mhurhangee/ep-ind-claims huggingface dataset:
A method for determining a concentration of an analyte in a sample, the method comprising: introducing a sample including an analyte into an electrochemical cell of a sample analyzing device connected to a meter, the electrochemical cell having a first electrode having a reagent layer coating and a second electrode not having a reagent layer coating; applying a test voltage between the first electrode and the second electrode, the test voltage having an AC voltage component and a DC voltage component, the DC component having a magnitude sufficient to cause a limiting test current at the second electrode; determining a measurement of a parameter correlating to a physical property of the electrochemical cell by processing a portion of the test current, resulting from the AC voltage component, into a capacitance value; calculating a correction factor based on the capacitance value; and determining a concentration of the analyte based on the test current and the correction factor; characterised in that the DC voltage component is applied at the beginning of the test voltage and the AC voltage component is applied at a predetermined amount of time after the application of the test voltage. introducing a sample including an analyte into an electrochemical cell of a sample analyzing device connected to a meter, the electrochemical cell having a first electrode having a reagent layer coating and a second electrode not having a reagent layer coating; applying a test voltage between the first electrode and the second electrode, the test voltage having an AC voltage component and a DC voltage component, the DC component having a magnitude sufficient to cause a limiting test current at the second electrode; determining a measurement of a parameter correlating to a physical property of the electrochemical cell by processing a portion of the test current, resulting from the AC voltage component, into a capacitance value; calculating a correction factor based on the capacitance value; and determining a concentration of the analyte based on the test current and the correction factor; characterised in that the DC voltage component is applied at the beginning of the test voltage and the AC voltage component is applied at a predetermined amount of time after the application of the test voltage.
A control device configured to control communication between a terminal and a base station, the control device comprising: management means for managing, concerning the communication, first information representing a part of a number corresponding to an order of a packet and held by each of the terminal and the base station and second information representing another part of the number corresponding to the order of the packet and transmitted from the terminal to the base station; determination means for determining whether the first information matches between the base station and the terminal; and control means for causing the terminal to issue a connection request that is based on information of the terminal that is not managed by the control device as a signal used to execute reconnection processing for resetting the number of the packet upon determining that the first information does not match between the base station and the terminal. management means for managing, concerning the communication, first information representing a part of a number corresponding to an order of a packet and held by each of the terminal and the base station and second information representing another part of the number corresponding to the order of the packet and transmitted from the terminal to the base station; determination means for determining whether the first information matches between the base station and the terminal; and control means for causing the terminal to issue a connection request that is based on information of the terminal that is not managed by the control device as a signal used to execute reconnection processing for resetting the number of the packet upon determining that the first information does not match between the base station and the terminal.
A combustion grate for solid material combustion devices, the combustion grate comprising: - nozzle tubes arranged adjacent to each other, forming a grate portion and characterized in that - the nozzle tubes protrude with their ends (2a, b) into one of two receiver elements respectively which form a portion of a contact portion and which are secured against rotation in a form locking manner therein, - wherein the receiver elements respectively include at least one air intake channel (5a, b), - the nozzle tubes are connected with the air feed channels (5a, b) in the receiver elements, - the receiver elements are configured in a transversal direction relative to an extension direction of the nozzle tubes longer than the grate portion, and - wherein spacers in addition to the nozzle tubes fill a distance between the two receiver elements that are arranged opposite to each other. - nozzle tubes arranged adjacent to each other, forming a grate portion and characterized in that - the nozzle tubes protrude with their ends (2a, b) into one of two receiver elements respectively which form a portion of a contact portion and which are secured against rotation in a form locking manner therein, - wherein the receiver elements respectively include at least one air intake channel (5a, b), - the nozzle tubes are connected with the air feed channels (5a, b) in the receiver elements, - the receiver elements are configured in a transversal direction relative to an extension direction of the nozzle tubes longer than the grate portion, and - wherein spacers in addition to the nozzle tubes fill a distance between the two receiver elements that are arranged opposite to each other.
A recombinant polypeptide or an active fragment thereof, comprising an amino acid sequence having at least 90% identity to the amino acid sequence selected from the group consisting of SEQ ID NOs: 3, 6 and 7, and comprising protease activity in the presence of a surfactant.
