mhurhangee/patent-ind-claim-en huggingface dataset:
A controller for a drive-by-wire system comprising: a verification module for verifying accuracy of the controller ; a terminal arranged to receive a first input and a second input; wherein the controller is arranged to generate a torque demand based on the first input and the second input; wherein said verification module comprises: a calculation module arranged to calculate an expected torque demand based on the first input, and not based on the second input; a correction module arranged to calculate an error between the torque demand and the expected torque demand and to modify the expected torque demand to reduce the error; and a limiter arranged to limit the torque demand in response to the error being greater than a threshold. wherein the controller is arranged to generate a torque demand based on the first input and the second input; wherein said verification module comprises: a calculation module arranged to calculate an expected torque demand based on the first input, and not based on the second input; a correction module arranged to calculate an error between the torque demand and the expected torque demand and to modify the expected torque demand to reduce the error; and a limiter arranged to limit the torque demand in response to the error being greater than a threshold.
Method for communication with an NFC-chip of a user identification document, comprising the steps of: - a terminal , trusted to do access control, obtaining protected data from the NFC-chip by communicating with the NFC-chip, wherein obtaining comprises the step of verifying the integrity of the protected data; and - a server verifying genuineness of the NFC-chip communicating via the terminal, wherein the step of verifying genuineness is initiated before (d202, d302, d402) completing the obtaining step, wherein the terminal is trusted to do clone-detection protocol execution but untrusted to do active authentication and passive authentication. - a terminal , trusted to do access control, obtaining protected data from the NFC-chip by communicating with the NFC-chip, wherein obtaining comprises the step of verifying the integrity of the protected data; and - a server verifying genuineness of the NFC-chip communicating via the terminal, wherein the step of verifying genuineness is initiated before (d202, d302, d402) completing the obtaining step,
An implantable active medical device system for performing optogenetic stimulation techniques, the system comprising: an active medical device ; a lead extending between a proximal portion electrically coupled to the active medical device and a distal end portion configured to emit light, the distal end portion comprising: a solid state light source disposed within a light transmissive ring element , wherein the light transmissive ring element is hermetically bonded to an electrode ring element and the electrode ring element forming an exterior segment of the distal end portion. an active medical device ; a lead extending between a proximal portion electrically coupled to the active medical device and a distal end portion configured to emit light, the distal end portion comprising: a solid state light source disposed within a light transmissive ring element , wherein the light transmissive ring element is hermetically bonded to an electrode ring element and the electrode ring element forming an exterior segment of the distal end portion. a solid state light source disposed within a light transmissive ring element , wherein the light transmissive ring element is hermetically bonded to an electrode ring element and the electrode ring element forming an exterior segment of the distal end portion.
A blade outer air seal assembly comprising: a blade outer air seal having axially spaced forward and aft portions and a central web between said axially spaced portions ; and an attachment block to be supported on structure within an engine , said attachment block mounting said blade outer air seal , and comprising a passage extending into a central chamber within said attachment block , and communicating with cooling holes through a radially inner face of said attachment block to direct cooling air at said central web of said blade outer air seal characterised in that : said central chamber includes circumferentially extending fingers communicating with said passage , such that air may pass into said passage , and then circumferentially into said circumferentially extending fingers , and then through said cooling holes to impinge on said central web . a blade outer air seal having axially spaced forward and aft portions and a central web between said axially spaced portions ; and an attachment block to be supported on structure within an engine , said attachment block mounting said blade outer air seal , and comprising a passage extending into a central chamber within said attachment block , and communicating with cooling holes through a radially inner face of said attachment block to direct cooling air at said central web of said blade outer air seal characterised in that : said central chamber includes circumferentially extending fingers communicating with said passage , such that air may pass into said passage , and then circumferentially into said circumferentially extending fingers , and then through said cooling holes to impinge on said central web .
