mhurhangee/ep-ind-claims huggingface dataset:
Isothermal transcriptional amplification method carried out in a single step in which: a) at least one target nucleic acid, present in a biological sample, is placed in the presence of the following compounds: • amplification primers, • all the reagents required for carrying out the amplification, including the enzymes participating in the amplification, and • at least one polyol which makes it possible to stabilize the enzymes required for carrying out the amplification, b) a denaturation of the targets is carried out by heating the mixture at a temperature above 44°C, in the presence of all the compounds, c) a transcriptional amplification of the target nucleic acid is carried out at a temperature above 44°C, the denaturation and amplification steps being combined. a) at least one target nucleic acid, present in a biological sample, is placed in the presence of the following compounds: • amplification primers, • all the reagents required for carrying out the amplification, including the enzymes participating in the amplification, and • at least one polyol which makes it possible to stabilize the enzymes required for carrying out the amplification, • amplification primers, • all the reagents required for carrying out the amplification, including the enzymes participating in the amplification, and • at least one polyol which makes it possible to stabilize the enzymes required for carrying out the amplification, b) a denaturation of the targets is carried out by heating the mixture at a temperature above 44°C, in the presence of all the compounds, c) a transcriptional amplification of the target nucleic acid is carried out at a temperature above 44°C,
Device for measurement of an electric field, the device comprising a micromechanical structure, which extends in a first direction (x), a second direction (y) and a third direction (z), wherein the first direction (x), the second direction (y) and the third direction (z) are mutually normal to one another, characterized in that the micromechanical structure is made from a material that is electrically conducting at an operating temperature and has a frame portion as well as a movable portion, wherein the movable portion is connected in electrically conducting and mechanically elastic manner with the frame portion and is movable relative to the frame portion, wherein the micromechanical structure is so designed that, in the case of an arrangement of the micromechanical structure in the electric field with a non-zero first field-strength component (E x) parallel to the first direction (x), an electrical polarization of the micromechanical structure takes place, which results in a first force component (F x) acting on the movable portion parallel to the first direction (x) as well as a change, dependent on the first force component (F x), of the spatial arrangement of the movable portion relative to the frame portion, and wherein detecting means (9, 11, 15, 16) are provided, in order to determine the change of the spatial arrangement of the movable portion relative to the frame portion.
Sealing device comprising a plug intended to be placed in a threaded hole in a case, or removed therefrom, respectively by screwing and unscrewing, the plug comprising a central body provided with a screw thread, and locking and unlocking means opposing the spontaneous unscrewing of the plug, activated automatically by the rotation of the plug and its corresponding movement in the direction of screwing along a longitudinal axis, the locking and unlocking means comprising two releasable coupling components (7, 8), a first component of which is coupled in rotation with the central body and a second component of which can be immobilized in rotation with respect to the case during screwing, characterized in that the plug comprises a skirt rigidly connected to the central body and having a bearing zone capable of cooperating directly with a corresponding bearing zone of the second component, and in that the first component is coupled in rotation with the skirt via guide means (14, 15) configured on the periphery of the first component and extending radially with respect to the longitudinal axis, said guide means (14, 15) entering mutually corresponding grooves configured inside the skirt, which extend along the longitudinal axis so as to allow the displacement of the first component inside the skirt, along the longitudinal axis.
A method for depressurizing a vehicular fuel storage system comprising a first portion and a second portion, the first portion being in fluid communication with a closable filler head opening, the first portion being separated from the second portion by means of a valve, characterised in that the method comprises: - in a first time period, depressurizing the first portion by bringing the first portion in communication with the atmosphere, while said valve and said filler head opening are closed; - in a second time period, depressurizing the second portion by bringing the second portion in communication with the atmosphere; and - obtaining readiness for access to said filler head opening as from the end of said first time period. - in a first time period, depressurizing the first portion by bringing the first portion in communication with the atmosphere, while said valve and said filler head opening are closed; - in a second time period, depressurizing the second portion by bringing the second portion in communication with the atmosphere; and - obtaining readiness for access to said filler head opening as from the end of said first time period.
