mhurhangee/ep-ind-claims huggingface dataset:
A method of wireless communication performed by a first User Equipment, UE, comprising: receiving a first grant for a first set of allocated uplink resources; transmitting a first portion of a first set of repetitions of a first uplink transmission using the first set of allocated uplink resources; receiving a second grant for a second set of allocated uplink resources; determining whether the second grant indicates a Hybrid Automatic Repeat Request, HARQ, Acknowledgement, ACK, for the first uplink transmission, wherein the determining of whether the second grant indicates the HARQ-ACK for the first uplink transmission is based on whether the first set of allocated uplink resources overlaps with the second set of allocated uplink resources; and terminating transmission of a remaining portion of the first set of repetitions of the first uplink transmission after determining that the second grant indicates the HARQ-ACK for the first uplink transmission. receiving a first grant for a first set of allocated uplink resources; transmitting a first portion of a first set of repetitions of a first uplink transmission using the first set of allocated uplink resources; receiving a second grant for a second set of allocated uplink resources; determining whether the second grant indicates a Hybrid Automatic Repeat Request, HARQ, Acknowledgement, ACK, for the first uplink transmission, wherein the determining of whether the second grant indicates the HARQ-ACK for the first uplink transmission is based on whether the first set of allocated uplink resources overlaps with the second set of allocated uplink resources; and terminating transmission of a remaining portion of the first set of repetitions of the first uplink transmission after determining that the second grant indicates the HARQ-ACK for the first uplink transmission.
A haemostatic valve assembly for an introducer, including a housing provided with first and second ends (26,28), each of the first and second ends including an opening (30,32), the openings providing for the passage of a device through the valve assembly; at least one flexible valve element disposed in the housing, the valve element including a lumen extending between the openings of the first and second ends, the lumen being openable for the passage of a device therethrough and closable to seal the valve assembly, the housing and valve element forming a valve chamber therebetween; characterised in that the valve chamber has a wall at least partly formed of the housing and by a volume of pellets within the valve chamber, the pellets providing a biasing force on the valve element in a lumen closing configuration with the lumen having an undulating form from the first end to the second end.
An in vitro method of evaluating the potential reaction of a diseased animal to an antigen comprising: introducing the antigen into a vaccination site comprising a) epithelial and/or endothelial cell and b) reverse-transmigrated antigen presenting cells (APCs), comprising dendritic cells; introducing the APC into a lymphoid tissue equivalent, comprising T and B lymphocytes; and determining the efficacy of neutralizing antibodies, cytolytic T cells, and associated biomolecules generated in the LTE on diseased cells selected from virally infected cells, bacterially infected cells, tumor cells and autoimmune disease-afflicted cells. introducing the antigen into a vaccination site comprising a) epithelial and/or endothelial cell and b) reverse-transmigrated antigen presenting cells (APCs), comprising dendritic cells; introducing the APC into a lymphoid tissue equivalent, comprising T and B lymphocytes; and determining the efficacy of neutralizing antibodies, cytolytic T cells, and associated biomolecules generated in the LTE on diseased cells selected from virally infected cells, bacterially infected cells, tumor cells and autoimmune disease-afflicted cells.
A method comprising: collecting, by a kiosk at a departure location, departure information including a passport, a boarding pass, a departure photo of a passenger's face, and a departure voice recording of a passenger's voice; transmitting the departure information to a server; collecting, by a kiosk at an arrival location, arrival information including the passport, the boarding pass, an arrival photo of the passenger's face, and an arrival voice recording of the passenger's voice; transmitting, by the kiosk at the arrival location, at least some of the arrival information to the server, the at least some of the arrival information including the passport and the boarding pass; determining, by the server, a correspondence between the arrival information and the departure information, the correspondence determined based on a match between the boarding pass of the departure information and the boarding pass of the arrival information, the correspondence further determined based on a match between the passport of the departure information and the passport of the arrival information; receiving, by the kiosk at the arrival location, the departure voice recording and the departure photo from the server upon determining the correspondence between the arrival information and the departure information; and comparing, by the kiosk at the arrival location, the departure voice recording with the arrival voice recording and the departure photo with the arrival photo to authenticate an identity of the passenger. collecting, by a kiosk at a departure location, departure information including a passport, a boarding pass, a departure photo of a passenger's face, and a departure voice recording of a passenger's voice; transmitting the departure information to a server; collecting, by a kiosk at an arrival location, arrival information including the passport, the boarding pass, an arrival photo of the passenger's face, and an arrival voice recording of the passenger's voice; transmitting, by the kiosk at the arrival location, at least some of the arrival information to the server, the at least some of the arrival information including the passport and the boarding pass; determining, by the server, a correspondence between the arrival information and the departure information, the correspondence determined based on a match between the boarding pass of the departure information and the boarding pass of the arrival information, the correspondence further determined based on a match between the passport of the departure information and the passport of the arrival information; receiving, by the kiosk at the arrival location, the departure voice recording and the departure photo from the server upon determining the correspondence between the arrival information and the departure information; and comparing, by the kiosk at the arrival location, the departure voice recording with the arrival voice recording and the departure photo with the arrival photo to authenticate an identity of the passenger.