Fuel injection valve for injecting a gaseous and/or liquid fuel into a combustion chamber of an internal combustion engine, comprising a first valve member which is received in a central bore of a nozzle body so as to perform a reciprocating movement, and a second valve member which is received in a central bore of the first valve member so as to perform a reciprocating movement, and control valves for hydraulic feedforward control of the two valve members , wherein each valve member is assigned a control space which is able to be relieved by way of a control valve ; wherein a further valve which is able to be hydraulically controlled by way of the control valve is disposed between a control space and a control valve that serves for relieving the control space , characterized in that provided for the hydraulic control of the further valve is a further control space which is delimited by an activating element for activating a closing element of the further valve , and in that the further valve is embodied as a 2/2-way valve, for example as a ball-seated valve. wherein a further valve which is able to be hydraulically controlled by way of the control valve is disposed between a control space and a control valve that serves for relieving the control space , characterized in that provided for the hydraulic control of the further valve is a further control space which is delimited by an activating element for activating a closing element of the further valve , and in that the further valve is embodied as a 2/2-way valve, for example as a ball-seated valve.
An anti-slip floor tile comprising: a base layer , a decorative layer on the base layer , and a wear resistant layer on the decorative layer , the wear resistant layer comprises a non rigid or semi rigid thermoplastic resin, and a plurality of first mineral particles uniformly distributed inside the thermoplastic resin, characterized in that the anti-slip floor tile further comprises a coating layer on the wear resistant layer , the coating layer is obtainable from a composition comprising 20% to 50% of poly urethane acrylate prepolymer, 20% to 40% of acrylate monomer, 0.5% to 3.0% of fluorosilane, 2% to 8% of photoinitiator, 0.5% to 5% of wetting agent. a base layer , a decorative layer on the base layer , and a wear resistant layer on the decorative layer , the wear resistant layer comprises a non rigid or semi rigid thermoplastic resin, and a plurality of first mineral particles uniformly distributed inside the thermoplastic resin, characterized in that the anti-slip floor tile further comprises a coating layer on the wear resistant layer , the coating layer is obtainable from a composition comprising 20% to 50% of poly urethane acrylate prepolymer, 20% to 40% of acrylate monomer, 0.5% to 3.0% of fluorosilane, 2% to 8% of photoinitiator, 0.5% to 5% of wetting agent.
A computer-implemented method of processing face scan data representing an eyebag area of a face, the method comprising: receiving, by a facial analysis device , first face scan data representing a scan of the face; determining, by the facial analysis device , a first model of the eyebag area of the first face scan data; determining, by the facial analysis device , a first score for the eyebag area based on the first model; and storing by the facial analysis device , the first score in a scan data store , wherein said first face scan data represent a three-dimensional scan of the face; characterized in that - determining the first model of the eyebag area of the first face scan data includes: determining a reference plane of the first face scan data; determining a distance from each voxel within the first face scan data to the reference plane; and determining a histogram of the distances; and in that determining a first score based on the first model includes determining a standard deviation of the histogram. receiving, by a facial analysis device , first face scan data representing a scan of the face; determining, by the facial analysis device , a first model of the eyebag area of the first face scan data; determining, by the facial analysis device , a first score for the eyebag area based on the first model; and storing by the facial analysis device , the first score in a scan data store , wherein said first face scan data represent a three-dimensional scan of the face; characterized in that - determining the first model of the eyebag area of the first face scan data includes: determining a reference plane of the first face scan data; determining a distance from each voxel within the first face scan data to the reference plane; and determining a histogram of the distances; and in that determining a first score based on the first model includes determining a standard deviation of the histogram. determining a reference plane of the first face scan data; determining a distance from each voxel within the first face scan data to the reference plane; and determining a histogram of the distances; and in that determining a first score based on the first model includes determining a standard deviation of the histogram.
