JP2008090614A - Job offer information retrieval system - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a job offer information retrieval system for outputting job offer information relating to a job offer working place where the office can be attended from a commutation base within a prescribed moving time. <P>SOLUTION: When an address as a commutation base is input by a portable telephone 2, a commutation base absolute position A configured of a latitude x and a longitude y is found by a GIS server 14. Further, a retrieval object area S arranged with a commutation base absolute position A as a center is generated. Also, a job offer working place absolute position B existing on the retrieval object area S is extracted by a database server 15. Furthermore, whether or not it is possible to move within a set working time by a prescribed moving means from the commutation base absolute position A to the extracted job offer working place absolute position B is verified by a GIS server 14, and the job offer working place which can be reached within the set commuting time is selected. Then, job offer information relating to the job offer working place selected thus is output by a portable telephone 2. <P>COPYRIGHT: (C)2008,JPO&INPIT

Description

  The present invention relates to a job information search system capable of searching for job information with a mobile phone that can be connected to the Internet.

  Conventionally, when searching for job information using the Internet, job seekers narrow down the job type, salary, or work area, etc. on the job search site and search for results that match the conditions. (For example, see Patent Document 1). For example, in order to obtain desired job information from a desired work district, the following procedure has been used.

  First, the job seeker lists candidates for work districts that are likely to commute from their commute location (for example, at home), and the districts listed as candidates on the screen where multiple district names on the recruitment site are listed on the screen. Select (click). If it does so, the job offer information of the workplace which is recruiting in the selected district will be displayed. For example, ward names such as Showa Ward, Naka Ward, Chikusa Ward, Higashi Ward, etc. are listed on the screen, and if you want to work in Showa Ward, Select “Showa Ward” to output job posting information for Showa Ward. This procedure makes it possible to obtain job information for the desired district. In addition, when there are a plurality of candidate districts where work can be performed, the user returns to the page where the district names are listed again, selects another district, and outputs job information of the district.

JP 2006-185256 A

  However, if there are many places where you can commute from the commuting base in the above-mentioned conventional configuration, it is necessary to sequentially select all the districts and display job offer information for each district to find the job you want. was there. In such a search mode, it takes a lot of time and labor to display all the screens, which is a very troublesome and labor-intensive operation. Also, an unexpected situation where the job placement is located in the same ward as the commuting base, but the area is larger than expected and the commuting time (travel time) was much longer than expected. Sometimes occurred. In addition, in order to list commuting districts as candidates, it is necessary to fully understand the location of the districts, the available transportation network, etc. did not become. Therefore, when looking for a job in an unfamiliar area, the situation described above is particularly likely to occur, and the work in the next district was easier to commute than the work in the district where the commute is located. Was well thought out.

  In view of the above, an object of the present invention is to provide a job search system that can solve the above problems.

The present invention selects a job site where a person can commute within a predetermined time from a desired commuter location among job sites that are recruiting human resources, and the job information of the selected job site is stored on a mobile phone that can be connected to the Internet. A job information retrieval system that displays on a display screen,
Recruitment information storage means for storing job offer information including the address of the job offer location and the recruitment content;
GIS information storage means for storing GIS information that associates the map information with the address of the point on the map information;
A mobile phone equipped with a display screen capable of inputting the address of a desired commute base and outputting job information;
Absolute position generation that calculates the absolute position of a job hunting location consisting of latitude and longitude and the commuting location absolute position from GIS information from the address of the job hunting location and the address of the commuting location entered from a mobile phone via the Internet Control means;
Search target area generation control means for generating a search target area of a predetermined area including the calculated commuting base absolute position;
Of the job placement locations stored in the job offer information storage means, the job offer location extraction control means for extracting the job offer work location related to the absolute position of the job offer location existing on the generated search target area;
Among the extracted job placement locations, commuting work location selection control means for selecting a job offer location that can move within a predetermined travel time at a predetermined travel speed from the commuting base, and GIS information;
A job offer information search system comprising job offer information display control means for sending job offer information corresponding to a selected job offer location to a mobile phone via the Internet and displaying it on a display screen of the mobile phone. It is.

