mhurhangee/ep-ind-claims huggingface dataset:
An information processing apparatus comprising: at least one access unit that issues a memory access request for a memory; an arbitration unit that arbitrates the memory access request issued from the access unit; a management unit that allows the access unit that is an issuance source of the memory access request according to a result of the arbitration made by the arbitration unit to perform a memory access to the memory; a processor that accesses the memory through at least one cache memory; characterised by: a timing adjusting unit that holds a process relating to the memory access request issued by the access unit for a holding time set in advance and cancels the holding of the process relating to the memory access request in a case where power of the at least one cache memory is turned off in the processor before the holding time expires. at least one access unit that issues a memory access request for a memory; an arbitration unit that arbitrates the memory access request issued from the access unit; a management unit that allows the access unit that is an issuance source of the memory access request according to a result of the arbitration made by the arbitration unit to perform a memory access to the memory; a processor that accesses the memory through at least one cache memory; characterised by: a timing adjusting unit that holds a process relating to the memory access request issued by the access unit for a holding time set in advance and cancels the holding of the process relating to the memory access request in a case where power of the at least one cache memory is turned off in the processor before the holding time expires.
A control device in software-defined networking SDN, wherein control information and data information in the SDN are transmitted on a same transmission channel, the control device controls a first transmission channel, a second transmission channel, and a third transmission channel, the first transmission channel is an active channel, the second transmission channel is a standby channel of the first transmission channel and is switched as an active channel when the first transmission channel is congested, to transmit the control information and/or the data information, and the control device comprises: a status acquiring unit, configured to acquire connection statuses of the first transmission channel, the second transmission channel, and the third transmission channel; a first control unit, configured to set the third transmission channel as a standby channel of the first transmission channel when the connection status of the second transmission channel reaches a first state, wherein the first state means that a congestion degree of a transmission channel reaches a first threshold but does not reach a second threshold, a transmission channel that reaches the first threshold is congested but can transmit the control information, a transmission channel that reaches the second threshold is congested and cannot transmit the control information, and the third transmission channel is a channel that does not reach the first state and that can replace the first transmission channel to transmit the control information and/or the data information; and a second control unit, configured to switch a standby channel of the first transmission channel to an active channel when the connection status of the first transmission channel reaches a second state, wherein the second state means that a congestion degree of a transmission channel reaches the second threshold. a status acquiring unit, configured to acquire connection statuses of the first transmission channel, the second transmission channel, and the third transmission channel; a first control unit, configured to set the third transmission channel as a standby channel of the first transmission channel when the connection status of the second transmission channel reaches a first state, wherein the first state means that a congestion degree of a transmission channel reaches a first threshold but does not reach a second threshold, a transmission channel that reaches the first threshold is congested but can transmit the control information, a transmission channel that reaches the second threshold is congested and cannot transmit the control information, and the third transmission channel is a channel that does not reach the first state and that can replace the first transmission channel to transmit the control information and/or the data information; and a second control unit, configured to switch a standby channel of the first transmission channel to an active channel when the connection status of the first transmission channel reaches a second state, wherein the second state means that a congestion degree of a transmission channel reaches the second threshold.
