mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: operating a system comprising a permanent magnet motor and a variable frequency drive, the permanent magnet motor comprising a stator including a plurality of windings electrically coupled to terminals (275, 276, 277) and a rotor including a plurality of permanent magnets, the variable frequency drive including a plurality of outputs electrically coupled with the terminals (275, 276, 277); determining magnetic flux information based upon information indicative of a motor current, information indicative of a terminal voltage, information indicative of a motor inductance, and information indicative of a motor resistance, the magnetic flux information indicating a magnetic flux magnitude of the permanent magnet motor; characterized by identifying a collective flux error condition associated with the plurality of permanent magnets collectively based upon the magnetic flux information, the collective flux error condition being identified by an averaged or filtered value of the magnetic flux information being below an averaged flux threshold; and identifying a localized flux error condition based upon the magnetic flux information associated with a subset of the plurality of permanent magnets including at least one of the magnets, the localized flux error condition being identified by a discrete sampled or continuous value of the magnetic flux information being below an instantaneous flux threshold. operating a system comprising a permanent magnet motor and a variable frequency drive, the permanent magnet motor comprising a stator including a plurality of windings electrically coupled to terminals (275, 276, 277) and a rotor including a plurality of permanent magnets, the variable frequency drive including a plurality of outputs electrically coupled with the terminals (275, 276, 277); determining magnetic flux information based upon information indicative of a motor current, information indicative of a terminal voltage, information indicative of a motor inductance, and information indicative of a motor resistance, the magnetic flux information indicating a magnetic flux magnitude of the permanent magnet motor; characterized by identifying a collective flux error condition associated with the plurality of permanent magnets collectively based upon the magnetic flux information, the collective flux error condition being identified by an averaged or filtered value of the magnetic flux information being below an averaged flux threshold; and identifying a localized flux error condition based upon the magnetic flux information associated with a subset of the plurality of permanent magnets including at least one of the magnets, the localized flux error condition being identified by a discrete sampled or continuous value of the magnetic flux information being below an instantaneous flux threshold.
A flap gate (1, 1a) provided in an opening and configured to tilt up to block said opening when water flows in from said opening, the flap gate (1, 1a) comprising: a door body whose movable end portion is located forward of its supported end portion, the movable end portion being on a side from which water flows in, when said door body is in a down position, and the door body being configured to change its position between said down position and a maximum up position by turning on said supported end portion serving as a support; and a flap ancillary part that applies tilt-up moment to said door body only when said door body is located in a position between said down position and a first position that is between said down position and said maximum up position, and applies tilt-down moment to said door body only when said door body is located in a position between said maximum up position and a second position that is between said first position and said maximum up position, and wherein when said door body is located in a position between said first position and said second position, tilt-up moment produced by the water and tilt-down moment produced by the weight of said door body act on said door body, and no moment is applied from flap ancillary part to said door body. a door body whose movable end portion is located forward of its supported end portion, the movable end portion being on a side from which water flows in, when said door body is in a down position, and the door body being configured to change its position between said down position and a maximum up position by turning on said supported end portion serving as a support; and a flap ancillary part that applies tilt-up moment to said door body only when said door body is located in a position between said down position and a first position that is between said down position and said maximum up position, and applies tilt-down moment to said door body only when said door body is located in a position between said maximum up position and a second position that is between said first position and said maximum up position, and wherein when said door body is located in a position between said first position and said second position, tilt-up moment produced by the water and tilt-down moment produced by the weight of said door body act on said door body, and no moment is applied from flap ancillary part to said door body.
A method performed by a user equipment, UE, in a wireless communication system, the method comprising: transmitting, to a first network, a request message; receiving, from the first network as a response to the request message, a reject message including information indicating a network failure in a case that the UE is unable to be served by the first network, the information being an unable to serve indication; and performing a public land mobile network, PLMN, selection as a response to the reject message including the information indicating the network failure, wherein the UE does not try to access the first network while a timer configured in the UE is running, wherein the reject message further includes an identifier of a secondary PLMN and a time for which the UE is able to obtain a service by the secondary PLMN transmitting, to a first network, a request message; receiving, from the first network as a response to the request message, a reject message including information indicating a network failure in a case that the UE is unable to be served by the first network, the information being an unable to serve indication; and performing a public land mobile network, PLMN, selection as a response to the reject message including the information indicating the network failure, wherein the UE does not try to access the first network while a timer configured in the UE is running, wherein the reject message further includes an identifier of a secondary PLMN and a time for which the UE is able to obtain a service by the secondary PLMN
A mechanism for cosmetic packagings such as lipstick tubes, comprising an inner-body and a spiral, two convex rings are provided on an outer wall of the inner-body to form two limiting steps (42, 44), the two limiting steps (42, 44) are matched with two end portions of the spiral, so as to limit an axial movement of the spiral, wherein the spiral is provided with an annular elastic telescopic portion; the elastic telescopic portion is provided with a plurality of grooved holes provided along a circumferential direction of the elastic telescopic portion, thereby forming an elastic deformation strip between adjacent grooved holes, the elastic deformation strip is oblique to a plane perpendicular to the outer wall; wherein, an oblique angle of the elastic deformation strip is 10° -15°, the oblique angle of the elastic deformation strip is an angle between the elastic deformation strip and the plane perpendicular to the outer wall.
