Abstract: A personalized content delivery computer system is provided comprising: (a) one or more server computers; (b) a server computer program which when executed provides: a content interest profile builder; and a content matching utility; wherein the content interest profile builder and content matching utility are linked so as to enable users of the platform interested in targeting (“targeting users”) one or more other users (“consumer” or “consumers”), using content that is likely to be of interest to the consumer; wherein the content interest profile builder intelligently harvests interest parameters for consumers, and stores the interest parameters iteratively into a content interest profile maintained for each consumer; and wherein the content matching utility determines whether content is likely to be of significant interest to a consumer, using the content interest profile for the consumer. A related method is also provided.

Abstract: An aircraft jet engine comprising a nozzle to eject a gas stream, and a system for reducing the noise generated by the ejection of the gas stream. This system comprises several ducts which each are connected upstream to a recess divided into several chambers and open, downstream, at the outlet of nozzle. In this way, each duct ejects a fluid jet deriving from the recess and which interacts with the gas stream of the engine. The system also comprises a pulsation means for the fluid jet which brings about its ejection at the nozzle outlet and/or modulates its speed by varying the volume contained in the recess.

Abstract: The present invention relates to devices and methods that use harnesses and/or support devices with stand-up paddleboards. Specifically, the present disclosure relates to harnesses and/or support devices designed to provide physical support to stand-up paddlers, resulting in improved balance and higher leverage during the paddling process. Because the harnesses and/or support devices can allow stand-up paddlers to achieve greater balance, the physical effort exerted by stand-up paddlers during the paddling process can be reduced. This can result in stand-up paddlers having an increased force to expel upon the paddle during the paddling process. In turn, this eases the process of stand-up paddling, which can improve the overall experience of stand-up paddlers. Furthermore, the harness according to the present invention can result in the stand-up paddler being able to cover a greater distance with the vehicle or board in a shorter amount of time.

Abstract: A personalized content delivery computer system is provided comprising: (a) one or more server computers; (b) a server computer program which when executed provides: a content interest profile builder; and a content matching utility; wherein the content interest profile builder and content matching utility are linked so as to enable users of the platform interested in targeting (“targeting users”) one or more other users (“consumer” or “consumers”), using content that is likely to be of interest to the consumer; wherein the content interest profile builder intelligently harvests interest parameters for consumers, and stores the interest parameters iteratively into a content interest profile maintained for each consumer; and wherein the content matching utility determines whether content is likely to be of significant interest to a consumer, using the content interest profile for the consumer. A related method is also provided.

Abstract: A computer implemented method and a video generator system (VGS) for generating a video are provided. The VGS acquires video templates from one or more sources and identifies one or more customizable elements in each video template. The VGS presents the video templates to a user device via an interactive interface for enabling selection and individual customization of each video template. The VGS acquires a selection of one or more video templates from the user device and renders the identified customizable elements of the selected video templates to the user device via the interactive interface. The VGS acquires media content for each rendered customizable element of the selected video templates from the user device via the interactive interface. The VGS generates the video by modifying each rendered customizable element of the selected video template using the acquired media content and collating the modified customizable elements of the selected video template.

Abstract: The invention relates to an aircraft jet engine comprising a nozzle (2) intended to eject a gas stream, and a system for reducing the noise (3) generated by the ejection of the gas stream. This system comprises several ducts (11a) which each, on the one hand, are connected upstream to a recess divided into several chambers and, on the other hand, open, downstream, at the outlet of nozzle (2). In this way, each duct ejects a fluid jet deriving from the recess and which interacts with the gas stream of the engine. The system also comprises a pulsation means (12) for the fluid jet which brings about its ejection at the nozzle outlet and/or modulates its speed by varying the volume contained in the recess. The system is configured in particular for balancing static pressures between the chambers.

Abstract: The present invention relates to a continuous monitoring system for shock absorbers, for use in motor vehicles or in any kind of machine which requires them, which will enable the shock absorbers to be evaluated during normal operation. It is essentially characterised by all the necessary components being embedded into the shock absorber itself, in a single circuit 1 or several integrated interconnected circuits, which are equipped with means of identification which provide the vehicle's or machine's various electronic management systems with the necessary information regarding shock absorbers identification, characteristics and capacity for self-diagnosis. The aforementioned components include acceleration, pressure and temperature sensors 2, signal conditioning and processing circuits 3, a wireless communication system 4, power production 5 and storage system 7 and management electronics 6.

Abstract: System and method for debugging a program. A graphical user interface (GUI) displays source code for the program in a first GUI element, and first user input is received to the first GUI element indicating an expression, e.g., including one or more one or more variables, constants, macros, and/or operators, in the source code. A value of the expression is displayed in a tooltip in response to the first user input. Second user input is received to the tooltip modifying the value, thereby specifying a new value, and the expression in the program is set to the new value. The program continues execution in accordance with the new value of the expression. The tooltip includes a first portion, e.g., context sensitive control, displaying the value and to receive the second user input modifying the value, and a second portion, e.g., text indicator, displaying non-editable information related to the expression.