JP2006338577A - Environmental data providing system - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide an environmental data providing system by which realistic land evaluation using environmental data around an electric pole. <P>SOLUTION: The environmental data providing system 1 is provided with at least a data acquisition means 11 which is attached to the electric pole and acquires at least one piece of environmental data 2 regarding temperature 2a, humidity 2b, light intensity 2c, hours of daylight 2d, wind direction 2e, wind force 2f, sound 2g and an air suspended substance 2h, a database 302 which stores the acquired environmental data 2, and a data providing means 304 which provides the environmental data 2 in the database 302 to the external terminal. <P>COPYRIGHT: (C)2007,JPO&INPIT

Description

  The present invention relates to an environmental data providing system that utilizes environmental poles to provide environmental data that is useful information for grasping the surrounding environment such as land.

  Conventionally, for example, land evaluation of a real estate property or the like has been generally performed by requesting a specialized contractor or considering other land prices. However, in the former case, the time required for the survey and the cost of the survey are high, so the economic burden is large. In the latter case, there is a problem that it requires specialized knowledge and requires a lot of labor.

  Therefore, recently, for example, a land price evaluation system has been proposed in order to solve the above-described problems (see, for example, Patent Document 1). The land price evaluation system disclosed in this gazette uses a database storing route price, public land price, standard land price, etc., and inputs the location and shape of the land to be evaluated. The objective price can be derived instantaneously.

  In such a land price evaluation system, the land evaluation described above can be applied as a matter of considering the convenience of transportation such as routes, the public price of land prices, etc. Do not consider environmental information closely related to daily life such as temperature, humidity, light intensity, sunshine duration, wind direction, wind power, noise, exhaust gas, etc., and conduct more realistic land assessment I can't. In addition, the collection of these environmental information requires a long-term survey and is very difficult. The above-mentioned problem is not limited to land, but also exists for evaluation of real estate properties such as second-hand houses.

JP 2002-351196 A (Claims)

  This invention makes it a subject to provide the environmental data provision system which can perform realistic land evaluation using the environmental data around a utility pole in view of the situation mentioned above.

  A first aspect of the present invention that solves the above-described problem is to acquire at least one environmental data related to the temperature, humidity, light intensity, sunshine duration, wind direction, wind force, sound, and airborne matter around the utility pole that is attached to the utility pole. An environment data providing system comprising at least data acquisition means, a database for storing the acquired environment data, and data providing means for providing the environment data in the database to an external terminal.

  In the first aspect, the environmental data is utilized by acquiring environmental data (spot-like environmental data) around the utility pole by the data acquiring unit and providing the environmental data to the external terminal by the data providing unit. Land evaluation can be performed easily.

  According to a second aspect of the present invention, in the first aspect, the database further stores map data including utility pole information of the utility pole, and manages the environmental data in the database based on the map data. Further comprising data management means, wherein the data management means refers to power pole information of power poles existing around the land arbitrarily designated from the external terminal based on the map data, and identifies corresponding to the power pole information The environmental data providing system is characterized in that the environmental data is extracted from the database.

  In such a second aspect, based on the map data, by identifying the surrounding utility pole from the information on the land designated via the external terminal and referring to the utility pole information of the utility pole, for the external terminal, Specific environmental data corresponding to telephone pole information can be provided reliably.

  According to a third aspect of the present invention, in the first or second aspect, the data acquiring unit further has a function of acquiring landscape data around the utility pole, and the data providing unit is connected to the external terminal. An environment data providing system is characterized in that landscape data is provided together with the environment data.

  In the third aspect, by receiving the scenery data around the utility pole without actually going to the site, for example, the user can grasp the scenery around the desired land via the external terminal. it can.

  According to a fourth aspect of the present invention, in the third aspect, virtual image data creating means for creating virtual image data by adding predetermined building data to the landscape data acquired by the data acquiring means is further provided. The data providing unit provides the virtual image data together with the environment data to the external terminal.

  In the fourth aspect, for example, virtual image data combined with environmental data can be provided by adding building data specified by the user via the external terminal to the landscape data. Thereby, the user can experience the image where the house etc. were actually built.

  According to a fifth aspect of the present invention, in any one of the first to fourth aspects, the database further stores environmental evaluation standard data for evaluating the environmental data, and is based on the environmental evaluation standard data. Environment evaluation data creating means for evaluating the environment data and creating environment evaluation data is further provided, and the data providing means provides the environment evaluation data to the external terminal together with the environment data. In the data provision system.