A valve mechanism for mounting on a flow control apparatus , the valve mechanism comprising: a) a valve body having at least one inlet in communication with an outlet through a chamber , said valve body further comprising a slot , and b) a valve stem rotatably disposed in said chamber , said valve stem having a back portion comprising a channel , characterized in that the channel has opposed openings adapted to engage a rotatable shaft of the control apparatus, the slot in the valve body and said channel are so arranged that when the valve mechanism is in a position permitting fluid flow, the slot and the channel are not aligned so as to prevent disengagement of the valve mechanism from the flow control apparatus and that when the slot and the channel are aligned so as to enable disengagement of the valve mechanism from the flow control apparatus , the valve mechanism is in a position preventing fluid flow. a) a valve body having at least one inlet in communication with an outlet through a chamber , said valve body further comprising a slot , and b) a valve stem rotatably disposed in said chamber , said valve stem having a back portion comprising a channel ,
A line roller for guiding a fishing line to a spool of a spinning reel , the line roller comprising: a bearing member rotatable about a rotational axis (O); and a guide member disposed outside the bearing member in a radial direction from the rotational axis (O), the guide member including a holding portion and a body , the holding portion made of a metal or a ceramic, the holding portion 2. being designed to hold a fishing line, the holding portion being provided on an outer peripheral surface of the body and extending in a circumferential direction centered along an imaginary circle about the rotational axis (O), the body including a guide surface for leading the fishing line to the holding portion characterized in that the body is made of a resin, the holding portion includes an annular groove for holding the fishing line and an outermost surface, the outermost surface being a surface of the holding portion farthest from the rotational axis (O); and the guide surface of the body abuts the outermost surface of the holding portion. a bearing member rotatable about a rotational axis (O); and a guide member disposed outside the bearing member in a radial direction from the rotational axis (O), the guide member including a holding portion and a body , the holding portion made of a metal or a ceramic, the holding portion 2. being designed to hold a fishing line, the holding portion being provided on an outer peripheral surface of the body and extending in a circumferential direction centered along an imaginary circle about the rotational axis (O), the body including a guide surface for leading the fishing line to the holding portion characterized in that the body is made of a resin, the holding portion includes an annular groove for holding the fishing line and an outermost surface, the outermost surface being a surface of the holding portion farthest from the rotational axis (O); and the guide surface of the body abuts the outermost surface of the holding portion.
Mullion-transom construction having a mullion and a transom that can be fixed to the mullion , wherein a glass contact seal is fixed to the mullion and a drainage channel is arranged next to the glass contact seal , and an attachment seal is provided on the transom , which has two glass contact seals and a connecting section between the two glass contact seals , wherein the attachment seal projects beyond the end of the transom and is inserted into a recess of the glass contact seal , wherein a supporting body is arranged between the protruding end of the attachment seal and the mullion , characterized in that in the protruding end of the attachment seal an opening is provided, which is aligned with a filling opening of a distribution channel in the supporting body for filling with sealant.
A shovel comprising: a lower traveling body ; an upper swiveling body that is mounted on the lower traveling body so as to be able to swivel; a traveling actuator that drives the lower traveling body ; and a control device that is provided in the upper swiveling body , wherein the control device operates the traveling actuator so as to move the lower traveling body toward an intermediate target that is generated based on information about a target position. a lower traveling body ; an upper swiveling body that is mounted on the lower traveling body so as to be able to swivel; a traveling actuator that drives the lower traveling body ; and a control device that is provided in the upper swiveling body , wherein the control device operates the traveling actuator so as to move the lower traveling body toward an intermediate target that is generated based on information about a target position.
Vegetable food product, free from saccharose, lactose, egg and soybean, comprising a base ingredient, wherein said base ingredient comprises water and micronized particles of gluten-free wholegrain cereal seeds, and is in the form of a fluid and/or anhydrous powder, wherein said micronized particles have a size of less than 30 microns, wherein said vegetable food product further comprises thickeners, of natural and/or artificial origin which determine an increase in the density and consistency of the base ingredient, and flavourings, which flavourings give said food product a food substitute character for cheese wherein: - said gluten-free cereals are selected from the group consisting of rice, corn, millet, buckwheat, sorghum, amaranth, quinoa; - said thickeners comprise carrageenan and/or agar-agar and/or starches and/or carob seeds and/or guar and/or xanthan; - said flavourings comprise diacetyl and butyric acid, to give a butter flavour, and/or valerenic acid and/or isobutyric acid, to give a cheese flavour and/or heptanonemethylthiobutyrate, to give a gorgonzola flavour, and wherein said food product comprises lipids, such as coconut oil and/or olive oil, and/or seed oil and/or vegetable oil and/or vegetable margarines, and said food product is pasteurised or treated at a pressure within a range between 3000 and 15000 bar. - said gluten-free cereals are selected from the group consisting of rice, corn, millet, buckwheat, sorghum, amaranth, quinoa; - said thickeners comprise carrageenan and/or agar-agar and/or starches and/or carob seeds and/or guar and/or xanthan; - said flavourings comprise diacetyl and butyric acid, to give a butter flavour, and/or valerenic acid and/or isobutyric acid, to give a cheese flavour and/or heptanonemethylthiobutyrate, to give a gorgonzola flavour, and
Air intake system for a forced-induction heat engine , said air intake system comprising an outside air inlet and an intercooler , characterized in that said air intake system further comprises a bypass line for bypassing the intercooler , between a connection point arranged upstream of said intercooler and a charge air outlet connected to the heat engine , said bypass line comprising within it a phase-change material , said air intake system also comprising a device for regulating and redirecting the intake air at the connection point .
