mhurhangee/ep-ind-claims huggingface dataset:
A control device for an AC rotating machine, comprising: a power supply unit for supplying electric powers to the AC rotating machine; a torque detection unit for detecting an output torque of the AC rotating machine; and a rotational position estimation unit (20, 20a, 20b) for estimating a rotational position of the AC rotating machine, wherein the power supply unit is configured to add predetermined high-frequency signals (Aid, Aiq, Avd, Avq) to desired currents or voltages (id1*, iq1*,vd*, vq*) to be supplied to the AC rotating machine, the high-frequency signals (Aid, Aiq, Avd, Avq) comprising either high-frequency currents (Aid, Aiq) or high-frequency voltages (Avd, Avq), characterized in that the rotational position estimation unit (20, 20a, 20b) is configured to estimate the rotational position (θ) based on a high-frequency component (Tmhf) contained in the output torque (Tm) and high-frequency components corresponding to the high-frequency currents (Aid, Aiq) or high-frequency voltages (Avd, Avq), wherein the power supply unit is configured to supply the high-frequency signals (Aid, Aiq) onto a set of coordinate axes being either rotation coordinate axes that rotate in synchronization with the estimated rotational position (θ), or orthogonal coordinate axes at rest with respect to the AC rotating machine. a power supply unit for supplying electric powers to the AC rotating machine; a torque detection unit for detecting an output torque of the AC rotating machine; and a rotational position estimation unit (20, 20a, 20b) for estimating a rotational position of the AC rotating machine, wherein the power supply unit is configured to add predetermined high-frequency signals (Aid, Aiq, Avd, Avq) to desired currents or voltages (id1*, iq1*,vd*, vq*) to be supplied to the AC rotating machine, the high-frequency signals (Aid, Aiq, Avd, Avq) comprising either high-frequency currents (Aid, Aiq) or high-frequency voltages (Avd, Avq), characterized in that the rotational position estimation unit (20, 20a, 20b) is configured to estimate the rotational position (θ) based on a high-frequency component (Tmhf) contained in the output torque (Tm) and high-frequency components corresponding to the high-frequency currents (Aid, Aiq) or high-frequency voltages (Avd, Avq), wherein the power supply unit is configured to supply the high-frequency signals (Aid, Aiq) onto a set of coordinate axes being either rotation coordinate axes that rotate in synchronization with the estimated rotational position (θ), or orthogonal coordinate axes at rest with respect to the AC rotating machine.
An isopipe comprising a body having a configuration adapted for use in a fusion process, said body comprising an alumina refractory which comprises at least 90 volume percent of crystalline Al 2 O 3, characterised in that the alumina refractory comprises one or more non-alumina secondary phases, wherein the sum of the volume percents of the one or more non-alumina secondary phases is less than or equal to four; and in that the mean grain size of the crystalline Al 2 O 3 is at least 20 micrometres.
A package of a heat-bent polarizing sheet suitable for producing an injection-molded polarizing lens, whereby the heat-bent polarizing sheet results from preparing a laminated polarizing sheet by bonding a transparent plastic sheet onto each of two sides of a polarizing film formed of a uniaxially stretched polyvinyl alcohol resin film with an adhesive layer interposed therebetween, using the said laminated polarizing sheet as an individual laminated polarizing sheet that has an original plate shape for individual lenses and subsequently heat-bending the individual laminated polarizing sheet to form a spherical surface or an aspherical surface under heating, wherein the package uses a dampproof package material and wherein the packaged heat-bent polarizing sheet has a moisture content of 0.35 wt% or less and preferably 0.3 wt% or less in order to thereby enable the injection-molding of a transparent resin for producing the polarizing lens without performing preliminary drying as a pretreatment of injection-molding.
