mhurhangee/ep-ind-claims huggingface dataset:
A transceiver comprising: a local oscillator (132, 134) configured to provide a local oscillator, LO, signal; an electronic component configured to receive radio frequency, RF, signals and to use the LO signal to process the RF signals; and a coupled transmission line (240, 540) configured to provide the LO signal from the local oscillator to the electronic component, the coupled transmission line comprising a plurality of individual lines (220, 230, 520, 530) extending in parallel in a direction of current flow and configured to carry current in an opposite direction, each of the plurality of individual lines (220, 230, 520, 530) comprising a plurality of strips (222, 224, 232, 234) carrying current in a same direction; and an aggressor line (210, 510); wherein the plurality of strips (222, 224, 232, 234) of the coupled transmission line are disposed on a single metallization layer of the transceiver and the plurality of strips (222, 224, 232, 234) of one of the individual lines (220, 230) is disposed within the plurality of strips of another of the individual lines; or the strips of the coupled transmission line overlay each other on different metallization layers (502, 504), wherein the strips of the coupled transmission line on each metallization layer (502, 504) are configured to carry current in opposite directions, and overlaying strips of the coupled transmission line on different metallization layers (502, 504) are configured to carry current in opposite directions. a local oscillator (132, 134) configured to provide a local oscillator, LO, signal; an electronic component configured to receive radio frequency, RF, signals and to use the LO signal to process the RF signals; and a coupled transmission line (240, 540) configured to provide the LO signal from the local oscillator to the electronic component, the coupled transmission line comprising a plurality of individual lines (220, 230, 520, 530) extending in parallel in a direction of current flow and configured to carry current in an opposite direction, each of the plurality of individual lines (220, 230, 520, 530) comprising a plurality of strips (222, 224, 232, 234) carrying current in a same direction; and an aggressor line (210, 510); wherein the plurality of strips (222, 224, 232, 234) of the coupled transmission line are disposed on a single metallization layer of the transceiver and the plurality of strips (222, 224, 232, 234) of one of the individual lines (220, 230) is disposed within the plurality of strips of another of the individual lines; or the strips of the coupled transmission line overlay each other on different metallization layers (502, 504), wherein the strips of the coupled transmission line on each metallization layer (502, 504) are configured to carry current in opposite directions, and overlaying strips of the coupled transmission line on different metallization layers (502, 504) are configured to carry current in opposite directions.
An electric power steering apparatus that calculates a current command value by using at least a steering torque and performs an assist control of a steering system by driving a motor based on said current command value, wherein said electric power steering apparatus comprises: at least two respectively independent torque sensors (22,24,101,111) and angle sensors (21,102,112), wherein having a function that respectively calculates steering angles from said torque sensors (22,24,101,111) and said angle sensors (21,102,112) to utilize, characterized in that comparison diagnoses of independent signals are performed and also concurrently individual diagnoses of each individual signal are performed, wherein in a case that it is judged that there is an abnormality in said comparison diagnoses, said angle sensor signals are not used, wherein in a case that it is judged that at least one of said individual diagnoses is abnormal, said angle sensor signal is treated as downgrading, and in a case that it is judged that two or more of said individual diagnoses are abnormal, said angle sensor signals are not used. at least two respectively independent torque sensors (22,24,101,111) and angle sensors (21,102,112), wherein having a function that respectively calculates steering angles from said torque sensors (22,24,101,111) and said angle sensors (21,102,112) to utilize, characterized in that comparison diagnoses of independent signals are performed and also concurrently individual diagnoses of each individual signal are performed, wherein in a case that it is judged that there is an abnormality in said comparison diagnoses, said angle sensor signals are not used, wherein in a case that it is judged that at least one of said individual diagnoses is abnormal, said angle sensor signal is treated as downgrading, and in a case that it is judged that two or more of said individual diagnoses are abnormal, said angle sensor signals are not used.
