Abstract: A deployment overview management system, method, and associated apparatus facilitates deployment of a computer system. Feedback is provided to the deployment overview management system by prior-deployed, and other, computer systems. The feedback forms metadata that is associated with active objects, processes, and systems. The metadata is utilized to facilitate deployment of a new system and management of an existing system.

Abstract: An apparatus, and an associated methodology, automatically monitors operations at a data center. A metric obtainer collects metrics associated with operation of entities maintained or operated at the data center. The collected metrics are stored at a database whose contents are accessible by an analyzer. The analyzer analyzes the collected data. Analyses are used to manage operations at the data center.

Abstract: A switch for providing signals indicating the position of a rotary shaft has an enclosed switch chamber. Within the chamber is at least one magnetically actuated switch device. A switch actuating magnet is mounted in a holder exterior of the chamber and coupled to the switch through a wall of the switch housing. The holder is flexibly mounted to the housing and connected to the rotary shaft. The magnet is held in a constant rotational plane with respect to the switch.

Abstract: A shaft position indicator in which the mechanical position of switch actuation is variable with the control of the switch actuators. The switch actuators are controllable through a series of setable cam operated screws or non-mechanical contacts that intercept the switch actuators as they are moved from one position to another, the movement of the cam operated screws overlapping the travel of the switches during one revolution of a lead screw moving the cam operated screws. The input shaft rotation is field adjustable to accept input rotations from 1 to 25 or more revolutions, resulting in accuation of the switch in output performance.

Abstract: A switch device (10, 10') which is responsive to various pressures is disclosed. The device (10, 10') includes a housing (18, 18') and plurality of switches (102, 104, 106, 168, 170, 172). A flexible diaphragm (40, 40') is supported external of the housing (18, 18') and has a first face adapted to face a pressure source and a second face facing an external wall (56, 56') of the housing (18, 18'). A plurality of first magnets (46, 48, 50, 182, 184, 186) are connected to the diaphragm at different locations thereon. A plurality of second magnets (108, 110, 112, 174, 176, 178) are supported in the housing and are each connected to one of the switches for activating a respective switch. Each of the second magnets is disposed adjacent one of the first magnets to form a plurality of pairs of first and second magnets whereby the motion of one of the first magnets of one of said pairs causes the second magnet of said last-mentioned pair to move and activate one of the switches to which it is connected.

Abstract: A rotary shaft position indicator and control in which a switch is housed within an enclosure sealed against dust, moisture, corrosive or explosive foreign materials and is magnetically actuated in response to rotary shaft position. In one embodiment a plurality of microswitches are disposed within a sealed switch cavity and cams are mounted on a rotatable spindle, each cam positioned to actuate a microswitch. A first annular magnet is secured to the spindle. Disposed proximate the first annular magnet and separated therefrom by a non-magnetic wall is a second annular magnet secured to the rotary shaft. The annular magnets are magnetically coupled through the non-magnetic wall such that rotation of the shaft causes the spindle to rotate, thereby actuating selected microswitches. In an alternative embodiment the microswitches are actuated magnetically by bar magnets secured to the rotary shaft and separated from the microswitches by a non-magnetic wall of the sealed housing.