Abstract: A computer-implemented method, a computer system and a computer program product are described for event-based calendar entry notifications. The method includes providing a plurality of event categories for classifying at least one event of a calendar entry. The method also includes generating a notification profile for each of the plurality of event categories based on a notification parameter used in a previous calendar entry. Lastly, the method includes applying the notification profile to an event of a new calendar entry by matching the event category of the event of the new calendar entry to an event category and using the notification profile applied to the event category.

Abstract: Embodiments generally relate to file names. In some embodiments, a method includes reading a file name of a file associated with a download operation. The method further includes generating a readability score associated with the file name based at least in part on a combination of characters in the file name. The method further includes comparing the readability score to a predetermined readability threshold. The method further includes generating a user alert if the readability score falls below the predetermined readability threshold. The method further includes enabling a user to change the file name to be readable to the user.

Abstract: Embodiments generally relate to file names. In some embodiments, a method includes reading a file name of a file associated with a download operation. The method further includes generating a readability score associated with the file name based at least in part on a combination of characters in the file name. The method further includes comparing the readability score to a predetermined readability threshold. The method further includes generating a user alert if the readability score falls below the predetermined readability threshold. The method further includes enabling a user to change the file name to be readable to the user.

Abstract: A fluid mover (1) includes a passage (3) of substantially constant cross section into which supersonic steam is injected through an annular nozzle (16) as a transport fluid to contact a working fluid, e.g. a liquid, to be treated, the passage further including a mixing chamber (3A) downstream of the steam injection where the mixture is accelerated upon the creation of a low pressure zone occasioned by the condensation of the steam, a dispersed droplet regime and a shock wave being generated downstream of the nozzle (16). A pseudo-convergent/divergent section is created and provides a flexible boundary in the absence of physical constraints to yield an improved performance by combining shear dispersion and/or disassociation with the effects of the shock wave. The fluid mover (1) may be used in a wide variety of applications for pumping, heating, mixing, disintegrating, classifying and separating among others.

Abstract: A fluid mover (1) includes a passage (3) of substantially constant cross section into which supersonic steam is injected through an annular nozzle (16) as a transport fluid to contact a working fluid, e.g. a liquid, to be treated, the passage further including a mixing chamber (3A) downstream of the steam injection where the mixture is accelerated upon the creation of a low pressure zone occasioned by the condensation of the steam, a dispersed droplet regime and a shock wave being generated downstream of the nozzle (16). A pseudo-convergent/divergent section is created and provides a flexible boundary in the absence of physical constraints to yield an improved performance by combining shear dispersion and/or disassociation with the effects of the shock wave. The fluid mover (1) may be used in a wide variety of applications for pumping, heating, mixing, disintegrating, classifying and separating among others.