JPH10149371A - Device for retrieving and displaying building and land - Google Patents

Abstract

PROBLEM TO BE SOLVED: To more minutely execute retrieving operation for building and land. SOLUTION: Retrieval objects having individual data concerned are retrieved from a database stored in a memory 4 based on a keyword inputted by an input device 2 and the number of corresponding retrieval objects in each prescribed area is calculated and displayed on a reference map displayed on a display device 5 in each prescribed area. Consequently the area including required retrieval objects can easily be recognized.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an improved search and display device for a building and land used for searching and displaying a search target meeting a desired condition from a predetermined database.

[0002]

2. Description of the Related Art In recent years, microprocessors (hereinafter referred to as M
With the price reduction and quality improvement of PUs, memories, and peripheral materials, a search display device having an MPU as a main configuration can easily and quickly perform a search operation even with a relatively simple configuration.

[0003] The search and display apparatus for buildings and land is used to search for a desired one from a plurality of search objects stored in advance in the search and display apparatus by a search operation. A database in which a name as an identifier, a keyword, and a feature to be searched are associated with each other is configured on a memory.

[0004] The MPU performs the above search based on a keyword input from an input device such as a keyboard.
By extracting unnecessary information from the database and extracting unnecessary information, the relevant property is hit.

The above-mentioned keywords include, when the search target is a house, a display of a house, a type of an independent house or an apartment house, and in the case of an apartment house, a layer (floor) and a management cost price, a structure, and a construction cost of the corresponding article. Years, size, type of sale or loan and its price, availability of public loan, direction, number of windows,
It covers a wide range of things, such as window orientation, incidental equipment, and environmental information.

[0006] As the number of these keywords increases, the advantage that the search can be performed more precisely according to the request of the search requester is created. On the other hand, with the increase in the amount of information, a great deal of work is required to create, update, and search the database itself. It takes time, the operation becomes complicated, and it tends to be difficult to shorten the search execution time by the MPU.

By the way, in the above-mentioned conventional models, a database to be searched mainly occupies environmental information, in particular, a model constituted by a unit along the way of transportation. This database uses the nearest transportation system, such as a station, as a sign. It is created using the time required for walking between search targets as the main element of the keyword.

In this type of search display device, after the search is completed,
The name of the property, the display of the house, the characteristics, and the like are displayed on the display device, and the search requester can acquire information on the property.

[0009] However, the search requester is generally ignorant of the environmental information in the vicinity of the search target, and it is difficult to grasp the correlation with the environmental information even if the name of the property and the display of the house are recognized. As a result of the search, if the respective housing indications of the acquired multiple properties are different from each other, especially if the names of prefectures, counties, municipalities, towns and villages are different, it will be difficult to recognize the information of the properties for the environmental information .

That is, even if the required time from the search target to the station on foot is within the same range, a plurality of relevant properties with a house display including different prefectures, counties, municipalities, and towns and villages may be searched. is there.

[0011] In this case, the search requester recognizes each house display on the map for each of the corresponding properties and reconstructs the neighboring environmental information together with other information such as the above-described arrangement of the sign, thereby obtaining the corresponding property. Is determined to be appropriate, and it is easy to cause a problem that it takes time to grasp the neighboring environment information after searching for the property.

Accordingly, the present invention provides a method of inputting, updating, and searching for a keyword when creating and searching a database of a search object, and relates to a search object such as a nearby environment including individual information of the searched article. It is an object of the present invention to provide a search and display device that makes it easy to grasp each information.

