mhurhangee/ep-ind-claims huggingface dataset:
A mobile device configured to receive wireless communications via one or more wireless technologies comprising a receiver (320, 500) comprising a synchronizer (520; 600; 700), the synchronizer (520; 600; 700) comprising: symbol estimating means configured to receive a phase signal and to accumulate over sampling rate values of the phase signal to generate one or more estimated symbols of the received phase signal; inner-pattern de-mapping means configured to de-map the one or more estimated symbols to generate an inner-pattern de-mapped symbol estimation; timing tracking means configured to accumulate the inner-pattern de-mapped symbol estimation to determine a peak position of the accumulated inner-pattern de-mapped symbol estimation; correlating means and a gate, the gate configured to receive the peak position from the timing tracking means and to provide an inner pattern de-mapped symbol estimation received from the inner-pattern de-mapping means corresponding to the peak position to the correlating means; wherein the correlating means is configured to correlate the inner-pattern de-mapped symbol estimation received from the gate with a reference signal; wherein the phase signal is a differential phase signal determined based on a current phase signal and a previous phase signal; wherein the correlating means comprises a correlation window having a size that is independent of a signal over sampling rate. symbol estimating means configured to receive a phase signal and to accumulate over sampling rate values of the phase signal to generate one or more estimated symbols of the received phase signal; inner-pattern de-mapping means configured to de-map the one or more estimated symbols to generate an inner-pattern de-mapped symbol estimation; timing tracking means configured to accumulate the inner-pattern de-mapped symbol estimation to determine a peak position of the accumulated inner-pattern de-mapped symbol estimation; correlating means and a gate, the gate configured to receive the peak position from the timing tracking means and to provide an inner pattern de-mapped symbol estimation received from the inner-pattern de-mapping means corresponding to the peak position to the correlating means; wherein the correlating means is configured to correlate the inner-pattern de-mapped symbol estimation received from the gate with a reference signal; wherein the phase signal is a differential phase signal determined based on a current phase signal and a previous phase signal; wherein the correlating means comprises a correlation window having a size that is independent of a signal over sampling rate.
A housing assembly, applicable in a compressor, the housing assembly comprising: a housing; a temperature sensor abutting on an outer wall of the housing; and a fixing bracket comprising a fixing portion and connection portions located on two sides of the fixing portion, each of the connection portions being fixedly connected to the housing, a mounting cavity being formed between the fixing portion and the housing, the fixing portion having an inlet end to allow the temperature sensor to be mounted in the mounting cavity, the fixing portion comprising a top plate and two side plates connected to two sides of the top plate, an angle formed between the top plate and each of the two side plates being an obtuse angle, wherein the fixing bracket further comprises an opening slot facing away from the inlet end being formed on the top plate, and the opening slot being offset from a centerline of the top plate. a housing; a temperature sensor abutting on an outer wall of the housing; and a fixing bracket comprising a fixing portion and connection portions located on two sides of the fixing portion, each of the connection portions being fixedly connected to the housing, a mounting cavity being formed between the fixing portion and the housing, the fixing portion having an inlet end to allow the temperature sensor to be mounted in the mounting cavity, the fixing portion comprising a top plate and two side plates connected to two sides of the top plate, an angle formed between the top plate and each of the two side plates being an obtuse angle, wherein the fixing bracket further comprises an opening slot facing away from the inlet end being formed on the top plate, and the opening slot being offset from a centerline of the top plate.
An aerodynamics system for a vehicle, in particular a truck, comprising: a deflection element which extends along an axis of rotation and is rotatable by at least 360° about the axis of rotation; and a flow flap which is transferable from a folded position into an unfolded position, wherein: the deflection element is configured to be mounted to a rear side of the vehicle such that the axis of rotation runs parallel to an edge of the rear side, and the deflection element is configured to rotate about the axis of rotation while the flow flap is in the unfolded position; and the flow flap is configured to be mounted to the rear side of the vehicle such that, in the unfolded position, a flow guiding surface of the flow flap facing a flow region (108A-C) is arranged behind the deflection element in a direction of travel and extends from the deflection element into a slipstream region located behind the rear side in the direction of travel. a deflection element which extends along an axis of rotation and is rotatable by at least 360° about the axis of rotation; and a flow flap which is transferable from a folded position into an unfolded position, the deflection element is configured to be mounted to a rear side of the vehicle such that the axis of rotation runs parallel to an edge of the rear side, and the deflection element is configured to rotate about the axis of rotation while the flow flap is in the unfolded position; and the flow flap is configured to be mounted to the rear side of the vehicle such that, in the unfolded position, a flow guiding surface of the flow flap facing a flow region (108A-C) is arranged behind the deflection element in a direction of travel and extends from the deflection element into a slipstream region located behind the rear side in the direction of travel.
