mhurhangee/ep-ind-claims huggingface dataset:
A method for improving the sensitivity of an rRNA assay, the method comprising the steps of: (a) introducing an RNase that hydrolyzes rRNA into a sample comprising living cells; (b) inactivating the RNase prior to releasing rRNA from the living cells; (c) measuring the amount of rRNA in the sample after releasing rRNA from the living cells. (a) introducing an RNase that hydrolyzes rRNA into a sample comprising living cells; (b) inactivating the RNase prior to releasing rRNA from the living cells; (c) measuring the amount of rRNA in the sample after releasing rRNA from the living cells.
Detector for ionizing radiations, comprising: - an organic semiconductor as intrinsic, direct detector, in which the incoming ionizing radiation is transduced directly into an electrical signal such transduction occurring within said organic semiconductor interacting with the ionizing radiation, said organic semiconductor being an organic single crystal or an organic polycrystal; - a signal processing unit; and - electrodes connecting said processing unit to said intrinsic, direct detector, - wherein at least one of said electrodes is organic or wherein at least one of said electrodes is an ultrathin layer having a thickness of less than 1 μm comprising a metal and/or a semimetal and/or an inorganic material. - an organic semiconductor as intrinsic, direct detector, in which the incoming ionizing radiation is transduced directly into an electrical signal such transduction occurring within said organic semiconductor interacting with the ionizing radiation, said organic semiconductor being an organic single crystal or an organic polycrystal; - a signal processing unit; and - electrodes connecting said processing unit to said intrinsic, direct detector, - wherein at least one of said electrodes is organic or wherein at least one of said electrodes is an ultrathin layer having a thickness of less than 1 μm comprising a metal and/or a semimetal and/or an inorganic material.
An automatic analysis device comprising: a specimen disc or specimen rack configured to accommodate and hold a plurality of specimen containers; a specimen dispensing mechanism configured to dispense subject blood plasma and/or normal blood plasma to be added to correct a coagulation time of the subject blood plasma, to a plurality of containers; a reagent dispensing mechanism configured to dispense a reagent to a reaction container containing the subject blood plasma alone, a reaction container containing the normal blood plasma alone, and a reaction container containing the mixed blood plasma in which the subject blood plasma and the normal blood plasma are mixed at least at one mixing ratio; a measurement unit comprising a light source configured to irradiate each of the plurality of reaction containers with light, and to measure a plurality of coagulation times, respectively, based on obtained scattered light and/or transmitted light; a display unit configured to graphically display the coagulation time obtained via the measurement unit from the subject blood plasma, the normal blood plasma and the mixed blood plasma; and a control unit configured to determine (S502-S503) whether to perform the analysis based on the number of the mixed blood plasma specimens and the number of the reagent remaining tests. a specimen disc or specimen rack configured to accommodate and hold a plurality of specimen containers; a specimen dispensing mechanism configured to dispense subject blood plasma and/or normal blood plasma to be added to correct a coagulation time of the subject blood plasma, to a plurality of containers; a reagent dispensing mechanism configured to dispense a reagent to a reaction container containing the subject blood plasma alone, a reaction container containing the normal blood plasma alone, and a reaction container containing the mixed blood plasma in which the subject blood plasma and the normal blood plasma are mixed at least at one mixing ratio; a measurement unit comprising a light source configured to irradiate each of the plurality of reaction containers with light, and to measure a plurality of coagulation times, respectively, based on obtained scattered light and/or transmitted light; a display unit configured to graphically display the coagulation time obtained via the measurement unit from the subject blood plasma, the normal blood plasma and the mixed blood plasma; and a control unit configured to determine (S502-S503) whether to perform the analysis based on the number of the mixed blood plasma specimens and the number of the reagent remaining tests.
An inspection system comprising an inspection object and an inspection lighting device, wherein the inspection lighting device comprising an imaging device for capturing an image of an inspection surface of the inspection object based on an observation solid angle formed at each point of the inspection surface of the inspection object, comprising: a surface light source emitting an inspection light; a lens forming an irradiation solid angle for the inspection surface of the inspection object from the inspection light; and a first shielding mask disposed between the surface light source and the lens to set a position thereof according to a focus position of the lens so that the irradiation solid angles formed at the plurality of points of the inspection surface of the inspection object are identical, wherein the lighting device and the inspection surface of the inspection object are disposed so that the irradiation solid angles formed by the inspection light emitted from the surface light source are formed at the inspection surface of the inspection object and at a different position where the surface light source is imaged through the lens, wherein the inspection surface of the inspection object is disposed at a different position where the surface light source is imaged through the lens. a surface light source emitting an inspection light; a lens forming an irradiation solid angle for the inspection surface of the inspection object from the inspection light; and a first shielding mask disposed between the surface light source and the lens to set a position thereof according to a focus position of the lens so that the irradiation solid angles formed at the plurality of points of the inspection surface of the inspection object are identical, wherein the lighting device and the inspection surface of the inspection object are disposed so that the irradiation solid angles formed by the inspection light emitted from the surface light source are formed at the inspection surface of the inspection object and at a different position where the surface light source is imaged through the lens, wherein the inspection surface of the inspection object is disposed at a different position where the surface light source is imaged through the lens.
