mhurhangee/patent-ind-claim-en huggingface dataset:
Professional electric cooking oven comprising a cooking chamber, a cooking resistor mounted on the rear wall of said cooking chamber, a water supply duct extending from said rear wall , a tray located inside the cooking chamber in a position to receive the water fed through said duct , a second resistor that extends into said tray so that most of said second resistor is immersed in water when the tray is filled, and a deflector mounted on the rear wall so as to protect a user from contact with said cooking resistor and second resistor , characterized in that the tray is integrated in said deflector which has a solid bottom wall and has a raised rear edge such that the lower portion of the deflector can contain water and accommodate the second resistor .
A system for guiding suction of an obstruction , the system comprising: a sound generator to emit sound waves into an endotracheal tube ; at least one sound receiver to detect returning acoustic reflections; and a reflectometry device having at least one processor and a memory that is accessible to the processor for: analyzing timings and amplitudes of the returning acoustic reflections to determine a location and size of an obstruction within the endotracheal tube and the location of a tip of a suction catheter within the endotracheal tube , and guiding the suction catheter to the obstruction, wherein guiding includes displaying on a display relative positions of the suction catheter and the obstruction. a sound generator to emit sound waves into an endotracheal tube ; at least one sound receiver to detect returning acoustic reflections; and a reflectometry device having at least one processor and a memory that is accessible to the processor for: analyzing timings and amplitudes of the returning acoustic reflections to determine a location and size of an obstruction within the endotracheal tube and the location of a tip of a suction catheter within the endotracheal tube , and guiding the suction catheter to the obstruction, wherein guiding includes displaying on a display relative positions of the suction catheter and the obstruction. analyzing timings and amplitudes of the returning acoustic reflections to determine a location and size of an obstruction within the endotracheal tube and the location of a tip of a suction catheter within the endotracheal tube , and guiding the suction catheter to the obstruction, wherein guiding includes displaying on a display relative positions of the suction catheter and the obstruction.
A device for the self-adjustment of a component-handling device for electronic components (B), which is designed and arranged to transfer the components (B) from a delivery device at a dispensing point (SPS) to a first adjustable turning device having a plurality of pick-up elements , and to turn the received component (B) through a first predetermined angle about its longitudinal or transverse axis (LA, QA), to feed it to a deposit point (AS), and to deposit it there on an adjustable reception device at a predetermined reception point (ES1), comprising: a first adjustment sensor arrangement (K1, K8) directed at the dispensing point (SPS), which is designed and arranged to detect a position of the pick-up element positioned at the dispensing point (SPS) in relation to the delivery device , and a second adjustment sensor arrangement directed at the deposit point (AS), which is designed and arranged to detect a position of the reception point (ES1) in relation to the position of the pick-up element positioned at the deposit point (AS), wherein the first and the second adjustment sensor arrangements are each designed and arranged to detect the dispensing point (SPS)/the deposit point (AS) from at least two detection directions which are different from one another, and the first and second adjustment sensor arrangements are each designed and arranged to provide image acquisitions for each transfer position of the first turning device to a downstream controller, wherein for each transfer position of the first turning device , the controller determines, on the basis of the image acquisitions obtained, a correction vector which is used during operation of the component-handling device to adjust the first turning device and/or the individual pick-up elements and/or the reception device . a first adjustment sensor arrangement (K1, K8) directed at the dispensing point (SPS), which is designed and arranged to detect a position of the pick-up element positioned at the dispensing point (SPS) in relation to the delivery device , and a second adjustment sensor arrangement directed at the deposit point (AS), which is designed and arranged to detect a position of the reception point (ES1) in relation to the position of the pick-up element positioned at the deposit point (AS), wherein the first and the second adjustment sensor arrangements are each designed and arranged to detect the dispensing point (SPS)/the deposit point (AS) from at least two detection directions which are different from one another, and the first and second adjustment sensor arrangements are each designed and arranged to provide image acquisitions for each transfer position of the first turning device to a downstream controller, wherein for each transfer position of the first turning device , the controller determines, on the basis of the image acquisitions obtained, a correction vector which is used during operation of the component-handling device to adjust the first turning device and/or the individual pick-up elements and/or the reception device .
