mhurhangee/ep-ind-claims huggingface dataset:
A method for the management of a plurality of decentralized customer terminals by means of a bidirectional communications connection between a central unit and customer connection units associated with the customer terminals, wherein the central unit transmits at least one synchronous radio control telegram to a plurality of customer connection units by means of at least one longwave transmitter via a central radio ripple control channel; wherein each customer connection unit triggers a predefined process at at least one associated customer terminal in dependence on the received radio control telegram; wherein each customer connection unit transmits at least one data telegram which includes information related to the associated customer terminal to the central unit via a decentralized return channel which is separate from the radio ripple control channel; and wherein the transmission of the data telegram to the central unit takes place based on time, based on an event and/or in dependence on a previously received radio control telegram, characterized in that the transmission of the data telegrams from the customer connection units to the central unit takes place with a time delay with respect to the radio control telegram previously received by the customer connection units, with the delay time being adaptable.
A robotic work tool comprising at least two rear wheels (130") independently drivable for enabling steering of the robotic work tool, at least one front wheel arranged to be pivotable and a controller for controlling the propulsion of the robotic work tool and a level detection device, wherein the robotic work tool is characterized in that it is configured to detect a downwards slope based on the level detection device and then turn and reverse down the downwards slope.
A connecting device for conductors, notably for electrically conducting cables or optical fibers, comprising a hollow body internally delimiting a passage for the conductors and a member for fixing the hollow body onto a connector, characterized in that it further comprises a removable spacer able to be positioned in the continuation of the body, between the body and the connector, the spacer internally delimiting a chamber opening onto each side of the spacer via mutually opposing faces which are intended to collaborate with the hollow body and with the connector, the spacer being able to be opened up in order to permit access to said chamber.
A catheter comprising: an elongated catheter body; a distal electrode member having a porous substrate and a plurality of surface electrodes, the porous substrate having at least one exposed surface area spanning between at least a pair of surface electrodes, the porous substrate having an interior chamber adapted to receive conductive fluid; a plurality of lead wires, each connected to a respective surface electrode; and a lead wire having a distal portion extending into the interior chamber, the lead wire adapted to electrify the conductive fluid in the chamber, wherein the porous substrate is adapted to pass the conductive fluid from the chamber to the at least one exposed surface area; characterized in that the distal portion of the lead wire extending into the interior chamber is either: i) wrapped around itself, ii) coiled around a distal portion of an irrigation tubing, or iii) widely spiraling approaching the inner surface of the interior chamber. an elongated catheter body; a distal electrode member having a porous substrate and a plurality of surface electrodes, the porous substrate having at least one exposed surface area spanning between at least a pair of surface electrodes, the porous substrate having an interior chamber adapted to receive conductive fluid; a plurality of lead wires, each connected to a respective surface electrode; and a lead wire having a distal portion extending into the interior chamber, the lead wire adapted to electrify the conductive fluid in the chamber, wherein the porous substrate is adapted to pass the conductive fluid from the chamber to the at least one exposed surface area; characterized in that the distal portion of the lead wire extending into the interior chamber is either: i) wrapped around itself, ii) coiled around a distal portion of an irrigation tubing, or iii) widely spiraling approaching the inner surface of the interior chamber. i) wrapped around itself, ii) coiled around a distal portion of an irrigation tubing, or iii) widely spiraling approaching the inner surface of the interior chamber.