A computer-implemented method for signing data in a distributed network, the distributed network comprising at least one application subnet, wherein the application subnet comprises a plurality of nodes, wherein each of the plurality of nodes is configured to run two or more computational units, wherein the computational units are pieces of software that comprise their own unit state and wherein the computational units are configured to execute computations in a deterministic and replicated manner across the application subnet, the method comprising regularly computing, by the plurality of nodes of the application subnet, a digest of an application subnet accumulator, the application subnet accumulator comprising for each of the computational units of a respective application subnet an assigned accumulator element as unit variable; regularly executing, by the nodes of the application subnet, a joint signature on the digest of the application subnet accumulator, thereby producing an application subnet certificate; regularly computing, by each of the computational units of the application subnet, a digest of an unit accumulator, the unit accumulator comprising a representation of the unit state of the respective computational unit, wherein accumulator elements of the unit accumulator comprise computational results of the respective computational unit; and regularly writing the digest of the unit accumulator as unit variable into the corresponding accumulator element of the application subnet accumulator. regularly computing, by the plurality of nodes of the application subnet, a digest of an application subnet accumulator, the application subnet accumulator comprising for each of the computational units of a respective application subnet an assigned accumulator element as unit variable; regularly executing, by the nodes of the application subnet, a joint signature on the digest of the application subnet accumulator, thereby producing an application subnet certificate; regularly computing, by each of the computational units of the application subnet, a digest of an unit accumulator, the unit accumulator comprising a representation of the unit state of the respective computational unit, wherein accumulator elements of the unit accumulator comprise computational results of the respective computational unit; and regularly writing the digest of the unit accumulator as unit variable into the corresponding accumulator element of the application subnet accumulator.
A fluidfoil comprising a main body and a fence which is either dihedral or anhedral, wherein the fence has different lean angles with respect to the main body at different chordwise positions, the lean angle of the fence at a given chordwise position being defined as 90° plus the angle included between (i) a normal to a surface of the main body towards which surface the fence leans at a point on the surface, the point being at the tip of the main body of the fluidfoil at the given chordwise position, and (ii) a straight line between the tip and the point defined in (i); the fence having along its chordwise extent at least three portions, a first portion nearest a leading edge of the fence having the same lean angle as a second portion immediately adjacent the first portion, the second portion being shorter spanwise than the first portion, and a third portion adjacent the second portion on a chordwise side thereof remote from the first portion, the third portion having a greater lean angle than that of the first and second portions, characterised in that each portion has a constant spanwise length as a function of chordwise position and the spanwise lengths of the first and third portions are substantially equal. (i) a normal to a surface of the main body towards which surface the fence leans at a point on the surface, the point being at the tip of the main body of the fluidfoil at the given chordwise position, and (ii) a straight line between the tip and the point defined in (i);
Method of producing uncoated paper having a grammage according to ISO 536 of 50-250 g/m 2, a Gurley value according to ISO 5636-5 of above 15 s and a stretchability according to ISO 1924-3 in the machine direction of at least 9 %, said method comprising the steps of: a) providing a pulp, preferably sulphate pulp; b) subjecting the pulp to high consistency refining at a consistency of 25-40 % to the extent that the pulp obtains a Schopper-Riegler number according to ISO 5267-1 of 13-19; c) subjecting the pulp from step b) to low consistency refining at a consistency of 2-6 % to the extent that the pulp obtains a Schopper-Riegler number according to ISO 5267-1 of 18-40; d) diluting the pulp from step c) and adding the diluted pulp to a forming wire to obtain a paper web having a dry content of 15-25 %, such as 17-23 %; e) pressing the paper web from step d) to a dry content of 30-50 %, such as 36-46 %; f) drying the paper web from step e); g) compacting the paper web from step f) in a Clupak unit at a moisture content of 20-50 %, such as 30-49 %, such as 35-49 %; h) drying the paper web from step g); and i) calendering the paper web from step h) in a soft nip calender or a long nip calender at a moisture content of 4-20 %, such as 5-12 %, such as 5-10 %, wherein step h) comprises subjecting the paper web to drying in at least one dryer group and wherein the speed of the paper web in the first dryer group of step h) is 8-14 % lower than the speed of the paper web entering the Clupak unit in step g). a) providing a pulp, preferably sulphate pulp; b) subjecting the pulp to high consistency refining at a consistency of 25-40 % to the extent that the pulp obtains a Schopper-Riegler number according to ISO 5267-1 of 13-19; c) subjecting the pulp from step b) to low consistency refining at a