A method for reducing divergence of control flow in a single-instruction-multiple-data processor, the method comprising: at a point of divergent control flow, identifying control flow targets for different execution items of a wavefront, wherein the wavefront is temporally divided into a plurality of time slots for execution; sorting the execution items based on the identified control flow targets to generate sorted execution item groups; reorganizing the execution items of the wavefront by swapping the execution items of the wavefront between the time slots based on the sorted execution item groups such that within a time slot of the time slots more execution items have the same control flow target than without the reorganizing, wherein execution items of the same group are reorganized into the same time slot; and executing the wavefront after the point of divergent control flow based on the reorganized execution items. at a point of divergent control flow, identifying control flow targets for different execution items of a wavefront, wherein the wavefront is temporally divided into a plurality of time slots for execution; sorting the execution items based on the identified control flow targets to generate sorted execution item groups; reorganizing the execution items of the wavefront by swapping the execution items of the wavefront between the time slots based on the sorted execution item groups such that within a time slot of the time slots more execution items have the same control flow target than without the reorganizing, wherein execution items of the same group are reorganized into the same time slot; and executing the wavefront after the point of divergent control flow based on the reorganized execution items.
Soldering iron comprising a soldering tip which can be heated by means of a laser beam extending at least in part along a laser path (X) in the soldering iron , the soldering iron comprising an energy converter which is designed to absorb the laser beam and is coupled to the soldering tip in order to heat it, characterized in that a laser source for generating the laser beam is arranged inside the soldering iron ; a laser source generating the laser beam being designed to adjust the focus of the laser beam at different distances relative to the surface of the energy converter to be heated so that the heating times of the soldering iron can be varied; it being possible to transport the laser beam by means of a light guide arranged in the soldering iron, the light guide extending along the laser path; there being a distance between an outlet opening of the light guide and the energy converter, which distance is kept constant, the laser source comprising a laser outlet opening which is coupled to one end of the light guide.
Measuring pickup having a temperature sensor for detecting a temperature measurement value and having a moisture sensor for detecting a moisture measurement value, comprising - a main body which extends in an elongate manner between a proximal end and a distal end of the measuring pickup along one direction of extent; - an interface which is arranged at the proximal end and is designed to output a data signal which is indicative of the moisture and to receive a supply signal for heating the moisture sensor ; - an electronics system which is arranged on the main body and is mounted downstream of the interface in the direction of extent and is coupled to the temperature sensor and to the moisture sensor , wherein the electronics system is designed to provide the data signal depending on the temperature measurement value and the moisture measurement value; wherein: - the moisture sensor is arranged at the distal end ; and the temperature sensor comprises an ambient temperature sensing device which is spaced apart from the moisture sensor by a portion of the main body , characterized in that the ambient temperature sensing device is arranged between the electronics system , which is mounted downstream of the interface at the proximal end in the direction of extent, and the distal end with the moisture sensor , wherein the main body has a first cutout which frames the ambient temperature sensing device . - a main body which extends in an elongate manner between a proximal end and a distal end of the measuring pickup along one direction of extent; - an interface which is arranged at the proximal end and is designed to output a data signal which is indicative of the moisture and to receive a supply signal for heating the moisture sensor ; - an electronics system which is arranged on the main body and is mounted downstream of the interface in the direction of extent and is coupled to the temperature sensor and to the moisture sensor , wherein the electronics system is designed to provide the data signal depending on the temperature measurement value and the moisture measurement value; - the moisture sensor is arranged at the distal end ; and the temperature sensor comprises an ambient temperature sensing device which is spaced apart from the moisture sensor by a portion of the main body ,