Screwing unit for screwing screws into a workpiece, comprising a control unit which is designed for identifying a head support of a screw head on the workpiece and, for this purpose, has a monitoring module which is designed for detecting current torque values (m i) depending on a rotation angle and also for monitoring a torque profile during a respective screwing-in process, wherein the monitoring module - derives a trend line from the torque profile during the screwing-in operation as far as the head support - and also prespecifies a tolerance line and - identifies the situation of the head support having been reached when the trend line intersects the tolerance line at an intersection point, and that the monitoring module is further designed in such a way that - the screw is tightened in a defined manner starting from the head support, wherein - a change in the gradient of the torque profile is taken into account for ascertaining the trend line, - a first gradient of the torque profile within a first region of the rotation angle and also an instantaneous gradient of the torque profile within an instantaneous region of the rotation angle are ascertained and correlated with one another for ascertaining the change in the gradient of the torque profile, characterized in that - the first region and the instantaneous region are spaced apart from one another by a fixed rotation angle of 360°. - derives a trend line from the torque profile during the screwing-in operation as far as the head support - and also prespecifies a tolerance line and - identifies the situation of the head support having been reached when the trend line intersects the tolerance line at an intersection point, and that the monitoring module is further designed in such a way that - the screw is tightened in a defined manner starting from the head support, wherein - a change in the gradient of the torque profile is taken into account for ascertaining the trend line, - a first gradient of the torque profile within a first region of the rotation angle and also an instantaneous gradient of the torque profile within an instantaneous region of the rotation angle are ascertained and correlated with one another for ascertaining the change in the gradient of the torque profile, characterized in that - the first region and the instantaneous region are spaced apart from one another by a fixed rotation angle of 360°.
A friction material comprising a fiber base material, a friction modifier and a binder, wherein: the friction modifier comprises two or more kinds of non-whisker-like titanate compounds, the non-whisker-like titanate compound comprises at least non-whisker-like lithium potassium titanate, and the friction material comprises no copper component.
A frame of a plastic window or plastic door, comprising - an outer frame made from plastic outer frame profiles, - a sash frame made from plastic sash frame profiles, - a centre seal, which is disposed in a rebate area between the outer frame and the sash frame and which comprises a main body and a lip, which abuts against a stop surface of the sash frame forming a continuous chamber on the room-facing side and a continuous chamber on the weather-facing side, characterised in that the centre seal further comprises a tab at a distance from the lip, facing the sash frame, which tab does not abut against the sash frame, and the distance between sash frame and tab is no more than 2 mm. - an outer frame made from plastic outer frame profiles, - a sash frame made from plastic sash frame profiles, - a centre seal, which is disposed in a rebate area between the outer frame and the sash frame and which comprises a main body and a lip, which abuts against a stop surface of the sash frame forming a continuous chamber on the room-facing side and a continuous chamber on the weather-facing side,
A process to convert di-rhamnolipid to mono-rhamnolipid, using an α-L-rhamnosidase enzyme which has a sequence identity of at least 70% with either SEQ ID. 1 or SEQ. ID 2.
