Abstract: A window mount for securing a plurality of electronic device(s) to a window of most vehicles. The window mount includes a base that straddles the glass of the vehicle's window, a support arm that could be fixed or flexible (based on the customers' choice) and extend to a container for electronic device(s), the container is made to fit most electronic device(s) with openings allowing the access to the electronic device within the container while allowing the electronic device to function, the container can be constructed to allow for multiple devices based on customers' needs/wants, the container is secured within the container via a top that slides across the top section of the container from an opening at the top section of the container.

Abstract: Implementations described and claimed herein provide systems, methods and computer-readable media with instructions for detecting anomalies in computer network traffic online, real-time, historical, forensic, and/or playback mode. The implementations can include monitoring network traffic metadata, parsing the metadata, constructing a multi-partite graph of nodes and edges based on a long-term incremental signal transformation or a short-term concurrent snapshot, and generating streaming analytics based on the multi-partite graph representing a likelihood that network traffic associated with a specified network component is infected with malware.

Abstract: Described herein are compounds, pharmaceutical compositions and methods for the inhibition of RAF kinase mediated signaling. Said compounds, pharmaceutical compositions and methods have utility in the treatment of human disease and disorders.

Abstract: The insert for roll paper products is pliable, preferably scent-impregnated, foam material that can be wrapped around a dispensing bar of a rolled paper dispenser, and resiliently grips the bar while adding friction to the total dispensing system. The dispensing bar and insert combination is then slid through the hollow core of a rolled paper product. The sleeve has dentate ends that extend beyond the ends of the paper roll. When the product core is rotated while paper is being dispensed, the passage of air through the dentate ends helps to dispense and distribute the scent through the environment proximate the paper dispenser. Moreover, the resilient foam insert provides friction between the paper roll and the foam structure, while also adding friction between the foam structure and the dispensing bar. This feature acts as a brake to prevent excess rollout of the rolled product when being dispensed.

Abstract: The insert for roll paper products is pliable, preferably scent-impregnated, foam material that can be wrapped around a dispensing bar of a rolled paper dispenser, and resiliently grips the bar while adding friction to the total dispensing system. The dispensing bar and insert combination is then slid through the hollow core of a rolled paper product. The sleeve has dentate ends that extend beyond the ends of the paper roll. When the product core is rotated while paper is being dispensed, the passage of air through the dentate ends helps to dispense and distribute the scent through the environment proximate the paper dispenser. Moreover, the resilient foam insert provides friction between the paper roll and the foam structure, while also adding friction between the foam structure and the dispensing bar. This feature acts as a brake to prevent excess rollout of the rolled product when being dispensed.

Abstract: The toilet paper roll scented foam insert is a pliable, scent-impregnated foam sleeve that slips over the roller of a toilet paper dispenser and resiliently grips the roller. The insert is dimensioned and configured to slide through the hollow core of a roll of toilet paper. The sleeve has dentate ends that extend beyond the ends of the roll of toilet paper. When the roller is rotated to dispense paper, the passage of air through the dentate ends helps to dispense and distribute the scent through the air adjacent the toilet to overcome toilet odor.

Abstract: Methods and systems for controlling at least a part of a microprocessor system, that include, based at least in part on objectives of at least one electronic attack, using a partially observable Markov decision process (PO-MDP) to provide a model of at least part of the microprocessor system, the PO-MDP including a controller, the controller including an estimation policy to recursively generate a state estimate at stage k based on a state estimate at stage k?1, a control at stage k?1, and an observation at stage k, and, a response policy to select a control at stage k based on the state estimate at stage k, and cause the selected control to be provided to at least a part of the microprocessor system.

Abstract: Methods and systems for controlling at least a part of a microprocessor system, that include, based at least in part on objectives of at least one electronic attack, using a partially observable Markov decision process (PO-MDP) to provide a model of at least part of the microprocessor system, the PO-MDP including a controller, the controller including an estimation policy to recursively generate a state estimate at stage k based on a state estimate at stage k−1, a control at stage k−1, and an observation at stage k, and, a response policy to select a control at stage k based on the state estimate at stage k, and cause the selected control to be provided to at least a part of the microprocessor system.

Abstract: A system for measuring the accuracy of a machines and mechanisms having a driving member and a driven member is disclosed. The absolute position of the driving member is determined using a first absolute encoder operatively engaged to the driving member. The actual absolute position of the driven member is also determined using a second absolute encoder operatively engaged to the driven member. The theoretical absolute position of the driven member is then calculated based upon the absolute position of the driving member. The actual absolute position of the driven member is compared to the theoretical absolute position of the driven member, preferably by subtraction, to determine the accuracy of the machines and mechanisms. Optical absolute encoders may be used and the process may be performed using a microprocessor which may utilize a ratio function to calculate the theoretical absolute position of the driven member based upon the absolute position of a driving member.

Abstract: This relates to improvements in fuel tanks, and most particularly lightweight fuel tanks for aircraft. Complex and heavy internal supports and baffles are replaced by a support and baffle combination which is very simple, has very few bolts, and includes primarily transverse tubular members which are sufficiently large for a person to place the upper part of his body therein and have radiating, transversely elongated openings through which one's arm may pass so as to facilitate inspection and repair should it be necessary of the interior of the tank. The tank is of a double wall construction and includes an inner skin and outer skin separated by a honeycomb core. Along the longitudinal bottom and top of the tank there are defined troughs which are formed by removing the core between the two facing layers. The bottom trough becomes a sump for the tank, while the top trough becomes a head space.