mhurhangee/ep-ind-claims huggingface dataset:
A washer/dryer using microwave, comprising a microwave applicator, a control card which controls the microwave applicator, a microwave detector which detects metal objects by means of the differences in the reflections resulted from the control-targeted low amounts of microwave transmission, a drum pivotally rotating around an axis in which the laundry is put and a tub in which the drum moves, characterized by a metal detector which detects metal objects, which could cause arcing, while they are being loaded, which also detects whether metal objects are removed, and which warns the user and thus provides safe operation and control of the washer/dryer, said metal detector being mounted in a position not to be affected by the transmitted microwave therein, wherein the washer/dryer is configured such that the transmission of microwave is stopped if the microwave amount detected by the microwave detector is higher than the values predetermined by the producer, and such that the operation is only then continued if it is detected by the metal detector that the metal object is removed, wherein the said metal detector is located on the tub in a place where it can detect metal objects being loaded into the drum or removed from the drum.
Method for producing a blade assembly having at least one hollow airfoil for a gas turbine, characterized in that at least two radially spaced profile cross sections (A, B, C) of the airfoil are configured on the basis of a predetermined desired torsion of the airfoil and the airfoil is produced on the basis of the configured profile cross sections by means of an additive manufacturing process, and in that the profile cross sections of the airfoil are configured and produced, on the basis of the predetermined desired torsion, so as to have different outerwall thicknesses and/or macroscopic inner structures, in particular struts of different numbers, wall thicknesses and/or shapes.
Method for controlling a rotational speed of a compressor train which can be driven at a variable rotational speed using a drive unit, in which method - a load value which describes a dynamic torsion load in the compressor train is detected at a current rotational speed of the compressor train which is driven by the drive unit, in that a dynamic torsion torque is detected in the compressor train, or a dynamic relative shaft oscillation is detected in the compressor train at the current rotational speed, characterized in that - the load value is compared with a predefined limiting value (9, 10, 11), and - if the load value satisfies a predefined condition with respect to the predefined limiting value (9, 10, 11), the current rotational speed in the compressor train is changed using the drive unit. - a load value which describes a dynamic torsion load in the compressor train is detected at a current rotational speed of the compressor train which is driven by the drive unit, in that a dynamic torsion torque is detected in the compressor train, or a dynamic relative shaft oscillation is detected in the compressor train at the current rotational speed, characterized in that - the load value is compared with a predefined limiting value (9, 10, 11), and - if the load value satisfies a predefined condition with respect to the predefined limiting value (9, 10, 11), the current rotational speed in the compressor train is changed using the drive unit.
A method for determining a position indicator (202, 402), comprising: obtaining position data indicating a position of a mobile device; accessing a map based on the position of the mobile device, the map having a plurality of regions (206, 208) wherein each region is bounded by one or more features of the map; determining the position indicator (202, 402) based on at least one region (206, 208) of the map, wherein: the position of the mobile device is located within the at least one region (206, 208); and providing the position indicator, wherein the determining the position indicator (202, 402) includes determining a type of the position indicator (202, 402) based on a variation of the position over a span of time, wherein the type of the position indicator includes a point indicator and a region indicator, and the region indicator has a shape indicating the shape of the at least one region. obtaining position data indicating a position of a mobile device; accessing a map based on the position of the mobile device, the map having a plurality of regions (206, 208) wherein each region is bounded by one or more features of the map; determining the position indicator (202, 402) based on at least one region (206, 208) of the map, wherein: the position of the mobile device is located within the at least one region (206, 208); and providing the position indicator, wherein the determining the position indicator (202, 402) includes determining a type of the position indicator (202, 402) based on a variation of the position over a span of time, wherein the type of the position indicator includes a point indicator and a region indicator, and the region indicator has a shape indicating the shape of the at least one region.