A method of raising a building structure with respect to the ground; the method comprising the steps of: forming a new foundation structure that supports the building structure and has a number of through holes, each surrounded by a number of upward-projecting anchors; lining each through hole with a guide tube; inserting a foundation pile through each through hole and inside the guide tube; applying at least one drive thrust to each foundation pile to drive in the foundation pile by sliding a shaft of the foundation pile with respect to the guide tube; applying at least one lift thrust to each foundation pile to raise the building structure with respect to the ground; and fixing each foundation pile axially to the new foundation structure once lifting is completed; the method being characterized by comprising the further step of placing about each guide tube a slide tube, which is coaxial with the guide tube, surrounds the guide tube, and is axially slidable with respect to the guide tube to slide axially with respect to the guide tube and integrally with the new foundation structure when raising the new foundation structure. forming a new foundation structure that supports the building structure and has a number of through holes, each surrounded by a number of upward-projecting anchors; lining each through hole with a guide tube; inserting a foundation pile through each through hole and inside the guide tube; applying at least one drive thrust to each foundation pile to drive in the foundation pile by sliding a shaft of the foundation pile with respect to the guide tube; applying at least one lift thrust to each foundation pile to raise the building structure with respect to the ground; and fixing each foundation pile axially to the new foundation structure once lifting is completed; the method being characterized by comprising the further step of placing about each guide tube a slide tube, which is coaxial with the guide tube, surrounds the guide tube, and is axially slidable with respect to the guide tube to slide axially with respect to the guide tube and integrally with the new foundation structure when raising the new foundation structure.
Joint for joining together drill string components (6,7) in the form of drill rods or shank adapters for percussion drilling, wherein each drill string component extends along an axial direction, and wherein, in operation, impact shock waves and rotation torque are arranged to be transferred via the joint, the joint including a male part and a female part having meeting impact surfaces (10, 11), characterized in - that the male part exhibits: i. first rotation torque transfer means, and ii. first axial coupling means, - that the female part exhibits: iii. second rotation torque transfer means, and iv. second axial coupling means, - wherein the first and second rotation torque transfer means (12, 14) extend on the respective male and female parts such, and - wherein the first and second axial coupling means (13,15) are positioned such, that when the drill string is subjected to rotation torque for drilling, relative axial movement is allowed between the male and the female parts when being in an interconnected state of co-operation between the first and second rotation torque transfer means - that the first and second axial coupling means include axial engagement means formed by radially directed protrusions on one of the male and the female parts, and - that the first and second axial coupling means include axial security coupling means, and that the axial security coupling means includes a thread coupling or a bayonet coupling. - that the male part exhibits: i. first rotation torque transfer means, and ii. first axial coupling means, i. first rotation torque transfer means, and ii. first axial coupling means, - that the female part exhibits: iii. second rotation torque transfer means, and iv. second axial coupling means, iii. second rotation torque transfer means, and iv. second axial coupling means, - wherein the first and second rotation torque transfer means (12, 14) extend on the respective male and female parts such, and - wherein the first and second axial coupling means (13,15) are positioned such, - that the first and second axial coupling means include axial engagement means formed by radially directed protrusions on one of the male and the female parts, and - that the first and second axial coupling means include axial security coupling means, and that the axial security coupling means includes a thread coupling or a bayonet coupling.
A negative electrode active material for a rechargeable lithium battery, comprising particles of a first silicon oxide and particles of a second silicon oxide, wherein particles of the second silicon oxide have different particle diameters from particles of the first silicon oxide and a particle distribution peak area ratio of the first silicon oxide relative to the second silicon oxide in a range of 3.0 to 12.0, optionally from 3.5 to 6.0.
A method of operating a steam generator of a laundry appliance, wherein the steam generator comprises a heater to generate steam from water and a water supply means to supply water to the heater, the method comprising a control routine including at least the following steps: - measuring a temperature (T meas) of the heater and - if the measured temperature (T meas) is below a lower target temperature (T Pmin), decreasing a supply of water to the heater, - if the measured temperature (T meas) is above an upper target temperature (T Pmax), increasing a supply of water to the heater, - if the measured temperature (T meas) is between the lower target temperature (T Pmin) and the upper target temperature (T Pmax), keeping the supply of water to the heater substantially constant, - if the measured temperature (T meas) is below a lower threshold temperature (T hmin), switching on the heater, wherein the lower threshold temperature (T hmin) is lower than the lower target temperature (T Pmin), and - if the measured temperature (T meas) is above an upper threshold temperature (T hmax), switching off the heater, wherein the upper threshold temperature (T hmax) is higher than the upper target temperature (T Pmax). - measuring a temperature (T meas) of the heater and - if the measured temperature (T meas) is below a lower target temperature (T Pmin), decreasing a supply of water to the heater, - if the measured temperature (T meas) is above an upper target temperature (T Pmax), increasing a supply of water to the heater, - if the measured temperature (T meas) is between the lower target temperature (T Pmin) and the upper target temperature (T Pmax), keeping the supply of water to the heater substantially constant, - if the measured temperature (T meas) is below a lower threshold temperature (T hmin), switching on the heater, wherein the lower threshold temperature (T hmin) is lower than the lower target temperature (T Pmin), and - if the measured temperature (T meas) is above an upper threshold temperature (T hmax), switching off the heater, wherein the upper threshold temperature (T hmax) is higher than the upper target temperature (T Pmax).
