mhurhangee/patent-ind-claim-en huggingface dataset:
A lactate sensor comprising an enzyme composition that comprises: a lactate responsive enzyme; and a stabilizing agent that stabilizes the lactate responsive enzyme in a manner sufficient to: provide a sensor signal that changes by 10% or less for 60 continuous hours or more, and increase sensor sensitivity to lactate; wherein the stabilizing agent is catalase and the lactate responsive enzyme is lactate oxidase. a lactate responsive enzyme; and a stabilizing agent that stabilizes the lactate responsive enzyme in a manner sufficient to: provide a sensor signal that changes by 10% or less for 60 continuous hours or more, and increase sensor sensitivity to lactate; provide a sensor signal that changes by 10% or less for 60 continuous hours or more, and increase sensor sensitivity to lactate; wherein the stabilizing agent is catalase and the lactate responsive enzyme is lactate oxidase.
An extractor system comprising: - a blower disposed in a portable base unit and configured to produce a positive pressure gas stream and a negative pressure gas stream; characterized by a three-phase motor coupled to the blower to drive the blower in rotation, the motor being electrically coupled to receive three-phase power through a plug configured to be plugged into a three-phase receptacle of a power grid source; and a rotational direction reversing switch connected between the motor and the plug and configured to be manually or automatically switched to reverse the direction of rotation of the motor , wherein the rotational direction reversing switch is configured to receive the three-phase power from the power grid source, and wherein the rotational direction reversing switch is configured to swap connections between two conductors of three-phase power supplied to the motor via the plug , wherein accommodation is made for manually or automatically altering the incoming power connections to ensure that the motor rotates in the proper direction to provide the desired positive and negative pressure air streams. - a blower disposed in a portable base unit and configured to produce a positive pressure gas stream and a negative pressure gas stream; a three-phase motor coupled to the blower to drive the blower in rotation, the motor being electrically coupled to receive three-phase power through a plug configured to be plugged into a three-phase receptacle of a power grid source; and a rotational direction reversing switch connected between the motor and the plug and configured to be manually or automatically switched to reverse the direction of rotation of the motor , wherein the rotational direction reversing switch is configured to receive the three-phase power from the power grid source, and wherein the rotational direction reversing switch is configured to swap connections between two conductors of three-phase power supplied to the motor via the plug , wherein accommodation is made for manually or automatically altering the incoming power connections to ensure that the motor rotates in the proper direction to provide the desired positive and negative pressure air streams.
A method for manufacturing a laser welded steel pipe in which a steel strip is formed into a cylindrical open pipe with a forming roll and then the longitudinal edges of the open pipe are welded by irradiating the outer surface of the open pipe with a fiber laser laser beam while compressing the longitudinal edges of the open pipe with a squeeze roll, comprising: a step of monitoring an irradiation point of the laser beam , with which the longitudinal edges are irradiated, from the side of the inner surface of the open pipe , and an assessment step in which conditions of welding with the laser beam are kept unchanged if a keyhole is found penetrating out of the inner surface of the open pipe, or modified if no keyhole is found penetrating out of the inner surface of the open pipe by moving the irradiation point of the laser beam in the circumferential direction of the open pipe so that the contact point (C) of the longitudinal edges can be located at the irradiation point of the laser beam or in molten metal , so that welding can be performed with a keyhole penetrating from the outer surface to the inner surface of the open pipe captured at the irradiation point of the laser beam.
A tool for forming a composite charge into contoured composite stringer , comprising: a tool body, the tool body being flexible and having a length, the tool body having a set of transversely extending first openings therein configured to allow the tool body to flex during forming of the composite charge , the tool body having a set of transversely extending second openings therein into which portions of the composite charge may strain during the forming, wherein the tool body is a punch configured to form the composite charge into a die cavity , and each of the first and second openings is a slot in the punch . a tool body, the tool body being flexible and having a length, the tool body having a set of transversely extending first openings therein configured to allow the tool body to flex during forming of the composite charge , the tool body having a set of transversely extending second openings therein into which portions of the composite charge may strain during the forming, wherein the tool body is a punch configured to form the composite charge into a die cavity , and each of the first and second openings is a slot in the punch .
