Abstract: A system may include a plurality of storage systems each configured to operate in accordance with a synchronous replication configuration in which a dataset is synchronously replicated to each of the plurality of storage systems such that each of the plurality of storage systems stores and continually updates a different copy of the dataset. Each of the storage systems may be configured to independently monitor, while operating in accordance with the synchronous replication configuration, for security threats against one of the copies of the dataset; and perform, when the monitoring indicates that the one of the copies of the dataset is possibly being targeted by a security threat, a remedial action with respect to the security threat.

Abstract: A process for cleaning electrical insulators supporting a contact rail parallel to a rail track comprises moving a vehicle having cleaning stations with cleaning tools (such as water jets) mounted on them, along a rail track adjacent to a parallel contact rail supported by electrical insulators, said cleaning stations being mounted on a positioning arm(s); positioning cleaning tools in proximity to an electrical insulator, while the cleaning stations rotate around at least a portion of the circumference of the insulator; energizing the cleaning tools; disengaging the cleaning tools from the insulator; and returning the cleaning station to the engagement position.

Abstract: A device and process for cleaning electrical insulators mounted under an electrified contact rail parallel to a rail track comprises positioning arm(s) attached to a vehicle that travels on the track and a cleaning station with fixed or moveable fingers. The fingers have attached cleaning tools and engage, operate on, partly rotate around the circumference of the insulator, and disengage, as the vehicle passes by the insulator. The cleaning station can also ride on the contact rail and have moveable vertical members with cleaning tools attached to L-shaped tool holders that rotate around a portion of the circumference of the insulator. Cleaning tools include powered rotating, reciprocating, vibrating, oscillating and/or linear brushes, wrap-around cleaning belts, sonic horns, ultrasonic vibrating guns, lasers, pressure washing and/or water jetting nozzles on stationary, rotating or oscillating spray bars and spinning heads using steam, tap or deionized water, and pneumatic polishing nozzles.

Abstract: A process for cleaning electrical insulators supporting a contact rail parallel to a rail track comprises moving a vehicle having cleaning stations with cleaning tools (such as water jets) mounted on them, along a rail track adjacent to a parallel contact rail supported by electrical insulators, said cleaning stations being mounted on a positioning arm(s); positioning cleaning tools in proximity to an electrical insulator, while the cleaning stations rotate around at least a portion of the circumference of the insulator; energizing the cleaning tools; disengaging the cleaning tools from the insulator; and returning the cleaning station to the engagement position.

Abstract: A device and process for cleaning electrical insulators mounted under an electrified contact rail parallel to a rail track comprises positioning arm(s) attached to a vehicle that travels on the track and a cleaning station with fixed or moveable fingers. The fingers have attached cleaning tools and engage, operate on, partly rotate around the circumference of the insulator, and disengage, as the vehicle passes by the insulator. The cleaning station can also ride on the contact rail and have moveable vertical members with cleaning tools attached to L-shaped tool holders that rotate around a portion of the circumference of the insulator. Cleaning tools include powered rotating, reciprocating, vibrating, oscillating and/or linear brushes, wrap-around cleaning belts, sonic horns, ultrasonic vibrating guns, lasers, pressure washing and/or water jetting nozzles on stationary, rotating or oscillating spray bars and spinning heads using steam, tap or deionized water, and pneumatic polishing nozzles.

Abstract: A low-cost process for exterior wall insulation retrofit, or new wall construction by stacking layers of fabric tube filled with insulating material against a wall and covering them with mesh and stucco provides a durable structure with good insulating value.

Abstract: A low-cost exterior insulation process of stacking bags of insulating material against a wall and covering them with wire mesh and stucco provides a durable structure with good insulating value.