mhurhangee/ep-ind-claims huggingface dataset:
A method for measuring a measuring target component of a biological sample, the method comprising the steps of: applying a first electric signal to the sample in a state in which the sample is reacted with a reagent; measuring a first electric response of the sample to the first electric signal; applying a second electric signal to the sample in a state in which the sample is not reacted with the reagent, the second electric signal changing its value from a first level to a second level and thereafter maintaining the second level for a certain period of time; measuring a second electric response of the sample to the second electric signal as a peak value of a response signal with respect to the change in the second electric signal; and correcting a value indicating an amount of the measuring target component of the sample, the value being obtained from the first electric response, based on the peak value of the response signal so that the value is corrected by means of a hematocrit correction function. applying a first electric signal to the sample in a state in which the sample is reacted with a reagent; measuring a first electric response of the sample to the first electric signal; applying a second electric signal to the sample in a state in which the sample is not reacted with the reagent, the second electric signal changing its value from a first level to a second level and thereafter maintaining the second level for a certain period of time; measuring a second electric response of the sample to the second electric signal as a peak value of a response signal with respect to the change in the second electric signal; and correcting a value indicating an amount of the measuring target component of the sample, the value being obtained from the first electric response, based on the peak value of the response signal so that the value is corrected by means of a hematocrit correction function.
An electromagnetic filter assembly for attenuating electromagnetic interferences, comprising a base plate having a first opening being configured to be penetrated by a first conductor from which the electromagnetic interference at least partially originates, wherein the base plate comprises an electrically non-conductive carrier layer, an electrically conductive first layer section and an electrically conductive second layer section, wherein the first layer section comprises a shielding interface configured to connect the first layer section to a shielding in an electrically conductive manner, wherein the second layer section comprises a first conductor interface configured to connect the second layer section to the first conductor in an electrically conductive manner, and wherein the first layer section and the second layer section are capacitively coupled via at least two discrete capacitor elements (C1, C2, C3, C4), characterized in that the first layer section and the second layer section are arranged at least partially opposite each other such that the first layer section and the second layer section form a capacitor. wherein the base plate comprises an electrically non-conductive carrier layer, an electrically conductive first layer section and an electrically conductive second layer section, wherein the first layer section comprises a shielding interface configured to connect the first layer section to a shielding in an electrically conductive manner, wherein the second layer section comprises a first conductor interface configured to connect the second layer section to the first conductor in an electrically conductive manner, and wherein the first layer section and the second layer section are capacitively coupled via at least two discrete capacitor elements (C1, C2, C3, C4), characterized in that the first layer section and the second layer section are arranged at least partially opposite each other such that the first layer section and the second layer section form a capacitor.
A container, in particular a plastic fuel container, having a stiffening device which penetrates the interior of the container between opposite first and second wall parts (10, 34) of the container and couples the wall parts 10, 34) to each other, whereby the container can be subjected to increased interior pressure without damage, wherein the stiffening device comprises a first stiffening element arranged on the first wall part and a second stiffening element arranged on the second wall part, wherein the first and second stiffening elements (24, 36) have interacting coupling parts (38, 42) and wherein the second stiffening element can be connected to the first stiffening element with high tensile strength and, in the connected state, seals an opening in the second wall part by means of a flange cover, characterized in that the first stiffening element is fixed via an interposed annular body to an undercut part of the first wall part.
A hydroformylation process for continuous production of at least one aldehyde product, the process comprising the steps of: contacting under continuous reaction conditions in a hydroformylation reaction fluid, one or more olefinically-unsaturated compounds, carbon monoxide, and hydrogen in the presence of a mixture of a doubly open-ended organopolyphosphite ligand and an organomonophosphine ligand, at least one of said ligands being bonded to a transition metal to form a transition metal-ligand complex hydroformylation catalyst; the contacting being conducted in a manner such that the molar ratio of both the organomonophosphine ligand and the organopolyphosphite ligand to the metal is at least 1; wherein the concentration of either ligand in the hydroformylation reaction fluid is increased or maintained by supplying additional organopolyphosphite ligand(s) and/or organomonophosphine ligand to the reaction fluid to make up for such ligand lost through degradation; wherein the organomonophosphine ligand is triphenylphosphine and the organopolyphosphite ligand is of the formula: where R 1 and R 2 are the same or different and each represents an aryl radical end group containing from 6 to 40 carbon atoms, and R 28 is a C 1-20 alkyl or cycloalkyl radical or an alkoxy radical; R 29 is a hydrogen atom, a C 1-20 alkyl or cycloalkyl radical or an alkoxy radical.
