mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: at least partially filling an interior volume of a container (c, 220) with a heated fill material, sealing the container after the at least partial filling, and releasing a gas from an adsorber material into the container interior volume after the sealing, wherein the heated fill material has a temperature above a glass transition temperature (Tg) of a material from which the container is formed, characterized in that the adsorber material, a matrix containing the adsorber material and/ or a semi-permeable liner region (108a; 108b; 108c, 121c) surrounding the adsorber is selected to result in a timed respectively gradual release of adsorbed gas, wherein some of the gas is released before the heated fill material has cooled to a temperature below the glass transition temperature, and wherein most of the gas is released after the heated fill material has cooled to a temperature below the glass transition temperature. at least partially filling an interior volume of a container (c, 220) with a heated fill material, sealing the container after the at least partial filling, and releasing a gas from an adsorber material into the container interior volume after the sealing, wherein the heated fill material has a temperature above a glass transition temperature (Tg) of a material from which the container is formed, characterized in that the adsorber material, a matrix containing the adsorber material and/ or a semi-permeable liner region (108a; 108b; 108c, 121c) surrounding the adsorber is selected to result in a timed respectively gradual release of adsorbed gas, wherein some of the gas is released before the heated fill material has cooled to a temperature below the glass transition temperature, and wherein most of the gas is released after the heated fill material has cooled to a temperature below the glass transition temperature.
A low twist, combed, indigo dyed, cotton yarn comprising: a twist multiple between 2.0 and 3.4, inclusive; a sizing at the surface of the yarn, and a dyed core wherein an indigo dye penetrates deeply into the core, wherein a viscosity of the sizing during application is between 18 and 24 sec, inclusive, and the sizing remains substantially at the surface of the yarn. a twist multiple between 2.0 and 3.4, inclusive; a sizing at the surface of the yarn, and a dyed core wherein an indigo dye penetrates deeply into the core, wherein a viscosity of the sizing during application is between 18 and 24 sec, inclusive, and the sizing remains substantially at the surface of the yarn.
A method for adjusting a receiver timing of a user equipment, UE, in a Coordinated MultiPoint, CoMP, configuration, comprising: receiving a plurality of channel state information reference signals, CSI-RSs, at the UE from a plurality of cooperating nodes (210, 220) in a coordination set of the CoMP system, wherein the coordination set includes at least two of the plurality of cooperating nodes (210, 220); generating a plurality of received CSI-RS timings for the at least two of the plurality of cooperating nodes (210, 220) from the plurality of CSI-RSs; estimating a composite received CSI-RS timing from the plurality of received CSI-RS timings, wherein the composite received CSI-RS timing represents a composite delay determined based on a combination of at least two of the plurality of received CSI-RS timings, and wherein the composite received CSI-RS timing is estimated by a combination of the plurality of received CSI-RS timings that are individually weighted by corresponding reference signal received power RSRP; and adjusting, at the UE, the receiver timing of the UE based on the composite received CSI-RS timing, wherein the adjusted receiver timing is a time a receiver of the UE processes a received signal. receiving a plurality of channel state information reference signals, CSI-RSs, at the UE from a plurality of cooperating nodes (210, 220) in a coordination set of the CoMP system, wherein the coordination set includes at least two of the plurality of cooperating nodes (210, 220); generating a plurality of received CSI-RS timings for the at least two of the plurality of cooperating nodes (210, 220) from the plurality of CSI-RSs; estimating a composite received CSI-RS timing from the plurality of received CSI-RS timings, wherein the composite received CSI-RS timing represents a composite delay determined based on a combination of at least two of the plurality of received CSI-RS timings, and wherein the composite received CSI-RS timing is estimated by a combination of the plurality of received CSI-RS timings that are individually weighted by corresponding reference signal received power RSRP; and adjusting, at the UE, the receiver timing of the UE based on the composite received CSI-RS timing, wherein the adjusted receiver timing is a time a receiver of the UE processes a received signal.
