mhurhangee/patent-ind-claim-en huggingface dataset:
Microwave cooking device, - having a cooking chamber that is defined by a cooking chamber wall , - having a cooking device light , - having an opening in the cooking chamber wall , in which the cooking device light is held, - having a shield in the area of the opening , which prevents microwaves from exiting the cooking chamber via the opening , wherein - the cooking device light has an LED light source and a light guide rod , which feeds the light emitted from the LED light source into the cooking chamber, - the cooking device light has a holding plate that is provided with a recess in which the light guide rod of the cooking device light sits, - the holding plate holds a sleeve component that surrounds the light guide rod , - the holding plate is arranged so as to cover the opening on the cooking chamber wall , characterised in that the sleeve component is formed as a separate component, and has a support flange and a splayed fastening base and the holding plate forms a receiving slot, through which the fastening base of the sleeve component is passed and engages behind a side of the holding plate that faces away from the support flange . - having a cooking chamber that is defined by a cooking chamber wall , - having a cooking device light , - having an opening in the cooking chamber wall , in which the cooking device light is held, - having a shield in the area of the opening , which prevents microwaves from exiting the cooking chamber via the opening , wherein - the cooking device light has an LED light source and a light guide rod , which feeds the light emitted from the LED light source into the cooking chamber, - the cooking device light has a holding plate that is provided with a recess in which the light guide rod of the cooking device light sits, - the holding plate holds a sleeve component that surrounds the light guide rod , - the holding plate is arranged so as to cover the opening on the cooking chamber wall , characterised in that the sleeve component is formed as a separate component, and has a support flange and a splayed fastening base and the holding plate forms a receiving slot, through which the fastening base of the sleeve component is passed and engages behind a side of the holding plate that faces away from the support flange .
An apparatus for applying stripes of liquid coating on a confectionery product comprising a rotatable applicator for liquid coating, at least one shield positioned above the rotatable applicator to collect coating material not applied onto the product, a manifold for providing the rotatable applicator with the coating material in a liquid form, and wherein the rotatable applicator is arranged to spin about an axis which is orientated from horizontal and up to 30 degrees of deviation from horizontal, and wherein the applicator has openings along its circumference through which coating material may be projected upon spinning of the applicator and, wherein the shield positioned above the rotatable applicator is a plate oriented at an angle of 40 to 80 degree as measured from the axis of rotation of the rotatable applicator and at an angle of 0 to 60 degrees as measured from a horizontal line extending perpendicular to the axis of rotation of the rotatable applicator into the direction where the product is located. a rotatable applicator for liquid coating, at least one shield positioned above the rotatable applicator to collect coating material not applied onto the product, a manifold for providing the rotatable applicator with the coating material in a liquid form, and wherein the rotatable applicator is arranged to spin about an axis which is orientated from horizontal and up to 30 degrees of deviation from horizontal, and wherein the applicator has openings along its circumference through which coating material may be projected upon spinning of the applicator and, wherein the shield positioned above the rotatable applicator is a plate oriented at an angle of 40 to 80 degree as measured from the axis of rotation of the rotatable applicator and at an angle of 0 to 60 degrees as measured from a horizontal line extending perpendicular to the axis of rotation of the rotatable applicator into the direction where the product is located.
Apparatus for estimating an inter-channel time difference between a first channel signal and a second channel signal, comprising: a calculator for calculating a cross-correlation spectrum for a time block from the first channel signal in the time block and the second channel signal in the time block; a spectral characteristic estimator for estimating a characteristic of a spectrum of the first channel signal or the second channel signal for the time block; a smoothing filter for smoothing the cross-correlation spectrum over time using the spectral characteristic to obtain a smoothed cross-correlation spectrum; and a processor for processing the smoothed cross-correlation spectrum to obtain the inter-channel time difference. a calculator for calculating a cross-correlation spectrum for a time block from the first channel signal in the time block and the second channel signal in the time block; a spectral characteristic estimator for estimating a characteristic of a spectrum of the first channel signal or the second channel signal for the time block; a smoothing filter for smoothing the cross-correlation spectrum over time using the spectral characteristic to obtain a smoothed cross-correlation spectrum; and a processor for processing the smoothed cross-correlation spectrum to obtain the inter-channel time difference.
