates the map data registered in the map database 7 after processing the image data and the position data as necessary. The map data stored in the map database 7 can be used as one of the incidental information database group or the co-located condition database 100a in the first embodiment described above. In other words, the usage situation of the area can be used as the land use classification database 104c and the other database 104f described above, and the information on the positions of the utility poles and the co-located space can be used as the co-located condition database 100a. .

  On the other hand, if the management server 5 determines that the data sent from the mobile phone 2 of the user 1 does not match the request information, for example, or determines that there is insufficient information, the management server 5 corrects them. Correction request information for requesting the user 1 is generated, and the correction request information is transmitted via the mail center 4 as an e-mail addressed to the mobile phone 2 of the user 1.

  That is, for example, when it is determined that the data sent from the mobile phone 2 of the user 1 does not match the previous request information, the management server 5 requests, for example, recollection and transmission of data that matches the request information. The correction request information is sent to the mobile phone 2 of the user 1. Further, for example, when it is determined that information for specifying the shooting direction of the image is insufficient, for example, the management server 5 sends correction request information requesting information for specifying the shooting direction to the user 1 Send to mobile phone 2. In addition, for example, the shooting position of the image is inappropriate compared with the actual map position registered on the map database 7, and there is insufficient information for accurately specifying the shooting position of the image. If it is determined, the management server 5 sends correction request information for requesting information for accurately specifying the shooting position to the mobile phone 2 of the user 1.

  In response to the correction request information, the user 1 who has received the correction request information from the management server 5 takes a picture again, inputs information indicating the shooting direction, for example, text, or accurately sets the shooting position of the image. An operation such as collecting information for identification is performed, and the information is transmitted from the mobile phone 2 to the management server 5.

  At this time, the management server 5 replaces or corrects the previous image data or position data based on the information returned in response to the correction request information, and stores the replaced or corrected data in the image database 6. For example, map data with an image is generated by registering and processing the map data registered in the map database 7 using the image data and the position data. A specific example of correction of position data based on information for accurately specifying the shooting position will be described later.

  Thereafter, the management server 5 (that is, the company that operates this system) transmits (that is, sells) the processed data, that is, map data with an image, to another desired company. When data is collected by making a research request first, the collected data is transmitted (sold) to the companies 15 and 16 that have made the research request.

  In addition, the management server 5 gives the member information and point grant information of the user 1 to the point server in order to give the user 1 who has collected and transmitted the data the predetermined points according to the value of the data. Send to 8. If the information requested to the user 1 is information that is difficult to collect or has special value, for example, the points given to the information collection will be increased compared to the normal time. It is also possible to increase the willingness to collect information of each member user 1 by, for example, performing point increase for a limited time. Of course, the compensation for the collection and transmission of data may be reduced not only by the point, but also by depositing into the bank account designated by the member user 1.

  Upon receiving this member information and point grant information, the point server 8 updates the member information in the member database 9 and the point information in the point database 10.

  Further, in the system of the present embodiment, the points managed by the point server 8 are, for example, compensation for the purchase price of goods at a predetermined shop opened on the Internet, so-called electronic money or another company's other Exchange with points is also possible. In this case, when the user 1 uses the mobile phone 2 to purchase a product at a shop, for example, or applies for exchange with electronic money or the like, the point server 8 sends the product purchase price or the amount of electronic money. The points corresponding to the points are reduced, and the point information is notified to the management server 17 of the shop and the management server 18 such as electronic money.

  Note that the point data of each member in the point server 8 may be managed for a fee such as a fixed monthly fee, or may be free of charge. Further, in the system of the present embodiment, when the management of the point data is paid, the management cost of the point account of each member user is, for example, when the billing server 12 uses the storage agency service of the mobile phone carrier company 14, You may be charged along with your mobile phone fee.

(System time flowchart)
FIG. 6 shows a time flowchart in the information collecting and providing system according to the present embodiment.

  In FIG. 5 and FIG. 6, the user 1 first uses the mobile phone 2 to access the portal site managed by the portal server 11 via the Internet, for example, and on the portal site, Make a membership request (T1) to the system. The portal server 11 examines the membership request from the user 1, and when registration is approved and member registration is performed, a registration notification (T2) is returned to the mobile phone 2 of the user 1. Thereafter, the portal server 11 transmits the member data of the user 1 to the management server 5 (T3).

