Abstract: Various techniques provided herein generate trigger events in an organization information distribution system. Various implementations establish a connection between an invocation device and a server using a communication network. Establishing the connection can include authenticating the invocation device to the server and/or authenticating the server to the invocation device. In response to establishing the connection to the server, one or more implementations detect a trigger event, such as the actuation of a hardware mechanism and/or a sensor detecting the trigger event without user-intervention. Some implementations capture content based on a point in time associated with when the trigger event occurs. Upon detecting the trigger event, various implementations forward a notification of the trigger event and/or the captured content.

Abstract: Techniques described herein provide video capture via an organization information distribution system. In implementations, a video monitoring device connects to a camera over a network and obtains video data associated with a live video stream. Some implementations store the video data in a circular buffer. In response to receiving a trigger event, one or more implementations generate a video clip from the video data in the circular buffer, where the video clip includes video data stored prior to the trigger event. In turn, one or more implementations transmit the video clip to a destination computing device.

Abstract: Various techniques provided herein generate trigger events in an organization information distribution system. Various implementations establish a connection between an invocation device and a server using a communication network. Establishing the connection can include authenticating the invocation device to the server and/or authenticating the server to the invocation device. In response to establishing the connection to the server, one or more implementations detect a trigger event, such as the actuation of a hardware mechanism and/or a sensor detecting the trigger event without user-intervention. Some implementations capture content based on a point in time associated with when the trigger event occurs. Upon detecting the trigger event, various implementations forward a notification of the trigger event and/or the captured content.

Abstract: Techniques described herein provide an organization information distribution system. At least some implementations connect to a system server associated with an organization information distribution system over a communication network. In response to receiving a notification from the system server, various implementations present default content associated with operating in a default mode. The default content can be presented in a persistent manner and/or for a predetermined time period. Upon receiving a second notification from the system server, one or more implementations transition out of the default mode and present different content associated with the second notification, such as an immediate view, audio content, video content, and so forth.

Abstract: An electrical component and a method of constructing it are disclosed. The component includes a hollow tubular structure. The structure includes a series of axially spaced apart rings and at least one outer perimeter housing member. The housing member interconnects the rings for defining an internal configuration of the hollow tubular structure for electrical purposes. The rings and the housing member each include inter-engageable elements for helping secure mechanically the rings and housing member together to facilitate final assembly of the electrical component.

Abstract: An electrical component and a method of constructing it are disclosed. The component includes a hollow tubular structure. The structure includes a series of axially spaced apart rings and at least one outer perimeter housing member. The housing member interconnects the rings for defining an internal configuration of the hollow tubular structure for electrical purposes. The rings and the housing member each include inter-engageable elements for helping secure mechanically the rings and housing member together to facilitate final assembly of the electrical component.