mhurhangee/patent-ind-claim-en huggingface dataset:
A drive mechanism for a medicament delivery device , comprising: an activation rod provided with external activation rod threads having a first thread helix angle (α1), an activation knob rotationally locked with the activation rod , wherein the activation knob is configured to be moved between a first axial position relative to the activation rod in which the activation knob is prevented from rotation and a second axial position in which the activation knob is allowed to rotate in a first direction, an axially slidable drum which is rotationally locked, a dose drum rotationally locked relative to the activation rod , wherein the dose drum is configured to rotate relative to the slidable drum , an indicator drum provided with external indicator drum threads having a second thread helix angle (α2), the drive mechanism being characterized in that it is configured such that rotation of the activation knob in the first direction causes concurrent first rotation of the activation rod and the dose drum in accordance with the first thread helix angle (α1) thereby axially displacing the activation knob , the activation rod , the dose drum and the slidable drum in a distal direction, wherein the slidable drum is configured to bring the indicator drum with it causing second rotation of the indicator drum in accordance with the second thread helix angle (α2). an activation rod provided with external activation rod threads having a first thread helix angle (α1), an activation knob rotationally locked with the activation rod , wherein the activation knob is configured to be moved between a first axial position relative to the activation rod in which the activation knob is prevented from rotation and a second axial position in which the activation knob is allowed to rotate in a first direction, an axially slidable drum which is rotationally locked, a dose drum rotationally locked relative to the activation rod , wherein the dose drum is configured to rotate relative to the slidable drum , an indicator drum provided with external indicator drum threads having a second thread helix angle (α2), the drive mechanism being characterized in that it is configured such that rotation of the activation knob in the first direction causes concurrent first rotation of the activation rod and the dose drum in accordance with the first thread helix angle (α1) thereby axially displacing the activation knob , the activation rod , the dose drum and the slidable drum in a distal direction, wherein the slidable drum is configured to bring the indicator drum with it causing second rotation of the indicator drum in accordance with the second thread helix angle (α2).
A processor comprising: a processor core ; and cache memory ; wherein the processor core is to implant hidden inline metadata in one or more cachelines for the cache memory , the hidden inline metadata hidden at a linear address level, the hidden inline metadata to indicate data type, characterized in that the processor core is to set an indicator in one or more bits of a page table in a memory or storage to indicate presence of the hidden inline metadata in the one or more cachelines , wherein software run by the processor core is to skip over one or more regions of memory for the metadata inserted in the one or more cachelines during loading or storing of linear addressed data from/to the one or more cachelines . a processor core ; and cache memory ; wherein the processor core is to implant hidden inline metadata in one or more cachelines for the cache memory , the hidden inline metadata hidden at a linear address level, the hidden inline metadata to indicate data type, characterized in that the processor core is to set an indicator in one or more bits of a page table in a memory or storage to indicate presence of the hidden inline metadata in the one or more cachelines , wherein software run by the processor core is to skip over one or more regions of memory for the metadata inserted in the one or more cachelines during loading or storing of linear addressed data from/to the one or more cachelines .
A system for operating an electric or hybrid-electric vehicle comprising a computer programmed to: identify a current location of a vehicle ; access a map within a database and identify a plurality of links therein; pre-screen the plurality of links to identify if any of the plurality of links is within a given bounds of the current location by calculating a distance from the current location to the closest portion of each of the links in the map database; and if one or more possible links are identified , then: if the calculated distance is within a given distance to the one identified link, then instead of calculating the distance to the one identified link when determining a subsequent current location, determine whether the current location follows a trajectory of a previously determined map link, and if so, determine that the vehicle has not deviated from the link and determine the current location to correlate to the last link; and upload power data for the vehicle related to the current pass along the identified link into the database . identify a current location of a vehicle ; access a map within a database and identify a plurality of links therein; pre-screen the plurality of links to identify if any of the plurality of links is within a given bounds of the current location by calculating a distance from the current location to the closest portion of each of the links in the map database; and if one or more possible links are identified , then: if the calculated distance is within a given distance to the one identified link, then instead of calculating the distance to the one identified link when determining a subsequent current location, determine whether the current location follows a trajectory of a previously determined map link, and if so, determine that the vehicle has not deviated from the link and determine the current location to correlate to the last link; and upload power data for the vehicle related to the current pass along the identified link into the database . if the calculated distance is within a given distance to the one identified link, then instead of calculating the distance to the one identified link when determining a subsequent current location, determine whether the current location follows a trajectory of a previously determined map link, and if so, determine that the vehicle has not deviated from the link and determine the current location to correlate to the last link; and upload power data for the vehicle related to the current pass along the identified link into the database .