[0013]

In order to solve the above-mentioned problems, the present invention comprises an input device for inputting a predetermined command, and is stored in a predetermined memory device in advance in accordance with an operation of the input device. Search display for interactively searching for a corresponding search target based on individual data corresponding to each of a plurality of types of search targets, and visually displaying the searched individual data regarding the search target on a predetermined display device. A search and display device for a building and a land provided with a circuit, and a standard map display material data for visually displaying a standard map divided into divided areas at least with one stroke of the land on the display unit. A search target display material data for visually displaying the location of the search target together with the standard map on the display, and a sign on the standard map as the standard map. Sign display material data for visually displaying on the display, numerical display material data for visually displaying on the display the number of hits to be searched together with the standard map, The number of hits of the search target searched by the display circuit is calculated for each of the divided areas where each search target is located, and each of the hit numbers corresponding to the calculated value is based on each of the numerical display material data, Numerical display procedures for visually displaying on the display for each of the divided areas together with the standard map are stored in at least the memory device.

Since the present invention is constructed as described above, in response to input of desired individual data as a keyword by the input device, the search and display circuit displays the number of hits to be searched on the display unit in a numerical display procedure and a standard map. The calculation is performed based on the display material data and the numerical display material data, and the corresponding number is visually displayed on a standard map in units of divided areas, so that the distribution of the relevant property can be grasped visually together with its neighboring environment.

In a configuration in which a host device provided with a search display circuit and a memory device and a terminal device provided with an input device and a display are communicably connected to each other by wire or wirelessly, Can input arbitrary information to the host device by wire or wirelessly through the input device, while the search and display circuit writes arbitrary information to the memory device based on the information input to the host device side, and outputs the arbitrary information to the memory device. Read, furthermore, the read information can be input to the terminal device side by wire or wirelessly, and when this information is display material data related to the corresponding search target, the display device displays a predetermined display material in a visible manner, The host device can be remotely controlled from the terminal device.

In addition, the relevant property is displayed on a standard map on the display based on the search target display material data by operating the input device so that the specific location of the search target can be visually recognized. Since the sign is visually displayed on the standard map based on the display material data, the surrounding environment of the property can be easily grasped.

Auxiliary property display material data for visually displaying a plurality of types of auxiliary properties different from the sign and the search object together with the standard map on a display device are stored in a memory device, and are optionally selected according to the operation of the input device. In the configuration provided with a search display circuit for visually displaying the selected auxiliary property on the display, the search display circuit reads arbitrary property display material data from the memory device in accordance with an operation of the selection input device. Based on this, only the desired auxiliary property is visually displayed on the display, so that it is easy to more closely grasp the surrounding environment of the relevant property.

In a configuration in which the memory device is provided with a search and display circuit for individually updating arbitrary display material data in response to an operation of the input device, each of the display material data is individually operated by the operation of the input device. Can be updated.

[0019]

Embodiments of the present invention will be described below with reference to the drawings. 1 and 2 show an embodiment of the present invention, and show a schematic configuration of a building and land search and display device (hereinafter, a search and display device) of the present invention.

In this embodiment, a case where the search target is a building and land, particularly a rented property, will be described below as an example.

The search and display device 1 has an input device 2, a CPU 3 as a search and display circuit, which is a main component of the search and display device 1, a memory device 4, and a display device 5.
3 are connected.

The input device 2 includes a mouse, a trackball, a trackpad, a bitpad, a keyboard switch, a microphone, a scanner, a voice recognition input board, a capture board, and the like. An instruction is input to the CPU 3.

On the other hand, in response to an operation of the input device 2, the CPU 3 interactively determines the relevant search target based on individual data (described later) corresponding to each of a plurality of types of search targets stored in the memory device 4 in advance. At the same time as searching, individual data relating to the searched search target is displayed on a predetermined display 5 so as to be visible or audible. Note that the above-mentioned “displayable” is simply referred to as “display” hereinafter.

The memory device 4 comprises a ROM 6, a RAM 7, and a non-volatile writable and readable storage medium, for example, a hard disk (hereinafter, HD) 8, while the display 5 is a CRT display device (CRT). : Ca
It comprises a CRT 9 and a printer 10.