A distribution machine, in particular a spreader and/or seed drill, having at least one container (7; 8, 9) which is carried by a support frame for receiving pulverent and/or particulate material to be distributed, at least one outlet opening (16, 17) which is arranged on the floor (14, 15) of the container (7; 8, 9), a metering member which is arranged downstream of the outlet opening (16, 17) and at least one distribution member which is arranged downstream of the metering member for distributing the material to be distributed on the ground, characterized in that at least one displaceable functional part - of the metering member in the form of at least one metering slide and/or - of at least one device for adjusting the delivery point of the material to be distributed onto the distribution member is operatively connected to, and actuated by, an output shaft of an electromotive rotary drive (28, 29; 28a) or a transmission output shaft (37, 71) of a transmission (30a, 39b, 30c) which is arranged downstream of the electromotive rotary drive (28, 29; 28a) in such a manner that the exclusively rotational movement of the output shaft (37, 71) or of the transmission output shaft (37, 71) is transmissible to the displaceable functional part. - of the metering member in the form of at least one metering slide and/or - of at least one device for adjusting the delivery point of the material to be distributed onto the distribution member
A composting device comprising at least one composting bin (2, 3) intended to contain the waste to be composted, the said bin being mounted so that it can rotate about a horizontal rotation shaft made integral with a chassis, the said at least one bin being provided with a closable opening, designed to allow on the one hand, the filling of the said at least one bin with organic waste and, on the other hand, the emptying of the said bin after composting, characterized in that the rotation shaft of the said at least one composting bin (2, 3) is off-centred with respect to the rotational centre of gravity of the said bin (2, 3), so that by default, i.e. in the absence of any external constraint or action, the opening of the bin is placed in the upper zone of the device.
A target device with an optical display that can be shot at along at least one shooting direction, wherein the optical display comprises a disc with at least one structure-borne sound sensor, and wherein a light source for emitting a flash light and a camera for detecting a projectile position are provided; wherein, in order for said camera to detect the projectile position, said light source emits the flash light as a function of an output signal from said at least one structure-borne sound sensor towards the projectile impact surface of said disc, and said at least one structure-borne sound sensor is arranged on said disc in order to sense the structure-borne sound of said disc. wherein the optical display comprises a disc with at least one structure-borne sound sensor, and wherein a light source for emitting a flash light and a camera for detecting a projectile position are provided; wherein, in order for said camera to detect the projectile position, said light source emits the flash light as a function of an output signal from said at least one structure-borne sound sensor towards the projectile impact surface of said disc, and said at least one structure-borne sound sensor is arranged on said disc in order to sense the structure-borne sound of said disc.
A nutritional product comprising a diluent and a thickening powder, for use in treating a swallowing disorder or mitigating a risk of aspiration during swallowing in an individual having the swallowing disorder, the use comprising orally administering to the individual a nutritional product in which at least a portion thereof is made by diluting in a diluent a thickening powder comprising a beta-glucan and at least one carrier ingredient to form an aqueous solution, wherein the thickening powder comprises the beta-glucan and the at least one carrier ingredient in a weight ratio of about 10:1 to about 300: 1, wherein the at least one carrier ingredient is selected from the group consisting of maltodextrin, isomaltulose, sucrose, lactose, and combinations thereof, wherein the diluting of the thickening powder comprises diluting the thickening powder at a diluent: powder weight ratio of 50:1 to 100:1, and the nutritional product comprises an amount of the aqueous solution that is neutral toward or enhances extensional properties of the nutritional product and provides to the nutritional product a shear viscosity greater than 200 mPas and up to about 2,000 mPas at a shear rate of 50s -1 at 20° C, and wherein the diluent is one or more of water, milk, a beverage comprising water and further comprising at least one component additional to the water, a liquid oral nutritional supplement, or a food product, and the dilution of the thickening powder in the diluent directly forms the nutritional product such that the nutritional product consists of the diluent, the beta-glucan, and the at least one carrier ingredient. wherein the thickening powder comprises the beta-glucan and the at least one carrier ingredient in a weight ratio of about 10:1 to about 300: 1, wherein the at least one carrier ingredient is selected from the group consisting of maltodextrin, isomaltulose, sucrose, lactose, and combinations thereof, wherein the diluting of the thickening powder comprises diluting the thickening powder at a diluent: powder weight ratio of 50:1 to 100:1, and the nutritional product comprises an amount of the aqueous solution that is neutral toward or enhances extensional properties of the nutritional product and provides to the nutritional product a shear viscosity greater than 200 mPas and up to about 2,000 mPas at a shear rate of 50s -1 at 20° C, and wherein the diluent is one or more of water, milk, a beverage comprising water and further comprising at least one component additional to the water, a liquid oral nutritional supplement, or a food product, and the dilution of the thickening powder in the diluent directly forms the nutritional product such that the nutritional product consists of the diluent, the beta-glucan, and the at least one carrier ingredient.