A refrigerator comprising: an inner liner ; an outer wrapper ; and a trim breaker that extends between the inner liner and the outer wrapper to define an insulated structural cabinet , characterized in that the trim breaker includes a plurality of gas-blocking flakes , wherein each gas-blocking flake includes a longitudinal axis that extends substantially parallel with an elongated surface of the respective gas-blocking flake ; and wherein the longitudinal axis and the elongated surface of each corresponding gas-blocking flake is oriented to be substantially parallel with a portion of an outer surface of the trim breaker located near the respective gas-blocking flake . an inner liner ; an outer wrapper ; and a trim breaker that extends between the inner liner and the outer wrapper to define an insulated structural cabinet , characterized in that the trim breaker includes a plurality of gas-blocking flakes , wherein each gas-blocking flake includes a longitudinal axis that extends substantially parallel with an elongated surface of the respective gas-blocking flake ; and wherein the longitudinal axis and the elongated surface of each corresponding gas-blocking flake is oriented to be substantially parallel with a portion of an outer surface of the trim breaker located near the respective gas-blocking flake . the trim breaker includes a plurality of gas-blocking flakes , wherein each gas-blocking flake includes a longitudinal axis that extends substantially parallel with an elongated surface of the respective gas-blocking flake ; and wherein the longitudinal axis and the elongated surface of each corresponding gas-blocking flake is oriented to be substantially parallel with a portion of an outer surface of the trim breaker located near the respective gas-blocking flake .
A stent delivery device having a delivery configuration for delivering a stent to a treatment location and a deployment configuration for deploying the stent at the treatment location, comprising: an outer sheath ; an inner shaft slidably disposed within a lumen of the outer sheath; and a distal tip member fixedly attached to a distal end of the inner shaft; wherein a distal portion of the outer sheath includes a plurality of longitudinal strips circumferentially disposed about the lumen of the outer sheath; wherein at least a portion of the distal tip member is configured to slide over a distal end of the outer sheath in the delivery configuration, and wherein the plurality of longitudinal strips are self-biased radially inward toward an equilibrium position when a radially outward force against the plurality of longitudinal strips is absent. an outer sheath ; an inner shaft slidably disposed within a lumen of the outer sheath; and a distal tip member fixedly attached to a distal end of the inner shaft; wherein a distal portion of the outer sheath includes a plurality of longitudinal strips circumferentially disposed about the lumen of the outer sheath; wherein at least a portion of the distal tip member is configured to slide over a distal end of the outer sheath in the delivery configuration, and wherein the plurality of longitudinal strips are self-biased radially inward toward an equilibrium position when a radially outward force against the plurality of longitudinal strips is absent.