The CRT 9 includes a speaker (not shown) and a driving circuit thereof. For example, a menu 11 shown in FIG. 3 is displayed on the CRT 9, and the input device 2 displays specific menus 12 to 15 on the menu 11. If you choose one,
To notify the operator of the selection completion, a sound effect or the like is audibly generated, or the contents of any of the selected 12 to 15,
As a result of the search, the standby state during execution of the instruction by the CPU 3 and the like are appropriately expressed by voice synthesis or sound effects.

In the present embodiment, a display form such as voice synthesis or sound effect using the above-described speaker is provided.
The display form by the CRT 9 is hereinafter referred to as “displayable for viewing”.

Further, in this embodiment, an A / D conversion circuit for converting an analog video signal into a so-called RGB signal in a digital format and taking it into the CPU 3 via the capture board, and processed by the CPU 3. A D / A conversion circuit for converting a video signal composed of digital RGB signals into an analog video signal is connected between the input device 2 and the display 5 and the CPU 3.

The ROM 6 stores, in addition to the individual data, various display material data used for displaying various information on the display device 5, subsidiary data required for executing the various procedures, and a desired search target. Various procedures required for searching and displaying the search results on the display 5 are stored as main components, respectively, and are read out from the ROM 6 and executed by the CPU 3 (details will be described later).

The individual data to be searched is mainly composed of property data and mesh data, which will be described later, and these are read out from the ROM 6 by the CPU 3 as appropriate.
The data is temporarily written to the RAM 7 and the HD 8.

The property data is universal information that is minimum necessary when concluding a consumer loan contract (hereinafter, a contract) for the search object. If a search object is obtained based on a hit of any property data, The name or symbol is displayed,
The property data is unconditionally displayed on the CRT 9 regardless of the request of the search requester.

In the present embodiment, the property data includes property amount data corresponding to various costs required for a contract for a leased property to be searched, property size data including area values and external dimension values to be searched, and rental property data. If the property is a building, the property layout data corresponding to the floor plan of the search target, the property equipment data including the incidental facilities to be searched and the public facilities provided in the vicinity, the house display number of the search target (or the lot number) ), And name data indicating the name of the search target are the main components.

As further property data, property comment data indicating characteristics of the search object, appearance of the search object,
There are property image display data for displaying the nearby environment or the interior of a building on the CRT 9, property distance data between a transportation facility and a search target, or data on the type of means of reaching the traffic facility and the property required time data.

Next, the mesh data is for displaying information according to the presence or absence of a request from the search requester on the CRT 9 together with a map. The mesh data is mainly used for facilities in the vicinity of the search target, large-scale stores, overnight stores, and schools. The main configuration is the arrangement of government offices and the like, their types, and the quantities in a specific area on a standard map (described later) displayed on the CRT 9.

In the present embodiment, the display of the layout on the standard map based on the mesh data will be described below.
It is assumed that the auxiliary property can be displayed on the display unit 5 according to the request of the search requester as the auxiliary property, and the auxiliary property display material data for the display is R.
It is stored in OM6. .

For this reason, the mesh data of the auxiliary property is stored in the memory device 4 in such a manner that a plurality of independent drawing areas, that is, so-called layers can be formed according to the type, for example, school, government office, etc. By selecting a layer or canceling the selection, a desired auxiliary property is displayed on the display 5.

As described above, the mesh data is constructed in an image format including the quantity data, while the property data is constructed in a text format mainly using a database for each search object, and the audio display material is made to correspond to each. Related data in a data format and a video display material data format are stored in the ROM 6 in a form that can be arbitrarily called.

Thus, the CPU 3 can call the audio display material or the video display material corresponding to the search target including the searched individual data, and based on the display material data, the audio display material or the video display material relating to the individual data. It can be displayed on the display 5 in a predetermined format so as to be audible.

On the other hand, the search requester sends the input device 2
There is user data as data input as a keyword, and the user data characterizes the character of the search target and narrows down a desired search target that is hit by the CPU 3 so that the search result can be matched to the ideal of the search requester. It is to get closer to the target.