Connection device for connecting fluid-conducting lines, comprising: a line connection which is formed at a front side of the connection device, wherein the line connection comprises a wall, wherein the wall comprises a wall interior side which limits a receiving area, wherein the receiving area is configured to receive a fluid-conducting line, and wherein the wall comprises a wall exterior side; and at least one fastening section (125-1, 125-2, 131) which is formed at the wall exterior side and which is connectable to at least one fastening element for fastening the connection device, wherein the at least one fastening section (125-1, 125-2, 131) comprises a first fastening section which comprises a first fastening groove which at least partially radially circulates the wall exterior side of the wall, and wherein a first fastening element is connectable to the first fastening groove in a form fitting and/or force fitting manner, and wherein the at least one fastening section (125-1, 125-2, 131) comprises a second fastening section which extends from the wall exterior side of the wall away from the connection device, wherein the second fastening section comprises a receiving opening into which a second fastening element is insertable in order to connect the second fastening element to the second fastening section, and wherein the first fastening section and the second fastening section are arranged at opposite sides of the connection device. a line connection which is formed at a front side of the connection device, wherein the line connection comprises a wall, wherein the wall comprises a wall interior side which limits a receiving area, wherein the receiving area is configured to receive a fluid-conducting line, and wherein the wall comprises a wall exterior side; and at least one fastening section (125-1, 125-2, 131) which is formed at the wall exterior side and which is connectable to at least one fastening element for fastening the connection device, wherein the at least one fastening section (125-1, 125-2, 131) comprises a first fastening section which comprises a first fastening groove which at least partially radially circulates the wall exterior side of the wall, and wherein a first fastening element is connectable to the first fastening groove in a form fitting and/or force fitting manner, and wherein the at least one fastening section (125-1, 125-2, 131) comprises a second fastening section which extends from the wall exterior side of the wall away from the connection device, wherein the second fastening section comprises a receiving opening into which a second fastening element is insertable in order to connect the second fastening element to the second fastening section, and wherein the first fastening section and the second fastening section are arranged at opposite sides of the connection device.
A method, comprising: monitoring a roll characteristic of an aircraft; determining an output of an autopilot system of the aircraft to control the roll characteristic; and generating an alert based on the output and an authority of the autopilot system to control the roll characteristic, wherein the roll characteristic of the aircraft is selected from the group consisting of roll attitude, roll rate, direction of roll, and change of heading, wherein generating the alert comprises displaying a graphic via a cockpit display, the graphic indicating a correction a pilot of the aircraft is to take and/or a direction in which a pilot is to rotate a yoke of the aircraft. monitoring a roll characteristic of an aircraft; determining an output of an autopilot system of the aircraft to control the roll characteristic; and generating an alert based on the output and an authority of the autopilot system to control the roll characteristic, wherein the roll characteristic of the aircraft is selected from the group consisting of roll attitude, roll rate, direction of roll, and change of heading, wherein generating the alert comprises displaying a graphic via a cockpit display, the graphic indicating a correction a pilot of the aircraft is to take and/or a direction in which a pilot is to rotate a yoke of the aircraft.
A surface tidal current estimator, comprising: a deriving module configured to derive wave-crest velocity vectors at a plurality of positions within a predetermined range of a water surface, each of the wave-crest velocity vectors being a velocity vector of a wave crest on the water surface; a correcting module configured to correct each of the wave-crest velocity vectors derived at the plurality of positions by the deriving module, based on one of the wave-crest velocity vector derived inside a predetermined area within the predetermined range by the deriving module and an ocean-wave velocity vector inside the predetermined area within the predetermined range, the ocean-wave velocity vector being a velocity vector of an ocean wave; a first area setting module configured to set a first area in an arbitrary azimuth direction, as the predetermined area; and a second area setting module configured to set a second area farther than the first area in an azimuth direction corresponding to that of the first area; wherein the correcting module corrects each of the wave-crest velocity vectors derived at the plurality of positions by the deriving module, by subtracting therefrom the wave-crest velocity vector derived inside the predetermined area within the predetermined range by the deriving module; and wherein the correcting module corrects the wave-crest velocity vectors at a plurality of positions inside the second area by subtracting the wave-crest velocity vector inside the first area from each of the wave-crest velocity vectors of the second area. a deriving module configured to derive wave-crest velocity vectors at a plurality of positions within a predetermined range of a water surface, each of the wave-crest velocity vectors being a velocity vector of a wave crest on the water surface; a correcting module configured to correct each of the wave-crest velocity vectors derived at the plurality of positions by the deriving module, based on one of the wave-crest velocity vector derived inside a predetermined area within the predetermined range by the deriving module and an ocean-wave velocity vector inside the predetermined area within the predetermined range, the ocean-wave velocity vector being a velocity vector of an ocean wave; a first area setting module configured to set a first area in an arbitrary azimuth direction, as the predetermined area; and a second area setting module configured to set a second area farther than the first area in an azimuth direction corresponding to that of the first area; wherein the correcting module corrects each of the wave-crest velocity vectors derived at the plurality of positions by the deriving module, by subtracting therefrom the wave-crest velocity vector derived inside the predetermined area within the predetermined range by the deriving module; and wherein the correcting module corrects the wave-crest velocity vectors at a plurality of positions inside the second area by subtracting the wave-crest velocity vector inside the first area from each of the wave-crest velocity vectors of the second area.
