mhurhangee/ep-ind-claims huggingface dataset:
Dishwasher, in particular household dishwasher, with a dishwasher cavity for receiving items to be washed, such as dishware, glasses, cutlery or the like, and with at least one movable door for opening or closing the dishwasher cavity, wherein in the switched-on state of the dishwasher the door is able to be held open automatically, at least for a period of time, in an only slightly open drying position during a phase, which serves to dry the items to be washed, of at least one program sequence, characterised in that a deviation, caused due to an interaction of a customer from the outside, of the door opening from the automatically set opening width of the drying position is able to be detected in this drying position of the door, and a response of the dishwasher to said deviation is able to be performed automatically, in accordance with which (a) in the case of a decrease in the opening width of the door compared to the opening width assigned to its drying position, at least one optical and/or acoustic signal, in particular a text signal relating to an impaired drying result, is able to be output to the customer, (b) in the case of an increase in the opening width of the door compared to the opening width assigned to its drying position, at least one optical and/or acoustic signal, in particular a text signal relating to a drying phase which has not yet concluded, is able to be output to the customer, (c) following the end of the deviation of the door opening from the opening width of the drying position, the dishwasher continues in its preset program sequence and, in doing so, takes the time of the existence of the deviation into consideration for a correction of the program duration, and/or (d) a program continuation of the program sequence includes the step of the door being automatically opened again into its drying position with the opening width assigned to said drying position. (a) in the case of a decrease in the opening width of the door compared to the opening width assigned to its drying position, at least one optical and/or acoustic signal, in particular a text signal relating to an impaired drying result, is able to be output to the customer, (b) in the case of an increase in the opening width of the door compared to the opening width assigned to its drying position, at least one optical and/or acoustic signal, in particular a text signal relating to a drying phase which has not yet concluded, is able to be output to the customer, (c) following the end of the deviation of the door opening from the opening width of the drying position, the dishwasher continues in its preset program sequence and, in doing so, takes the time of the existence of the deviation into consideration for a correction of the program duration, and/or (d) a program continuation of the program sequence includes the step of the door being automatically opened again into its drying position with the opening width assigned to said drying position.
A method, comprising: - transmitting to a Network Function, NF, service producer, by a Service Communication Proxy, SCP, a service request on behalf of an NF service consumer, wherein the service request comprises an access token; - receiving, by the SCP, a service response from the NF service producer; - upon receiving the service response, transmitting to the NF service consumer, by the SCP, information related to the access token; and - receiving, by the SCP, a subsequent service request from the NF service consumer, wherein the subsequent service request comprises said information related to the access token; asking, by the SCP, for a new access token from a Network Repository Function, NRF, using said information related to the access token, wherein said information related to the access token comprises at least one access token request parameter and the at least one access token request parameter comprises a parameter used by the SCP to retrieve the access token. - transmitting to a Network Function, NF, service producer, by a Service Communication Proxy, SCP, a service request on behalf of an NF service consumer, wherein the service request comprises an access token; - receiving, by the SCP, a service response from the NF service producer; - upon receiving the service response, transmitting to the NF service consumer, by the SCP, information related to the access token; and - receiving, by the SCP, a subsequent service request from the NF service consumer, wherein the subsequent service request comprises said information related to the access token; asking, by the SCP, for a new access token from a Network Repository Function, NRF, using said information related to the access token, wherein said information related to the access token comprises at least one access token request parameter and the at least one access token request parameter comprises a parameter used by the SCP to retrieve the access token.