consistency of 2-6 % to the extent that the pulp obtains a Schopper-Riegler number according to ISO 5267-1 of 18-40; d) diluting the pulp from step c) and adding the diluted pulp to a forming wire to obtain a paper web having a dry content of 15-25 %, such as 17-23 %; e) pressing the paper web from step d) to a dry content of 30-50 %, such as 36-46 %; f) drying the paper web from step e); g) compacting the paper web from step f) in a Clupak unit at a moisture content of 20-50 %, such as 30-49 %, such as 35-49 %; h) drying the paper web from step g); and i) calendering the paper web from step h) in a soft nip calender or a long nip calender at a moisture content of 4-20 %, such as 5-12 %, such as 5-10 %, wherein step h) comprises subjecting the paper web to drying in at least one dryer group and wherein the speed of the paper web in the first dryer group of step h) is 8-14 % lower than the speed of the paper web entering the Clupak unit in step g).
A driving method for an image pickup apparatus including a plurality of pixel rows constituting a first pixel group including a plurality of first pixel rows and a second pixel group including a plurality of second pixel rows, each pixel row including a plurality of pixels, and each pixel including photoelectric conversion means, the driving method comprising: controlling a first period from a start of a reset operation, performed on photoelectric conversion means in a first pixel row among the plurality of first pixel rows, for starting an electric charge accumulation period in the photoelectric conversion means in the first pixel row until an end of reading of signals based on the electric charges in the respective photoelectric conversion means in the first pixel row from the first pixel row and a second period from a start of a reset operation, performed on photoelectric conversion means in a second pixel row among the plurality of second pixel rows, for starting an electric charge accumulation period in the photoelectric conversion means in the second pixel row, the second pixel row being arranged adjacent to the first pixel row, until an end of reading of signals based on the electric charges in the respective photoelectric conversion means in the second pixel row from the second pixel row during one frame period in a manner that the second period is started after the first period is ended; and resetting the respective photoelectric conversion means in the second pixel row during the first period before the reading of the signals from the first pixel row is ended, wherein the first pixel row includes an image pickup pixel, and the second pixel row includes a focus detection pixel. controlling a first period from a start of a reset operation, performed on photoelectric conversion means in a first pixel row among the plurality of first pixel rows, for starting an electric charge accumulation period in the photoelectric conversion means in the first pixel row until an end of reading of signals based on the electric charges in the respective photoelectric conversion means in the first pixel row from the first pixel row and a second period from a start of a reset operation, performed on photoelectric conversion means in a second pixel row among the plurality of second pixel rows, for starting an electric charge accumulation period in the photoelectric conversion means in the second pixel row, the second pixel row being arranged adjacent to the first pixel row, until an end of reading of signals based on the electric charges in the respective photoelectric conversion means in the second pixel row from the second pixel row during one frame period in a manner that the second period is started after the first period is ended; and resetting the respective photoelectric conversion means in the second pixel row during the first period before the reading of the signals from the first pixel row is ended, wherein the first pixel row includes an image pickup pixel, and the second pixel row includes a focus detection pixel.
A method of operating a network element of a home network of a mobile station, the method comprising: receiving, at the network element of the home network of the mobile station, network location information identifying a location of the mobile station in a visited network; determining, at the network element of the home network, whether the mobile station is in the home network based on the received network location information; and sending the network location information to a network element of the visited network if it is determined that the mobile station is not in the home network; and in response to sending the network location information to the network element of the visited network if it is determined that the mobile station is not in the home network, receiving, at the network element of the home network from the network element of the visited network, geographic location information of the network location information. receiving, at the network element of the home network of the mobile station, network location information identifying a location of the mobile station in a visited network; determining, at the network element of the home network, whether the mobile station is in the home network based on the received network location information; and sending the network location information to a network element of the visited network if it is determined that the mobile station is not in the home network; and in response to sending the network location information to the network element of the visited network if it is determined that the mobile station is not in the home network, receiving, at the network element of the home network from the network element of the visited network, geographic location information of the network location information.