A rotor for an electrical rotating machine, extending along a longitudinal axis, comprising: - an assembly of magnetic sheets forming salient poles, two salient poles defining between them an interpolar region, the rotor being characterized in that it comprises between 3 to 15 internal cooling channels formed in the assembly of magnetic sheets in each interpolar region, the cooling channels being made in an extension in the form of a right angle, with sides parallel to the faces opposite the pole shoes of the salient poles. - an assembly of magnetic sheets forming salient poles, two salient poles defining between them an interpolar region,
Trigger device (10; 11) for power switches, with - a bimetal (14; 15) provided for arranging near a current path (12; 13) of a power switch for controlling triggering of the power switch and - a bimetal mounting device (16; 17) into which the bimetal is inserted and which is configured to enclose the bimetal in an arrangement substantially parallel to a current path of the power switch such that heat radiated by the current path can heat the bimetal almost across its whole length and the bimetal is shielded from ambient influences, wherein the bimetal mounting device (16; 17) is configured so as to fully enclose the current path and the bimetal (14; 15) and the current path and bimetal can be accommodated in a common housing formed by the bimetal mounting device, and the bimetal mounting device (16; 17) comprises a base (18; 19), characterised in that on the base (18; 19) of the bimetal mounting device (16; 17) the bimetal (14; 15) in the form of a strip is fixed at a foot point (20; 21). - a bimetal (14; 15) provided for arranging near a current path (12; 13) of a power switch for controlling triggering of the power switch and - a bimetal mounting device (16; 17) into which the bimetal is inserted and which is configured to enclose the bimetal in an arrangement substantially parallel to a current path of the power switch such that heat radiated by the current path can heat the bimetal almost across its whole length and the bimetal is shielded from ambient influences,
A process for making a sunscreen composition comprising: a. providing an aqueous phase; b. providing an oil phase comprising at least one cosmetically acceptable oil; c. providing at least one sunscreen active; d. providing up to 4.25% by weight, based on the total weight of the composition, of an emulsifier system consisting of: i. at least one ionic surfactant in a total amount of from 0.2 to 0.3% by weight, based on the weight of the composition; ii. at least one nonionic surfactant having an HLB of greater than or equal to 14 in a total amount of from 1 to 3% by weight, based on the weight of the composition; and iii. from 1 to 3% by weight of polysorbate 61, based on the weight of the composition; and e. combining a. to d. to form the sunscreen composition, wherein the composition is an oil-in-water emulsion containing oil droplets having an average particle size of from 100 to 150 nm, is alcohol-free, and appears semi-transparent to transparent upon application onto an end- user's skin. a. providing an aqueous phase; b. providing an oil phase comprising at least one cosmetically acceptable oil; c. providing at least one sunscreen active; d. providing up to 4.25% by weight, based on the total weight of the composition, of an emulsifier system consisting of: i. at least one ionic surfactant in a total amount of from 0.2 to 0.3% by weight, based on the weight of the composition; ii. at least one nonionic surfactant having an HLB of greater than or equal to 14 in a total amount of from 1 to 3% by weight, based on the weight of the composition; and iii. from 1 to 3% by weight of polysorbate 61, based on the weight of the composition; and i. at least one ionic surfactant in a total amount of from 0.2 to 0.3% by weight, based on the weight of the composition; ii. at least one nonionic surfactant having an HLB of greater than or equal to 14 in a total amount of from 1 to 3% by weight, based on the weight of the composition; and iii. from 1 to 3% by weight of polysorbate 61, based on the weight of the composition; and e. combining a. to d. to form the sunscreen composition,
A vacuum thermal insulating structure comprising: a first member; a second member facing the first member with a vacuum space formed between the second member and the first member, the second member having a higher temperature than the first member; a tubular member extending from the first member toward the second member; a planar first multilayer vacuum insulating member that covers the first member inside the tubular member; a cylindrical second multilayer vacuum insulating member that covers an inner peripheral surface of the tubular member; and a holding member disposed inside the tubular member, with the second multilayer vacuum insulating member wound around the holding member. a first member; a second member facing the first member with a vacuum space formed between the second member and the first member, the second member having a higher temperature than the first member; a tubular member extending from the first member toward the second member; a planar first multilayer vacuum insulating member that covers the first member inside the tubular member; a cylindrical second multilayer vacuum insulating member that covers an inner peripheral surface of the tubular member; and a holding member disposed inside the tubular member, with the second multilayer vacuum insulating member wound around the holding member.
