mhurhangee/ep-ind-claims huggingface dataset:
A method for wireless communication at user equipment, UE, comprising: receiving, from a base station, an indication of a set of resources for transmission of a demodulation reference signal, DMRS, wherein a plurality of non-orthogonal multiple access, NOMA, transmitters are configured for at least partially concurrent transmissions using the set of resources; selecting a codebook from a plurality of codebooks based on the set of resources for transmission of the DMRS; identifying, based at least in part on the set of resources, a plurality of short sequences of the selected codebook to be included in the DMRS, and wherein each short sequence of the plurality of short sequences has a root index and cyclic shift that provides a cross-correlation with other of the plurality of short sequences that is below a threshold value; concatenating the plurality of short sequences to generate a reference signal sequence for the DMRS; and transmitting the DMRS to the base station. receiving, from a base station, an indication of a set of resources for transmission of a demodulation reference signal, DMRS, wherein a plurality of non-orthogonal multiple access, NOMA, transmitters are configured for at least partially concurrent transmissions using the set of resources; selecting a codebook from a plurality of codebooks based on the set of resources for transmission of the DMRS; identifying, based at least in part on the set of resources, a plurality of short sequences of the selected codebook to be included in the DMRS, and wherein each short sequence of the plurality of short sequences has a root index and cyclic shift that provides a cross-correlation with other of the plurality of short sequences that is below a threshold value; concatenating the plurality of short sequences to generate a reference signal sequence for the DMRS; and transmitting the DMRS to the base station.
An audio-production device comprising: a flexible electrical-to-mechanical (E-M) transducer including a first region and a second region; a power source; one or more computer processors; and one or more computer-readable media having instructions stored thereon that, responsive to execution by the one or more computer processors, cause the power source to: apply a first voltage signal to the first region of the flexible E-M transducer effective to mechanically contract or expand the first region of the flexible E-M transducer to alter a first shape of a first portion of a pinna of a human ear to create a first audio dipole within an external auditory canal of the human ear; and apply a second voltage signal to the second region of the flexible E-M transducer effective to mechanically contract or expand the second region of the flexible E-M transducer to alter a second shape of a second portion of the pinna to create a second audio dipole within the external auditory canal. a flexible electrical-to-mechanical (E-M) transducer including a first region and a second region; a power source; one or more computer processors; and one or more computer-readable media having instructions stored thereon that, responsive to execution by the one or more computer processors, cause the power source to: apply a first voltage signal to the first region of the flexible E-M transducer effective to mechanically contract or expand the first region of the flexible E-M transducer to alter a first shape of a first portion of a pinna of a human ear to create a first audio dipole within an external auditory canal of the human ear; and apply a second voltage signal to the second region of the flexible E-M transducer effective to mechanically contract or expand the second region of the flexible E-M transducer to alter a second shape of a second portion of the pinna to create a second audio dipole within the external auditory canal. apply a first voltage signal to the first region of the flexible E-M transducer effective to mechanically contract or expand the first region of the flexible E-M transducer to alter a first shape of a first portion of a pinna of a human ear to create a first audio dipole within an external auditory canal of the human ear; and apply a second voltage signal to the second region of the flexible E-M transducer effective to mechanically contract or expand the second region of the flexible E-M transducer to alter a second shape of a second portion of the pinna to create a second audio dipole within the external auditory canal.
A composition for use in adoptive cell therapy for treating a melanoma, wherein the composition comprises: (a) a MYC fusion peptide, comprising (i) a protein transduction domain, optionally a TAT protein transduction domain sequence; (ii) a MYC polypeptide sequence; and (b) one or more primary immune cells isolated from a donor subject that has a melanoma tumor, wherein the one or more primary immune cells are reactive against a melanoma-specific antigen. (a) a MYC fusion peptide, comprising (i) a protein transduction domain, optionally a TAT protein transduction domain sequence; (ii) a MYC polypeptide sequence; and (b) one or more primary immune cells isolated from a donor subject that has a melanoma tumor, wherein the one or more primary immune cells are reactive against a melanoma-specific antigen.