A work vehicle periphery monitoring system comprising: an operation instruction output unit which outputs an operation instruction to a warning device provided in a work vehicle based on detection data of an object detection device detecting an object in a periphery of the work vehicle; and an invalidating unit which invalidates the operation instruction based on an invalidating instruction output from a cancel operation device provided in a driving room of the work vehicle; characterized by a validating unit which validates the invalidated operation instruction based on detection data of a boarding state detection device detecting a specific boarding state of a passenger in the driving room. an operation instruction output unit which outputs an operation instruction to a warning device provided in a work vehicle based on detection data of an object detection device detecting an object in a periphery of the work vehicle; and an invalidating unit which invalidates the operation instruction based on an invalidating instruction output from a cancel operation device provided in a driving room of the work vehicle; characterized by a validating unit which validates the invalidated operation instruction based on detection data of a boarding state detection device detecting a specific boarding state of a passenger in the driving room.
A method, for a receiving-side Push-to-Talk, PTT,-over-Cellular, PoC, client (100-B), in a PoC system comprising a transmitting-side PoC client (100-A), a transmitting-side PoC server (310-A), the receiving-side PoC client (100-B), and a receiving-side PoC server (310-B), the method for establishing, at the receiving-side PoC client (100-B), a group session requested by the transmitting-side PoC client (100-A), the method comprising the steps of: requesting register of a service setting for receiving invitee information in the receiving-side PoC server (310-B), the invitee information comprising a list of at least one user invited to the group session; receiving (416, 516, 610) a Real-Time Control Protocol, RTCP, connection message, which has been created (412, 512, 606) considering the service setting, from the receiving-side PoC server (310-B); and identifying the invitee information in the RTCP connection message and providing the invitee information to a user. requesting register of a service setting for receiving invitee information in the receiving-side PoC server (310-B), the invitee information comprising a list of at least one user invited to the group session; receiving (416, 516, 610) a Real-Time Control Protocol, RTCP, connection message, which has been created (412, 512, 606) considering the service setting, from the receiving-side PoC server (310-B); and identifying the invitee information in the RTCP connection message and providing the invitee information to a user.
A droplet-based system that employs volumes associated with solid-phase particles suspended in an immiscible fluid comprising: a plurality of three-dimensional hydrophilic drop-carrier particles formed from a crosslinked hydrogel, each three-dimensional hydrophilic drop-carrier particle having a void or cavity formed therein, wherein the void or cavity opens to a surface of the three-dimensional hydrophilic drop-carrier particle and wherein the plurality of three-dimensional hydrophilic drop-carrier particles comprises a molecular capture site for secretions, nucleic acids, or cells disposed on the plurality of three-dimensional hydrophilic drop-carrier particles within the void or cavity; an aqueous fluid associated with the three-dimensional hydrophilic drop-carrier particles and disposed in the void or cavity of the plurality of three-dimensional hydrophilic drop-carrier particles; and wherein the plurality of three-dimensional hydrophilic drop-carrier particles associated with the aqueous fluid are disposed or suspended in an oil phase. a plurality of three-dimensional hydrophilic drop-carrier particles formed from a crosslinked hydrogel, each three-dimensional hydrophilic drop-carrier particle having a void or cavity formed therein, wherein the void or cavity opens to a surface of the three-dimensional hydrophilic drop-carrier particle and wherein the plurality of three-dimensional hydrophilic drop-carrier particles comprises a molecular capture site for secretions, nucleic acids, or cells disposed on the plurality of three-dimensional hydrophilic drop-carrier particles within the void or cavity; an aqueous fluid associated with the three-dimensional hydrophilic drop-carrier particles and disposed in the void or cavity of the plurality of three-dimensional hydrophilic drop-carrier particles; and wherein the plurality of three-dimensional hydrophilic drop-carrier particles associated with the aqueous fluid are disposed or suspended in an oil phase.
A base station device configured to wirelessly communicate with a user device in a mobile communication system, comprising: a reception unit configured to receive, from the user device, a control signal notifying whether there is a capability for simultaneous uplink signal transmission in discontinuous frequency bands allocated within a component carrier, wherein the control signal is notified for each operation band. a reception unit configured to receive, from the user device, a control signal notifying whether there is a capability for simultaneous uplink signal transmission in discontinuous frequency bands allocated within a component carrier, wherein the control signal is notified for each operation band.