mhurhangee/ep-ind-claims huggingface dataset:
A method of receiving, by a terminal, control information transmitted by a base station in a subframe, the method comprising: receiving information about an enhanced physical downlink control channel, EPDCCH, the EPDCCH being in a physical downlink shared channel, PDSCH, area of the subframe; and receiving the control information through the EPDCCH, wherein: the subframe comprises the PDSCH area and a physical downlink control channel, PDCCH, area, the PDSCH area comprising first resource elements and the PDCCH area comprising second resource elements; one or more of the first resource elements are assigned to the EPDCCH and the other of the first resource elements are assigned to a PDSCH; the second resource elements are assigned to a PDCCH; the one or more of the first resource elements are determined at least based on an identifier of the terminal; and a same precoding as that applied to a demodulation reference signal, DM-RS, included in a physical resource block, PRB, transmitted through the EPDCCH is applied to the EPDCCH. receiving information about an enhanced physical downlink control channel, EPDCCH, the EPDCCH being in a physical downlink shared channel, PDSCH, area of the subframe; and receiving the control information through the EPDCCH, wherein: the subframe comprises the PDSCH area and a physical downlink control channel, PDCCH, area, the PDSCH area comprising first resource elements and the PDCCH area comprising second resource elements; one or more of the first resource elements are assigned to the EPDCCH and the other of the first resource elements are assigned to a PDSCH; the second resource elements are assigned to a PDCCH; the one or more of the first resource elements are determined at least based on an identifier of the terminal; and a same precoding as that applied to a demodulation reference signal, DM-RS, included in a physical resource block, PRB, transmitted through the EPDCCH is applied to the EPDCCH. the subframe comprises the PDSCH area and a physical downlink control channel, PDCCH, area, the PDSCH area comprising first resource elements and the PDCCH area comprising second resource elements; one or more of the first resource elements are assigned to the EPDCCH and the other of the first resource elements are assigned to a PDSCH; the second resource elements are assigned to a PDCCH; the one or more of the first resource elements are determined at least based on an identifier of the terminal; and a same precoding as that applied to a demodulation reference signal, DM-RS, included in a physical resource block, PRB, transmitted through the EPDCCH is applied to the EPDCCH.
Expansion anchor comprising - an anchor bolt, and - at least one expansion shell located at the anchor bolt, - wherein the anchor bolt comprises - a wedge zone for expanding the at least one expansion shell, - an abutment zone forming a rearward stop for the expansion shell, the abutment zone being located rearwardly of the wedge zone, and - a rear zone for intruding tensile force into the anchor bolt, the rear zone being located rearwardly of the abutment zone, characterized in that located between the abutment zone and the rear zone, and spaced from the abutment zone, the anchor bolt comprises, as an integral part of the anchor bolt, a bulged zone, which radially protrudes on the anchor bolt. - an anchor bolt, and - at least one expansion shell located at the anchor bolt, - wherein the anchor bolt comprises - a wedge zone for expanding the at least one expansion shell, - an abutment zone forming a rearward stop for the expansion shell, the abutment zone being located rearwardly of the wedge zone, and - a rear zone for intruding tensile force into the anchor bolt, the rear zone being located rearwardly of the abutment zone, - a wedge zone for expanding the at least one expansion shell, - an abutment zone forming a rearward stop for the expansion shell, the abutment zone being located rearwardly of the wedge zone, and - a rear zone for intruding tensile force into the anchor bolt, the rear zone being located rearwardly of the abutment zone,
A surgical apparatus, comprising: a first half-section adapted to receive a disposable loading unit in a distal end thereof; a second half-section in juxtaposed relation to the first half-section; a disposable loading unit selectively operatively engagable with the distal end of the first half-section, the disposable loading unit including: a cartridge; a plurality of deployable needles supported within the cartridge, wherein each needle includes a lumen extending therethrough and at least one hole formed in an outer periphery thereof; a needle pusher in operative association with each needle for deploying each needle from the cartridge and into a target tissue; and an actuation member translatably disposed within the cartridge for delivering a driving force to each needle pusher to deploy the needles.from the cartridge; and a wound treatment material applicator assembly for delivering wound treatment material to the target surgical site, the applicator assembly including: a first and second reservoir supported on the distal end of a respective first and second half-section; and a source of wound treatment material in fluid communication with each reservoir. a first half-section adapted to receive a disposable loading unit in a distal end thereof; a second half-section in juxtaposed relation to the first half-section; a disposable loading unit selectively operatively engagable with the distal end of the first half-section, the disposable loading unit including: a cartridge; a plurality of deployable needles supported within the cartridge, wherein each needle includes a lumen extending therethrough and at least one hole formed in an outer periphery thereof; a needle pusher in operative association with each needle for deploying each needle from the cartridge and into a target tissue; and an actuation member translatably disposed within the cartridge for delivering a driving force to each needle pusher to deploy the needles.from the cartridge; and a cartridge; a plurality of deployable needles supported within the cartridge, wherein each needle includes a lumen extending therethrough and at least one hole formed in an outer periphery thereof; a needle pusher in operative association with each needle for deploying each needle from the cartridge and into a target tissue; and an actuation member translatably disposed within the cartridge for delivering a driving force to each needle pusher to deploy the needles.from the cartridge; and a wound treatment material applicator assembly for delivering wound treatment material to the target surgical site, the applicator assembly including: a first and second reservoir supported on the distal end of a respective first and second half-section; and a source of wound treatment material in fluid communication with each reservoir. a first and second reservoir supported on the distal end of a respective first and second half-section; and a source of wound treatment material in fluid communication with each reservoir.