A method for imparting hydrogen peroxide resistance to or enhancing hydrogen peroxide resistance in a microorganism, comprising introducing a hydrogen peroxide resistance-imparting gene into the microorganism, or modifying the gene present in the microorganism for enhancing expression of the gene, said hydrogen peroxide resistance-imparting gene encoding a protein selected from the following proteins (a) to (c): (a) a protein having the amino acid sequence of SEQ ID NO: 2; (b) a protein which has an amino acid sequence of the amino acid sequence of (a), except that one to ten amino acid residues are deleted, substituted, or added, and which exhibits hydrogen peroxide resistance-imparting activity; and (c) a protein which has an amino acid sequence having an identity of 85% or higher to the amino acid sequence of (a), and which exhibits hydrogen peroxide resistance-imparting activity; or said hydrogen peroxide resistance-imparting gene having a polynucleotide selected from the following polynucleotides (d) to (f): (d) a polynucleotide having the nucleotide sequence of SEQ ID NO: 1; (e) a polynucleotide which hybridizes, under stringent conditions, with a polynucleotide having a nucleotide sequence complementary to the nucleotide sequence of (d), and which encodes a protein exhibiting hydrogen peroxide resistance-imparting activity; and (f) a polynucleotide which has a nucleotide sequence having an identity of 85% or higher to the nucleotide sequence of (d), and which encodes a protein exhibiting hydrogen peroxide resistance-imparting activity; wherein said microorganism is a bacterium belonging to the genus Lactobacillus. (a) a protein having the amino acid sequence of SEQ ID NO: 2; (b) a protein which has an amino acid sequence of the amino acid sequence of (a), except that one to ten amino acid residues are deleted, substituted, or added, and which exhibits hydrogen peroxide resistance-imparting activity; and (c) a protein which has an amino acid sequence having an identity of 85% or higher to the amino acid sequence of (a), and which exhibits hydrogen peroxide resistance-imparting activity; or (d) a polynucleotide having the nucleotide sequence of SEQ ID NO: 1; (e) a polynucleotide which hybridizes, under stringent conditions, with a polynucleotide having a nucleotide sequence complementary to the nucleotide sequence of (d), and which encodes a protein exhibiting hydrogen peroxide resistance-imparting activity; and (f) a polynucleotide which has a nucleotide sequence having an identity of 85% or higher to the nucleotide sequence of (d), and which encodes a protein exhibiting hydrogen peroxide resistance-imparting activity;
Oxidation tank for treating effluent water from a seawater flue gas scrubber for removing sulphur dioxide from exhaust gas, particularly from a flue gas scrubber of a power plant, wherein the effluent water is mixed with additional seawater for the purpose of forming sulphate and neutralization, and wherein oxidation air is added to the mixture via ventilation elements located at the bottom in a ventilation section of the oxidation tank which is open to the top, wherein the additional seawater is directed as a primary flow via an inlet and the effluent water is directed as a secondary flow via an additional inlet into the oxidation tank, characterized in that the oxidation tank comprises a distribution chamber having an inlet cross-section and a larger output cross-section defined by the width of the oxidation tank, wherein the distribution chamber receives the primary flow in an inlet flow direction and redirects the primary flow in the longitudinal direction of the oxidation tank, and wherein a row of primary flow disturbance members is located in the output cross-section of the distribution chamber, wherein the row of primary flow disturbance members is substantially parallel to the input flow direction of the primary flow and is spaced over the width of the oxidation tank and wherein the primary flow exits from the distribution chamber therebetween, and in that the distribution chamber comprises an initial cross-sectional area perpendicular to the inlet flow direction of the primary flow at the side of the inlet, wherein the cross-sectional area of the distribution chamber perpendicular to the inlet flow direction of the primary flow decreases over the width of the oxidation tank and becomes minimal at a side of the distribution chamber opposite the inlet.
A method for computing, comprising: instantiating, by an operating system, OS,-absent firmware environment of a computing device, a sensor layer arranged with an interface that provides an abstraction of a plurality of sensor devices (108, 614); receiving, by the sensor layer in the OS-absent firmware environment, sensor data produced by the plurality of sensor devices; aggregating, by the sensor layer in the OS-absent firmware environment, the sensor data; selectively providing, by the sensor layer, the sensor data or aggregated sensor data to one or more firmware modules via the interface of the sensor layer; characterized in that the method further comprises selectively instantiating, by an environmental factor boot module in the OS-absent firmware environment, one or more drivers, based at least on one or more environmental factors associated with the sensor data or the aggregated sensor data. instantiating, by an operating system, OS,-absent firmware environment of a computing device, a sensor layer arranged with an interface that provides an abstraction of a plurality of sensor devices (108, 614); receiving, by the sensor layer in the OS-absent firmware environment, sensor data produced by the plurality of sensor devices; aggregating, by the sensor layer in the OS-absent firmware environment, the sensor data; selectively providing, by the sensor layer, the sensor data or aggregated sensor data to one or more firmware modules via the interface of the sensor layer; characterized in that the method further comprises selectively instantiating, by an environmental factor boot module in the OS-absent firmware environment, one or more drivers, based at least on one or more environmental factors associated with the sensor data or the aggregated sensor data.
Roof construction for a vehicle, comprising a roof opening surrounded by a stationary roof part, a glass panel covering said roof opening and having a circumferential edge which is connected to the stationary roof part through at least one glass panel glue bead, and further comprising a rollo assembly (5,6,8,9) which is attached to the glass panel through at least one rollo glue bead, characterized in that the glass panel glue bead and the rollo glue bead are interconnected through at least one connecting glue bead which adheres to the glass panel.