  The management server 5 transmits the member data sent from the portal server 11 to the point server 8 and the billing server 12 (T4, T5).

  Next, the management server 5 generates request information to be transmitted to the registered member user 1 (T6), and transmits the request information to the mail center 4 (T7). Then, the mail center 4 transmits an email of the request information to the mobile phone 2 of the user 1 (T8).

  Next, the image data photographed by the user 1 using the mobile phone 2 and its position data are sent to the mail center 4 (T9), and the data is further transferred to the management server 5 (T10).

  The management server 5 that has received the image data and its position data determines whether or not the data needs to be corrected (T11). When determining that correction is necessary, the management server 5 generates correction request information and sends it via the mail center 4. To the mobile phone 2 of user 1 (T12, T13).

  Next, when the correction data is transmitted from the mobile phone 2 of the user 1 (T14) and received via the mail center 4 (T15), the management server 5 receives the correction data, for example, first. The corrected data is corrected (T16), and the corrected data is registered in the databases 6 and 7 (T17).

  Then, the management server 5 performs point update control (T18) of the point server 8 in order to give a predetermined point to the user 1. Thereafter, the point server 8 exchanges points (T20) of the user 1 with the shop management server 17 and the electronic money management server 18 as necessary.

  Further, the management server 5 sells the processed data (T19) to the companies 15, 16 and the like who desire to provide the data.

  Further, the billing server 12 collects point management costs (T21) using the storage agency service of the mobile phone carrier company 14.

(Example of data correction)
Next, as a modification example of data collected by the user 1 in the information collection / providing system according to the present embodiment, a specific example of correcting position data will be described with reference to FIG.

  In the map database 7, as shown in FIG. 7, the correspondence data between the image of each of the power poles D1 to D9 laid in a certain area, the power pole number (hereinafter referred to as power pole information), and the laying position thereof are registered. The management server 5 has a function of correcting the position data sent from the user 1 using the correspondence data between the utility pole information and the utility pole installation position in the map database 7.

  Here, the shooting position of the image sent from the mobile phone 2 of the user 1 is inappropriate compared to the actual map position registered on the map database 7, and the shooting position of the image Management server 5 generates correction request information for requesting utility pole information of a utility pole installed in the vicinity of user 1, and sends the correction request information to mobile phone 2 of user 1. To do.

  The user 1 who has received the correction request information takes a picture of the nearby utility pole using the camera function of the mobile phone 2. Then, the user 1 causes the mobile phone 2 to transmit the captured image data of the utility pole and the position data measured by the GPS function at the time of shooting to the management server 5.

  The management server 5 that has received the captured image data and position data of the utility pole from the mobile phone 2 has been captured by the user 1 by comparing the captured image data and position data of the utility pole with the corresponding data in the map database 7. For example, the difference between the installation position of the utility pole and the actual installation position of the utility pole is obtained.

  Then, the management server 5 corrects (corrects) the position of the data previously collected by the user 1 based on the difference.

  In this example, the position is corrected based on the utility pole laying position. However, the position correction reference point is not limited to the utility pole laying position, and other things such as a post post laying position, It may be a manhole laying position, a garbage collection point position, a mobile base station setting position, or the like.

(Action / Effect)
According to the information collection and provision system according to the present embodiment described above, information that matches the market needs can be provided to the companies 15 and 16 that make research requests, and a correction request is sent to the data collected by the user 1, Since it is possible to perform correction using the data returned from the user 1 in response to the correction request, it is possible to collect accurate information.

  And by using the information collected and provided in this way as the collocation condition and incidental information (parameter information) in the collocation line route development system according to the first embodiment described above, various collocation conditions are supported. Mapping and selection of suitable areas can be performed appropriately.

(Modification 1)
Next, Modification Example 1 of the second embodiment will be described with reference to the drawings. FIG. 8 shows an overall configuration diagram of an information collection and provision system according to this modification. In FIG. 8, the same component elements as those shown in FIG. 5 are denoted by the same reference numerals, and the description thereof is omitted.

