mhurhangee/ep-ind-claims huggingface dataset:
An apparatus implementing an element manager, EM (530, 630), the apparatus configured to: send a measurement request to a Virtual Network Function Manager, VNFM (550, 650), to create a virtualized resource, VR, performance measurement, PM, collection task at the VNFM (550, 650), wherein the VNFM (550, 650) is coupled with the EM (530, 630) through a Ve-Vnfm-Em reference point, and wherein the VR PM collection task is to cause collection of VR PM data of a VR of a VNF indicated by the EM (530, 630), by the VNFM subsequently requesting creation of the VR PM collection task from a Virtualized Infrastructure Manager VIM; receive, through the Ve-Vnfm-Em reference point, the VR PM data from the VNFM (550, 650) in response to creation of the VR PM collection task in the VNFM (550, 650); and transmit, to a Network Manager, NM (540, 640), connected with the EM (530, 630) through an Itf-N reference point, the VR PM data. send a measurement request to a Virtual Network Function Manager, VNFM (550, 650), to create a virtualized resource, VR, performance measurement, PM, collection task at the VNFM (550, 650), wherein the VNFM (550, 650) is coupled with the EM (530, 630) through a Ve-Vnfm-Em reference point, and wherein the VR PM collection task is to cause collection of VR PM data of a VR of a VNF indicated by the EM (530, 630), by the VNFM subsequently requesting creation of the VR PM collection task from a Virtualized Infrastructure Manager VIM; receive, through the Ve-Vnfm-Em reference point, the VR PM data from the VNFM (550, 650) in response to creation of the VR PM collection task in the VNFM (550, 650); and transmit, to a Network Manager, NM (540, 640), connected with the EM (530, 630) through an Itf-N reference point, the VR PM data.
A synergistic composition comprising dry extracts of Myrciaria dubia and Echinacea purpurea containing: a) 4 to 40% of the total weight of the composition of an extract of Myrciaria dubia and b) 30 to 80% of the total weight of the composition of an extract of Echinacea purpurea. a) 4 to 40% of the total weight of the composition of an extract of Myrciaria dubia and b) 30 to 80% of the total weight of the composition of an extract of Echinacea purpurea.
A cassette comprising: a) biological tissue mimicking a hernia, characterised in that it further comprises b) a plate to which the tissue is adhered, wherein the plate is adapted to be connected to a grounding means that electrically grounds the biological tissue to facilitate electrocautery, and to affix the tissue into a simulated anatomic framework that mirrors the human abdomen, wherein the tissue is porcine tissue, and wherein the tissue comprises a section of a pork belly. a) biological tissue mimicking a hernia, characterised in that it further comprises b) a plate to which the tissue is adhered,
Calibration weight, comprising a weight piece and a housing, wherein the weight piece is arranged captively and with axial play in a housing which is open at the bottom, wherein the weight piece, when the calibration weight is oriented vertically, is suspended on suspension structures within the housing, characterized in that the weight piece is designed as a rotationally symmetrical knob weight having a head with a first diameter, a cylindrical body with a second diameter, and a neck, arranged between the head and the body, with a third diameter which is smaller than the first diameter, and that the interior of the housing is divided into at least two axial portions, namely - a head region surrounding the head of the weight piece with a radial and axial oversize, and - a body region surrounding the body of the weight piece with a radial oversize, which are axially delimited from each other by a radially inwardly protruding neck web which narrows the transition between the head region and the body region to a diameter smaller than the first diameter and larger than the third diameter, wherein the neck web corresponds to the suspension structures, and wherein the housing has an axial guide structure which extends in the axial direction from its bottom edge. the weight piece, when the calibration weight is oriented vertically, is suspended on suspension structures within the housing, characterized in that the weight piece is designed as a rotationally symmetrical knob weight having a head with a first diameter, a cylindrical body with a second diameter, and a neck, arranged between the head and the body, with a third diameter which is smaller than the first diameter, and that the interior of the housing is divided into at least two axial portions, namely - a head region surrounding the head of the weight piece with a radial and axial oversize, and - a body region surrounding the body of the weight piece with a radial oversize, - a head region surrounding the head of the weight piece with a radial and axial oversize, and - a body region surrounding the body of the weight piece with a radial oversize, which are axially delimited from each other by a radially inwardly protruding neck web which narrows the transition between the head region and the body region to a diameter smaller than the first diameter and larger than the third diameter, wherein the neck web corresponds to the suspension structures, and wherein the housing has an axial guide structure which extends in the axial direction from its bottom edge.