Device for guiding products on a conveyor belt, the device comprising: - a first supply line configured for the conveyance of the products according to a first direction; and - a splitter set up according to the first direction along the first supply line such that the first supply line is split into a first and second different path; wherein the splitter comprises a movable arm, said movable arm being movable according to a translation according to the first listed direction, the movable arm being configured to guide the products into the first or second differentiated path, characterised in that the movable arm is further configured to move so that a speed of a translation movement of the movable arm according to a first sense along the first direction and equal to the sense of the conveyance of the products is greater than the speed of a translation movement of the movable arm counter to said first sense. - a first supply line configured for the conveyance of the products according to a first direction; and - a splitter set up according to the first direction along the first supply line such that the first supply line is split into a first and second different path; wherein the splitter comprises a movable arm, said movable arm being movable according to a translation according to the first listed direction, the movable arm being configured to guide the products into the first or second differentiated path, characterised in that the movable arm is further configured to move so that a speed of a translation movement of the movable arm according to a first sense along the first direction and equal to the sense of the conveyance of the products is greater than the speed of a translation movement of the movable arm counter to said first sense.
Height detection system of a motorcycle for determining a load-dependent height of a rear carrier part relative to a rear wheel swing arm of the motorcycle, comprising a measuring device connecting the rear carrier part and the rear wheel swing arm for measuring the distance between the rear carrier part and the rear wheel swing arm, characterized in that a fastening web is formed integrally on the rear carrier part and protrudes from the rear carrier part in the direction of the rear wheel swing arm and forms a lateral bearing face for the measuring device.
A force measuring device for the at least tri-axial recording of forces Fx, Fy and Fz and/or of moments Mx, My and Mz, consisting of a first flange-like part, via which the forces/moments to be measured are introduced, a second flange-like part, via which the introduced forces/moments are received and dissipated, and a tube-like deformation zone, which connects these two parts and via which all tensile, compressive, torsional and shearing forces acting on the first flange-like part are transmitted to the second flange-like part, wherein at least the inner or outer surface of the tube-like deformation zone serves as an application surface for deformation transducers, and the tube-like deformation zone is circumferentially divided into at least eight sectors S1 to S8, and the force measuring device comprises an evaluation unit for forming measured values of at least one force component, wherein - at least one deformation transducer is disposed on each individual sector S1 to S8, - a second sector with a similar arrangement of deformation transducers, which is offset by 180° around the central axis of the deformation zone, is located opposite each sector on the tube-like deformation zone, characterized in that all deformation transducers of one sector are each connected to each other in a common Wheatstone bridge. - at least one deformation transducer is disposed on each individual sector S1 to S8, - a second sector with a similar arrangement of deformation transducers, which is offset by 180° around the central axis of the deformation zone, is located opposite each sector on the tube-like deformation zone,
Device for activating personal protection means in the event of a rollover, comprising - a sensor system which outputs at least a first vehicle movement dynamics variable ( ω z, β, α y, v CM) - an evaluation circuit ( μC) which pre-estimates at least one second vehicle movement dynamics variable ( β, v y) as a function of the at least one first vehicle movement dynamics variable ( ω z, β, α y, v CM), and actuates the personal protection means as a function of the secondary vehicle movement dynamics variable ( β, v y), characterized in that the sensor system is configured to output a yaw rate ( ω z) and a first side slip angle ( β aktuell) as the first vehicle movement dynamics variables, wherein the evaluation circuit ( μC) pre-estimates in each case a vehicle lateral speed ( v y) and a second side slip angle ( β) as the second vehicle movement dynamics variables as a function of the yaw rate ( ω z) and the first side slip angle ( β aktuell). - a sensor system which outputs at least a first vehicle movement dynamics variable ( ω z, β, α y, v CM) - an evaluation circuit ( μC) which pre-estimates at least one second vehicle movement dynamics variable ( β, v y) as a function of the at least one first vehicle movement dynamics variable ( ω z, β, α y, v CM), and actuates the personal protection means as a function of the secondary vehicle movement dynamics variable ( β, v y), characterized in that the sensor system is configured to output a yaw rate ( ω z) and a first side slip angle ( β aktuell) as the first vehicle movement dynamics variables, wherein the evaluation circuit ( μC) pre-estimates in each case a vehicle lateral speed ( v y) and a second side slip angle ( β) as the second vehicle movement dynamics variables as a function of the yaw rate ( ω z) and the first side slip angle ( β aktuell).
