Abstract: Process for interpreting one or more borehole images for use in drilling operations. In some embodiments, the process can include providing an input borehole image obtained from a downhole measurement provided by one or more downhole sensors. The process can also include collecting contextual information relative to the borehole image and the user. The process can also include using the collected contextual information and a mathematical model to infer one or more processing arguments. The mathematical model can be defined by using previously collected arguments and previously collected contextual information. The process can also include processing the input borehole image with the one or more inferred processing arguments to generate one or more interpreted borehole images. The process can also include adjusting one or more drilling operation based, at least in part, on the one or more interpreted borehole images.

Abstract: Process for interpreting one or more borehole images for use in drilling operations. In some embodiments, the process can include providing an input borehole image obtained from a downhole measurement provided by one or more downhole sensors. The process can also include collecting contextual information relative to the borehole image and the user. The process can also include using the collected contextual information and a mathematical model to infer one or more processing arguments. The mathematical model can be defined by using previously collected arguments and previously collected contextual information. The process can also include processing the input borehole image with the one or more inferred processing arguments to generate one or more interpreted borehole images. The process can also include adjusting one or more drilling operation based, at least in part, on the one or more interpreted borehole images.

Abstract: A luminaire includes a wall assembly, a support, and a door. The wall assembly has a first side wall, a second side wall, a first end wall connected to the first and second side walls, and a second end wall connected to the first and second side walls. The support is connected to the wall assembly. The door includes a lens and is connected to the wall assembly. The door is moveable between an open position and a closed position. The side walls and end walls can be formed with various lengths and selectively connected together to form different sized wall assemblies.

Abstract: A dynamic support system mounted to a chair to permit a user to be supported in one of a plurality of positions is provided. The dynamic support system includes a seat assembly coupled to the chair and having a cushion and a pair of support plate assemblies coupled to the cushion, each support plate assembly having a central interface plate coupled to the chair and disposed between an inner interface plate and an outer interface plate, the central interface plate of each support plate assembly having a pair of pivot slots, the inner and outer interface plates of each support plate assembly coupled to the cushion by a pair of bolts extending through the inner interface plate, the pair of pivot slots in the central interface plate and the outer interface plate of each support plate assembly. The seat assembly can adjust between an anterior position and a posterior position.

Abstract: A luminaire includes a wall assembly, a support, and a door. The wall assembly has a first side wall, a second side wall, a first end wall connected to the first and second side walls, and a second end wall connected to the first and second side walls. The support is connected to the wall assembly. The door includes a lens and is connected to the wall assembly. The door is moveable between an open position and a closed position. The side walls and end walls can be formed with various lengths and selectively connected together to form different sized wall assemblies.

Abstract: Systems and methods may include deploying a probe within a unified infrastructure management (“UIM”) system. The systems and methods may include discovering, via the probe, hubs within the UIM system. Each hub may pass UIM traffic. The systems and methods may include establishing, for each hub, a queue on the hub. The queue may log quality of service (“QoS”) messages that pass through the hub. The systems and methods may include filtering, by the probe, each QoS message. The filtering of each QoS message may be filtering by a filter criteria. The filter criteria may specify an originating system at which the QoS message was originated. Additionally or alternatively, the filter criteria may specify a characteristic of a generating probe that generated the QoS message. The systems and methods may include providing information regarding each of the filtered QoS messages to a monitoring server.

Abstract: Systems and methods may include deploying a probe within a unified infrastructure management (“UIM”) system. The systems and methods may include discovering, via the probe, hubs within the UIM system. Each hub may pass UIM traffic. The systems and methods may include establishing, for each hub, a queue on the hub. The queue may log quality of service (“QoS”) messages that pass through the hub. The systems and methods may include filtering, by the probe, each QoS message. The filtering of each QoS message may be filtering by a filter criteria. The filter criteria may specify an originating system at which the QoS message was originated. Additionally or alternatively, the filter criteria may specify a characteristic of a generating probe that generated the QoS message. The systems and methods may include providing information regarding each of the filtered QoS messages to a monitoring server.