The user data in the present embodiment includes
The area requested by the search requester, the permissible range of the contract price for buying or selling or renting, the payment conditions, floor plan, type of building structure, type of transportation, time required for the nearest transportation facility and its means, incidental facilities to be searched , And desired features.

Next, various procedures stored in the ROM 6 include a basic control procedure for controlling the entire search and display device 1 and a search procedure for searching for a desired search target based on individual data relating to the search target. An information display procedure for displaying information related to a search target searched based on the search procedure on the CRT 9 based on the individual data, the number of hits hit by the search procedure, and the location of each search target. A number calculation procedure for calculating the number of sections in units of division area, a numerical display procedure for displaying the number of calculations calculated in the number calculation procedure together with a standard map on the CRT 9 for each predetermined division area, different from the CPU 3 of the search display device 1 The main configuration is a communication procedure for other CPUs (not shown) and a procedure for updating various data.

First, the basic control procedure is a procedure which is first read and executed when the power is turned on (not shown), and acts as an intermediary between the hardware 2 to 10 constituting the search display device 1 and the software. Things.

That is, the basic control procedure is for activating various procedures of the search and display device 1 and for managing various peripheral devices such as the input device 2, the memory device 4 and the display device 5, and the basic control procedure is normal. When executed, the search operation becomes possible.

The search procedure is a procedure for searching whether or not individual data satisfying a part or all of the user data exists in a database constructed in the memory device 4, that is, a so-called condition search.

If any one of the individual data is hit based on the user data in the condition search of the search procedure, the CPU 3 next executes the information display procedure to execute the search for the search target including the hit individual data. The various data related to the data are read from the memory device 4 and
Is displayed so that it can be viewed.

The number-of-correspondence calculation procedure calculates the number of hits of the search object including the individual data hit by the above-described search procedure in units of a predetermined divided area where each search object is located.

The calculated corresponding number is used in the corresponding number calculating procedure, and then, based on the CPU 3 executing the numerical value displaying procedure, the CRT for each of the predetermined divided areas together with the standard map.
9 is displayed.

Further, regarding the communication procedure, as shown in FIG. 2, another search and display device different from the search and display device 1 is used as the terminal device 16 and the search and display device 1 is used as the host device. In other words, a plurality of different CPUs 3 and 17 can communicate with each other by a cable, for example, a cable such as a telephone line 18, or by wireless communication such as radio waves, thereby constructing a so-called computer network.

By utilizing this communication procedure, even if the CPUs 3 and 17 of different models connected to the network exchange various data between them, as well as other CPUs.
Utilize or share the memory device 19 belonging to 17,
It is possible to enable sharing of the display 20.

In the present embodiment, interface circuits (I / F) 21 and 22 are provided to achieve electrical matching between the search display device 1 and the terminal device 16.
Is provided with an input device 2 like the search display device 1.

As described above, in the configuration in which the retrieval display device 1 as the host device and the CPUs 3 and 17 of the terminal device 16 are communicably connected to each other by the telephone line (or radio such as radio waves) 18, arbitrary information, for example, Commands or data can be input from the terminal device 16 to the search and display device 1 via the telephone line 18 by the input device 2.

On the other hand, on the search display device 1 side, the CP
U3 writes predetermined information in the memory device 4 or reads arbitrary information from the memory device 4 based on the information input from the terminal device 16 side, and further reads the read information through the telephone line 18 to the terminal device 16 side. When the information is display material data related to the search target, the display 20 displays a predetermined display material.

As described above, even if the search / display device 1 and the terminal device 16 are separated from each other, regardless of the distance between them, even if both the terminals 1 and 16 are installed in Japan and overseas, the telephone line 18 or Since the configuration is such that the two can communicate with each other through wireless communication, a search applicant can acquire desired information without going to the installation location of the search and display device 1, and it is possible to provide search means with extremely good work efficiency. It becomes.

When the search object satisfies the request of the search applicant based on the information obtained by the above-described configuration, the search result display device 1 or another terminal device 16 is sent an e-mail ( Electronic ma
For example, by posting il), the relevant search target can be temporarily secured based on a contract.

