Abstract: Disclosed is a magnetically inductive flow measuring probe for determining flow rate and/or flow velocity of a medium, which includes a front part with a front end having a center, a housing, a magnetic field producing means arranged in the housing for producing a magnetic field passing through the front end, and a measuring- and evaluation unit, and characterized in that there are arranged on the front end and forming galvanic contact with the medium three measuring electrodes, which form three measuring electrode pairs, and in that the measuring- and evaluation unit is adapted to register induced measured voltages between at least two measuring electrode pairs, especially three measuring electrode pairs, and to ascertain flow rate and/or flow velocity of the medium as a function of the registered voltages.

Abstract: A magnetically inductive flow measuring probe comprises a housing that is adapted to be exposed to the medium; two measuring electrodes arranged in a housing end section for forming a galvanic contact with the medium and for sensing a voltage induced in the flowing medium; and a means for producing a magnetic field passing through the housing end section. The means includes a coil arrangement and a field guide body. The field guide body comprises two field guide body legs connected with a coil core, extending to a front section of the housing and adapted to serve as field guideback. Orthogonal projections of the measuring electrodes and the field guide body onto a cross sectional plane are disjoint.

Abstract: A magnetically inductive flow meter includes a housing; at least two measuring electrodes for forming a galvanic contact with the medium and for tapping an induced voltage in the medium; a device for generating a magnetic field, wherein the device is arranged in the housing, wherein the device comprises a field guiding assembly and a coil arrangement, wherein the field guiding assembly functions as a sensor electrode for capacitively determining and/or monitoring at least one process variable, in particular a fill level of the medium in the tube line or the measuring tube. The present disclosure also relates to a method for determining a fill level of a medium in a measuring tube or in a tube line using the magnetically inductive flow measuring device.

Abstract: A magneto-inductive flow measurement device, comprises a means for producing a magnetic field with a self-inductance, wherein the means for producing the magnetic field comprises a coil arrangement; a means for sensing a measurement voltage induced in the flowable medium; an operating circuit, which is adapted to apply an operating signal on the coil arrangement, wherein the operating signal has operating signal parameters; a measuring circuit, which is adapted to determine a coil electrical current of the coil arrangement; a control circuit, which is adapted so to control at least one of the operating signal parameters that a function dependent on a self-induction value of the self-induction and a coil electrical current value of the coil electrical current does not differ from a predetermined, first desired value.

Abstract: A magnetically inductive flow measuring probe includes a housing; at least one measuring electrode for forming a galvanic contact with the medium and for tapping an induced voltage in the medium; a device for generating a magnetic field, wherein the device is arranged in the housing, wherein the device comprises a field guide assembly and a coil arrangement, wherein the field guide assembly functions as a sensor electrode for capacitively determining and/or monitoring a fill level of the medium in the tube line or the measuring tube. The present disclosure also relates to a method for determining a fill level of a medium in a measuring tube or in a tube line using the magnetically inductive flow measuring device.

Abstract: The disclosure relates to a method for operating a field device used in process automation technology, wherein the field device has an NFC/RFID transponder, wherein an operating unit comprises an operating system which has an executable operating program, in particular application software, wherein the operating unit has an NFC/RFID reader. The method is characterized in that the NFC/RFID transponder comprises a memory which has data which, when read out using the NFC/RFID reader, triggers the calling up of the operating program in the operating unit.

Abstract: Disclosed is a magnetically inductive flow measuring probe for determining flow rate and/or flow velocity of a medium, which includes a front part with a front end having a center, a housing, a magnetic field producing means arranged in the housing for producing a magnetic field passing through the front end, and a measuring- and evaluation unit, and characterized in that there are arranged on the front end and forming galvanic contact with the medium three measuring electrodes, which form three measuring electrode pairs, and in that the measuring- and evaluation unit is adapted to register induced measured voltages between at least two measuring electrode pairs, especially three measuring electrode pairs, and to ascertain flow rate and/or flow velocity of the medium as a function of the registered voltages.

Abstract: The invention relates to a field device of measuring and automation technology. The field device has a radio module for providing access to an operating electronics of the field device. Such access enables the exchange of information between the operating electronics and a user. The radio module can be turned on by a first input signal sequence composed of accelerations of the field device housing and can be turned off by a second input signal sequence. A field device of the invention is shown schematically in FIG. 1.

Abstract: The invention relates to a field device of measuring and automation technology. The field device has a radio module for providing access to an operating electronics of the field device. Such access enables the exchange of information between the operating electronics and a user. The radio module can be turned on by a first input signal sequence composed of accelerations of the field device housing and can be turned off by a second input signal sequence. A field device of the invention is shown schematically in FIG. 1.

Abstract: Signal processing circuit for voltage signals from electrodes of a magneto-inductive, flow measuring device, wherein two measuring electrodes are connected with a fully differentially working amplifier having two inputs and two outputs.

Abstract: Signal processing circuit for voltage signals from electrodes of a magneto-inductive, flow measuring device, wherein two measuring electrodes are connected with a fully differentially working amplifier having two inputs and two outputs.

Abstract: An apparatus for measuring flow of a medium through a measuring tube directed along a longitudinal axis of the measuring tube.

Abstract: An apparatus for measuring flow of a medium through a measuring tube directed along a longitudinal axis of the measuring tube.

Abstract: A lid-seal for a metal container constituted by fixing, through a beading process, on the upper edge of a metal container (1) made of sheet metal, an assembly formed by a plastic membrane (2) and a stamped metal ring (3). The plastic membrane (2) has a peripheral portion (9), followed internally by a recess having therein a ring-like recess (10) and a perimetral ring-like reinforcement (11) and with a lower ring-shaped thin breaking line (12) which breaks when pulled, after the breaking of the short breaking portion (13) of the incorporated pulling ring (14). The stamped metal ring (3) has a flat inner section (4) with a central circular opening (5) with the inner edge beaded inwards (6) and an elevation to form an upper bed (7) and a peripheral edge turned downwards (8) so that, jointly with the peripheral portion (9) of the membrane (2) it can be beaded in the container (1).

Abstract: The concentration d3 is alumina AL2O3, —A—, and the concentration d4 in lime CaO, —C—, in the initial mixture are such that d3/d4 ranges between 1.15 and 1.40. Grinding produces a cement with a size distribution as represented in a Rosin Rammler diagram has a gradient ranging between 0.75 and 0.90.

Abstract: An “IMPROVEMENT INTRODUCED IN A LID-SEAL OF METAL CONTAINERS FOR POWDER FOOD OR OTHERS” constituted by fixing, through a beading process in the upper edge of a metal container (1) made of sheet metal with the set formed by a plastic membrane (2) forming a peripheral portion (9), followed internally of a recess with ring like recess (10) and a perimetral ring like reinforcement (11) and with a lower ring shaped thin line for the breaking (12) when pulled, after the breaking of the short breaking portion (13) of the incorporated pulling ring (14) and a stamped metal ring (3) forming a flat inner section (4) with a central circular opening (5) with the inner edge beaded inwards (6) and an elevation to form an upper bed (7) and a peripheral edge turned downwards (8) so that, jointly with the peripheral portion (9) of the membrane (2) be beaded in the container (1), the development of which has the purpose of obtaining a seal-lid assuring the necessary sealing and the consequent quality of the packaged

Abstract: The concentration d3 is alumina AL2O3, —A—, and the concentration d4 in lime CaO, —C—, in the initial mixture are such that d3/d4 ranges between 1.15 and 1.40. Grinding produces a cement with a size distribution as represented in a Rosin Rammler diagram has a gradient ranging between 0.75 and 0.90.