An apparatus for heating and cooling a battery, wherein the apparatus comprises at least one vehicle drive battery with a plurality of battery cells, a coolant circuit which comprises at least one coolant line, at least one electrical heating element and at least one common heat-transfer component for the heat transfer between the battery and the coolant line and the electrical heating element, characterized in that the at least one common heat-transfer component is connected to the at least one electrical heating element and/or at least one coolant line in a positively and/or non-positively locking manner, the heat-transfer component having two thermal conduction ribs on the side facing away from the battery, which being in thermally conductive contact with the electrical heating element, wherein the distance between the thermal conduction ribs being selected in such a way that a pressing contact is preferably formed between the thermal conduction ribs and the electrical heating element, the thermal conduction ribs being shaped round at least in part in order to permit a fastening of the electrical heating element on the heat-transfer component with positive locking.
A process for increasing the crystallinity of at least one solid material which is less than 100% crystalline, comprising contacting a dry solid material with a non-solvent; and applying ultrasound to the solid material when in contact with said non-solvent.
A guitar, the guitar comprising: a body, the body having a bottom and sides; a top, an outer perimeter of the top attached to an upper rim of the sides; and a neck extending from the body; wherein an upper surface of the top is in tension due to bending of the top into a substantially domed shape and wherein a thickness of the top is thinner in an area of the outer perimeter than a central portion, thereby reducing the tension in the upper surface of the top in the area of the outer perimeter, characterized in that the top is thinner in the area of the outer perimeter due to material removal from the upper surface of the top after attachment of the top to the body. a body, the body having a bottom and sides; a top, an outer perimeter of the top attached to an upper rim of the sides; and a neck extending from the body; wherein an upper surface of the top is in tension due to bending of the top into a substantially domed shape and wherein a thickness of the top is thinner in an area of the outer perimeter than a central portion, thereby reducing the tension in the upper surface of the top in the area of the outer perimeter, characterized in that the top is thinner in the area of the outer perimeter due to material removal from the upper surface of the top after attachment of the top to the body.
A device comprising: a housing; a tissue conduction communication, TCC, transmitter enclosed by the housing and configured to generate TCC signals for transmission via a transmitting electrode vector coupled to the TCC transmitter; and a control circuit enclosed by the housing and coupled to the TCC transmitter and configured to: control the TCC transmitter to transmit a TCC test signal at each of a plurality of time points over a transmission test period; detect at least one response to the transmitted TCC test signals performed by the receiving device; establish a transmission window based on the at least one response so that the transmission window is correlated to a time during the transmission test period in which the transimpedance between the transmitting electrode vector and a receiving electrode vector of the receiving device is greater than a selected threshold or determined to be relatively increased compared to other portions of the respective cardiac cycle or a group of cardiac cycles; and control the TCC transmitter to transmit a communication signal to the receiving device during the transmission window. a housing; a tissue conduction communication, TCC, transmitter enclosed by the housing and configured to generate TCC signals for transmission via a transmitting electrode vector coupled to the TCC transmitter; and a control circuit enclosed by the housing and coupled to the TCC transmitter and configured to: control the TCC transmitter to transmit a TCC test signal at each of a plurality of time points over a transmission test period; detect at least one response to the transmitted TCC test signals performed by the receiving device; establish a transmission window based on the at least one response so that the transmission window is correlated to a time during the transmission test period in which the transimpedance between the transmitting electrode vector and a receiving electrode vector of the receiving device is greater than a selected threshold or determined to be relatively increased compared to other portions of the respective cardiac cycle or a group of cardiac cycles; and control the TCC transmitter to transmit a communication signal to the receiving device during the transmission window. control the TCC transmitter to transmit a TCC test signal at each of a plurality of time points over a transmission test period; detect at least one response to the transmitted TCC test signals performed by the receiving device; establish a transmission window based on the at least one response so that the transmission window is correlated to a time during the transmission test period in which the transimpedance between the transmitting electrode vector and a receiving electrode vector of the receiving device is greater than a selected threshold or determined to be relatively increased compared to other portions of the respective cardiac cycle or a group of cardiac cycles; and control the TCC transmitter to transmit a communication signal to the receiving device during the transmission window.