  In the fifth aspect, the environment data is created by evaluating the environment data based on the predetermined environment evaluation reference data, and the environment evaluation data is provided to the user via the external terminal. Realistic land evaluation.

  A sixth aspect of the present invention is the environmental data providing system according to the fifth aspect, wherein the environmental evaluation reference data is data indicating a reference value of the degree of influence on the living environment.

  In the sixth aspect, since environmental data can be evaluated based on the living environment, more realistic land evaluation can be performed.

  A seventh aspect of the present invention is the environmental data providing system according to any one of the first to sixth aspects, wherein the data providing means includes at least browsing means that enables browsing of the environmental data to the outside. It is in.

  In the seventh aspect, land evaluation considering environmental data can be easily performed by making part or all of the environmental data viewable externally via the Internet or the like.

  According to the environmental data providing system of the present invention, the physical quantity indicating the environment around the utility pole by the data acquisition means, that is, at least one environmental data related to temperature, humidity, light intensity, sunshine duration, wind direction, wind force, sound, and airborne matter is obtained. Acquiring and providing the environmental data to the external terminal by the data providing means makes it possible to easily perform realistic land evaluation using the environmental data.

  Hereinafter, the best mode for carrying out the present invention will be described. The description of the present embodiment is an exemplification, and the configuration of the present invention is not limited to the following description.

  The environmental data providing system of the present invention is a data acquisition means for acquiring environmental data around a power pole attached to a power pole, a database for storing the acquired environmental data, and data providing for providing environmental data in the database to an external terminal And at least means. And the user who becomes a user of such an environmental data provision system can perform realistic land evaluation easily by utilizing the environmental data provided via an external terminal.

  In the present invention, an external terminal is at least one terminal provided with environmental data acquired by the data acquisition means, and includes, for example, a terminal owned by a user, a terminal of a company that manages environmental data, and the like. It is a waste.

  In the present invention, environmental data is provided by, for example, transmitting data to a management company that manages environmental data, transmitting data to an intermediary that conducts land evaluation using environmental data, and obtaining information on land evaluation. This includes data transmission to a user or data transmission to an end user via a terminal such as a management company or an intermediary.

  Here, an embodiment of the present invention will be described in detail with reference to the drawings. FIG. 1 is a schematic diagram showing an environmental data providing system according to an embodiment of the present invention. FIG. 1 illustrates a case where environmental data acquired using a power pole that is an existing facility owned by an electric power company is managed by the electric power company terminal and the environmental data is provided to the user terminal.

  As shown in FIG. 1, the environmental data providing system 1 of the present embodiment includes an environmental data acquisition device 10 that is installed on a utility pole and acquires environmental data 2. The environmental data acquisition device 10 includes a network 20. To a terminal owned by the electric power company (hereinafter, electric power company terminal 30). Further, a terminal owned by a user (hereinafter referred to as a user terminal 40) can be connected to the power company terminal 30 via the network 20.

  In the environmental data providing system 1 of this embodiment, the environmental data acquisition device 10 acquires the environmental data 2 around the utility pole, and transmits the acquired environmental data 2 to the power company terminal 30 via the network 20. At the same time, the power company terminal 30 manages the received environmental data 2, and the power company terminal 30 provides the environmental data 2 to the user terminal 40.

  The network 20 is not particularly limited. For example, the network 20 preferably uses at least one data communication path that is wireless or wired such as an optical fiber or an electric wire. This is because system construction can be realized easily and at low cost. In FIG. 1, the environmental data acquisition device 10, the power company terminal 30, and the user terminal 40 are connected by one network 20. For example, the environmental data acquisition device 10 and the power company terminal 30 are connected by a dedicated network, and the power company The terminal 30 and the user terminal 40 may be connected via a different network, or a relay point may be provided between the environmental data acquisition device and the power company terminal.

  Moreover, since electric poles and telephone lines that can be used for data communication generally pass through the utility poles, it is easy to construct a data communication path by providing the environmental data acquisition device 10 on such a utility pole. There is also an effect.