  In such a configuration, when a job seeker inputs the address of a commuting base using a mobile phone, a job hunting place within a range where the commuting base can commute within a preset time is selected, and the job hunting place Only the job information of is output. That is, the search process does not take into account in which district (prefecture, municipality, etc.) the commuting base or the job placement location that is recruiting human resources exists. Therefore, even if a commuting base is set near the boundary between the α district and the β district, according to the system according to the present invention, it is not necessary to check job information for each district one by one. Among job placement locations, job placement locations where job seekers can commute are immediately output as search results. In addition, as mentioned above, in the selection process of job hunting location, the GIS information is used for extraction based on the absolute position consisting of latitude and longitude, and for the movement from the commuting location to the job hunting location, Since the selection is made in consideration of the speed and travel time, the commuting time from the commuting base to the job hunting place is very reliable and there is very little error from the actual commuting time.

  Here, the job hunting place is a place where a person is recruited, and a place where the job seeker is actually commuting when hired. Here, the address of the job hunting place and the address of the company that recruits are not always the same. For example, if the head office is in the A area, but recruitment is being conducted at a branch office in the B area, the location of the recruiting company and the address of the job placement office do not match. In addition, there may be a building such as a business office in the job hunting place, or there may be no building such as a parking lot or road, or a pioneering construction site or a mountainous area. The map information includes image information and latitude / longitude information. In addition, as a GIS information storage means for storing the above-described GIS information, a server or the like equipped with a known geographic information system can be suitably employed.

Further, in the above configuration, as a means for moving from the commute base to the job hunting place, a moving means selection control means that enables selection on the display screen of the mobile phone at least one of walking, bicycle, and automobile is provided, Each moving means has a specific moving speed,
The search target area generation control means
When walking is selected as the moving means, the search target area for walking is selected. When the bicycle is selected, the search target area for bicycle is selected. When the automobile is selected, the search target area for walking is selected. Each is generated so that the area of the search target area for automobiles is the smallest and the largest,
Employment location extraction control means
Of the job placement locations stored in the job offer information storage means, the job placement location relating to the absolute position of the job offer location existing on the generated search target area is extracted,
Commuting work place selection control means,
A configuration is proposed in which, among the extracted job placement locations, a job placement location that can move within a predetermined travel time at the moving speed of the selected moving means is selected.

  By adopting such a configuration, a job hunting place where an appropriate commuting time is taken into consideration is selected in accordance with the contents of the moving means. For example, if the commuting time is within 15 minutes, the walking speed is 4 km / h, and the moving speed of the car is 30 km / h, when walking is selected as the means of transportation, the job hunting is within about 1 km from the commuting base. When a location is selected and a car is selected, a job placement location within approximately 7.5 km is selected. Therefore, when a moving means having a high moving speed is selected, the job offer work place is selected from a wider range, and the selection range is widened for determining the work place.

Mobile phones
By selecting a different first vehicle boarding position and second vehicle boarding position from within a vehicle route such as a railway line or bus line having a plurality of vehicle boarding positions such as stations or bus stops, at least the first vehicle boarding / exiting position is selected. Each address of the location and the second vehicle entry / exit location can be entered as a commute base,
The absolute position generation control means
The absolute position of the first commute base and the second absolute position of the second commute base are calculated from the address of each entered commute base.
The search target area generation control means
A first search target area including the first commuting base absolute position and a second search target area including the second commuting base absolute position are generated.
Employment location extraction control means
It extracts job openings that exist on both search areas,
Commuting work place selection control means,
In the first search target area, select a job site that can move from the first vehicle boarding / exiting position at a predetermined moving speed within a predetermined moving time, and in the second search target area, from the second vehicle getting on / off position It is good also as a structure which selects the job offer work place which can move within a predetermined movement time at a predetermined movement speed.

  By adopting such a configuration, a job recruitment place where a person can commute within a predetermined time from the vehicle boarding / alighting position is selected as a vehicle boarding / alighting position on a predetermined vehicle route. This makes it possible to commute using the above-mentioned vehicle route, so that the convenience of commuting is improved and a plurality of commuting bases can be set at one time, and a job locating place where commuting can be performed in a wide range is searched. It becomes possible.

Further, in the configuration in which there is one or more vehicle getting on / off positions between the first vehicle getting on / off position and the second vehicle getting on / off position,
Mobile phone
The address of the vehicle boarding / exiting position between the first vehicle boarding / exiting position and the second vehicle boarding / exiting position can be input as the address of the commuting base,
The absolute position generation control means
From the address of each commuting location entered, multiple commuting location absolute positions are calculated,
The search target area generation control means
Based on the absolute position of each commuting location, multiple search target areas are generated.
Employment location extraction control means
For all the search target areas that are generated, the job placement office that exists on the search target area is extracted,
Commuting work place selection control means,
It is good also as a structure which selects the job offer work place which can move within each predetermined | prescribed movement time at the predetermined moving speed from each vehicle boarding / alighting position in each search object area | region.

