Work information management method, work information management system, and work information management program

Abstract

The system efficiently associates information representing the work performed by the work equipment with the field where the work was carried out. [Solution] The work information management method includes obtaining the regional name of the work field 510 based on location information representing multiple locations 610 of the work device 30 that perform work in the work field 510. The work information management method also includes extracting one or more candidate fields from the multiple fields 500 as candidates for the work field 510, based on the regional name of the work field 510 and field information 411 relating to the multiple fields 500 that include the work field 510. The work information management method also includes determining the work field 510 from the one or more candidate fields based on the field information 411 relating to one or more candidate fields and the location of the work device 30. Here, the field information 411 represents the regional name where the multiple fields 500 are located and the geographical range of the multiple fields 500.

Claims

1. Based on location information representing multiple positions of work equipment used in the work field, the regional name of the work field is obtained. Based on the regional name of the work field and field information relating to multiple fields including the work field, one or more candidate fields are extracted from the multiple fields as candidates for the work field. Based on the field information relating to one or more candidate fields and the location of the work equipment, the work field is determined from the one or more candidate fields. Includes, The field information includes the name of the region where the multiple fields are located and the geographical area of ​​the multiple fields. Work information management method.

2. Determining the regional name of the aforementioned work field is Based on the position information of the work device, a representative position is determined. The regional name of the area that includes the aforementioned representative location is determined to be the regional name of the aforementioned work field, A work information management method according to claim 1, including the following:

3. The aforementioned representative position represents the geometric center of the multiple positions represented in the position information. The work information management method according to claim 2.

4. Determining the regional name of the aforementioned work field is Based on the position information of the work device, the work area in which the work was performed by the work device is determined. The name of the region that includes the location of the aforementioned work area is determined to be the name of the work field. A work information management method according to claim 1, including the following:

5. Determining the regional name of the aforementioned work field is The name of the region containing the geometric center of the aforementioned work area is determined to be the name of the aforementioned work field. A work information management method according to claim 4, including the following:

6. Determining the aforementioned work field is From among the one or more candidate fields mentioned above, the candidate field that includes the work area determined based on the position of the work device is selected as the work field. A work information management method according to any one of claims 1 to 5, including the following:

7. Based on the location information of the work device and the geographical range of the multiple cultivation fields, a similar cultivation field is determined from among the multiple cultivation fields that is performing cultivation similar to that of the work device. Based on the cultivation information regarding cultivation in the aforementioned similar cultivation field, the cultivation information regarding cultivation in the aforementioned work field is determined. A work information management method according to any one of claims 1 to 5, further comprising:

8. Based on the distance from the location of the aforementioned work field to the locations of multiple cultivation fields, similar cultivation fields that are being cultivated in a similar manner to the aforementioned work field are determined from among the multiple cultivation fields. Based on the cultivation information regarding cultivation in the aforementioned similar cultivation field, the cultivation information regarding cultivation in the aforementioned work field is determined. A work information management method according to any one of claims 1 to 5, further comprising:

9. Based on location information representing multiple locations of mobile devices used for work at the work facility, the regional name of the work facility is determined. Based on the regional name of the aforementioned work facility and facility information relating to multiple facilities including the aforementioned work facility, one or more candidate facilities are extracted from the multiple facilities as candidates for the aforementioned work facility. Based on the facility information relating to one or more candidate facilities and the location of the mobile device, the work facility is determined from the one or more candidate facilities. Includes, The aforementioned facility information represents the name of the region where the multiple facilities are located and the geographical range of the multiple facilities. Work information management method.

10. A regional name acquisition unit acquires the regional name of the work field based on location information representing multiple positions of work equipment used to perform work in the work field, A candidate field extraction unit extracts one or more candidate fields from the multiple fields as candidates for the work field, based on the regional name of the work field and field information relating to multiple fields including the work field. A work field determination unit that determines the work field from the one or more candidate fields based on the field information relating to the one or more candidate fields and the location of the work device, Equipped with, The field information includes the name of the region where the multiple fields are located and the geographical area of ​​the multiple fields. Work information management system.

11. The work information management system according to claim 10, further comprising a display unit for displaying information representing the aforementioned work field.

12. A regional name acquisition unit determines the regional name of the work facility based on location information representing multiple locations of mobile devices where work was performed at the work facility, A candidate facility extraction unit extracts one or more candidate facilities from the multiple facilities as candidates for the work facility, based on the regional name of the work facility and facility information relating to the multiple facilities including the work facility. A work facility determination unit determines the work facility from the one or more candidate facilities based on the facility information relating to the one or more candidate facilities and the location of the mobile device, Equipped with, The aforementioned facility information represents the name of the region where the multiple facilities are located and the geographical range of the multiple facilities. Work information management system.

13. The work information management system according to claim 12, further comprising a display unit that displays display information representing the aforementioned work facility.

14. Based on location information representing multiple positions of work equipment used in the work field, the regional name of the work field is obtained. Based on the regional name of the work field and field information relating to multiple fields including the work field, one or more candidate fields are extracted from the multiple fields as candidates for the work field. Based on the field information relating to one or more candidate fields and the location of the work equipment, the work field is determined from the one or more candidate fields. The computing unit is made to execute this, The field information includes the name of the region where the multiple fields are located and the geographical area of ​​the multiple fields. A work information management program.

15. Based on location information representing multiple locations of mobile devices used for work at the work facility, the regional name of the work facility is determined. Based on the regional name of the aforementioned work facility and facility information relating to multiple facilities including the aforementioned work facility, one or more candidate facilities are extracted from the multiple facilities as candidates for the aforementioned work facility. Based on the facility information relating to one or more candidate facilities and the location of the mobile device, the work facility is determined from the one or more candidate facilities. The computing unit is made to execute this, The aforementioned facility information represents the name of the region where the multiple facilities are located and the geographical range of the multiple facilities. A work information management program.

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