  Here, the environmental data 2 includes air temperature 2a, humidity 2b, light intensity 2c, sunshine duration 2d, wind direction 2e, wind force 2f, sound 2g, and air suspended matter (for example, chemical substances contained in exhaust gas) It consists of at least one data (amount of substance) such as pollen, dust, etc.) 2h, which can be detected by various sensors such as a chemical sensor and a physical sensor. That is, the environmental data acquisition device 10 includes data acquisition means 11 having a sensor that detects at least one of the above-described substance amounts. The period for acquiring the environmental data 2 around the utility pole may be a fixed period or an irregular period.

  Although not shown, the environmental data 2 includes, for example, data indicating the transition (increase / decrease) in the temperature 2a, humidity 2b or light quantity 2c, data indicating the sunshine duration 2d for each month or season, the wind direction 2e, the wind force 2f, etc., noise ( The average value of the magnitude of the sound 2g), the type or mass of the airborne substance 2h, and the data managed in association with the utility pole number assigned to each utility pole.

  The environmental data acquisition apparatus 10 for acquiring such environmental data 2 further includes data transmission means 12 that transmits the environmental data 2 to the power company terminal 30. This data transmission means 12 is connected to the data acquisition means 11, and in this embodiment, the environmental data 2 acquired by the data acquisition means 11 is transmitted to the power company terminal 30 in real time. Moreover, the data transmission means 12 has a function of assigning a utility pole number to the environmental data 2 to be transmitted and transmitting it to the power company terminal 30. Although details will be described later, the environmental data 2 is managed in units of utility poles.

  Here, such an environmental data acquisition device 10 may be installed on a utility pole, but is preferably installed at, for example, the upper end of the utility pole or in the vicinity thereof. This is because an electric wire that can be used in data communication passes through the upper end of the utility pole, so that it is easy to construct a data communication path. In addition, when wireless is used for at least a part of the network, an environment data acquisition device is installed at the upper end of the utility pole so that communication can be performed while avoiding obstacles such as buildings. Thereby, for example, data transmission to the data transmission destination can be performed satisfactorily. Furthermore, there is an effect of preventing the environmental data acquisition device from being stolen.

  In the present embodiment, the case where the environmental data 2 is directly transmitted to the power company terminal 30 by the data transmission unit 12 is illustrated, but the present invention is not limited to this. For example, the environmental data acquisition device is provided with data storage means for storing environmental data, the acquired environmental data is temporarily stored in the data storage means, and the environmental data is extracted from the data storage means and data at a predetermined timing. You may make it transmit the environmental data to an electric power company terminal by a transmission means. In the present embodiment, the data transmission unit 12 transmits the environmental data 2 to the power company terminal 30. However, the environmental data may be directly transmitted to the user terminal depending on the case.

  On the other hand, the electric power company terminal 30 is provided with an environmental data management server 300 that manages the environmental data 2. The environmental data management server 300 includes a data receiving unit 301 that receives the environmental data 2 from the environmental data acquisition apparatus 10, a database (DB) 302 that stores the received environmental data 2, and the environmental data 2 in units of utility poles. The data management unit 303 manages the environment data 2 and the data provision unit 304 that provides the environmental data 2 to the user terminal 40. An external terminal, here the user terminal 40, can be connected to the environmental data management server 300 via the network 20.

  In the database 302, for example, in this embodiment, map data 3 including telephone pole information such as a telephone pole installation point and a telephone pole number is stored in advance. Examples of the map data 3 include route data including operation information, geographic data, and the like. The data management unit 303 has a function of recognizing the utility pole number assigned to the environment data 2 and storing the environment data 2 in the database 302 in units of utility poles (units of utility pole numbers). Here, the environmental data 2 is associated with the map data 3 and stored in the database 302 by the data management means 303.

  Further, when there is land that the user desires to acquire the environmental data 2, the data management unit 303 specifies the land information based on the land information 4 specified by the user terminal 40, such as an address and a real estate management number. 4 has a function of extracting the environment data 2 corresponding to 4 from the database 302.

  Specifically, when the land information 4 is arbitrarily designated from the user terminal 40 and the data receiving unit 301 acquires the land information 4, the data management unit 303 stores the designated land information 4 from the database 302. Corresponding map data 3 is extracted. Further, the data management unit 303 identifies the land corresponding to the land information 4 that has been designated based on the map data 3 while referring to the database 302, and is identified based on the power pole information of the power poles existing around the land. The environmental data 2 is extracted. Specifically, the environment data 2 associated with the map data 3 is extracted by the data management means 303. The data providing unit 304 provides (transmits) the specific environment data 2 to the user terminal 40 that has designated the land via the network 20.