A fluid takeoff assembly for a motor-compressor, comprising: an outer pipe having an inlet and an outlet; an inner pipe defining a fluid passage extending from an open axial end toward a closed axial end thereof and a radial opening fluidly coupled with the fluid passage, the inner pipe at least partially disposed in the outer pipe such that the open axial end is oriented toward the outlet of the outer pipe, the closed axial end is oriented toward the inlet of the outer pipe, and the inner pipe and the outer pipe at least partially define an annular space therebetween; a cross-flow member coupled with the inner pipe and defining a flowpath fluidly coupled with the fluid passage via the radial opening, the cross-flow member at least partially disposed in the annular space and configured to at least partially induce a swirling flow in a process fluid flowing through the annular space; and a vane disposed in the annular space and coupled with the inner pipe, the vane configured to at least partially induce the swirling flow in the process fluid flowing through the annular space; wherein the cross-flow member and the vane are uniformly disposed about the inner pipe in an annular array; and wherein the cross-flow member and the vane are shaped and/or oriented to induce the swirling flow. an outer pipe having an inlet and an outlet; an inner pipe defining a fluid passage extending from an open axial end toward a closed axial end thereof and a radial opening fluidly coupled with the fluid passage, the inner pipe at least partially disposed in the outer pipe such that the open axial end is oriented toward the outlet of the outer pipe, the closed axial end is oriented toward the inlet of the outer pipe, and the inner pipe and the outer pipe at least partially define an annular space therebetween; a cross-flow member coupled with the inner pipe and defining a flowpath fluidly coupled with the fluid passage via the radial opening, the cross-flow member at least partially disposed in the annular space and configured to at least partially induce a swirling flow in a process fluid flowing through the annular space; and a vane disposed in the annular space and coupled with the inner pipe, the vane configured to at least partially induce the swirling flow in the process fluid flowing through the annular space; wherein the cross-flow member and the vane are uniformly disposed about the inner pipe in an annular array; and wherein the cross-flow member and the vane are shaped and/or oriented to induce the swirling flow.
A method of operation of a wireless device enabled to provide interference suppression during detection of a predetermined signal, said method comprising: determining whether the wireless device is moving toward a current serving cell of the wireless device or away from the current serving cell of the wireless device; characterized by if the wireless device is moving toward the current serving cell, initiating suppression of transmissions from a previous serving cell of the wireless device during detection of a predetermined signal from another cell different from the current serving cell and from the previous serving cell; and if the wireless device is moving away from the current serving cell, initiating suppression of transmissions from the current serving cell of the wireless device during detection of the predetermined signal from the another cell. determining whether the wireless device is moving toward a current serving cell of the wireless device or away from the current serving cell of the wireless device; characterized by if the wireless device is moving toward the current serving cell, initiating suppression of transmissions from a previous serving cell of the wireless device during detection of a predetermined signal from another cell different from the current serving cell and from the previous serving cell; and if the wireless device is moving away from the current serving cell, initiating suppression of transmissions from the current serving cell of the wireless device during detection of the predetermined signal from the another cell.
A device of electric connection between two successive sections of the ring-shaped pipe of a synchrotron, comprising: first and second end parts capable of being fastened to the sections, each comprising a tubular portion with facets; electrically-conductive resilient fingers (44; 52; 62), each of which contacts each of the two tubular portions, each contact being a sliding contact with one of said facets; and at least one arm (48; 66) bearing on each finger, each arm being fixed with respect to one of the end parts. first and second end parts capable of being fastened to the sections, each comprising a tubular portion with facets; electrically-conductive resilient fingers (44; 52; 62), each of which contacts each of the two tubular portions, each contact being a sliding contact with one of said facets; and at least one arm (48; 66) bearing on each finger, each arm being fixed with respect to one of the end parts.
