mhurhangee/ep-ind-claims huggingface dataset:
A system for processing blood, said system comprising: means for obtaining blood from a patient; and a single blood processing device coupled to said obtaining means to form a closed loop between said patient and said blood processing device, said blood processing device comprising: means for collecting bulk mononuclear blood cells from said blood by leukapheresis implemented using said blood processing device in said closed loop; means for enriching concurrently target cells separated from non-target cells in said bulk mononuclear blood cells using said blood processing device in said closed loop; and means for modifying said enriched target cells, wherein said modification is selected from the group consisting of cytotoxic T lymphocyte activation, T regulatory cell (Treg) activation, and genetically modified blood cells protected from human immunodeficiency virus. means for obtaining blood from a patient; and a single blood processing device coupled to said obtaining means to form a closed loop between said patient and said blood processing device, said blood processing device comprising: means for collecting bulk mononuclear blood cells from said blood by leukapheresis implemented using said blood processing device in said closed loop; means for enriching concurrently target cells separated from non-target cells in said bulk mononuclear blood cells using said blood processing device in said closed loop; and means for modifying said enriched target cells, wherein said modification is selected from the group consisting of cytotoxic T lymphocyte activation, T regulatory cell (Treg) activation, and genetically modified blood cells protected from human immunodeficiency virus. means for collecting bulk mononuclear blood cells from said blood by leukapheresis implemented using said blood processing device in said closed loop; means for enriching concurrently target cells separated from non-target cells in said bulk mononuclear blood cells using said blood processing device in said closed loop; and means for modifying said enriched target cells, wherein said modification is selected from the group consisting of cytotoxic T lymphocyte activation, T regulatory cell (Treg) activation, and genetically modified blood cells protected from human immunodeficiency virus.
A spark plug comprising a center electrode and a ground electrode, wherein the center electrode is so arranged relative to the ground electrode that the spark gap (s) extends between the ground electrode and the center electrode, wherein the spark gap (s) is surrounded by a wall which to form a fastening portion for fastening the spark plug in a combustion chamber housing of an internal combustion engine at least region-wise carries a male thread, wherein the wall has an opening which is arranged in the region of the male thread and is so designed that a feeler gauge can be inserted through said opening, between the center electrode and the ground electrode characterized in that the opening is surrounded on all sides by the male thread.
A composition comprising a capsule and a fill formulation, wherein the fill formulation comprises: a. an active ingredient selected from sildenafil, vardenafil, avanafil, udenafil, mirodenafil and lodenafil; b. a lipophilic counterion to the active ingredient, the lipophilic counterion being present in an amount of at least 90 mol% of the active ingredient so as to be capable of forming a lipophilic salt of the active ingredient; and c. a lipid vehicle that is liquid or predominantly liquid at25°C; wherein the active ingredient is completely dissolved in the lipid vehicle in an amount of at least 1.0wt% at 25°C (expressed as free base equivalents) of the fill formulation. a. an active ingredient selected from sildenafil, vardenafil, avanafil, udenafil, mirodenafil and lodenafil; b. a lipophilic counterion to the active ingredient, the lipophilic counterion being present in an amount of at least 90 mol% of the active ingredient so as to be capable of forming a lipophilic salt of the active ingredient; and c. a lipid vehicle that is liquid or predominantly liquid at25°C;
Method for vibration damping of a drive train arrangement with at least one active vibration damper arrangement and at least one vibration recording arrangement, comprising the following steps: a. provision of measurement signals by the at least one vibration recording arrangement to a processing unit; characterized in that the method further comprises the following steps: b. converting the measurement signals into virtual degrees of freedom, wherein the virtual degrees of freedom are in a virtual environment represented vibrations of the drive train arrangement and represent vibration components of the drive train which are decisive for at least one tonality; c. determining at least one control signal based on the virtual degrees of freedom; d. outputting the at least one control signal to the at least one vibration damper arrangement; e. damping of the drive train arrangement by the vibration damper arrangement based on the at least one control signal. a. provision of measurement signals by the at least one vibration recording arrangement to a processing unit; characterized in that the method further comprises the following steps: b. converting the measurement signals into virtual degrees of freedom, wherein the virtual degrees of freedom are in a virtual environment represented vibrations of the drive train arrangement and represent vibration components of the drive train which are decisive for at least one tonality; c. determining at least one control signal based on the virtual degrees of freedom; d. outputting the at least one control signal to the at least one vibration damper arrangement; e. damping of the drive train arrangement by the vibration damper arrangement based on the at least one control signal. b. converting the measurement signals into virtual degrees of freedom, wherein the virtual degrees of freedom are in a virtual environment represented vibrations of the drive train arrangement and represent vibration components of the drive train which are decisive for at least one tonality; c. determining at least one control signal based on the virtual degrees of freedom; d. outputting the at least one control signal to the at least one vibration damper arrangement; e. damping of the drive train arrangement by the vibration damper arrangement based on the at least one control signal.