A self-centering device for centering a medical instrument in a conduit within a patient, the device comprising: a framework comprised of a plurality of elongate metal frame members , wherein the frame members are attached to each other to define a central lumen having an open proximal end and an open distal end , wherein the distal end has a greater diameter than a diameter of the proximal end , and wherein the frame members are attached to each other to further define two or more side apertures that are nearer to the proximal end than to the distal end ; and a covering , wherein the covering is attached to the framework and the covering is a biocompatible membrane or film, wherein the side apertures define open fluid flow paths that are not occluded by the covering . a framework comprised of a plurality of elongate metal frame members , wherein the frame members are attached to each other to define a central lumen having an open proximal end and an open distal end , wherein the distal end has a greater diameter than a diameter of the proximal end , and wherein the frame members are attached to each other to further define two or more side apertures that are nearer to the proximal end than to the distal end ; and a covering , wherein the covering is attached to the framework and the covering is a biocompatible membrane or film, wherein the side apertures define open fluid flow paths that are not occluded by the covering .
Differential protection device for detecting leakage current or fault current in an electrical installation powered by at least one phase conductor (P1, P2, P3) of a network and at least one neutral and/or earth conductor (N) of said network, said device comprising, on the one hand, a transformer with a preferentially toroidal core made of ferromagnetic material (T), with a primary winding composed of at least two of the aforementioned conductors (P1, P2, P3, N) and with at least one secondary winding (BS) across the terminals of which is established a signal induced when a differential fault occurs at the primary winding and, on the other hand, at least one processing and control circuit (ETC) designed to process the induced signal and, in the event that a predefined threshold value is exceeded, to control an electromagnetic actuator, a relay or an analogue means (MC) for disconnecting or opening the device , said processing and control circuit(s) (ETC) being connected to the terminals of the secondary winding (BS) in question, the differential protection device being characterized in that a passive circuit (CP) comprising one inductor (L) at least, and at least one resistor (R) and/or at least one capacitor (C) connected in series with said at least one inductor (L), is connected to the terminals of the secondary winding (BS), in parallel with the latter, the inductor (L) that forms part of the passive circuit (CP) being dimensioned in such a way that, for fault current frequencies greater than approximately 20 kHz, the triggering threshold of the circuit (ETC) is less than or equal to 420 mA. said device comprising, on the one hand, a transformer with a preferentially toroidal core made of ferromagnetic material (T), with a primary winding composed of at least two of the aforementioned conductors (P1, P2, P3, N) and with at least one secondary winding (BS) across the terminals of which is established a signal induced when a differential fault occurs at the primary winding and, on the other hand, at least one processing and control circuit (ETC) designed to process the induced signal and, in the event that a predefined threshold value is exceeded, to control an electromagnetic actuator, a relay or an analogue means (MC) for disconnecting or opening the device , said processing and control circuit(s) (ETC) being connected to the terminals of the secondary winding (BS) in question, the differential protection device being characterized in that a passive circuit (CP) comprising one inductor (L) at least, and at least one resistor (R) and/or at least one capacitor (C) connected in series with said at least one inductor (L), is connected to the terminals of the secondary winding (BS), in parallel with the latter, the inductor (L) that forms part of the passive circuit (CP) being dimensioned in such a way that, for fault current frequencies greater than approximately 20 kHz, the triggering threshold of the circuit (ETC) is less than or equal to 420 mA.
A Ti-Nb alloy sputtering target having a relative density of 99.9% or higher, wherein Nb is contained at 0.1 to 30 at%, the remainder is Ti and unavoidable impurities, an oxygen content is 400 wtppm or less and a variation in the oxygen content is within 20%, wherein the oxygen content is sampled from 9 in-plane locations of the target: at the centre, at 4 locations positioned at 1/2 the radius on two orthogonal diameters and at 4 locations positioned 10 mm inward from the outer periphery thereof; and the variation is calculated based on: variation (%) in oxygen content = (maximum value - minimum value) / mean value × 100.