A method for forming a phage T4 DNA packaging machine comprising the following steps: mixing a Soc - Hoc - phage T4 head, a gp17 packaging motor, ATP and one or more DNA molecules in vitro to package the one or more DNA molecules into the Soc - Hoc - phage T4 head, thereby forming a DNA packaged head; and exposing the DNA packaged head to one or more Hoc fusion proteins and one or more Soc fusion proteins to form a phage T4 DNA packaging machine that comprises the DNA packaged head and the one or more Hoc fusion proteins and the one or more Soc fusion proteins displayed on surface of the DNA packaged head, wherein the gp17 packaging motor is bound to a vertex portal protein gp20 of the Soc - Hoc - phage T4 head, wherein the Soc - Hoc - phage T4 head retains a portion of a genome DNA, and wherein the one or more Hoc fusion proteins comprise a dendritic cell specific ligand CD40L fused to Hoc. mixing a Soc - Hoc - phage T4 head, a gp17 packaging motor, ATP and one or more DNA molecules in vitro to package the one or more DNA molecules into the Soc - Hoc - phage T4 head, thereby forming a DNA packaged head; and exposing the DNA packaged head to one or more Hoc fusion proteins and one or more Soc fusion proteins to form a phage T4 DNA packaging machine that comprises the DNA packaged head and the one or more Hoc fusion proteins and the one or more Soc fusion proteins displayed on surface of the DNA packaged head, wherein the gp17 packaging motor is bound to a vertex portal protein gp20 of the Soc - Hoc - phage T4 head, wherein the Soc - Hoc - phage T4 head retains a portion of a genome DNA, and wherein the one or more Hoc fusion proteins comprise a dendritic cell specific ligand CD40L fused to Hoc.
An optical processing head (500, 700) that performs processing while moving, in a predetermined moving direction (120, 220), an optical spot (531, 731) formed on a processing surface by condensing light emitted by a light source, comprising: a first optical element (511, 711) that is adapted to condense light emitted by the light source to generate the optical spot (511, 711) of a shape elongated in the moving direction, characterized by a transparent plate (505, 705) that is arranged on a side of the light source with respect to said first optical element (511, 711) and transmits light emitted by the light source and entering said first optical element (511, 711); and an inclination unit that changes an angle formed by light emitted by the light source and said transparent plate (505, 705) to refract light emitted by the light source, the optical processing head further comprising a slide unit that slides said first optical element (511, 711) in a direction perpendicular to the moving direction in accordance with a change of the angle of said transparent plate (505, 705) by said inclination unit. a first optical element (511, 711) that is adapted to condense light emitted by the light source to generate the optical spot (511, 711) of a shape elongated in the moving direction, characterized by a transparent plate (505, 705) that is arranged on a side of the light source with respect to said first optical element (511, 711) and transmits light emitted by the light source and entering said first optical element (511, 711); and an inclination unit that changes an angle formed by light emitted by the light source and said transparent plate (505, 705) to refract light emitted by the light source, the optical processing head further comprising a slide unit that slides said first optical element (511, 711) in a direction perpendicular to the moving direction in accordance with a change of the angle of said transparent plate (505, 705) by said inclination unit.
Torque transmission assembly, in particular hydrodynamic torque converter, fluid coupling or wet-running clutch, comprising a housing arrangement, in the housing arrangement preferably a torsional vibration damper arrangement with an input region coupled or couplable to the housing arrangement and with an output region to be coupled to a driven member, furthermore comprising at least one absorber arrangement with an absorption mass arrangement (Ti) coupled by means of an absorber elasticity to the torque transmission assembly, characterized in that, for the ratio of a mass moment of inertia (MTM T) of the absorber arrangement, in particular of the absorption mass arrangement (Ti), to a mass moment of inertia (MTM W) of the torque transmission assembly without absorber arrangement, the following applies 0.1 ≤ MTM T / MTM W ≤ 0.5
An electronic device comprising: a display configured to output display data; an antenna arranged on a display area of the display; at least one processor electrically connected to the display; and a memory electrically connected to the processor, wherein the memory stores instructions that, when executed, cause the processor to correct the display data based on characteristic information of the antenna when a display location of the display data overlaps an arranged location of the antenna; wherein the characteristic information includes at least one of a type of the antenna, a color of the antenna, transparency of the antenna, or reflectivity of the antenna. a display configured to output display data; an antenna arranged on a display area of the display; at least one processor electrically connected to the display; and a memory electrically connected to the processor, wherein the memory stores instructions that, when executed, cause the processor to correct the display data based on characteristic information of the antenna when a display location of the display data overlaps an arranged location of the antenna; wherein the characteristic information includes at least one of a type of the antenna, a color of the antenna, transparency of the antenna, or reflectivity of the antenna.