A method performed by a wireless device, the method comprising: receiving a physical downlink control channel, PDCCH, with first downlink control information, DCI, scheduling an uplink transmission; receiving, via at least one PDCCH monitoring occasion of PDCCH monitoring occasions, a repetition of second DCI that indicates cancelation of one or more symbols of the uplink transmission; and canceling the one or more symbols of the uplink transmission based on a last symbol of the PDCCH reception with the first DCI being earlier than a starting symbol of the PDCCH monitoring occasions. receiving a physical downlink control channel, PDCCH, with first downlink control information, DCI, scheduling an uplink transmission; receiving, via at least one PDCCH monitoring occasion of PDCCH monitoring occasions, a repetition of second DCI that indicates cancelation of one or more symbols of the uplink transmission; and canceling the one or more symbols of the uplink transmission based on a last symbol of the PDCCH reception with the first DCI being earlier than a starting symbol of the PDCCH monitoring occasions.
A cantilever hoist device adapted for lifting a load in a spatially limited environment, comprising: a support column having a proximal end and a distal end, wherein the proximal end is adapted to secure the support column in an upright position, an elongated, stiff, and rigid cantilever arm hingedly mounted at the distal end, wherein the cantilever arm is rotatable around a rotational axis that is parallel with the support column, a drive unit arranged to displace the load towards or away from the cantilever arm using a lifting medium passing one or more pulleys (151, 152, 154, 156, 158), wherein the drive unit comprises a winding body onto which the lifting medium is rollable to displace the load, wherein the drive unit is mounted at the distal end of the support column, characterized in that the drive unit remains stationary when the cantilever arm is rotated. a support column having a proximal end and a distal end, wherein the proximal end is adapted to secure the support column in an upright position, an elongated, stiff, and rigid cantilever arm hingedly mounted at the distal end, wherein the cantilever arm is rotatable around a rotational axis that is parallel with the support column, a drive unit arranged to displace the load towards or away from the cantilever arm using a lifting medium passing one or more pulleys (151, 152, 154, 156, 158), wherein the drive unit comprises a winding body onto which the lifting medium is rollable to displace the load, the drive unit is mounted at the distal end of the support column, characterized in that the drive unit remains stationary when the cantilever arm is rotated.
Footboard apparatus comprising a footboard and comprising a pivot bearing for pivotably attaching the footboard to a vehicle, and comprising a device for determining the pivot position of the footboard, said device comprising at least one position-measuring sensor, a first element being designed to have a profiled surface and a second element carrying the position-measuring sensor, the first element being arranged so as to be pivotable about the pivot bearing relative to the vehicle and the second element being arranged so as to be stationary relative to the vehicle, or the first element being arranged so as to be stationary relative to the vehicle and the second element being arranged so as to be pivotable about the pivot bearing relative to the vehicle, the position-measuring sensor being opposite the profiled surface and, during a pivoting movement of the footboard, a relative movement between the position-measuring sensor and the profiled surface occurs, and the profiled surface comprising surface portions (9a, 9b, 10a, 10b) that are close to and further from a pivot axis (x) of the pivot bearing, a first surface portion (9a, 10a) corresponding to a stowed footboard position and a second surface portion (10a, 9a) corresponding to the footboard position during pivoting, characterised in that a third and fourth surface portion (9b, 10b) are provided, the third surface portion (9b, 10b) corresponding to the lowered but unloaded footboard position and the fourth surface portion (10b, 9b) corresponding to the footboard position loaded by the body weight of the refuse collector.
A method for license control in High Speed Downlink Packet Access, HSDPA, characterized by comprising: controlling a license in HSDPA by controlling a modulation mode of high speed physical downlink shared channel, HS-PDSCH; wherein the license is used for controlling equipment processing capability provided to a network operator by an equipment manufacturer, and the controlling the modulation mode of HS-PDSCH comprises: determining 16-QAM as the modulation mode of HS-PDSCH if the license meets the requirements of the 16-QAM.