A method for checking a value document of a specified value document type for the presence of at least one irregularity of at least one specified type, in which - an ultrasound data record is captured, which describes in locally resolved fashion at least one ultrasound property, preferably the ultrasound transmission, of the value document, - a deviation data record is ascertained, which describes in locally resolved fashion a deviation between the ultrasound data record and a model and is ascertained such that the deviation described thereby is minimal with respect to the model, wherein the model comprises a model for the location dependence of the at least one ultrasound property of reference value documents of the specified value document type without irregularities of the at least one specified type and the model defines a plurality of model data records differing from each other, which describe the at least one ultrasound property in location-dependent fashion, and - using the deviation data record, it is checked whether an indication of an irregularity of the at least one specified type is present on the value document. - an ultrasound data record is captured, which describes in locally resolved fashion at least one ultrasound property, preferably the ultrasound transmission, of the value document, - a deviation data record is ascertained, which describes in locally resolved fashion a deviation between the ultrasound data record and a model and is ascertained such that the deviation described thereby is minimal with respect to the model, wherein the model comprises a model for the location dependence of the at least one ultrasound property of reference value documents of the specified value document type without irregularities of the at least one specified type and the model defines a plurality of model data records differing from each other, which describe the at least one ultrasound property in location-dependent fashion, and - using the deviation data record, it is checked whether an indication of an irregularity of the at least one specified type is present on the value document.
Monitoring device for monitoring the freezing state of a biopharmaceutical fluid in a container intended to receive a biopharmaceutical fluid that is to transition between the liquid state and the frozen state, wherein the device comprises a peripheral envelope made of substantially non-extensible plastic, intended and suitable for association with a thermal treatment receptacle , characterized in that the device further comprises a pressure sensor suitable for repeatedly detecting, over time during the thermal treatment process, a control parameter which is a macroscopic parameter of the container, said control parameter being a gas pressure in a upper portion of the container arranged above the biopharmaceutical fluid in an end head portion of the container, said portion being filled with a gas, comprising a gas entry/exit line adapted to be associated in a fluidtight communication with a gas entry/exit port of the container, said port being located in an upper portion of the container arranged above the biopharmaceutical fluid in an end head portion of the container, a regulation system intended and suitable for controlling the entry/release of gas into/from the upper portion of the container via the gas entry/exit port of the gas entry/exit line , according to a desired pressure profile in the headspace of the container, and an analysis system adapted to detect an abrupt change of gas pressure values in the headspace of the container measured by the pressure sensor over time when there is a change in the freezing state of the biopharmaceutical fluid and by watching a particular pattern in the evolution of the pressure values over time, comprising one and/or the other of the following features: - the pressure values over time show an abrupt change when transitioning between a state where the entire biopharmaceutical fluid is not frozen and a state where a portion of the biopharmaceutical fluid is frozen, - the pressure values over time show an abrupt change when transitioning between a state where a portion of the biopharmaceutical fluid is not frozen and a state where the entire biopharmaceutical fluid is frozen. - the pressure values over time show an abrupt change when transitioning between a state where the entire biopharmaceutical fluid is not frozen and a state where a portion of the biopharmaceutical fluid is frozen, - the pressure values over time show an abrupt change when transitioning between a state where a portion of the biopharmaceutical fluid is not frozen and a state where the entire biopharmaceutical fluid is frozen.
An apparatus for liquid purification, the apparatus comprising: a vapor canopy for collecting vapor ; a heating layer below the vapor canopy and adapted to be submerged within a liquid such that it is substantially surrounded by the liquid and located at a depth between 1 millimeter and 20 millimeters from a surface of the liquid, the heating layer adapted to heat to a temperature of at least 193 degrees Celsius; wherein the heating layer comprises at least one heating element ; and a float coupled to the heating layer and suspending the heating layer within the liquid so that the depth of the heating layer remains substantially constant regardless of a volume of the liquid. a vapor canopy for collecting vapor ; a heating layer below the vapor canopy and adapted to be submerged within a liquid such that it is substantially surrounded by the liquid and located at a depth between 1 millimeter and 20 millimeters from a surface of the liquid, the heating layer adapted to heat to a temperature of at least 193 degrees Celsius; wherein the heating layer comprises at least one heating element ; and a float coupled to the heating layer and suspending the heating layer within the liquid so that the depth of the heating layer remains substantially constant regardless of a volume of the liquid.
