mhurhangee/patent-ind-claim-en huggingface dataset:
A system for measuring tread depth of a pneumatic tyre , the system comprising: a sensor element comprising a magnetic inlay that is sized and shaped to be embedded in the tyre and to have an outer surface that is part of a rolling surface of the tyre ; a first coil having a first inductance; a second coil having a second inductance, wherein the first inductance is different from the second inductance and the first inductance and the second inductance are dependent at least in part on the size of the magnetic inlay ; an inductance measuring circuit for measuring the first inductance of the first coil and the second inductance of the second coil , wherein wear of the magnetic inlay causes a change in the value of the measured first inductance and/or measured second inductance, the change being indicative of wear of the tread depth of the tyre ; means for calculating a ratio of the measured first inductance and the measured second inductance; a transmitter for transmitting one or more output values representative of the measured first inductance and/or the measured second inductance and/or the ratio of the measured first inductance and the measured second inductance. a sensor element comprising a magnetic inlay that is sized and shaped to be embedded in the tyre and to have an outer surface that is part of a rolling surface of the tyre ; a first coil having a first inductance; a second coil having a second inductance, wherein the first inductance is different from the second inductance and the first inductance and the second inductance are dependent at least in part on the size of the magnetic inlay ; an inductance measuring circuit for measuring the first inductance of the first coil and the second inductance of the second coil , wherein wear of the magnetic inlay causes a change in the value of the measured first inductance and/or measured second inductance, the change being indicative of wear of the tread depth of the tyre ; means for calculating a ratio of the measured first inductance and the measured second inductance; a transmitter for transmitting one or more output values representative of the measured first inductance and/or the measured second inductance and/or the ratio of the measured first inductance and the measured second inductance.
A method for the neutralization and/or inactivation of a carbapenem in a culture medium, the method comprising: adding a test sample suspected of containing microorganisms to said culture medium; adding one or more non-thiol containing primary amines to said culture medium capable of supporting growth of microorganisms, wherein said one or more non-thiol containing primary amines are present in an amount effective for neutralization and/or inactivation of any carbapenems present in said culture medium, said effective amount allowing for a final concentration of from 0.5 g/L to 20 g/L; culturing said culture medium under conditions sufficient for growth of any microorganisms in said test sample; and detecting the presence of microorganisms in said test sample. adding a test sample suspected of containing microorganisms to said culture medium; adding one or more non-thiol containing primary amines to said culture medium capable of supporting growth of microorganisms, wherein said one or more non-thiol containing primary amines are present in an amount effective for neutralization and/or inactivation of any carbapenems present in said culture medium, said effective amount allowing for a final concentration of from 0.5 g/L to 20 g/L; culturing said culture medium under conditions sufficient for growth of any microorganisms in said test sample; and detecting the presence of microorganisms in said test sample.
A washing machine comprising: a housing ; a drum rotatably disposed inside the housing and including a rotation shaft that extends in a vertical direction; a driving shaft configured to transfer a rotational force generated by a driving motor of the washing machine to the drum ; and a driving shaft flange configured to connect the driving shaft to the drum ; wherein the driving shaft flange comprises: a first surface , a second surface parallel to the first surface , wherein the first surface and the second surface are spaced apart from each other by a predetermined distance in the vertical direction, and a plurality of connection portions formed perpendicular to the first surface and the second surface and connecting the first surface to the second surface , wherein an end of the first surface and an end of the second surface and an end of the plurality of connection portions in a circumferential direction of the drum are substantially aligned in an axial direction of the driving shaft . a first surface , a second surface parallel to the first surface , wherein the first surface and the second surface are spaced apart from each other by a predetermined distance in the vertical direction, and a plurality of connection portions formed perpendicular to the first surface and the second surface and connecting the first surface to the second surface , wherein an end of the first surface and an end of the second surface and an end of the plurality of connection portions in a circumferential direction of the drum are substantially aligned in an axial direction of the driving shaft .
A method of manufacturing a panel for a vehicle, the method comprising: trimming second ends of each of first and second charges ; overlapping the first and second charges and aligning the second ends ; positioning forming sheets between the first and second charges ; securing blades of the first and second charges together, the blades being positioned on an opposing end of the first and second charges from the second ends ; while the first and second charges are secured together, applying forces (C) to the forming sheets and separating second ends of the first and second charges and forming first and second flanges ; filling a groove formed between the first and second flanges with filler material ; and while the first and second charges are secured together, placing the first and second flanges on a panel with the first and second flanges contacting against the panel and the groove positioned at the panel . trimming second ends of each of first and second charges ; overlapping the first and second charges and aligning the second ends ; positioning forming sheets between the first and second charges ; securing blades of the first and second charges together, the blades being positioned on an opposing end of the first and second charges from the second ends ; while the first and second charges are secured together, applying forces (C) to the forming sheets and separating second ends of the first and second charges and forming first and second flanges ; filling a groove formed between the first and second flanges with filler material ; and while the first and second charges are secured together, placing the first and second flanges on a panel with the first and second flanges contacting against the panel and the groove positioned at the panel .