Punched part in the form of a non-separated blank for producing a plurality of electrical resistors, in particular current sense resistors, by separating the individual resistors from the blank, wherein the blank comprises a plurality of resistors to be separated and the individual resistors each have the following: a) a resistor element made of a low-resistance resistive material, b) a first current connection part made of a conductor material for introducing an electric current into the resistor, and c) a second current connection part made of a conductor material for discharging the electric current from the resistor, d) wherein the resistor element is disposed in current flow direction between the first current connection part and the second current connection part so that the electric current flows through the resistor element, e) the punched part being punched out of a composite material strip, f) said conductor material having a lower resistivity than said resistive material, characterized in that g) the individual resistors each have a landing surface for equipping with an integrated circuit on the landing surface of the punched part. a) a resistor element made of a low-resistance resistive material, b) a first current connection part made of a conductor material for introducing an electric current into the resistor, and c) a second current connection part made of a conductor material for discharging the electric current from the resistor, d) wherein the resistor element is disposed in current flow direction between the first current connection part and the second current connection part so that the electric current flows through the resistor element, e) the punched part being punched out of a composite material strip, f) said conductor material having a lower resistivity than said resistive material,
A transistor power switch device (400, 700) comprising a semiconductor body presenting opposite first and second faces (104, 106), the switch device comprising an array of vertical field-effect transistor elements for carrying current between said first and second faces (104, 106), said array of transistor elements comprising at said first face an array of source regions of a first semiconductor type, at least one body region (122, 124, 126) of a second semiconductor type opposite to said first type interposed between said source regions and said second face, at least one drain region of said first semiconductor type electrically connected with said second face, and at least one control electrode for switchably controlling flow of said current through said at least one body region (122, 124, 126), and a conductive layer contacting said source regions and insulated from said control electrode by at least one insulating layer (120, 121), wherein said source region of each of said vertical transistor elements contacting said conductive layer is formed in the shape of cross and comprises a plurality of arms extending radially at said first face towards an arm of a source region of an adjacent vertical transistor element of said array, said at least one body region (122, 124, 126) extending around and under said arms of said source regions and merging between said vertical transistor elements to form a continuous body region, and said at least one body region (122, 124, 126) extending up within each of said source regions to contact said conductive layer at said first face characterized in that said at least one body region (122, 124, 126) contacts said conductive layer at contact positions wherein each contact position is adjacent to an end of each of said arms of said source regions.
A kit for keeping cleanness in system catering comprising a first glove formed from a blank made of a lipophilic and hydrophobic first material, a second glove formed from a blank made of a lipophilic and hydrophilic second material, a first mop formed from a blank made of the first material, a second mop formed from a blank made of the second material and a floor mat blank made of one of the first and second materials.
A method of automated discarding of outliers in a set of spectra obtained by spectroscopy, the spectroscopy yielding spectra, such as NMR spectra, containing signals or peaks whose intensities or areas are proportional to component concentrations, the method comprising the steps of: a) selecting a principal spectral range; b) recording a plurality of principal spectra in said principal spectral range; c) obtaining a reference principal spectrum in said principal spectral range; d) carrying out, for each one of said principal spectra, a bin-wise division of the principal spectrum by said reference principal spectrum to obtain a corresponding set of spectral quotients; and e) calculating, for at least one of said principal spectra, an associated set of statistical measures derived from the corresponding set of spectral quotients, said set of statistical measures corresponding to a principal spectrum comprising the median of its spectral quotients and an interquartile difference obtained by subtracting the first quartile of its spectral quotients from the third quartile of its spectral quotients; f) carrying out, for at least one of said principal spectra, an outlier detection test to determine whether or not the principal spectrum is an outlier, wherein said outlier detection test is based on the median and/or the interquartile difference comprised in the set of statistical measures corresponding to said principal spectrum; and g) discarding said principal spectrum if it has been determined to be an outlier. a) selecting a principal spectral range; b) recording a plurality of principal spectra in said principal spectral range; c) obtaining a reference principal spectrum in said principal spectral range; d) carrying out, for each one of said principal spectra, a bin-wise division of the principal spectrum by said reference principal spectrum to obtain a corresponding set of spectral quotients; and e) calculating, for at least one of said principal spectra, an associated set of statistical measures derived from the corresponding set of spectral quotients, said set of statistical measures corresponding to a principal spectrum comprising the median of its spectral quotients and an interquartile difference obtained by subtracting the first quartile of its spectral quotients from the third quartile of its spectral quotients; f) carrying out, for at least one of said principal spectra, an outlier detection test to determine whether or not the principal spectrum is an outlier, wherein said outlier detection test is based on the median and/or the interquartile difference comprised in the set of statistical measures corresponding to said principal spectrum; and g) discarding said principal spectrum if it has been determined to be an outlier.