A method for transmitting a reference signal at a user equipment in a wireless communication system, the method comprising: determining a root index 'q' of a Zadoff Chu sequence based on a group index 'u', a length 'N zc RS ' of the Zadoff Chu sequence, and a base sequence number index 'v' for the length 'N zc RS, within a sequence group corresponding to the group index 'u', wherein the group index 'u' is determined based on a cell of the user equipment; generating the reference signal based on the determined root index 'q' of the Zadoff-Chu sequence; and transmitting the reference signal to a base station, characterised in that the determined root index 'q' satisfies: q = floor y + 0.5 + v * − 1 floor 2y, and wherein: y = N zc RS * u + 1 / N reference, and wherein the 'N reference ' is a length of a reference prime number. determining a root index 'q' of a Zadoff Chu sequence based on a group index 'u', a length 'N zc RS ' of the Zadoff Chu sequence, and a base sequence number index 'v' for the length 'N zc RS, within a sequence group corresponding to the group index 'u', wherein the group index 'u' is determined based on a cell of the user equipment; generating the reference signal based on the determined root index 'q' of the Zadoff-Chu sequence; and transmitting the reference signal to a base station, characterised in that the determined root index 'q' satisfies: q = floor y + 0.5 + v * − 1 floor 2y, and wherein: y = N zc RS * u + 1 / N reference, and wherein the 'N reference ' is a length of a reference prime number.
Method for controlling a vehicle on a closed site, in particular at a depot, wherein the vehicle has a control unit which is designed to automatically control a braking system and a drive system in the vehicle in order to move the vehicle automatically along a defined path, wherein, after determining that no steering system is available in the vehicle that can be controlled via automatically generated steering control signals in order to automatically influence a steering angle (d) of wheels of a steered vehicle axle of the vehicle, at least the following steps are carried out: - defining a path between a starting region and a defined destination region on the closed site; - generating drive control signals and steering brake control signals such that the vehicle moves from the starting region along the path into the defined destination region with a subsequent automated control of the drive system and the braking system using these control signals (SA, SBL), and the steering angle (d) changes only due to automated control of the brakes of the braking system. - defining a path between a starting region and a defined destination region on the closed site; - generating drive control signals and steering brake control signals such that the vehicle moves from the starting region along the path into the defined destination region with a subsequent automated control of the drive system and the braking system using these control signals (SA, SBL), and the steering angle (d) changes only due to automated control of the brakes of the braking system.
A roasted coffee of Coffea arabica var. Laurina, characterized in that a powder of said coffee comprises: - 5.0 to 10.0 mg/g trigonelline; and - 3.0 to 8.0 mg/g mono-caffeoylquinic acids. - 5.0 to 10.0 mg/g trigonelline; and - 3.0 to 8.0 mg/g mono-caffeoylquinic acids.
A blade for a turbomachine gas turbine, the blade comprising a cooling circuit having at least one cooling cavity, said cooling cavity having, in transversal section, a dimension at least three times higher than another dimension, said cooling cavity extending radially between a root and a tip of the blade, and at least one air admission opening at a radially inner end of the cavity to feed it with cooling air, characterized in that at least one of the walls (26a, 26b) of the cooling cavity is provided with a plurality of indentations so as to disturb the flow of cooling air in said cavity and increase heat exchange, and in that the walls of the cooling cavity do not have any flow-disturbing patterns of added material.
An antenna for use with a medical implant, the antenna comprising: an inductor assembly including either two conductors that are arranged in a row or four conductors that are arranged two rows and two columns, each conductor defining an outer surface and a conductor diameter D C, and an electrically non-conductive carrier defining either two lumens or four lumens in which the conductors are respectively located that maintains a conductor spacing S between the outer surfaces of the conductors; wherein the inductor assembly defines at least one turn; characterized in that each conductor includes six cables twisted around a center cable in a hexagonal formation; the conductor spacing S and conductor diameter D C together define a S/D C ratio; the S/D C ratio for the conductors in each row ranges from about 0.5 to about 1.2; and the S/D C ratio for the conductors in each column ranges from about 0.5 to about 1.2. an inductor assembly including either two conductors that are arranged in a row or four conductors that are arranged two rows and two columns, each conductor defining an outer surface and a conductor diameter D C, and an electrically non-conductive carrier defining either two lumens or four lumens in which the conductors are respectively located that maintains a conductor spacing S between the outer surfaces of the conductors; wherein the inductor assembly defines at least one turn; characterized in that each conductor includes six cables twisted around a center cable in a hexagonal formation; the conductor spacing S and conductor diameter D C together define a S/D C ratio; the S/D C ratio for the conductors in each row ranges from about 0.5 to about 1.2; and the S/D C ratio for the conductors in each column ranges from about 0.5 to about 1.2.
