mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus comprising: a processor arranged to be coupled to non-volatile memory which stores data from one or more volatile buffers of the processor; one or more sensors to detect occurrence of an event that is to lead to a system reset or shut down; one or more capacitors, coupled to the non-volatile memory, to increase an amount of time the non-volatile memory remains operational after occurrence of the event; and logic to cause storage of the data from the one or more volatile buffers of the processor into the non-volatile memory in response to occurrence of the event; characterised in that : the processor includes a non-volatile shadow buffer formed therewithin, wherein in response to the one or more sensors detecting occurrence of the event, the processor is configured to: copy the data from the one or more volatile buffers into the non-volatile shadow buffer to be stored as backup data; and either: discard the backup data, if the data from the one or more volatile buffers is successfully stored into the non-volatile memory; or copy the backup data from the non-volatile shadow buffer into the non-volatile memory, if the data from the one or more volatile buffers is not successfully stored into the non-volatile memory. a processor arranged to be coupled to non-volatile memory which stores data from one or more volatile buffers of the processor; one or more sensors to detect occurrence of an event that is to lead to a system reset or shut down; one or more capacitors, coupled to the non-volatile memory, to increase an amount of time the non-volatile memory remains operational after occurrence of the event; and logic to cause storage of the data from the one or more volatile buffers of the processor into the non-volatile memory in response to occurrence of the event; characterised in that : the processor includes a non-volatile shadow buffer formed therewithin, wherein in response to the one or more sensors detecting occurrence of the event, the processor is configured to: copy the data from the one or more volatile buffers into the non-volatile shadow buffer to be stored as backup data; and either: discard the backup data, if the data from the one or more volatile buffers is successfully stored into the non-volatile memory; or copy the backup data from the non-volatile shadow buffer into the non-volatile memory, if the data from the one or more volatile buffers is not successfully stored into the non-volatile memory. discard the backup data, if the data from the one or more volatile buffers is successfully stored into the non-volatile memory; or copy the backup data from the non-volatile shadow buffer into the non-volatile memory, if the data from the one or more volatile buffers is not successfully stored into the non-volatile memory.
A method for wireless communication, comprising: identifying , based at least in part on a configuration of a transmission time interval, TTI, bundle, one or more subframes as channel state information, CSI, reference subframes to be used for CSI measurement, wherein the configuration of the TTI bundle is such that the TTI bundle is received as two or more TTI sub-bundles across a corresponding two or more sub-bands ; performing CSI measurement of the CSI reference subframes ; and transmitting CSI data based at least in part on the CSI measurement. identifying , based at least in part on a configuration of a transmission time interval, TTI, bundle, one or more subframes as channel state information, CSI, reference subframes to be used for CSI measurement, wherein the configuration of the TTI bundle is such that the TTI bundle is received as two or more TTI sub-bundles across a corresponding two or more sub-bands ; performing CSI measurement of the CSI reference subframes ; and transmitting CSI data based at least in part on the CSI measurement.
A lithographic printing plate precursor, comprising: a support; and an image-recording layer on the support, wherein the image-recording layer contains an infrared absorber, a polymerization initiator, a polymerizable compound 1, a polymerizable compound 2, and a polymerizable compound 3, a molecular weight of the polymerizable compound 1 is less than 1,000, a weight-average molecular weight of the polymerizable compound 2 is 1,000 or more and 3,000 or less, and a weight-average molecular weight of the polymerizable compound 3 is more than 3,000 and 15,000 or less. a support; and an image-recording layer on the support, wherein the image-recording layer contains an infrared absorber, a polymerization initiator, a polymerizable compound 1, a polymerizable compound 2, and a polymerizable compound 3, a molecular weight of the polymerizable compound 1 is less than 1,000, a weight-average molecular weight of the polymerizable compound 2 is 1,000 or more and 3,000 or less, and a weight-average molecular weight of the polymerizable compound 3 is more than 3,000 and 15,000 or less.
