mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: each of a plurality of data pull devices of a central server retrieving respective data from a respective one of a plurality of regional server databases , wherein a number of the plurality of data pull devices equals a number of the plurality of regional server databases, wherein the plurality of data pull devices function asynchronously, wherein each of the plurality of data pull devices exits a low power sleep state at respective predetermined time intervals to retrieve the respective data from the respective one of the plurality of regional server databases, and wherein the respective predetermined time intervals for a first of the plurality of data pull devices is different than the respective predetermined time intervals for a second of the plurality of data pull devices. each of a plurality of data pull devices of a central server retrieving respective data from a respective one of a plurality of regional server databases , wherein a number of the plurality of data pull devices equals a number of the plurality of regional server databases, wherein the plurality of data pull devices function asynchronously, wherein each of the plurality of data pull devices exits a low power sleep state at respective predetermined time intervals to retrieve the respective data from the respective one of the plurality of regional server databases, and wherein the respective predetermined time intervals for a first of the plurality of data pull devices is different than the respective predetermined time intervals for a second of the plurality of data pull devices.
A method, comprising: receiving , by a wireless communication node from a core network , paging probability and a group wake up signal, WUS, support capability associated with a wireless communication device ; characterised by : transmitting , by the wireless communication node to another wireless communication node , the paging probability and the group WUS support capability; determining, by the wireless communication node based on the paging probability and the group WUS support capability, WUS group resources; and transmitting , by the wireless communication node to the wireless communication device , a wake-up signal over the WUS resources. transmitting , by the wireless communication node to another wireless communication node , the paging probability and the group WUS support capability; determining, by the wireless communication node based on the paging probability and the group WUS support capability, WUS group resources; and transmitting , by the wireless communication node to the wireless communication device , a wake-up signal over the WUS resources.
A field device configured to measure a physical quantity of a facility in a plant or processes the physical quantity, comprising: a processing unit configured to control at least one element disposed in the field device ; an instruction unit configured to output a verification execution instruction signal for instructing execution of verification of the field device; an operation verifying unit configured to execute an operation verifying program in response to the verification execution instruction signal and to verify, based on parameters and data related to the at least one element and which are present in the field device and without transmitting the parameters and the data to outside the field device , operations of the at least one element in order to verify soundness of the field device based on a result of verifying the operations of the at least one element; an output unit configured to output the verification result which is a result of verification of the operation by the operation verifying unit ; and a measuring unit configured to measure the physical quantity and to output a measurement signal indicating the measurement result, characterized in that the operation verifying unit is configured to output a simulated measurement signal which simulates the measurement signal, and verify an operation of the element included in a path from an input of the measurement signal to an output of a digital signal based on the measurement signal using the simulated measurement signal. a processing unit configured to control at least one element disposed in the field device ; an instruction unit configured to output a verification execution instruction signal for instructing execution of verification of the field device; an operation verifying unit configured to execute an operation verifying program in response to the verification execution instruction signal and to verify, based on parameters and data related to the at least one element and which are present in the field device and without transmitting the parameters and the data to outside the field device , operations of the at least one element in order to verify soundness of the field device based on a result of verifying the operations of the at least one element; an output unit configured to output the verification result which is a result of verification of the operation by the operation verifying unit ; and a measuring unit configured to measure the physical quantity and to output a measurement signal indicating the measurement result, characterized in that the operation verifying unit is configured to output a simulated measurement signal which simulates the measurement signal, and verify an operation of the element included in a path from an input of the measurement signal to an output of a digital signal based on the measurement signal using the simulated measurement signal. output a simulated measurement signal which simulates the measurement signal, and verify an operation of the element included in a path from an input of the measurement signal to an output of a digital signal based on the measurement signal using the simulated measurement signal.