A power supply device comprising: a power conversion unit that includes two or more first semiconductor switching devices and performs a converter operation configured to convert an AC power to a DC power or an inverter operation configured to convert a DC power to an AC power; a heating resistor configured to heat the first semiconductor switching devices ; a second semiconductor switching device configured to control conduction of the heating resistor ; a temperature detection unit configured to detect an outside air temperature of a place where the power supply device is installed; and a control unit configured to generate a drive signal for controlling ON and OFF of the first semiconductor switching devices and the second semiconductor switching device by using a temperature detected by the temperature detection unit , wherein the control unit is configured to generate, when the outside air temperature is equal to or lower than a first threshold temperature set in advance, a drive signal for setting the second semiconductor switching device to an ON state, and thereafter, after a preset predetermined time has passed, the control unit is configured to generate a drive signal for setting the second semiconductor switching device to an OFF state and is configured to start an interleaving operation of the first semiconductor switching devices . a power conversion unit that includes two or more first semiconductor switching devices and performs a converter operation configured to convert an AC power to a DC power or an inverter operation configured to convert a DC power to an AC power; a heating resistor configured to heat the first semiconductor switching devices ; a second semiconductor switching device configured to control conduction of the heating resistor ; a temperature detection unit configured to detect an outside air temperature of a place where the power supply device is installed; and a control unit configured to generate a drive signal for controlling ON and OFF of the first semiconductor switching devices and the second semiconductor switching device by using a temperature detected by the temperature detection unit , wherein the control unit is configured to generate, when the outside air temperature is equal to or lower than a first threshold temperature set in advance, a drive signal for setting the second semiconductor switching device to an ON state, and thereafter, after a preset predetermined time has passed, the control unit is configured to generate a drive signal for setting the second semiconductor switching device to an OFF state and is configured to start an interleaving operation of the first semiconductor switching devices .
An adhesive composition comprising A) at least one of white pigments, carbon black, calcinated kaolin, fumed silica, calcium carbonate, uncoated kaoline, of a mixture thereof; B) one or more glass adhesion promotors; C) one or more catalysts; the catalyst comprising 2,2'-dimorpholinodiethylether; D) a plasticizer; E) prepolymer; wherein the prepolymer comprises a reaction product of polyesterpolyol and diphenylmethan-4,4'-diisocyanate, wherein the composition comprises 0.5 to 2.5 wt. %, based on the total weight of the composition, of the reaction product of polyesterpolyol and diphenylmethan-4,4'-diisocyanate; F) isocyanate comprising 0.1 to 0.8 wt. %, based on the total weight of the composition, of hexamethylene diisocyanate trimer with a NCO content of about 21.8%; and G) a solvent or heat stabilizer. A) at least one of white pigments, carbon black, calcinated kaolin, fumed silica, calcium carbonate, uncoated kaoline, of a mixture thereof; B) one or more glass adhesion promotors; C) one or more catalysts; the catalyst comprising 2,2'-dimorpholinodiethylether; D) a plasticizer; E) prepolymer; wherein the prepolymer comprises a reaction product of polyesterpolyol and diphenylmethan-4,4'-diisocyanate, wherein the composition comprises 0.5 to 2.5 wt. %, based on the total weight of the composition, of the reaction product of polyesterpolyol and diphenylmethan-4,4'-diisocyanate; F) isocyanate comprising 0.1 to 0.8 wt. %, based on the total weight of the composition, of hexamethylene diisocyanate trimer with a NCO content of about 21.8%; and G) a solvent or heat stabilizer.
A method comprising: receiving , at a processor, a request from a user to initiate a call via a channel ; identifying , at the processor, a call participant set associated with the channel; initiating, by the processor, said call via said channel and between at least a portion of said identified call participant set; receiving , at the processor, a sequence of communications associated with the call, the sequence of communications including data of at least a real-time media data type and a posted data type; transmitting , by the processor, the sequence of communications into the call; and characterized in that the method comprises: recording , by the processor, the sequence of communications associated with the call in a data store wherein each communication is tagged to define the association between each of the communications of the sequence of communications and said call. receiving , at a processor, a request from a user to initiate a call via a channel ; identifying , at the processor, a call participant set associated with the channel; initiating, by the processor, said call via said channel and between at least a portion of said identified call participant set; receiving , at the processor, a sequence of communications associated with the call, the sequence of communications including data of at least a real-time media data type and a posted data type; transmitting , by the processor, the sequence of communications into the call; and characterized in that the method comprises: recording , by the processor, the sequence of communications associated with the call in a data store wherein each communication is tagged to define the association between each of the communications of the sequence of communications and said call.