Abstract: Systems and methods may include deploying a probe within a network infrastructure. The systems and methods may include discovering, via the probe, hubs within the network infrastructure. The systems and methods may include accessing an interface of each hub and retrieving data from each hub. The systems and methods may include aggregating the data from each hub in a database. The systems and methods may include displaying the aggregated data from each hub in a user interface.

Abstract: Systems and methods may include deploying a first probe within a unified infrastructure management (UIM) system to monitor a system-level resource. The systems and methods may include determining that a monitored value for the system-level resource has crossed a threshold value. The systems and methods may include deploying a second probe within the UIM system to monitor a process-level resource in response to determining that the monitored value for the system-level resource has crossed the threshold value. The systems and methods may include storing information about the process-level resource obtained by the second probe in a memory.

Abstract: This invention is a method to provide Integrated Development Environment (IDE) support where a JavaScript object literal is used to define meta data and system code and where the meta data identifies external resources and their functions.

Abstract: This invention is a method to provide deployment support of development software that uses an object literal to define meta data and system code. It supports creating versioned code and merging multiple source files to be downloaded as a single unit.

Abstract: Method for producing a heat exchanger with the following steps: a) hot dip refining a steel sheet to form a corrosion-protection layer (3), wherein the corrosion-protection layer (3) contains zinc and between 0.5% and 60% aluminum; b) removal of the corrosion-protection layer (3) from one side of the steel sheet; c) production of a heat exchanger tube (2) from this steel sheet, wherein the corrosion-protection layer (3) is arranged on the outside; d) provision of ribs (6) of aluminum or an aluminum alloy; e) provision of a flux; f) provision of a filler material (8) containing aluminum and silicon in the connecting region between the ribs (6) and the outside of the heat exchanger tube (2); g) connection of the heat exchanger tube (2) to the ribs (6) in a brazing operation.

Abstract: A fabrication method involving unique steps for creating a hollow replica of a pre-existing object and then converting the replica into an aesthetically pleasing light show display device having internal lighted interchanging lights that illuminate the device producing a light-show that is eye-catching, soothing and mesmerizing.

Abstract: Method for producing a heat exchanger with the following steps: a) hot dip refining a steel sheet to form a corrosion-protection layer (3), wherein the corrosion-protection layer (3) contains zinc and between 0.5% and 60% aluminum; b) removal of the corrosion-protection layer (3) from one side of the steel sheet; c) production of a heat exchanger tube (2) from this steel sheet, wherein the corrosion-protection layer (3) is arranged on the outside; d) provision of ribs (6) of aluminum or an aluminum alloy; e) provision of a flux; f) provision of a filler material (8) containing aluminum and silicon in the connecting region between the ribs (6) and the outside of the heat exchanger tube (2); g) connection of the heat exchanger tube (2) to the ribs (6) in a brazing operation.

Abstract: A multi-leaf organizer according to at least one embodiment of the disclosures herein includes a first leaf having a first surface and a second surface. A second leaf is disposed adjacent to a first longitudinal edge of the first leaf. A first hinge assembly is attached between the first leaf and the second leaf for enabling the second leaf to be moved between a respective self-supported open position and a respective closed position with respect to the first leaf. The first hinge assembly retains the second leaf in the respective self-supported open position and the second leaf defines a support surface in a substantially side-by-side relationship with the second surface of the first leaf when the second leaf is in the respective self-supported open position. A document binding device is mounted on the second surface of the first leaf adjacent to a second longitudinal edge of the first leaf. A third leaf is disposed adjacent to a second longitudinal edge of the first leaf.

Abstract: An optical fiber (7) exhibits varying transmission characteristics in different strain states and can have an S-shaped microbend. For producing such a fiber it is heated locally in a small region, as viewed in the longitudinal direction of the fiber, and then the portions of the fiber (1) located at the two sides of the heated region are displaced in relation to each other in a transverse direction in relation to the longitudinal direction of the fiber. It can be performed in a conventional fusion-splicing apparatus for optical fibers. Alternatively, a laser can be used as a heating source, what is particularly suitable for processing optical fibers having longitudinal cavities in order to infer to it similar transmission characteristics. The optical fibers produced by this method are suited for use as sensors, e.g. strain gauges.