Equipment life span monitoring system and method
View Patent ↗A monitoring system and method monitor one or more operational conditions of first equipment during operation of the first equipment and predict a life span of the first equipment based on the one or more operational conditions. The life span that is predicted differs from a designated life span of the first equipment that is determined prior to operation of the first equipment. The system and method can create or modify schedules for repair or replacement of other equipment to include repair or replacement of the first equipment based on the life span that is predicted.
1. A method comprising:
storing a designated life span for a first equipment into a memory;
monitoring one or more operational conditions of the first equipment during operation of the first equipment;
predicting a life span of the first equipment based on the one or more operational conditions, wherein the life span that is predicted differs from the designated life span of the first equipment that is determined prior to operation of the first equipment; and
automatically scheduling one or more of repair or replacement of the first equipment to occur prior to an end of the life span that is predicted, wherein automatically scheduling the one or more of repair or replacement of the first equipment includes:
examining one or more previously generated schedules for the one or more of repair or replacement of second equipment disposed along a route that the first equipment is disposed along;
determining whether the one or more of repair or replacement of the second equipment is scheduled to occur after expiration of the life span of the first equipment that is predicted; and
automatically modifying at least one of the previously generated schedules to include the one or more of repair or replacement of the first equipment with the one or more of repair or replacement of the second equipment;
wherein the one or more operational conditions of the first equipment include one or more of a number of charging and discharging cycles, a temperature, a humidity, a state of charging, a number of activation and deactivation cycles, or a number of lumen hours.
2. The method of claim 1 , wherein the first equipment includes one or more of a battery, a relay, a solenoid, or a light bulb.
3. The method of claim 1 , further comprising generating one or more alarms responsive to a time in use of the first equipment coming within a designated period of time of the life span that is predicted.
4. The method of claim 3 , wherein generating the one or more alarms includes generating at least one of an audible alarm or a visual alarm to instruct an operator to one or more of repair or replace the first equipment prior to reaching an end of the life span that is predicted.
5. The method of claim 1 , wherein the one or more of repair or replacement of the first equipment is scheduled responsive to a time in use of the first equipment coming within a designated period of time of the life span that is predicted.
6. A system comprising:
a memory for storing a designated life span for a first equipment;
a monitoring device configured to monitor one or more operational conditions of the first equipment during operation of the first equipment; and
an analysis device configured to predict a life span of the first equipment based on the one or more operational conditions, wherein the life span that is predicted differs from the designated life span of the first equipment that is determined prior to operation of the first equipment,
wherein the analysis device is configured to automatically schedule one or more of repair or replacement of the first equipment to occur prior to an end of the life span that is predicted by examining one or more previously generated schedules for the one or more of repair or replacement of second equipment disposed along a route that the first equipment is disposed along, determining whether the one or more of repair or replacement of the second equipment is scheduled to occur after expiration of the life span of the first equipment that is predicted, and automatically modifying at least one of the previously generated schedules to include the one or more of repair or replacement of the first equipment with the one or more of repair or replacement of the second equipment
wherein the one or more operational conditions of the first equipment include one or more of a number of charging and discharging cycles, a temperature, a humidity, a state of charging, a number of activation and deactivation cycles, or a number of lumen hours.
7. The system of claim 6 , wherein the first equipment includes one or more of a battery, a relay, a solenoid, or a light bulb.
8. The system of claim 6 , further comprising an output device configured to generate one or more alarms responsive to a time in use of the first equipment coming within a designated period of time of the life span that is predicted.
9. The system of claim 8 , wherein the output device is configured to generate the one or more alarms by generating at least one of an audible alarm or a visual alarm to instruct an operator to one or more of repair or replace the first equipment prior to reaching an end of the life span that is predicted.
10. The system of claim 6 , wherein the analysis device is configured to schedule the one or more of repair or replacement of the first equipment responsive to a time in use of the first equipment coming within a designated period of time of the life span that is predicted.
11. A method comprising:
monitoring one or more operational conditions of first equipment during operation of the first equipment;
predicting a life span of the first equipment based on the one or more operational conditions;
examining one or more previously generated schedules for one or more of repair or replacement of second equipment disposed along a route that the first equipment is disposed along;
determining whether the one or more of repair or replacement of the second equipment is scheduled to occur after expiration of the life span of the first equipment that is predicted; and
automatically modifying at least one of the previously generated schedules to include the one or more of repair or replacement of the first equipment with the one or more of repair or replacement of the second equipment,
wherein the one or more operational conditions of the first equipment include one or more of a number of charging and discharging cycles, a temperature, a humidity, a state of charging, a number of activation and deactivation cycles, or a number of lumen hours.
12. The method of claim 11 , wherein the life span that is predicted differs from a designated life span of the first equipment that is determined prior to operation of the first equipment.
13. The method of claim 11 , wherein the first equipment includes one or more of a battery, a relay, a solenoid, or a light bulb.