A control arrangement for controlling an engine, the control arrangement comprising two or more mutually redundant acting control modules (110-1, 110-2, 110-3) for providing respective instances of a control function configured to derive a control parameter for adjusting operation of the engine at least on basis of at least one measurement parameter that is descriptive of the engine operation, a supervising control module for managing operation of said two or more acting control modules (110-1, 110-2, 110-3), and a bus for transfer of information, said bus arranged to connect said control modules to each other, wherein the supervising control module is configured to, for each new value of said at least one measurement parameter, in response to receiving a new value for at least one measurement parameter, determine reception of said new value in one or more acting control modules (110-1, 110-2, 110-3), in response to having determined reception of said new value in at least a first predefined number of the acting control modules (110-1, 110-2, 110-3), issue an execution command to cause the respective acting control modules (110-1, 110-2, 110-3) to execute the respective instance of the control function to derive a new value for the control parameter, and in response to at least a second predefined number of the acting control modules (110-1, 110-2, 110-3) having executed the control function, issue an actuation command to cause provision of the new value of the control parameter derived by exactly one of the acting control modules (110-1, 110-2, 110-3) for adjusting operation of the engine. in response to receiving a new value for at least one measurement parameter, determine reception of said new value in one or more acting control modules (110-1, 110-2, 110-3), in response to having determined reception of said new value in at least a first predefined number of the acting control modules (110-1, 110-2, 110-3), issue an execution command to cause the respective acting control modules (110-1, 110-2, 110-3) to execute the respective instance of the control function to derive a new value for the control parameter, and in response to at least a second predefined number of the acting control modules (110-1, 110-2, 110-3) having executed the control function, issue an actuation command to cause provision of the new value of the control parameter derived by exactly one of the acting control modules (110-1, 110-2, 110-3) for adjusting operation of the engine.
Roller furler assembly for furling and/or unfurling a sail comprising: a driving unit configured to be installed on a sailing yacht, wherein the driving unit comprises a deck passage sized and arranged such that a furled sail which is stored under deck of the sailing yacht may be pulled through the deck passage in order to be set, and an end piece configured to be connected to a stay and/or a tack of the sail and further configured to be pulled together with the sail towards the deck passage, wherein the deck passage comprises a receiving portion for receiving the end piece such that torque may be applied from the driving unit to the end piece thereby rotating the end piece and furling the sail, wherein the receiving portion has guidance members, and wherein the end piece has alignment members, wherein the guidance members are configured such that upon receipt of the end piece in the receiving portion by pulling the end piece towards the deck passage, the alignment members engage with the guidance members thereby forming a torque transmitting connection between the driving unit and the end piece. a driving unit configured to be installed on a sailing yacht, wherein the driving unit comprises a deck passage sized and arranged such that a furled sail which is stored under deck of the sailing yacht may be pulled through the deck passage in order to be set, and an end piece configured to be connected to a stay and/or a tack of the sail and further configured to be pulled together with the sail towards the deck passage, wherein the deck passage comprises a receiving portion for receiving the end piece such that torque may be applied from the driving unit to the end piece thereby rotating the end piece and furling the sail, wherein the receiving portion has guidance members, and wherein the end piece has alignment members, wherein the guidance members are configured such that upon receipt of the end piece in the receiving portion by pulling the end piece towards the deck passage, the alignment members engage with the guidance members thereby forming a torque transmitting connection between the driving unit and the end piece.