A cleaning composition comprising: a) from 1% to 70% by weight of a surfactant system; and b) from 0.1% to 10% by weight of a polyetheramine of Formula, Formula (Il), or a mixture thereof wherein R 1 is a methyl group and each of R 2, R 3 and R 4 is H; wherein each of A 1, A 2, A 3, A 4, A 5, and A 6 is independently selected from a linear alkylene having 2 to 4 carbon atoms or a branched alkylene having 2 to 4 carbon atoms; wherein at least one of A 1, A 2, A 3, A 4, A 5, and A 6 is a linear or branched butylene; wherein each of Z 1 -Z 4 is NH 2; wherein the sum of w+x+y+z is from 0 to 4, wherein the sum of a+b is from 0 to 4, and wherein w≥0, x≥0, y≥0, z≥0, a≥0, and b≥0. a) from 1% to 70% by weight of a surfactant system; and b) from 0.1% to 10% by weight of a polyetheramine of Formula, Formula (Il),
An apparatus comprising: a first electrode, having a first potential, suitable for sensing a biosignal; a second electrode, suitable for sensing the biosignal; a first non-inverting amplifier, wherein the at least one first electrode is configured to provide a first input to the first non-inverting amplifier; a second non-inverting amplifier, wherein the second electrode is configured to provide a second input to the second non-inverting amplifier; an inverting amplifier, wherein the output of the first non-inverting amplifier is configured to be provided to the positive terminal of the inverting amplifier; means configured to derive a common mode potential as an average voltage from the output of the first non-inverting amplifier and the output of the second non-inverting amplifier and configured to provide the common mode potential to the negative terminal of the inverting amplifier; a conductive shield provided over the first electrode where the conductive shield is configured to be driven to a second potential derived from the inverting amplifier; and wherein the output of the inverting amplifier is configured to be provided to the conductive shield and the inverting amplifier has a low output impedance and acts as a drain to enable triboelectric charges that are transferred to the first conductive shield to be dissipated. a first electrode, having a first potential, suitable for sensing a biosignal; a second electrode, suitable for sensing the biosignal; a first non-inverting amplifier, wherein the at least one first electrode is configured to provide a first input to the first non-inverting amplifier; a second non-inverting amplifier, wherein the second electrode is configured to provide a second input to the second non-inverting amplifier; an inverting amplifier, wherein the output of the first non-inverting amplifier is configured to be provided to the positive terminal of the inverting amplifier; means configured to derive a common mode potential as an average voltage from the output of the first non-inverting amplifier and the output of the second non-inverting amplifier and configured to provide the common mode potential to the negative terminal of the inverting amplifier; a conductive shield provided over the first electrode where the conductive shield is configured to be driven to a second potential derived from the inverting amplifier; and wherein the output of the inverting amplifier is configured to be provided to the conductive shield and the inverting amplifier has a low output impedance and acts as a drain to enable triboelectric charges that are transferred to the first conductive shield to be dissipated.
A tire life prediction method comprising: a distance measurement step of measuring, by a displacement meter attached to a rim, a distance from the displacement meter to an inner surface of a tire; an internal pressure measurement step of measuring an internal pressure of the tire, by a sensor attached in a chamber of the tire; a load derivation step of deriving, by a derivation section, a load on the tire during running, based on the measured distance and the measured internal pressure; and a tire life prediction step of predicting a tire life by a determination section based on the load derived from the load derivation step. a distance measurement step of measuring, by a displacement meter attached to a rim, a distance from the displacement meter to an inner surface of a tire; an internal pressure measurement step of measuring an internal pressure of the tire, by a sensor attached in a chamber of the tire; a load derivation step of deriving, by a derivation section, a load on the tire during running, based on the measured distance and the measured internal pressure; and a tire life prediction step of predicting a tire life by a determination section based on the load derived from the load derivation step.
A host cell transformed with an expression vector comprising a polynucleotide encoding a 3-ketosteroid reductase as a metabolic selection marker, and a polynucleotide encoding a heterologous polypeptide, wherein the host cell is a 3-ketosteroid reductase deficient mammalian cell and is auxotrophic for cholesterol.
Exhaust muffler for an exhaust system of an internal combustion engine, especially in a vehicle, comprising in a muffler housing: - a flow volume, through which exhaust gas can flow, with an exhaust gas inlet and with an exhaust gas outlet, - a first resonator chamber open to the flow volume via a first resonator neck, - a second resonator chamber open to the flow volume via a second resonator neck, characterized by a resonator pipe providing the first resonator neck and the second resonator neck. - a flow volume, through which exhaust gas can flow, with an exhaust gas inlet and with an exhaust gas outlet, - a first resonator chamber open to the flow volume via a first resonator neck, - a second resonator chamber open to the flow volume via a second resonator neck,
A preparation for use in a therapeutic treatment by implantation for regenerating tissues or healing wounds, which can be administered to a patient, which consists of serum and globin being insoluble at physiological pH, said globin being obtained from erythrocytes after their separation from plasma or serum, said preparation being obtained by adding said serum to said globin being insoluble at physiological pH.
