mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method of determining a target lateral acceleration of a host vehicle relative to a road along which the host vehicle is travelling, for use in autonomous control of the host vehicle to drive along the road in accordance with predetermined driving rules, the method comprising: evaluating (S41) each scalar velocity function of a plurality of scalar velocity functions at a plurality of key lateral positions predefined with respect to a model of the road to generate a respective set of scalar velocity values, wherein values of each scalar velocity function bias the autonomous control towards controlling the host vehicle to be driven along the road in accordance with a respective one of the driving rules; combining (S42) the scalar velocity values generated for each key lateral position of the plurality of key lateral positions to generate a respective target lateral velocity value for the key lateral position, the scalar velocity values generated for each of the key lateral positions being combined by adding a first value, which is the greatest of zero and the scalar velocity values, to a second value, which is the smallest of zero and the scalar velocity values; generating (S43) a lateral velocity field by interpolating between the target lateral velocity values generated for the plurality of key lateral positions; and determining (S44) the target lateral acceleration of the host vehicle using the generated velocity field and a measured lateral velocity of the host vehicle. evaluating (S41) each scalar velocity function of a plurality of scalar velocity functions at a plurality of key lateral positions predefined with respect to a model of the road to generate a respective set of scalar velocity values, wherein values of each scalar velocity function bias the autonomous control towards controlling the host vehicle to be driven along the road in accordance with a respective one of the driving rules; combining (S42) the scalar velocity values generated for each key lateral position of the plurality of key lateral positions to generate a respective target lateral velocity value for the key lateral position, the scalar velocity values generated for each of the key lateral positions being combined by adding a first value, which is the greatest of zero and the scalar velocity values, to a second value, which is the smallest of zero and the scalar velocity values; generating (S43) a lateral velocity field by interpolating between the target lateral velocity values generated for the plurality of key lateral positions; and determining (S44) the target lateral acceleration of the host vehicle using the generated velocity field and a measured lateral velocity of the host vehicle.
A rotor blade attachment for retaining a platform-less rotor blade of a gas turbine engine, comprising a blade attachment root section comprising a flared surface for receipt into a disk slot ; and a blade attachment platform section that extends from the blade attachment root section , the blade attachment platform section having a first and second recess in a platform transverse to the blade attachment root section , the blade attachment platform section forms a top surface of the rotor blade attachment, wherein the first and second recess each are shaped to receive a non-metal alloy blade . a blade attachment root section comprising a flared surface for receipt into a disk slot ; and a blade attachment platform section that extends from the blade attachment root section , the blade attachment platform section having a first and second recess in a platform transverse to the blade attachment root section , the blade attachment platform section forms a top surface of the rotor blade attachment, wherein the first and second recess each are shaped to receive a non-metal alloy blade .
A component for a gas turbine engine, comprising: a body portion ; a cooling circuit disposed within said body portion and including at least a first cavity , a microcircuit in fluid communication with said first cavity ; and a second cavity adjacent to said first cavity ; a plunged hole that has an outlet extending through the exterior surface, and that intersects at least a portion of said microcircuit ; a portion of said plunged hole extending past said microcircuit and characterized in that said second cavity includes a bulged portion and said plunged hole extends into said bulged portion without piercing said second cavity . a body portion ; a cooling circuit disposed within said body portion and including at least a first cavity , a microcircuit in fluid communication with said first cavity ; and a second cavity adjacent to said first cavity ; a plunged hole that has an outlet extending through the exterior surface, and that intersects at least a portion of said microcircuit ; a portion of said plunged hole extending past said microcircuit and characterized in that said second cavity includes a bulged portion and said plunged hole extends into said bulged portion without piercing said second cavity .
A two-leaf swinging-sliding door system for a rail vehicle , comprising: - a door portal , - a first and a second door leaf , by means of which the door portal can be closed along a centrally arranged main closing edge , - a passive locking device , by means of which both door leaves can be non-positively locked in the closed state, and - an additional active locking device that actively assists the passive locking device , characterized in that the door portal comprises a kickstrip , and the passive locking device comprises a first fitting , which is arranged centrally in the kickstrip and non-positively interacts with a respective second fitting arranged on each door leaf , and in that the additional active locking device comprises at least one rigid element , preferably in the form of a rod, and at least one actuator. - a door portal , - a first and a second door leaf , by means of which the door portal can be closed along a centrally arranged main closing edge , - a passive locking device , by means of which both door leaves can be non-positively locked in the closed state, and - an additional active locking device that actively assists the passive locking device , the door portal comprises a kickstrip , and the passive locking device comprises a first fitting , which is arranged centrally in the kickstrip and non-positively interacts with a respective second fitting arranged on each door leaf , and in that the additional active locking device comprises at least one rigid element , preferably in the form of a rod, and at least one actuator.