A chair back comprising a device for moving a lumbar support provided in the chair back, said device being constituted by a blade bound to the lumbar support and sliding along guides provided in the wall of the chair back, said blade extending below in at least one curved blade guided along at least one corresponding curved seat formed by ribs (22, 24) provided on a curved portion integral with the lower edge of the chair back, the end of said at least one blade being provided with an operating handle wherein it comprises a carter covering the curved portion provided with one rib having the function to constrain the curvilinear sliding of the curved blade housed within the curved seat formed by the ribs (22,24) of the chair back wherein the guides have an L-shape for housing the vertical edges of the blade.
A method of printing on a mixed sequence of media sheets, using a printer with a print head that is adjustable in height relative to a print surface that supports the media using printing, wherein the media differ in their specifications that define an admissible range for the height (h) of the print head relative to the print surface, comprising the steps of: (a) retrieving admissible height ranges for a plurality of media sheets that are scheduled for printing, from a database in a media catalogue stored in a controller of the printer, (b) searching for a height value that is contained in the admissible range of all scheduled sheets, if such a height value is found, adjusting the print head to that height value, if not, proceeding to a problem handling routine (PH1, PH2, PH3). (a) retrieving admissible height ranges for a plurality of media sheets that are scheduled for printing, from a database in a media catalogue stored in a controller of the printer, (b) searching for a height value that is contained in the admissible range of all scheduled sheets, if such a height value is found, adjusting the print head to that height value, if not, proceeding to a problem handling routine (PH1, PH2, PH3).
A heat dissipation paint composition comprising: an epoxy resin; a curing agent; a carbon-based filler having a functional group including at least one selected from the group consisting of an amine group, an amide group, a carboxyl group and a hydroxyl group bound thereto; and a solvent, wherein the carbon-based filler includes at least one selected from the group consisting of a single wall carbon nanotube, a double wall carbon nanotube, a multi-wall carbon nanotube, graphene, graphene oxide, a graphene nano plate, graphite, carbon black, and a carbon-metal complex. an epoxy resin; a curing agent; a carbon-based filler having a functional group including at least one selected from the group consisting of an amine group, an amide group, a carboxyl group and a hydroxyl group bound thereto; and a solvent, wherein the carbon-based filler includes at least one selected from the group consisting of a single wall carbon nanotube, a double wall carbon nanotube, a multi-wall carbon nanotube, graphene, graphene oxide, a graphene nano plate, graphite, carbon black, and a carbon-metal complex.
A wind turbine comprising: - a wind-driven rotor for converting wind energy to a mechanical driving force; - a power converter for converting the driving force to exploitable power; - a drive chain for rotatably transmitting the driving force to the power converter, the drive chain comprising at least one rotatable driving element (102;104;106;108;110;114); whereby at least the rotor and the at least one rotatable driving element (102;104;106;108;110;114) of the drive chain define at least one torsional resonance frequency; characterised in that the drive chain further comprises a detuner having: - at least one mass element (120;132;134) having a given mass inertia; - at least one elastic element (122;130) having eleastic properties; the mass element (120;132;134) and the elastic element (122;130) being arranged to rotate during operation of the wind turbine, whereby said torsional resonance frequency is influenced by said mass inertia and said elastic properties. - a wind-driven rotor for converting wind energy to a mechanical driving force; - a power converter for converting the driving force to exploitable power; - a drive chain for rotatably transmitting the driving force to the power converter, the drive chain comprising at least one rotatable driving element (102;104;106;108;110;114); - at least one mass element (120;132;134) having a given mass inertia; - at least one elastic element (122;130) having eleastic properties;
A method of monitoring a rotor blade (120,126) of a turbine engine that includes a plurality of blades (120,126) mounted to a rotor shaft, comprising: a) securing a RFID tag that includes an antenna to at least one of the rotor blades (120,126); b) securing a RFID reader on a stationary surface on the turbine engine in operational proximity to the RFID tag; and c) during operation of the turbine engine, monitoring the RFID tag with the RFID reader, wherein the RFID tag is positioned and secured to the rotor blade (120,126) such that the formation and/or propagation of cracks that are expected to form in the area of the rotor blade (120,126) on which the RFID tag is positioned and secured disable the RFID tag such that the RFID tag is not readable to the RFID reader. a) securing a RFID tag that includes an antenna to at least one of the rotor blades (120,126); b) securing a RFID reader on a stationary surface on the turbine engine in operational proximity to the RFID tag; and c) during operation of the turbine engine, monitoring the RFID tag with the RFID reader, wherein the RFID tag is positioned and secured to the rotor blade (120,126) such that the formation and/or propagation of cracks that are expected to form in the area of the rotor blade (120,126) on which the RFID tag is positioned and secured disable the RFID tag such that the RFID tag is not readable to the RFID reader.