A device-to-device data transmission method, wherein the device-to-device data transmission method is used for a communications device (V-UE) and comprises: determining reservation information, where the reservation information indicates a factor of a reservation period length, the reservation information is indicated by Scheduling Assignment, SA, information, RRC signaling, or higher layer for the communications device (V-UE), the factor of the reservation period length includes a parameter i, and i is greater than 0 and less than 1, and at least one of first bit signaling and second bit signaling in the SA information indicates the parameter i, the first bit signaling is bit signaling that is in SA information in a vehicle-to-vehicle, V2V, communications technology and that indicates the parameter i, and the second bit signaling belongs to reserved bit signaling in the SA information; and transmitting to-be-transmitted data based on the reservation information. determining reservation information, where the reservation information indicates a factor of a reservation period length, the reservation information is indicated by Scheduling Assignment, SA, information, RRC signaling, or higher layer for the communications device (V-UE), the factor of the reservation period length includes a parameter i, and i is greater than 0 and less than 1, and at least one of first bit signaling and second bit signaling in the SA information indicates the parameter i, the first bit signaling is bit signaling that is in SA information in a vehicle-to-vehicle, V2V, communications technology and that indicates the parameter i, and the second bit signaling belongs to reserved bit signaling in the SA information; and transmitting to-be-transmitted data based on the reservation information.
A current transducer comprising a section of a primary conductor, a first magnetic field sensing system configured for measurement of a primary current flowing in the primary conductor in a lower frequency range, and a Rogowski coil encircling said primary conductor and configured for measuring said primary current in an upper frequency range having frequencies greater than the lower frequency range, wherein the first magnetic field sensing system comprises a magnetic field gradient sensor mounted in a slot midway between two portions (2a, 2b) of said section of the primary conductor, the magnetic field gradient sensor configured to measure a magnetic field gradient in a gradient measurement direction transverse to a direction of flow of the primary current.
A valve handle lockout device configured to lock out a pull handle butterfly valve, the pull handle butterfly valve including a base and a handle having a shaft and an end knob, the shaft radially extending from a stem received in the base in which the handle is radially displaceable relative to the stem to selectively lock the stem to the base and thereby angularly fixing the stem relative to an axis of the base, the valve handle lockout device comprising: an enclosure body having a proximal end and a distal end and extending along a central axis between the proximal end and the distal end, the enclosure body including a first enclosure portion and a second enclosure portion movably connected to move the enclosure body between an open and closed position, and an opening at the proximal end dimensioned to at least partially surround the base, the enclosure body having a generally tubular shape with closed axial ends; at least one lock hole configured to secure the enclosure body in the closed position and secure the handle within the enclosure body when a locking member is received through the at least one lock hole; and characterized in that a blocking wall borders the opening at the distal side of the opening and extends inward into the enclosure body and substantially perpendicularly relative to the central axis of the enclosure body, the blocking wall configured to engage the pull handle butterfly valve when the enclosure body is secured in the closed position, thereby preventing removal of the valve handle lockout device. an enclosure body having a proximal end and a distal end and extending along a central axis between the proximal end and the distal end, the enclosure body including a first enclosure portion and a second enclosure portion movably connected to move the enclosure body between an open and closed position, and an opening at the proximal end dimensioned to at least partially surround the base, the enclosure body having a generally tubular shape with closed axial ends; at least one lock hole configured to secure the enclosure body in the closed position and secure the handle within the enclosure body when a locking member is received through the at least one lock hole; and characterized in that a blocking wall borders the opening at the distal side of the opening and extends inward into the enclosure body and substantially perpendicularly relative to the central axis of the enclosure body, the blocking wall configured to engage the pull handle butterfly valve when the enclosure body is secured in the closed position, thereby preventing removal of the valve handle lockout device.
A travel control method for a vehicle having an autonomous travel control function, comprising: detecting an oncoming vehicle travelling toward a subject vehicle; predicting whether the oncoming vehicle enters into a travel lane in which the subject vehicle travels; when it is predicted that the oncoming vehicle enters into the travel lane in which the subject vehicle travels (S3 YES), setting initial deceleration of the subject vehicle in a case of time until the subject vehicle and the oncoming vehicle pass each other being relatively long to a smaller value than the initial deceleration in a case of the time being relatively short; and executing deceleration travel control of the subject vehicle, characterised in that the deceleration travel control of the subject vehicle is executed at a deceleration start position for starting deceleration of the subject vehicle not to come into contact with the oncoming vehicle that is predicted to enter into the travel lane. detecting an oncoming vehicle travelling toward a subject vehicle; predicting whether the oncoming vehicle enters into a travel lane in which the subject vehicle travels; when it is predicted that the oncoming vehicle enters into the travel lane in which the subject vehicle travels (S3 YES), setting initial deceleration of the subject vehicle in a case of time until the subject vehicle and the oncoming vehicle pass each other being relatively long to a smaller value than the initial deceleration in a case of the time being relatively short; and executing deceleration travel control of the subject vehicle, characterised in that the deceleration travel control of the subject vehicle is executed at a deceleration start position for starting deceleration of the subject vehicle not to come into contact with the oncoming vehicle that is predicted to enter into the travel lane.