Knee prosthesis with a femoral prosthetic part which forms a pair of condylar sliding surfaces, with a tibial part which has tibial sliding surfaces cooperating with the condylar sliding surfaces, and also a coupling part which connects the femoral and tibial parts (1, 2) to one another by forming a flexion joint with the femoral part and a rotation joint with the tibial part, the rotation joint having a rotation axis approximately parallel to the tibia, which rotation axis is fixed in relation to the femoral and tibial prosthesis parts (1, 2) in the anteroposterior direction, and the tibial sliding surfaces having an area of normal contact which, when the femoral and tibial parts (1, 2) have the same anteroposterior alignment, cooperates with the associated condylar sliding surface, and, in front of the area of normal contact, they slope upward with a radius of curvature, characterized in that this radius of curvature is much greater than the radius of curvature of that part of the condylar sliding surface cooperating with the tibial sliding surface, and the tibial sliding surfaces also slope upward behind the area of normal contact with a radius of curvature which is much greater than the radius of curvature of that part of the condylar sliding surface cooperating with the tibial sliding surface, specifically in such a way that, in the event of rotation, each of the two condylar sliding surfaces remains touching the associated tibial sliding surface in front of or behind the area of normal contact.
Electrical apparatus, in particular for actuating an electrical machine which can be operated as a motor and/or as a generator, comprising at least one switching means module, preferably for inverting and/or rectifying electric currents, wherein the switching means module can be cooled by a cooling apparatus and rests at least indirectly on the said cooling apparatus, and comprising a mounting module which consists of a fixing means for pressing the switching means module onto the cooling apparatus and at least one conductor which is fastened to the fixing means, wherein the at least one conductor serves to supply current to a phase connection of the electrical machine, and wherein the mounting module, the switching means module and the cooling apparatus are arranged one above the other, characterized in that the at least one conductor is electrically isolated from the fixing means by at least one insulating intermediate layer (58, 61, 63, 73), and in that the fixing means is connected to can be electrical earth.
A device for delivering a Mesna formulation to tissues and/or organs, comprising a first chamber comprising Mesna in solid form, a second chamber comprising a buffer and at least one outlet for delivering the Mesna (sodium 2-mercaptoethanesulfonate) formulation, said outlet is in fluid communication with at least one of the chambers; said chambers are separated from each other by at least one disruptable separation means and are in fluid communication with each other upon disruption of said separation means thereby forming the Mesna formulation, characterized in that the pH of the buffer comprised in the second chamber is at least 8.5, wherein the buffer is devoid of carbon atoms.
Process for producing a composite material part, in which plies of continuous and electrically conducting fibers are deposited to form a stack of plies on a support, characterized in that at least the face of said support bearing said stack is electrically insulating, and in that the following steps are carried out: a) introducing an electrical terminal (13, 18) between the ends of at least two plies placed one directly above the other in said stack, and on at least two opposite sides of these plies, b) when said fibers are dry, introducing a resin to impregnate said fibers, c) making a current flow between said electrical terminals (13, 18) through said plies in order to harden said resin by Joule heating or to bring said resin to the liquid state by Joule heating with a view to consolidating it. a) introducing an electrical terminal (13, 18) between the ends of at least two plies placed one directly above the other in said stack, and on at least two opposite sides of these plies, b) when said fibers are dry, introducing a resin to impregnate said fibers, c) making a current flow between said electrical terminals (13, 18) through said plies in order to harden said resin by Joule heating or to bring said resin to the liquid state by Joule heating with a view to consolidating it.