  By adopting such a configuration, it becomes possible to select a job hunting place as a commuting base for the vehicle boarding / exiting position between the first vehicle boarding / exiting position and the second vehicle boarding / exiting position, further improving the usefulness of the vehicle route. Will be.

The job information display control means
A configuration is proposed in which job information relating to a selected job placement location is displayed on a mobile phone display screen in order based on the travel time from the commuting location to the job offer location.

  By adopting such a configuration, the job seeker can select a workplace where he / she can easily commute while considering the burden of travel time.

  The job information search system according to the present invention generates an absolute position of commuting base and an absolute position of job vacancy based on GIS information, and within a predetermined time from a desired commuting base based on the absolute position of commuting base and the absolute position of job vacancy. Therefore, there is an effect that job offer information of job hunting places where commuting can be done within a predetermined time can be provided to job seekers reliably and promptly. In addition, since the job seeker can input the address of the commuting base, there is an effect that the job search can be performed according to the job seeker's action range.

  Further, as a moving means, at least one of walking, bicycle, and car can be selected, a specific moving speed is set for each, and the area of the search target area is changed for each moving means, In this case, there is an effect that it is possible to search for the job offer office from an appropriate range in accordance with the contents of the moving means.

  In addition, by selecting the first and second vehicle entry / exit positions from within the vehicle route, each address of the first and second vehicle entry / exit locations can be entered as a commute base. Employment locations where commuting can be selected as the commuting base of the vehicle get-on / off position can be selected, and the convenience of commuting is improved, and multiple commuting bases can be set at one time. There is an advantage that it is possible to search for work locations.

  In addition, if it is configured so that the address of the vehicle boarding / exiting position between the first and second vehicle boarding / exiting positions can be entered as a commuting base, a job offer that allows commuting as the vehicle boarding / exiting position of that vehicle route as the commuting base This makes it possible to select a work location and further improve the usefulness of the vehicle route.

  Further, when the job information is arranged and displayed based on the travel time, there is an effect that the job seeker can determine the work place while considering the commuting time.

An embodiment of a job information search system 1 according to the present invention will be described with reference to the accompanying drawings.
As shown in FIG. 1, the job search information system 1 uses the Internet 5, and a job seeker accesses a job search site related to the system 1 with a mobile phone 2 that can be connected to the Internet 5, and searches As a result, the job offer information can be confirmed by the mobile phone 2. The system 1 is characterized in that it provides job offer information relating to a job offer location where the job seeker can commute within 15 minutes from the commute base set by the job seeker.

The network configuration of the job information search system 1 will be described below.
As shown in FIG. 1, the job information search system 1 includes a plurality of servers 11 to 16. Specifically, a mobile phone content conversion server 11, a mobile content web application server 12, a management system web application server 13, a GIS server 14, a database server 15, and a map image creation server 16 are provided. These servers 11 to 16 constitute a data center 9. Each of the servers 11 to 16 is connected to the LAN.

  The mobile phone content conversion server 11 is connected to the Internet 5 via a known firewall 10. The cellular phone content conversion server 11 responds when a website is called from the cellular phone 2 via the Internet 5 and receives data transmitted from the servers 12 to 16. It has a function of processing and processing data that can be displayed on the display screen 30 (see FIG. 6 and the like) of the mobile phone 2 and transmitting it to the mobile phone 2. It should be noted that a known technique can be suitably applied to the cellular phone content conversion server 11.

  The mobile phone content conversion server 11 is connected to a mobile content web application server 12, a management system web application server 13, a GIS server 14, a database server 15, and a map image creation server 16 via a LAN.

  The mobile content web application server 12 has a function of executing a mobile phone web application on the display screen 30 of the mobile phone 2. It should be noted that known techniques can be suitably applied to the portable content web application server 12.

  In addition, the management system web application server 13 has a function of comprehensively managing the mobile phone content. For example, the home page access count is managed. A publicly-known technique can be suitably applied to the management system web application server 13.

  The GIS server 14 stores a known GIS (geographic information system), and stores address position information (GIS information) as shown in FIG. Here, the address position information is information in which the map information is associated with the address of the point on the map information (city, town area, lot number). The GIS server 14 also stores route data. This route data holds information such as the absolute position of the start and end points of the road, information on whether or not the vehicle can pass, and the moving average speed of the predetermined moving means. Further, the GIS server 14 has control contents for determining the absolute position based on the address of the point on the map information. Here, the absolute position is an absolute position represented by latitude x and longitude y. Further, the GIS server 14 includes control contents for generating a search target area S (see FIG. 16) centered on a commuting base absolute position A described later. The control contents of the GIS server 14 will be described later in detail.

