Other

Hewlett-packard Company

Schneider Electric Usa, Inc.

Candescent Technologies Corporation

Anthony W Johnson

Stephanie Jeanne Oberg

Scott Jay Crane

Christopher J Spindt

John D Porter

John M Macaulay

Piotr Przydatek

Tuan Ta

Chad Andrew Lloyd

Jack D Porter

Verification systems are provided for verification of proper execution of control commands on remote devices. In some embodiments, the verification systems can include video cameras, audio sensors, thermal detectors, etc., to provide secondary sources of information by which to verify primary reports on a state of a remote device. Each device can be associated with a device profile defining operating characteristics of the remote device in various states. In some examples, device properties can also be defined based on a current state of the device and a received control command. In some examples, the device profiles are models of expected device properties that can used to verify proper execution of control commands. In some embodiments, detection of state mismatch can trigger a variety of actions by the system to mediate the mismatched state according to a variety of control rules.

Systems and methods for advanced confirmation of control operations

A technical support process is provided for multiple electrical power monitoring systems, each of which has multiple types of devices coupled to a common server through a network. A technical support group is provided at one or more locations remote from the power monitoring systems and associated with the manufacturer of at least certain of the devices in the power monitoring systems. The owners of the power monitoring systems and the common servers are provided with access to the remote technical support group so that the owners can request technical support from that group to solve a reported problems with the power monitoring systems. When an owner of one of the power monitoring systems requests technical support from the remote group, that owner is provided with a portable storage medium. The common server for the power monitoring system for which technical support was requested is then virtualized, the resulting virtualized server is loaded onto the portable storage medium, and that storage medium is delivered to the remote technical support group. The remote group uses the virtualized server to analyze the owner's actual server and arrive at a solution to the reported problem.

Technical support process for power monitoring networks

A liquid chemical formulation suitable for making a thin solid polycarbonate film of highly uniform thickness is formed with polycarbonate material, a liquid that dissolves the polycarbonate, and possibly one or more other constituents. The liquid is typically capable of dissolving the polycarbonate to a concentration of at least 1% at 20&deg; C. and 1 atmosphere. The liquid also typically has a boiling point of at least 80&deg; C. at 1 atmosphere. Examples of the liquid include pyridine, a ring-substituted pyridine derivative, pyrrole, a ring-substituted pyrrole derivative, pyrrolidine, a pyrrolidine derivative, and cyclohexanone. In forming the polycarbonate-containing film, a liquid film (,A) of the liquid chemical formulation is formed over a substructure (,). The liquid film is processed to largely remove the liquid and convert the polycarbonate into a solid film (,).

Polycarbonate-containing liquid chemical formulation and method for making polycarbonate film

A technique for creating openings in a polycarbonate film entails providing a liquid chemical formulation that contains polycarbonate material, a liquid that dissolves the polycarbonate, and possibly one or more other constituents. The liquid is typically capable of dissolving the polycarbonate to a concentration of at least 1% at 20.degree. C. and 1 atmosphere. Examples of the liquid include pyridine, a ring-substituted pyridine derivative, pyrrole, a ring-substituted pyrrole derivative, pyrrolidine, a pyrrolidine derivative, chlorobenzene, and cyclohexanone. A liquid film (36A) of the chemical formulation is formed over a substructure (30) and processed to remove the liquid, thereby converting the liquid film into a solid polycarbonate track layer (38). Charged particles (70) are passed through the track layer to form charged-particle tracks (72) at least partway through the layer. Apertures (74) are created through the track layer by a process that entails etching along the tracks. The aperture-containing polycarbonate track layer is typically employed in fabricating a gated electron-emitting device.

Formation of polycarbonate film with apertures determined by etching

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Fremont, CA, United States of America

Anthony W Johnson