A polishing apparatus for polishing a substrate by bringing the substrate into contact with a polishing surface, comprising: a substrate holder having a substrate holding surface configured to press the substrate against the polishing surface, and a retaining ring coupled to and surrounding the substrate holding surface, wherein the retaining ring is configured to be brought into contact with the polishing surface and supported to be tiltable independently of the substrate holding surface during operation of the polishing apparatus; a rotating mechanism configured to rotate the substrate holder about its own axis; and at least one local load exerting mechanism configured to exert a local load on a part of the retaining ring in a direction perpendicular to the polishing surface, the at least one local load exerting mechanism being arranged so as not to move in accordance with the substrate holder. a substrate holder having a substrate holding surface configured to press the substrate against the polishing surface, and a retaining ring coupled to and surrounding the substrate holding surface, wherein the retaining ring is configured to be brought into contact with the polishing surface and supported to be tiltable independently of the substrate holding surface during operation of the polishing apparatus; a rotating mechanism configured to rotate the substrate holder about its own axis; and at least one local load exerting mechanism configured to exert a local load on a part of the retaining ring in a direction perpendicular to the polishing surface, the at least one local load exerting mechanism being arranged so as not to move in accordance with the substrate holder.
A method for producing a substrate including a step of thinning the thickness of the substrate, said method including the following steps: - formation of a porous zone in an inner layer of the substrate; - progressive thinning of the thickness of the substrate towards the inner layer including the porous zone; - completion of the progressive thinning by mechano-chemical polishing; - automatic controlled stoppage of the polishing by detection of the porous zone during the polishing. - formation of a porous zone in an inner layer of the substrate; - progressive thinning of the thickness of the substrate towards the inner layer including the porous zone; - completion of the progressive thinning by mechano-chemical polishing; - automatic controlled stoppage of the polishing by detection of the porous zone during the polishing.
Method for operating a wind farm having a plurality of wind energy installations connected to a grid internal to the wind farm, each having an operating control unit and other components comprising electrical consumers, and a mains substitute supply unit connected to at least some of the electrical components of the wind energy installations, wherein the electrical consumers of each wind energy installation are divided into at least two groups, where at least the consumption values of the electrical consumers of a second group are stored in the operating control unit of the wind energy installation concerned, the electrical consumers can be switched on and off by the operating control unit of the wind energy installation concerned when requested, wherein the operating control unit has a grid fault mode in which a power reserve is calculated from a maximum consumption value and the actual consumption of the electrical consumers that are switched on, the operating control unit switches an electrical consumer of a first group on when requested and switches an electrical consumer of the second group on when requested and when there is a power reserve greater than or equal to the consumption value of the requested electrical consumer, and wherein the operating parameters of a wind energy installation are changed when in grid fault mode, characterized in that the setpoint values for the temperature in the nacelle of the wind energy installation are changed such that less energy is required to maintain said setpoint values than for the setpoint temperature in the normal operating mode of the wind energy installation.
A method for operating a laundry treatment machine comprising a container for housing a laundry load to be treated and a pump (P, 21, 26, 31, 180) comprising an inlet (Pi) for a liquid suction, said pump (P, 21, 26, 31, 180) comprising an electric motor adapted to be powered by a motor voltage (VMOT) and a motor current (IMOT); wherein an air-water working condition of said pump (P, 21, 26, 31, 180) caused by the presence of air at said inlet (Pi) of said pump (P, 21, 26, 31, 180) is detected/evaluated based on values of said motor voltage (VMOT) and/or said motor current (IMOT) of said electric motor; wherein said electric motor is connected or connectable to a mains power supply providing a sinusoidal mains voltage (VMAINS), characterized in that said motor voltage (VMOT) applied to said electric motor is a partialized version of said sinusoidal mains voltage (VMAINS), wherein said air-water working condition occurs if the activation time (TIon) of said motor current (IMOT) deviates from a threshold value. wherein an air-water working condition of said pump (P, 21, 26, 31, 180) caused by the presence of air at said inlet (Pi) of said pump (P, 21, 26, 31, 180) is detected/evaluated based on values of said motor voltage (VMOT) and/or said motor current (IMOT) of said electric motor; wherein said electric motor is connected or connectable to a mains power supply providing a sinusoidal mains voltage (VMAINS), characterized in that said motor voltage (VMOT) applied to said electric motor is a partialized version of said sinusoidal mains voltage (VMAINS), wherein said air-water working condition occurs if the activation time (TIon) of said motor current (IMOT) deviates from a threshold value.