A laundry appliance comprising: - a laundry treatment chamber to receive items to be treated; - a humidity measuring arrangement for measuring the humidity of at least one item to be treated when located in the laundry treatment chamber , said humidity measuring arrangement comprising a sensing capacitor and a capacitance sensing unit for measuring a capacitance of said sensing capacitor and obtaining an indication of the humidity of the at least one item to be treated according to the measured capacitance, wherein: - said sensing capacitor comprises a first electrical conductor (710 ), a second electrical conductor (710 ) and a dielectric; - the laundry treatment chamber defines a volume, said volume forming part of the sensing capacitor dielectric; characterized in that - the laundry appliance comprises an extension member arranged within the laundry treatment chamber for extending the first electrical conductor within the laundry treatment chamber, - the extension member comprising an extension electrical conductor (745 ; 745 ') and a coupling electrical conductor (745 ; 745 '), wherein the extension electrical conductor is electrically coupled or can be electrically coupled to the first electrical conductor through a capacitive coupling established by means of the coupling electrical conductor. - a laundry treatment chamber to receive items to be treated; - a humidity measuring arrangement for measuring the humidity of at least one item to be treated when located in the laundry treatment chamber , said humidity measuring arrangement comprising a sensing capacitor and a capacitance sensing unit for measuring a capacitance of said sensing capacitor and obtaining an indication of the humidity of the at least one item to be treated according to the measured capacitance, wherein: - said sensing capacitor comprises a first electrical conductor (710 ), a second electrical conductor (710 ) and a dielectric; - the laundry treatment chamber defines a volume, said volume forming part of the sensing capacitor dielectric; characterized in that - the laundry appliance comprises an extension member arranged within the laundry treatment chamber for extending the first electrical conductor within the laundry treatment chamber, - the extension member comprising an extension electrical conductor (745 ; 745 ') and a coupling electrical conductor (745 ; 745 '), wherein the extension electrical conductor is electrically coupled or can be electrically coupled to the first electrical conductor through a capacitive coupling established by means of the coupling electrical conductor.
A coil component comprising: a magnetic core ; and a coil wound around the magnetic core , wherein the magnetic core comprises: a first powder ; and a second powder , wherein a hardness of the first powder is lower than that of the second powder , and a volume of the first powder ranges from 40% to 60% of a total volume of the first powder and the second powder , wherein the coil comprises a first coil and a second coil which are disposed symmetrically with respect to a hollow (H) of the magnetic core , and characterised in that the magnetic core comprises a first magnetic core (100-1), a second magnetic core (100-2), a third magnetic core (100-3) and a fourth magnetic core (100-4); and a volume of the first powder in the first magnetic core (100-1) and the third magnetic core (100-3) ranges from 14.4% to 26.4% of a total volume of the magnetic core . a magnetic core ; and a coil wound around the magnetic core , wherein the magnetic core comprises: a first powder ; and a second powder , a first powder ; and a second powder , wherein a hardness of the first powder is lower than that of the second powder , and a volume of the first powder ranges from 40% to 60% of a total volume of the first powder and the second powder , wherein the coil comprises a first coil and a second coil which are disposed symmetrically with respect to a hollow (H) of the magnetic core , and characterised in that the magnetic core comprises a first magnetic core (100-1), a second magnetic core (100-2), a third magnetic core (100-3) and a fourth magnetic core (100-4); and a volume of the first powder in the first magnetic core (100-1) and the third magnetic core (100-3) ranges from 14.4% to 26.4% of a total volume of the magnetic core .
A method of wireless communication performed by a user equipment, UE, comprising: receiving signaling comprising an index value associated with a service type; and identifying a starting symbol of a time-domain resource, for a transmission associated with the service type, based on the signaling, wherein the starting symbol of the time-domain resource is identified using a starting symbol of a physical downlink control channel, PDCCH, that includes the signaling as a reference point. receiving signaling comprising an index value associated with a service type; and identifying a starting symbol of a time-domain resource, for a transmission associated with the service type, based on the signaling, wherein the starting symbol of the time-domain resource is identified using a starting symbol of a physical downlink control channel, PDCCH, that includes the signaling as a reference point.
device comprising a vehicle headlamp arranged to produce a controllable light beam for illuminating a scene, the vehicle headlamp comprising: a light source arranged to provide a beam of incident light; an addressable spatial light modulator arranged to provide a selectable phase delay distribution to a beam of incident light; Fourier optics arranged to receive phase-modulated light from the spatial light modulator and form a light distribution; and projection optics arranged to project the light distribution to form a pattern of illumination as said controllable light beam wherein the device is arranged to determine that the location of a feature of the scene has been detected whilst using a set of phase delay distributions on the spatial light modulator to produce the controllable light beam to provide illumination of the scene, and, in response to determining that the location of a feature of the scene has been detected, modify the set of phase delay distributions on the spatial light modulator to modify the illumination of the scene so as to provide additional illumination at the location of the feature of the scene, wherein the feature is a sign, obstacle or road side information and wherein the device is arranged to receive an input from a sign recognition system and/or collision avoidance system having detected the location of the feature of the scene , the device being arranged to determine the size and distribution of the additional illumination in response to the input from the sign recognition system and/or collision avoidance system. a light source arranged to provide a beam of incident light; an addressable spatial light modulator arranged to provide a selectable phase delay distribution to a beam of incident light; Fourier optics arranged to receive phase-modulated light from the spatial light modulator and form a light distribution; and projection optics arranged to project the light distribution to form a pattern of illumination as said controllable light beam wherein the device is arranged to determine that the location of a feature of the scene has been detected whilst using a set of phase delay distributions on the spatial light modulator to produce the controllable light beam to provide illumination of the scene, and, in response to determining that the location of a feature of the scene has been detected, modify the set of phase delay distributions on the spatial light modulator to modify the illumination of the scene so as to provide additional illumination at the location of the feature of the scene, wherein the feature is a sign, obstacle or road side information and wherein the device is arranged to receive an input from a sign recognition system and/or collision avoidance system having detected the location of the feature of the scene , the device being arranged to determine the size and distribution of the additional illumination in response to the input from the sign recognition system and/or collision avoidance system.