A tablet comprising: (1 S ,2 S ,3 R ,5 S )-3-[7-{[(1 R ,2 S )-2-(3,4-difluorophenyl)cyclopropyl]amino}-5-(propylthio)-3 H - -triazolo[4,5- d ]pyrimidin-3-yl]-5-(2-hydroxyethoxy)cyclopentane-1,2-diol at from 10 to 18% by weight of the tablet; hydroxypropyl cellulose at from 0.9 to 2% by weight of the tablet; colloidal anhydrous silica at from 0.5 to 1% by weight of the tablet; mannitol at from 47 to 67% by weight of the tablet; xylitol at from 2.5 to 4% by weight of the tablet; anhydrous dibasic calcium phosphate at from 2 to 3.5% by weight of the tablet; microcrystalline cellulose at from 9 to 15% by weight of the tablet; crospovidone at from 5 to 9% by weight of the tablet; and sodium stearyl fumarate at from 1 to 2% by weight of the tablet; wherein the tablet has a hardness of from 50 to 150N and a disintegration time of less than 60 seconds as measured using the method set out in US Pharmacopoeia monograph 701. (1 S ,2 S ,3 R ,5 S )-3-[7-{[(1 R ,2 S )-2-(3,4-difluorophenyl)cyclopropyl]amino}-5-(propylthio)-3 H - -triazolo[4,5- d ]pyrimidin-3-yl]-5-(2-hydroxyethoxy)cyclopentane-1,2-diol at from 10 to 18% by weight of the tablet; hydroxypropyl cellulose at from 0.9 to 2% by weight of the tablet; colloidal anhydrous silica at from 0.5 to 1% by weight of the tablet; mannitol at from 47 to 67% by weight of the tablet; xylitol at from 2.5 to 4% by weight of the tablet; anhydrous dibasic calcium phosphate at from 2 to 3.5% by weight of the tablet; microcrystalline cellulose at from 9 to 15% by weight of the tablet; crospovidone at from 5 to 9% by weight of the tablet; and sodium stearyl fumarate at from 1 to 2% by weight of the tablet;
An atomiser for atomising a liquid aerosol-forming substrate to generate an aerosol, the atomiser comprising: heating means arranged to heat liquid aerosol-forming substrate, the heating means comprising a vibratable element , the vibratable element comprising a plurality of passages through which heated liquid aerosol-forming substrate passes to form an aerosol; and an actuator arranged to vibrate the vibratable element to generate the aerosol. heating means arranged to heat liquid aerosol-forming substrate, the heating means comprising a vibratable element , the vibratable element comprising a plurality of passages through which heated liquid aerosol-forming substrate passes to form an aerosol; and an actuator arranged to vibrate the vibratable element to generate the aerosol.
An inkjet ink comprising a phenol resin whose softening point is 70°C or more and is 125°C or less, a tackifier, a colorant, and an organic solvent, wherein the colorant is a dye, and the tackifier is at least one kind selected from the group consisting of a terpene phenol resin and a rosin ester resin whose hydroxyl value is 10 mgKOH/g or more and is 45 mgKOH/g or less.
A method for wireless communications by a user equipment, UE, comprising: receiving first signaling defining time domain resources for a number of physical downlink shared channel, PDSCH, candidates within a transmission time interval, TTI; receiving second signaling scheduling the UE to receive at least two PDSCH transmissions according to the PDSCH candidates; picking, as a reference set, a maximum number of non-overlapping PDSCH candidates per slot as defined by the first signaling, wherein each PDSCH candidate in the set is mapped to one of the ACK/NACK fields; and for each PDSCH candidate not in the reference set, mapping that PDSCH candidate to an ACK/NACK field of a PDSCH candidate in the reference set if that PDSCH candidate starting symbol is: within a duration of the PDSCH candidate in the reference set or occurs in a gap between the PDSCH candidate in the reference set and the end of a previous PDSCH candidate in the reference set; determining which of the acknowledgment/negative acknowledgement, ACK/NACK, fields, of a codebook with fewer ACK/NACK fields than the number of PDSCH candidates, to use to provide ACK/NACK feedback for which of the scheduled PDSCH transmissions; and providing ACK/NACK feedback for the scheduled PDSCH transmissions according to the determination. receiving first signaling defining time domain resources for a number of physical downlink shared channel, PDSCH, candidates within a transmission time interval, TTI; receiving second signaling scheduling the UE to receive at least two PDSCH transmissions according to the PDSCH candidates; picking, as a reference set, a maximum number of non-overlapping PDSCH candidates per slot as defined by the first signaling, wherein each PDSCH candidate in the set is mapped to one of the ACK/NACK fields; and for each PDSCH candidate not in the reference set, mapping that PDSCH candidate to an ACK/NACK field of a PDSCH candidate in the reference set if that PDSCH candidate starting symbol is: within a duration of the PDSCH candidate in the reference set or occurs in a gap between the PDSCH candidate in the reference set and the end of a previous PDSCH candidate in the reference set; within a duration of the PDSCH candidate in the reference set or occurs in a gap between the PDSCH candidate in the reference set and the end of a previous PDSCH candidate in the reference set; determining which of the acknowledgment/negative acknowledgement, ACK/NACK, fields, of a codebook with fewer ACK/NACK fields than the number of PDSCH candidates, to use to provide ACK/NACK feedback for which of the scheduled PDSCH transmissions; and providing ACK/NACK feedback for the scheduled PDSCH transmissions according to the determination.
