mhurhangee/ep-ind-claims huggingface dataset:
A control apparatus of an engine having an exhaust bypass passage for bypassing a turbine of a turbocharger, and a waste gate valve for opening and closing the exhaust bypass passage, the control apparatus comprising: opening/closing control means for controlling an opening/closing action of the waste gate valve; and start-up control means for starting up the engine in accordance with an engine start-up request, wherein the opening/closing control means: controls the opening/closing action of the waste gate valve in accordance with a temperature of the engine before a start-up procedure for the engine by the start-up control means is started, and if the temperature of the engine is equal to or lower than a first set temperature, controls the waste gate valve in a valve opening direction, controls the opening/closing action of the waste gate valve in accordance with the temperature of the engine after the start-up procedure for the engine is completed, and if the temperature of the engine is equal to or lower than a second set temperature, controls the waste gate valve in a valve closing direction, wherein: the first set temperature is set to be lower than the second set temperature, and if the temperature of the engine is equal to or lower than the second set temperature after the start-up procedure for the engine is completed, the opening/closing control means maintains the waste gate valve in a closed state until the temperature of the engine becomes equal to or higher than a third set temperature which is higher than the second set temperature, but lower than a warm-up completion temperature of the engine. opening/closing control means for controlling an opening/closing action of the waste gate valve; and start-up control means for starting up the engine in accordance with an engine start-up request, controls the opening/closing action of the waste gate valve in accordance with a temperature of the engine before a start-up procedure for the engine by the start-up control means is started, and if the temperature of the engine is equal to or lower than a first set temperature, controls the waste gate valve in a valve opening direction, controls the opening/closing action of the waste gate valve in accordance with the temperature of the engine after the start-up procedure for the engine is completed, and if the temperature of the engine is equal to or lower than a second set temperature, controls the waste gate valve in a valve closing direction, the first set temperature is set to be lower than the second set temperature, and if the temperature of the engine is equal to or lower than the second set temperature after the start-up procedure for the engine is completed, the opening/closing control means maintains the waste gate valve in a closed state until the temperature of the engine becomes equal to or higher than a third set temperature which is higher than the second set temperature, but lower than a warm-up completion temperature of the engine.
A lamp for a vehicle, comprising: at least one light emitting unit; a sensor configured to generate data about an object located outside the vehicle; a housing having an opening, and accommodating the at least one light emitting unit and the sensor; and a cover lens covering the opening, characterized in that the cover lens comprises: a first lens; and a second lens contacting at least one surface of the first lens, and having a refractive index different from a refractive index of the first lens, and, wherein the refractive index of the second lens is smaller than the refractive index of the fist lens. at least one light emitting unit; a sensor configured to generate data about an object located outside the vehicle; a housing having an opening, and accommodating the at least one light emitting unit and the sensor; and a cover lens covering the opening, characterized in that the cover lens comprises: a first lens; and a second lens contacting at least one surface of the first lens, and having a refractive index different from a refractive index of the first lens, and, wherein the refractive index of the second lens is smaller than the refractive index of the fist lens. a first lens; and a second lens contacting at least one surface of the first lens, and having a refractive index different from a refractive index of the first lens, and, wherein the refractive index of the second lens is smaller than the refractive index of the fist lens.
A method for wireless communications by a user equipment, UE, (102; 206; 650; 720; 812; 906) comprising: receiving signaling indicating one or more interference measurement resources, IMRs, (1404; 1502; 1504) from a network and a configuration with one or more non-zero power reference signal, NZP-RS, resources in which one or more base stations (106; 204; 208; 610; 710; 802; 804; 806; 902; 904) transmit a reference signal, RS; performing separate interference measurements on a per-IMR basis in one or more subframes by forming a baseline interference estimate based on the one or more of the IMRs (1404; 1502; 1504) and forming separate interference estimates based on adding interference from selected NZP-RS resources to the baseline interference estimate; transmitting one or more channel state information, CSI, feedback reports that correspond to the interference measurements; receiving signaling indicating a deactivation of one or more of the IMRs (1404; 1502; 1504); and discontinuing performing interference measurements or transmitting CSI feedback corresponding to the deactivated IMRs (1404; 1502; 1504), wherein the one or more NZP-RS resources comprise one or more non-zero power channel state information reference signal, NZP-CSI-RS, resources and wherein the RS transmitted by the one or more base stations comprises a CSI-RS; and wherein the adding of the interference from the selected NZP-CSI-RS resources is subject to specific, separately signaled, precoding assumptions. receiving signaling indicating one or more interference measurement resources, IMRs, (1404; 1502; 1504) from a network and a configuration with one or more non-zero power reference signal, NZP-RS, resources in which one or more base stations (106; 204; 208; 610; 710; 802; 804; 806; 902; 904) transmit a reference signal, RS; performing separate interference measurements on a per-IMR basis in one or more subframes by forming a baseline interference estimate based on the one or more of the IMRs (1404; 1502; 1504) and forming separate interference estimates based on adding interference from selected NZP-RS resources to the baseline interference estimate; transmitting one or more channel state information, CSI, feedback reports that correspond to the interference measurements; receiving signaling indicating a deactivation of one or more of the IMRs (1404; 1502; 1504); and discontinuing performing interference measurements or transmitting CSI feedback corresponding to the deactivated IMRs (1404; 1502; 1504), wherein the one or more NZP-RS resources comprise one or more non-zero power channel state information reference signal, NZP-CSI-RS, resources and wherein the RS transmitted by the one or more base stations comprises a CSI-RS; and wherein the adding of the interference from the selected NZP-CSI-RS resources is subject to specific, separately signaled, precoding assumptions.