A pixel comprising: a photoelectric conversion region which is provided between a first barrier region forming a first potential barrier and a second barrier region forming a second potential barrier; a first floating diffusion region which is provided adjacent to the first barrier region, and to which a first electric charge generated in the photoelectric conversion region is transferred; and a second floating diffusion region which is provided adjacent to the second barrier region, and into which a second electric charge generated in the photoelectric conversion region flows, and in which a part of the flowing-in second electric charge is accumulated; characterised in that the second potential barrier is lower than the first potential barrier. a photoelectric conversion region which is provided between a first barrier region forming a first potential barrier and a second barrier region forming a second potential barrier; a first floating diffusion region which is provided adjacent to the first barrier region, and to which a first electric charge generated in the photoelectric conversion region is transferred; and a second floating diffusion region which is provided adjacent to the second barrier region, and into which a second electric charge generated in the photoelectric conversion region flows, and in which a part of the flowing-in second electric charge is accumulated;
A method for supporting random access with beam refinement for wireless communication performed by a user equipment, UE, comprising: transmitting an initial random access request to a base station to establish a wireless connection with the base station; receiving a control channel order from the base station responsive to the initial random access request, the control channel order being indicative of a resource for a beam refinement signal transmission, or multiple resources for multiple beam refinement signal transmissions; transmitting, to the base station, one or more modified random access requests using a set of resources that are based at least in part on the control channel order, the one or more modified random access requests being beam refinement signals; and receiving a random access response in a refined beam from the base station responsive to the one or more modified random access requests. transmitting an initial random access request to a base station to establish a wireless connection with the base station; receiving a control channel order from the base station responsive to the initial random access request, the control channel order being indicative of a resource for a beam refinement signal transmission, or multiple resources for multiple beam refinement signal transmissions; transmitting, to the base station, one or more modified random access requests using a set of resources that are based at least in part on the control channel order, the one or more modified random access requests being beam refinement signals; and receiving a random access response in a refined beam from the base station responsive to the one or more modified random access requests.
A pharmaceutical formulation comprising sebacoyl dinalbuphine ester dissolved in a pharmaceutically acceptable oil and an oil-miscible retaining solvent, wherein the oil-miscible retaining solvent is benzyl benzoate, benzyl alcohol, or a mixture thereof, wherein the concentration of the SDE in the formulation is about 75 mg/ml, wherein the weight ratio of the oil-miscible retaining solvent to the pharmaceutically acceptable oil is about 1.12:1; and wherein the pharmaceutical formulation is a solution suitable for administration by injection. wherein the oil-miscible retaining solvent is benzyl benzoate, benzyl alcohol, or a mixture thereof, wherein the concentration of the SDE in the formulation is about 75 mg/ml, wherein the weight ratio of the oil-miscible retaining solvent to the pharmaceutically acceptable oil is about 1.12:1; and wherein the pharmaceutical formulation is a solution suitable for administration by injection.
A telescopic pipe buffer structure, comprising an inner tube, an outer tube, a buffer plate, and a guard plate, wherein the inner tube is slidably sleeved into the outer tube, the guard plate is disposed at an end of the inner tube, an accommodating groove is formed between the guard plate and an end surface of the inner tube, the telescopic pipe buffer structure further comprises a guide sleeve fixed to an end surface of the inner tube, the guide sleeve is directly opposite to the buffer plate, and the accommodating groove is located between the guide sleeve and the buffer plate, the buffer plate is disposed on the guard plate and located on a side of the guard plate close to the accommodating groove, an edge of the buffer plate is abutted against an inner wall of the outer tube, so that while the inner tube is inserted into the outer tube, the edge of the buffer plate is scrolled into the accommodating groove; and while the outer tube is pushed to make the inner tube extend outwardly from the outer tube, the buffer plate keeps slidably abutting against the inner wall of the outer tube to realize a buffer function.
Use of a combination of from 1 to 10 wt.% rhamnolipid biosurfactant and from 1 to 10 wt.% amphoteric surfactant selected from sultaines to improve the cold cleaning performance at temperatures below 15°C, preferably below 12°C, more preferably 10°C and lower, of primary alkyl sulfate surfactant containing cleaning compositions, wherein the primary alkyl sulfate is a C 10 -C 20 alkyl sulphate, wherein the cleaning composition comprises: from 1 to 30 wt.% of primary alkyl sulfate; wherein the ratio of primary alkyl sulfate surfactant to rhamnolipid biosurfactant is from 6:1 to 1:2; and the ratio of primary alkyl sulfate surfactant to amphoteric surfactant is from 6:1 to 1:2.
