mhurhangee/ep-ind-claims huggingface dataset:
Method for operating a scanning microscope and for determining point spread functions with which sample images are recorded with the scanning microscope, wherein a sample is scanned with at least one illumination light beam, wherein at least one sample image is recorded using a detector device of the scanning microscope during the scanning by the illumination light beam, and wherein the point spread function is calculated from the at least one sample image, a sample image being recorded by the scanning microscope with said point spread function, wherein the detector device has reception elements, the spacing from one another of which is smaller than an Airy disk that a sample point generates on the detector device, characterized in that detector signals generated by way of the reception elements are each read for different positions of the illumination light beam on the sample, as a result of which the read detector signals yield a plurality of sample images by way of the scanning of the sample, wherein the reception elements are each read for different positions of the illumination beam path such that, following the scanning, each reception element has examined a certain sample region, wherein the point spread functions for the different detector signals are defined in each case by way of an illumination point spread function and a detection point spread function, in that a corresponding illumination point spread function is assumed for all detector signals, said illumination point spread function being shifted as per the scanning movement for various detector signals, and in that a corresponding detection point spread function is assumed for all detector signals, a spatial offset between the detector elements being taken into account in said detection point spread function, and in that the illumination point spread function and the detection point spread function are calculated from the plurality of sample images and the point spread functions for the different detector signals are calculated using said illumination point spread function and detection point spread function.
An apparatus for setting a setting element comprising a first plastic material in a component comprising a second plastic material, comprising a rotary feed unit by which the setting element can be set into rotation about an axis of rotation and simultaneously an axial force acting in the direction of the axis of rotation can be exerted onto the setting element to drive the setting element into the component while producing a friction welding connection between the setting element and the component; a differential distance measuring device for measuring the differential distance between a surface of the component and a surface of the driven setting element; and a control unit for controlling the rotary feed unit in dependence on the measured differential distance. a rotary feed unit by which the setting element can be set into rotation about an axis of rotation and simultaneously an axial force acting in the direction of the axis of rotation can be exerted onto the setting element to drive the setting element into the component while producing a friction welding connection between the setting element and the component; a differential distance measuring device for measuring the differential distance between a surface of the component and a surface of the driven setting element; and a control unit for controlling the rotary feed unit in dependence on the measured differential distance.
A composition comprising a modified polyvinyl alcohol and a compound, wherein the modified polyvinyl alcohol contains 0.01 mol% or more and less than 2 mol% of double bonds derived from an unsaturated carboxylic acid or a derivative thereof in side chains; the compound is a compound having a conjugated double bond and two or more hydroxy groups bonded to the conjugated double bond, or a salt or oxide thereof; and the content of the compound in the composition is 0.001 parts by mass or more and less than 5 parts by mass based on 100 parts by mass of the modified polyvinyl alcohol, wherein the compound is a compound having two or more hydroxy groups bonded to a carbon constituting an aromatic ring, or a salt or oxide thereof, or a compound having two or more hydroxy groups at α- and β-positions in an α,β-unsaturated carbonyl compound, or a salt or oxide thereof, and wherein the amount of double bonds in the modified polyvinyl alcohol is measured according to the method described in the description. the modified polyvinyl alcohol contains 0.01 mol% or more and less than 2 mol% of double bonds derived from an unsaturated carboxylic acid or a derivative thereof in side chains; the compound is a compound having a conjugated double bond and two or more hydroxy groups bonded to the conjugated double bond, or a salt or oxide thereof; and the content of the compound in the composition is 0.001 parts by mass or more and less than 5 parts by mass based on 100 parts by mass of the modified polyvinyl alcohol, wherein the compound is a compound having two or more hydroxy groups bonded to a carbon constituting an aromatic ring, or a salt or oxide thereof, or a compound having two or more hydroxy groups at α- and β-positions in an α,β-unsaturated carbonyl compound, or a salt or oxide thereof, and wherein the amount of double bonds in the modified polyvinyl alcohol is measured according to the method described in the description.