Structural component comprising: - a flexible structure (1.1) having at least one adjusting mechanism which is formed at least from a plurality of folding elements (2.1a, 2.1m) or lever elements (2.1) and spacer elements (2.2) which are coupled together such that their upper surfaces are connected together by an upper surface element (3.1) and their lower surfaces are connected together by a lower surface element (3.2), wherein the upper surface element (3.1) and the lower surface element (3.2) are set up to move in a defined manner in the event of an inclination movement (BG) of the flexible structure (1.1). - a flexible structure (1.1) having at least one adjusting mechanism which is formed at least from a plurality of folding elements (2.1a, 2.1m) or lever elements (2.1) and spacer elements (2.2) which are coupled together such that their upper surfaces are connected together by an upper surface element (3.1) and their lower surfaces are connected together by a lower surface element (3.2), wherein the upper surface element (3.1) and the lower surface element (3.2) are set up to move in a defined manner in the event of an inclination movement (BG) of the flexible structure (1.1). which is formed at least from a plurality of folding elements (2.1a, 2.1m) or lever elements (2.1) and spacer elements (2.2) which are coupled together such that their upper surfaces are connected together by an upper surface element (3.1) and their lower surfaces are connected together by a lower surface element (3.2), wherein the upper surface element (3.1) and the lower surface element (3.2) are set up to move in a defined manner in the event of an inclination movement (BG) of the flexible structure (1.1).
A timpani percussion mallet comprising a shaft comprising a single tube with a first end and a second end and also with outer walls and, contained within the outer walls, a plurality of segments including a first segment having a first density and made of a first solid segment material, and also a second segment different from the first having a second density different from the first density and made of a second solid segment material, wherein the first and second segments are each non-movable within the tube, the tube is a carbon fiber tube, the first solid segment material comprises a polymer foam component, and the second solid segment material comprises a caulking material component, and the first end and the second end of the tube are open ends, wherein the first segment extends to the opening of the first end, and wherein the second segment extends to the opening of the second end. the first and second segments are each non-movable within the tube, the tube is a carbon fiber tube, the first solid segment material comprises a polymer foam component, and the second solid segment material comprises a caulking material component, and the first end and the second end of the tube are open ends, wherein the first segment extends to the opening of the first end, and wherein the second segment extends to the opening of the second end.
A device for extracorporeal blood treatment for obtaining a volume withdrawal using a balance chamber circuit, comprising: a balancing system; wherein the device is arranged to calculate an ultrafiltration volume (UF D ) as the volume withdrawal on the basis of a pressure difference (Δ P ) and a temperature difference (Δ T ) at an inlet and an outlet of at least two balance chambers of the balancing system, and a first proportional valve and a second proportional valve are arranged to control the pressure difference required for reaching the volume withdrawal by continuously adjusting a pressure at each of the positions of a first pressure sensor and a second pressure sensor . a balancing system; wherein the device is arranged to calculate an ultrafiltration volume (UF D ) as the volume withdrawal on the basis of a pressure difference (Δ P ) and a temperature difference (Δ T ) at an inlet and an outlet of at least two balance chambers of the balancing system, and a first proportional valve and a second proportional valve are arranged to control the pressure difference required for reaching the volume withdrawal by continuously adjusting a pressure at each of the positions of a first pressure sensor and a second pressure sensor .