Battery system for an electric vehicle, comprising - a number of first battery modules each comprising a number of battery cells , - a number of second battery modules each comprising a number of battery cells , wherein each second battery module comprises a power electronics unit having a DCDC converter, characterized in that the first and second battery modules are connected in series, wherein the first battery modules are connected directly in series and the second battery modules are connected via their power electronics units . - a number of first battery modules each comprising a number of battery cells , - a number of second battery modules each comprising a number of battery cells ,
A system for compensating for a decline in performance of a power skin brush comprising: a power skin brush having a handle with an oscillating brushhead workpiece and a drive system therefor, the brushhead workpiece having an RFID tag ; characterised in that the system further comprises: an RFID reader in the handle responsive to the RFID tag moving past the reader to produce information concerning time of actual use or the number of individual use events of the brushhead workpiece ; and a microprocessor for calculating the time of actual use or the number of individual use events of the brushhead workpiece and determining any decline in performance based on said calculation of time of actual use or the number of individual use events in accordance with stored information present in the appliance, and for adjusting the frequency or duty cycle of the drive system for the appliance in accordance with the stored information to maintain performance of the appliance. a power skin brush having a handle with an oscillating brushhead workpiece and a drive system therefor, the brushhead workpiece having an RFID tag ; characterised in that the system further comprises: an RFID reader in the handle responsive to the RFID tag moving past the reader to produce information concerning time of actual use or the number of individual use events of the brushhead workpiece ; and a microprocessor for calculating the time of actual use or the number of individual use events of the brushhead workpiece and determining any decline in performance based on said calculation of time of actual use or the number of individual use events in accordance with stored information present in the appliance, and for adjusting the frequency or duty cycle of the drive system for the appliance in accordance with the stored information to maintain performance of the appliance. an RFID reader in the handle responsive to the RFID tag moving past the reader to produce information concerning time of actual use or the number of individual use events of the brushhead workpiece ; and a microprocessor for calculating the time of actual use or the number of individual use events of the brushhead workpiece and determining any decline in performance based on said calculation of time of actual use or the number of individual use events in accordance with stored information present in the appliance, and for adjusting the frequency or duty cycle of the drive system for the appliance in accordance with the stored information to maintain performance of the appliance.
A method for operating a network, wherein a higher-level service function, namely a service, is composed by combining lower-level service functions, namely modules, of the network, wherein at least two modules interact according to a policy for providing and/or monitoring and/or optimizing the service, and wherein the modules are location-aware and/or proximity-aware with respect to at least one other module for deciding and/or varying: - the amount and/or kind of interaction between modules and/or - a location of at least one module at runtime depending on such an awareness of location and/or proximity and on said policy, wherein said awareness is given to the modules by an orchestrator or service orchestrator function and the method being characterized in that the orchestrator or service orchestrator function is aware of individual operating points of the various modules, an operating point being a dependency declaration between inter-module proximity and a benefit metric capturing the impact of modules' proximity on possible module performance quality, the operating points being exposed, for each link between modules, in a service graph, a service graph being a service specification where links between modules show interaction dependencies that is handed over to the orchestrator for service execution, whereby modules maintain a module-internal state machine for their various operating points, said module-internal state machine being updated depending on a module's proximity to other neighboring modules in the service graph. - the amount and/or kind of interaction between modules and/or - a location of at least one module
Handheld programming device for programming/controlling a programmable machine (1, R1, R2), having a second interface via which the handheld programming device (PHG) reads a first data carrier assigned to the machine (1, R1, R2), wherein the handheld programming device (PHG) is configured such that it can only influence the machine (1, R1, R2) as long as the data carrier is coupled operatively to the second interface , characterised in that the handheld programming device (PHG) is configured to read a personalised second data carrier by means of a third interface of the handheld programming device (PHG) and on the basis of the read personalised second data carrier to activate or deactivate functions of the handheld programming device (PHG) assigned to the personalised second data carrier , as long as the personalised second data carrier is coupled operatively to the third interface of the handheld programming device (PHG).