In this case, information (such as unique data) relating to the search object temporarily secured is removed from a predetermined address of the database to another address by an update procedure described later,
By setting a non-searchable flag for the search target, the terminal can be excluded from the search by other terminal devices 16,
Alternatively, the corresponding search target is the display of another terminal device 16.
When it is displayed at 20, it may be displayed that it has already been provisionally secured.

As a result, a search requester who is relatively close to the place where the search display device 1 is installed is provided with an opportunity to impart information even to a search requester from a relatively remote place. Thus, it is possible to eliminate the inequality caused by the information transmission time difference between the search applicant and the search applicant who lives in a relatively remote place.

Next, the updating procedure is performed when each search object becomes unnecessary due to a contract or the like, a new search object is registered, or when individual data is changed. Or a procedure executed by another CPU 17 connected to the network including the search display device 1.

The updating procedure is for updating any one of various data such as display material data by the CPU 3 arbitrarily and individually.
6 cannot be rewritten, or the initialization of the ROM 6 takes a relatively long time.
Or MO (Magnet-Optical disk)
(Not shown) or the like, and the data is temporarily written to another non-volatile storage medium and written to a new ROM 6 as appropriate.

In the case where relatively frequent updating of data is expected, such as when data relating to a search object becomes unnecessary due to acquisition of a desired search object or when a new search object is registered. , The update data is ROM
In view of the convenience of handling for the HDD 6, the data is not stored in the ROM 6 but the HD 8
It is desirable to perform a save based on write / read above.

Such information can be updated from the terminal device 16 to the search and display device 1 via the telephone line 18 by the input device 2 from the terminal device 16 side. The search and display device 1 or another terminal device 16 is implemented.

Also, map display material data for displaying the search target in comparison with the location environment is stored in the ROM 6 as secondary data used in executing each procedure. In the present embodiment, the search target is set in Japan. In addition, the degree of the scale can be displayed in a plurality of stages in order to improve the comparison with the search target (described later).

That is, the map display material data is a whole map of Japan as the first step, a regional division map as the second step, a prefecture map as the third step, and a municipal map as the fourth step in the present embodiment. In the final fifth stage, 1 in 100,000
The reduced scale map is displayed on the CRT 9 together with the search target.

In the fifth stage, a standard map (FIGS. 4 to 9) divided into divided areas at least with one stroke of land as a unit.
In order to display the reference map 23 on the CRT 9, the standard map display material data is stored in the ROM 6, and the standard map 23 of the present embodiment is stored.
, The adjacent multiple brushes are partitioned as display units,
ROM 6 stores map display material data for expressing the lot number in the house display or the lot number on the official map as a divided map.
Is stored in

The ROM 6 stores search target display material data for displaying the location of the search target together with the standard map 23, in other words, the display of the search target on the standard map 23 on the CRT 9.

Further, in order to make it easier to grasp the living environment in the neighborhood of the search target, a sign that can be a target on the standard map 23 such as a building or a public area having extremely large features, and the number of hits of the search target , Together with the standard map 23, display material data for displaying on the CRT 9 are stored in the ROM 6 as sign display material data and numerical display material data, respectively.

In order to use the search and display apparatus 1 of the present invention configured as described above, first, when the power is turned on, C
The PU 3 sequentially executes the basic control procedure, and clears an internal memory, a register, and the like by a power-on reset circuit (not shown).

Then, it is checked whether or not an abnormality has occurred in the various peripheral devices 2 to 10 connected to the CPU 3. If no abnormality has occurred, an initial value is set for the peripheral devices 2 to 10. Then, as a result of sequentially executing the basic control procedure, the menu 11 shown in FIG. 3 is displayed on the CRT 9 as an opening screen, and the search procedure can be executed.

In the present embodiment, as shown in the menu 11 of FIG. 3, a total of three types of search procedures, namely, a route search 12, a map search 13, and a number search 14, are set, and the input device 2, for example, a mouse operation Accordingly, a pointer not shown is pointed to any of the positions 12 to 14 on the menu 11 and any one of the search procedures can be selected by so-called click input.