  Further, as shown in FIG. 15, the database server 15 stores a customer master, advertisement data, station bus stop master, route master, route data, job classification master, and service area reference master. Here, the customer master holds information such as the name of the recruiting company, the location of the recruiting company, the address of the job placement, and contact information. The advertisement data holds information on the recruitment contents of each recruiting company. In addition, the station bus stop master holds information on the station name and the bus stop name. In addition, the route master holds information on railway line names and bus route names. Further, the route data holds information on the station order for each railway line and the bus stop order for each bus line. Also, the job category master holds information on job category items (major category, minor category, business category) of the recruitment contents. The service area reference master holds information on the moving average speed (moving speed) for each moving means and predetermined commuting time. In this embodiment, the walking average moving speed is 4 km / h, the moving average speed of bicycles is 15 km / h, and the moving average speed of automobiles is 30 km / h. The set commuting time is 15 minutes.

  Further, the map image creation server 16 stores map image data as shown in FIG. In this map image data, map information of each point is held for each scale.

  As shown in FIG. 1, a client PC (in-house terminal) 20 is connected to the servers 11 to 16 via a router 17 and an in-house dedicated communication network 8. Then, the client PC 20 is set to be able to access the database server 15 to delete or correct data such as job information stored in the database server 15 or to add new data. ing. In such a configuration, when the address of the job placement location that is recruiting human resources is input from the client PC 20 as job offer information, the address data is once transmitted to the GIS server 14. Then, the GIS server 14 calculates the job placement absolute position B composed of the latitude x and the longitude y from the input address data, and transmits the data of the job offer work absolute position B to the database server 15. As a result, the database server 15 stores data on the absolute position B of the job offer location where the address of the job offer location is expressed as an absolute location.

  In the job information retrieval system 1 described so far, when various types of information are input from the mobile phone 2 via the Internet 5, the input information is relayed to the mobile phone content conversion server 11 to It is appropriately transmitted to each server 12-16. On the other hand, the servers 12 to 16 that have received the input information execute predetermined information processing based on the information and transmit the processed information to the mobile phone content conversion server 11 to convert the content to the mobile phone. The server 11 outputs and displays the information on the display screen 30 of the mobile phone 2.

Next, screen contents and the like displayed on the display screen 30 of the mobile phone 2 will be described.
When the job seeker accesses the job search site related to the job search information system 1 with the mobile phone 2 that can be connected to the Internet 5, the mobile phone content conversion server 11 responds to the call of the website from the mobile phone 2, A so-called top screen 41 (see FIG. 2) is displayed on the display screen 30 of the mobile phone 2. From the top screen 41, it is possible to shift to an explanation page 42 for explaining a search method and a plurality of search screens 43 to 47 having different search methods. The explanation page 42 is an auxiliary page for explaining a search procedure for a person who does not know the search method.

  Next, the job seeker displays any one of the search screens 43 to 47 from the top screen 41. And according to the input procedure of the displayed search screens 43-47, the address of a desired commuting base is input. Hereinafter, the address input of the commuting base will be described using the address search screen 43 as an example.

  The address search screen 43 is composed of a plurality of input screens as shown in FIGS. 6 and 7. First, a screen capable of inputting a zip code as shown in FIG. 6 is displayed. . Then, when the job seeker inputs the postal code of the address as the commuting base at a predetermined input location, next, a screen on which characters from the prefecture to the address / number can be input as shown in FIG. Is displayed. Furthermore, on this screen, it is possible to selectively input the means for moving from the commuting base to the work place scheduled by the job seeker. Specifically, walking, bicycles, and automobiles are set as options as moving means.

  Then, when the job seeker inputs an address as a commute base, selects a moving means, and clicks a “search” portion in the screen, the input (selected) information is carried by the data center 9 via the Internet 5. The content is transmitted to the web application server 12.

  Further, the input information is transmitted to the GIS server 14, and the GIS server 14 determines the commuting base absolute position A from the address of the transmitted commuting base based on the address position information (GIS information) stored and held in advance. Thereby, the address of the commuting base input from the mobile phone 2 is represented by an absolute position including the latitude x and the longitude y.