A manufacturing method of a sheet molding compound, comprising: (i) a step of drawing out a continuous carbon fiber bundle from a package, the continuous fiber bundle having a filament number of NK and partially split into n sub-bundles in advance; (ii) a step of chopping the continuous carbon fiber bundle drawn out from the package with a rotary cutter into chopped carbon fiber bundles; and (iii) a step of depositing the chopped carbon fiber bundles on a carrier film traveling below the rotary cutter to form a carbon fiber mat, wherein a fragmentation processing is performed so that at least some of the chopped carbon fiber bundles before being deposited on the carrier film are fragmented by being brought into contact with a rotating body, characterized in that , in the package, the continuous carbon fiber bundle is wound so that the adjacent sub-bundles overlap each other. (i) a step of drawing out a continuous carbon fiber bundle from a package, the continuous fiber bundle having a filament number of NK and partially split into n sub-bundles in advance; (ii) a step of chopping the continuous carbon fiber bundle drawn out from the package with a rotary cutter into chopped carbon fiber bundles; and (iii) a step of depositing the chopped carbon fiber bundles on a carrier film traveling below the rotary cutter to form a carbon fiber mat,
A method of generating a pilot tone, for an optical telecommuications system, in which a digital data having a data rate is transmitted, the method comprising: modulating the digital data in digital domain with a pilot tone signal at a pilot tone frequency lower than the data rate, to provide a modulated digital signal; and converting the modulated digital signal to an analog signal. modulating the digital data in digital domain with a pilot tone signal at a pilot tone frequency lower than the data rate, to provide a modulated digital signal; and converting the modulated digital signal to an analog signal.
A user terminal for testing connections, comprising: means for establishing a digital connection with a controller external to the user terminal; means for receiving from the controller on the digital connection test parameters and a command to establish a wireless connection to a given subscriber address, the test parameters comprising reference audio data; means for establishing a wireless phone call connection to the given subscriber address; means for receiving sample audio data on the wireless connection; means for comparing the received sample audio data to the reference audio data and determining based on the comparison one or more quality indicators describing the voice quality of the established wireless connection; means for transmitting one or more quality indicators describing the voice quality of the established connection to the controller using the digital connection. means for establishing a digital connection with a controller external to the user terminal; means for receiving from the controller on the digital connection test parameters and a command to establish a wireless connection to a given subscriber address, the test parameters comprising reference audio data; means for establishing a wireless phone call connection to the given subscriber address; means for receiving sample audio data on the wireless connection; means for comparing the received sample audio data to the reference audio data and determining based on the comparison one or more quality indicators describing the voice quality of the established wireless connection; means for transmitting one or more quality indicators describing the voice quality of the established connection to the controller using the digital connection.
Eroding device for carrying out an eroding process for taking material samples from metallic components of a wall, preferably the inner wall, of a reactor pressure vessel of nuclear power plants, comprising an eroding head and a fastening element for fastening the eroding head to metallic components of the wall, preferably the inner wall, of the reactor pressure vessel, the eroding head having an eroding electrode , the eroding electrode having, at least in sections, a convex or angular outer shape, and wherein the eroding head has a motion control system for moving the eroding electrode , wherein the eroding electrode is movable with the motion control system , on the one hand, for positioning the eroding electrode ) on the metallic component before the eroding process, in such a way that the eroding process can be initiated at a designated position, and the eroding electrode can also be moved during the eroding process in order to produce a designated material sample geometry, the motion control system comprises at least four axes (X; Y; Z; R) for executing a combination of different linear and rotational movements of the eroding electrode during the eroding process to produce a desired material sample geometry , and wherein the eroding device comprises a control device which is designed to control the motion control system for executing the various linear and rotational movements of the eroding electrode individually or simultaneously during the eroding process for producing a planned material sample geometry , wherein the eroding device comprises a collecting and/or catching device for collecting and/or catching the material samples after the eroding process. comprising an eroding head and a fastening element for fastening the eroding head to metallic components of the wall, preferably the inner wall, of the reactor pressure vessel, the eroding head having an eroding electrode , the eroding electrode having, at least in sections, a convex or angular outer shape, and wherein the eroding head has a motion control system for moving the eroding electrode , wherein the eroding electrode is movable with the motion control system , on the one hand, for positioning the eroding electrode ) on the metallic component before the eroding process, in such a way that the eroding process can be initiated at a designated position, and the eroding electrode can also be moved during the eroding process in order to produce a designated material sample geometry, the motion control system comprises at least four axes (X; Y; Z; R) for executing a combination of different linear and rotational movements of the eroding electrode during the eroding process to produce a desired material sample geometry , and wherein the eroding device comprises a control device which is designed to control the motion control system for executing the various linear and rotational movements of the eroding electrode individually or simultaneously during the eroding process for producing a planned material sample geometry , wherein the eroding device comprises a collecting and/or catching device for collecting and/or catching the material samples after the eroding process.