An exercise device, comprising a support mounting a pair of hand grips linked together so as to be movable relative to the support, the hand grips being formed of a resiliently deformable material containing sensors for detecting the speed and acceleration of the hand grips, and a processor connected to the sensors and programmed to display information relating thereto on a display screen , characterised in that the hand grips are linked by an endless belt running around a spaced pair of pulleys and the support comprises a body carried by legs (2-5), such that in use, when the device is placed with the legs (2-5) on a horizontal surface with the body extending away from the user, as one grip is moved away from a user positioned at one end of the body , the other grip is caused to move towards the user.
Screen device comprising a screen roller and a screen rollable onto and unrollable from this screen roller and attached on one of its sides to the screen roller, wherein the screen device comprises a frame with at least a protective casing and two lateral guides, wherein the lateral guides each comprise a first profile and a first further profile , characterized in that the lateral guides each comprise a second further profile , the first profil having an open state when the two further profiles are released from the first profile , and a closed state when the two further profiles are connected to the first profile , wherein the lateral guides show, in the open state, an open space underneath the protective casing for mounting and demounting the screen roller in the protective casing by running the screen roller along the open space, and wherein the lateral guides show, in the closed state, a slot for holding lateral edges of the screen when the screen is rolled up and unrolled.
A turboshaft engine having a principal rotational axis and comprising a compressor , a power turbine , a tail bearing housing and an exhaust collector arranged in axial flow series along said axis, the tail bearing housing having a radially central region defining a flow chamber for cooling air; and an annular duct defined around the central region and which forms at least part of an exhaust flow passage for the flow of exhaust gases from the power turbine to the exhaust collector , wherein the flow chamber is provided in fluid communication with said exhaust collector via at least one exhaust port formed in the tail bearing housing and the flow of exhaust gases through the exhaust collector during operation of the engine educes a flow of cooling air through the central flow chamber , characterised in that the tail bearing housing includes a labyrinth seal configured for pressurisation by a flow of compressed air drawn from the compressor and directed through the seal , the or each exhaust port being provided in fluid communication with the seal and the flow of exhaust gases through the exhaust collector during operation of the engine educes a flow of said compressed air from the seal , through the or each exhaust port and into the exhaust flow.
Hydraulic rotary leadthrough having a central axis of rotation , having a rotary neck which is guided centrally via a bearing arrangement so as to be rotatable in a receiving housing , having a pressure line which extends in the rotary neck and which, starting from a pressure connection at an end side of the housing , opens out onto an opposite pressure side of the rotary leadthrough , and having a sealing arrangement which is situated axially between the pressure side of the rotary leadthrough and the bearing arrangement , encloses the rotary neck and, with respect to the rotary neck , delimits a leakage collecting space which is connected to a collecting line which extends in the rotary neck starting from the connecting space to the end side of the housing that is opposite the pressure side, wherein the pressure line and the collecting line are formed by bores in the rotary neck so as to extend parallel in the rotary neck , characterized in that the bearing arrangement and the sealing arrangement are received in mounts which are axially supported on one another.