A spacer rod intended to be positioned between a rear form panel (B1) and a front form panel (B2) positioned opposite each other for the form of a wall (M), the spacer rod being intended to be introduced at least into a rear passage orifice (O1) of the rear form panel (B1), the rear passage orifice (O1) having a rear passage diameter (D1), the spacer rod comprising: - a body , extending longitudinally along an axis (X), comprising a rear end and a front end , - a protective member , mounted externally on the body , comprising a casing extending longitudinally along the axis (X), said spacer rod being characterised in that said casing defines a rear end intended to come into contact with a rear formwork face (F1) of the rear form panel (B1) and a front end intended to come into contact with a front formwork face (F2) of the front form panel (B2), the casing being made of a flexible material so as to be radially extensible with respect to said axis between a constricted position (Pa) defining a constricted diameter (Da), smaller than the rear passage diameter (D1), and a deployed position (Pb) defining a deployed diameter (Db), greater than the rear passage diameter (D1). - a body , extending longitudinally along an axis (X), comprising a rear end and a front end , - a protective member , mounted externally on the body , comprising a casing extending longitudinally along the axis (X),
A one-part composition that is liquid at room temperature and moisture-curing, comprising: (A) at least one at least bifunctional silane compound having at least two alkoxysilane groups, (B) at least one monofunctional silane compound having one single alkoxysilane group, and/or derivatives of the monofunctional silane compound with partially condensed or bridged alkoxysilane groups; and (C) at least one acid generator that is activatable upon exposure to heat and/or actinic radiation and releases an acid; wherein the composition, apart from the acid generator, does not contain any further catalysts for moisture-curing of alkoxysilanes, wherein the composition, after activation of the acid generator, cures in the presence of moisture but remains liquid over a period of at least 24 hours at room temperature in the presence of humidity prior to activation of the acid generator, and wherein the at least bifunctional silane compound comprises one or more at least bifunctional α-alkoxysilane compounds. (A) at least one at least bifunctional silane compound having at least two alkoxysilane groups, (B) at least one monofunctional silane compound having one single alkoxysilane group, and/or derivatives of the monofunctional silane compound with partially condensed or bridged alkoxysilane groups; and (C) at least one acid generator that is activatable upon exposure to heat and/or actinic radiation and releases an acid;
An organic light emitting device comprising: an anode ; a hole injection layer on the anode ; a hole transport layer on the hole injection layer ; an electron blocking layer on the hole transport layer , an organic emitting layer contacting the electron blocking layer , and an electron transport layer contacting the organic emitting layer ; a cathode on the electron transport layer ; and a trapping layer between the hole transport layer and the electron blocking layer , wherein the trapping layer contacts the hole transport layer and the electron blocking layer at opposite surfaces, wherein a LUMO energy level of a material for the trapping layer differs from a HOMO energy level of a material for the electron blocking layer within a range of 1eV or is equal to a HOMO energy level of the material for the electron blocking layer , and a LUMO energy level of the material for the electron blocking layer is higher than a LUMO energy level of a material for the organic emitting layer , wherein the LUMO energy level of the material for the trapping layer differs from a HOMO energy level of a material for the hole transport layer within a range of 1eV or is equal to the HOMO energy level of the material for the hole transport layer . an anode ; a hole injection layer on the anode ; a hole transport layer on the hole injection layer ; an electron blocking layer on the hole transport layer , an organic emitting layer contacting the electron blocking layer , and an electron transport layer contacting the organic emitting layer ; a cathode on the electron transport layer ; and a trapping layer between the hole transport layer and the electron blocking layer , wherein the trapping layer contacts the hole transport layer and the electron blocking layer at opposite surfaces, wherein a LUMO energy level of a material for the trapping layer differs from a HOMO energy level of a material for the electron blocking layer within a range of 1eV or is equal to a HOMO energy level of the material for the electron blocking layer , and a LUMO energy level of the material for the electron blocking layer is higher than a LUMO energy level of a material for the organic emitting layer , wherein the LUMO energy level of the material for the trapping layer differs from a HOMO energy level of a material for the hole transport layer within a range of 1eV or is equal to the HOMO energy level of the material for the hole transport layer .
An imaging control apparatus characterized by comprising: obtaining means for obtaining a plurality of images at different radiation energies, the images having been obtained as a result of irradiating a subject with radiation whose energy changes during one shot, and detecting, a plurality of times, the radiation that has passed through the subject during the one shot; first generation means for generating an energy subtraction image by performing energy subtraction processing using a plurality of images; and second generation means for generating a difference image using a plurality of energy subtraction images generated by the first generation means . obtaining means for obtaining a plurality of images at different radiation energies, the images having been obtained as a result of irradiating a subject with radiation whose energy changes during one shot, and detecting, a plurality of times, the radiation that has passed through the subject during the one shot; first generation means for generating an energy subtraction image by performing energy subtraction processing using a plurality of images; and second generation means for generating a difference image using a plurality of energy subtraction images generated by the first generation means .