A near field communication, NFC, device, comprising: a power harvesting module; a memory storing a list of application identifiers; and a controller, wherein the controller is configured to: receive a request for an application identifier from a reader device, access the list of application identifiers, determine, by accessing information in the list of application identifiers, whether an amount of power available to the NFC device is sufficient to execute an application corresponding to the application identifier, and characterized in that the controller is further configured to transmit the list of application identifiers to the reader device, so that the reader device is aware that some applications will not be executed upon request, wherein the list of application identifiers contains a field indicating whether the application corresponding to the application identifier can be executed in a given power mode, wherein the power mode is one of a plurality of power modes, wherein the field is a multi-bit field indicating the minimum power mode required by the application for execution of the application. a power harvesting module; a memory storing a list of application identifiers; and a controller, wherein the controller is configured to: receive a request for an application identifier from a reader device, access the list of application identifiers, determine, by accessing information in the list of application identifiers, whether an amount of power available to the NFC device is sufficient to execute an application corresponding to the application identifier, and receive a request for an application identifier from a reader device, access the list of application identifiers, determine, by accessing information in the list of application identifiers, whether an amount of power available to the NFC device is sufficient to execute an application corresponding to the application identifier, and
A method of operating an amplifier device having at least two parallel amplifier stages, with the following steps: - Generating an error signal in case of failure of at least one amplifier stage that is coupled to a rest of the amplifier device via a coupling interface in a releasable manner such that the amplifier stage is galvanically separable from the rest of the amplifier device, wherein the error signal controls a switching unit that comprises a stepping motor, and - Separating the at least one faulty amplifier stage galvanically from the rest of the amplifier device by means of the stepping motor causing a movement that provides the galvanic separation of the faulty amplifier stage since a part of the amplifier stage is moved by the stepping motor, wherein the part has the coupling interface. - Generating an error signal in case of failure of at least one amplifier stage that is coupled to a rest of the amplifier device via a coupling interface in a releasable manner such that the amplifier stage is galvanically separable from the rest of the amplifier device, wherein the error signal controls a switching unit that comprises a stepping motor, and - Separating the at least one faulty amplifier stage galvanically from the rest of the amplifier device by means of the stepping motor causing a movement that provides the galvanic separation of the faulty amplifier stage since a part of the amplifier stage is moved by the stepping motor, wherein the part has the coupling interface.
A method, comprising: in response to a user event received for a target element in a webpage currently rendered for display, concurrently dispatching the user event for processing in a main thread and a secondary thread; processing the user event in the main thread using at least one of an event handler and script associated with said target element and defined in the webpage or in an accompanying script file; processing the user event in the secondary thread using a default browser handling action defined by the webpage for the user event, either the main thread or the secondary thread completing processing of the user event first; and upon the secondary thread completing said processing of the user event first, updating the current rendering of the webpage in accordance with the default handling action and when the main thread completes the processing second, again updating the current rendering of the webpage in accordance with at least one of the event handler and script. in response to a user event received for a target element in a webpage currently rendered for display, concurrently dispatching the user event for processing in a main thread and a secondary thread; processing the user event in the main thread using at least one of an event handler and script associated with said target element and defined in the webpage or in an accompanying script file; processing the user event in the secondary thread using a default browser handling action defined by the webpage for the user event, either the main thread or the secondary thread completing processing of the user event first; and upon the secondary thread completing said processing of the user event first, updating the current rendering of the webpage in accordance with the default handling action and when the main thread completes the processing second, again updating the current rendering of the webpage in accordance with at least one of the event handler and script. concurrently dispatching the user event for processing in a main thread and a secondary thread; processing the user event in the main thread using at least one of an event handler and script associated with said target element and defined in the webpage or in an accompanying script file; processing the user event in the secondary thread using a default browser handling action defined by the webpage for the user event, either the main thread or the secondary thread completing processing of the user event first; and upon the secondary thread completing said processing of the user event first, updating the current rendering of the webpage in accordance with the default handling action and when the main thread completes the processing second, again updating the current rendering of the webpage in accordance with at least one of the event handler and script.