A thermal transfer recording medium comprising: a heat-resistant lubricating layer on one surface of a base material; and an undercoat layer and a dye layer in that order on the other surface of the base material, wherein the undercoat layer includes a copolymer of a polyester having a sulfonic acid group and an acrylic polymer having at least one of a glycidyl group and a carboxyl group, polyvinylpyrrolidone, and an oxazoline group-containing polymer; and a binder resin of the dye layer is an acid-modified polyvinyl acetoacetal resin or an epoxy-modified polyvinyl acetoacetal resin. a copolymer of a polyester having a sulfonic acid group and an acrylic polymer having at least one of a glycidyl group and a carboxyl group, polyvinylpyrrolidone, and an oxazoline group-containing polymer; and
A method for producing a microelectronic component, comprising the steps: - embedding structure elements (7, 8, 9) that are to be exposed in a multi-level conductive path layer stack on a substrate front side of a substrate during producing the multi-level conductive path layer stack; - producing a recess that extends from a substrate backside oriented away from the multi-level conductive path layer stack to the substrate front side oriented towards the multi-level conductive path layer stack; - exposing the structure elements (7, 8, 9) in the multi-level conductive path layer stack by removing layer sections of the multi-level conductive path layer stack from the substrate backside through the recess; characterized in that - producing a reference mask for defining a lateral position or a lateral extension of the structure elements (7, 8, 9) to be exposed during producing the multi-level conductive path layer stack, - wherein the reference mask is r arranged in a layer of the multi-level conductive path layer stack which layer is more proximal to the substrate compared to the structure elements (7, 8, 9) to be exposed, and - exposing the structure elements (7, 8, 9) is performed from the substrate backside through the recess in portions of a lateral extension of the recess not covered by the reference mask - embedding structure elements (7, 8, 9) that are to be exposed in a multi-level conductive path layer stack on a substrate front side of a substrate during producing the multi-level conductive path layer stack; - producing a recess that extends from a substrate backside oriented away from the multi-level conductive path layer stack to the substrate front side oriented towards the multi-level conductive path layer stack; - exposing the structure elements (7, 8, 9) in the multi-level conductive path layer stack by removing layer sections of the multi-level conductive path layer stack from the substrate backside through the recess; characterized in that - producing a reference mask for defining a lateral position or a lateral extension of the structure elements (7, 8, 9) to be exposed during producing the multi-level conductive path layer stack, - wherein the reference mask is r arranged in a layer of the multi-level conductive path layer stack which layer is more proximal to the substrate compared to the structure elements (7, 8, 9) to be exposed, and - exposing the structure elements (7, 8, 9) is performed from the substrate backside through the recess in portions of a lateral extension of the recess not covered by the reference mask
A method for providing a frequency of an electrical quantity in an electrical power system, the method comprising: - obtaining, with respect to a first time at which the electrical quantity is sampled, a first discrete Fourier transform, DFT, phasor of the electrical quantity in the electrical power system, - estimating a second DFT phasor at a first time interval before the first time, said first time interval depending on an approximated frequency, and - determining the frequency (f new) at the first time based on the first and the second DFT phasor, characterised in that the second DFT phasor is estimated by interpolation using DFT phasors obtained at sampling times around the time at which the second DFT phasor is to be estimated. - obtaining, with respect to a first time at which the electrical quantity is sampled, a first discrete Fourier transform, DFT, phasor of the electrical quantity in the electrical power system, - estimating a second DFT phasor at a first time interval before the first time, said first time interval depending on an approximated frequency, and - determining the frequency (f new) at the first time based on the first and the second DFT phasor,
An electromagnetic actuator with flux bypass, comprising a permanent magnet, a ferromagnetic armature, a vane which defines at least one air gap with the armature and which can move between an open position and a closed position, mechanical return means for returning the vane to the open position, and at least one electric conductor capable of generating a magnetic flux in the armature, characterized in that the armature forms a closed magnetic loop in which the conductor(s) are capable of generating a magnetic flux, the magnet being positioned in the mobile vane and generating fluxes in two magnetic circuits in parallel, one of which comprises a portion of the armature, while the other is formed in the vane and comprises a plug area that can be saturated by the magnet or an air zone.
Illumination device for a motor vehicle, comprising a light guide for guiding light along a light propagation direction by total internal reflection, wherein the light originates from at least one light source and is able to be coupled in via at least one input-coupling face on a front side of the light guide, having an output-coupling face, arranged along the light propagation direction, for coupling out light that exits from the light guide at an exit face arranged along the light propagation direction with the removal of the total internal reflection condition, wherein the at least one light source, the light of which is able to be coupled in via the at least one input-coupling face, is a laser light source, characterized in that the laser light source is a point-shaped light source that has, in plan view, a maximum extent of 20 μm or less, and/or in that a converter device for the conversion of the light of the laser light source into a point-shaped light source is provided that has, in plan view, a maximum extent of 20 μm or less.