  The information collection / providing system shown in FIG. 8 stores an auction data server 22 that receives data collected by the user 1 as data for auction (hereinafter referred to as auction data), and stores auction data sent from the user 1. 1 auction database 23, dummy bid servers 25 and 26 for determining and organizing the value of the data by provisional bidding on the auction data registered in the first auction database 23, A second auction database 24 that accumulates the data after value judgment and arrangement as auction data that can be actually bid and sold by auction member companies 29, 30, 31, etc., and to the auction data An auction management server 27 for managing bids and successful bids; A successful bid by the auction member companies 29, 30, 31, etc. and a settlement server 28 to perform the settlement processing for that amount of money for a successful bid in the case was made. The first auction database 23 and the second auction database 24 are controlled by the auction data server 22 to store and read the data.

  In the information collection and provision system of the second embodiment, the mail center 4 collects and transmits data that the user 1 collects and transmits based on request information from the management server 5, or data that the user arbitrarily collects and transmits. The auction data is transferred to the auction data server 22 in real time as auction exhibition data (auction data).

  The auction data server 22 registers the auction data exhibited by the user 1 via the mail center 4 in the first auction database 23. At this time, the user 1 can browse the exhibited auction data via the mobile phone 2.

  The dummy bid servers 25 and 26 select data that the auction member companies 29, 30, and 31 are expected to bid and make a successful bid at a higher price from among a large number of data registered in the first auction database 23. In order to make a selection according to the value of the data, that is, in order to make a selection, a temporary bid is performed on the data in the first auction database 23. Then, the data whose value is determined and arranged by the temporary bidding at the dummy bidding servers 25 and 26 is subjected to the main bidding and bidding by the auction management server 27, and then entered into the second auction database 24 via the auction data server 22. be registered. Note that the auction management server 27 may perform provisional bidding. Further, the data registered in the first auction database 23 may be immediately registered in the second auction database 24 without going through a temporary bid by the dummy bid servers 25 and 26.

  The data registered in the second auction database 24 can be actually bid and bid by auction member companies 29, 30, 31 and the like. It should be noted that the data for the actual winning bid is transmitted from the second auction database 24 to the winning bidder only when the winning bid amount is received.

  Of the data registered in the second auction database 24, data that has not been awarded by the auction member companies 29, 30, 31 is awarded by the auction management server 27 at the lowest bid amount. Then, the data that has been successfully bid at the minimum bid amount is sent to the management server 5.

  At this time, the management server 5 performs the desired processing, merging, etc. on the data sent from the auction management server 27, so that the auction member companies 29, 30, 31 are expected to bid and make a successful bid. Generate data for Then, the processed data is sent back to the auction management server 27 and re-registered (re-exhibited) in the second auction database 24 via the auction data server 22.

  When the data displayed in the second auction database 24 is awarded by the auction member companies 29, 30, 31, it corresponds to the winning bid amount (which may include the auction winning fee) from the auction member company that has made a successful bid. Amount information is sent to the settlement server 28.

  Then, the winning bid amount information is sent from the settlement server 28 to the auction management server 27, and this winning bid amount information is further sent from the auction management server 27 to the management server 5.

  At this time, the management server 5 displays the member information and point grant information of the user 1 in order to give the user 1 predetermined points to the winning bid amount, as in the second embodiment. In step 8, the data is transmitted to the point server 8 (not shown). Of course, the winning bid amount may be paid from the settlement server 28 to the bank account designated by the member user 1 as well as when the points are returned by points.

  In the system of this embodiment, the auction management fee, the auction use fee, etc. of each member user are charged together with the mobile phone fee by the billing server 12 using the storage agent service of the mobile phone carrier company 14. Has been made.

  FIG. 9 shows a time flowchart in the information collection / providing system according to this modification. In FIG. 9, the same steps as those in the time flowchart of the system shown in FIG. 6 are denoted by the same reference numerals, and the description thereof is omitted.