A cap for covering a needle shield on a needle of a medicament container , the cap comprising: a cylindrical portion having a first outer diameter; a disc portion disposed on a distal end of the cylindrical portion , the disc portion having a second outer diameter larger than the first outer diameter; and a gripping surface including a distal portion (63.2) disposed on an inner surface of the cylindrical portion and adapted to frictionally engage the needle shield on the needle such that when the cap is pulled away, the needle shield is removed, characterized in that the gripping surface further comprises a proximal portion (63.1) disposed on an outer surface of the cylindrical portion and on a proximal surface of the disc portion . a cylindrical portion having a first outer diameter; a disc portion disposed on a distal end of the cylindrical portion , the disc portion having a second outer diameter larger than the first outer diameter; and a gripping surface including a distal portion (63.2) disposed on an inner surface of the cylindrical portion and adapted to frictionally engage the needle shield on the needle such that when the cap is pulled away, the needle shield is removed, characterized in that the gripping surface further comprises a proximal portion (63.1) disposed on an outer surface of the cylindrical portion and on a proximal surface of the disc portion .
A system comprising a first node and a second node, the first node operable to communicate security key information to the second node, and to a user equipment (UE), the first node having computer circuitry configured to: identify a first security key associated with the first node, the first security key being used to cipher information communicated via the first node; select the second node, at the first node, to receive a second security key from the first node, the second security key to be used to cipher information communicated via the second node; provide the second security key to the second node, the second security key being different than the first security key; and provide the second security key to the UE; wherein the first node is configured to serve a primary cell and the second node is configured to serve a secondary cell, wherein the first node and the second node are configured to communicate with the UE via inter-Evolved Universal Terrestrial Radio Access (EUTRA) evolved node B (eNB) carrier aggregation using the first security key and the second security key, respectively. identify a first security key associated with the first node, the first security key being used to cipher information communicated via the first node; select the second node, at the first node, to receive a second security key from the first node, the second security key to be used to cipher information communicated via the second node; provide the second security key to the second node, the second security key being different than the first security key; and provide the second security key to the UE; wherein the first node is configured to serve a primary cell and the second node is configured to serve a secondary cell, wherein the first node and the second node are configured to communicate with the UE via inter-Evolved Universal Terrestrial Radio Access (EUTRA) evolved node B (eNB) carrier aggregation using the first security key and the second security key, respectively.
A computerized method comprising: providing a computing device acting as a gateway in a system, which comprises gateways as Industrial Internet of Things nodes with a configuration of a gateway comprising an internal configuration (203-2, 203-2') defining at least how to monitor gateway operations of the computing device itself acting as a gateway, by defining telemetry data which to collect on internal telemetry operations of the computing device acting as a gateway, what information based on the collected telemetry data to report and when to report; monitoring, by the computing device, the gateway operations of the computing device itself according to the internal configuration; collecting , by the computing device, according to the internal configurations, telemetry data on the internal telemetry operations of the computing device acting as a gateway; and reporting , by the computing device, information on the collected telemetry data according to the internal configuration. providing a computing device acting as a gateway in a system, which comprises gateways as Industrial Internet of Things nodes with a configuration of a gateway comprising an internal configuration (203-2, 203-2') defining at least how to monitor gateway operations of the computing device itself acting as a gateway, by defining telemetry data which to collect on internal telemetry operations of the computing device acting as a gateway, what information based on the collected telemetry data to report and when to report; monitoring, by the computing device, the gateway operations of the computing device itself according to the internal configuration; collecting , by the computing device, according to the internal configurations, telemetry data on the internal telemetry operations of the computing device acting as a gateway; and reporting , by the computing device, information on the collected telemetry data according to the internal configuration.
