Vega Grieshaber Kg

Holger Staiger

Thomas Deck

Volker Allgaier

Josef Fehrenbach

Karl Griessbaum

Johannes Falk

Jürgen Motzer

Thomas Arnold

Tobias Mueller

Roland Welle

Juergen Motzer

Clemens Hengstler

Winfried Rauer

Joerg Boersig

Ralf Schaetzle

Gerd Ohmayer

Siegbert Woehrle

Thomas Oehler

Patrick Moser

Manuel Harter

Jörg Börsig

Karl Grießbaum

Jörg BÖRSIG

Tobias MÜLLER

Patrick Frank

Sensor having a control unit, configured to analyze data available to the sensor, in particular measurement data of the sensor, for generating power management data, the power management data being configured to for select a power saving mode from a plurality of available power saving modes of a wireless module () of the sensor and/or for controlling the times of measurement intervals of the sensor and/or for power management of the sensor.

Sensor for generating power management data

An electronic device for a level measurement probe for measuring a level of a medium is provided, including: at least one first excitation electronic device configured to emit a first excitation signal; and at least one second excitation electronic device configured to emit a second excitation signal, the first excitation signal and the second excitation signal being different, and the electronic unit being configured to emit the first excitation signal and the second excitation signal simultaneously to the level measurement probe.

Electronic unit for a fill level measuring probe

A measuring device and method for process automation in an industrial environment. The measuring device includes a radio module having a first radio channel that transmits measurement data, a second radio channel that transmits the measurement data, and control circuitry that controls the first radio channel and the second radio channel in such a way that identical measurement data is transmitted by the two radio channels.

Measuring device for process automation in an industrial environment

A detachable display and operating module for a field device with an energy storage device, an energy supply interface and a radio interface for wireless communication with the field device.

Removable display and control module for a measuring device

Described is a process measurement device having an interface for connecting a plug-in memory, in which a processing measurement device includes a memory operating device that can switch the process measurement device into a memory access mode when the memory is connected to the process measurement device. Also described is a power supply that ensures that the energy demand required for read access or write access to the process measurement device is automatically covered after the connection of the memory by increasing the amount of electrical energy that is freely available in the process measurement device. Undesired undersupply of the process measurement device can thereby be effectively avoided.

Process measuring device having a plug-in memory unit

A modular field device comprising a housing, sensor and an electronics unit arranged in the housing, and comprising a display and/or operating unit that can be releasably connected to the electronics unit, said display and/or operating unit having a radio module for wireless communication with at least one other unit and an internal power supply, particularly a battery or rechargeable battery for at least partially supplying power to the radio module.

Modular field device having a display/operating device containing a radio module and an internal power supply

A measuring arrangement with a control unit, an energy supply unit for a plurality of two-line field devices, which apply a predetermined current upon a measuring loop in which the two-line field devices are respectively arranged, with the two-line field devices being electrically connected to the energy supply unit and communicating digitally with the control unit, with the energy supply unit comprising a voltage controller, which controls an output voltage depending on the number the means of the measuring arrangement for determining a number of two-line field devices operated in the measuring arrangement.

Measuring arrangement with a control unit and method for operating such a measuring arrangement

A connecting device is provided, including a control apparatus, an energy storage apparatus, an input connection, and an output connection, the input connection being connected to the energy storage apparatus by means of a charging apparatus, the charging apparatus being configured for controlled charging of the energy storage apparatus, the control apparatus being configured, after reaching a preset charge state of the energy storage apparatus, to connect the energy storage apparatus to the input connection; and the control apparatus also being configured, during and/or following connection of the energy storage apparatus to the input connection, to connect the input connection to the output connection.

Connecting device and method for connecting

The invention is a field device with an input unit comprising a first number of switch elements in order to generate first input signals and a second number of magnetically actuatable sensor elements assigned to the switch elements in order to generate second input signals which are OR-linked to the first input signals. Each switch element is assigned to at least two sensor elements, which are arranged and connected such that the respective second input signal is output only when at least two specified sensor elements assigned to a switch element are activated.

Field device with an input unit

A field device with a microprocessor and a display and/or operating module, which can be disconnected from the field device, with the microprocessor showing an energy saving module, in which the display and/or operating module are switched off, with the waking circuit being provided, which generates a waking signal when the display and/or operating module are disconnected from the field device or connected thereto.

Field device

A method and a system includes devices for remote operation of a device, especially a field device. The method may be executed on a system including a first device, especially a field device, which supplies data according to a display content, especially image data, to a second device, also a field device for visualizing the image data.

Method and device configuration system for remote operation of a field device

A lighting arrangement for a field unit screen is provided. The lighting arrangement comprises a circuit arrangement for a field unit with a power measuring device, a power distribution device, and a luminous device. The power measuring device and the power distribution device are adapted for determining an existing power and forwarding a surplus power to a screen light drive device. The screen light drive device determines whether the existing power is sufficient for lighting, and drives a luminous device when sufficient power is available. The luminous device comprises a light distribution device and a light generating device.

Circuit arrangement for field unit

Described is an illumination unit for a field-device display module. The illumination unit generates luminescence light as background illumination for the display. In this arrangement, the illumination element comprises a chemiluminescence element or a radioactive element that generates ionising radiation for exciting a phosphorescence layer.

Background illumination by non-electrical energy sources

A heating device for a field-device display module includes a heating element. The heating element is adapted to the shape of the field-device display module and is equipped such that it converts an electrical current to thermal energy. The heating element can be coupled to the field-device display module such that by the heating element the field-device display module can be heated.

Heating device for a field device display

An electronics insert arrangement for a measuring device includes an electronics insert and an electronics module. The electronics insert includes a first attachment device and a first interface. The electronics module includes a second attachment device and a second interface. For coupling the electronics module to the electronics insert, the first attachment device and the second attachment device can be brought to engage each other such that a space between the first interface and the second interface remains essentially constant when the electronics insert moves. The electronics insert is equipped to carry out processes of a first functionality, and the electronics module is equipped to carry out processes of a second functionality.

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Hardt, Germany

Holger Staiger