  8 and 9, when the auction data server 22 receives the image and position data from the user 1 via the mail center 4, the auction data server 22 accumulates the data in the first auction database 23. If the temporary bidding by the dummy bidding servers 25 and 26 is not performed, the data is immediately stored in the second auction database 24 and displayed (T31), while the temporary bidding by the dummy bidding servers 25 and 26 ( When the value judgment and arrangement according to T33) are performed, the data after the value judgment and arrangement are made a successful bid (T34) by the auction management server 27, stored in the second auction database 24 and exhibited.

  The auction management server 27 determines whether or not the data exhibited in the second auction database 24 has been successfully bid by the auction member companies 29, 30, and 31 (T35). The auction management server 27 makes a successful bid (T36) for the data that has not been successfully bid by the auction member companies 29, 30, and 31 with the minimum bid amount.

  When the data listed in the second auction database 24 is auctioned by the auction member companies 29, 30, 31 or when the auction management server 27 is awarded at the minimum bid amount, the successful bid information is: The data is sent from the auction data server 22 to the mail center 4 (T37), and further sent from the mail center 4 to the mobile phone 2 of the user 1 (T38).

  In addition, among the auction data exhibited in the second auction database 24, the data that has not been awarded by the auction member companies 29, 30, and 31 and has been awarded by the auction management server 27 at the minimum bid amount is the above management server. Sent to 5 (T39).

  At this time, the management server 5 performs desired processing, merging, etc. on the data sent from the auction management server 27 (T40). Then, the processed data is stored in the second auction database 24 by the auction data server 22 (T41) and re-listed in the auction (T42). Thereafter, the auction management server 27 makes a successful bid determination (T43) for the data exhibited in the second auction database 24.

  When the data displayed in the second auction database 24 is awarded by the auction member companies 29, 30, 31 or when the auction management server 27 makes a successful bid at the minimum bid amount, the settlement server 28 Is sent to the auction management server 27 and information on the amount of money for the successful bid is sent to the user 1 and points are returned according to the amount of money for the successful bid and payment to the account is performed (T44).

  In addition, the billing server 12 collects the auction management fee (T45) using the storage agency service of the mobile phone carrier company 14.

  According to the information collection and provision system according to the present modification described above, the auction member companies 29, 30, and 31 can receive provision of information desired by each. In addition, by performing temporary bidding on the data that has been submitted to the auction by the dummy bidding servers 25 and 26, the information that the auction member companies 29, 30, and 31 may desire from the large number of auction exhibition data, that is, the market Information that meets the needs can be selected, and as a result, the auction member companies 29, 30, and 31 can be provided with more valuable information. Furthermore, since the data that was not bid at the auction is awarded by the auction management server 27 with the minimum winning bid amount, the user 1 can receive a minimum price for collecting the data, while the data is managed. Since it is re-exhibited after being processed by the server 5, it is easy to make a successful bid.

(Modification 2)
Next, Modification 2 of the above-described second embodiment will be described with reference to the drawings. FIG. 10 shows an overall configuration diagram of an information collection and provision system according to this modification. In FIG. 10, the same reference numerals are assigned to the same system components as those of the embodiment shown in FIG. 5 and FIG. 8, and description thereof is omitted.

  In the case of the information collection and provision system according to the present modification example shown in FIG. 10, the management server 5, for example, in the event of an incident, accident, disaster, etc., for the user 1 in the vicinity of the site 3, the incident, Inquiry information for inquiring about situations such as accidents and disasters is generated, and the inquiry information is transmitted to the mobile phone 2 of the user 1 via the mail center 4.

  When images and location data are sent from the mobile phone 2 of the user 1 in response to the inquiry information, the management server 5 collects all the data sent from the mobile phones 2 of many users 1 in the same region. Then, the data is transmitted in real time to related organizations, that is, for example, the police 41, the fire fighting 42, and the local public bodies 43 such as government offices. In addition, it is also possible to provide the information of the member user 1 who has provided the information to each related organization as necessary.

  As a result, the related organization that has received the data can know the situation such as an incident, an accident, or a disaster, and can cope with the situation. In addition, related organizations should make a credibility judgment that eliminates false information such as pleasant crimes by determining whether a large number of received data is the same incident, accident, disaster, etc. Can do.