Method of communication for an interactive application between terminals in a screen projection room, wherein each terminal is an interactive node connected to a router associated with a server connected to a cinematographic projection device of the room, the method comprising the steps implemented by a router interconnecting a plurality of interactive nodes (2a, 2b) and at least one database and consisting in: - Receiving, from an interactive node registered on the database as having subscribed to a publication service, a publication request comprising a notification of an event and at least data for identifying said service, - Transmitting, to the database, each publication request received in order to identify at least one interactive node registered on the database as having subscribed to said service of which the identification data is included in the publication request, - Receiving, from the database, the identification data of each interactive node identified, and - Transmitting, to each interactive node identified, the event notification received for its publication. - Receiving, from an interactive node registered on the database as having subscribed to a publication service, a publication request comprising a notification of an event and at least data for identifying said service, - Transmitting, to the database, each publication request received in order to identify at least one interactive node registered on the database as having subscribed to said service of which the identification data is included in the publication request, - Receiving, from the database, the identification data of each interactive node identified, and - Transmitting, to each interactive node identified, the event notification received for its publication.
A denatured whey protein composition containing: - a total amount of protein of at least 60% (w/w) on a dry weight basis, - a total amount of caseinomacropeptide of at least 16% (w/w) relative to the total amount of protein, - insoluble whey protein particles having a particle size in the range of 1-10 μm, where the amount of said insoluble whey protein particles is in the range of 50-90% (w/w) relative to the total amount of protein. - a total amount of protein of at least 60% (w/w) on a dry weight basis, - a total amount of caseinomacropeptide of at least 16% (w/w) relative to the total amount of protein, - insoluble whey protein particles having a particle size in the range of 1-10 μm, where the amount of said insoluble whey protein particles is in the range of 50-90% (w/w) relative to the total amount of protein.
A non-machinable parcel processing system, comprising: a transport system configured to transport parcels received at a parcel induction; at least one measurement device (208, 210) configured to record physical characteristics of each of the transported parcels; an automation discharge for receiving machinable parcels; a plurality of workstations for manual processing of non-machinable parcels; and a control system configured to identify each transported parcel as machinable or non-machinable based on the physical characteristics, and to control the transport system to move the machinable parcels to the automation discharge and the non-machinable parcels to respective workstations. a transport system configured to transport parcels received at a parcel induction; at least one measurement device (208, 210) configured to record physical characteristics of each of the transported parcels; an automation discharge for receiving machinable parcels; a plurality of workstations for manual processing of non-machinable parcels; and a control system configured to identify each transported parcel as machinable or non-machinable based on the physical characteristics, and to control the transport system to move the machinable parcels to the automation discharge and the non-machinable parcels to respective workstations.
Refrigeration appliance, in particular domestic refrigeration appliance, having at least one storage chamber, a heat source (6; 10), an evaporation arrangement for evaporating condensation water discharged from the storage chamber, a temperature sensor arranged on the evaporation arrangement in thermal contact with the heat source (6; 10), a control unit connected to the temperature sensor and a heating device (10; 32), which can be operated by the control unit, in order to increase the evaporation rate of the evaporation arrangement, wherein the control unit is configured to decide on the operation or non-operation of the heating device (10; 32) on the basis of a change in the temperatures acquired by the temperature sensor, characterised in that the evaporation arrangement comprises a main zone and an overflow zone (18; 21; 25; 31), that the temperature sensor is arranged in the overflow zone (18; 21; 25; 31) and that the overflow zone (18; 21; 25; 31) only then contains water in contact with the temperature sensor if the water level in the main zone has reached or exceeded an overflow level.
A system for controlling the operating lines of a compression system (150, 160) comprising: a compression system (150, 160) which compresses an incoming flow of a gas; a throttling orifice (145, 175) downstream from the compression system (150, 160); a bleed system which extracts gas from a bleed location in the compression system (150, 160); a recirculation system which reintroduces at least a portion of the gas extracted by the bleed system at a plurality of feed locations along a strut located in a flowpath for and upstream from the compression system (150, 160); a control system which controls the recirculated gas such that the operating line of the compression system at a steady state operation is changed whereby the stall margin of the compression system (150, 160) is increased. a compression system (150, 160) which compresses an incoming flow of a gas; a throttling orifice (145, 175) downstream from the compression system (150, 160); a bleed system which extracts gas from a bleed location in the compression system (150, 160); a recirculation system which reintroduces at least a portion of the gas extracted by the bleed system at a plurality of feed locations along a strut located in a flowpath for and upstream from the compression system (150, 160); a control system which controls the recirculated gas such that the operating line of the compression system at a steady state operation is changed whereby the stall margin of the compression system (150, 160) is increased.