An apparatus comprising: a memory controller configured to identify a target memory cell in response to at least one of a selection failure and a set fail memory read error associated with the target memory cell, wherein the set fail memory read error is indicative of a memory element of the target memory cell in the set state read as being in a reset state; characterized in that the memory controller is further configured to apply a first sequence of recovery pulses to a first number of selected adjacent memory cells adjacent the target memory cell, the first sequence of recovery pulses configured to induce heating in the target memory cell. a memory controller configured to identify a target memory cell in response to at least one of a selection failure and a set fail memory read error associated with the target memory cell, wherein the set fail memory read error is indicative of a memory element of the target memory cell in the set state read as being in a reset state; characterized in that the memory controller is further configured to apply a first sequence of recovery pulses to a first number of selected adjacent memory cells adjacent the target memory cell, the first sequence of recovery pulses configured to induce heating in the target memory cell.
ACCOMMODATIVE INTRAOCULAR LENS comprising a lens, haptics and a support in the form of a ring, wherein the Accommodative Intraocular Lens comprises two groups of elements: • A first group comprising an optical part and at least two soft haptics each associated with rigid haptics via a lever, • A second group comprising an inner ring, which comprising at least two curving flaps wherein the inner ring and the at least two curving flaps are housed in an outer ring, wherein the first group is made integral with second group through fixing points. • A first group comprising an optical part and at least two soft haptics each associated with rigid haptics via a lever, • A second group comprising an inner ring, which comprising at least two curving flaps wherein the inner ring and the at least two curving flaps are housed in an outer ring,
Front loader for a tractor, comprising at least one front loader rocker and a parking stand device mounted on the front loader rocker for setting down the front loader, wherein the parking stand device comprises a parking support, which is swivelably attached to the front loader rocker and can be pivoted out of an operating position and into a parked position, wherein the parking stand device comprises a locking brace, which is swivelably attached at one end to the front loader rocker, and detent elements, which are assigned to one another and can be brought into engagement with one another, are disposed on the parking brace and on a free end of the locking brace, by means of which the parking brace can be snapped into multiple positions supporting the front loader, characterized in that the detent elements formed on a free end of the locking brace are formed on a locking carriage, which is swivelably hinged to the locking brace.
A multifunction imager comprising: an imaging optical subsystem configured to receive electromagnetic radiation from a distant scene; a focal plane array configured to produce an image of the scene; a polarimetry subsystem; and a programmable spectral imaging subsystem optically coupled to the polarimetry subsystem and the focal plane array, the spectral imaging system including an electrically switchable disperser configurable between an ON state in which the disperser spectrally disperses incident electromagnetic radiation to provide spectrally dispersed electromagnetic radiation to the focal plane array, and an OFF state in which the disperser is configured as a first substantially clear aperture that passes the electromagnetic radiation to the focal plane array, wherein the electrically switchable disperser includes: a first passive polarization grating; a second passive polarization grating; and a switchable half-wave plate positioned between the first and second passive polarization gratings; wherein the programmable spectral imaging subsystem further comprises a switchable quarter-wave plate positioned between the polarimetry subsystem and the electrically switchable disperser. an imaging optical subsystem configured to receive electromagnetic radiation from a distant scene; a focal plane array configured to produce an image of the scene; a polarimetry subsystem; and a programmable spectral imaging subsystem optically coupled to the polarimetry subsystem and the focal plane array, the spectral imaging system including an electrically switchable disperser configurable between an ON state in which the disperser spectrally disperses incident electromagnetic radiation to provide spectrally dispersed electromagnetic radiation to the focal plane array, and an OFF state in which the disperser is configured as a first substantially clear aperture that passes the electromagnetic radiation to the focal plane array, wherein the electrically switchable disperser includes: a first passive polarization grating; a second passive polarization grating; and a switchable half-wave plate positioned between the first and second passive polarization gratings; a first passive polarization grating; a second passive polarization grating; and a switchable half-wave plate positioned between the first and second passive polarization gratings; wherein the programmable spectral imaging subsystem further comprises a switchable quarter-wave plate positioned between the polarimetry subsystem and the electrically switchable disperser.