An electric submersible pump system comprising: a pump ; a motor coupled to the pump, wherein the motor is configured to drive the pump; and an electric drive coupled to the motor, wherein the electric drive is configured to provide output power to the motor and thereby drive the motor; wherein the electric drive includes a converter , an inverter , a DC bus coupled to convey DC power from the converter to the inverter, and a controller coupled to the converter and the inverter; wherein the electric drive is configured to determine currents output from the inverter and transform the measured output currents to Id and Iq currents in a d-q reference frame ; wherein the electric drive is configured to determine a demanded Vd voltage in dependence on a difference between the Id current and the Id reference value and determine a demanded Vq voltage in dependence on a difference between the Iq current and the Iq reference value ; wherein the electric drive is configured to determine an inverter angle and a demanded bus voltage in dependence on the demanded Vd voltage and the demanded Vq voltage ; characterised in that the electric drive is configured to determine a converter firing angle in dependence on a difference between the demanded bus voltage and a measured bus voltage and control the converter, thereby producing the demanded bus voltage on the DC bus ; and wherein the electric drive is configured to operate the inverter in dependence on the inverter angle and thereby produce a six-step output waveform to provide to the motor. a pump ; a motor coupled to the pump, wherein the motor is configured to drive the pump; and an electric drive coupled to the motor, wherein the electric drive is configured to provide output power to the motor and thereby drive the motor; wherein the electric drive includes a converter , an inverter , a DC bus coupled to convey DC power from the converter to the inverter, and a controller coupled to the converter and the inverter; wherein the electric drive is configured to determine currents output from the inverter and transform the measured output currents to Id and Iq currents in a d-q reference frame ; wherein the electric drive is configured to determine a demanded Vd voltage in dependence on a difference between the Id current and the Id reference value and determine a demanded Vq voltage in dependence on a difference between the Iq current and the Iq reference value ; wherein the electric drive is configured to determine an inverter angle and a demanded bus voltage in dependence on the demanded Vd voltage and the demanded Vq voltage ; characterised in that the electric drive is configured to determine a converter firing angle in dependence on a difference between the demanded bus voltage and a measured bus voltage and control the converter, thereby producing the demanded bus voltage on the DC bus ; and wherein the electric drive is configured to operate the inverter in dependence on the inverter angle and thereby produce a six-step output waveform to provide to the motor.
Air-cooled electric motor comprising a floating bearing-side first end plate and a fixed bearing-side second end plate , a belt tensioner which is fitted on a fixed bearing side of the electric motor , an inverter housing which is arranged on a floating bearing side of the electric motor , and a fan system having a floating bearing-side first fan impeller and a fixed bearing-side second fan impeller , wherein the first fan impeller is designed to draw a cooling air volume flow (V) radially inward from the area surrounding the electric motor via cooling ribs of a floating bearing-side end plate which is arranged axially adjacent to the inverter housing and to blow a first proportion (V1) of the drawn-in air volume flow (V) radially outward out of the electric motor via a floating bearing-side stator end winding , and wherein the second fan impeller is designed to draw a second proportion (V2) of the radially inwardly drawn air volume flow (V) axially into and through a rotor and to blow it radially outward out of the electric motor via a fixed bearing-side stator end winding , wherein the fixed bearing-side second end plate is free of apertures for axially drawing in ambient air.