System for transmitting electrical power between a first and a second AC voltage network (2, 3), the system comprising - a first converter, which can be connected to the first AC voltage network, - a second converter, which can be connected to the second AC voltage network, and - a polyphase transmission line, which connects the first and the second converter (6, 7), wherein the first converter is configured to convert a first AC voltage of the first AC voltage network to a transmission voltage of the transmission line, wherein a fundamental frequency of the transmission voltage is lower than a fundamental frequency of the first AC voltage, and the second converter is configured to convert a second AC voltage of the second AC voltage network to the transmission voltage, or vice versa, wherein the fundamental frequency of the transmission voltage is lower than the fundamental frequency of the second AC voltage, characterized in that the first converter is a modular frequency converter, wherein the first converter comprises a plurality of converter phases, wherein each of the converter phases has a series circuit of two-pole switching modules, wherein the switching modules comprise a full-bridge circuit, wherein the system comprises a bypass circuit, by means of which the first converter can be bypassed. - a first converter, which can be connected to the first AC voltage network, - a second converter, which can be connected to the second AC voltage network, and - a polyphase transmission line, which connects the first and the second converter (6, 7), wherein
An anesthetic breathing apparatus including a processing unit, a breathing circuit for providing an inspiratory patient gas mixture of re-breathed gas and/or fresh gas to a patient fluidly connected to said breathing circuit, and a fresh gas supply controllable by said processing unit for supplying a flow of said fresh gas to said breathing circuit in a composition including oxygen and at least one anesthetic agent; wherein said apparatus has a user interface that includes - a first user input element for receiving operator input for an anesthetic target value including an end expiratory concentration of said AA (EtAA) target value and/or an end expiratory minimum alveolar concentration target value of an end expiratory MAC (EtMAC) value of said patient, and - a second user input element for receiving operator input for a desired control profile for said fresh gas supply for obtaining at least said anesthetic target value; wherein said processing unit is configured to control said inspiratory patient gas mixture based on at least said anesthetic target value and said desired control profile. - a first user input element for receiving operator input for an anesthetic target value including an end expiratory concentration of said AA (EtAA) target value and/or an end expiratory minimum alveolar concentration target value of an end expiratory MAC (EtMAC) value of said patient, and - a second user input element for receiving operator input for a desired control profile for said fresh gas supply for obtaining at least said anesthetic target value;
An analytical system comprising - an automated analyzer for processing and / or analyzing an analyte, and - more than one type of consumables (60, 70, 101, 301, 302), characterized in that - said consumables have essentially the same footprint and wherein any type of consumables comprises a unique surface geometry, and - said analytical system comprises stackers (600a, 600b) for stacking multiple consumables of one type comprising specific recognition elements for distinguishing said different consumables wherein any one of said recognition elements comprises a unique surface geometry complementary to a unique surface geometry of a specific type of consumable. - an automated analyzer for processing and / or analyzing an analyte, and - more than one type of consumables (60, 70, 101, 301, 302), - said consumables have essentially the same footprint and wherein any type of consumables comprises a unique surface geometry, and - said analytical system comprises stackers (600a, 600b) for stacking multiple consumables of one type comprising specific recognition elements for distinguishing said different consumables wherein any one of said recognition elements comprises a unique surface geometry complementary to a unique surface geometry of a specific type of consumable.
A touch control driving method for a display, the display being used for executing a touch control scan and display scan in a time division scheme, the method comprising: inputting (101, 201) a touch control driving signal at a first scan frequency for the touch control scan; detecting (102, 202) a writing frequency of a Random Access Memory, RAM, serving as a temporary data storage for currently running programs, and detecting a duration for the writing frequency; and reducing (103, 204) the first scan frequency to a second scan frequency when the writing frequency of the RAM is larger than or equal to a first threshold and the duration for the writing frequency is larger than or equal to a second threshold. inputting (101, 201) a touch control driving signal at a first scan frequency for the touch control scan; detecting (102, 202) a writing frequency of a Random Access Memory, RAM, serving as a temporary data storage for currently running programs, and detecting a duration for the writing frequency; and reducing (103, 204) the first scan frequency to a second scan frequency when the writing frequency of the RAM is larger than or equal to a first threshold and the duration for the writing frequency is larger than or equal to a second threshold.