A composition comprising a fungus of Trichoderma genus and a lignin fraction, wherein: - said fungus is selected from Trichoderma species, their protoplast fusants, and mixtures thereof, - said lignin fraction comprises fragments having a weight average molecular weight up to 20,000 Daltons, as measured by Size-Exclusion Chromatography, said fragments comprising up to 111 phenylpropane units on weight average, wherein said fungus is selected from T. harzianum, T. atroviride, T. virens, and mixtures thereof, and wherein the fungus is in a concentration up to 1×10 7 spores/ml of composition, and the lignin fraction in a concentration up to 5wt%, based on the weight of the composition. - said fungus is selected from Trichoderma species, their protoplast fusants, and mixtures thereof, - said lignin fraction comprises fragments having a weight average molecular weight up to 20,000 Daltons, as measured by Size-Exclusion Chromatography, said fragments comprising up to 111 phenylpropane units on weight average, wherein said fungus is selected from T. harzianum, T. atroviride, T. virens, and mixtures thereof, and wherein the fungus is in a concentration up to 1×10 7 spores/ml of composition, and the lignin fraction in a concentration up to 5wt%, based on the weight of the composition.
A method comprising: ascertaining, at a device, a first additional maximum power reduction to apply to a transmission power for a first resource block of a physical uplink control channel transmission; ascertaining a second additional maximum power reduction to apply to a transmission power for a second resource block of the physical uplink control channel transmission; characterised by: determining a difference between the first additional maximum power reduction and the second additional maximum power reduction; and transmitting a physical uplink control channel resource block only in a slot of a subframe for the physical uplink control channel resource block of the first and second resource blocks with a lower additional maximum power reduction of the first additional maximum power reduction and the second additional maximum power reduction when a magnitude of the difference between the first additional maximum power reduction and the second additional maximum power reduction is greater than an additional maximum power reduction difference threshold. ascertaining, at a device, a first additional maximum power reduction to apply to a transmission power for a first resource block of a physical uplink control channel transmission; ascertaining a second additional maximum power reduction to apply to a transmission power for a second resource block of the physical uplink control channel transmission; determining a difference between the first additional maximum power reduction and the second additional maximum power reduction; and transmitting a physical uplink control channel resource block only in a slot of a subframe for the physical uplink control channel resource block of the first and second resource blocks with a lower additional maximum power reduction of the first additional maximum power reduction and the second additional maximum power reduction when a magnitude of the difference between the first additional maximum power reduction and the second additional maximum power reduction is greater than an additional maximum power reduction difference threshold.
A composition comprising a peptide comprising the amino acid sequence of SEQ ID NO: 13, and a molecule, selected from the group consisting of: BMP-2, BMP-4, BMP-7, TGF-beta and demineralized bone matrix.
Electrical connector system comprising: at least one contact terminal, and a connector housing, comprising at least one aperture adapted to receive the contact terminal therein, wherein the system further comprises a cable strain relief member separate from the connector housing, which comprises cable fastening means for fastening the strain relief member to a cable for strain relief; and wherein the member further comprises integrated locking means adapted for locking the member directly to a corresponding counter connector, wherein the strain relief member further comprises mounting means (13a, 13b) for mounting the member to the connector housing, characterized in that the mounting means (13a, 13b) include a portion extending into the connector housing when the strain relief member is mounted thereto, wherein the portion is adapted to prevent removal of the contact terminal from its position in the aperture of the connector housing. at least one contact terminal, and a connector housing, comprising at least one aperture adapted to receive the contact terminal therein, wherein the system further comprises a cable strain relief member separate from the connector housing, which comprises cable fastening means for fastening the strain relief member to a cable for strain relief; and wherein the member further comprises integrated locking means adapted for locking the member directly to a corresponding counter connector, wherein the strain relief member further comprises mounting means (13a, 13b) for mounting the member to the connector housing, characterized in that the mounting means (13a, 13b) include a portion extending into the connector housing when the strain relief member is mounted thereto, wherein the portion is adapted to prevent removal of the contact terminal from its position in the aperture of the connector housing.