An imaging catheter assembly, comprising: a tip member (560,1700,2700) comprising a tubular body (1728,2742) that includes a closed distal end (1720,2720), an opened proximal end (1732,2728), and a proximal curved top outer wall extending from the proximal opened end and tapering into a distal flat top outer wall towards the closed distal end; a flexible elongate member comprising a distal portion coupled to the open proximal end of the tip member; and an imaging component mounted within the tip member, wherein the tubular body includes an inner cavity extending from the proximal opened end towards the distal closed end, wherein the inner cavity includes a proximal curved top inner wall opposite the proximal curved top outer wall, a distal flat top inner wall opposite the distal flat top outer wall, a first guiding member extending along a first inner sidewall of the inner cavity and a second guiding member extending along a second inner sidewall of the inner cavity, wherein the first inner sidewall is radially opposite the second inner sidewall; wherein the imaging component comprises a planar element that includes an ultrasound transducer array, and wherein the imaging component is positioned within the tip member (560,1700) guided by the first guiding member and the second guiding member. a tip member (560,1700,2700) comprising a tubular body (1728,2742) that includes a closed distal end (1720,2720), an opened proximal end (1732,2728), and a proximal curved top outer wall extending from the proximal opened end and tapering into a distal flat top outer wall towards the closed distal end; a flexible elongate member comprising a distal portion coupled to the open proximal end of the tip member; and an imaging component mounted within the tip member, wherein the tubular body includes an inner cavity extending from the proximal opened end towards the distal closed end, wherein the inner cavity includes a proximal curved top inner wall opposite the proximal curved top outer wall, a distal flat top inner wall opposite the distal flat top outer wall, a first guiding member extending along a first inner sidewall of the inner cavity and a second guiding member extending along a second inner sidewall of the inner cavity, wherein the first inner sidewall is radially opposite the second inner sidewall; wherein the imaging component comprises a planar element that includes an ultrasound transducer array, and wherein the imaging component is positioned within the tip member (560,1700) guided by the first guiding member and the second guiding member.
A rotary joint for a bogie of a rail vehicle for connecting a car body to the bogie, the rotary joint having: a rotary bearing with a first element for fixing on a bogie and a second element which is rotatable relative to the first element; a joint carrier which is connected rotationally conjointly to the second element and which serves for connection to a car body, wherein the joint carrier is designed to be deformed in energy-absorbing fashion in the event of being compressed; and a coupling device, wherein the coupling device is fixed rotationally conjointly on the second element or forms a part thereof, and wherein the coupling device comprises a rotary pin or rotary pan, that can be connected to a joint of a second car body. a rotary bearing with a first element for fixing on a bogie and a second element which is rotatable relative to the first element; a joint carrier which is connected rotationally conjointly to the second element and which serves for connection to a car body, wherein the joint carrier is designed to be deformed in energy-absorbing fashion in the event of being compressed; and a coupling device, wherein the coupling device is fixed rotationally conjointly on the second element or forms a part thereof, and wherein the coupling device comprises a rotary pin or rotary pan, that can be connected to a joint of a second car body.
A conductor terminal comprising an insulating material housing and a spring-force terminal connection having a contact body shaped from a sheet element with a base portion, lateral wall portions protruding from the base portion and spaced apart from one another, and solder connection contact tongues, wherein the solder connection contact tongues are bent out of a plane of the base portion, and open up a solder connection plane that is arranged offset to the plane of the base portion and form an indented region of the base portion, and wherein the base portion with the lateral wall portions forms a conductor receiving channel adapted to receive an electric conductor, wherein at least one leaf spring tongue that has a clamping edge for clamping the electric conductor that is received in the conductor receiving channel, the at least one leaf spring tongue protruding from the lateral wall portions; and wherein the insulating material housing comprising on a front side a conductor insertion opening that leads towards the conductor receiving channel, characterized in that a closure cover is provided to latch into the indented region, wherein the depth of the intended region corresponds at least to the thickness of a conventional printed circuit board and wherein the conductor terminal can be inserted into an opening in the printed circuit board in such a way that the solder connection level is on the underside of the printed circuit board and the conductor insertion level is above the upper side of the printed circuit board.