A tape dispenser, comprising: a main body coupled to a mandrel, wherein the mandrel is adapted to receive and releasably retain a tape roll having a central opening thereon, and wherein the mandrel allows rotation of the tape roll about a mandrel axis, a cutting arm comprising a blade capable of cutting the tape; wherein the cutting arm is attached to the main body and/or the mandrel and wherein the blade is positioned at a distance from the mandrel axis; and an attachment unit for temporarily and releasably attaching the tape dispenser to a furniture; wherein the main body is pivotably attached to the attachment unit, and wherein a pivot axis is perpendicular to the mandrel axis; characterized in that the cutting arm is pivotable with respect to the main body; and the mandrel axis defines a pivot axis of the cutting arm a main body coupled to a mandrel, wherein the mandrel is adapted to receive and releasably retain a tape roll having a central opening thereon, and wherein the mandrel allows rotation of the tape roll about a mandrel axis, a cutting arm comprising a blade capable of cutting the tape; wherein the cutting arm is attached to the main body and/or the mandrel and wherein the blade is positioned at a distance from the mandrel axis; and an attachment unit for temporarily and releasably attaching the tape dispenser to a furniture; wherein the main body is pivotably attached to the attachment unit, and wherein a pivot axis is perpendicular to the mandrel axis; characterized in that the cutting arm is pivotable with respect to the main body; and the mandrel axis defines a pivot axis of the cutting arm
A grinding machine including one or more grinding wheels, comprising: a workpiece holder that releasably holds a crankshaft and is configured to rotate the crankshaft about a longitudinal axis; a spindle assembly, that is moveable in at least two directions, including a spindle shaft and a grinding wheel attached to the spindle shaft; and characterised in that the grinding machine comprises an acoustic emission sensor coupled to the grinding machine, wherein the grinding machine is configured to monitor an output signal from the acoustic emission sensor, move the grinding wheel into contact with the crankshaft at a first angular position, detect contact between the grinding wheel and the crankshaft based on the output signal, determine a position of the grinding wheel based on the detected contact between the grinding wheel and the crankshaft, move the grinding wheel away from the crankshaft, rotate the crankshaft a defined angular amount, move the grinding wheel into contact with the crankshaft at a second angular position, determine a position of the grinding wheel based on the detected contact between the grinding wheel and the crankshaft, and determine a position of a crankshaft surface. a workpiece holder that releasably holds a crankshaft and is configured to rotate the crankshaft about a longitudinal axis; a spindle assembly, that is moveable in at least two directions, including a spindle shaft and a grinding wheel attached to the spindle shaft; and characterised in that the grinding machine comprises an acoustic emission sensor coupled to the grinding machine, wherein the grinding machine is configured to monitor an output signal from the acoustic emission sensor, move the grinding wheel into contact with the crankshaft at a first angular position, detect contact between the grinding wheel and the crankshaft based on the output signal, determine a position of the grinding wheel based on the detected contact between the grinding wheel and the crankshaft, move the grinding wheel away from the crankshaft, rotate the crankshaft a defined angular amount, move the grinding wheel into contact with the crankshaft at a second angular position, determine a position of the grinding wheel based on the detected contact between the grinding wheel and the crankshaft, and determine a position of a crankshaft surface.
A composition of redox-reagent for use in an electrochemical biosensor, the composition comprising a redox enzyme and an electron transfer mediator, wherein the electron transfer mediator comprises a metal-containing complex and thionine or 3-amino-7-(2,3,4,5,6-pentahydroxyhexanamido)-5-phenothiazinium.
An electrochemical gas sensor comprising: a housing, a first working electrode within the housing and comprising a first section of gas transfer medium comprising a first layer of catalyst thereon, and at least a second working electrode within the housing and comprising a second section of gas transfer medium comprising a second layer of catalyst thereon, at least one of the first section of gas transfer medium and the second section of gas transfer medium comprising at least one area in which the structure thereof has been irreversibly altered via at least one of heat sealing, chemical reaction or material deposition to prevent gas transfer through the at least one of the first section of gas transfer medium or the second section of gas transfer medium toward the other of the at least one of the first section of gas transfer medium and the second section of gas transfer medium.
A humanized antibody against IL-20, or a scFv, Fab, or F(ab') 2 fragment thereof, comprising: a heavy chain variable region comprising SEQ ID NO:4; and a light chain variable region comprising SEQ ID NO:8. a heavy chain variable region comprising SEQ ID NO:4; and a light chain variable region comprising SEQ ID NO:8.