Pigment comprising at least one inorganic compound selected from the group of the iron oxides, iron oxide hydroxides, zinc ferrites, zinc oxides, magnesium ferrites and manganese ferrites, wherein the at least one inorganic compound is equipped with a coating comprising at least • at least one hydroxide or oxide of magnesium or calcium and • at least one calcium salt or magnesium salt of a fatty acid of the general formulae C n H 2n+1 COOH, C n H 2n-1 COOH, C n H 2n-3 COOH and/or C n H 2n-5 COOH, where n is from 10 to 20, wherein the coating of the at least one inorganic compound consists of an outer layer and an inner layer, wherein A) one of the two layers comprises at least one hydroxide or oxide of magnesium or calcium and B) the other of the two layers comprises at least one calcium salt or magnesium salt of a fatty acid of the general formulae C n H 2n+1 COOH, C n H 2n-1 COOH, C n H 2n-3 COOH and/or C n H 2n-5 COOH, where n is from 10 to 20, wherein the layer according to A) is preferably the inner layer. • at least one hydroxide or oxide of magnesium or calcium and • at least one calcium salt or magnesium salt of a fatty acid of the general formulae C n H 2n+1 COOH, C n H 2n-1 COOH, C n H 2n-3 COOH and/or C n H 2n-5 COOH, where n is from 10 to 20, A) one of the two layers comprises at least one hydroxide or oxide of magnesium or calcium and B) the other of the two layers comprises at least one calcium salt or magnesium salt of a fatty acid of the general formulae C n H 2n+1 COOH, C n H 2n-1 COOH, C n H 2n-3 COOH and/or C n H 2n-5 COOH, where n is from 10 to 20, wherein the layer according to A) is preferably the inner layer.
Arrangement to cool a coil, comprising an enclosure, which at least partially incorporates or houses the coil, and a device (4, 4') to create an airflow to cool the coil, wherein the coil comprises at least one cooling channel to guide the airflow through windings of the coil and an outer air duct lying radially inside an outer part of the coil, wherein an air guidance plate is placed at a lower part of the outer air duct and of the coil to block at least partially the airflow through and/or along the outer air duct, characterized in that a part of an insulation of the lower part of the coil is shortened in an axial direction of the coil with respect to a part of the insulation of the lower part of the coil that lies radially inside the outer air duct to place the air guidance plate, and wherein a barrier overhang of the lower part of the coil is shortened in the axial direction of the coil with respect to a barrier overhang of the lower part of the coil that lies radially inside the outer air duct to place the air guidance plate. wherein an air guidance plate is placed at a lower part of the outer air duct and of the coil to block at least partially the airflow through and/or along the outer air duct, characterized in that a part of an insulation of the lower part of the coil is shortened in an axial direction of the coil with respect to a part of the insulation of the lower part of the coil that lies radially inside the outer air duct to place the air guidance plate, and wherein a barrier overhang of the lower part of the coil is shortened in the axial direction of the coil with respect to a barrier overhang of the lower part of the coil that lies radially inside the outer air duct to place the air guidance plate.
A composite device, comprising: a normally-on field effect transistor, FET, device formed on a first substrate comprising a first drain, a first gate, a first source, and a shielding terminal conductively coupled to an internal drain output capacitance, wherein the internal drain output capacitance represents at least fifty percent of a total drain capacitance of the normally-on FET device, wherein the normally-on FET device is made of a wide-bandgap semiconductor material; and a normally-off FET device formed on a second substrate and comprising a second drain, a second gate, and a second source; a capacitive path across a drain terminal and a gate terminal of the composite device such that current flowing through the gate terminal controls a slew rate of a drain voltage appearing at the drain terminal during a switching transition; an electrical connection of the first drain to the drain terminal; an electrical connection of the first source to the second drain; an electrical connection of the second gate to the first gate and the gate terminal; an electrical connection of the second source to a source terminal of the composite device; and an electrical connection of the shielding terminal to the second source, wherein the electrical connection of the shielding terminal to the second source: (i) conductively couples the shielding terminal on the first substrate to the second source on the second substrate; and (ii) reduces a drain-to-source capacitance of the normally-on FET device. a normally-on field effect transistor, FET, device formed on a first substrate comprising a first drain, a first gate, a first source, and a shielding terminal conductively coupled to an internal drain output capacitance, wherein the internal drain output capacitance represents at least fifty percent of a total drain capacitance of the normally-on FET device, wherein the normally-on FET device is made of a wide-bandgap semiconductor material; and a normally-off FET device formed on a second substrate and comprising a second drain, a second gate, and a second source; a capacitive path across a drain terminal and a gate terminal of the composite device such that current flowing through the gate terminal controls a slew rate of a drain voltage appearing at the drain terminal during a switching transition; an electrical connection of the first drain to the drain terminal; an electrical connection of the first source to the second drain; an electrical connection of the second gate to the first gate and the gate terminal; an electrical connection of the second source to a source terminal of the composite device; and an electrical connection of the shielding terminal to the second source, wherein the electrical connection of the shielding terminal to the second source: (i) conductively couples the shielding terminal on the first substrate to the second source on the second substrate; and (ii) reduces a drain-to-source capacitance of the normally-on FET device.