A beaded nonwoven membrane comprising polymeric nanofibers, and at least one active agent, wherein: - the nanofibers comprise beads distributed along the nanofiber length and have a mean diameter which is from 1.5 to 20 times the mean diameter of the nanofiber, - the active agent has a water solubility equal to or lower than 33 mg/mL, and - the total content of the active agent is physically entrapped within the membrane but externally arranged to the polymeric nanofibers of the membrane. - the nanofibers comprise beads distributed along the nanofiber length and have a mean diameter which is from 1.5 to 20 times the mean diameter of the nanofiber, - the active agent has a water solubility equal to or lower than 33 mg/mL, and - the total content of the active agent is physically entrapped within the membrane but externally arranged to the polymeric nanofibers of the membrane.
Instrument set for spinal surgeries, comprising at least one dilator (6, 7, 8), comprising a guide tube and comprising a guide rod which comprises an eccentric cavity, wherein the guide tube can be received in the cavity of the guide rod, wherein the guide rod has a lateral slot opening (5.1) connected to the cavity so that the cavity forms a partially cylindrical groove (5.2), and the width of the slot opening (5.1) is smaller than the diameter of the groove (5.2), and wherein the guide rod has a distal tongue (5.5) which is arranged eccentrically with respect to the cavity of the guide rod.
A massaging apparatus which can disclose respectively an expanded and an unexpanded state, the massaging apparatus comprising: a generally U-shaped housing having a first side segment, a second side segment, and a central segment, wherein the housing is disposed in a plane, wherein the housing has a housing axis that is normal to the plane and configured to align with an appendage axis of a user, wherein each of the first side segment and the second side segment are pivotably connected to the central segment wherein each segment has at least one opening that faces the housing axis; and at least one roller disposed in one of the at least one opening, characterized in that the apparatus further comprises a vibrating motor, and circuitry configured to energize and de-energize the vibrating motor, the central segment enclosing a motor housing for the motor a generally U-shaped housing having a first side segment, a second side segment, and a central segment, wherein the housing is disposed in a plane, wherein the housing has a housing axis that is normal to the plane and configured to align with an appendage axis of a user, wherein each of the first side segment and the second side segment are pivotably connected to the central segment wherein each segment has at least one opening that faces the housing axis; and at least one roller disposed in one of the at least one opening, characterized in that the apparatus further comprises a vibrating motor, and circuitry configured to energize and de-energize the vibrating motor, the central segment enclosing a motor housing for the motor
Method for fabrication of a shock absorber bearing for an arbor of a timepiece mobile part, said arbor including a pivot-shank and a pivot, said bearing including a support (102, 103) provided with a housing arranged to receive a suspended pivot means (126, 126'), characterized in that said method includes the following steps: a) Taking the support (102, 103) and the pivot means (126, 126') comprising a recess and then placing the pivot means (126, 126') inside the housing in the support (102, 103). b) Taking the arbor and the insert comprising a hole for insertion of said pivot therein. c) Placing the insert on the arbor so that the arbor pivot is inserted inside the hole in the insert. d) Mounting the shock absorber bearing by manipulating the arbor so that the insert mounted on the arbor penetrates the recess. a) Taking the support (102, 103) and the pivot means (126, 126') comprising a recess and then placing the pivot means (126, 126') inside the housing in the support (102, 103). b) Taking the arbor and the insert comprising a hole for insertion of said pivot therein. c) Placing the insert on the arbor so that the arbor pivot is inserted inside the hole in the insert. d) Mounting the shock absorber bearing by manipulating the arbor so that the insert mounted on the arbor penetrates the recess.