A cassette unit (1; 101; 201; 301; 501; 601) for use with an auto-injector having an electrically powered drive unit, said cassette unit comprising: a cassette unit housing (20; 120; 220; 320; 520; 620) defining a cassette unit housing cavity and a needle projection aperture; said cassette unit housing cavity arranged for receipt of a syringe (10; 110; 210; 310; 510) comprising: a barrel (12; 112; 212; 312; 512) for containing a volume of a liquid drug formulation, said barrel defining a flange at the rear end thereof and a forward shoulder at the forward end thereof; a hollow needle (14; 114; 214; 314; 514; 614) at a front end of said barrel, said hollow needle defining a needle tip (15; 115; 215; 315; 515; 615) for dispensing of said liquid drug formulation; and a plunger that is axially movable within the barrel; and one or more shoulder support features (136; 336; 436) for supporting a forward shoulder of a syringe, characterised in that the one or more shoulder support features support the forward shoulder of the syringe during advancement of the syringe from a rest position in which the needle tip of the syringe is within the cassette unit housing to a use position in which the needle tip of the syringe protrudes from the needle projection aperture. a cassette unit housing (20; 120; 220; 320; 520; 620) defining a cassette unit housing cavity and a needle projection aperture; said cassette unit housing cavity arranged for receipt of a syringe (10; 110; 210; 310; 510) comprising: a barrel (12; 112; 212; 312; 512) for containing a volume of a liquid drug formulation, said barrel defining a flange at the rear end thereof and a forward shoulder at the forward end thereof; a hollow needle (14; 114; 214; 314; 514; 614) at a front end of said barrel, said hollow needle defining a needle tip (15; 115; 215; 315; 515; 615) for dispensing of said liquid drug formulation; and a plunger that is axially movable within the barrel; and a barrel (12; 112; 212; 312; 512) for containing a volume of a liquid drug formulation, said barrel defining a flange at the rear end thereof and a forward shoulder at the forward end thereof; a hollow needle (14; 114; 214; 314; 514; 614) at a front end of said barrel, said hollow needle defining a needle tip (15; 115; 215; 315; 515; 615) for dispensing of said liquid drug formulation; and a plunger that is axially movable within the barrel; and one or more shoulder support features (136; 336; 436) for supporting a forward shoulder of a syringe, characterised in that the one or more shoulder support features support the forward shoulder of the syringe during advancement of the syringe from a rest position in which the needle tip of the syringe is within the cassette unit housing to a use position in which the needle tip of the syringe protrudes from the needle projection aperture.
An imaging system comprising: an external flash including a first communication unit that transmits a light emission preparation time from when reception of a light emission command is completed until when a light emission trigger is acceptable, the first communication unit transmitting the light emission preparation time according to a communication protocol; and an imaging device including a second communication unit that communicates with the first communication unit of the external flash and acquires the light emission preparation time according to the communication protocol, wherein header data is transmitted to the first communication unit that specifies the transmission direction and a data size of the light emission command to be transmitted subsequent to the header data and an optimization processing unit that optimizes an output timing of the light emission trigger on a basis of the light emission preparation time acquired by the second communication unit. an external flash including a first communication unit that transmits a light emission preparation time from when reception of a light emission command is completed until when a light emission trigger is acceptable, the first communication unit transmitting the light emission preparation time according to a communication protocol; and an imaging device including a second communication unit that communicates with the first communication unit of the external flash and acquires the light emission preparation time according to the communication protocol, wherein header data is transmitted to the first communication unit that specifies the transmission direction and a data size of the light emission command to be transmitted subsequent to the header data and an optimization processing unit that optimizes an output timing of the light emission trigger on a basis of the light emission preparation time acquired by the second communication unit. a second communication unit that communicates with the first communication unit of the external flash and acquires the light emission preparation time according to the communication protocol, wherein header data is transmitted to the first communication unit that specifies the transmission direction and a data size of the light emission command to be transmitted subsequent to the header data and an optimization processing unit that optimizes an output timing of the light emission trigger on a basis of the light emission preparation time acquired by the second communication unit.
Aerosol-generating device comprising: a cavity for receiving an aerosol-generating article comprising aerosol-forming substrate, and a heating element, wherein the heating element is an induction heating element, wherein the heating element comprises a susceptor configured for heating, wherein the susceptor is arranged as multiple elongate elements, and wherein the susceptor comprises a thermally deformable element, wherein the thermally deformable element is arranged in the cavity, and wherein the thermally deformable element is configured to thermally deform during a heating operation to contact and hold the aerosol-generating article received in the cavity during the heating operation, characterised in that the multiple elongate elements form a hollow tubular arrangement with gaps between the individual elongate elements. a cavity for receiving an aerosol-generating article comprising aerosol-forming substrate, and a heating element, wherein the heating element is an induction heating element, wherein the heating element comprises a susceptor configured for heating, wherein the susceptor is arranged as multiple elongate elements, and wherein the susceptor comprises a thermally deformable element, wherein the thermally deformable element is arranged in the cavity, and wherein the thermally deformable element is configured to thermally deform during a heating operation to contact and hold the aerosol-generating article received in the cavity during the heating operation, characterised in that the multiple elongate elements form a hollow tubular arrangement with gaps between the individual elongate elements.
Method for driving an electric machine, wherein the electric machine has a stator, a rotor and a coil arrangement having at least one coil section (L1, L2, L3) for driving the rotor, wherein the coil arrangement is electrically driven differently in a plurality of commutation steps by a control arrangement in order to generate an alternating magnetic field for driving the rotor, wherein the electrical driving of the coil arrangement is changed between the commutation steps, and wherein the rotor is assigned a detection arrangement (41; 50) which detects at least one rotation parameter (K H, KP) of the rotor, wherein an average value (KP M) is determined from a plurality of measurement values of the rotation parameter (K H, KP) and a switchover time (K T) between the commutation steps is set on the basis of the average value (KP M), characterized in that the switchover time (K T) is furthermore set on the basis of a calibration factor (k) that takes account of a rotation-direction-dictated deviation.