An apparatus for monitoring the driving path of a vehicle with at least six cameras (K1 to K6) arranged on the vehicle for monitoring the surrounding area and a calculating means, wherein the cameras (K1 to K6) are formed by wide angle cameras with an effective viewing area of at least 165°, characterized in that two cameras (K1, K2) are arranged on the front side of the vehicle at a predetermined distance, so that the camera axes (A1, A2) of the respective camera (K1, K2) are inclined outwardly at a respectively predetermined angle (N1, N2) relative to the vehicle longitudinal axis, two cameras (K4, K5) are arranged on the rear side of the vehicle at a predetermine distance, so that the camera axes (A4, A5) of the respective camera (K4, K5) are inclined outwardly at a respectively predetermined angle (N4, N5) relative to the vehicle longitudinal axis, one camera (K3, K6) is arranged on each side of the vehicle, so that the camera axis (A3, A6) of the respective camera (K3, K6) is arranged parallel to the vehicle transverse axis, the two frontal cameras (K1, K2) form a frontal stereo viewing area, the two rear cameras (K4, K5) form a rear stereo viewing area, the left side camera with the frontal left camera forms a left front stereo area and the right side camera with the frontal right camera forms a right front stereo area, the left side camera with the rear left camera forms a left rear stereo area and the right side camera with the rear right camera forms a right rear stereo area, the left side camera forms a side left mono area, and the right side camera forms a side right mono area, and the image data of the cameras (K1 to K6) are combined in the calculation unit so that the at least eight viewing areas (G12, G23, G3, G34, G45, G56, G6, G16) are formed.
A process for the preparation of fatty acid esters of short-chain alcohols, in which i. vegetable oils or animal fats are subjected, in the presence of enzymes selected from the group of lipases, esterases, acyl transferases and mixtures thereof, to a partial transesterification and hydrolysis with aqueous aliphatic straight-chain or branched methanol, ethanol, propanol or butanol, and mixtures thereof and ii. then the reaction product obtained in this way is transesterified or esterified with anhydrous aliphatic straight-chain or branched methanol, ethanol, propanol or butanol, and mixtures thereof wherein unreacted alcohol from step (ii) is returned to the first process stage without further purification. i. vegetable oils or animal fats are subjected, in the presence of enzymes selected from the group of lipases, esterases, acyl transferases and mixtures thereof, to a partial transesterification and hydrolysis with aqueous aliphatic straight-chain or branched methanol, ethanol, propanol or butanol, and mixtures thereof and ii. then the reaction product obtained in this way is transesterified or esterified with anhydrous aliphatic straight-chain or branched methanol, ethanol, propanol or butanol, and mixtures thereof
A communications system related to a vehicle of a vehicle fleet comprising several vehicles, the communications system comprising a mobile handheld communication device; a handheld vehicle activation device; a communication module adapted to be arranged on the vehicle and adapted to establish wireless communication with the said communication device, characterised by that the communication device comprises a receiving device adapted to wirelessly receive vehicle identifying information from said vehicle activation device,where the vehicle identifying information unambiguously identifies a specific vehicle among said several vehicles, and wherein said received vehicle identifying information is compared to a set of vehicle identifying information comprised in a memory device comprised in said communication device, wherein said set includes the vehicle identifying information related to said several vehicles, and, if said received vehicle identifying information is included in said set, establish a wireless communication link between the communication module arranged on the vehicle and the communication device, wherein the vehicle is one of said several vehicles and is the vehicle that is unambiguously identified by said vehicle identifying information.