A fuel property detection apparatus to be provided on a construction machine including an engine and a fuel tank for containing fuel to be supplied to the engine, to detect a property of fuel, the apparatus comprising: a sub-tank provided between the engine and the fuel tank to contain fuel to be supplied from the fuel tank to the engine; a fuel introducing pipe provided between the sub-tank and the fuel tank to allow fuel to be introduced from the fuel tank to the sub-tank through the fuel introducing pipe; a fuel discharger provided between the sub-tank and the engine to allow fuel to be discharged from the sub-tank to the engine through the fuel discharger; and a sensor provided in the sub-tank to generate a detection signal concerning a property of the fuel in the sub-tank, wherein the sub-tank has a bottom section that is the lowest part of the sub-tank, and a top section of the sub-tank, the top section has an upper fuel outlet for discharging fuel from the top section, characterized in that the bottom section has a bottom fuel outlet for discharging fuel from the bottom section, the fuel discharger includes a bottom fuel discharging pipe connected to the bottom fuel outlet and an upper fuel discharging pipe connected to the upper fuel outlet, wherein the sensor includes a sensing section and is provided in the sub-tank so as to allow the sensing section to make contact with the fuel in the sub-tank at a vertically middle part of the sub-tank. a sub-tank provided between the engine and the fuel tank to contain fuel to be supplied from the fuel tank to the engine; a fuel introducing pipe provided between the sub-tank and the fuel tank to allow fuel to be introduced from the fuel tank to the sub-tank through the fuel introducing pipe; a fuel discharger provided between the sub-tank and the engine to allow fuel to be discharged from the sub-tank to the engine through the fuel discharger; and a sensor provided in the sub-tank to generate a detection signal concerning a property of the fuel in the sub-tank, wherein the sub-tank has a bottom section that is the lowest part of the sub-tank, and a top section of the sub-tank, the top section has an upper fuel outlet for discharging fuel from the top section, characterized in that the bottom section has a bottom fuel outlet for discharging fuel from the bottom section, the fuel discharger includes a bottom fuel discharging pipe connected to the bottom fuel outlet and an upper fuel discharging pipe connected to the upper fuel outlet, wherein the sensor includes a sensing section and is provided in the sub-tank so as to allow the sensing section to make contact with the fuel in the sub-tank at a vertically middle part of the sub-tank.
An electrode material for a lithium ion secondary battery comprising: a particle of a first active material that can function as a positive electrode active material or a negative electrode active material of a lithium ion secondary battery; and a particle of a composite of conductive carbon and a second active material attached to the conductive carbon that can function as an active material of the same electrode as the first active material, the particle of the first active material having a diameter larger than the particle of the composite, the particle of the composite filled in a gap formed between the particles of the first active material, characterized in that the second active material is a metal oxide, and the mixture ratio of the particle of the composite and the particle of the first active material is within the range of the mass ratio of 5 to 30: 95 to 70. a particle of a first active material that can function as a positive electrode active material or a negative electrode active material of a lithium ion secondary battery; and a particle of a composite of conductive carbon and a second active material attached to the conductive carbon that can function as an active material of the same electrode as the first active material, the particle of the first active material having a diameter larger than the particle of the composite, the particle of the composite filled in a gap formed between the particles of the first active material, characterized in that the second active material is a metal oxide, and the mixture ratio of the particle of the composite and the particle of the first active material is within the range of the mass ratio of 5 to 30: 95 to 70.
An automobile charging apparatus comprising a control device, a power-supply cable for supplying a commercial power supply to the control device, and a charging cable to be connected to the control device and an automobile so as to supply an electric power to the automobile, wherein the control device includes an electric-leakage detection portion for detecting an electric leakage in the charging cable or the automobile on the basis of a state of currents flowing through power lines for supplying electricity to the charging cable, a connection detection portion for detecting the charging cable being connected to the automobile, and a power-supply interruption portion which is configured to interrupt supply of the commercial power supply to the power lines when the electric-leakage detection portion detects the electric leakage, and the control device has an electric-leakage detection function so that the electric-leakage detection portion detects the state of currents flowing through power lines at predetermined time intervals before the charging cable is connected to the automobile, in a state where the automobile charging apparatus is supplied to the control device with a commercial power supply.
A method for storing electrical energy discharged from a capacitive source, comprising: - developing a capacitive load in the source; - comparing an output voltage of the source with a threshold value; - determining that the output voltage exceeds the threshold value; - closing a switch between the capacitive source and a voltage conversion block after the output voltage of the source both is determined to exceed the threshold value and is detected to peak, wherein the voltage conversion block comprises an inductor coupled in series with a storage device; - opening the switch after a predetermined period of time; - after opening the switch transferring the electrical energy within the voltage conversion block from the inductor to the storage device. - developing a capacitive load in the source; - comparing an output voltage of the source with a threshold value; - determining that the output voltage exceeds the threshold value; - closing a switch between the capacitive source and a voltage conversion block after the output voltage of the source both is determined to exceed the threshold value and is detected to peak, wherein the voltage conversion block comprises an inductor coupled in series with a storage device; - opening the switch after a predetermined period of time; - after opening the switch transferring the electrical energy within the voltage conversion block from the inductor to the storage device.