A blower system for providing air to an airframe system , comprising: a rotor configured to be mechanically coupled to a spool of a gas turbine engine , the rotor comprising a plurality of compressor blades on a first side of the rotor and a plurality of turbine blades or a plurality of impulse scoops on a second side of the rotor; wherein the rotor is configured to: in a blower mode, be driven to rotate in a first direction by the spool and to function as a centrifugal compressor, the plurality of compressor blades on the first side of the rotor configured to direct air to an airframe discharge port for supply to the airframe system; and in an engine drive mode, receive air from an external air source via one or more impingement ports configured to direct the received air onto the plurality of turbine blades or the plurality impulse scoops on the second side of the rotor and thereby drive the rotor to rotate the same first direction to drive the spool to rotate. a rotor configured to be mechanically coupled to a spool of a gas turbine engine , the rotor comprising a plurality of compressor blades on a first side of the rotor and a plurality of turbine blades or a plurality of impulse scoops on a second side of the rotor; wherein the rotor is configured to: in a blower mode, be driven to rotate in a first direction by the spool and to function as a centrifugal compressor, the plurality of compressor blades on the first side of the rotor configured to direct air to an airframe discharge port for supply to the airframe system; and in an engine drive mode, receive air from an external air source via one or more impingement ports configured to direct the received air onto the plurality of turbine blades or the plurality impulse scoops on the second side of the rotor and thereby drive the rotor to rotate the same first direction to drive the spool to rotate. in a blower mode, be driven to rotate in a first direction by the spool and to function as a centrifugal compressor, the plurality of compressor blades on the first side of the rotor configured to direct air to an airframe discharge port for supply to the airframe system; and in an engine drive mode, receive air from an external air source via one or more impingement ports configured to direct the received air onto the plurality of turbine blades or the plurality impulse scoops on the second side of the rotor and thereby drive the rotor to rotate the same first direction to drive the spool to rotate.
A polyethylene comprising: a molecular weight distribution (MWD) of about 4.5 to about 14; a comonomer homogeneity index (CHI) of < 0.5; a slope of strain hardening greater than about 0.75, as measured by extensional viscosity fixture (EVF); and wherein the polyethylene has a heterogeneous distribution of short chain branching (SCB), a ratio of weight-average molecular weight calculated using an LS detector to weight-average molecular weight calculated using an RI detector, M w (LS)/M w (RI), of from 1.4 to 3.0; and a melt flow ratio (I 21 /I 2 ) greater than or equal to 8.33 + (4.17 × MWD). a molecular weight distribution (MWD) of about 4.5 to about 14; a comonomer homogeneity index (CHI) of < 0.5; a slope of strain hardening greater than about 0.75, as measured by extensional viscosity fixture (EVF); and wherein the polyethylene has a heterogeneous distribution of short chain branching (SCB), a ratio of weight-average molecular weight calculated using an LS detector to weight-average molecular weight calculated using an RI detector, M w (LS)/M w (RI), of from 1.4 to 3.0; and a melt flow ratio (I 21 /I 2 ) greater than or equal to 8.33 + (4.17 × MWD).
Substance mixtures, comprising (a) phloretin, (b) naringenin, (c) at least one additional sweet substance, which is different from phloretin and naringenin, as well as optionally (d) at least one flavouring, wherein the components (a) and (b) are present in a weight ratio of 99:1 to 1:99. (a) phloretin, (b) naringenin, (c) at least one additional sweet substance, which is different from phloretin and naringenin, as well as optionally (d) at least one flavouring,
A method of preparing an aromatic vinyl-unsaturated nitrile-based copolymer, in which the content of oligomers is less than 0.5 parts by weight based on 100 parts by weight of the copolymer, the content of residual monomers is less than 1,000 ppm, and the content of structural units derived from unsaturated nitrile monomers in the copolymer is in a range of 22 to 30 wt%, comprising: preparing a polymerization product by adding a polymerization initiator into a mixed solution prepared by adding an aromatic vinyl-based monomer and an unsaturated nitrile-based monomer into a reaction solvent, and then performing polymerization at 115 to 135 °C such that a monomer conversion ratio is 80% or more; and performing a devolatilization process on the polymerization product, wherein the aromatic vinyl-based monomer and unsaturated nitrile-based monomer are used in a weight ratio of 65:35 to 78:22, and the polymerization initiator includes an organic peroxide having a 1 hour half-life temperature in a range of 100 to 120 °C and is used in an amount of 0.04 to 0.07 parts by weight based on 100 parts by weight of total monomers. preparing a polymerization product by adding a polymerization initiator into a mixed solution prepared by adding an aromatic vinyl-based monomer and an unsaturated nitrile-based monomer into a reaction solvent, and then performing polymerization at 115 to 135 °C such that a monomer conversion ratio is 80% or more; and performing a devolatilization process on the polymerization product, wherein the aromatic vinyl-based monomer and unsaturated nitrile-based monomer are used in a weight ratio of 65:35 to 78:22, and the polymerization initiator includes an organic peroxide having a 1 hour half-life temperature in a range of 100 to 120 °C and is used in an amount of 0.04 to 0.07 parts by weight based on 100 parts by weight of total monomers.