Further, the GIS server 14 generates a search target area S as shown in FIG. 16 based on the commuting base absolute position A and the moving means input by the mobile phone 2. The search target area S is composed of a square two-dimensional area in which the absolute commuting base position A is centered and the latitude x and longitude y are inherent. Here, the area (size) of the search target region S varies depending on the content of the input moving means. For example, when the job seeker selects walking as the moving means on the address input screen (see FIG. 7), a walking search target area S of approximately 6.76 km ² is generated. In addition, when a bicycle is selected, a bicycle search target area S corresponding to approximately 92.2 km ² is generated, and when a car is selected, a car search target area S corresponding to approximately 380 km ² is generated. Is done. Therefore, per area,
Search area for walking S <Search area for bicycle S <Search area for automobile S
The magnitude relationship is established.

  Here, the generation process of the search target area S will be described in further detail. Reference length d (see FIG. 16) that is the length from the commuting base absolute position A to the outer edge of the search target area S is set for each moving means. When the commuting base absolute position A is determined, a square search target area S is formed that is extended from the absolute commuting base position in the east, west, south, and north directions by the reference length d. Specifically, the reference length d for the moving means “walking” is set to 1.3 km (1.3 times the distance that can be moved in 15 minutes), and if walking is selected as the moving means, A walking search target area S is generated that is expanded by 1.3 km from the absolute position A in the east, west, north, and south directions. In addition, the reference length d in “bicycle” is set to 4.8 km, and when a bicycle is selected as the moving means, the area is expanded by 4.8 km from the commuting base absolute position A in the east, west, south, and north directions. A bicycle search target area S is generated. In addition, the reference length d of “automobile” is set to 9.75 km, and when an automobile is selected as the moving means, the area is expanded by 9.75 km from the commuting base absolute position A in the east, west, south, and north directions. A car search target area S is generated.

  Next, the GIS server 14 that has executed the above-described control contents inquires of the database server 15 whether or not there is a job placement location that recruits human resources on the generated search target area S. Then, the database server 15 extracts the job offer work location absolute position B existing on the search target area S specified by the latitude x and longitude y from the job offer work work absolute position B stored in advance. Specifically, as shown in FIG. 16, job recruitment work location absolute positions B1, B2, B4, B5, and B6 are extracted from the job placement work absolute positions B1 to B7 related to the job recruitment work locations that are recruiting human resources. Is done.

  Then, the database server 15 transmits the extracted data of the job offer work absolute position B and the advertisement data of the job offer work location related to the job offer work absolute position B to the GIS server 14.

  The GIS server 14 that has received the extracted data on the absolute position B of the job hunting place commute locations within the set commute time (within 15 minutes) by the selected moving means according to the actual movement route on the search target area S. Whether or not the absolute position A can be reached from the absolute position B of the job offer location is verified for each extracted absolute position B of the job offer location. Specifically, in the example shown in FIG. 16, the job placement absolute positions B1, B2, B4, and B5 can be commuting within the above conditions, and are therefore selected as job placement locations to be output to the mobile phone 2. To do. On the other hand, the job placement work absolute position B6 is excluded as a job offer work place to be output to the mobile phone 2 because the convenience of transportation is poor and commuting is not possible within the set commute time. In this way, an appropriate job placement location is selected from the extracted job placement locations.

  Then, the GIS server 14 transmits advertisement data (that is, job information such as recruitment contents) related to the selected job site to the mobile content web application server 12. Then, the mobile content web application server 12 outputs the content to the display screen 30 of the mobile phone 2 via the mobile phone content conversion server 11.

  On the mobile phone 2, a search result screen 48 indicating that the search is completed is displayed as shown in FIG. Then, when the search result list screen 49 is displayed next, job offer information on job offer places where commuting is possible is output from the commute base (see FIG. 8). Specifically, job offer information related to job offer work location absolute positions B1, B2, B4, B5 is displayed. Here, as shown in FIG. 16, the job placement absolute positions B5 and B6 are in the α ward, the job offer absolute position B4 is in the β ward, and the job offer absolute positions B1 and B2 are the γ ward. Exists. Therefore, although the commuting base exists in the α ward, the search is performed from the viewpoint of whether or not commuting is possible within a predetermined time regardless of the ward name. In such a case, the job placement location closest to the commuting base in the α ward is located in the next γ ward and close to the boundary line 60.