A method for decreasing an amount or rate of hydrogen degradation of a material, comprising: (a) exposing a material to gaseous hydrogen peroxide; (b) forming a hydroxyl layer on a surface of the material within a chamber; and (c) after forming the hydroxyl layer, exposing the material to a hydrogen molecule, a hydrogen radical, a hydrogen ion, or hydrogen plasma during a controlled process or application, wherein the hydrogen degradation comprises hydrogen embrittlement, cracking, surface degradation of the material, blistering of the material, delamination of a layer from another layer or from the bulk of a material, and/or the formation of particles on or from the material. (a) exposing a material to gaseous hydrogen peroxide; (b) forming a hydroxyl layer on a surface of the material within a chamber; and (c) after forming the hydroxyl layer, exposing the material to a hydrogen molecule, a hydrogen radical, a hydrogen ion, or hydrogen plasma during a controlled process or application,
A device for modifying the composition of mammalian blood ex vivo before returning the blood to the mammal, characterised in that the device comprises: at least two modules (3008a, b, c) through which withdrawn blood is directed, wherein at least one of said modules is configured to selectively withdraw at least ten percent of galectin-3 in said withdrawn blood by passing said blood through a module provided with a moiety which selectively binds galectin-3, wherein the moiety is selected from the group consisting of an antibody, antibody fragment, non-antibody peptides, each of which selectively binds galectin-3, a polysaccharide which selectively binds galectin-3, or a combination thereof; and at least one module configured to expose white blood cells in the withdrawn blood to ultraviolet irradiation or photopheresis to render said white blood cells more susceptible to apoptosis upon return to the body and uptake by dendritic cells. at least two modules (3008a, b, c) through which withdrawn blood is directed, wherein at least one of said modules is configured to selectively withdraw at least ten percent of galectin-3 in said withdrawn blood by passing said blood through a module provided with a moiety which selectively binds galectin-3, wherein the moiety is selected from the group consisting of an antibody, antibody fragment, non-antibody peptides, each of which selectively binds galectin-3, a polysaccharide which selectively binds galectin-3, or a combination thereof; and at least one module configured to expose white blood cells in the withdrawn blood to ultraviolet irradiation or photopheresis to render said white blood cells more susceptible to apoptosis upon return to the body and uptake by dendritic cells.
A grill comprising: a lid , the lid having an inner wall and an outer wall and forming a substantially hollow plenum between the inner wall and outer wall ; a grill body having a top, a bottom and a plurality of air intake slots on the bottom of the grill body , the air intake slots having a key shape ; an insert secured within the grill body , the insert having a top portion , a bottom portion and an intermediate portion, the top portion adapted to engage the top of the grill body , the intermediate portion adapted to support an annular retaining member and the bottom portion adapted to support a fuel grate ; and, a hinged deflector plate (38 1 ) having at least two sections coupled together with a hinge assembly , the hinged deflector plate (38 1 ) supported by the annular retaining member . a lid , the lid having an inner wall and an outer wall and forming a substantially hollow plenum between the inner wall and outer wall ; a grill body having a top, a bottom and a plurality of air intake slots on the bottom of the grill body , the air intake slots having a key shape ; an insert secured within the grill body , the insert having a top portion , a bottom portion and an intermediate portion, the top portion adapted to engage the top of the grill body , the intermediate portion adapted to support an annular retaining member and the bottom portion adapted to support a fuel grate ; and, a hinged deflector plate (38 1 ) having at least two sections coupled together with a hinge assembly , the hinged deflector plate (38 1 ) supported by the annular retaining member .
A dispersing vehicle for a universal colourant composition, comprising: (i) one or more compounds selected from the group consisting of compounds of formula : wherein R 1 , R 2 , R 3 and R 4 are each independently selected from the group consisting of hydrogen, C 1 -C 3 alkyl, and C 1 -C 3 alkanol, and wherein at least one of R 1 , R 2 , R 3 and R 4 is hydrogen; (ii) one or more compounds selected from the group consisting of compounds of formula : wherein n = 2, 3, or 4; (iii) one or more polyethylene glycols of average molecular weight between about 200 g/mol to about 600g/mol; and (iv) optionally water; wherein said dispersing vehicle is essentially free of volatile organic compounds and alkyl phenol ethoxylates, and comprises 2-hydroxyethylurea. (i) one or more compounds selected from the group consisting of compounds of formula : wherein R 1 , R 2 , R 3 and R 4 are each independently selected from the group consisting of hydrogen, C 1 -C 3 alkyl, and C 1 -C 3 alkanol, and wherein at least one of R 1 , R 2 , R 3 and R 4 is hydrogen; (ii) one or more compounds selected from the group consisting of compounds of formula : wherein n = 2, 3, or 4; (iii) one or more polyethylene glycols of average molecular weight between about 200 g/mol to about 600g/mol; and (iv) optionally water; wherein said dispersing vehicle is essentially free of volatile organic compounds and alkyl phenol ethoxylates, and comprises 2-hydroxyethylurea.