A computer-implemented method executed by one or more processors , the method comprising: receiving, from an external application , a request for a recommended action regarding entities associated with a source system; extracting information regarding the entities and relationships between the entities from a data source in which the source system persists transaction and security data, wherein the data source comprises security logs from multiple machines and at least part of the information is extracted from the security logs; constructing an associative memory map from the extracted information, wherein the associative memory map describes the entities as nodes and characterizes a strength of the relationships between each entity; selecting a subgraph of nodes from the associative memory map based on a result of searching the nodes in the associative memory map using input parameters of the request; identifying the nodes most relevant to the requested recommended action in at least a shortest path of traversal in the selected subgraph of nodes and finding similar nodes and relationships by performing a full search of the associative memory map; determining the requested recommended action based on an event identified in the relationships between the identified most relevant nodes, wherein the event involves unusual and/or malicious traffic to at least one of the multiple machines; and transmitting the recommended action to the external application . receiving, from an external application , a request for a recommended action regarding entities associated with a source system; extracting information regarding the entities and relationships between the entities from a data source in which the source system persists transaction and security data, wherein the data source comprises security logs from multiple machines and at least part of the information is extracted from the security logs; constructing an associative memory map from the extracted information, wherein the associative memory map describes the entities as nodes and characterizes a strength of the relationships between each entity; selecting a subgraph of nodes from the associative memory map based on a result of searching the nodes in the associative memory map using input parameters of the request; identifying the nodes most relevant to the requested recommended action in at least a shortest path of traversal in the selected subgraph of nodes and finding similar nodes and relationships by performing a full search of the associative memory map; determining the requested recommended action based on an event identified in the relationships between the identified most relevant nodes, wherein the event involves unusual and/or malicious traffic to at least one of the multiple machines; and transmitting the recommended action to the external application .
A memory system , comprising: a core power supply node configured to provide a core power supply; a backup regulator configured to provide a backup power supply; a memory configured to be powered by the core power supply or the backup power supply; threshold detection circuitry configured to provide: a first indicator (POR_B) that when asserted indicates the core power supply has fallen to a first threshold, a second indicator (LVD_B) that when asserted indicates the core power supply has fallen to a second threshold, a third indicator (ISO_B) that when asserted indicates the core power supply has fallen to a third threshold; and characterised by further comprising power sequence detection circuitry configured to determine, upon the core power supply falling and based on which of the first, second, and third indicators are asserted, whether the asserted indicators have been asserted in a correct sequence and provide a first test result (POR_DOWN, ISO_DOWN, LVD_DOWN) accordingly. a core power supply node configured to provide a core power supply; a backup regulator configured to provide a backup power supply; a memory configured to be powered by the core power supply or the backup power supply; threshold detection circuitry configured to provide: a first indicator (POR_B) that when asserted indicates the core power supply has fallen to a first threshold, a second indicator (LVD_B) that when asserted indicates the core power supply has fallen to a second threshold, a third indicator (ISO_B) that when asserted indicates the core power supply has fallen to a third threshold; and characterised by further comprising power sequence detection circuitry configured to determine, upon the core power supply falling and based on which of the first, second, and third indicators are asserted, whether the asserted indicators have been asserted in a correct sequence and provide a first test result (POR_DOWN, ISO_DOWN, LVD_DOWN) accordingly. a first indicator (POR_B) that when asserted indicates the core power supply has fallen to a first threshold, a second indicator (LVD_B) that when asserted indicates the core power supply has fallen to a second threshold, a third indicator (ISO_B) that when asserted indicates the core power supply has fallen to a third threshold; and characterised by further comprising power sequence detection circuitry configured to determine, upon the core power supply falling and based on which of the first, second, and third indicators are asserted, whether the asserted indicators have been asserted in a correct sequence and provide a first test result (POR_DOWN, ISO_DOWN, LVD_DOWN) accordingly.