Abstract:
The present invention discloses methods and devices, with which a selection action of information is performed in a central system before communicating the selected information to a user terminal. This selection (4,6) is according to the invention based on a least both the identity (9) of the user and the position (11) of the user terminal. By using relations between identity (9) and profiles (8) a first information filtering can be achieved. By further using relations between the actual position (11) of the user terminal and the constitution of the industrial automation facility, information irrelevant for the parts in the vicinity of the user terminal is removed. Preferably, also the operational situation of the facility and the history of the user actions are used for filtering or prioritising the information. The most prioritised data quantity is communicated (12) to the user terminal (13) and displayed at a user terminal display. If all the data, despite the sifting, is too extensive to be shown at once on the user terminal (13), the user may by one or a few key presses or mouse actions zap between different parts of the relevant information.
Abstract:
Kommunikationsverfahren in einer industriellen Automatisierungseinrichtung (40; 70; 90) mit einem zentralen Steuer- und Informationssystem (1) und einer Anzahl von beweglichen Nutzerendgeräten (13) mit einer Informationsanzeige, aufweisend die Schritte: – Versorgung des zentralen Steuer- und Informationssystems (1) mit einer Identifikation eines Benutzers eines ersten Nutzerendgerätes (13), gekennzeichnet durch die weiteren Schritte: – Bestimmen eines gegenwärtiges Ortes des ersten Nutzerendgerätes (13), wobei der Ortsbestimmungsschritt den Schritt des Verbindens des ersten Nutzerendgerätes (13) mit einer Zone (30; 30A–K) von vorbestimmter räumlicher Ausdehnung aufweist; – Auswählen einer ersten Datenmenge abhängig wenigstens von sowohl der Identifikation (9) als auch dem gegenwärtigen Ort (11), und zwar aus Datenbanken (2), die für das zentrale Steuer- und Informationssystem (1) verfügbar sind, wobei der Auswahlschritt von der Identität der Zone (30; 30A–K) abhängig ist; – Weiterleiten der ersten Datenmenge von dem zentralen Steuer- und Informationssystem (1) zu dem ersten Nutzerendgerät (13); und – Darstellen der ersten Datenmenge für den Benutzer auf der Informationsanzeige des ersten Nutzerendgerätes (13), – wobei der Benutzer mit sehr relevanter Einrichtungsinformation zu jedem Zeitpunkt ohne eigene aktive Maßnahmen zu unternehmen versorgt wird.
Abstract:
Methods and devices for performing a selection action of information in a central system before communicating selected information to a user terminal. The selection is based on at least the identity of the user and position of the user terminal. Using relations between identity and profiles, a first information filtering can be achieved. Using relations between the actual position of the user terminal and constitution of the industrial automation facility, information irrelevant for parts in the vicinity of the user terminal is removed. The operational situation of the facility and history of user actions may be used for filtering or prioritizing the information. The most prioritized data quantity is communicated to the user terminal and displayed at a user terminal display. If all the data, despite sifting, is too extensive to be shown at once on the user terminal, the user may move between different parts of the relevant information.
Abstract:
A method for optimizing measurement and control of the flatness of a strip of rolled material. A mapping is accomplished by associating to relevant flatness fault types a reference strip model and an actuator space conversion matrix. A device for optimizing measurement and control of the flatness of a strip of rolled material.
Abstract:
Methods and devices for performing a selection action of information in a central system before communicating selected information to a user terminal. The selection is based on at least the identity of the user and position of the user terminal. Using relations between identity and profiles, a first information filtering can be achieved. Using relations between the actual position of the user terminal and constitution of the industrial automation facility, information irrelevant for parts in the vicinity of the user terminal is removed. The operational situation of the facility and history of user actions may be used for filtering or prioritizing the information. The most prioritized data quantity is communicated to the user terminal and displayed at a user terminal display. If all the data, despite sifting, is too extensive to be shown at once on the user terminal, the user may move between different parts of the relevant information.