An imaging system comprising: a scanner 100 comprising: scanning components for creating an image of the interior portion of an object; an outer cover disposed over the scanning components; characterized by an opening formed in the outer cover; and a rigid mount which is rigidly mounted to the scanning components and extends through the opening formed in the outer cover and further comprising a fiducial marker mounted to the rigid mount. a scanner 100 comprising: scanning components for creating an image of the interior portion of an object; an outer cover disposed over the scanning components; characterized by an opening formed in the outer cover; and a rigid mount which is rigidly mounted to the scanning components and extends through the opening formed in the outer cover and further comprising a fiducial marker mounted to the rigid mount. scanning components for creating an image of the interior portion of an object; an outer cover disposed over the scanning components; characterized by an opening formed in the outer cover; and a rigid mount which is rigidly mounted to the scanning components and extends through the opening formed in the outer cover and further comprising a fiducial marker mounted to the rigid mount.
An indicator device for detecting a delamination of a composite material of a wind turbine rotor blade, the indicator device comprising: a first part, a second part, and an electric circuit, wherein the first part comprises at least a part of a lower part of the electric circuit, the second part comprises at least a part of an upper part of the electric circuit, and the lower part and the upper part are electrically connected to each other at a predetermined breaking point forming the electric circuit in such a manner, that when the indicator device is in use in a composite material of a wind turbine rotor blade, if a delamination of the respective composite material occurs, the electric connection between the lower part and the upper part breaks at the predetermined breaking point, thus cutting the electric circuit. a first part, a second part, and an electric circuit, wherein
A method of using a block of tones to communicate information, the method comprising: determining, for a first recurring time period in a recurring timing structure, according to a first tone set hopping sequence a first tone subset of said block of tones on which no power is to be transmitted, and a second subset of said block of tones on which non-zero modulation symbols are to be transmitted, said determined first tone subset including at least 30 percent of the tones in said block of tones; and using, during a second recurring time period in the recurring timing structure and which is different from the first recurring time period, said block of tones to transmit information, wherein at least 70 percent of said block of tones being available for communicating said non-zero modulation symbols during the second recurring time period. determining, for a first recurring time period in a recurring timing structure, according to a first tone set hopping sequence a first tone subset of said block of tones on which no power is to be transmitted, and a second subset of said block of tones on which non-zero modulation symbols are to be transmitted, said determined first tone subset including at least 30 percent of the tones in said block of tones; and using, during a second recurring time period in the recurring timing structure and which is different from the first recurring time period, said block of tones to transmit information, wherein at least 70 percent of said block of tones being available for communicating said non-zero modulation symbols during the second recurring time period.