A spring type connector comprising: a pair of connectors having a lock mechanism that are engaged with each other at a fitting position, wherein one connector of the pair of connectors includes: an inner housing; an outer housing that surrounds the inner housing and is assembled to and slidable to the inner housing relatively in fitting directions; a gap defined between the inner housing and the outer housing and into which the other connector of the pair of connectors is capable of being inserted; a retaining mechanism (3d, 5c) configured to suppress separation between the inner housing and the outer housing; a spring configured to bias the inner housing and the outer housing in directions in which the inner housing and the outer housing are separated from each other and wherein the retaining mechanism (3d, 5c) includes: a pair of abutting members provided on the inner housing and the outer housing so as to face each other in the fitting directions; and characterized in that the retaining mechanism further includes a cushioning member provided between the pair of the abutting members a pair of connectors having a lock mechanism that are engaged with each other at a fitting position, wherein one connector of the pair of connectors includes: an inner housing; an outer housing that surrounds the inner housing and is assembled to and slidable to the inner housing relatively in fitting directions; a gap defined between the inner housing and the outer housing and into which the other connector of the pair of connectors is capable of being inserted; a retaining mechanism (3d, 5c) configured to suppress separation between the inner housing and the outer housing; a spring configured to bias the inner housing and the outer housing in directions in which the inner housing and the outer housing are separated from each other and wherein the retaining mechanism (3d, 5c) includes: a pair of abutting members provided on the inner housing and the outer housing so as to face each other in the fitting directions; and characterized in that the retaining mechanism further includes a cushioning member provided between the pair of the abutting members a pair of abutting members provided on the inner housing and the outer housing so as to face each other in the fitting directions; and characterized in that the retaining mechanism further includes a cushioning member provided between the pair of the abutting members
A magnetic bearing device, comprising: a rotor; position detection means (105b, 107b, 109b) for detecting a radial position or an axial position of the rotor; magnetic bearing means (105a, 107a, 109a) for controlling the radial position or the axial position with an electromagnet; an excitation circuit that includes a switching element (131, 132) for connecting/disconnecting between the electromagnet and a power supply; electromagnetic current detection means for detecting a current flowing through the electromagnet; power supply voltage detection means for detecting a fluctuant voltage of the power supply; and pulse width calculation means for calculating, at each timing, a pulse width (Tp) for operating pulse control for the switching element, characterized in that, the pulse width is calculated based on the voltage detected by the power supply voltage detection means and the current detected by the electromagnetic current detection means. a rotor; position detection means (105b, 107b, 109b) for detecting a radial position or an axial position of the rotor; magnetic bearing means (105a, 107a, 109a) for controlling the radial position or the axial position with an electromagnet; an excitation circuit that includes a switching element (131, 132) for connecting/disconnecting between the electromagnet and a power supply; electromagnetic current detection means for detecting a current flowing through the electromagnet; power supply voltage detection means for detecting a fluctuant voltage of the power supply; and pulse width calculation means for calculating, at each timing, a pulse width (Tp) for operating pulse control for the switching element,
A multi-component packaged food product, in particular a pet food product, which has been thermally processed to achieve commercial sterility in a package, including at least first and second components, wherein said first component consists of a wet food phase comprising water and other edible substances and having a water activity of above 0.85 and which at ambient temperature has a liquid, viscous or gelled consistency, and wherein said second component comprises solid phase pieces immersed in the first component and which have separate and distinct physical characteristics from the wet phase component, characterised by the solid phase pieces comprising a manufactured matrix of inorganic but edible mineral salts formed into a shape-stable object exhibiting a bulk water activity value of 0.75 or below prior to thermal processing of the packaged food product, wherein the second component solid phase pieces are formed by compression tableting.
A method for providing identity provider services characterized by using an identity provider instance discovery service, comprising: as requests for identity provider instances are processed by the discovery service, receiving and storing data identifying the identity provider instances; receiving an update concerning a resource associated with the directory service, the update received via a publish-subscribe notification service supported on a hardware element; based on the update, modifying the data; and upon receipt a new request for an identity provider instance, using the modified data to identify an identity provider instance for use in responding to the new request.