An absorbent hygiene article for collecting bodily fluid, said article comprising a body-facing surface, a garment facing-surface and an absorbent structure situated between said body-facing surface and said garment-facing surface, wherein said body-facing surface comprises: i) a central fluid acquisition zone, ii) a first visually discernible lateral zone situated on one side of the central fluid acquisition zone and, iii) a second visually discernible lateral zone situated on an opposite side of the central fluid acquisition zone, characterized in that each of said first and second lateral zones (161, 181) are formed by a nonwoven material (16, 18) comprising a coloured pigment. i) a central fluid acquisition zone, ii) a first visually discernible lateral zone situated on one side of the central fluid acquisition zone and, iii) a second visually discernible lateral zone situated on an opposite side of the central fluid acquisition zone,
A card recognition system, comprising: an imaging device configured to capture a raw image of at least a portion of a card; and a card recognition processor operably coupled with the imaging device, the card recognition processor being configured to: perform an image processing analysis of the raw image to: identify at least one parameter related to a rank area around a rank of the card; identify at least one parameter related to a suit area around a suit of the card; and automatically generate a calibration file for a card handling device including the card recognition system, during a calibration mode, the calibration file including the at least one parameter related to the rank area and the at least one parameter related to the suit area determined via the image processing analysis, wherein the calibration file is specific to a deck of cards that includes the card and tunes the card recognition system for the particular deck of cards or deck type, for later use in a card recognition mode. an imaging device configured to capture a raw image of at least a portion of a card; and a card recognition processor operably coupled with the imaging device, the card recognition processor being configured to: perform an image processing analysis of the raw image to: identify at least one parameter related to a rank area around a rank of the card; identify at least one parameter related to a suit area around a suit of the card; and automatically generate a calibration file for a card handling device including the card recognition system, during a calibration mode, the calibration file including the at least one parameter related to the rank area and the at least one parameter related to the suit area determined via the image processing analysis, wherein the calibration file is specific to a deck of cards that includes the card and tunes the card recognition system for the particular deck of cards or deck type, for later use in a card recognition mode. perform an image processing analysis of the raw image to: identify at least one parameter related to a rank area around a rank of the card; identify at least one parameter related to a suit area around a suit of the card; and identify at least one parameter related to a rank area around a rank of the card; identify at least one parameter related to a suit area around a suit of the card; and automatically generate a calibration file for a card handling device including the card recognition system, during a calibration mode, the calibration file including the at least one parameter related to the rank area and the at least one parameter related to the suit area determined via the image processing analysis, wherein the calibration file is specific to a deck of cards that includes the card and tunes the card recognition system for the particular deck of cards or deck type, for later use in a card recognition mode.
A method for producing patterned coatings on a moulding, comprising the steps: - providing a moulding having a surface comprising a first region (2a, b, c) and a second region, wherein the surface in the first region (2a, b, c) differs from the surface in the second region in at least one surface property, - applying a coating to the surface of the moulding which covers at least the first region (2a, b, c) and the second region, the adherence of the coating in the first region (2a, b, c) being higher than in the second region as a result of the difference in the at least one surface property, - partially removing the coating, - wherein the partial removal of the coating is performed by means of the depletion method with a constant depletion rate which is determined in such a manner that the coating in the second region is removed completely as a result of the lower adherence there whilst the coating in the first region (2a, b, c) is retained over a full area, characterized in that the partial removal of the coating is carried out by means of CO 2 snow jetting as depletion method. - providing a moulding having a surface comprising a first region (2a, b, c) and a second region, wherein the surface in the first region (2a, b, c) differs from the surface in the second region in at least one surface property, - applying a coating to the surface of the moulding which covers at least the first region (2a, b, c) and the second region, the adherence of the coating in the first region (2a, b, c) being higher than in the second region as a result of the difference in the at least one surface property, - partially removing the coating, - wherein the partial removal of the coating is performed by means of the depletion method with a constant depletion rate which is determined in such a manner that the coating in the second region is removed completely as a result of the lower adherence there whilst the coating in the first region (2a, b, c) is retained over a full area, characterized in that the partial removal of the coating is carried out by means of CO 2 snow jetting as depletion method.