A cartridge for use in an aerosol-generating system, the cartridge comprising: a first compartment having a first air inlet and a first air outlet , the first air inlet being upstream of the first air outlet , the first compartment containing a nicotine source ; a second compartment having a second air inlet and a second air outlet , the second air inlet being upstream of the second air outlet , the second compartment containing an acid source ; a mixing chamber for mixing nicotine from the nicotine source in the first compartment and acid from the acid source in the second compartment with an air flow to form an aerosol, the mixing chamber being downstream of both the first air outlet of the first compartment and the second air outlet of the second compartment ; and a heating element configured to heat the mixing chamber , wherein at least a portion of the heating element is neither upstream nor downstream of the mixing chamber . a first compartment having a first air inlet and a first air outlet , the first air inlet being upstream of the first air outlet , the first compartment containing a nicotine source ; a second compartment having a second air inlet and a second air outlet , the second air inlet being upstream of the second air outlet , the second compartment containing an acid source ; a mixing chamber for mixing nicotine from the nicotine source in the first compartment and acid from the acid source in the second compartment with an air flow to form an aerosol, the mixing chamber being downstream of both the first air outlet of the first compartment and the second air outlet of the second compartment ; and a heating element configured to heat the mixing chamber , wherein at least a portion of the heating element is neither upstream nor downstream of the mixing chamber .
A mouse that expresses antibodies, wherein each heavy chain in the expressed antibodies comprises a human variable region and a mouse constant region, wherein the mouse also expresses: (i) a mouse ADAM6a protein or ortholog or homolog thereof that is functional in a male mouse; and (ii) a mouse ADAM6b protein or ortholog or homolog thereof that is functional in a male mouse, wherein the ADAM6a and ADAM6b proteins or orthologs or homologs thereof are expressed from an integrated nucleic acid sequence that is present within the endogenous mouse immunoglobulin heavy chain locus comprising at least one human V H , at least one human D H and at least one human J H segment, wherein the mouse lacks a functional endogenous Adam6 gene. (i) a mouse ADAM6a protein or ortholog or homolog thereof that is functional in a male mouse; and (ii) a mouse ADAM6b protein or ortholog or homolog thereof that is functional in a male mouse,
A flexible secondary battery comprising: an electrode support ; a sheet-type internal electrode wound helically outside of the electrode support ; a sheet-type first solid electrolyte layer wound helically outside of the internal electrode ; a sheet-type bipolar electrode wound helically outside of the first solid electrolyte layer ; a sheet-type second solid electrolyte layer wound helically outside of the bipolar electrode ; and a sheet-type external electrode wound helically outside of the second solid electrolyte layer , wherein each of the first solid electrolyte layer and the second solid electrolyte layer includes an organic solid electrolyte, the internal electrode is provided with insulation coating portions (C) at both longitudinal ends of one surface facing the first solid electrolyte layer , the external electrode is provided with insulation coating portions (C) at both longitudinal ends of one surface facing the second solid electrolyte layer , the bipolar electrode is provided with insulation coating portions (C) at both longitudinal ends of opposing surfaces thereof, and the sheet-type internal electrode , the sheet-type bipolar electrode , and the sheet-type external electrode have no additional non-coated portion having no electrode active material layer formed therein. an electrode support ; a sheet-type internal electrode wound helically outside of the electrode support ; a sheet-type first solid electrolyte layer wound helically outside of the internal electrode ; a sheet-type bipolar electrode wound helically outside of the first solid electrolyte layer ; a sheet-type second solid electrolyte layer wound helically outside of the bipolar electrode ; and a sheet-type external electrode wound helically outside of the second solid electrolyte layer , wherein each of the first solid electrolyte layer and the second solid electrolyte layer includes an organic solid electrolyte, the internal electrode is provided with insulation coating portions (C) at both longitudinal ends of one surface facing the first solid electrolyte layer , the external electrode is provided with insulation coating portions (C) at both longitudinal ends of one surface facing the second solid electrolyte layer , the bipolar electrode is provided with insulation coating portions (C) at both longitudinal ends of opposing surfaces thereof, and the sheet-type internal electrode , the sheet-type bipolar electrode , and the sheet-type external electrode have no additional non-coated portion having no electrode active material layer formed therein.
A surgical robotic system for sensing pose, as position and orientation of a trocar, the system comprising: a surgical robotic arm; a plurality of magnetic field sensors coupled to the surgical robotic arm; and characterised in that the surgical robotic system comprises a processor that implements a machine learning model that receives signals from the plurality of magnetic field sensors and trained to output an estimate of a pose of a trocar that is producing a magnetic field, based on output data from the plurality of magnetic field sensors. a surgical robotic arm; a plurality of magnetic field sensors coupled to the surgical robotic arm; and characterised in that the surgical robotic system comprises a processor that implements a machine learning model that receives signals from the plurality of magnetic field sensors and trained to output an estimate of a pose of a trocar that is producing a magnetic field, based on output data from the plurality of magnetic field sensors.