  As described above, in the environmental data providing system 1 of the present embodiment, the temperature 2a, the humidity 2b, the light intensity 2c, the sunshine duration 2d, the wind direction 2e, the wind force 2f, the sound 2g, which indicate the environment around the utility pole by the data acquisition means 11, At least one environmental data 2 related to the airborne substance 2h is acquired, the environmental data 2 is managed by the environmental data management server 300, and the environmental data 2 corresponding to the land information 4 designated by the user terminal 40 is provided as data providing means. 304 can be provided to the user terminal 40.

  In addition, the environmental data 2 provided by the environmental data providing system 1 in this way is not data with a wide data acquisition range but spot data. For this reason, the user can easily perform realistic land evaluation using the environmental data 2.

  Note that the environmental data 2 is not limited to the land evaluation described above, but a housing evaluation (e.g., evaluation by a contractor, personal evaluation by a person considering migration), conditions for setting a price during real estate transactions, It can also be used in a wide variety of ways, such as lifestyle guidance on health (for example, advice for people with asthma, hay fever, atopic dermatitis, etc.), living environment (ascertainment of noise conditions by vehicles, runaways, etc.).

  Hereinafter, the operation procedure of the environment data providing system according to the present embodiment will be described with reference to FIGS. FIG. 2 is a diagram illustrating an example of an operation procedure of the environment data providing system according to the embodiment of the present invention. Note that FIG. 2 illustrates an operation performed mainly by the environment data providing server.

  As shown in the figure, first, when the data receiving unit 301 receives the environmental data 2 from the environmental data acquisition apparatus 10 (step S1), the environmental data management server 300 uses the data management unit 303 to store the environmental data 2 for each power pole unit. And stored in the database 302 (step S2). In the present embodiment, the environmental data 2 is stored in the database 302 by the data management unit 303 in association with the utility pole information (such as utility pole number) and the map data 3.

  Next, in the environmental data management server 300, when the data receiving unit 301 receives the land information 4 for which the environmental data 2 is desired to be provided from the user terminal 40 (step S3: Yes), the data managing unit 303 supports the land information 4 The map data 3 to be extracted is extracted from the database 302 (step S4).

  Further, the data management means 303 identifies the land that matches the land information 4 based on the extracted map data 3 while referring to the database 302 (step S5), and the utility poles that exist around the identified land. The utility pole number is specified as the utility pole information (step S6), and the environmental data 2 corresponding to the utility pole number is extracted from the database 302 (step S7).

  Next, the data providing unit 304 provides (transmits) the extracted environment data 2 to the user terminal 40 (step S8). Here, the user terminal 40 as the data providing destination is the user terminal 40 that has designated the land information 4. In addition, when the land information 4 is not received by step S3 (step S3: No), it transfers to the process after step S8.

  As mentioned above, although this invention was demonstrated in detail based on one Embodiment, this invention is not limited to one Embodiment mentioned above. For example, in the above-described embodiment, at least one piece of data regarding the ambient temperature 2a, the humidity 2b, the light intensity 2c, the sunshine duration 2d, the wind direction 2e, the wind force 2f, the sound 2g, and the airborne substance 2h is shown as the environment data 2 in the above-described embodiment. However, the present invention is not limited to this, and the data acquisition unit 11 may acquire landscape data around the utility pole. Examples of the landscape data include still image data and moving image data. Then, the data providing unit 304 provides the landscape data together with the environment data 2 to the user who is the data providing destination. Thereby, the user can grasp the scenery around the desired land by receiving the scenery data around the utility pole without actually going to the site.

  The environment data providing system 1 of the present invention further includes virtual video data creating means for creating virtual video data by adding predetermined building data, for example, building data designated by the user, to the landscape data described above. The data providing unit 304 may provide the user with the virtual video data together with the environment data 2. Examples of building data include building image data, design data such as CAD data, and the like. Thereby, virtual video data combined with the environmental data 2 can be provided to the user, and the user can experience an image of a house or the like actually built. Further, by adding the environment data 2 to the virtual video data, a realistic living environment can be predicted.