Note that, based on the operation of the input device 2 described above,
Pointing the pointer at any place on the display surface of the CRT 9 and clicking and inputting with an operation of a mouse or the like is hereinafter simply referred to as “click”.

When the operation description 15 located at the upper left of the menu 11 in FIG. 3 is clicked, the operation procedure of the search display device 1 is displayed on the display 5 in a so-called slide show so as to be audible.

In the search procedure, when "clicking" on the route search 12 located at the upper right in FIG. 3, a plurality of types of railways (not shown) are displayed on the CRT 9, and when any of them is "clicked", a selection is made. The displayed railway area or station name is displayed, and an arbitrary name displayed on the CRT 9 can be "clicked".

Next, user data is input by the input device 2 based on the desired conditions of the search applicant, while the CPU
3 performs a conditional search as to whether or not individual data satisfying a part or all of the user data exists in the database.

When any one of the user data hits any one of the individual data, the CPU 3 reads out from the memory device 4 various data relating to the search object including the hit individual data and allows the display 5 to listen to the data. To be displayed.

Next, at the initial stage when the menu 11 is displayed, "click" on the map search 13 located at the lower right in FIG.
In this case, as a first step, the entire map of Japan is displayed on the CRT 9 in a state of being divided into regions such as the Kanto region.

When the user clicks on any area in the entire Japan map, the second step is a click
Is displayed on the CRT 9 at a scale larger than the scale of the entire map of Japan.

In this regional division map, each prefecture (for the Kanto region, one prefecture and six prefectures) constituting a region (for example, the Kanto region) divided on the entire map of Japan is displayed on the CRT 9 separately. You.

Next, as a third step, when any area on the local area map is "clicked", any of the prefectures including the selected area is larger than the scale of the local area map. A prefectural map that is reduced in scale and is divided by any of the municipalities is displayed on the CRT 9.

Further, when any area on the prefecture map is "clicked", as a fourth step, any of the prefectures including the area selected by the "click" is displayed on the municipal map CRT9. You.

In this ward, municipal figure, one of the prefectures (for example, Tokyo) is one of the wards, municipalities (23 wards in Tokyo, cities, towns, villages, islands, etc. outside 23 wards). And displayed on the CRT 9 at a scale larger than the scale of the prefecture map.

Next, in the fifth stage, when any area on the ward, municipal, or “village” map is “clicked”, the standard map 23 centered on the selected area is displayed based on the standard map display material data.
As shown in FIGS. 4 to 9, 1 is larger than the scale of the prefecture map.
An area on a map desired by the search applicant is displayed as a standard map 23 on the CRT 9 at a scale of about 1 / 100,000.

FIGS. 4 to 7 show display examples of the standard map 23, the input panel 24 and the output panel 25 on the CRT 9, showing a state in which the user data hits any of the individual data in the search by the CPU 3, and the input panel 24 Items of desired user data and mesh data are input to the respective indicators 26 from the input device 2 by operating the input device 2.

Also, in the standard map 23, cursor keys displayed at the upper and lower positions on the left side and at the lower right position in FIG.
By "clicking" 27 and 28 on the CRT 9 display surface, the desired area of the search applicant can be shifted in each direction in FIG. 4 with reference to FIG.

FIG. 5 is shifted upward with reference to FIG. 4, and the lower part can be seen with respect to the standard map 23 shown in FIG. 4. Hereinafter, FIG. 4 and the right part can be visually checked with respect to the standard map 23 shown in FIG. 4. FIG. 7 is shifted to the upper left with reference to FIG. 4, and the lower right part is visually checked with respect to the standard map 23 shown in FIG. You can do it.

