Flaw handling system, and handling method and program for flaw handling system
A flaw handling system includes an off-line management server configured to manage an off-line robot and a data analysis server configured to determine whether or not an in-line robot can be updated using update-software. The off-line management server installs the update-software transmitted from a manufacturer's server in the off-line robot corresponding to the in-line robot, evaluates the update-software, and transmits a result of the evaluation of the update-software to the data analysis server. When the data analysis server determines that it is impossible to update the in-line robot using the update-software based on the result of the evaluation of the update-software by the off-line management server, the data analysis server transmits a result of the determination that the update using the update-software is impossible and the result of the evaluation of the update-software to the manufacturer's server.
1. A flaw handling system comprising:
an off-line management server configured to manage an off-line robot that is not used in a production line of a factory; and
a data analysis server configured to determine whether or not an in-line robot disposed at the production line of the factory can be updated using update-software, wherein
the off-line management server installs the update-software transmitted from a manufacturer's server in the off-line robot corresponding to the in-line robot, evaluates the update-software, and transmits a result of the evaluation of the update-software to the data analysis server, and
when the data analysis server determines that it is impossible to update the in-line robot using the update-software based on the result of the evaluation of the update-software by the off-line management server, the data analysis server transmits a result of the determination that the update of the in-line robot using the update-software is impossible and the result of the evaluation of the update-software to the manufacturer's server.
2. The flaw handling system according to claim 1 , wherein the off-line management server comprises:
a software management unit configured to instruct the off-line robot corresponding to the in-line robot to be updated to output backup data to a data storage unit based on information of the in-line robot to be updated transmitted from the data analysis server;
a data storage unit configured to store the backup data of the off-line robot;
an evaluation unit configured to evaluate the update-software of the off-line robot; and
a time measurement unit configured to measure updating time of the off-line robot by the update-software.
3. The flaw handling system according to claim 1 , wherein the data analysis server comprises:
a data transmission/reception unit configured to receive the update-software from the manufacture's server and transmit the result of the determination that the update using the update-software is impossible and the result of the evaluation of the update-software to the manufacturer's server;
a robot search unit configured to search for the in-line robot to be updated based on information of the update-software output from the data transmission/reception unit and transmit information of the found in-line robot to be updated to the off-line management server; and
an update availability determination unit configured to determine whether or not it is possible to update the in-line robot using the update-software based on the updating time and the result of the evaluation of the update-software transmitted from the off-line management server.
4. A method of handling a flaw in a flaw handling system, the flaw handling system comprising:
an off-line management server configured to manage an off-line robot that is not used in a production line of a factory; and
a data analysis server configured to determine whether or not an in-line robot disposed at the production line of the factory can be updated using update-software,
the method comprising:
installing, by the off-line management server, the update-software transmitted from a manufacturer's server in the off-line robot corresponding to the in-line robot, evaluating the update-software, and transmitting a result of the evaluation of the update-software to the data analysis server; and
transmitting, by the data analysis server, when the data analysis server determines that it is impossible to update the in-line robot using the update-software based on the result of the evaluation of the update-software by the off-line management server, a result of the determination that the update using the update-software is impossible and the result of the evaluation of the update-software to the manufacturer's server.
5. A non-transitory computer readable medium storing a program for a flaw handling system, the flaw handling system comprising:
an off-line management server configured to manage an off-line robot that is not used in a production line of a factory, and
a data analysis server configured to determine whether or not an in-line robot disposed at the production line of the factory can be updated using update-software,
the program being adapted to cause a computer to execute processes of:
installing, by the off-line management server, the update-software transmitted from a manufacturer's server in the off-line robot corresponding to the in-line robot, evaluating the update-software, and transmitting a result of the evaluation of the update-software to the data analysis server, and
transmitting, by the data analysis server, when the data analysis server determines that it is impossible to update the in-line robot using the update-software based on the result of the evaluation of the update-software by the off-line management server, a result of the determination that the update using the update-software is impossible and the result of the evaluation of the update-software to the manufacturer's server.