  In addition, as shown in FIG. 8, a configuration in which job information to be output is displayed side by side in descending order of commuting time is preferable. By adopting such a configuration, the job seeker can check the job information from the short commuting time. In this embodiment, the mobile content web application server 12 and the mobile phone content conversion server 11 perform the process of displaying the job information in the display screen 30 after ordering the job information. By the way, as a specific mode of displaying in order as described above, various order modes may be proposed.

Next, a method for searching using a screen other than the address search screen 43 will be described.
As shown in FIG. 2, in addition to the address search screen 43, a station search screen 44, a route search screen 45, a bus stop search screen 46, and a bus route search screen 47 are set.

  The station search screen 44 includes a selection top screen shown in FIG. 10 and a station name input screen shown in FIG. Then, by directly inputting or selecting the station name, the address of the station is input as the address of the commuting base. Therefore, the search result is output a job hunting place where commuting is possible within 15 minutes from the input station. The same applies to the bus stop search screen 46, and the job hunting place is selected as the commuting base of the input bus stop.

The route search screen 45 includes a route / station name input screen shown in FIGS.
The job seeker selects a route to be used for commuting from among the railway lines (vehicle routes) displayed in a list. If it does so, it will transfer to the screen shown by FIG. 13, and the station name of the selected route will be displayed as a list. Here, the job seeker selects a station name as a starting point from the list of station names displayed. Furthermore, the screen shown in FIG. 14 is displayed, a list of station names on the route is displayed, and the station name that is the end point can be selected. When the job seeker selects the terminal station name, the selected station name information is transmitted. In this search method, the means for moving from the station to the office is set so that walking is automatically selected.

  The information transmitted from the mobile phone 2 is received by the database server 15, and based on the selected station name information, the address of the station selected as the starting point (hereinafter referred to as the starting station) and the station selected as the end point (hereinafter referred to as the end point) ), And the address of the intermediate station between the start station and the end station. Then, the address information is transmitted to the GIS server 14.

  When the address information is received by the GIS server 14, the starting point commuting base absolute position A is determined from the starting station address, the end point commuting base absolute position A is determined from the end station address, and the intermediate commuting base is determined from the intermediate station address. The absolute position A is determined.

  Further, the GIS server 14 generates a start station search target area S having the same area as the walking search target area, centered on the start point commuting base absolute position A. Further, an end station search target area S is generated based on the end commute base absolute position A, and an intermediate station search target area S is generated based on the intermediate commute base absolute position A.

  Next, as described above, the database server 15 extracts the job offer work location absolute position B on each of the generated search target areas S, and extracts the data of the job offer work work location absolute position B and the job offer work work location absolute. The advertisement data of the job placement location related to the position B is transmitted to the GIS server 14.

  The GIS server 14 that has received the extracted data on the absolute position B of the job offer work location verifies, for each search target area S, whether commuting is possible within 15 minutes on foot. Specifically, it is determined whether or not the job hunting work location absolute position B extracted on the start station search target area S can be reached within 15 minutes on foot from the start point commuting base absolute position A. Whether or not it is possible to reach the job placement absolute position B extracted on S from the end point commuting base absolute position A on the same condition as the job placement absolute position B extracted on the intermediate station search target area S is shown in FIG. On the other hand, whether or not it can be reached from the intermediate commute base absolute position A under the same conditions is verified. Then, an appropriate job placement location is selected from the extracted job placement locations.

  Next, the GIS server 14 transmits the advertisement data relating to the selected job placement to the mobile content web application server 12, and the mobile content web application server 12 outputs the information to the display screen 30 of the mobile phone 2.

  By searching for a workplace in this way, the route can be used effectively. Furthermore, a plurality of commuting bases can be set at a time, and it is possible to search for job hunting places where commuting is possible in a wide range.

The first vehicle boarding / exiting position according to the present invention is configured by the starting point station, and the second vehicle boarding / exiting position according to the present invention is configured by the end point station.
Moreover, the first commute base absolute position according to the present invention is constituted by the start point commute base absolute position A. Further, the absolute position A of the ending commuting base constitutes the absolute position of the second commuting base according to the present invention. Moreover, the first search target area according to the present invention is configured by the start station search target area S. Further, the second search target area according to the present invention is configured by the end station search target area S.

  In the above configuration, when the start station and the end station are adjacent to each other, only the two stations of the start station and the end station are commuting bases, and two search target areas S are generated respectively. Employment locations where you can commute within 15 minutes from each station will be selected.

Note that the search procedure of the bus route search screen 47 is the same as the search procedure of the route search screen 45, and thus description thereof is omitted.