A method of selectively detecting the presence of Salmonella Typhimurium in a sample, the method comprising: (a) providing a reaction mixture comprising a suitable primer pair for amplification of a sequence having at least 95% sequence identity over the entire length of the sequence of SEQ ID NO:3; (b) performing PCR amplification of the nucleic acids of the sample using the reaction mixture of step (a) to amplify the sequence; and (c) selectively detecting the presence of Salmonella Typhimurium by detecting the amplified sequence which has at least 95% sequence identity over the entire length of the sequence of SEQ ID No: 3. (a) providing a reaction mixture comprising a suitable primer pair for amplification of a sequence having at least 95% sequence identity over the entire length of the sequence of SEQ ID NO:3; (b) performing PCR amplification of the nucleic acids of the sample using the reaction mixture of step (a) to amplify the sequence; and (c) selectively detecting the presence of Salmonella Typhimurium by detecting the amplified sequence which has at least 95% sequence identity over the entire length of the sequence of SEQ ID No: 3.
A fastening construction , in particular for an exterior vision unit of a motor vehicle, comprising a base part which can be fixedly connected with a vehicle, and a rotation part which is couplable with the base part and which in coupled condition forms a central shaft for pivotally bearing-mounting a housing of an exterior vision unit, wherein the base part and the rotation part are provided with at least one cam and groove pair cooperating as a bayonet catch , such that in a first angular position (α1) of the rotation part with respect to the base part , the rotation part for the purpose of coupling can be displaced along a geometric axis to the base part to align the cam and groove pair for cooperation, and wherein the rotation part thereupon is pivotable about the geometric axis from the first angular position (α1) to a second angular position (α2) in which through cooperation of the cam and groove pair the rotation part is locked with respect to the base part axially along the geometric axis , wherein the cam and groove pair is provided with surfaces cooperating under wedging action , characterized in that the rotation part furthermore cooperates with a tightening part in a manner rotation-coupled via a breakable coupling , so that the tightening part , with the breakable coupling breaking, can rotate relative to the base part and a remaining portion of the rotation part from the second angular position (α2) about the geometric axis to a third angular position (α3).
A method of making a wind turbine blade component incorporating a lightning protection system, the method comprising: providing a mould surface ; arranging a forming element on the mould surface; providing a surface protection layer including an electrically conductive layer ; reinforcing the electrically conductive layer in a predetermined region to create a reinforced zone ; arranging the electrically conductive layer over the forming element so that the reinforced zone is superimposed on the forming element ; arranging one or more structural components on the electrically conductive layer ; consolidating the structural components under vacuum to form a blade shell having an integrated electrically conductive layer adjacent an outer surface of the shell; removing at least part of the forming element from the blade shell to define a recess in the outer surface of the shell so as to expose the reinforced zone of the electrically conductive layer; electrically connecting the electrically conductive layer at the reinforced zone to a respective electrical component located adjacent an inner surface of the blade shell, wherein the forming element includes a removable element arranged to seal against the electrically conductive layer during consolidation of the structural components under vacuum. providing a mould surface ; arranging a forming element on the mould surface; providing a surface protection layer including an electrically conductive layer ; reinforcing the electrically conductive layer in a predetermined region to create a reinforced zone ; arranging the electrically conductive layer over the forming element so that the reinforced zone is superimposed on the forming element ; arranging one or more structural components on the electrically conductive layer ; consolidating the structural components under vacuum to form a blade shell having an integrated electrically conductive layer adjacent an outer surface of the shell; removing at least part of the forming element from the blade shell to define a recess in the outer surface of the shell so as to expose the reinforced zone of the electrically conductive layer; electrically connecting the electrically conductive layer at the reinforced zone to a respective electrical component located adjacent an inner surface of the blade shell, wherein the forming element includes a removable element arranged to seal against the electrically conductive layer during consolidation of the structural components under vacuum.