A physiological sensor device, comprising: a flexible substrate capable of being applied to a subject; a first electrode disposed on the substrate for receiving a first electrical signal associated with the subject, wherein the first electrode is disposed on the substrate at a location such that when the substrate is applied to the subject, the first electrode is positioned over the horizontal center of the forehead of the subject; a second electrode disposed on the substrate for receiving a second electrical signal associated with the subject; a third electrode disposed on the substrate for receiving a third electrical signal associated with the subject; wherein the second and third electrodes (452, 454) are disposed on the substrate at locations such that when the substrate is applied to the subject, the second and third electrodes are positioned to the side of the first electrode; a fourth electrode disposed on the substrate for receiving a fourth electrical signal associated with the subject, wherein the fourth electrode is disposed on the substrate at a location such that when the substrate is applied to the subject, the fourth electrode is positioned over a temple of the subject closest to the second and third electrodes (452, 454); an optical emitter disposed on the substrate for transmitting an optical signal into the subject; and an optical detector disposed on the substrate at a location between the first electrode and the fourth electrode for receiving the optical signal transmitted into the subject. a flexible substrate capable of being applied to a subject; a first electrode disposed on the substrate for receiving a first electrical signal associated with the subject, wherein the first electrode is disposed on the substrate at a location such that when the substrate is applied to the subject, the first electrode is positioned over the horizontal center of the forehead of the subject; a second electrode disposed on the substrate for receiving a second electrical signal associated with the subject; a third electrode disposed on the substrate for receiving a third electrical signal associated with the subject; wherein the second and third electrodes (452, 454) are disposed on the substrate at locations such that when the substrate is applied to the subject, the second and third electrodes are positioned to the side of the first electrode; a fourth electrode disposed on the substrate for receiving a fourth electrical signal associated with the subject, wherein the fourth electrode is disposed on the substrate at a location such that when the substrate is applied to the subject, the fourth electrode is positioned over a temple of the subject closest to the second and third electrodes (452, 454); an optical emitter disposed on the substrate for transmitting an optical signal into the subject; and an optical detector disposed on the substrate at a location between the first electrode and the fourth electrode for receiving the optical signal transmitted into the subject.
A microcapsule slurry comprising at least one microcapsule having an oil-based core and a polymeric shell, characterized in that the oil-based core comprises: - 25-98wt% of a perfume oil comprising at least 15wt% of high impact perfume raw materials having a Log T<-4, and - 2-75wt% of a density balancing material having a density greater than 1.07 g/cm 3. - 25-98wt% of a perfume oil comprising at least 15wt% of high impact perfume raw materials having a Log T<-4, and - 2-75wt% of a density balancing material having a density greater than 1.07 g/cm 3.
A communication network arrangement of a communication network, comprising a core network component (204, 205, 207, 208, 703) comprising a receiver and a transmitter; the receiver configured to receive a request message (403, 503, 704) from a communication terminal; and the transmitter configured to transmit a notification message (404 504, 706) to the communication terminal (301, 401, 501, 701) indicating whether the communication network supports that the communication terminal (301, 401, 501, 701) simultaneously uses multiple mobile communication network subscriptions; wherein, if the communication network does not support that the communication terminal (301, 401, 501, 701) simultaneously uses multiple mobile communication network subscriptions, the core network component notifies a radio access network that the communication network does not support that the communication terminal (301, 401, 501, 701) simultaneously uses multiple mobile communication network subscriptions; and wherein the core network component is an access and mobility management function or a mobility management entity; and wherein the radio access network is configured to store the information that the communication network does not support that the communication terminal simultaneously uses multiple mobile communication network subscriptions. a core network component (204, 205, 207, 208, 703) comprising a receiver and a transmitter; the receiver configured to receive a request message (403, 503, 704) from a communication terminal; and the transmitter configured to transmit a notification message (404 504, 706) to the communication terminal (301, 401, 501, 701) indicating whether the communication network supports that the communication terminal (301, 401, 501, 701) simultaneously uses multiple mobile communication network subscriptions; wherein, if the communication network does not support that the communication terminal (301, 401, 501, 701) simultaneously uses multiple mobile communication network subscriptions, the core network component notifies a radio access network that the communication network does not support that the communication terminal (301, 401, 501, 701) simultaneously uses multiple mobile communication network subscriptions; and wherein the core network component is an access and mobility management function or a mobility management entity; and wherein the radio access network is configured to store the information that the communication network does not support that the communication terminal simultaneously uses multiple mobile communication network subscriptions.
A communications network comprising a first node and a second node; characterised in that the first node is arranged to send to the second node a first copy of data via a first unreliable channel for sending the data to the second node according to an unreliable communications protocol; and a second copy of the same data via a second reliable channel for sending the data to the second node according to a reliable communications protocol; in which the data comprises a plurality of parts; in which the second node is arranged to receive the first copy of the data sent via the first unreliable channel and the second copy of the data sent via the second reliable channel; in which the second node comprises a data checker for identifying data parts missing from the first copy of the data received from the first node via the unreliable channel; and for obtaining from the second copy of the data received from the first node via the reliable channel the data parts missing from the data received via the unreliable channel.