FIG. 4 shows the input panel 24 of the CRT 9.
7, operation keys 29, 29, 29 are arranged in a lower right position.
By "clicking" on any of them, an arbitrary one can be selected from among confirmation of the set contents, execution of the search, return to the step immediately before the current operation, and end of the work. In FIG. 4 to FIG. 9, the lot numbers are not shown.

When the search is started, first, the desired layout, rent fee, inclusion of infants in the family structure, pets,
Set the user data such as the time required to walk to the nearest station as user data, indicating that there is an all-night retail store nearby,
The fact that there is a park nearby is set as mesh data.

Next, the contents of each setting on the input panel 24 on the CRT 9 can be visually confirmed. When there is no change, the operation key (confirmation) 29 is clicked based on a predetermined operation of the input device 2 so that the CPU 3 To execute the search procedure.

Then, the CPU 3 reads out the numerical display procedure from the memory device 4 and sequentially executes the numerical display procedure to determine whether or not individual data satisfying a part or all of the user data exists in the database in the memory device 4. In the present embodiment, the number of search targets including the individual data hit is determined by the unit of a section area where each search target is located, in this embodiment, in the unit of so-called “N-th order (N is a positive integer)”. Calculate.

Then, the CPU 3 calculates the corresponding number calculated on the basis of the execution of the numerical display procedure, for example, as shown in FIG.
Is displayed on the CRT 9 every time.

Further, when mesh data is set, the CPU 3 performs a conditional search as to whether or not an auxiliary property satisfying a part or all of the mesh data exists in the database. The property is audibly displayed on the CRT 9 based on the auxiliary property display material data, and when the visual display on the CRT 9 is unnecessary, the selection of the unnecessary layer is canceled by operating the input device 2 so that the desired auxiliary property and Only the standard map 23 is displayed on the display 5.

Thus, the search applicant can perceive the desired density of the desired search object by arbitrarily visually recognizing the desired segmented area on the standard map 23 displayed on the CRT 9.

Further, when the user clicks on a specific location of the section map designated by the input device 2, in other words, a lot number, the CPU 3 displays the lot number at an arbitrary magnification (for example, 2 to 4 times) around the lot number. The area of the lot number is displayed on the CRT 9.

Subsequently, a desired divided area unit, that is, "N
"Click" the flag 30 in "Chome" on the standard map 23
Then, by executing the information display procedure, the CPU 3 reads from the memory device 4 various types of search target data including the individual data hit as described above, and FIG.
As shown in FIG.

That is, the search applicant displays the number of hits of the desired search object on the standard map 23 so as to be visible in the unit of a segmented area. A region where a search target exists is easily recognized, and it is easy to obtain a detailed search target, thereby improving the efficiency of the search operation.

In this embodiment, video display material data to be displayed on the input panel 24 of the CRT 9 is stored in the ROM 6.
On the other hand, the CPU 3 stores the video information on the clicked search target as shown in the upper right position in FIG.
By visually expressing a still image, a moving image, or the like, a search applicant can acquire more specific information about a search target.

In this embodiment, various data to be searched are input to the input panel of the CRT 9 (FIGS.
7) If there are a plurality of types of relevant search targets, the outlines are displayed simultaneously in the vertical direction as shown in FIG. 8, so that the search applicant can easily perform each of the general individual data relating to the relevant search target. Can be easily selected.

Next, when the user clicks on the input panel 24 on which the desired search target is displayed, as shown in FIG. 9, more detailed individual data is displayed. Click "click" and CPU3
Sequentially displays the individual data on the standard map 23, the search applicant can easily compare each of the detailed individual data related to the search object, and can easily select the desired search object.

The above operation has been described with reference to the case where the search is performed only by the search display device 1. However, the present invention is not limited to this, and the search is performed from the input device 2 of the terminal device 16 constituting the network described above. Since a search command can be executed on the display device 1 via the telephone line 18,
It is possible to eliminate inequality caused by an information transmission time difference between a search applicant living near the installation location of the search display device 1 and a search applicant living relatively far away.

[Brief description of the drawings]

FIG. 1 is a block diagram showing a main configuration of an embodiment of a search and display device of the present invention.

