Abstract: An artificial intelligence triage disposition process is described. A system trains a machine-learning model to determine triage disposition levels for archived clinical data for triage system users. The trained machine-learning model derives data combinations from clinical data from a triage system user, and generates probabilities, based on the derived data combinations, for triage disposition levels. If any probability satisfies any triage disposition level’s threshold, the system identifies the highest triage disposition level associated with any probability which satisfies any triage disposition level’s threshold. If the highest level is not the highest possible triage disposition level, the system prods the user with a question, which elicits data for a higher triage disposition level. The system determines the highest triage disposition level’s threshold satisfied by a probability based on the derived data combinations and the user reply to the question.

Abstract: A method of determining a medical triage disposition for a person includes providing to a triage operator through a graphical user interface (GUI) of the computer: (i) a plurality of triage categories each including yes/no questions grouped into tiers that are ranked according to urgency and corresponding to a triage disposition; (ii) a selection of a relevant triage category based on a medical condition of the person; (iii) a quantification tool including follow-up questions related to symptoms, observations, and/or injury mechanisms, to enable the triage operator to quantify a level of severity of a symptom or injury related to yes/no questions of a subjective nature; wherein the triage operator determines a triage disposition for the person by providing triage to the person including: (i) asking, sequentially, the yes/no questions for the relevant triage category as displayed in the GUI; and (ii) asking follow-up questions from the quantification tool to determine whether a response to a yes/no question is

Abstract: A method of determining a medical triage disposition for a person includes providing to a triage operator through a graphical user interface (GUI) of the computer: (i) a plurality of triage categories each including yes/no questions grouped into tiers that are ranked according to urgency and corresponding to a triage disposition; (ii) a selection of a relevant triage category based on a medical condition of the person; (iii) a quantification tool including follow-up questions related to symptoms, observations, and/or injury mechanisms, to enable the triage operator to quantify a level of severity of a symptom or injury related to yes/no questions of a subjective nature; wherein the triage operator determines a triage disposition for the person by providing triage to the person including: (i) asking, sequentially, the yes/no questions for the relevant triage category as displayed in the GUI; and (ii) asking follow-up questions from the quantification tool to determine whether a response to a yes/no question is

Abstract: A triage category for determining a medical triage disposition includes a set of tiered triage questions comprising a plurality of only yes/no questions arranged in a plurality of tiers. The tiers are ranked according to a level of urgency. There is also a plurality of dispositions corresponding to the plurality of tiers. One of the plurality of dispositions is selected when one of the plurality of only yes/no questions is answered “yes.

Abstract: A method of determining a triage disposition for a person includes providing a plurality of triage categories that includes questions grouped into a plurality of tiers ranked according to urgency. Each of the plurality of tiers corresponds to one of a set of triage dispositions. At least a first relevant triage category and a second relevant triage category can be selected from the plurality of triage categories based on information about a medical condition of the person and then accessed. The person can be triaged by (a) identifying from all of the selected relevant triage categories a highest urgency tier that has at least one unasked question; (b) asking the person one of the at least one unasked question of the highest urgency tier; and (c) repeating (a) and (b) for all of the selected triage categories until the triage disposition is determined.

Abstract: A method of adaptively operating a medical triage system includes triaging a plurality of persons using a set of triage questions to select particular dispositions from a plurality of triage disposition. Triage-related data is acquired as a result of the triaging of the plurality of persons. The triage-related data is analyzed and the set of triage questions or the dispositions are modified based on the analysis of the triage-related data.

Abstract: A screw-cap type container comprises a container or bottle having a screw thread and an annular flange formed on a neck thereof. The flange is discontinuous to define a locking slot between its opposite ends. A closure cap has an internal screw thread for engaging the screw thread of the container to releasably secure the closure cap thereon. A lock tab, secured to the closure cap, normally engages within the locking slot to prevent relative rotation between the closure cap and container, when they are threadably secured together. When appropriate finger pressure is applied to the lock tab, it will disengage the locking slot for permitting the closure cap to be unscrewed and removed from the container. The closure cap may be of the "reminder" type for visually displaying information to a user relating to periodic use of the contents of the container.

Abstract: A system for encoding and transmitting commands to effect modifications in the operating characteristics of an implanted pacer. A preferred embodiment of the system further comprises detection and display stages for use in monitoring pacer operation.

Abstract: A pacemaker pulse generator for providing impulses to stimulate living tissue by means of an electrode at the distal end of a conductive catheter. The catheter is coupled to the pacemaker by means of a connector having engaging surfaces formed by a number of helically-extending, tensioned metal strands.