A radio wave absorber comprising: a magnetic powder; and a binder, wherein a volume filling rate of the magnetic powder in the radio wave absorber is 10% by volume or more and 35% by volume or less, the thickness of the radio wave absorber is 2.0 mm or more and 10.0 mm or less, the magnetic powder includes a powder of a hexagonal ferrite and/or a powder of ε-iron oxide, the mode diameter of the magnetic powder is 5 μm or more and less than 10 μm, a transmission attenuation amount is 8.0 dB or more, and a reflection attenuation amount is 8.0 dB or more. a magnetic powder; and a binder, wherein a volume filling rate of the magnetic powder in the radio wave absorber is 10% by volume or more and 35% by volume or less, the thickness of the radio wave absorber is 2.0 mm or more and 10.0 mm or less, the magnetic powder includes a powder of a hexagonal ferrite and/or a powder of ε-iron oxide, the thickness of the radio wave absorber is 2.0 mm or more and 10.0 mm or less, the magnetic powder includes a powder of a hexagonal ferrite and/or a powder of ε-iron oxide, the mode diameter of the magnetic powder is 5 μm or more and less than 10 μm, a transmission attenuation amount is 8.0 dB or more, and a reflection attenuation amount is 8.0 dB or more.
A spunbond bicomponent fiber comprising: a first polymer component, a second polymer component, and the first polymer component and the second polymer component form the spunbond bicomponent fiber, the spunbond bicomponent fiber having a ribbon shape with a side-by-side cross-section, wherein a self-crimped spunbond bicomponent fiber is produced upon subjecting the spunbond bicomponent fiber to at least one of a thermal energy and a mechanical force, wherein an aspect ratio of the spunbond bicomponent fiber is greater than 2:1, wherein the aspect ratio is defined as a unitless ratio of a dimension d1 and a dimension d2, the dimension d1 being a first maximum dimension of a cross-section of the fiber measured along a first axis of the cross-section and the dimension d2 being a second maximum dimension of the cross-section measured along a second axis of the cross-section that is perpendicular to the first axis, wherein the first polymer component and the second polymer component have an interface that is substantially parallel to a major bisector defining the ribbon shape of the spunbond bicomponent fiber. a first polymer component, a second polymer component, and the first polymer component and the second polymer component form the spunbond bicomponent fiber, the spunbond bicomponent fiber having a ribbon shape with a side-by-side cross-section, wherein an aspect ratio of the spunbond bicomponent fiber is greater than 2:1, wherein the aspect ratio is defined as a unitless ratio of a dimension d1 and a dimension d2, the dimension d1 being a first maximum dimension of a cross-section of the fiber measured along a first axis of the cross-section and the dimension d2 being a second maximum dimension of the cross-section measured along a second axis of the cross-section that is perpendicular to the first axis, wherein the first polymer component and the second polymer component have an interface that is substantially parallel to a major bisector defining the ribbon shape of the spunbond bicomponent fiber.
A negative electrode agent for nonaqueous electrolyte secondary batteries comprising, at least, an active material and a binder, wherein the binder contains a first water-soluble, linear polymer and a second water-soluble, linear polymer, the first water-soluble, linear polymer and a second water-soluble, linear polymer contain carboxyl groups, the first water-soluble polymer is subjected to crosslinking treatment, the first water-soluble polymer is fully neutralized, and the second water-soluble polymer is acidic in nature, characterized in that the first water-soluble polymer is a polycarboxylic acid salt selected from the group consisting of sodium salts, lithium salts, potassium salts, magnesium salts and calcium salts of polyacrylic acid and acrylic acid-maleic acid copolymer.
Closure clip for bag-shaped or sausage-shaped products, the packaging sleeve material of which is formed from at least one packaging film, the closure clip having a clip base with a part-circular arc-shaped rounding and two straight clip legs which adjoin the clip base in the same direction and diverge away from one another from the clip base and whose central longitudinal axes and the central longitudinal axis (ML) of the clip base lie in a common plane, wherein an axis of symmetry (S) of the closure clip extends through the apex of the part-circular arc-shaped rounding of the clip base and the central axes (ML) of the two clip legs as well as the axis of symmetry (S) and the part-circular area defined by the clip base lie in a common plane, and wherein connecting extensions pointing away from the axis of symmetry (S) of the closure clip are provided at the free ends of the clip legs , at which connecting extensions a plurality of closure clips can be connected to one another in a chain-like manner, characterized in that two longitudinally extending parallel profile recesses are provided on the mutually facing surfaces of the clip base and of the two clip legs , which profile recesses extend over the entire mutually facing surfaces of the clip base and of the two clip legs and extend on both sides along the central longitudinal axis (ML) of the mutually facing surfaces of the clip base and of the two clip legs , and which are each formed by a V-shaped notch.