An electronic device comprising: a housing ; an active haptic display comprising an interface surface disposed for user contact; an active haptic controller configured to generate a varying haptic feedback perceptible via user contact at the interface surface ; and a reference haptic (108; 406; 508; 608) comprising a surface feature on the housing or the interface surface , disposed for user contact contemporaneous with the user contact at the interface surface , the reference haptic providing information related to the varying haptic feedback; wherein the active haptic controller generates the varying haptic feedback by modulating a surface friction at the interface surface; and wherein the active haptic display comprises a glass substrate and a plurality of piezoelectric actuators disposed about a periphery of the glass substrate or a conducting layer and an insulating layer disposed on the glass substrate. a housing ; an active haptic display comprising an interface surface disposed for user contact; an active haptic controller configured to generate a varying haptic feedback perceptible via user contact at the interface surface ; and a reference haptic (108; 406; 508; 608) comprising a surface feature on the housing or the interface surface , disposed for user contact contemporaneous with the user contact at the interface surface , the reference haptic providing information related to the varying haptic feedback; wherein the active haptic controller generates the varying haptic feedback by modulating a surface friction at the interface surface; and wherein the active haptic display comprises a glass substrate and a plurality of piezoelectric actuators disposed about a periphery of the glass substrate or a conducting layer and an insulating layer disposed on the glass substrate.
A module for construction of recreation track, especially bicycle one, having a framework on which the modules are being arranged, whereas the module has an upper part intended for riding on it, constituting a non-ruled surface, and in a view from above it has a tetragon shape with one rounded side, a first side wall and a second side wall , whereas the first side wall and the second side wall create a base for the module, and a left front wall and opposite to it a right front wall , located between the first side wall and the second side wall, wherein the left front wall and the right front wall form in a view from above an acute angle (a), and in side-view facing the left or right front wall the first side wall and the second side wall form obtuse angles with the upper part .
A flame-retardant cable (10;20;30;40) having a core comprising at least one conductor (11;41), and a coating layer (13a;14;43a) made from a low smoke zero halogen flame-retardant polymer composition comprising an ethylene vinyl acetate copolymer and a polyethylene polymer having a density up to 0.935 g/cm 3 as halogen-free polymeric base, and: a) from 110 to 160 phr of at least one metal hydroxide; b) from 0.5 to 5 phr of a phyllosilicate clay; c) from 1 to 7 phr of melamine or a derivate thereof; and d) from 1 to 7 phr of zinc borate. a) from 110 to 160 phr of at least one metal hydroxide; b) from 0.5 to 5 phr of a phyllosilicate clay; c) from 1 to 7 phr of melamine or a derivate thereof; and d) from 1 to 7 phr of zinc borate.
A method for balancing performance and power savings of a computing device having multiple cores, comprising: monitoring a plurality of cores used to process work; determining, based on a power policy , whether usage of the cores is to be adjusted; characterised by : creating a core parking mask including a respective bit for each of the cores, each bit indicating whether the respective core is parked or unparked; inverting the core parking mask ; creating a respective thread affinity mask for each of a plurality of program modules, each affinity mask including a respective bit for each of the cores, each bit indicating whether threads associated with a program module may be scheduled on a respective core; combining each of the thread affinity masks with the inverted core parking mask using an AND operator to determine a respective set of available cores for each program module; and scheduling threads on the available cores. monitoring a plurality of cores used to process work; determining, based on a power policy , whether usage of the cores is to be adjusted; characterised by : creating a core parking mask including a respective bit for each of the cores, each bit indicating whether the respective core is parked or unparked; inverting the core parking mask ; creating a respective thread affinity mask for each of a plurality of program modules, each affinity mask including a respective bit for each of the cores, each bit indicating whether threads associated with a program module may be scheduled on a respective core; combining each of the thread affinity masks with the inverted core parking mask using an AND operator to determine a respective set of available cores for each program module; and scheduling threads on the available cores. creating a core parking mask including a respective bit for each of the cores, each bit indicating whether the respective core is parked or unparked; inverting the core parking mask ; creating a respective thread affinity mask for each of a plurality of program modules, each affinity mask including a respective bit for each of the cores, each bit indicating whether threads associated with a program module may be scheduled on a respective core; combining each of the thread affinity masks with the inverted core parking mask using an AND operator to determine a respective set of available cores for each program module; and scheduling threads on the available cores.
A tissue clip for adjoining tissues, said tissue clip comprising: an elongate body portion having a first face and an opposing second face; at least two elongate tissue grasping means each extending longitudinally with the body portion and each terminating at a tissue-piercing end portion ; and a biasing means interconnecting said body portion to the tissue grasping means ; characterized in that the biasing means is arranged to rotate the tissue grasping means relative to the body portion from, a first condition wherein said tissue grasping means each extend away from said first face of the body portion , to a second tissue-grasping condition wherein said tissue grasping means each extend toward one another away from said second face of the body portion . an elongate body portion having a first face and an opposing second face; at least two elongate tissue grasping means each extending longitudinally with the body portion and each terminating at a tissue-piercing end portion ; and a biasing means interconnecting said body portion to the tissue grasping means ; the biasing means is arranged to rotate the tissue grasping means relative to the body portion from, a first condition wherein said tissue grasping means each extend away from said first face of the body portion , to a second tissue-grasping condition wherein said tissue grasping means each extend toward one another away from said second face of the body portion .