  By the way, as shown in FIG. 3, when it is desired to know more detailed information than the information displayed on the search result list screen 49, the operation proceeds to the advertisement detailed information screen 51. Then, information such as salary as shown in FIG. 9 can be confirmed. Furthermore, on the advertisement detailed information screen 51, when it is desired to display a map around the job offer office, the screen shifts to the MAP screen (map screen) 52. The map image creation server 16 creates this MAP screen. Further, when it is desired to confirm the telephone number of the application destination, an application telephone number confirmation screen 54 (see FIG. 4) is displayed. If it is desired to create an application mail, the application mail creation screen 55 is displayed. The procedure for creating the application email will not be described. If the information displayed on the advertisement detailed information screen 51 is to be transferred to a personal computer (PC), the screen moves to the advertisement detailed information transfer screen 58 (see FIG. 5). A description of the transfer procedure to the personal computer is omitted. Note that a secondary search method screen 50 can be displayed from the search screen 48, and this secondary search method screen is a screen used for further narrowed search. Description of the screen contents is omitted.

  The job offer information according to the present invention is composed of the name of the job offer company, the location of the job offer company, the address of the job offer work location, the contact information, and the recruitment contents of each job offer company stored in the database server 15 described above. The Moreover, the database server 15 that stores job information of the job company and the like constitutes a job information storage unit according to the present invention. Moreover, the GIS information storage means which concerns on this invention is comprised by the GIS server 14 which memorize | stores address position information (GIS information). Moreover, the absolute position generation control means according to the present invention is constituted by the GIS server 14 having the control contents for determining the absolute position of the job hunting place and the absolute position of the commute. Moreover, the search object area | region production | generation control means which concerns on this invention is comprised by the GIS server 14 which comprises the control content which produces | generates the search object area | region S of the predetermined area centered on the commuting base absolute position A. FIG. The database server 15 having the control contents for extracting the job offer work absolute position B on the search target area S constitutes the job offer work place extraction control means according to the present invention. Further, it is possible to verify and reach whether or not it is possible to reach the job hunting work location absolute position B from the commuting base absolute position A within the set commuting time by the selected moving means out of the extracted job hunting work work absolute position B. The commuting work place of the present invention for selecting a job placement work place that can be moved from a commuting base at a predetermined moving speed within a predetermined moving time by the GIS server 14 having the control contents for selecting the absolute position B for the job posting work place. Selection control means is configured. Moreover, the job information display control means according to the present invention is configured by the mobile content web application server 12 and the mobile phone content conversion server 11 that output the advertisement data related to the selected job placement location on the display screen 30 of the mobile phone 2. The

  7 is displayed on the display screen 30 of the mobile phone 2, and the mobile content web application server 12 and the mobile phone content conversion server 11 are configured to allow the job seeker to select a moving means. Thus, the moving means selection control means according to the present invention is configured.

  Note that the moving average speed, the set commuting time, and the area of the search target area S of each moving means can be changed as appropriate. Further, the position of the commuting base absolute position A with respect to the search target area S is not limited to the above content.

1 is a schematic diagram of a job information search system 1. FIG. It is explanatory drawing of the screen content displayed on the display screen 30 of the mobile telephone 2. FIG. FIG. 3 is an explanatory diagram of screen content displayed on the display screen 30 of the mobile phone 2 continued from FIG. 2. FIG. 3 is an explanatory diagram of screen content displayed on the display screen 30 of the mobile phone 2 continued from FIG. 2. FIG. 3 is an explanatory diagram of screen content displayed on the display screen 30 of the mobile phone 2 continued from FIG. 2. It is explanatory drawing which shows the specific aspect of the address search screen. FIG. 7 is an explanatory diagram showing a specific mode of the address search screen 43, which is the next screen of the screen shown in FIG. It is explanatory drawing which shows the specific aspect of the search result list screen. It is explanatory drawing which shows the specific aspect of the advertisement detailed information screen. It is explanatory drawing which shows the specific aspect of the station search screen. FIG. 11 is an explanatory diagram showing a specific aspect of the station search screen 44, which is the next screen of the screen shown in FIG. It is explanatory drawing which shows the specific aspect of the route search screen. FIG. 13 is an explanatory diagram showing a specific mode of a route search screen 45 that is the next screen of the screen shown in FIG. 12. FIG. 14 is an explanatory diagram showing a specific mode of a route search screen 45 that is the next screen of the screen shown in FIG. 13. It is a graph which shows the data memorize | stored in each server. 3 is a conceptual diagram showing a search target region S. FIG.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Job offer information search system 2 Mobile phone 5 Internet 11 Mobile phone content conversion server 12 Mobile content web application server 14 GIS server 15 Dataverse server 30 Display screen A Commuter base absolute position B Job offer work place absolute position S Search target area x latitude y longitude