A communication method under a wireless base station separation architecture, comprises: Receiving , by a Distributed Unit, DU, provided with all control panel protocol stacks of an air interface, a Radio Resource Control, RRC, message sent by User Equipment, UE; decoding and identifying , by the DU, the RRC message; terminating a RRC protocol on the DU, the method further characterized by : assigning, by the DU, a DU-side UE Identifier, DU-UE-ID, to an accessing UE, creating, by the DU, a UE instance on the DU, and managing, by the DU, a UE state and UE context information, wherein after assigning, by the DU, the DU-UE-ID to the accessing UE, the method further comprises: carrying, by the DU, the DU-UE-ID in a message sent to a Centralized Unit, CU, obtaining, by the DU, a CU-side UE Identifier CU-UE-ID, which is assigned to the UE by the CU, from a message sent by the CU, and carrying, by the DU, the DU-UE-ID and the CU-UE-ID in all messages subsequently sent to the CU. Receiving , by a Distributed Unit, DU, provided with all control panel protocol stacks of an air interface, a Radio Resource Control, RRC, message sent by User Equipment, UE; decoding and identifying , by the DU, the RRC message; terminating a RRC protocol on the DU, the method further characterized by : assigning, by the DU, a DU-side UE Identifier, DU-UE-ID, to an accessing UE, creating, by the DU, a UE instance on the DU, and managing, by the DU, a UE state and UE context information, wherein after assigning, by the DU, the DU-UE-ID to the accessing UE, the method further comprises: carrying, by the DU, the DU-UE-ID in a message sent to a Centralized Unit, CU, obtaining, by the DU, a CU-side UE Identifier CU-UE-ID, which is assigned to the UE by the CU, from a message sent by the CU, and carrying, by the DU, the DU-UE-ID and the CU-UE-ID in all messages subsequently sent to the CU.
A method for sequencing, the method comprising: providing to a sequencing instrument 4 extracted polynucleotide samples, a sequencing substrate, and reagents for an assay with one DNA pool per sample and an average amplicon size in a range of 100 to 120 bases, pre-seeding the 4 extracted polynucleotides samples to generate polynucleotides attached to a bead support; generating with the sequencing instrument a plurality of polynucleotides derived from the assay; sequencing with the sequencing instrument the plurality of polynucleotides with a raw read accuracy of at least 98.5%; and preparing with the sequencing instrument a variant call report based on the sequencing; wherein the generating, the sequencing, and the preparing are performed in a run time within a range of 5 hours to 14 hours. providing to a sequencing instrument 4 extracted polynucleotide samples, a sequencing substrate, and reagents for an assay with one DNA pool per sample and an average amplicon size in a range of 100 to 120 bases, pre-seeding the 4 extracted polynucleotides samples to generate polynucleotides attached to a bead support; generating with the sequencing instrument a plurality of polynucleotides derived from the assay; sequencing with the sequencing instrument the plurality of polynucleotides with a raw read accuracy of at least 98.5%; and preparing with the sequencing instrument a variant call report based on the sequencing; wherein the generating, the sequencing, and the preparing are performed in a run time within a range of 5 hours to 14 hours.
A method performed by a wireless device in a wireless communication system, the method comprising, determining to receive a first service and a second service; receiving (S1601), from a network, the first service and the second service via unicast; monitoring whether the first service and/or the second service are broadcasted or not, while receiving the first service and the second via unicast; based on detecting a broadcast channel addressed by a first Radio Network Temporary Identifier, RNTI, corresponding to the first service, determining (S1602) that reception of the first service via multicast and/or broadcast is successful, while receiving the first service and the second service via the unicast; and transmitting (S1603), to the network, assistant information including an indication informing that i) the reception of the first service via the multicast and/or the broadcast is successful and ii) unicast transmission for the first service is no longer needed, while receiving the first service and the second service via the unicast, wherein the indication includes a first service identity corresponding to the first service, and wherein each of the first service and the second service is a Multicast-Broadcast Service, MBS. determining to receive a first service and a second service; receiving (S1601), from a network, the first service and the second service via unicast; monitoring whether the first service and/or the second service are broadcasted or not, while receiving the first service and the second via unicast; based on detecting a broadcast channel addressed by a first Radio Network Temporary Identifier, RNTI, corresponding to the first service, determining (S1602) that reception of the first service via multicast and/or broadcast is successful, while receiving the first service and the second service via the unicast; and transmitting (S1603), to the network, assistant information including an indication informing that i) the reception of the first service via the multicast and/or the broadcast is successful and ii) unicast transmission for the first service is no longer needed, while receiving the first service and the second service via the unicast, wherein the indication includes a first service identity corresponding to the first service, and wherein each of the first service and the second service is a Multicast-Broadcast Service, MBS.