Inspection information prediction apparatus, inspection apparatus, and non-transitory computer readable medium storing inspection information prediction program

1. An inspection information prediction apparatus comprising:

a processor, configured to:

acquire environment information of a routing step among a plurality of routing steps in production routing through which an inspection target has been routed before an inspection step of inspecting the inspection target in an inspection section, wherein the plurality of routing steps is a route during a manufacturing process of the inspection target;

acquire environment information of the inspection section;

acquire manufacturing information of the inspection target in the routing step;

acquire time information from carrying of the inspection target into the inspection section until the inspection step is performed; and

predict inspection information which indicates an inspection result of an inspection portion of the inspection target, wherein the prediction is based on the acquired environment information of the routing step, the acquired environment information of the inspection section, the acquired manufacturing information and the acquired time information;

acquire the inspection result via inspection and compare with the predicted inspection information.

2. The inspection information prediction apparatus according to claim 1 ,

wherein the environment information includes predetermined physical environment information of at least one of a temperature, humidity, an atmospheric pressure, and a base point to influence the inspection result of the inspection target.

3. The inspection information prediction apparatus according to claim 2 ,

wherein the physical environment information is associated with history information indicating a time point at which the physical environment information has been obtained.

4. The inspection information prediction apparatus according to claim 1 ,

wherein, in a case where the inspection target passes through the plurality of routing steps, the environment information includes pieces of pass information each associating pass time-point information indicating a routing time point at which the inspection target has been routed through one of the plurality of routing steps with routing step information indicating the one of the plurality of routing steps.

5. The inspection information prediction apparatus according to claim 2 ,

wherein, in a case where the inspection target passes through the plurality of the routing steps, the environment information includes pieces of pass information each associating pass time-point information indicating a routing time point at which the inspection target has been routed through one of the plurality of routing steps with routing step information indicating the one of the plurality of routing steps.

6. The inspection information prediction apparatus according to claim 3 ,

wherein, in a case where the inspection target passes through the plurality of the routing steps, the environment information includes pieces of pass information each associating pass time-point information indicating a routing time point at which the inspection target has been routed through one of the plurality of routing steps associated with routing step information indicating the one of the plurality of routing steps.

7. The inspection information prediction apparatus according to claim 4 ,

wherein the plurality of routing steps include a manufacturing step of the inspection target and a storing step of storing the inspection target.

8. The inspection information prediction apparatus according to claim 5 ,

wherein the plurality of routing steps include a manufacturing step of the inspection target and a storing step of storing the inspection target.

9. The inspection information prediction apparatus according to claim 6 ,

wherein the plurality of routing steps include a manufacturing step of the inspection target and a storing step of storing the inspection target.

10. The inspection information prediction apparatus according to claim 1 ,

wherein the manufacturing information includes information indicating a structure of the inspection target and information indicating manufacturing condition.

11. The inspection information prediction apparatus according to claim 2 ,

wherein the manufacturing information includes information indicating a structure of the inspection target and information indicating manufacturing condition.

12. The inspection information prediction apparatus according to claim 3 ,

wherein the manufacturing information includes information indicating a structure of the inspection target and information indicating manufacturing condition.

13. The inspection information prediction apparatus according to claim 4 ,

wherein the manufacturing information includes information indicating a structure of the inspection target and information indicating manufacturing condition.

14. The inspection information prediction apparatus according to claim 5 ,

wherein the manufacturing information includes information indicating a structure of the inspection target and information indicating manufacturing condition.

15. The inspection information prediction apparatus according to claim 6 ,

wherein the manufacturing information includes information indicating a structure of the inspection target and information indicating manufacturing condition.

16. The inspection information prediction apparatus according to claim 1 ,

wherein the inspection step includes

a determination step of determining whether the inspection result obtained by inspecting the inspection portion of the inspection target in a predetermined inspection condition matches with predetermined specific inspection information, and

an output step of outputting correction information indicating a difference between the inspection result obtained in a case where the inspection portion of the inspection target has been inspected in the predetermined inspection condition in the inspection step and the predicted inspection information.

17. The inspection information prediction apparatus according to claim 16 ,

wherein, in the determination step, it is determined whether the corrected inspection result matches with the specific inspection information, based on the correction information.

18. The inspection information prediction apparatus according to claim 16 ,

wherein the correction information includes instruction information for the routing step, which indicates an instruction to change an environment in the routing step from the current environment for the next inspection target in accordance with the correction information.

19. An inspection apparatus comprising:

the inspection information prediction apparatus according to claim 1 ; and

the inspection section that inspects the inspection portion of the inspection target in the inspection step of performing an inspection in a predetermined inspection condition.

20. A non-transitory computer readable medium storing an inspection information prediction program causing a computer to execute a process, the process comprising:

acquiring environment information of a routing step among a plurality of routing steps in production routing through which an inspection target has been routed before an inspection step of inspecting the inspection target in an inspection section, wherein the plurality of routing steps is route during a manufacturing process of the inspection target;

acquiring environment information of the inspection section;

acquiring manufacturing information of the inspection target in the routing step;

acquiring time information from carrying of the inspection target into the inspection section until the inspection step is performed; and

predicting inspection information that indicates an inspection result of an inspection portion of the inspection target, wherein the prediction is based on the acquired environment information of the routing step, the acquired environment information of the inspection section, the acquired manufacturing information and the acquired time information;

acquiring the inspection result via inspection and comparing with the predicted inspection information.