  In this modified example, a predetermined point corresponding to the value of the data can be given to the user 1 who has collected and transmitted the data.

  In the system of the present embodiment, the points managed by the point server 8 are not only returned to the user 1 but also returned as donations to the areas where such incidents, accidents, disasters, etc. occurred, for example. You may do it.

  FIG. 11 shows a time flowchart in the information collection and provision system according to the present modification. In FIG. 11, the same steps as those in the time flowcharts of the systems of the embodiments shown in FIGS. 6 and 9 described above are denoted by the same reference numerals, and the description thereof is omitted.

  In FIG. 10 and FIG. 11, the management server 5 generates inquiry information about any incident, accident, disaster, etc. (T51) and transmits the inquiry information to the mail center 4 (T52). The mail center 4 transmits the inquiry information to the mobile phone 2 of the user 1 (T53).

  Next, the image data that the user 1 has photographed and transmitted using the mobile phone 2 and its position data are registered in the image database 6 etc. by the management server 5 (T17) and provided to various organizations in real time. (T54).

  According to the information collection / providing system according to the present modification described above, for example, when an incident, accident, disaster, or the like occurs, the related organizations can quickly know the situation of the site 3. Further, according to this system, a large number of pieces of information collected from the same area for the same purpose can be accumulated, so that the credibility of the information can be determined. In particular, when the information collection and provision system according to this modified example is applied to the formulation of the overhead line route of the first embodiment described above, the utility pole is damaged due to the occurrence of a disaster, for example, in the recovery work of the overhead line after the disaster occurs. The information about the collapse or the like can be reflected in the collocation condition database 100a as the existing collocation status, and the formulation of an appropriate collocation line route at the time of restoration work can be realized.

  The description of each embodiment described above is an example of the present invention. For this reason, the present invention is not limited to the above-described embodiment, and it is needless to say that various modifications can be made according to the design or the like as long as the technical idea according to the present invention is not deviated.

1 is a block diagram illustrating a schematic configuration of a system for establishing a overhead line route according to a first embodiment. FIG. FIG. 2 is a block diagram showing an internal configuration of a collinear route automatic formulation unit 100 according to the embodiment and a relationship between the configuration and surrounding devices. It is explanatory drawing which shows the procedure of the route planning method which concerns on embodiment. It is a flowchart figure which shows operation | movement of the overhead line route planning system which concerns on embodiment. FIG. 6 is a schematic overall configuration diagram of an information collection and provision system according to a second embodiment of the present invention. 6 is a time flowchart of the information collection and provision system according to the second embodiment of the present invention. It is a figure used for description of the example of correction of position data. FIG. 10 is a schematic entire configuration diagram of an information collection and provision system according to Modification 1 of the second embodiment. 10 is a time flowchart of an information collection and provision system according to Modification 1 of the second embodiment. FIG. 10 is a schematic entire configuration diagram of an information collection and provision system according to Modification 2 of the second embodiment. 14 is a time flowchart of an information collection and provision system according to Modification 2 of the second embodiment.

Explanation of symbols

1… Member user
2… Mobile phone
3 ... site
4 Mail center
5 ... Management server
6… Image database
7… Map database
8 Point server
9… Membership database
10 point database
11 ... Portal server
12 ... Billing server
14… Mobile phone carrier
15, 16 ... companies
17 ... Shop management server
18 ... Electronic money management server
22… Auction data server
23 ... The first auction database
24… Second auction database
25, 26 ... dummy bid server
27… Auction management server
28 ... Payment server
29, 30, 31 ... Auction member companies
41 ... Police
42… Firefighting
43… Local government
100 ... Overhead line route automatic development department
100a ... Kyoji condition database
101 ... Operator terminal
102… Basic wiring map database
103 ... Wiring design system
104a… Map information database
104b ... Administrative division database
104c ... Land use classification database
104d… National census information database
104e… Customer information database
104f… Database
110 ... Extraction condition data registration part
111 ... Minimum unit area section
112 ... Mapping section
113 ... Database search part
114 ... Parameter information database
115 ... Map data generator
116: Priority setting section
117 ... Grouping part