Compounds of the formula in which A 1 is nitrogen, R 1 is ethyl R 2 is a ring from the series Q-42, Q-43, Q-45 or Q-47 optionally monosubstituted by fluorine, chlorine or trifluoromethyl, R 3 is hydrogen, X is a heteroaromatic 9-membered or 12-membered fused bicyclic or tricyclic ring system from the series H1, H2, H5, H15, H16 or H19, R 5 is trifluoromethyl, R 6 is hydrogen, R 7 is methyl n is 0, 1 or 2 wherein if R 2 is optionally substituted Q45, then X is not H1 or H2. R 5 is trifluoromethyl, R 6 is hydrogen, R 7 is methyl n is 0, 1 or 2
An auxiliary generator for a vehicle that converts kinetic energy of the vehicle into electrical energy, the auxiliary generator comprising: a spherical inertial body configured to be movable in a direction opposite to a direction in which the vehicle moves due to inertial force obtained from movement of the vehicle; a fixed pipe having the movable spherical inertial body received therein; a generation member mounted in the fixed pipe for generating electrical energy from movement of the spherical inertial body; and a converter electrically connected to the generation member for converting the electrical energy generated by the generation member into available electricity, wherein, the generation member is a piezoelectric element mounted on the whole surface of an inside of the fixed pipe for generating the electrical energy when the spherical inertial body directly applies pressure to the piezoelectric element while moving due to the inertial force. a spherical inertial body configured to be movable in a direction opposite to a direction in which the vehicle moves due to inertial force obtained from movement of the vehicle; a fixed pipe having the movable spherical inertial body received therein; a generation member mounted in the fixed pipe for generating electrical energy from movement of the spherical inertial body; and a converter electrically connected to the generation member for converting the electrical energy generated by the generation member into available electricity, wherein, the generation member is a piezoelectric element mounted on the whole surface of an inside of the fixed pipe for generating the electrical energy when the spherical inertial body directly applies pressure to the piezoelectric element while moving due to the inertial force.
A method for user localization in a cellular network, the method comprising: receiving, by a receiver unit, Orthogonal Time Frequency Space, OTFS, modulated CAZAC sequences generated and transmitted in the Doppler-delay domain by a transmitter unit, characterized in that the method further comprises: estimating, by the receiver unit, relative speed between the transmitter unit and the receiver unit by filtering the received OTFS modulated CAZAC sequences.
A two-wheeled automobile comprising a front wheel brake operation element for braking a front wheel and a linked brake operation element for linking and braking the front wheel and a rear wheel, wherein the front wheel is fitted with a disk brake that actuates in response to operation of the front wheel brake operation element and a drum brake that actuates in response to operation of the linked brake operation element such that the disk brake is disposed on one side in a width direction of the front wheel and the drum brake is disposed on the other side in the width direction of the front wheel, and the drum brake has a brake drum disposed so as to open on the other side in the width direction of the front wheel, and the drum brake has an anchor pin supported on a brake panel fixed to a front fork and a brake shoe pivotably supported on the anchor pin and capable of coming into sliding contact with the brake drum, the anchor pin and the brake shoe being disposed so as to be offset toward the side opposite to the disk brake from the middle position in the width direction of the front wheel. the drum brake has an anchor pin supported on a brake panel fixed to a front fork and a brake shoe pivotably supported on the anchor pin and capable of coming into sliding contact with the brake drum, the anchor pin and the brake shoe being disposed so as to be offset toward the side opposite to the disk brake from the middle position in the width direction of the front wheel.
A network device comprising: a network controller adapted to provide data communications with other network devices; a display adapted to display at least one selectable operation option, the at least one operation option being based on an evaluation of an operation history database containing information about network device operations; and an operation option unit adapted to provide the user of the network device with the at least one selectable operation option for performing network device operations by the network device. a network controller adapted to provide data communications with other network devices; a display adapted to display at least one selectable operation option, the at least one operation option being based on an evaluation of an operation history database containing information about network device operations; and an operation option unit adapted to provide the user of the network device with the at least one selectable operation option for performing network device operations by the network device.