mhurhangee/ep-ind-claims huggingface dataset:
A phase detection method, comprising the following steps: receiving a receiving sequence (Y j) of values (Y 0, Y 1,..., Y N-1) of a receiving signal, said values (Y 0, Y 1,..., Y N-1) having been sampled with a known sampling frequency f s and said receiving signal representing a reaction to a transmitting signal having a known transmitting frequency f w; providing a sine sequence (S j) and a cosine sequence (C j) for each index (j) of the receiving sequence (Y j), said sine sequence (S j) comprising sine values of consecutive multiples of a known circular frequency (Ω) which depends on the transmitting frequency f w and the sampling frequency f s, and said cosine sequence (C j) comprising cosine values of consecutive multiples of the known circular frequency (Ω); and determining a phase real part of the receiving signal based on a scalar product of the receiving sequence (Y j) with the cosine sequence (C j) and a phase imaginary part of the receiving signal based on a scalar product of the receiving sequence (Y j) with the sine sequence (S j). receiving a receiving sequence (Y j) of values (Y 0, Y 1,..., Y N-1) of a receiving signal, said values (Y 0, Y 1,..., Y N-1) having been sampled with a known sampling frequency f s and said receiving signal representing a reaction to a transmitting signal having a known transmitting frequency f w; providing a sine sequence (S j) and a cosine sequence (C j) for each index (j) of the receiving sequence (Y j), said sine sequence (S j) comprising sine values of consecutive multiples of a known circular frequency (Ω) which depends on the transmitting frequency f w and the sampling frequency f s, and said cosine sequence (C j) comprising cosine values of consecutive multiples of the known circular frequency (Ω); and determining a phase real part of the receiving signal based on a scalar product of the receiving sequence (Y j) with the cosine sequence (C j) and a phase imaginary part of the receiving signal based on a scalar product of the receiving sequence (Y j) with the sine sequence (S j).
A device (01, 19, 23) for foaming a viscous material, said viscous material being conveyed through a first conveyor pipe using a first conveying means at a first conveying pressure, and a gas being conveyed through a second conveyor pipe at a second conveying pressure, and the second conveyor pipe and the first conveyor pipe becoming conjoined at an opening, and a discharge device being provided downstream of the opening so as to allow a pressure-relieving discharge of the mixture made up of viscous material and gas, a gas injection valve being arranged at the opening, said gas injection valve allowing to inject gas bubbles into the viscous material, characterised in that the conveying means is configured such that said conveying means allows to convey the viscous material to the opening at a conveying pressure of at least 50 bar, in particular at a conveying pressure of at least 80 bar, through the first conveyor pipe.
A divert chute comprising: an upper end for positioning adjacent a side of a sorting conveyor conveying parcels in a conveying direction; a lower end defining the length of the chute with the upper end; an upstream side and a downstream side spaced apart from the upstream side in the conveying direction and defining the width of the chute; a slide region extending from the upper end to the lower end and having a flat outer surface; and characterized by an array of rollers extending above the level of the flat outer surface at the upper end closer to the downstream side than to the upstream side; wherein the rollers have high-friction peripheries; and wherein the rollers are rotatable in a direction down the chute toward the lower end to resist the conveying-direction momentum of the parcels and help roll the parcels onto the slide region and toward the lower end. an upper end for positioning adjacent a side of a sorting conveyor conveying parcels in a conveying direction; a lower end defining the length of the chute with the upper end; an upstream side and a downstream side spaced apart from the upstream side in the conveying direction and defining the width of the chute; a slide region extending from the upper end to the lower end and having a flat outer surface; and characterized by an array of rollers extending above the level of the flat outer surface at the upper end closer to the downstream side than to the upstream side; wherein the rollers have high-friction peripheries; and wherein the rollers are rotatable in a direction down the chute toward the lower end to resist the conveying-direction momentum of the parcels and help roll the parcels onto the slide region and toward the lower end.
A blood plasma-derived plastic scaffold comprising one or more barbs or spikes, wherein the barbs or spikes are positioned across one face of the scaffold, along one edge of the scaffold, along the periphery of the scaffold, or any combination thereof, and wherein the barbs or spikes are insert molded onto the scaffold.
An unmanned operation vehicle comprising a housing, a self-propelled wheel provided in the housing, and a lawn mowing blade provided under the housing, characterised in that the housing includes a plurality of cameras configured to capture an image of an outside of the unmanned operation vehicle, the plurality of cameras are arranged substantially at a center of an upper surface of the housing in a plan view so that the plurality of cameras can capture imaging ranges that have a central axis extending in a direction parallel to the ground and that extend substantially parallel the ground as a whole, and, when the plurality of cameras are viewed in plan view, cameras (33a, 33b, 33c, 33d) adjacent to each other in the plurality of cameras are arranged such that limiting lines of imaging ranges of the cameras intersect on or inside an outer periphery of the housing,.