Method for accessing a memory unit having memory cells which store, for a data value, a data item from a bit string (25, 25a) comprising a multiplicity of successive bits which each have one of two bit values and having memory cells for storing a multiplicity of data records (30 to 34) which are each associated with a bit position in the bit string (25, 25a) and contain a data field for storing the data item, in which method a write mode for the memory unit involves the bit string (25, 25a) being stored for a data value of a data item, or in which a read mode involves at least a portion of the bit string (25, 25a) being read, in which one bit value in the bit string (25, 25a) records that the data record (30 to 34) associated with the bit position having this bit value contains the data value in the data field for storing the data item, and in which the other bit value in the bit string (25, 25a) records that the data record (30 to 34) associated with the bit position having this bit value does not contain the data value in the data field for storing the data item, in which method the bit string (25, 25a) is compressed using a compression method, in which successive data words in which only the other bit value occurs are replaced with a respective first numerical value (W1a) which indicates the number of data words replaced, wherein a respective second numerical value (W1a) indicates the number of subsequent first uncompressed data words (W2a, W3a), wherein, in the compressed bit string, a further first numerical value (W4a), which indicates the number of further replaced data words in which only the other bit value occurs, and a further second numerical value (W4a), which indicates the number of subsequent second uncompressed data words (W5a), follow the first uncompressed data words (W2a, W3a), and wherein the compressed bit string starts with a first numerical value (W1a) and a second numerical value (W1a), and the first numerical value (W1a) is zero if the bit string starts with a data word whose bit positions do not all have the other bit value.
A copper containing ZSM-34, OFF and/or ERI zeolitic material having a silica to alumina mole ratio ranging from 4 to 50 and a copper content, reported as CuO, ranging from 1 to 10 wt.-%, based on the total weight of the calcined zeolitic material, and having an alkali metal content, reported as the metal oxide, of less than 0.7 wt.-%.
A washing machine comprising: a tub for accommodating washing water, the tub having a laundry opening for introduction of laundry; a drum rotatably coupled in the tub for receiving the laundry, the drum having an opening matched to the laundry opening; and a gasket having a blocking portion for blocking a portion of the laundry opening of the tub, asymmetrically, characterized in that the blocking portion is formed to block a portion of an upper side of the laundry opening of the tub and has the shape of a stream line along an inside circumferential surface of the opening in the drum such that the blocking portion covers the gap between the top of the laundry opening of the tub and the top of the drum when the drum holds the laundry and the washing water to the maximum. a tub for accommodating washing water, the tub having a laundry opening for introduction of laundry; a drum rotatably coupled in the tub for receiving the laundry, the drum having an opening matched to the laundry opening; and a gasket having a blocking portion for blocking a portion of the laundry opening of the tub, asymmetrically, characterized in that the blocking portion is formed to block a portion of an upper side of the laundry opening of the tub and has the shape of a stream line along an inside circumferential surface of the opening in the drum such that the blocking portion covers the gap between the top of the laundry opening of the tub and the top of the drum when the drum holds the laundry and the washing water to the maximum.
A dishwasher, comprising: a connection for a water inlet; a waste water connection; an ion exchanger having an inlet that is connected to the connection for the water inlet and having an outlet, wherein the ion exchanger is configured to treat water from the inlet by ion exchange and to output the treated water through the outlet; a regenerating water header that is connected to the outlet in order to receive a portion of the treated water from the ion exchanger; a regenerating agent container for a regenerating agent; a control unit; and a pump, wherein the regenerating agent container is connected to the regenerating water header and the ion exchanger and is configured, by utilizing the portion of the treated water from the regenerating water header, to supply the regenerating agent as a regenerating solution to the ion exchanger for regenerating, characterized in that the ion exchanger is configured to discharge, after the regeneration, residues of the regenerating solution through waste water connection, wherein the pump is configured to pump treated water from the regenerating water header into the regenerating agent container and to pump air into the regenerating agent container during emptying the regenerating water header in order to empty the regenerating agent container by the air that is pumped in, and wherein the control unit is configured to operate the dishwasher in an emptying mode in which the pump pumps the regenerating agent container empty if a regenerating agent concentration in the regenerating agent container has fallen below a threshold value. a connection for a water inlet; a waste water connection; an ion exchanger having an inlet that is connected to the connection for the water inlet and having an outlet, wherein the ion exchanger is configured to treat water from the inlet by ion exchange and to output the treated water through the outlet; a regenerating water header that is connected to the outlet in order to receive a portion of the treated water from the ion exchanger; a regenerating agent container for a regenerating agent; a control unit; and a pump, wherein the regenerating agent container is connected to the regenerating water header and the ion exchanger and is configured, by utilizing the portion of the treated water from the regenerating water header, to supply the regenerating agent as a regenerating solution to the ion exchanger for regenerating, characterized in that the ion exchanger is configured to discharge, after the regeneration, residues of the regenerating solution through waste water connection, wherein the pump is configured to pump treated water from the regenerating water header into the regenerating agent container and to pump air into the regenerating agent container during emptying the regenerating water header in order to empty the regenerating agent container by the air that is pumped in, and wherein the control unit is configured to operate the dishwasher in an emptying mode in which the pump pumps the regenerating agent container empty if a regenerating agent concentration in the regenerating agent container has fallen below a threshold value.