A fluid flow control system for an article of footwear, comprising: a first solenoid including a first port, a second port, and a third port; a second solenoid including a first port and a second port; a fluid line in fluid communication with the first port (4910A, 4912A) of each of the first solenoid and the second solenoid; and a manifold having: (a) a first manifold port (804, 800B) in fluid communication with the second port of the first solenoid, (b) a second manifold port (814, 800D) in fluid communication with the third port of the first solenoid, and (c) a third manifold port (808, 800C) in fluid communication with the second port of the second solenoid, wherein the first solenoid is independently switchable to: (a) a first configuration in which fluid flows through the first solenoid between the first port and the second port and (b) a second configuration in which fluid flows through the first solenoid between the first port and the third port, wherein the second solenoid is independently switchable between an open configuration and a closed configuration, and wherein simultaneous selective placement of: (a) the first solenoid in one of the first configuration or the second configuration and (b) the second solenoid in one of the open configuration or the closed configuration selectively places the fluid flow control system in a plurality of operational states. a first solenoid including a first port, a second port, and a third port; a second solenoid including a first port and a second port; a fluid line in fluid communication with the first port (4910A, 4912A) of each of the first solenoid and the second solenoid; and a manifold having: (a) a first manifold port (804, 800B) in fluid communication with the second port of the first solenoid, (b) a second manifold port (814, 800D) in fluid communication with the third port of the first solenoid, and (c) a third manifold port (808, 800C) in fluid communication with the second port of the second solenoid, wherein the first solenoid is independently switchable to: (a) a first configuration in which fluid flows through the first solenoid between the first port and the second port and (b) a second configuration in which fluid flows through the first solenoid between the first port and the third port, wherein the second solenoid is independently switchable between an open configuration and a closed configuration, and wherein simultaneous selective placement of: (a) the first solenoid in one of the first configuration or the second configuration and (b) the second solenoid in one of the open configuration or the closed configuration selectively places the fluid flow control system in a plurality of operational states.
Method of securing a redundant initial 2D barcode comprising the steps of: - Providing an initial message comprising a unique identifier, and - Encoding said initial message as a set of predefined symbols so as to generate said redundant initial 2D barcode, said redundant initial 2D barcode comprising at least one redundant zone, characterized in that it further comprises: - generating a unique secret character string having a predefined fixed size, - encoding the unique secret character string as a set of predefined symbols identical to the symbols used to generate the redundant initial 2D barcode, and - inserting said encoded unique secret character string in at least one redundant zone of the redundant initial 2D barcode, each symbol of said encoded unique secret character string having a predefined position, so as to create a final 2D barcode. - Providing an initial message comprising a unique identifier, and - Encoding said initial message as a set of predefined symbols so as to generate said redundant initial 2D barcode, said redundant initial 2D barcode comprising at least one redundant zone, - generating a unique secret character string having a predefined fixed size, - encoding the unique secret character string as a set of predefined symbols identical to the symbols used to generate the redundant initial 2D barcode, and - inserting said encoded unique secret character string in at least one redundant zone of the redundant initial 2D barcode, each symbol of said encoded unique secret character string having a predefined position, so as to create a final 2D barcode.
A method of improving operating efficiency at part-load conditions in the controlling an active desiccant dehumidifier comprised of a housing containing at least: a desiccant wheel having a process sector with airflow means; a reactivation sector with airflow means; a means of rotating the desiccant wheel through the process and reactivation sectors; and reactivation air heating means; the method comprising the steps of: a. modulating the airflow through a process sector to control the amount of dehumidification; b. modulating the airflow through a reactivation sector as a function of the modulation of the process airflow; characterized by the further step of c. modulating the rotational speed of a desiccant wheel as a function of the modulation of the process airflow. a. modulating the airflow through a process sector to control the amount of dehumidification; b. modulating the airflow through a reactivation sector as a function of the modulation of the process airflow;
A machining method which involves at least one shaping machining operation, comprising: a) carrying out a machining operation over a first distance using a cutting tool which is subjected to axial oscillations when it moves forward, then b) reducing, in particular eliminating, the amplitude of the axial oscillations, whilst continuing to drive the cutting tool in terms of rotation. a) carrying out a machining operation over a first distance using a cutting tool which is subjected to axial oscillations when it moves forward, then b) reducing, in particular eliminating, the amplitude of the axial oscillations, whilst continuing to drive the cutting tool in terms of rotation.
A variable width twine disc assembly, comprising: a fixed assembly comprising a first disc having notches spaced along a periphery of the first disc and a shaft; and a second disc having notches spaced along a periphery of the second disc and configured to be moveably adjusted along the shaft characterised in that the assembly further comprises a spring disposed adjacent the second disc, the spring secured at one end to the shaft and at the other end in contact with the second disc, the spring configured to dynamically adjust a distance between the first and second discs (50,56). a fixed assembly comprising a first disc having notches spaced along a periphery of the first disc and a shaft; and a second disc having notches spaced along a periphery of the second disc and configured to be moveably adjusted along the shaft characterised in that the assembly further comprises a spring disposed adjacent the second disc, the spring secured at one end to the shaft and at the other end in contact with the second disc, the spring configured to dynamically adjust a distance between the first and second discs (50,56).