A consumable electrode arc welding method in which welding takes place by feeding a welding wire at a wire feed speed with a cyclic change in a predetermined cycle and amplitude, the wire feed speed including forward feed for feeding the welding wire toward a workpiece to be welded and backward feed for feeding the welding wire in a direction opposite to the forward feed, the method being characterized by: stopping the cyclic change and applying a constant control at a first feed speed of the wire feed speed if no short circuit occurs during deceleration of the wire feed speed in the forward feed of the welding wire before one of the wire feed speed reaching a predetermined wire feed speed, a predetermined time passing from arc generation, and a feed cycle of the welding wire reaching a predetermined angle when the predetermined cycle of feeding the welding wire is expressed by an angle; and welding by starting deceleration from the first feed speed and resuming the cyclic change if the short circuit occurs during the forward feed at the first feed speed. stopping the cyclic change and applying a constant control at a first feed speed of the wire feed speed if no short circuit occurs during deceleration of the wire feed speed in the forward feed of the welding wire before one of the wire feed speed reaching a predetermined wire feed speed, a predetermined time passing from arc generation, and a feed cycle of the welding wire reaching a predetermined angle when the predetermined cycle of feeding the welding wire is expressed by an angle; and welding by starting deceleration from the first feed speed and resuming the cyclic change if the short circuit occurs during the forward feed at the first feed speed.
A compressor comprising a cylinder providing pumping of the circulating fluid within, a suction muffler enabling the circulation fluid, the acoustical energy of which is reduced, circulate inside to reach the cylinder without heating up and preventing the noise that may be generated by the circulation fluid, a cylinder head interconnecting the suction muffler and the cylinder, leading the sucked and pumped circulating fluid, a valve table enabling the pumping and sucking of the circulating fluid by forming a rigid and leakproof attachment between the cylinder and the cylinder head, a suction valve plate enabling suction of the fluid into the cylinder, an exhaust muffler enabling the circulating fluid inside the cylinder to be transferred into the refrigerant cycle with attenuated pressure and noise, and an exhaust valve plate enabling the heated circulating fluid inside the cylinder to be discharged, a valve table comprising an exhaust outlet covered by the exhaust valve plate enabling the heated circulating fluid to leave the cylinder and reach the exhaust muffler, a discharge outlet enabling the fluid coming out of the exhaust outlet to be led to the exhaust muffler, characterized in that the valve table further comprises a channel interconnecting the exhaust outlet and the discharge outlet, reducing heating of the cylinder head resulting from the circulating fluid by helping the fluid leaving the cylinder to quickly reach the discharge outlet.
A method for using at least one dosimetry device, the method comprising: securing at least one dosimetry device to one or more different locations on or about a person, the at least one dosimetry device comprising a dosimetry processing device with a memory coupled to at least one sensor in a housing, the at least one sensor being configured to derive either a) acceleration readings generated from movement of the person, or b) pressure readings, resulting from an event; obtaining, by the at least one dosimetry device, readings from the at least one sensor; storing, by the at least one dosimetry device, the readings; conducting, by the at least one dosimetry device, an analysis of the stored readings to determine an injury risk assessment comprising providing individualized injury threshold data based on personal medical history data and aggregate medical history data and comparing the individualized injury threshold data to the readings from the at least one sensor; and outputting, by the at least one dosimetry device, at least one of the conducted analysis of the injury risk assessment or the stored readings. securing at least one dosimetry device to one or more different locations on or about a person, the at least one dosimetry device comprising a dosimetry processing device with a memory coupled to at least one sensor in a housing, the at least one sensor being configured to derive either a) acceleration readings generated from movement of the person, or b) pressure readings, resulting from an event; obtaining, by the at least one dosimetry device, readings from the at least one sensor; storing, by the at least one dosimetry device, the readings; conducting, by the at least one dosimetry device, an analysis of the stored readings to determine an injury risk assessment comprising providing individualized injury threshold data based on personal medical history data and aggregate medical history data and comparing the individualized injury threshold data to the readings from the at least one sensor; and outputting, by the at least one dosimetry device, at least one of the conducted analysis of the injury risk assessment or the stored readings.