A method for communicating messages at a user equipment, UE, in a Long Term Evolution, LTE, mobile communication system, the method comprising: receiving a paging message from a base station; transmitting a physical random access channel, PRACH, preamble to the base station; receiving an acknowledgement for the PRACH preamble from the base station; transmitting a connection request message for requesting a connection to the base station based on the acknowledgement for the PRACH preamble through an uplink shared channel, UL_SCH; and receiving a connection response message in response to the connection request message from the base station, characterized in that: the acknowledgement for the PRACH preamble includes an identifier identifying the UE, wherein the acknowledgement for the PRACH preamble is used as an uplink grant information for granting the UE to use the UL_SCH. receiving a paging message from a base station; transmitting a physical random access channel, PRACH, preamble to the base station; receiving an acknowledgement for the PRACH preamble from the base station; transmitting a connection request message for requesting a connection to the base station based on the acknowledgement for the PRACH preamble through an uplink shared channel, UL_SCH; and receiving a connection response message in response to the connection request message from the base station, characterized in that: the acknowledgement for the PRACH preamble includes an identifier identifying the UE, wherein the acknowledgement for the PRACH preamble is used as an uplink grant information for granting the UE to use the UL_SCH. the acknowledgement for the PRACH preamble includes an identifier identifying the UE, wherein the acknowledgement for the PRACH preamble is used as an uplink grant information for granting the UE to use the UL_SCH.
Method for triggering and/or enabling QoS support for selected applications in IP based networks comprising: a. providing analysis of application signalling on a QoS proxy node that controls a QoS control node via an interface; b. the QoS proxy node is configured to intercept IP packets with signalling information used to control network services; and c. the QoS proxy node is configured to analyze intercepted IP packets in order to extract, to derive and to utilise signalling information of applications by means of IP packet classifiers and optionally applying deep packet inspection for certain IP packets, if needed, characterized by triggering the QoS control node from the QoS proxy node via the interface, and controlling at least one QoS enabler node performing QoS enforcement in the operator network by means of the QoS control node, wherein the signalling between customer and another application peer is optionally modified by the QoS proxy node in order to inform the customer about insufficient network resources to initiate new application sessions or to modify established application sessions in case the required/requested QoS level cannot be supported in the network due to the insufficient network resources, e.g. insufficient IP throughput for a customer. a. providing analysis of application signalling on a QoS proxy node that controls a QoS control node via an interface; b. the QoS proxy node is configured to intercept IP packets with signalling information used to control network services; and c. the QoS proxy node is configured to analyze intercepted IP packets in order to extract, to derive and to utilise signalling information of applications by means of IP packet classifiers and optionally applying deep packet inspection for certain IP packets, if needed,
A transceiver (100, 200) comprising: a radio-frequency, RF, front-end circuit (102, 202), arranged to deal with communications of a first wireless communication standard and communications of a second wireless communication standard; a dedicated RF front-end circuit (104, 204), arranged to deal with communications of the first wireless communication standard or the second wireless communication standard only; and a switchable matching circuit (106, 206), coupled to the RF front-end circuit (102, 202), the dedicated RF front-end circuit (104, 204), and a signal port (112, 260) of a chip, wherein the switchable matching circuit (106, 206)is arranged to provide impedance matching between the signal port (112, 260) and the RF front-end circuit (102, 202) when the RF front-end circuit (102, 202) is in operation, and provide impedance matching between the signal port (112, 260) and the dedicated RF front-end circuit (104, 204)when the dedicated RF front-end circuit (104, 204)is in operation; wherein the RF front-end circuit (102, 202), the dedicated RF front-end circuit (104, 204), and the switchable matching circuit (106, 206) are integrated in the chip. a radio-frequency, RF, front-end circuit (102, 202), arranged to deal with communications of a first wireless communication standard and communications of a second wireless communication standard; a dedicated RF front-end circuit (104, 204), arranged to deal with communications of the first wireless communication standard or the second wireless communication standard only; and a switchable matching circuit (106, 206), coupled to the RF front-end circuit (102, 202), the dedicated RF front-end circuit (104, 204), and a signal port (112, 260) of a chip, wherein the switchable matching circuit (106, 206)is arranged to provide impedance matching between the signal port (112, 260) and the RF front-end circuit (102, 202) when the RF front-end circuit (102, 202) is in operation, and provide impedance matching between the signal port (112, 260) and the dedicated RF front-end circuit (104, 204)when the dedicated RF front-end circuit (104, 204)is in operation; wherein the RF front-end circuit (102, 202), the dedicated RF front-end circuit (104, 204), and the switchable matching circuit (106, 206) are integrated in the chip.