A method of operating a user equipment, UE, comprising: performing a beam training procedure to determine useful beams; generating a first beam list by selecting a plurality of useful beams, the first beam list including a first number of beams from a first gNB and a second number of beams from a second gNB; tracking the beams on the first beam list and determining a number of useful beams on the beam list; and performing another beam training procedure when the number of useful beams falls below a first threshold, wherein useful beams are beams with a Signal to Interference and Noise Ratio, SINR, that is above a minimum threshold. performing a beam training procedure to determine useful beams; generating a first beam list by selecting a plurality of useful beams, the first beam list including a first number of beams from a first gNB and a second number of beams from a second gNB; tracking the beams on the first beam list and determining a number of useful beams on the beam list; and performing another beam training procedure when the number of useful beams falls below a first threshold, wherein useful beams are beams with a Signal to Interference and Noise Ratio, SINR, that is above a minimum threshold.
An interface circuit for a sensor comprising: a first injection-locked oscillator having: - a first input adapted to be coupled to a sensor, a free-running oscillation frequency of the first injection-locked oscillator being controlled by a signal from the sensor; and - a second input adapted to be coupled to the output of a reference oscillator to receive a synchronization signal (V SYNC) at a reference frequency (f SYNC), the first injection-locked oscillator being adapted to generate an output signal (V ILO1) at said reference frequency, the output signal (V ILO1) of the first injection-locked oscillator being phase shifted with respect to the synchronization signal (V SYNC) as a function of the signal from the sensor; and an output circuit, clocked by said synchronization signal (V SYNC) or by a clock signal derived therefrom, and adapted to generate a digital output signal (DATA) based on a phase difference between the output signal (V ILO1) of the first injection-locked oscillator and the synchronization signal (V SYNC), or based on a phase difference between the output signal (V ILO1) of the first injection-locked oscillator and a further reference signal (V ILO2) generated based on said synchronization signal (V SYNC). a first injection-locked oscillator having: - a first input adapted to be coupled to a sensor, a free-running oscillation frequency of the first injection-locked oscillator being controlled by a signal from the sensor; and - a second input adapted to be coupled to the output of a reference oscillator to receive a synchronization signal (V SYNC) at a reference frequency (f SYNC), the first injection-locked oscillator being adapted to generate an output signal (V ILO1) at said reference frequency, the output signal (V ILO1) of the first injection-locked oscillator being phase shifted with respect to the synchronization signal (V SYNC) as a function of the signal from the sensor; and - a first input adapted to be coupled to a sensor, a free-running oscillation frequency of the first injection-locked oscillator being controlled by a signal from the sensor; and - a second input adapted to be coupled to the output of a reference oscillator to receive a synchronization signal (V SYNC) at a reference frequency (f SYNC), the first injection-locked oscillator being adapted to generate an output signal (V ILO1) at said reference frequency, the output signal (V ILO1) of the first injection-locked oscillator being phase shifted with respect to the synchronization signal (V SYNC) as a function of the signal from the sensor; and an output circuit, clocked by said synchronization signal (V SYNC) or by a clock signal derived therefrom, and adapted to generate a digital output signal (DATA) based on a phase difference between the output signal (V ILO1) of the first injection-locked oscillator and the synchronization signal (V SYNC), or based on a phase difference between the output signal (V ILO1) of the first injection-locked oscillator and a further reference signal (V ILO2) generated based on said synchronization signal (V SYNC).
An apparatus for testing the number of turns of a winding coil on an electrical machine stator with concentrated winding, comprising: a base; a rod-shaped rotor bracke having a center for fixing the rotor bracket and comprising an excitation coil wound around one side of the rotor bracket between the center and one end of the rotor bracket and a standard coil wound around the other side of the rotor bracket between the center and the other end of the rotor bracket; a joining member (7,8,9) for joining the base with the rotor bracket so that the base and the rotor bracket can rotate relative to each other, wherein the plane of the base area of the base is parallel to the rotor bracket; a fixing member for fixing the electrical machine stator with concentrated winding under test to the base so as to make the electrical machine stator with concentrated winding under test concentric and coplanar with the rotor bracket; and a galvanometer connected to the standard coil, which is connected to the tested coil on the electrical machine stator with concentrated winding under test in reverse polarity to form a loop during testing. a base; a rod-shaped rotor bracke having a center for fixing the rotor bracket and comprising an excitation coil wound around one side of the rotor bracket between the center and one end of the rotor bracket and a standard coil wound around the other side of the rotor bracket between the center and the other end of the rotor bracket; a joining member (7,8,9) for joining the base with the rotor bracket so that the base and the rotor bracket can rotate relative to each other, wherein the plane of the base area of the base is parallel to the rotor bracket; a fixing member for fixing the electrical machine stator with concentrated winding under test to the base so as to make the electrical machine stator with concentrated winding under test concentric and coplanar with the rotor bracket; and a galvanometer connected to the standard coil, which is connected to the tested coil on the electrical machine stator with concentrated winding under test in reverse polarity to form a loop during testing.