A medical introducer and heart valve delivery catheter combination, comprising; a delivery catheter having a distal balloon, the delivery catheter comprising a catheter tube and the balloon is disposed on the end of a deflectable portion of the catheter tube actuated by a deflection pull wire, the delivery catheter also including a tubular valve pusher that slides over the catheter tube and moves longitudinally with respect to the balloon; and an introducer having an elongated tubular sheath extending distally from a proximal housing containing at least one introducer valve (106, 108, 112) for fluidly sealing around the delivery catheter, characterized by the delivery catheter further including a proximal control handle on which are mounted both a deflection actuator for deflecting the deflectable portion of the catheter tube and a pusher actuator for longitudinally displacing the valve pusher with respect to the balloon, the handle enabling one-handed operation of both deflection of the deflectable portion of the catheter tube and longitudinally displacement of the valve pusher. a delivery catheter having a distal balloon, the delivery catheter comprising a catheter tube and the balloon is disposed on the end of a deflectable portion of the catheter tube actuated by a deflection pull wire, the delivery catheter also including a tubular valve pusher that slides over the catheter tube and moves longitudinally with respect to the balloon; and an introducer having an elongated tubular sheath extending distally from a proximal housing containing at least one introducer valve (106, 108, 112) for fluidly sealing around the delivery catheter, characterized by the delivery catheter further including a proximal control handle on which are mounted both a deflection actuator for deflecting the deflectable portion of the catheter tube and a pusher actuator for longitudinally displacing the valve pusher with respect to the balloon, the handle enabling one-handed operation of both deflection of the deflectable portion of the catheter tube and longitudinally displacement of the valve pusher.
A communication system for licensed-assisted access, LAA, comprising: an eNB including a first transmitter operative to transmit an uplink, UL, grant which schedules a subframe for UL transmission; and a user equipment, UE, including a receiver operative to receive the UL grant; circuitry operative to perform listen-before-talk, LBT; and a second transmitter operative to transmit a first physical uplink shared channel, PUSCH, in the scheduled subframe starting from one available starting position of multiple candidate starting positions in the scheduled subframe if the LBT is successful and ending at the subframe ending boundary of the scheduled subframe, characterized in that there are two candidate starting positions in the scheduled subframe, which are at the starting points of two slots of the scheduled subframe respectively, and there are two candidate PUSCHs corresponding to the two candidate starting positions, wherein a first candidate PUSCH of the two candidate PUSCHs has one slot length, and a second candidate PUSCH of the two candidate PUSCHs has two slot length. an eNB including a first transmitter operative to transmit an uplink, UL, grant which schedules a subframe for UL transmission; and a user equipment, UE, including a receiver operative to receive the UL grant; circuitry operative to perform listen-before-talk, LBT; and a second transmitter operative to transmit a first physical uplink shared channel, PUSCH, in the scheduled subframe starting from one available starting position of multiple candidate starting positions in the scheduled subframe if the LBT is successful and ending at the subframe ending boundary of the scheduled subframe, characterized in that there are two candidate starting positions in the scheduled subframe, which are at the starting points of two slots of the scheduled subframe respectively, and there are two candidate PUSCHs corresponding to the two candidate starting positions, wherein a first candidate PUSCH of the two candidate PUSCHs has one slot length, and a second candidate PUSCH of the two candidate PUSCHs has two slot length.
A method, performed at a first distributed evolved packet core, EPC,, of managing a user session and an internet protocol, IP session for a connection between an user equipment, UE and a network, comprising: establishing the user session and the IP session over the connection through the first distributed EPC, wherein the first distributed EPC comprises a first packet data network, PDN gateway, PGW at which the IP session is anchored; holding original IP resources for the IP session and releasing original connection resources for the user session at the first distributed EPC when the UE moves beyond the first distributed EPC to a second distributed EPC; establishing a tunnel between the first PGW and a second PGW for the second distributed EPC, wherein the tunnel utilizes the original IP resources and new connection resources at the second distributed EPC; and routing data for the user session and the IP session from the tunnel, through the first PGW, and to the network. establishing the user session and the IP session over the connection through the first distributed EPC, wherein the first distributed EPC comprises a first packet data network, PDN gateway, PGW at which the IP session is anchored; holding original IP resources for the IP session and releasing original connection resources for the user session at the first distributed EPC when the UE moves beyond the first distributed EPC to a second distributed EPC; establishing a tunnel between the first PGW and a second PGW for the second distributed EPC, wherein the tunnel utilizes the original IP resources and new connection resources at the second distributed EPC; and routing data for the user session and the IP session from the tunnel, through the first PGW, and to the network.