A dialysis system comprising: a fluid supply line for supplying dialysis fluid; a disposable unit in fluid communication with the fluid supply line, the disposable unit having at least two flexible membranes (162, 164) secured together at selected locations and which define a fluid pump receptacle; a patient line in fluid communication with the disposable unit; a drain line in fluid communication with the disposable unit; a pump actuator that moves the fluid pump receptacle; a heater that heats the dialysis fluid; and a hardware unit including an enclosure defining an interior and including the pump actuator, the heater, and a pump shell, the disposable unit being removably positioned within the interior of the enclosure so that the pump receptacle forms a pump chamber with the pump shell of the hardware unit, and wherein the motor-driven pump actuator includes a piston-head configured to pneumatically attach to one of the flexible membranes (162, 164) and wherein the motor-driven pump actuator is configured to mechanically move the pump receptacle of the disposable unit with respect to the pump shell of the enclosure and pull the pneumatically-attached one of the flexible membranes (162, 164) away from the other of the flexible membranes (162, 164). a fluid supply line for supplying dialysis fluid; a disposable unit in fluid communication with the fluid supply line, the disposable unit having at least two flexible membranes (162, 164) secured together at selected locations and which define a fluid pump receptacle; a patient line in fluid communication with the disposable unit; a drain line in fluid communication with the disposable unit; a pump actuator that moves the fluid pump receptacle; a heater that heats the dialysis fluid; and a hardware unit including an enclosure defining an interior and including the pump actuator, the heater, and a pump shell, the disposable unit being removably positioned within the interior of the enclosure so that the pump receptacle forms a pump chamber with the pump shell of the hardware unit, and wherein the motor-driven pump actuator includes a piston-head configured to pneumatically attach to one of the flexible membranes (162, 164) and wherein the motor-driven pump actuator is configured to mechanically move the pump receptacle of the disposable unit with respect to the pump shell of the enclosure and pull the pneumatically-attached one of the flexible membranes (162, 164) away from the other of the flexible membranes (162, 164).
A polymeric nanoparticle comprising: 50 to 99.8 weight percent of a diblock poly(lactic) acid-poly(ethylene)glycol copolymer or a diblock poly(lactic acid-co-glycolic acid)-poly(ethylene)glycol copolymer; wherein the total amount of poly(ethylene)glycol in the nanoparticle is 10 to 30 weight percent poly(ethylene)glycol; and 0.2 to 30 weight percent of a compound that is COMPOUND A represented by the formula: or a pharmaceutically acceptable salt thereof. 50 to 99.8 weight percent of a diblock poly(lactic) acid-poly(ethylene)glycol copolymer or a diblock poly(lactic acid-co-glycolic acid)-poly(ethylene)glycol copolymer; wherein the total amount of poly(ethylene)glycol in the nanoparticle is 10 to 30 weight percent poly(ethylene)glycol; and 0.2 to 30 weight percent of a compound that is COMPOUND A represented by the formula: or a pharmaceutically acceptable salt thereof.
A system for controlling a motion compensated pile guide for a floating vessel, comprising a pile guide for guiding a monopile in its longitudinal direction during driving the monopile into a seabed, an actuator for moving the pile guide in horizontal direction with respect to a vessel to which the pile guide is mounted, a control unit for controlling the actuator, which control unit is configured for compensating motion of the vessel to which the pile guide is mounted so as to maintain the horizontal position of the pile guide during driving a monopile into a seabed, a first sensor for determining an inclination angle of a monopile with respect to the vertical during driving the monopile into a seabed, characterized by further comprising a second sensor for determining magnitude and direction of an actual force of a monopile onto the pile guide during driving the monopile into a seabed, wherein the control unit is configured to determine a desired force of the pile guide onto the monopile for minimizing the inclination angle when determined by the first sensor, and to control the actuator for moving the pile guide opposite to the direction of the actual force when the desired force is larger than the actual force and in the same direction as the actual force when the actual force is larger than the desired force. a pile guide for guiding a monopile in its longitudinal direction during driving the monopile into a seabed, an actuator for moving the pile guide in horizontal direction with respect to a vessel to which the pile guide is mounted, a control unit for controlling the actuator, which control unit is configured for compensating motion of the vessel to which the pile guide is mounted so as to maintain the horizontal position of the pile guide during driving a monopile into a seabed, a first sensor for determining an inclination angle of a monopile with respect to the vertical during driving the monopile into a seabed, characterized by further comprising a second sensor for determining magnitude and direction of an actual force of a monopile onto the pile guide during driving the monopile into a seabed, wherein the control unit is configured to determine a desired force of the pile guide onto the monopile for minimizing the inclination angle when determined by the first sensor, and to control the actuator for moving the pile guide opposite to the direction of the actual force when the desired force is larger than the actual force and in the same direction as the actual force when the actual force is larger than the desired force.