A near field communications, NFC, controller of an NFC device, the NFC controller being configured to transmit, after the detection, by the NFC controller, of an NFC reader in relation with a first NFC transaction and prior to receiving an application selection command from the NFC reader, an application selection message to a transaction handling element of the NFC device, wherein the NFC controller comprises a buffer storing a previous application selection command, or an indication of a previous application selected based on a previous application selection command, wherein the application selection message comprises the previous application selection command or designates the previous application.
Sanding machine (1, 1') for sanding panels or similar items, comprising: advancing means (2, 2') for advancing, in use, at least one panel or similar item according to a predetermined advancing direction (A, A'); and at least one sanding device (5, 5') for sanding, in use, at least one panel or similar item during the advancement of said at least one panel or similar item according to said predetermined advancing direction (A, A'), said at least one sanding device (5, 5') comprising a removable abrasive belt, directed transversely to said predetermined advancing direction (A, A'); characterized in that the sanding machine (1, 1') comprises at least one auxiliary device to promote, in use, fitting of said abrasive belt, by an operator, in said at least one sanding device (5, 5'), said at least one auxiliary device comprising movement means (12, 13, 14) for moving, in use, at least one portion of said abrasive belt transversely to said predetermined advancing direction (A, A') from a first position, which is reachable by an operator and adjacent to a first outer edge of said sanding machine (1, 1'), to a second position reachable by an operator and adjacent to a second outer edge of said sanding machine (1, 1') opposite said first outer edge. advancing means (2, 2') for advancing, in use, at least one panel or similar item according to a predetermined advancing direction (A, A'); and at least one sanding device (5, 5') for sanding, in use, at least one panel or similar item during the advancement of said at least one panel or similar item according to said predetermined advancing direction (A, A'), said at least one sanding device (5, 5') comprising a removable abrasive belt, directed transversely to said predetermined advancing direction (A, A'); characterized in that the sanding machine (1, 1') comprises at least one auxiliary device to promote, in use, fitting of said abrasive belt, by an operator, in said at least one sanding device (5, 5'), said at least one auxiliary device comprising movement means (12, 13, 14) for moving, in use, at least one portion of said abrasive belt transversely to said predetermined advancing direction (A, A') from a first position, which is reachable by an operator and adjacent to a first outer edge of said sanding machine (1, 1'), to a second position reachable by an operator and adjacent to a second outer edge of said sanding machine (1, 1') opposite said first outer edge.
A portable communicator for use in a process control system, the process control system including a controller coupled to a field device, the controller configured to communicate with the field device to control a physical process parameter or to measure a physical process control parameter in a process plant, the portable communicator comprising: a processor; a computer-readable memory having computer-readable instructions executable on the processor; a communication interface configured to communicate wirelessly with the field device without communicating via the controller; a user interface configured to display a connection status between the portable communicator and the field device; and a software application stored on the computer readable memory and configured to execute on the processor to send data to the field device or to receive data from the field device via the communication interface and not via the controller, and wherein the portable communicator is configured to prevent a user of the portable communicator from overriding parameters of the field device through the portable communicator when the connection status with the field device displayed at the user interface indicates to the user that the field device is unavailable for configuration. a processor; a computer-readable memory having computer-readable instructions executable on the processor; a communication interface configured to communicate wirelessly with the field device without communicating via the controller; a user interface configured to display a connection status between the portable communicator and the field device; and a software application stored on the computer readable memory and configured to execute on the processor to send data to the field device or to receive data from the field device via the communication interface and not via the controller, and wherein the portable communicator is configured to prevent a user of the portable communicator from overriding parameters of the field device through the portable communicator when the connection status with the field device displayed at the user interface indicates to the user that the field device is unavailable for configuration.