A circular force generator for use in an active vibration control system, comprising: a component housing; and a center shaft, wherein the center shaft is positioned in a fixed relationship with respect to the component housing; at least one motor having a rotor and a fixed stator, the rotor rotatably coupled to the center shaft by a bearing, wherein the fixed stator is configured to cause rotation about the center shaft of an eccentric mass connected to the rotor to produce a rotating force with a rotating force magnitude and a controllable rotating force phase: characterized in that it further comprises a high accuracy servo controller configured to control the rotating force magnitude and a rotating force phase of the rotor, the control system comprising a Hall-effect sensor servo control; and a micro-controller contained in the component housing, the micro-controller being configured to receive high-level digital commands from a central controller. a component housing; and a center shaft, wherein the center shaft is positioned in a fixed relationship with respect to the component housing; at least one motor having a rotor and a fixed stator, the rotor rotatably coupled to the center shaft by a bearing, wherein the fixed stator is configured to cause rotation about the center shaft of an eccentric mass connected to the rotor to produce a rotating force with a rotating force magnitude and a controllable rotating force phase: characterized in that it further comprises a high accuracy servo controller configured to control the rotating force magnitude and a rotating force phase of the rotor, the control system comprising a Hall-effect sensor servo control; and a micro-controller contained in the component housing, the micro-controller being configured to receive high-level digital commands from a central controller.
Quick clamp fastener for a lace-up shoe including at least one tab provided with a number of eyelets, said clamp fastener including a base member which is laterally attachable onto the tab from a free edge of the tab, with a fastening means for detachably fastening the base member in the attached state to or into an eyelet, a tensioning member connected to the base member so as to be pivotable around a pivot pin, such that the tensioning member can be folded between a closed position, in which the tensioning member is folded onto the base member, and an open position, and locking means for locking the tensioning member in the closed position, the tensioning member including at least one eyelet spaced from the pivot pin, characterised in that the base member comprises a substantially U-shaped body for sliding laterally onto the tab, and the pivot pin is located at one end of the base member at which the legs (40, 44) of the body converge.
A bit exchangeable drill for machining a layered sheet of fiber reinforced plastic and metal including a drill body and a detachable cutting head at a tip of said drill body, said cutting head including a cutting edge extending linearly from a rotation center to a radial outer end in axial end view, and a helical flute, wherein a thinning face inclined relative to a rotation axis, and rendering an axial rake angle of the cutting edge negative is formed at a rake face continuous to said cutting edge, and said thinning face is arranged entirely from a radial inner end to a radial outer end of said cutting edge, a main margin adjacent to said helical flute and a submargin arranged backward of said main margin in a drill rotation direction are formed at an outer circumferential land of said cutting head, and a size of clearance formed between the two margins is set at 0.3 mm to 1.0 mm, wherein a tilt angle θ of said thinning face relative to the rotation axis satisfies a condition of 0° < θ < 10°.
A computer program product encoded in a non-transitory computer-readable medium configured for operating a cochlear implant, the product comprising: program code for applying stimulation signals with an initial signal format using biphasic electrical stimulation pulses to stimulation electrodes in a cochlear implant electrode, the stimulation pulses for stimulating the auditory nerve; characterized in that the computer program product further comprises program code for identifying one or more undesired somatic responses to the stimulation pulses caused by inadvertent stimulation of a nerve other than the auditory nerve; and program code for selecting an adapted signal format that reduces the one or more undesired somatic responses by using triphasic electrical stimulation pulses to apply stimulation signals to one or more of the stimulation electrodes. program code for applying stimulation signals with an initial signal format using biphasic electrical stimulation pulses to stimulation electrodes in a cochlear implant electrode, the stimulation pulses for stimulating the auditory nerve; characterized in that the computer program product further comprises program code for identifying one or more undesired somatic responses to the stimulation pulses caused by inadvertent stimulation of a nerve other than the auditory nerve; and program code for selecting an adapted signal format that reduces the one or more undesired somatic responses by using triphasic electrical stimulation pulses to apply stimulation signals to one or more of the stimulation electrodes.
A method of detecting a substituted or nonsubstituted mono-, di- or tri- picolinic acid in a sample of a peracid composition comprising; adding to said sample an effective amount of a reducing agent to form a sample solution and so that peracid is reduced, assaying said sample solution with florescence detection.
