Abstract: A method and system for recording, editing, and playback of user computer sessions, which captures a series of events during the session, including the initial state of desktop and all user interactions with the application(s). The events are recorded and stored on the server as a set of JSON objects, and the frames representing the session are editable, including insertion of different text, audio, video and images, into the recording. The recorder application comprises a core engine implemented in JavaScript and various server configurations available, either local or remote, for editing and playback.

Abstract: A method and system for recording, editing, and playback of web browser sessions, which captures a series of user visits to web pages, including the initial state of each page and all user interactions with the web pages, are provided. An application uses a web browser's native API (application programming interface) to record and store web pages and user interactions in a unique data format (not as video). Using the browser's native API for recording makes it possible to edit the recording of the user's web session, modifying the recording in ways that are not possible with video recording. The recorder application comprises a core engine implemented in JavaScript and various server configurations, either local or remote, for playback.

Abstract: An in-laid athletic floor and a method of installing an in-laid athletic floor are presented herein. Particularly, the athletic floor is constructed of a plurality of sections comprising an at least partially resilient rubber material and is generally used for athletic activities, including, for example, a number of track and field events, such as running, relay events, hurdles, long jump, triple jump, etc. Specifically, the floor includes a plurality of main floor sections with cut-out gaps or openings there between, and insert floor sections disposed or otherwise in-laid within the gaps or openings. The insert floor sections are positioned within the floor in order to represent or denote various game markings, such as track lane partitions, lane numbering, start and finish lines, relay lines, etc.

Abstract: Audible noise related to power state transitions of an information handling system processing component, such as the central processing unit, is reduced by randomizing the time between power state transitions. Random power state transitions are managed by an operating system module that tracks the transitions and selects random times for subsequent transitions within a predetermined time range. Alternatively, an arbitrating circuit intercepts power state transition commands and arbitrates their communication at random times. Random power state transitions reduces audible noise by spreading the frequency of the noise-causing power transition events over a wider band.

Abstract: A beverage container opener which includes a housing having a holding surface and a first operational part is disclosed. The operational part includes a first gripping member for engaging at least a first portion of a circumference of a bottle cap and a second gripping member for engaging a different second circumferential portion of the bottle cap. A slider is actuable by the user from at least the holding surface to effect relative movement between the first and second gripping member towards each other to engage the circumference of the bottle cap therebetween. The rotation of the housing while the first and second gripping members engage the bottle cap, thereby facilitating rotation of the bottle cap by providing greater torque forces thereon.

Abstract: An information handling system (IHS) employs a power fault protection circuit to protect the IHS from overvoltages which may occur on an information line from a power adapter to the IHS. The system includes a processor coupled to the protection circuit. The circuit is operative in a first mode to decouple an information line from the IHS in response to a disable command and operative in a second mode to decouple the information line from the IHS when a voltage in the information line exceeds a predetermined threshold voltage.

Abstract: A portable information handling system (IHS) includes an external module which derives its power from the internal unregulated DC power rail of the IHS. An IHS power subsystem includes a multiple threshold current protection circuit which continuously monitors power usage by the external module. The multiple threshold current limit protection circuit dynamically adjusts the current limit depending on whether the IHS is powered by an AC source or a DC battery source.