Claims (5)

Select a job site where you can commute from a desired commuter location within a specified time from the job site where you are recruiting, and display job information for the selected job site on a mobile phone display screen that can be connected to the Internet. A job information retrieval system that
Recruitment information storage means for storing job offer information including the address of the job offer location and the recruitment content;
GIS information storage means for storing GIS information that associates the map information with the address of the point on the map information;
A mobile phone equipped with a display screen capable of inputting the address of a desired commute base and outputting job information;
Absolute position generation that calculates the absolute position of a job hunting location consisting of latitude and longitude and the commuting location absolute position from GIS information from the address of the job hunting location and the address of the commuting location entered from a mobile phone via the Internet Control means;
Search target area generation control means for generating a search target area of a predetermined area including the calculated commuting base absolute position;
Of the job placement locations stored in the job offer information storage means, the job offer location extraction control means for extracting the job offer work location related to the absolute position of the job offer location existing on the generated search target area;
Among the extracted job placement locations, commuting work location selection control means for selecting a job offer location that can move within a predetermined travel time at a predetermined travel speed from the commuting base, and GIS information;
A job offer information search system comprising job offer information display control means for sending job offer information corresponding to a selected job offer location to a mobile phone via the Internet and displaying it on a display screen of the mobile phone. . As a means for moving from the commuting base to the job hunting place, a moving means selection control means that enables selection of at least one of walking, bicycle, and automobile on the display screen of the mobile phone is provided, and each moving means has a specific moving speed. Is defined,
The search target area generation control means
When walking is selected as the moving means, the search target area for walking is selected. When the bicycle is selected, the search target area for bicycle is selected. When the automobile is selected, the search target area for walking is selected. Each is generated so that the area of the search target area for automobiles is the smallest and the largest,
Employment location extraction control means
Of the job placement locations stored in the job offer information storage means, the job placement location relating to the absolute position of the job offer location existing on the generated search target area is extracted,
Commuting work place selection control means,
2. The job offer according to claim 1, wherein the job offer work location that can move within a predetermined travel time at a moving speed according to the selected moving means is selected from the extracted job offer work locations. Information retrieval system. Mobile phone
By selecting a different first vehicle boarding position and second vehicle boarding position from within a vehicle route such as a railway line or bus line having a plurality of vehicle boarding positions such as stations or bus stops, at least the first vehicle boarding / exiting position is selected. Each address of the position and the second vehicle getting-on / off position can be input as the address of the commuting base,
The absolute position generation control means
The absolute position of the first commute base and the second absolute position of the second commute base are calculated from the address of each entered commute base.
The search target area generation control means
A first search target area including the first commuting base absolute position and a second search target area including the second commuting base absolute position are generated.
Employment location extraction control means
It extracts job openings that exist on both search areas,
Commuting work place selection control means,
In the first search target area, select a job site that can move from the first vehicle boarding / exiting position at a predetermined moving speed within a predetermined moving time, and in the second search target area, from the second vehicle getting on / off position 3. The job offer information retrieval system according to claim 1 or 2, wherein a job offer work place that can move within a predetermined movement time at a predetermined movement speed is selected. In the configuration where there is one or more vehicle getting on / off positions between the first vehicle getting on / off position and the second vehicle getting on / off position,
Mobile phone
The address of the vehicle boarding / exiting position between the first vehicle boarding / exiting position and the second vehicle boarding / exiting position can be input as the address of the commuting base,
The absolute position generation control means
From the address of each commuting location entered, multiple commuting location absolute positions are calculated,
The search target area generation control means
Based on the absolute position of each commuting location, multiple search target areas are generated.
Employment location extraction control means
For all the search target areas that are generated, the job placement office that exists on the search target area is extracted,
Commuting work place selection control means,
4. The job hunting information retrieval system according to claim 3, wherein, in each search target area, a job hunting office that can move within a predetermined movement time at a predetermined movement speed from each vehicle getting on / off position is selected. . The job information display control means
5. The job information relating to the selected job site is ordered and displayed on a display screen of a mobile phone based on the travel time from the commuting base to the job site. The job information search system described in any of the above.

Images