A pipe connector for connecting a first element to a second element, comprising - a pipe segment having a first end and a second end, - a first flange located at the first end of the pipe segment and configured to be connected to said first element, - a second flange located at the second end of the pipe segment and configured to be connected to said second element, characterized in that said first flange comprises: - a circumferential anchor flange that is fixed connected to the pipe segment at said first end, - a flange insert that is displaceable in the axial direction of the pipe connector in relation to the anchor flange between a retracted position and an extended position, and - means for displacing the flange insert in relation to the anchor flange, in the direction running axial from the second end towards the first end of the pipe segment, wherein the flange insert in the extended position protrude in the axial direction in relation to said anchor flange, and wherein the flange insert in the retracted position does not protrude in the axial direction in relation to said anchor flange. - a pipe segment having a first end and a second end, - a first flange located at the first end of the pipe segment and configured to be connected to said first element, - a second flange located at the second end of the pipe segment and configured to be connected to said second element, - a circumferential anchor flange that is fixed connected to the pipe segment at said first end, - a flange insert that is displaceable in the axial direction of the pipe connector in relation to the anchor flange between a retracted position and an extended position, and - means for displacing the flange insert in relation to the anchor flange, in the direction running axial from the second end towards the first end of the pipe segment,
A mineral substrate comprising, on at least one of its surfaces, an inorganic enamel forming a pattern, characterized in that: - said inorganic enamel has a total roughness, Rt, of its surface (1002-S) of less than or equal to 2 μm, and - the edge (1002a, 1002b) of said inorganic enamel protruding from the surface (1001-S) of the mineral substrate has a topographic slope value, expressed as a percentage, of less than or equal to 1.4%. - said inorganic enamel has a total roughness, Rt, of its surface (1002-S) of less than or equal to 2 μm, and - the edge (1002a, 1002b) of said inorganic enamel protruding from the surface (1001-S) of the mineral substrate has a topographic slope value, expressed as a percentage, of less than or equal to 1.4%.
A flame-retardant metal-coated cloth having an acceptable VTM-0 flame retardancy when the flame-retardant metal-coated cloth is evaluated in accordance with UL94, VTM-0 Testing Method, comprising a metal-coated cloth and a flame-retardant film formed on or over at least one surface of the metal-coated cloth, the flame-retardant film being formed by a mixture of a phosphorus compound, a metal hydroxide, a phosphoric ester, and a thermoplastic resin, wherein the flame-retardant film does not include a halogen compound or an antimony compound.
Portable, hand-held cutting-off machine, having: ▪ a supporting housing part, ▪ a cutting-off disc with a disc diameter, ▪ an output shaft, which is mounted on the housing part by means of a bearing element such that it can rotate about an output axis, ▪ a drive motor and a transmission device, which connects the drive motor to the output shaft, the transmission device being arranged on the housing part, ▪ a flange with a flange diameter (d f), wherein the cutting-off disc can be arranged co-rotationally on the output shaft by means of the flange, and ▪ a protective hood having a covering area which at least partly covers the cutting-off disc, and a machining area which exposes the cutting-off disc, the protective hood being mounted on the housing part such that it can pivot about a pivot axis, characterized in that the pivot axis of the protective hood is displaced from the output axis of the output shaft by a distance (Δ), and the pivot axis is displaced with respect to the output axis into the covering area of the protective hood. ▪ a supporting housing part, ▪ a cutting-off disc with a disc diameter, ▪ an output shaft, which is mounted on the housing part by means of a bearing element such that it can rotate about an output axis, ▪ a drive motor and a transmission device, which connects the drive motor to the output shaft, the transmission device being arranged on the housing part, ▪ a flange with a flange diameter (d f), wherein the cutting-off disc can be arranged co-rotationally on the output shaft by means of the flange, and ▪ a protective hood having a covering area which at least partly covers the cutting-off disc, and a machining area which exposes the cutting-off disc, the protective hood being mounted on the housing part such that it can pivot about a pivot axis,
A control unit for identifying a fault in an electric motor having a plurality of sub-motors the control unit comprising means for measuring a value of a first parameter associated with the operation of a first sub motor of the electric motor or generator, and means for measuring a value of a first parameter associated with the operation of a second sub motor of the electric motor or generator; means for increasing a counter value if the difference between the measured first parameter value associated with the operation of the first sub motor or a value derived from the measured value and a second value is greater than a first predetermined value; means for decreasing the counter value if the difference between the measured first parameter value associated with the operation of the first sub motor and the second value is less than the first predetermined value; and means for generating a signal indicative of a fault if the counter value exceeds a second predetermined value, wherein the second value is the measured value of the first parameter associated with the second sub motor.
A fermented milk product comprising an unsaturated emulsifier in an amount of 0.01-0.19 w/w %, wherein the fermented milk product comprises at least 0.3 w/w % fat, and wherein the unsaturated emulsifier comprises at least 30 w/w % of mono- and diglycerides of unsaturated fatty acid(s).