A combination probe for localizing, recording and operatively stimulating a target tissue, said probe comprising an essentially tube shaped outer housing accommodating a centred tube shaped inner portion for receiving an elongated conducting element serving as an electrode, wherein the tip of the elongated conducting element serving as an electrode is adjustable in the axial direction of the probe, and wherein at least one optical fibre pair is arranged in close proximity to the tube shaped inner portion towards the distal end, wherein one fibre of the fibre pair is operatively connected to - a light source, and the other to a - a detector unit, for intra-cerebral guidance during functional neurosurgery, wherein the light source is laser Doppler and/or diffuse reflectance spectroscopy, and wherein the elongated conducting element serving as an electrode is a MER electrode. - a light source, and the other to a - a detector unit, for intra-cerebral guidance during functional neurosurgery, wherein the light source is laser Doppler and/or diffuse reflectance spectroscopy, and wherein the elongated conducting element serving as an electrode is a MER electrode.
A three dimensional display panel, comprising: a liquid crystal display panel which comprises a first base substrate and a second base substrate mutually facing each other with a liquid crystal layer disposed in between, a first polarizer formed on the interior surface side of the first base substrate facing the second base substrate, a second polarizer formed on the interior surface side of the second base substrate facing the first base substrate; and a phase difference plate directly disposed on the exterior surface of the first base substrate opposite to its interior surface facing the second base substrate, wherein the phase difference plate comprises an alignment layer suitable for aligning reactive mesogens, said alignment layer being directly disposed on the exterior surface of the first base substrate opposite to its interior surface facing the second base substrate, and the alignment layer is divided into a plurality of regions with at least two different alignment directions and functions itself as a phase difference plate. a liquid crystal display panel which comprises a first base substrate and a second base substrate mutually facing each other with a liquid crystal layer disposed in between, a first polarizer formed on the interior surface side of the first base substrate facing the second base substrate, a second polarizer formed on the interior surface side of the second base substrate facing the first base substrate; and a phase difference plate directly disposed on the exterior surface of the first base substrate opposite to its interior surface facing the second base substrate, wherein the phase difference plate comprises an alignment layer suitable for aligning reactive mesogens, said alignment layer being directly disposed on the exterior surface of the first base substrate opposite to its interior surface facing the second base substrate, and the alignment layer is divided into a plurality of regions with at least two different alignment directions and functions itself as a phase difference plate.
Method for introducing structures into the surface of a pneumatic vehicle tyre, in particular an identification into a sidewall of the pneumatic vehicle tyre and/or a profile into a tread (5.1) of the pneumatic vehicle tyre, by means of a laser operated in a pulsed manner, characterized in that a solid-state laser with a diffraction measuring number of less than 1.5 is used, which is operated with a pulse duration of less than 100 ns and with a pulse energy of greater than 2 mJ, and the laser is moved over the surface of the pneumatic vehicle tyre at a relative speed of at least 300 mm/s, so that structures with a depth of up to 10 mm and a minimum width of up to 0.2 mm are introduced into the surface of the pneumatic vehicle tyre.
Method for operating an electric battery of a motor vehicle, which is repeatedly partially discharged in a first operation, for the purposes of heating same, and then partially charged in a second operation, characterised in that a plurality of repetitions of the first and subsequent second operations are carried out such that, after several periods of the partial discharging and partial charging, a change in the charge state occurs.