An apparatus for installation of a frame assembly to a body, the body having a cross-sectional perimeter shape and a longitudinal shape, the body having a hollow interior region to receive the frame assembly, said apparatus comprising: a tooling assembly having a cross-sectional perimeter shape and a longitudinal shape substantially equivalent to that of the body, said tooling assembly configured to support the frame assembly, said tooling assembly being positionable proximate the body; wherein said tooling assembly comprises a plurality of tooling segments, each of said tooling segments comprising a plurality of interconnected tooling elements, each tooling element being configured to support one frame element of a plurality of frame elements defining said frame assembly; wherein each tooling segment is configured to releasably connect to an adjacent tooling segment along a longitudinal edge; and wherein said frame assembly is positionable with respect to said body at a plurality of predetermined engineering locations. a tooling assembly having a cross-sectional perimeter shape and a longitudinal shape substantially equivalent to that of the body, said tooling assembly configured to support the frame assembly, said tooling assembly being positionable proximate the body; wherein said tooling assembly comprises a plurality of tooling segments, each of said tooling segments comprising a plurality of interconnected tooling elements, each tooling element being configured to support one frame element of a plurality of frame elements defining said frame assembly; wherein each tooling segment is configured to releasably connect to an adjacent tooling segment along a longitudinal edge; and wherein said frame assembly is positionable with respect to said body at a plurality of predetermined engineering locations.
A channel state information feedback method of a mobile station in a Massive Multiple-Output Multiple Input, MIMO, system, the method comprising: estimating a channel vector comprising N channel coefficients, the N channel coefficients corresponding to N beams received from a base station; comparing result values of a function having an input of the N channel coefficients to each other; selecting an index of a beam with a maximum value of the result values; selecting (13, 23, 33) indices of beams having a result value greater than or equal to a threshold value multiplied by the maximum result value and of which a difference between the phase of the channel coefficient of the beam and a phase of the channel coefficient of the beam with the maximum value of the result values is less than or equal to a phase threshold value; generating (13, 23, 33) an active beam index set including the selected beam indices; estimating channel state information on the active beam index set; and feeding back the channel state information and the active beam index set to the base station. estimating a channel vector comprising N channel coefficients, the N channel coefficients corresponding to N beams received from a base station; comparing result values of a function having an input of the N channel coefficients to each other; selecting an index of a beam with a maximum value of the result values; selecting (13, 23, 33) indices of beams having a result value greater than or equal to a threshold value multiplied by the maximum result value and of which a difference between the phase of the channel coefficient of the beam and a phase of the channel coefficient of the beam with the maximum value of the result values is less than or equal to a phase threshold value; generating (13, 23, 33) an active beam index set including the selected beam indices; estimating channel state information on the active beam index set; and feeding back the channel state information and the active beam index set to the base station.
A garment care device comprising: a steam plate comprising a steam exit, the steam plate having a given first area inscribed within a first outer periphery boundary of the steam plate regardless of any through hole/opening or non-through hole/opening feature(s) located within the first outer periphery boundary, and an accessory comprising: a holding means adapted to hold a pad containing a chemical compound, the holding means comprising an external cover extending substantially parallel to the steam plate, said external cover having a given second area, the given second area being defined as the plain area being inscribed within a second outer periphery boundary of the external cover which is within the first outer periphery boundary of the steam plate regardless of any protrusion(s) and non-flat plain pattem(s) arranged on the external cover and located within the second outer periphery boundary, but with the area of any through hole/opening feature(s) in the external cover not being counted in the calculation of the given second area, characterized in that the ratio of said second area to said first area is in the range [30; 80] %. a steam plate comprising a steam exit, the steam plate having a given first area inscribed within a first outer periphery boundary of the steam plate regardless of any through hole/opening or non-through hole/opening feature(s) located within the first outer periphery boundary, and an accessory comprising: a holding means adapted to hold a pad containing a chemical compound, the holding means comprising an external cover extending substantially parallel to the steam plate, said external cover having a given second area, the given second area being defined as the plain area being inscribed within a second outer periphery boundary of the external cover which is within the first outer periphery boundary of the steam plate regardless of any protrusion(s) and non-flat plain pattem(s) arranged on the external cover and located within the second outer periphery boundary, but with the area of any through hole/opening feature(s) in the external cover not being counted in the calculation of the given second area, a holding means adapted to hold a pad containing a chemical compound, the holding means comprising an external cover extending substantially parallel to the steam plate, said external cover having a given second area, the given second area being defined as the plain area being inscribed within a second outer periphery boundary of the external cover which is within the first outer periphery boundary of the steam plate regardless of any protrusion(s) and non-flat plain pattem(s) arranged on the external cover and located within the second outer periphery boundary, but with the area of any through hole/opening feature(s) in the external cover not being counted in the calculation of the given second area, characterized in that the ratio of said second area to said first area is in the range [30; 80] %.