A coating plant for the series coating of workpieces such as, in particular, vehicle bodies, having a or determined for a spray booth through which a conveyor transports the workpieces on a conveying path parallel to the side walls (5, 5') of the spray booth; the plant having a gantry structure that includes at least two vertical supports which, spaced apart from each other lengthwise of the conveying path, adjoin one of the two side walls (5, 5') of the spray booth or are incorporated therein, and a longitudinal beam which interconnects said supports parallel to the conveying path, likewise adjoins the side wall (5, 5') or is incorporated therein, said longitudinal beam being arranged at a height extending beyond the upper face of the workpieces in the spray booth or at least to the proximity of the upper face thereof, and the gantry structure further including at least one cross support member arranged across the conveying path and fixedly connected to the longitudinal beam; and the plant having at least one robot (6, 7), which has a base body mounted on the gantry structure and has a multi-axis arm arrangement supported by the base body, and also a tool, characterised in that the base body of the robot (6, 7) is rigidly secured to the longitudinal beam of the gantry structure.
A composition for administration of an agent to an open wound in a subject, comprising: a carrier, including the agent, conjugated to an antibody recognizing actin epitopes, wherein actin epitopes are exposed in the open wound, and wherein the antibody facilitates local delivery in vivo of the agent by selectively binding to an exposed actin epitope, the agent being a self-assembling peptide AMAX3-WW. a carrier, including the agent, conjugated to an antibody recognizing actin epitopes, wherein actin epitopes are exposed in the open wound, and wherein the antibody facilitates local delivery in vivo of the agent by selectively binding to an exposed actin epitope, the agent being a self-assembling peptide AMAX3-WW.
An oral training appliance for training the tongue and lips of a user, the oral training appliance comprising: a U shaped appliance body comprising a front section and two arms (16, 18), the appliance body comprising an inner wall and an outer wall; a web interconnecting the inner wall and the outer wall, a tongue training member extending posteriorly from the upper portion of the inner wall so as to locate above the tongue, wherein the tongue training member is a hollow compressible resilient member that is moveable in response to upwards movement by the user's tongue from a rest configuration to a training configuration, and the tongue training member is biased towards the rest configuration; and characterized in that the inner wall includes an upper portion which projects up from the web and a lower portion which projects down the from the web, the outer wall comprises an upper portion above the web and a lower portion below the web; the inner wall, outer wall and web define an upper dental arch receiving channel and a lower arch receiving channel; and the oral training appliance further comprises a lip training member which is a hollow compressible resilient member extending forwardly of the front section and is configured in use to extend between the user's lips, and is moveable in response to movement of the user's lower lip from a rest configuration to a training configuration and the lip training member is biased towards the rest configuration, wherein the lip training member has an upper wall and a lower wall that defines a breathing passage through the lip training member. a U shaped appliance body comprising a front section and two arms (16, 18), the appliance body comprising an inner wall and an outer wall; a web interconnecting the inner wall and the outer wall, a tongue training member extending posteriorly from the upper portion of the inner wall so as to locate above the tongue, wherein the tongue training member is a hollow compressible resilient member that is moveable in response to upwards movement by the user's tongue from a rest configuration to a training configuration, and the tongue training member is biased towards the rest configuration; and characterized in that the inner wall includes an upper portion which projects up from the web and a lower portion which projects down the from the web, the outer wall comprises an upper portion above the web and a lower portion below the web; the inner wall, outer wall and web define an upper dental arch receiving channel and a lower arch receiving channel; and the oral training appliance further comprises a lip training member which is a hollow compressible resilient member extending forwardly of the front section and is configured in use to extend between the user's lips, and is moveable in response to movement of the user's lower lip from a rest configuration to a training configuration and the lip training member is biased towards the rest configuration, wherein the lip training member has an upper wall and a lower wall that defines a breathing passage through the lip training member.
A pharmaceutical composition comprising - a first agent that suppresses the expression or activity of SIRPα or the interaction between SIRPα and CD47, wherein the first agent is a nucleic acid that suppresses the expression of SIRPα an antibody that suppresses the activity of SIRPα or a soluble SIRPα extracellular domain that inhibits the interaction between SIRPα and CD47, and - a second agent that activates macrophage phagocytosis of cancer cells, wherein the second agent is PMA, a cytokine selected from the group consisting of IL-17, IL-1β, IL-6, IL-1 and TNFα, or a ligand for a Toll-like receptor, for use in the treatment of cancer. - a first agent that suppresses the expression or activity of SIRPα or the interaction between SIRPα and CD47, wherein the first agent is a nucleic acid that suppresses the expression of SIRPα an antibody that suppresses the activity of SIRPα or a soluble SIRPα extracellular domain that inhibits the interaction between SIRPα and CD47, and - a second agent that activates macrophage phagocytosis of cancer cells, wherein the second agent is PMA, a cytokine selected from the group consisting of IL-17, IL-1β, IL-6, IL-1 and TNFα, or a ligand for a Toll-like receptor,