A scavenging two-stroke internal combustion engine, comprising: a cylinder with a cylinder wall defining a combustion chamber; a piston reciprocally disposed within the cylinder; a crankcase including a crankshaft rotatably disposed therein, the piston being connected to the crankshaft by a connecting rod; at least one scavenger duct extending between the combustion chamber and the crankcase, the scavenger duct including a top port and a bottom port; a fuel and air mixture inlet channel in fluid communication with the crankcase by way of a fuel and air inlet port so that the fuel and air mixture inlet channel delivers a fuel and air mixture to the crankcase; and an airhead channel opening into the cylinder, the airhead channel comprises an air inlet valve, wherein the airhead channel and the fuel and air mixture channel are formed separately one from another, characterized in that at least at start of the engine the air inlet valve is closed and a fluid communication is established between the fuel and air mixture inlet channel and the combustion chamber leading a part of the fuel and air mixture into the combustion chamber 32 in the shortest way. a cylinder with a cylinder wall defining a combustion chamber; a piston reciprocally disposed within the cylinder; a crankcase including a crankshaft rotatably disposed therein, the piston being connected to the crankshaft by a connecting rod; at least one scavenger duct extending between the combustion chamber and the crankcase, the scavenger duct including a top port and a bottom port; a fuel and air mixture inlet channel in fluid communication with the crankcase by way of a fuel and air inlet port so that the fuel and air mixture inlet channel delivers a fuel and air mixture to the crankcase; and an airhead channel opening into the cylinder, the airhead channel comprises an air inlet valve, wherein the airhead channel and the fuel and air mixture channel are formed separately one from another,
A friction stir welding head, comprising: a head housing that extends from a top end to an open bottom end and defines a bore extending between the top end and the open bottom end; an axle that is coaxial with and rotatable within the bore, the axle being laterally secured within the head housing and axially movable with respect to the head housing, the axle including an engagement end that extends beyond the open bottom end of the head housing and supports a friction stir welding tool that is configured to rotate with the axle to effectuate friction stir welding operations; and a load cell that is disposed beneath the open bottom end of the head housing and configured to generate load signals in response to axial movement of the axle, characterized in that the load cell comprises: an inner ring; and an outer ring, the inner ring being fixedly coupled to the axle and movably coupled to the outer ring via a flexible portion, wherein relative movement of the inner ring with respect to the outer ring causes the load cell to generate the load signals. a head housing that extends from a top end to an open bottom end and defines a bore extending between the top end and the open bottom end; an axle that is coaxial with and rotatable within the bore, the axle being laterally secured within the head housing and axially movable with respect to the head housing, the axle including an engagement end that extends beyond the open bottom end of the head housing and supports a friction stir welding tool that is configured to rotate with the axle to effectuate friction stir welding operations; and a load cell that is disposed beneath the open bottom end of the head housing and configured to generate load signals in response to axial movement of the axle, characterized in that the load cell comprises: an inner ring; and an outer ring, the inner ring being fixedly coupled to the axle and movably coupled to the outer ring via a flexible portion, wherein relative movement of the inner ring with respect to the outer ring causes the load cell to generate the load signals. an inner ring; and an outer ring, the inner ring being fixedly coupled to the axle and movably coupled to the outer ring via a flexible portion, wherein relative movement of the inner ring with respect to the outer ring causes the load cell to generate the load signals.
A time-of-flight mass spectrometer which repeats a measurement covering a predetermined time-of-flight range with a predetermined period, the time-of-flight mass spectrometer comprising: a) an ion ejector for ejecting ions to be analyzed into a flight space by imparting acceleration energy to the ions by an effect of an electric field created by a voltage applied to an electrode (11, 12); b) a high-voltage pulse generator for applying, to the electrode of the ion ejector, a high-voltage pulse for ejecting ions, the high-voltage pulse generator including: a direct-current power supply for generating a high direct-current voltage; a transformer including a primary winding and a secondary winding; a primary-side drive circuit section for supplying drive current to the primary winding of the transformer in response to an input of a pulse signal for ejecting ions; a secondary-side drive circuit section connected to the secondary winding of the transformer; a switching element to be driven by the secondary-side drive circuit section to turn on and off for generating a voltage pulse from the high direct-current voltage generated by the direct-current power supply; and a primary-side power supply for generating a voltage to be applied between two ends of the primary winding of the transformer through the primary-side drive circuit section; and c) a controller for controlling the primary-side power supply; characterised in that the controller is configured to change the voltage to be applied between the two ends of the primary winding of the transformer in the high-voltage pulse generator, according to a measurement period of a measurement to be performed. a) an ion ejector for ejecting ions to be analyzed into a flight space by imparting acceleration energy to the ions by an effect of an electric field created by a voltage applied to an electrode (11, 12); b) a high-voltage pulse generator for applying, to the electrode of the ion ejector, a high-voltage pulse for ejecting ions, the high-voltage pulse generator including: a direct-current power supply for generating a high direct-current voltage; a transformer including a primary winding and a secondary winding; a primary-side drive circuit section for supplying drive current to the primary winding of the transformer in response to an input of a pulse signal for ejecting ions; a secondary-side drive circuit section connected to the secondary winding of the transformer; a switching element to be driven by the secondary-side drive circuit section to turn on and off for generating a voltage pulse from the high direct-current voltage generated by the direct-current power supply; and a primary-side power supply for generating a voltage to be applied between two ends of the primary winding of the transformer through the primary-side drive circuit section; and c) a controller for controlling the primary-side power supply;
A live streaming video data transmitting method, comprising: generating, by a first device, data messages based on a to-be-sent data stream; transmitting, by the first device, the data messages to a second device based on a packet transmission rate; recording, by the first device, a number of transmitted data messages; when the number of the transmitted data messages reaches a preset number to be a batch of data messages, transmitting, by the first device, a verification message to the second device; receiving, by the first device, a verification acknowledgement returned by the second device, and determining, by the first device, a packet loss rate of the batch of data messages; for each batch of data messages among the multiple batches of data messages, determining, by the first device, a round-trip time corresponding to the each batch of data messages based on a verification message and a verification acknowledgement to which the each batch of data messages correspond; updating, by the first device, the packet transmission rate based on packet loss rates of certain batches of data messages among which a difference in round-trip time is within a preset value range. generating, by a first device, data messages based on a to-be-sent data stream; transmitting, by the first device, the data messages to a second device based on a packet transmission rate; recording, by the first device, a number of transmitted data messages; when the number of the transmitted data messages reaches a preset number to be a batch of data messages, transmitting, by the first device, a verification message to the second device; receiving, by the first device, a verification acknowledgement returned by the second device, and determining, by the first device, a packet loss rate of the batch of data messages; for each batch of data messages among the multiple batches of data messages, determining, by the first device, a round-trip time corresponding to the each batch of data messages based on a verification message and a verification acknowledgement to which the each batch of data messages correspond; updating, by the first device, the packet transmission rate based on packet loss rates of certain batches of data messages among which a difference in round-trip time is within a preset value range.