A method of heating plasmoids, said method comprising: increasing a kinetic energy of at least one of at least two plasmoids initially separated from one another by a distance by accelerating at least one of the plasmoids relatively towards at least one of the other ones of the plasmoids, each of the plasmoids having a respective initial thermal energy; compressing at least one of the plasmoids while accelerating it; and at least temporarily confining an interaction of the plasmoids in an interaction chamber in a higher energy density state at a thermal energy greater than a sum of the initial thermal energies of the plasmoids. increasing a kinetic energy of at least one of at least two plasmoids initially separated from one another by a distance by accelerating at least one of the plasmoids relatively towards at least one of the other ones of the plasmoids, each of the plasmoids having a respective initial thermal energy; compressing at least one of the plasmoids while accelerating it; and at least temporarily confining an interaction of the plasmoids in an interaction chamber in a higher energy density state at a thermal energy greater than a sum of the initial thermal energies of the plasmoids.
A combination of a spacecraft and an apparatus, wherein the apparatus comprises: a group of panels in a folded configuration against a number of sides of the spacecraft; a group of flexible members connected to the group of panels; and an interface system associated with the group of panels and the group of flexible members, wherein the interface system is configured to move the group of panels from the folded configuration to a deployed configuration when the group of flexible members is extended from the spacecraft characterized by: a spool within a housing of the spacecraft, wherein the group of flexible members is configured to be wound on the spool. a group of panels in a folded configuration against a number of sides of the spacecraft; a group of flexible members connected to the group of panels; and an interface system associated with the group of panels and the group of flexible members, wherein the interface system is configured to move the group of panels from the folded configuration to a deployed configuration when the group of flexible members is extended from the spacecraft characterized by: a spool within a housing of the spacecraft, wherein the group of flexible members is configured to be wound on the spool.
Alpha thymosin peptide for use in a method for treating sepsis in a human, the method comprising administering a regimen of alpha thymosin peptide to the human, optionally the sepsis is due to bacterial, fungal or viral infection, wherein the administration does not contain a protease inhibitor, and wherein the treatment reduces mortality.
Semiconductor component comprising a housing for an optoelectronic semiconductor component, in which the housing has a housing body, a first connecting lead and a second connecting lead, the first connecting lead and the second connecting lead each extending in a vertical direction through the housing body, a semiconductor chip being fastened to the first connecting lead, characterized in that an electrical control circuit for the semiconductor chip is arranged inside the housing.
A display assembly, comprising: a signal reading circuit (210, 410, 610); a plurality of pixel circuits (201, 401, 601, 920) arranged in a plurality of rows and a plurality of columns and configured to collect optical fingerprint signals, wherein each column of pixel circuits forms a group of pixel circuits, the plurality of pixel circuits are divided into a plurality of zones continuously arranged in a row direction, each of the zones comprises adjacent columns of pixel circuits in the row direction, the pixel circuit comprises a photoelectric conversion unit connected to a bias voltage and a second switching unit with a first end connected to the photoelectric conversion unit and a second end connected to the signal reading unit, a first switching unit (451, 452, 651, 652, 653, 654) being provided on a connection line of at least one zone of pixel circuits and the signal reading circuit; and a timer control register connected to the first switching unit and the signal reading circuit respectively, wherein the timer control register is configured to control at least one zone of pixel circuits to be connected to the signal reading circuit through the first switching unit, and to control the signal reading circuit to read the collected optical fingerprint signals; wherein the display assembly further comprises a plurality of driving units, wherein each of the driving units is connected to a third end of the second switching unit of a row of pixel units and configured to control the corresponding second switching unit to switch on or off. a signal reading circuit (210, 410, 610); a plurality of pixel circuits (201, 401, 601, 920) arranged in a plurality of rows and a plurality of columns and configured to collect optical fingerprint signals, wherein each column of pixel circuits forms a group of pixel circuits, the plurality of pixel circuits are divided into a plurality of zones continuously arranged in a row direction, each of the zones comprises adjacent columns of pixel circuits in the row direction, the pixel circuit comprises a photoelectric conversion unit connected to a bias voltage and a second switching unit with a first end connected to the photoelectric conversion unit and a second end connected to the signal reading unit, a first switching unit (451, 452, 651, 652, 653, 654) being provided on a connection line of at least one zone of pixel circuits and the signal reading circuit; and a timer control register connected to the first switching unit and the signal reading circuit respectively, wherein the timer control register is configured to control at least one zone of pixel circuits to be connected to the signal reading circuit through the first switching unit, and to control the signal reading circuit to read the collected optical fingerprint signals; wherein the display assembly further comprises a plurality of driving units, wherein each of the driving units is connected to a third end of the second switching unit of a row of pixel units and configured to control the corresponding second switching unit to switch on or off.