Claims (12)

A route planning system that includes a server device connected to an operator terminal, which is an information processing terminal, via a network, and a storage device connected to the server device, and formulates a wiring route such as an overhead line on map information data. And
In the storage device,
A map information database that accumulates geographical information of a predetermined area on latitude and longitude coordinates as vector data and polygon data;
An area information database for accumulating information for partitioning the predetermined area on the latitude and longitude coordinates based on area information other than the geographical information;
A co-installation condition database for storing existing co-installation status and wiring patterns together with the latitude and longitude information;
The server device
The latitude and longitude coordinate information stored in the map information database is superimposed on the latitude and longitude coordinate information stored in the regional information database, and the area defined is defined as the minimum unit area on the map information data. And a partition unit for generating new coordinate information, vector data, and polygon data,
Based on the latitude and longitude included in the plane surrounded by the line segment that divides the minimum unit area, each information stored in the collocation condition database is searched as parameter information, and is associated with each minimum unit area. Mapping unit for creating a database and storing it in the parameter information database,
An extraction condition data registration unit for obtaining an extraction condition based on a user operation input at the operator terminal;
A search unit that searches the parameter information database based on the acquired extraction condition, and detects a minimum unit area that matches the extraction condition as a matching area;
A route planning system characterized by comprising:   The search unit generates a group by appropriately combining adjacent minimum unit areas, collates mismatches of the extraction conditions in the generated group unit, and detects a group that matches the extraction conditions as the matching area The route planning system according to claim 1, further comprising:   2. The route planning system according to claim 1, wherein the regional information includes information such as administrative divisions such as municipalities.   2. The route planning system according to claim 1, wherein the parameter information includes an area related to each minimum unit area, the number of households, a land use classification, and the like.   3. The route planning system according to claim 1, further comprising an output unit that superimposes the matching area searched by the search unit on the map information data, generates map data, and outputs the map data.   2. The extraction condition and the parameter information can be set with a priority, and the search unit has a function of detecting a suitable area according to the priority. The route planning system described. Development of a server device connected via the operator terminal and the network is an information processing terminal, said system including a storage device connected to the server device executes, the routing of co overhead line or the like in the map information data A route development method for
Geographic information of a predetermined area is accumulated as vector data and polygon data on coordinates of latitude and longitude in the map information database, and the latitude and longitude of the latitude and longitude are stored in the area information database based on area information other than the geographical information. Storing the information for partitioning the predetermined area on the coordinates, and storing the existing collocation status and wiring pattern together with the latitude and longitude information in the collocation condition database (1);
The latitude and longitude coordinate information stored in the map information database is superimposed on the latitude and longitude coordinate information stored in the regional information database, and the area defined is defined as the minimum unit area on the map information data. And generating new coordinate information, vector data, and polygon data (2),
Based on the latitude and longitude included in the plane surrounded by the line segment that divides the minimum unit area, each information stored in the collocation condition database is searched as parameter information, and is associated with each minimum unit area. Step (3) to create a database and store it in the parameter information database;
A step of acquiring an extraction condition based on a user operation input at the operator terminal, searching the parameter information database based on the acquired extraction condition, and detecting a minimum unit area that matches the extraction condition as a suitable area (4) A route development method characterized by comprising:   In the step (4), a group is generated by appropriately combining the adjacent minimum unit areas, a match / mismatch of the extraction condition is collated in the generated group unit, and a group that matches the extraction condition is detected as the matching area 8. The route formulation method according to claim 7, wherein the route formulation method is performed.   8. The route formulation method according to claim 7, wherein the regional information in the step (1) includes information such as administrative divisions such as municipalities.   8. The route formulation method according to claim 7, wherein the parameter information in the step (3) includes an area related to each minimum unit area, the number of households, a land use classification, and the like.   The route planning method according to claim 7 or 8, further comprising a step of superimposing the area searched in the step (4) on the map information data, generating map data, and displaying and outputting the map data. .   8. The route formulation according to claim 7, wherein a priority can be set in the extraction condition and the parameter information, and in the step (4), a suitable area is detected according to the priority. Method.

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