A decoding method by a user equipment, UE, the method comprising: receiving (601, 901) a downlink control channel; receiving a reference signal in respective physical resource block, PRB, pairs; performing (520, 602, 820, 903) a correlation operation between a first sequence for the received reference signal and a second sequence for a predetermined reference signal for decoding the downlink control channel, wherein the second sequence is configured to a UE-specific sequence via higher layer signaling; and performing decoding of a search space for the downlink control channel in the PRB pair determined based on a result of the correlation operation performing. receiving (601, 901) a downlink control channel; receiving a reference signal in respective physical resource block, PRB, pairs; performing (520, 602, 820, 903) a correlation operation between a first sequence for the received reference signal and a second sequence for a predetermined reference signal for decoding the downlink control channel, wherein the second sequence is configured to a UE-specific sequence via higher layer signaling; and performing decoding of a search space for the downlink control channel in the PRB pair determined based on a result of the correlation operation performing.
A developing device usable with an image forming apparatus comprising a photoconductive medium, the developing device comprising: a developing roller disposed at a front end of the developing device with respect to a direction of mounting of the developing device and adapted to supply developer to the photoconductive medium provided in the image forming apparatus; a driving force reception unit disposed at one side of the developing device to receive a driving force from the image forming apparatus; characterised in that the developing device comprises a power reception unit disposed at an other side to receive an electric power from the image forming apparatus; and a memory unit disposed at a rear end of the developing device with respect to the direction of mounting of the developing device, wherein the memory unit is disposed closer to the power reception unit than to the driving force reception unit. a developing roller disposed at a front end of the developing device with respect to a direction of mounting of the developing device and adapted to supply developer to the photoconductive medium provided in the image forming apparatus; a driving force reception unit disposed at one side of the developing device to receive a driving force from the image forming apparatus; characterised in that the developing device comprises a power reception unit disposed at an other side to receive an electric power from the image forming apparatus; and a memory unit disposed at a rear end of the developing device with respect to the direction of mounting of the developing device, wherein the memory unit is disposed closer to the power reception unit than to the driving force reception unit.
A replication competent oncolytic group B adenovirus with selectivity for cancer cells, wherein the adenovirus comprises a transgene under the control of a promoter endogenous to the virus, wherein the transgene comprises a DNA sequence encoding a B7 protein, and said transgene is located between the stop codon-polyA recognition site of the adenovirus L5 gene and the stop codon-polyA recognition site of the adenovirus E4 gene, wherein said transgene is under the control of the endogenous major late promoter.
A method to obtain McCoy cells persistently infected with Lawsonia intracellularis bacteria, comprising: - infecting McCoy cells with Lawsonia intracellularis bacteria, - growing the infected McCoy cells in a suitable medium at an oxygen concentration less than 18% to arrive at a culture of McCoy cells infected with Lawsonia intracellularis bacteria, - passing at least a part of the said culture to fresh medium, and - without adding uninfected McCoy cells to the medium, growing the infected McCoy cells contained in the said at least part in the fresh medium at an oxygen concentration less than 18%, to obtain the persistently infected McCoy cells. - infecting McCoy cells with Lawsonia intracellularis bacteria, - growing the infected McCoy cells in a suitable medium at an oxygen concentration less than 18% to arrive at a culture of McCoy cells infected with Lawsonia intracellularis bacteria, - passing at least a part of the said culture to fresh medium, and - without adding uninfected McCoy cells to the medium, growing the infected McCoy cells contained in the said at least part in the fresh medium at an oxygen concentration less than 18%, to obtain the persistently infected McCoy cells.