Prechamber spark plug receiving arrangement for receiving a prechamber spark plug in a housing bushing , comprising at least one fuel duct , which is made in the wall of the housing bushing , for supplying fuel to a prechamber , wherein at least one adjustable valve member of a switching valve is introduced into the wall of the housing bushing for regulating the fuel flow through the fuel duct or is arranged on the wall, wherein the valve member in or on the wall of the housing bushing can be adjusted between a closed position and an open position, and wherein a plurality of fuel ducts are made in the wall of the housing bushing in a manner distributed over the periphery, characterized in that the actuator , for adjusting the valve member of the switching valve , is designed as a solenoid which can be energized, wherein the solenoid is arranged peripherally in the form of a ring in or on the wall of the housing bushing .
An image processing apparatus comprising: a determination unit configured to determine whether or not a drawing command for an object is a gradation drawing command by analyzing data described in a page description language; and a control unit configured to apply smoothing processing to an edge portion of the object in a case where the determination unit determines that the drawing command for the object is not a gradation drawing command, and to suppress smoothing processing for the edge portion of the object in a case where the determination unit determines that the drawing command for the object is a gradation drawing command, characterized in that the control unit applies the smoothing processing to the edge portion of the object in a case where the attribute of the object is a line attribute and the determination unit determines that the drawing command for the object is not a gradation drawing command, and suppresses the smoothing processing for the edge portion of the object in a case where the attribute of the object is a line attribute and the determination unit determines that the drawing command for the object is a gradation drawing command. a determination unit configured to determine whether or not a drawing command for an object is a gradation drawing command by analyzing data described in a page description language; and a control unit configured to apply smoothing processing to an edge portion of the object in a case where the determination unit determines that the drawing command for the object is not a gradation drawing command, and to suppress smoothing processing for the edge portion of the object in a case where the determination unit determines that the drawing command for the object is a gradation drawing command, characterized in that the control unit applies the smoothing processing to the edge portion of the object in a case where the attribute of the object is a line attribute and the determination unit determines that the drawing command for the object is not a gradation drawing command, and suppresses the smoothing processing for the edge portion of the object in a case where the attribute of the object is a line attribute and the determination unit determines that the drawing command for the object is a gradation drawing command.
A method for producing a coated hollow fiber membrane hav-ing an isoporous inner skin, comprising providing a hollow fiber support membrane having a lumen surrounded by the support membrane, and coating and the inner surface there-of by first passing a polymer solution of at least one amphiphilic block copolymer in a suitable solvent through the lumen of the hollow fiber support membrane and along the inner surface thereof, thereafter pressing a core gas stream through the lumen of the coated hollow fiber membrane to remove superfluous polymer solution and to provide sufficient evaporation time for self-assembly, and thereafter passing a non-solvent as a precipitant through the lumen of the coated hollow fiber membrane.
Method for operating a passive access system for a motor vehicle, having an ID transmitter which exchanges wireless communication, particularly in the LF range, with a control unit arranged inside the vehicle in order to unlock and/or lock the vehicle, wherein the ID transmitter comprises at least - a control unit for exchanging the wireless communication, - a sensor, particularly an acceleration sensor, which senses a user motion sequence of the ID transmitter, and - a memory unit for storing a predefined motion sequence of the ID transmitter, wherein when the ID transmitter is idle for a certain time, the ID transmitter, in particular the control unit, is placed in a standby mode, in which at least a wireless communication in the LF range between the motor vehicle and the ID transmitter is impossible, characterized in that at least one predefined motion sequence of the ID transmitter which is assigned to a function of the ID transmitter is stored in der memory unit, wherein the same sensor detects the user motion sequence when the ID transmitter moves and compares it with the predefined motion sequence stored in the memory unit, and if the predefined motion sequence matches the user motion sequence, the control unit performs the function. - a control unit for exchanging the wireless communication, - a sensor, particularly an acceleration sensor, which senses a user motion sequence of the ID transmitter, and - a memory unit for storing a predefined motion sequence of the ID transmitter, wherein when the ID transmitter is idle for a certain time, the ID transmitter, in particular the control unit, is placed in a standby mode, in which at least a wireless communication in the LF range between the motor vehicle and the ID transmitter is impossible, characterized in that at least one predefined motion sequence of the ID transmitter which is assigned to a function of the ID transmitter is stored in der memory unit, wherein the same sensor detects the user motion sequence when the ID transmitter moves and compares it with the predefined motion sequence stored in the memory unit, and if the predefined motion sequence matches the user motion sequence, the control unit performs the function.