Ornamental chain comprising an elastic carrier element, at which a circulating arrangement of ornamental elements is held, comprising at least one accent element and several intermediate elements, into which in each case a passage opening is made, through which the carrier element extends, wherein the passage opening of the at least one accent element extends along a main extension axis between two sides (S1, S2) facing away from one another, and the accent element forms at least one tapering region transverse to this main extension axis and the elastic carrier element exhibits an original length which is less than the total length of the passage openings of the circulating arranged ornamental elements, such that two adjacent intermediate elements of the at least one accent element can in each case, in an initial state, be tensioned against it characterised in that the passage opening of the at least one accent element extends at the sides (S1, S2) facing away from each other from the main extension axis into the tapering region, such that the accent element in the initial state can be automatically moved by the resetting forces of the carrier element into a contact position in relation to the adjacent intermediate elements, in which the tapering region is directed radially inwards, and is supported radially from the interior by the adjacent intermediate elements, while the carrier element is pretensioned against a delimitation of the passage opening located radially inwards.
Dishwasher having a dishwasher cavity delimiting a dishwasher interior, in which at least two spray arms (7, 8) are arranged and provided in different spray planes, via which washing liquid is applied to the items to be washed, and having a control unit designed to perform at least one washing program (I, II, III), in particular a low-temperature program, wherein in the presence of a start signal (S V) a special cleaning program for cleaning the dishwasher cavity, in particular by applying washing liquid thereto, is performed, in which the washing liquid can be heated in a subprogram step during a heating phase (Δt H) to a cleaning temperature (T RS), characterised in that during the heating phase (Δt H) in the special cleaning program the upper spray arm is taken out of operation, and the entire hydraulic circuit of the dishwasher takes place using the lower spray arm.
A lid for a medical implant, the lid comprising engaging means and locking means, wherein the locking means are movable between a locked position, in which the engaging means may not disengage from an implant, and an unlocked position, in which the engaging means may disengage from an implant; characterised in that the locking means is a slider arranged to slide radially in a groove.
An ink jet textile printing process comprising pretreating fabric with a pretreatment agent comprising: water, a multivalent metal ion and polymer particles; and then printing an ink comprising polymer particles on the fabric; wherein the polymer particles contained in the pretreatment agent are an acrylic polymer; the polymer particles contained in the pretreatment agent have a glass transition temperature of -10°C or less; the polymer particles contained in the pretreatment agent have a particle diameter in the range 50 nm to 5 μm when determined by light scattering; the polymer particles contained in the pretreatment agent have an acid number of 50 mg KOH/g or less; and the polymer particles contained in the ink have an acid number of 30 mg KOH/g or more and 100 mg KOH/g or less. water, a multivalent metal ion and polymer particles; and then printing an ink comprising polymer particles on the fabric; wherein the polymer particles contained in the pretreatment agent are an acrylic polymer; the polymer particles contained in the pretreatment agent have a glass transition temperature of -10°C or less; the polymer particles contained in the pretreatment agent have a particle diameter in the range 50 nm to 5 μm when determined by light scattering; the polymer particles contained in the pretreatment agent have an acid number of 50 mg KOH/g or less; and the polymer particles contained in the ink have an acid number of 30 mg KOH/g or more and 100 mg KOH/g or less.
Tyre with a radial carcass reinforcement comprising a crown reinforcement formed of at least two working crown layers (41, 43) of reinforcing elements, crossed from one layer to the other making with the circumferential direction angles comprised between 10° and 45°, a first layer of polymer compound being in contact with at least one working crown layer (41, 43) and in contact with the carcass reinforcement, the said first layer of polymer compound extending axially as far as at least the axial end of the tread, the said tread radially capping the crown reinforcement and being connected to two beads by two sidewalls, characterized in that the said first layer of polymer compound is made up of a filled elastomeric compound having a macro dispersion coefficient Z greater than or equal to 65 and a maximum tan (δ) value, denoted tan(δ)max, less than 0.100 and in that the complex dynamic shear modulus G*, measured at 10% and 60°C on the return cycle, of the said first layer of polymer compound is greater than 1.35 MPa.