A method for operating a session management function, SMF, node in a wireless communications network that includes an access and mobility management function, AMF, node, the method performed by the SMF node and comprising: performing a procedure for establishing a data session of a user equipment, UE, wherein the data session of the UE is established over the UE, the AMF node, the SMF node and a user plane function, UPF, node; receiving, from the AMF node, information related to a location change of the UE, wherein the location change of the UE is related to that the UE moved out of a local area data network, LADN, service area; and transmitting, to the UPF node, information enabling the UPF node to discard data related to the data session of the UE, based on (i) that the UE moved out of the LADN service area and (ii) that the data session of the UE is related to the LADN, wherein a context for the data session is maintained in the SMF node until a timer expires and the UE has not re-entered the LADN servicer area. performing a procedure for establishing a data session of a user equipment, UE, wherein the data session of the UE is established over the UE, the AMF node, the SMF node and a user plane function, UPF, node; receiving, from the AMF node, information related to a location change of the UE, wherein the location change of the UE is related to that the UE moved out of a local area data network, LADN, service area; and transmitting, to the UPF node, information enabling the UPF node to discard data related to the data session of the UE, based on (i) that the UE moved out of the LADN service area and (ii) that the data session of the UE is related to the LADN, wherein a context for the data session is maintained in the SMF node until a timer expires and the UE has not re-entered the LADN servicer area.
A method comprising: associating (202; 604) a user identity to a computing device based on a context measurement, wherein the context measurement includes a biometric measurement, and wherein associating the user identity to the computing device comprises: associating a biometric template to the user identity of the computing device based on the biometric measurement, and wherein the associated user identity is one of plural associated user identities stored on the computing device, and wherein each of the plural associated user identities includes a biometric template; generating (204; 712) a network address for the computing device based on the associated user identity, wherein generating the network address for the computing device comprises: identifying a match to the biometric template of the associated user identity based on the biometric measurement; and determining an identity resolving key, IRK, of the computing device that is a function of the matching biometric template, generating the network address as a private resolvable address, PRA, of the computing device that is a function of the biometric measurement-based IRK; and communicating (206; 714) on a network using the network address. associating (202; 604) a user identity to a computing device based on a context measurement, wherein the context measurement includes a biometric measurement, and wherein associating the user identity to the computing device comprises: associating a biometric template to the user identity of the computing device based on the biometric measurement, and wherein the associated user identity is one of plural associated user identities stored on the computing device, and wherein each of the plural associated user identities includes a biometric template; generating (204; 712) a network address for the computing device based on the associated user identity, wherein generating the network address for the computing device comprises: identifying a match to the biometric template of the associated user identity based on the biometric measurement; and determining an identity resolving key, IRK, of the computing device that is a function of the matching biometric template, generating the network address as a private resolvable address, PRA, of the computing device that is a function of the biometric measurement-based IRK; and identifying a match to the biometric template of the associated user identity based on the biometric measurement; and determining an identity resolving key, IRK, of the computing device that is a function of the matching biometric template, generating the network address as a private resolvable address, PRA, of the computing device that is a function of the biometric measurement-based IRK; and communicating (206; 714) on a network using the network address.
A method performed by a user equipment, UE, (210, 330-340, 550, 610, 722) of processing a signal in a communication system, comprising: receiving a signal at the UE, (210, 330-340, 550, 610, 722); detecting, in the signal, a pilot transmission from a non-primary transmit antenna (724, 726, 822, 824) of a cell (720, 810) in the communication system based on one or more metrics associated with a pilot channel, wherein information about the pilot channel is not signaled to the UE; and using the detected pilot transmission to improve receiver processing of the signal; characterized in that using the detected pilot transmission to improve processing further comprises at least one of suppressing, or equalizing, or canceling interference in the signal caused by the detected pilot transmission. receiving a signal at the UE, (210, 330-340, 550, 610, 722); detecting, in the signal, a pilot transmission from a non-primary transmit antenna (724, 726, 822, 824) of a cell (720, 810) in the communication system based on one or more metrics associated with a pilot channel, wherein information about the pilot channel is not signaled to the UE; and using the detected pilot transmission to improve receiver processing of the signal; characterized in that using the detected pilot transmission to improve processing further comprises at least one of suppressing, or equalizing, or canceling interference in the signal caused by the detected pilot transmission.
A method for supporting discovering and routing in a fabric having a plurality of switches, comprising: tagging one or more switches in the fabric with a switch role, wherein vendor attributes are used to explicitly define switch roles that can be detected later by the subnet manager; detecting, via a subnet manager, the switch role that is associated with the one or more switches; and applying a routing algorithm on the fabric based on the detected switch role associated with the one or more switches tagging one or more switches in the fabric with a switch role, wherein vendor attributes are used to explicitly define switch roles that can be detected later by the subnet manager; detecting, via a subnet manager, the switch role that is associated with the one or more switches; and applying a routing algorithm on the fabric based on the detected switch role associated with the one or more switches