  Furthermore, in the above-described embodiment, the case where the environment data 2 and the map data 3 are stored in the database 302 has been described. Of course, the present invention is not limited to this, and an environment for evaluating the environment data 2 in the database. Evaluation standard data may be further stored. In this case, for example, in the environment data management server 300, environment evaluation data creating means for creating environment evaluation data by evaluating the environment data based on the environment evaluation reference data is provided. Note that the environmental evaluation data creating means may numerically compare the environmental evaluation reference data and the environmental data, and create data indicating the ranking of each environmental data item as the environmental evaluation data. Further, the environmental evaluation data is provided to the user together with the environmental data 2 by the data providing means 304.

  As described above, the environment data 2 is created by evaluating the environment data 2 based on the predetermined environment evaluation standard data, and providing the user with the environment evaluation data, the user can perform more realistic land evaluation. Can do. Note that the environmental evaluation reference data here is preferably data indicating a reference value of the degree of influence on the living environment. This is because a realistic land evaluation assuming a living environment can be performed.

  In the embodiment described above, the environment data 2 corresponding to the land information 4 is provided by receiving the land information from the user terminal 40, but the present invention is of course not limited thereto. The data management server may be provided with browsing means that allows at least environmental data to be externally viewed, and part or all of the environmental data may be disclosed to the outside via the Internet or the like. Thereby, the user can easily receive provision of environmental data from a terminal connectable to the Internet.

  Furthermore, although one embodiment mentioned above demonstrated the case where the specific environmental data 2 was provided to the user terminal 40 based on the land information 4 designated by the user, of course, this invention is not limited to this, For example, The data management means is provided with a data search means for searching the database based on condition data arbitrarily designated by the user. From the environmental data that matches the specified condition data, based on the utility pole information and map data, The land information around the power pole may be extracted, and the extracted land information may be provided to the user terminal by the data providing means. Examples of the condition data include temperature, humidity, light intensity, sunshine duration, wind direction, wind power, sound, and environmental data threshold values related to airborne substances.

  According to the environmental data providing system of the present invention described above, in addition to the land evaluation method of calculating based on the evaluation value of the vicinity of the land, the regional and individual factors, there are evaluation criteria for the regional and individual factors. It is unique in that it can provide useful information (housing evaluation, living environment, scenery through the four seasons, etc.) to different land evaluators, thereby presenting an appropriate land evaluation value to each land evaluator. Is possible.

It is the schematic which shows the environmental data provision system which concerns on one Embodiment of this invention. It is a figure which shows an example of the operation | movement procedure of the environmental data provision system which concerns on one Embodiment of this invention.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Data provision system 2 Environmental data 3 Map data 4 Land information 10 Environmental data acquisition apparatus 11 Data acquisition means 12 Data transmission means 20 Network 30 Electric power company terminal 40 User terminal 300 Environmental data management server 301 Data reception means 302 Database (DB)
303 Data management means 304 Data providing means

Claims (7)

A data acquisition unit that is attached to a power pole and acquires at least one environmental data related to temperature, humidity, light intensity, sunshine duration, wind direction, wind power, sound, and air suspended matter around the power pole, and a database that stores the acquired environmental data And an environment data providing system comprising at least data providing means for providing the environment data in the database to an external terminal. In claim 1, the database further includes map data including utility pole information of the utility pole, and further comprises data management means for managing the environmental data in the database based on the map data,
The data management means refers to power pole information of a power pole existing around a land arbitrarily designated from the external terminal based on the map data, and stores specific environment data corresponding to the power pole information from the database. An environmental data providing system characterized by extraction. In Claim 1 or 2, the data acquisition means further has a function of acquiring landscape data around the utility pole,
The data providing means provides the landscape data to the external terminal together with the environment data. In Claim 3, it further comprises virtual video data creating means for creating virtual video data by giving predetermined building data to the landscape data acquired by the data acquiring means,
The environmental data providing system, wherein the data providing means provides the virtual video data together with the environmental data to the external terminal. 5. The environmental evaluation data according to claim 1, wherein the database further stores environmental evaluation standard data for evaluating the environmental data, and evaluates the environmental data based on the environmental evaluation standard data. Further comprising an environmental evaluation data creation means for creating
The environment data providing system, wherein the data providing means provides the environment evaluation data together with the environment data to the external terminal. 6. The environmental data providing system according to claim 5, wherein the environmental evaluation reference data is data indicating a reference value of the degree of influence on the living environment. 7. The environmental data providing system according to claim 1, wherein the data providing unit includes a browsing unit that enables at least browsing of the environmental data to the outside.

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