A process for preparing a composite material comprising a fluorinated polymeric matrix and a filler consisting in ion exchange inorganic particles comprising a step for synthesizing in situ said particles within the polymeric matrix in the presence of a compatibilizing agent consisting in a copolymer comprising a first recurrent unit from the polymerization of a fluorinated ethylene monomer and a second recurrent unit from the polymerization of an optionally fluorinated (meth)acrylic monomer, said first recurrent unit being different from said second recurrent unit and said copolymer being different from the copolymer(s) entering the structure of the fluorinated polymeric matrix.
A security token for use in a transaction execution system, the security token being connectable to a user interface device and to a host device, the security token being arranged to: - receive a transaction verification input from the user interface device; - process the transaction verification input and generate a corresponding transaction verification result; - transmit the transaction verification result to the host device, and the security token comprising a secure element which is arranged to facilitate processing of the transaction verification input, characterized in that the security token is connectable to the user interface device through an NFC interface. - receive a transaction verification input from the user interface device; - process the transaction verification input and generate a corresponding transaction verification result; - transmit the transaction verification result to the host device,
A method for the preparation of a compound of formula IV R-NH-CO-X-R' wherein R is an organic group, and R' is an aliphatic organic group which is linear or cyclic lower alkyl, which is optionally substituted, or deoxynucleosidyl and X is NH, S or NR", wherein R" is alkyl; or R' is an aromatic organic group and X is S or O, comprising (a) reacting a compound of formula R-N 3, wherein R is as defined above, with a compound of trivalent phosphorus in the presence of an aqueous solution of hydrogen carbonate ions, in an organic solvent, to obtain an isocyanate of formula III R-N=C=O, wherein R is as defined above, and (b) reacting the isocyanate of formula III with a compound of formula R'-XH, wherein R' and X are as defined above, to obtain a compound of formula IV. wherein R is an organic group, and R' is an aliphatic organic group which is linear or cyclic lower alkyl, which is optionally substituted, or deoxynucleosidyl and X is NH, S or NR", wherein R" is alkyl; or R' is an aromatic organic group and X is S or O, (a) reacting a compound of formula R-N 3, wherein R is as defined above, with a compound of trivalent phosphorus in the presence of an aqueous solution of hydrogen carbonate ions, in an organic solvent, to obtain an isocyanate of formula III R-N=C=O, wherein R is as defined above, and (b) reacting the isocyanate of formula III with a compound of formula R'-XH, wherein R' and X are as defined above, to obtain a compound of formula IV.
A rotary piston and cylinder device comprising: a rotor, comprising a rotor surface, a stator, a rotatable shutter, a piston which extends from the rotor surface, the rotor surface and the stator together defining an annular chamber, and the piston arranged to rotate, through the annular chamber, and the rotor surface being a curved surface of which is orientated as inclined to a plane (P-P) substantially perpendicular to the axis of rotation (A-A) of the rotor and the rotor surface faces generally away from, or outwardly of, the axis of rotation of the rotor, the rotor surface is of generally flared profile, when viewed in axial cross-section, and extends between a first rotor surface end region and a second rotor surface end region, and the first rotor surface end region being spaced along the axis of rotation (A-A) of the rotor with respect to the second rotor surface end region, and one of the rotor surface end regions having a greater radial extent than the other end region, and the device characterised in that it comprises a transmission assembly which comprises geared components including a toothed gear, which ensures that the timing of the shutter remains in synchrony with the rotor. a rotor, comprising a rotor surface, a stator, a rotatable shutter, a piston which extends from the rotor surface, the rotor surface and the stator together defining an annular chamber, and the piston arranged to rotate, through the annular chamber, and the rotor surface being a curved surface of which is orientated as inclined to a plane (P-P) substantially perpendicular to the axis of rotation (A-A) of the rotor and the rotor surface faces generally away from, or outwardly of, the axis of rotation of the rotor, the rotor surface is of generally flared profile, when viewed in axial cross-section, and extends between a first rotor surface end region and a second rotor surface end region, and the first rotor surface end region being spaced along the axis of rotation (A-A) of the rotor with respect to the second rotor surface end region, and one of the rotor surface end regions having a greater radial extent than the other end region, and the device characterised in that it comprises a transmission assembly which comprises geared components including a toothed gear, which ensures that the timing of the shutter remains in synchrony with the rotor.