A wing flap for an aircraft wing, the wing flap comprising: a flap body ; a torque member , integrally formed with at least a portion of the flap body ; an upper skin ; a lower skin , opposite the upper skin ; and a plurality of spars that extend between the upper skin and the lower skin ; wherein: the torque member is integrally formed with at least one of the plurality of spars ; at least one of the plurality of spars comprises a spar major portion and a spar extension portion that extends from the spar major portion ; the flap body is partially formed by the spar major portion ; the torque member is partially formed by the spar extension portion ; the flap body comprises an inboard end , an outboard end , which is opposite the inboard end , a leading end , and a trailing end , which is opposite the leading end ; the torque member comprises an inboard end and an outboard end opposite the inboard end ; and the torque member is integrated with the inboard end of the flap body and extends from the inboard end of the flap body in an inboard direction. a flap body ; a torque member , integrally formed with at least a portion of the flap body ; an upper skin ; a lower skin , opposite the upper skin ; and a plurality of spars that extend between the upper skin and the lower skin ; wherein: the torque member is integrally formed with at least one of the plurality of spars ; at least one of the plurality of spars comprises a spar major portion and a spar extension portion that extends from the spar major portion ; the flap body is partially formed by the spar major portion ; the torque member is partially formed by the spar extension portion ; the flap body comprises an inboard end , an outboard end , which is opposite the inboard end , a leading end , and a trailing end , which is opposite the leading end ; the torque member comprises an inboard end and an outboard end opposite the inboard end ; and the torque member is integrated with the inboard end of the flap body and extends from the inboard end of the flap body in an inboard direction. the torque member is integrally formed with at least one of the plurality of spars ; at least one of the plurality of spars comprises a spar major portion and a spar extension portion that extends from the spar major portion ; the flap body is partially formed by the spar major portion ; the torque member is partially formed by the spar extension portion ; the flap body comprises an inboard end , an outboard end , which is opposite the inboard end , a leading end , and a trailing end , which is opposite the leading end ; the torque member comprises an inboard end and an outboard end opposite the inboard end ; and the torque member is integrated with the inboard end of the flap body and extends from the inboard end of the flap body in an inboard direction.
Tool for gear cutting or dressing a fine machining tool, which has an external toothing, for the fine machining of workpieces, wherein the tool is ringshaped and has an internal toothing , whose teeth , during the gear cutting or dressing process, come into engagement with the external toothing of the fine machining tool to be cut or dressed, and wherein the tool has a central longitudinal axis (L) running through the middle point of the opening surrounded by it, characterised in that the internal toothing is formed on a ring element made of a diamond material, whose thickness (D), measured parallel to the central longitudinal axis (L), is at most 5 mm, in that the teeth of the internal toothing have cutting edges with which they remove material of the fine tool during the gear cutting or dressing machining, and in that the ring element is carried by a carrier ring on which at least one support element assigned to the carrier ring opening of the carrier ring is provided, on which support element the ring element is supported and over whose edge facing the carrier ring opening the teeth of the internal toothing formed on the ring element protrude at least over a part of the length of their cutting edges in the direction of the central longitudinal axis (L) of the tool .
A method for packing a facilitated transport membrane selectively allowing a specific gas such as carbon dioxide or gasified carbonic acid (CO 2 ), a sulfur oxide (SO x ), a nitrogen oxide (NO x ), and hydrogen sulfide (H 2 S) to permeate therethrough, the method comprising the steps of: putting the facilitated transport membrane in a packaging body having a transmission rate of not more than 10,000 cm 3 /(m 2 ·24 h·atm) for the specific gas; preventing a contact between the facilitated transport membrane and the specific gas inside the packaging body in which the facilitated transport membrane is put; and lastly sealing the packaging body, wherein the transmission rate is measured in conformity to JIS K7126-1 by pressure sensor method. putting the facilitated transport membrane in a packaging body having a transmission rate of not more than 10,000 cm 3 /(m 2 ·24 h·atm) for the specific gas; preventing a contact between the facilitated transport membrane and the specific gas inside the packaging body in which the facilitated transport membrane is put; and lastly sealing the packaging body, wherein the transmission rate is measured in conformity to JIS K7126-1 by pressure sensor method.