FIG. 2 is a block diagram showing a main configuration of a computer network including the search display device of FIG.

FIG. 3 is a diagram showing a menu displayed on the display of FIG. 1;

FIG. 4 is a diagram showing a part of a standard map displayed on the display of FIG. 1;

FIG. 5 is a diagram showing a portion different from the standard map displayed in FIG. 4;

FIG. 6 is a diagram showing a portion different from the standard map displayed in FIG. 5;

FIG. 7 is a diagram showing a portion different from the standard map displayed in FIG. 6;

8 is a diagram showing a state in which general individual data relating to a plurality of search targets searched by the search display device of FIG. 1 is displayed on a display device.

9 is a diagram showing a state in which any individual data of the search target shown in FIG. 8 is displayed in detail on a display device.

[Explanation of symbols]

 1 search display device (host device) 2 input device 3 CPU (search display circuit) 4 memory device 5 display device 16 terminal device 23 standard map

 ────────────────────────────────────────────────── ─── Continued on the front page (72) Inventor Kazushige Nakayama 518 Waseda Tsurumakicho, Shinjuku-ku, Tokyo Inside Duo System Co., Ltd.

Claims (7)

[Claims] An input device for inputting a predetermined command is provided, and in accordance with an operation of the input device, based on individual data corresponding to each of a plurality of types of search targets stored in a predetermined memory device in advance. A search and display device for buildings and land provided with a search and display circuit for interactively searching for a corresponding search target and individually displaying the searched individual search target on a predetermined display device. Standard map display material data for visually displaying, on the display, a standard map divided into divisional areas each having at least one stroke of land, and the display location of the search target together with the standard map, Search target display material data for visually displaying on a display, and a sign table for visually displaying the sign on the standard map together with the standard map on the display. Indicating material data, numerical display material data for visually displaying the number of hits of the search target together with the standard map on the display, and the number of hits of the search target searched by the search display circuit, The calculation is performed in units of the divided areas where each search target is located, and each of the corresponding numbers corresponding to the calculated values is visually observed on the display for each of the divided areas together with the standard map based on each of the numerical display material data. A building and land search and display device, wherein at least the numerical display procedure for possible display is stored in the memory device. 2. A host device provided with a search display circuit and a memory device, and a terminal device provided with an input device and a display device are communicably connected to each other by wire or wirelessly. Item 2. A search and display device for buildings and land according to Item 1. 3. An auxiliary property display material data for visually displaying, on a display device, a plurality of types of auxiliary properties different from a sign and a search target together with a standard map in a memory device. 3. The search and display device for buildings and land according to claim 1, further comprising a search and display circuit for visually displaying the auxiliary property selected arbitrarily on the display. 4. 4. The memory device according to claim 1, further comprising a search display circuit for individually updating arbitrary display material data in response to an operation of the input device. Search and display device for buildings and land described in Crab. 5. A map display material data for visually displaying an arbitrarily divided block map on a display device in a memory device, and an arbitrary portion on the map displayed on the display device so as to be viewable. An input device for instructing, a function for displaying, at an arbitrary magnification, a specific portion of the division map instructed by the input device, the divided portion on the division map The search and display device for buildings and land according to any one of claims 1 to 4, further comprising a search and display circuit having a function of displaying an area visually. 6. A memory device storing video display material data for visually displaying video information on a search target on a display, and displaying the video information and the individual data of the search target on a display.
6. A search display circuit for displaying simultaneously or individually and visually.
The search and display device for buildings and land according to any of the above. 7. A memory device which stores viewing angle display material data for displaying video information related to a search target on a display at an arbitrary viewing angle in a manner corresponding to each video display material data. An input device provided with a viewing angle selecting means for selecting viewing angle display material data according to an arbitrary viewing angle; and displaying the video information on the display device based on the viewing angle selected by the viewing angle selecting means. The building and land search and display device according to claim 6, further comprising a search and display circuit for performing the search and display.