A method for forming and manipulating a group of user interface objects performed at a computing device with a touch screen display, the method comprising: simultaneously displaying, on the touch screen display, a plurality of user interface objects (D1... D36); detecting a first input. at a first location on the touch screen display corresponding to a first user interface object; and while continuing to detect the first input: detecting movement of the first input across the touch screen display to a second location (6052-2, D27') on the touch screen display; moving the first user interface object in accordance with the movement of the first input across the touch screen display to the second location on the touch screen display; detecting a first tap gesture at an initial second user interface object position corresponding to a second user interface object on the touch screen display; and in response to detecting the first tap gesture at the initial second user interface object position on the touch screen display; displaying an animation of the second user interface object moving from the initial second user interface object position to the second location; and grouping the second user interface object with the first user interface object in a group at the second location. simultaneously displaying, on the touch screen display, a plurality of user interface objects (D1... D36); detecting a first input. at a first location on the touch screen display corresponding to a first user interface object; and while continuing to detect the first input: detecting movement of the first input across the touch screen display to a second location (6052-2, D27') on the touch screen display; moving the first user interface object in accordance with the movement of the first input across the touch screen display to the second location on the touch screen display; detecting a first tap gesture at an initial second user interface object position corresponding to a second user interface object on the touch screen display; and in response to detecting the first tap gesture at the initial second user interface object position on the touch screen display; displaying an animation of the second user interface object moving from the initial second user interface object position to the second location; and grouping the second user interface object with the first user interface object in a group at the second location. moving the first user interface object in accordance with the movement of the first input across the touch screen display to the second location on the touch screen display; detecting a first tap gesture at an initial second user interface object position corresponding to a second user interface object on the touch screen display; and in response to detecting the first tap gesture at the initial second user interface object position on the touch screen display; displaying an animation of the second user interface object moving from the initial second user interface object position to the second location; and grouping the second user interface object with the first user interface object in a group at the second location.
An implement mounting device for the front of a utility vehicle such as an agricultural tractor, the device having the two transversely spaced lift arms (2,3) having coupling hooks at their outer ends and being connected at their inner ends to a cross shaft which is pivotally mounted on a frame of the vehicle and is rotatable vertically relative to the frame by a piston and cylinder assembly, the coupling hook of each lift arm being laterally offset relative to the inner end of the lift arm and the lateral spacing between the coupling hooks being variable for holding implement of various size categories, the device being wherein the lift arms (2,3) are interchangeable mounted on the cross shaft so that each lift arm can be moved from a first position (2',3') adjacent one end of the cross shaft in which it is mounted with its coupling hook offset axially inward of its inner end to a second position (2",3") adjacent the other end of the cross shaft with its coupling hook offset axially outwardly of its inner end, thus providing two different axial distances (C,D) between the coupling hooks to accommodate two different sizes of implement, characterised in that the cross shaft has axially outer and axially inner attachment points adjacent each end thereof, the lift arms (2,3) being attached to the axially outer mounting points wherein their first positions (2',3') and to the axially inner mounting points when in their second position (2",3").