A method comprising: transmitting , over a control channel by a user equipment, UE, information related to air interface configurability of the UE, the air interface configurability identifying whether the UE supports multiple air interface configurations of the air interface, wherein the information related to the air interface configurability comprises an air interface configuration capability type of the UE, wherein the air interface configuration capability type is one of: a first air interface configuration capability type corresponding to support for only a predefined air interface configuration of the air interface, a second air interface configuration capability type corresponding to support for configurability of a subset of predefined air interface configurations, and a third air interface configuration capability type corresponding to support for configurability of all predefined air interface configurations. a first air interface configuration capability type corresponding to support for only a predefined air interface configuration of the air interface, a second air interface configuration capability type corresponding to support for configurability of a subset of predefined air interface configurations, and a third air interface configuration capability type corresponding to support for configurability of all predefined air interface configurations.
Capsules of core/shell type, the core comprising an active agent; the shell comprising one or more concentric and alternating layers of a first photosensitive anionic polymer and of a second cationic polymer, the first polymer being chosen from amino polymers bearing primary amine groups substituted at a degree of substitution of at least 50% (numerical degree), with a group of formula (Ia) below: in which: R and R' denote, independently, a hydrogen atom or a C 1 -C 4 alkyl group or a C 1 -C 4 alkoxy group, or a chlorine or fluorine atom or a nitro group; R and R' may together form a C 6 aromatic ring; Y denotes a -COOH or -SO 3 H group; R" and R''' being such that: when Y = -COOH, R" = R'" = H or R" = -OCH 3 and R" = H or R" = OH and R'" = H or R" = Cl and R'" = H or R" = -CH 3 and R'" = H or R" = OCH 3 and R'" = OCH 3 or R" = -NCO-CH 3 and R'" = H or R" = isopropyl and R''' = CH 3 or R" = H and R'" = F or R" = isopropyl and R'" = H ; when Y = -SO 3 H, R" = R'" = H or R" and R'" together form a C 6 aromatic ring; or salts thereof. R and R' denote, independently, a hydrogen atom or a C 1 -C 4 alkyl group or a C 1 -C 4 alkoxy group, or a chlorine or fluorine atom or a nitro group; R and R' may together form a C 6 aromatic ring; Y denotes a -COOH or -SO 3 H group; R" and R''' being such that: when Y = -COOH, R" = R'" = H or R" = -OCH 3 and R" = H or R" = OH and R'" = H or R" = Cl and R'" = H or R" = -CH 3 and R'" = H or R" = OCH 3 and R'" = OCH 3 or R" = -NCO-CH 3 and R'" = H or R" = isopropyl and R''' = CH 3 or R" = H and R'" = F or R" = isopropyl and R'" = H ; when Y = -SO 3 H, R" = R'" = H or R" and R'" together form a C 6 aromatic ring; when Y = -COOH, R" = R'" = H or R" = -OCH 3 and R" = H or R" = OH and R'" = H or R" = Cl and R'" = H or R" = -CH 3 and R'" = H or R" = OCH 3 and R'" = OCH 3 or R" = -NCO-CH 3 and R'" = H or R" = isopropyl and R''' = CH 3 or R" = H and R'" = F or R" = isopropyl and R'" = H ; when Y = -SO 3 H, R" = R'" = H or R" and R'" together form a C 6 aromatic ring; or salts thereof.
Headlight for a motor vehicle including: - a base body , - a support part movably disposed on the base body for supporting a lamp device , wherein by moving the support part relatively to the base body an emission direction of the headlight is adjustable, - an acceleration sensor device disposed on the movable support part for measuring an acceleration at least along a first sensor axis , and - an electronic control device for adjusting the emission direction depending on sensor signals of the acceleration sensor device , characterized in that the control device is configured to identify if an acceleration operation or a braking operation of the motor vehicle is currently present based on the vehicle velocity received from a communication bus, and to make plausible the acceleration measured by the acceleration sensor device along the first sensor axis based on this information. - a base body , - a support part movably disposed on the base body for supporting a lamp device , wherein by moving the support part relatively to the base body an emission direction of the headlight is adjustable, - an acceleration sensor device disposed on the movable support part for measuring an acceleration at least along a first sensor axis , and - an electronic control device for adjusting the emission direction depending on sensor signals of the acceleration sensor device ,