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The Delayed Action

To have your logic app wait an amount of time before running the next action, you can add the built-in Delay action before an action in your logic app's workflow. Or, you can add the built-in Delay until action to wait until a specific date and time before running the next action. For more information about the built-in Schedule actions and triggers, see Schedule and run recurring automated, tasks, and workflows with Azure Logic Apps.

The Delayed Action

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Basic knowledge about logic apps. Before you can use an action, your logic app must first start with a trigger. You can use any trigger you want and add other actions before you add a delay action. This topic uses an Office 365 Outlook trigger. If you're new to logic apps, learn how to create your first logic app.

YYYY-MM-DDThh:mm:ssZ So for example, if you want September 18, 2017 at 2:00 PM, specify "2017-09-18T14:00:00Z". Note: This time format must follow the ISO 8601 date time specification in UTC date time format, but without a UTC offset. Without a time zone, you must add the letter "Z" at the end without any spaces. This "Z" refers to the equivalent nautical time.Add any other actions that you want to run in your workflow.

In this case, the visitor returns for a second visit after the original delayed action has been triggered. If the visitor meets the condition In Audience at the end of visit when the second visit ends, then a new delayed action will be scheduled.

A simple nonlinear model is proposed for the El Niño/Southern Oscillation (ENSO) phenomenon. Its key feature is the inclusion of oceanic wave transit effects through a negative, delayed feedback. A linear stability analysis and numerical results are presented to show that the period of the oscillation is typically several times the delay. It is argued such an effect can account for the long time scale of ENSO.

In order to investigate whether the onset of action of the antipsychotics was early versus delayed, tests of overall clinical improvement were undertaken to determine whether greater improvement is seen in the first 2 weeks (as per the early onset hypothesis) or the next 2 weeks (as per the delayed-onset hypothesis). These tests found a significant difference (p

An additional difference was that Leucht and colleagues chose to investigate amisulpride, an antipsychotic medication with a unique receptor-binding profile of pure D2 blockade with negligible action on other receptors.42 Amisulpride is clearly associated with lower use of antiparkinsonian medication and fewer dropouts due to adverse events than conventional antipsychotic drugs.43,44 Because it is often suggested that improvement in patients with psychosis in the early weeks of treatment results from nonspecific treatment effects (e.g., sedation), the low side-effect profile of amisulpride facilitates investigation of the early effects of the medication on the psychotic symptoms. A final advantage of the study by Leucht et al included the extension of the analysis to 1 year of treatment.

Context: To understand the mechanism of action of antipsychotic drugs, it is critical to recognize the time course over which these medications take effect. Current models of antipsychotic action presume a "delayed onset" of action.

Conclusions: This analysis rejects the commonly held hypothesis that antipsychotic response is delayed. Rather, these findings suggest that the antipsychotic response starts in the first week of treatment and accumulates over time. Furthermore, greater improvement occurs in the first 2 treatment weeks than in the subsequent 2 treatment weeks. Proposed mechanisms of action of antipsychotic drugs need to account for this early-onset antipsychotic effect.

Nausea and vomiting of pregnancy (NVP) affects up to 85 % of all pregnancies. Effective treatment can greatly improve a woman's quality of life, reduce the risk for maternal and fetal complications, and reduce healthcare costs. Unfortunately, many women receive either no pharmacological treatment or are recommended therapies for which fetal safety and efficacy have not been established. First-line treatment of NVP, as recommended by several leading healthcare and professional organizations, is the combination of doxylamine and pyridoxine. This combination, formulated as a 10 mg/10 mg delayed-release tablet, was approved by the US Food and Drug Administration (FDA) for the treatment of NVP in April 2013 under the brand name Diclegis(), and has been on the Canadian market since 1979, currently under the brand name Diclectin(). The efficacy of Diclegis()/Diclectin() has been demonstrated in several clinical trials, and, more importantly, studies on more than 200,000 women exposed to doxylamine and pyridoxine in the first trimester of pregnancy have demonstrated no increased fetal risk for congenital malformations and other adverse pregnancy outcomes. The present review aims to present the scientific evidence on the effectiveness and fetal safety of Diclegis()/Diclectin() for the treatment of NVP to justify its use as first-line treatment for NVP.

A delayed-action closer is self-closing, but holds the door open for a minute or two when the door is opened fully. This is a function of the valves that control the flow of fluid; it is not an electronic feature. Installing a delayed-action closer on a fire door with the possibility that the door could stand open for a minute (+/-) before beginning to close, is not one of the things that keeps me up at night. But because it was not specifically addressed in the model codes, interpretations were inconsistent.

If a delayed action door closer could keep the door open for a minute , the pressue of a fire could possibly deter the closer action. A flashover of a room or space can occur in approximately 3 minutes. Therefore there are variables that exist which do not favor the use of a delayed action closer. My opinion on the code is that is should specify the delayed action time limit. Never-the-less, if there is a fire in a room and the door remains open for any period of time, smoke is release, flames could be released and life safety is jeopardized.

Featured art: A colorized scanning electron micrograph of a T cell (left), with a schematic showing a delayed-action gene switch in its nucleus (right). Credit: National Institute of Allergy and Infectious Diseases, National Institutes of Health (CC BY-NC-2.0) and UW Kueh Lab

The Navy has taken steps but has not fully addressed the unplanned work and workforce factors causing the most maintenance delays. First, the Navy updated planning documents to improve estimates and plans to annually update these data, but knowing whether changes improve results may take several years. Second, the Navy has consistently relied on high levels of overtime to carry out planned work. GAO's analysis found that high overtime among certain production shops, such as painting or welding, averaged from 25 to 32 percent for fiscal years 2015 through 2019, with peak overtime as high as 45 percent. Furthermore, shipyard officials told us that production shops at all four shipyards are working beyond their capacity. Overtime at such rates has been noted as resulting in diminished productivity. Third, the Navy initiated the Shipyard Performance to Plan initiative in the fall of 2018 to address the unplanned work and workforce factors, but it has not yet developed 13 of 25 planned metrics that could improve the Navy's understanding of the causes of maintenance delays. In addition, the Shipyard Performance to Plan initiative does not include goals, milestones, and a monitoring process along with fully developed metrics to address unplanned work and workforce weaknesses. Without fully developing metrics and implementing goals, action plans, milestones, and a monitoring process, the shipyards are not likely to address unplanned work and workforce weaknesses and the Navy is likely to continue facing maintenance delays and reduced time for training and operations with its aircraft carriers and submarines.

GAO is making three recommendations to the Navy, including updating workforce planning requirements to avoid the consistent use of overtime; completing the development of shipyard performance metrics; and developing and implementing goals, action plans, milestones, and monitoring results. The Navy concurred with all three recommendations.

Many times, touch & hold lets you take action on something on your screen. For example, to move an app icon on your home screen, touch & hold, then drag it to the new location. Sometimes touch & hold is called a "long press."

A physical model for the field-induced breakdown of the passive film on magnesium anodes has been developed based on experimental data on the delayed action of magnesium anodes. The model essentially involves, successively, metal dissolution at the metal-film interface, film-dilatation, and film breakdown. A theoretical analysis of the model has been carried out to obtain an explicit expression for the time dependence of the electrode potential during the delayed action phenomenon. The delay-time curves obtained are compared with experimental data, especially with regard to the effects of film thickness, ageing of the anode in solution, current density, temperature, etc. Finally, possible means of reducing the delayed action of magnesium anodes are predicted from the 'metal dissolution-film dilatation-film breakdown' model.


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