A method of dynamically saving metadata in a process of operating a medical system, comprising: - running a software application for operating a medical device; - storing metadata in a transient memory by a controller, wherein the metadata are assigned to one or more operation events while the software application is running; - assigning an event priority to the operation events for which metadata are provided while the software application is running, wherein the event priority is selected from a plurality of different event priorities; - detecting an error operation event by the controller; - in response to the detecting the error operation event, transmitting present metadata currently stored in the transient memory and assigned to one or more operation events before the error operation event was detected from the transient memory to a log data memory; - storing the present metadata in the log data memory; - determining whether the event priority of the error operation event is of higher priority than each of the event priorities assigned to the one or more operation events for which the present metadata are stored in the transient memory; and - storing metadata different from the present metadata and assigned to the error operation event in the log data memory, if it is determined that the event priority of the error operation event is of higher priority than each of the event priorities assigned to the one and more operation events for which the present metadata are stored. - running a software application for operating a medical device; - storing metadata in a transient memory by a controller, wherein the metadata are assigned to one or more operation events while the software application is running; - assigning an event priority to the operation events for which metadata are provided while the software application is running, wherein the event priority is selected from a plurality of different event priorities; - detecting an error operation event by the controller; - in response to the detecting the error operation event, transmitting present metadata currently stored in the transient memory and assigned to one or more operation events before the error operation event was detected from the transient memory to a log data memory; - storing the present metadata in the log data memory; - determining whether the event priority of the error operation event is of higher priority than each of the event priorities assigned to the one or more operation events for which the present metadata are stored in the transient memory; and - storing metadata different from the present metadata and assigned to the error operation event in the log data memory, if it is determined that the event priority of the error operation event is of higher priority than each of the event priorities assigned to the one and more operation events for which the present metadata are stored.
Coating system for applying multilayered coatings to a substrate by means of cathode sputtering, comprising the following features: a) a cathode pair (16, 18; 26) arranged in a common processing chamber, consisting of a first cathode body and a second cathode body (18; 26), is supplied with direct current by means of a common power supply, wherein the direct current is converted before the entry into the processing chamber into a pulse sequence having alternating positive and negative pulses with interposed pulse pauses, b) an arrangement for controlling the duration (T A, T B) of the individual pulses and the duration of the respective pulse pauses, c) an arrangement for adjusting the two cathodes (16, 18; 26) in such a manner that a common deposition region results on the substrate (6; 12) to be coated, d) a common process gas system, which supplies the basic supply of the process gas, wherein a separate symmetrically arranged segmented process gas system is associated with each cathode body, wherein the cathode pair consists of planar cathodes and/or tubular cathodes (16, 18). a) a cathode pair (16, 18; 26) arranged in a common processing chamber, consisting of a first cathode body and a second cathode body (18; 26), is supplied with direct current by means of a common power supply, wherein the direct current is converted before the entry into the processing chamber into a pulse sequence having alternating positive and negative pulses with interposed pulse pauses, b) an arrangement for controlling the duration (T A, T B) of the individual pulses and the duration of the respective pulse pauses, c) an arrangement for adjusting the two cathodes (16, 18; 26) in such a manner that a common deposition region results on the substrate (6; 12) to be coated, d) a common process gas system, which supplies the basic supply of the process gas, wherein a separate symmetrically arranged segmented process gas system is associated with each cathode body, wherein the cathode pair consists of planar cathodes and/or tubular cathodes (16, 18).
Optoelectronic device for detecting objects in a monitored area, having a transmitter emitting transmitted light beams and a receiver receiving received light beams, the received signals of which are amplified with a gain factor in an amplifier unit having an amplifier, in which the amplified received signals are fed to an evaluation unit which is designed to generate an object detection signal as a function of the amplified received signals, and a potentiometer being provided as an adjusting element for amplifying the received signals, characterised in that a working resistor for the receiver is formed with the potentiometer and the potentiometer is at the same time also a component of a feedback network for the amplifier, whereby a non-linear characteristic for the dependence of the amplification factor on a setting predetermined with the potentiometer is preset, wherein the operating voltage is formed by the potentiometer and a resistor connected to a first external terminal, and wherein the second external terminal of the potentiometer is connected to components of the feedback network.