Abstract: A computing system for generating automated responses to improve response times for diagnosing security alerts includes a processor and a memory. An application is stored in the memory and executed by the processor. The application includes instructions for receiving a text phrase relating to a security alert; using a natural language interface with a natural language model to select one of a plurality of intents corresponding to the text phrase; and mapping the selected intent to one of a plurality of actions. Each of the plurality of actions includes at least one of a static response, a dynamic response, and a task. The application includes instructions for sending a response based on the at least one of the static response, the dynamic response, and the task.

Abstract: A surgery table utilizing first and second hinged supports that form a frame supporting a patient. First and second connectors hold the first and second supports to first and second piers. Each pier is formed with a base with a linked positioning mechanism for each connector and support member. Each positioning mechanism utilizes a column and a first arm having a proximal portion and a distal portion. The first arm proximal portion is axially rotatable relative to the first column. The second arm possesses a proximal portion and a distal portion such that the second arm proximal portion is axially rotatable relative to the distal portion of the first arm. The second arm distal portion links to the frame connector. A controller determines the axial rotation of the proximal portions of the first and second arms to determine an overall configuration of the frame.

Abstract: A surgery table utilizing first and second hinged supports that form a frame supporting a patient. First and second connectors hold the first and second supports to first and second piers. Each pier is formed with a base with a linked positioning mechanism for each connector and support member. Each positioning mechanism utilizes a column and a first arm having a proximal portion and a distal portion. The first arm proximal portion is axially rotatable relative to the first column. The second arm possesses a proximal portion and a distal portion such that the second arm proximal portion is axially rotatable relative to the distal portion of the first arm. The second arm distal portion links to the frame connector. A controller determines the axial rotation of the proximal portions of the first and second arms to determine an overall configuration of the frame.

Abstract: A surgery table utilizing first and second hinged supports that form a frame supporting a patient. First and second connectors hold the first and second supports to first and second piers. Each pier is formed with a base with a linked positioning mechanism for each connector and support member. Each positioning mechanism utilizes a column and a first arm having a proximal portion and a distal portion. The first arm proximal portion is axially rotatable relative to the first column. The second arm possesses a proximal portion and a distal portion such that the second arm proximal portion is axially rotatable relative to the distal portion of the first arm. The second arm distal portion links to the frame connector. A controller determines the axial rotation of the proximal portions of the first and second arms to determine an overall configuration of the frame.