Method for the producing of a wood based board consisting of a base board and a decorative paper arranged on the base board comprising the steps a) Providing the decorative paper, b) Applying at least one resin as impregnating agent solely to the side of the decorative paper opposite from the decoration, for provision of a solely single-sidedly impregnated decorative paper, c) Providing the base board, d) Applying at least one impregnating resin on at least one side of the base board in a quantity of 30 to 70 g/m 2 , preferably 50 g/m 2 ; e) placing the decorative paper with the impregnated side opposite from the decoration onto the side of the base board provided with the impregnating resin, and g) Pressing of the layered structure of decorative paper and base board. a) Providing the decorative paper, b) Applying at least one resin as impregnating agent solely to the side of the decorative paper opposite from the decoration, for provision of a solely single-sidedly impregnated decorative paper, c) Providing the base board, d) Applying at least one impregnating resin on at least one side of the base board in a quantity of 30 to 70 g/m 2 , preferably 50 g/m 2 ; e) placing the decorative paper with the impregnated side opposite from the decoration onto the side of the base board provided with the impregnating resin, and g) Pressing of the layered structure of decorative paper and base board.
A device, comprising: a body comprising a waterproof base , a waterproof coversheet attached to the waterproof base, and a channel disposed therebetween, the channel having a perimeter and a sealable opening that provides liquid access to the channel; wherein a portion of the perimeter is defined by a waterproof seal; and a dry first oxygen-scavenging reagent and an indicator reagent for detecting sulfate reduction by a sulfate-reducing bacterium are disposed in the device between the base and the coversheet; wherein the waterproof base comprises a plurality of open microcompartment structures facing the coversheet. a body comprising a waterproof base , a waterproof coversheet attached to the waterproof base, and a channel disposed therebetween, the channel having a perimeter and a sealable opening that provides liquid access to the channel; wherein a portion of the perimeter is defined by a waterproof seal; and a dry first oxygen-scavenging reagent and an indicator reagent for detecting sulfate reduction by a sulfate-reducing bacterium are disposed in the device between the base and the coversheet; wherein the waterproof base comprises a plurality of open microcompartment structures facing the coversheet.
A modelling dough comprising; a) at least one starch-containing flour, wherein said starch-containing flour has a starch content of greater than 60% and an average particle diameter of less than 1mm; b) at least one low vapour pressure polar, oxygen containing organic solvent with a vapour pressure at 25°C of less than 2 kPa, selected from an alcohol, glycol, polyol, ketone, ester, amide, including cyclic compounds and mixtures thereof; and c) water; wherein the weight of water c) will be less than the weight of low vapour pressure solvent b); and wherein component b) is present at 20% to 70% by weight; and wherein the total amount of starch-containing flour a) in the modelling dough is in the range of 15 to 60% by weight. a) at least one starch-containing flour, wherein said starch-containing flour has a starch content of greater than 60% and an average particle diameter of less than 1mm; b) at least one low vapour pressure polar, oxygen containing organic solvent with a vapour pressure at 25°C of less than 2 kPa, selected from an alcohol, glycol, polyol, ketone, ester, amide, including cyclic compounds and mixtures thereof; and c) water; wherein the weight of water c) will be less than the weight of low vapour pressure solvent b); and wherein component b) is present at 20% to 70% by weight; and wherein the total amount of starch-containing flour a) in the modelling dough is in the range of 15 to 60% by weight.
A method comprising: receiving a request to write data to a persistent storage device, the request comprising an LBA value ; writing the data to a cache line of a cache ; updating a mapping between LBA values and cache lines ; receiving a subsequent request to write data to the persistent storage device, the subsequent request comprising the LBA value ; determining that the LBA value exists in the mapping ; determining a cache line corresponding to the LBA value ; updating the corresponding cache line to the data of the subsequent request ; pushing the cache line onto the end of a least recently used (LRU) queue of cache lines ; and reporting the data as having been written to the persistent storage device . receiving a request to write data to a persistent storage device, the request comprising an LBA value ; writing the data to a cache line of a cache ; updating a mapping between LBA values and cache lines ; receiving a subsequent request to write data to the persistent storage device, the subsequent request comprising the LBA value ; determining that the LBA value exists in the mapping ; determining a cache line corresponding to the LBA value ; updating the corresponding cache line to the data of the subsequent request ; pushing the cache line onto the end of a least recently used (LRU) queue of cache lines ; and reporting the data as having been written to the persistent storage device .