A programmable magnetic device for generating random numbers during a programming operation, comprising an array of a plurality of magnetic tunnel junctions, each magnetic tunnel junction comprising a reference layer having a reference magnetization; a tunnel barrier layer; and a storage layer having a storage magnetization; the programmable magnetic device being arranged such that, during the programming operation, the storage magnetization is orientable in an unstable magnetization configuration and relaxable randomly in one of a plurality of stable or metastable configurations from the unstable magnetization configuration; characterized in that said unstable magnetization configuration and said plurality of stable or metastable configurations are determined by magnetic interactions between adjacent magnetic tunnel junctions within the array.
A bacteriocin construct for use in treating an infection by Klebsiella pneumoniae or E. coli in a subject, wherein said bacteriocin construct is Klebicin CCL having SEQ ID NO: 2.
An access station for picking storage containers, comprising: - a picking zone, - at least one conveyor (8,9,21,22) arranged to transport storage containers from an entry position through said picking zone and to an exit position, - at least one tilting device arranged to tilt a storage container at least in the picking zone, wherein the access station further comprises: a top panel, a tilted top panel, a front panel, a tilted front panel and side panels forming an outer housing, and covering the inner mechanism, protective paneling to shield a picking person from injury if he/she should try to reach inside the access station, the protective paneling comprises an aperture with a sliding door in the picking zone allowing the picking person to see one storage container at a time which minimizes the risk of picking errors and the tilting device has a tilting angle range from 2° to 60° around a pivot axis extending along the front end of the access station and relative to the horizontal plane and the maximum allowed tilting angle depends on the amount and size of items / articles within the storage container. - a picking zone, - at least one conveyor (8,9,21,22) arranged to transport storage containers from an entry position through said picking zone and to an exit position, - at least one tilting device arranged to tilt a storage container at least in the picking zone, wherein the access station further comprises: a top panel, a tilted top panel, a front panel, a tilted front panel and side panels forming an outer housing, and covering the inner mechanism, protective paneling to shield a picking person from injury if he/she should try to reach inside the access station, the protective paneling comprises an aperture with a sliding door in the picking zone allowing the picking person to see one storage container at a time which minimizes the risk of picking errors and the tilting device has a tilting angle range from 2° to 60° around a pivot axis extending along the front end of the access station and relative to the horizontal plane and the maximum allowed tilting angle depends on the amount and size of items / articles within the storage container.
A device for re-entering a vascular lumen during an endovascular procedure when in a subintimal space, comprising: an elongate body having first and second lumens (18,38), a distal end of the first lumen opening from the body at a first opening; a rotating cutter used for cutting tissue; and an energy emitter which emits energy to locate a vascular lumen when in a subintimal space adjacent to the lumen; the cutter being movable to a cutting position which exposes part of the cutter through the first opening so that the cutter may create a path from the subintimal space to the lumen; characterised in that the device further comprises: a window in the body between the first lumen and an exterior of the body, the window being spaced from the first opening; and wherein a distal end of the second lumen of the elongate body opens from the body at a second opening, the second lumen being sized to receive a guidewire; the rotating cutter extends within the first lumen; and the energy emitter emits energy through the window. an elongate body having first and second lumens (18,38), a distal end of the first lumen opening from the body at a first opening; a rotating cutter used for cutting tissue; and an energy emitter which emits energy to locate a vascular lumen when in a subintimal space adjacent to the lumen; the cutter being movable to a cutting position which exposes part of the cutter through the first opening so that the cutter may create a path from the subintimal space to the lumen; characterised in that the device further comprises: a window in the body between the first lumen and an exterior of the body, the window being spaced from the first opening; and wherein a distal end of the second lumen of the elongate body opens from the body at a second opening, the second lumen being sized to receive a guidewire; the rotating cutter extends within the first lumen; and the energy emitter emits energy through the window. a window in the body between the first lumen and an exterior of the body, the window being spaced from the first opening; and wherein a distal end of the second lumen of the elongate body opens from the body at a second opening, the second lumen being sized to receive a guidewire; the rotating cutter extends within the first lumen; and the energy emitter emits energy through the window.