mhurhangee/patent-ind-claim-en huggingface dataset:
A method of operation of a wireless device in a cellular communications network, comprising: receiving , from a network node , a Medium Access Control, MAC, Control Element, CE, comprising: an indication of a semi-persistent sounding reference signal resource set to be activated or deactivated; and information that indicates a spatial relation for the semi-persistent sounding reference signal resource set to be activated or deactivated; wherein the MAC CE comprises: a first octet that comprises the indication of the semi-persistent sounding reference signal resource set to be activated or deactivated; and a second octet that comprises an indication of a type of reference signal for which the spatial relation is provided and an identifier of a reference signal resource set for the type of reference signal for which the spatial relation is provided. an indication of a semi-persistent sounding reference signal resource set to be activated or deactivated; and information that indicates a spatial relation for the semi-persistent sounding reference signal resource set to be activated or deactivated; wherein the MAC CE comprises: a first octet that comprises the indication of the semi-persistent sounding reference signal resource set to be activated or deactivated; and a second octet that comprises an indication of a type of reference signal for which the spatial relation is provided and an identifier of a reference signal resource set for the type of reference signal for which the spatial relation is provided. a first octet that comprises the indication of the semi-persistent sounding reference signal resource set to be activated or deactivated; and a second octet that comprises an indication of a type of reference signal for which the spatial relation is provided and an identifier of a reference signal resource set for the type of reference signal for which the spatial relation is provided.
A communication apparatus (AP) configured to - transmit a frame in which information regarding a transmission waiting period of a terminal is described, - operate as an access point, - wherein the frame notifies a subordinate terminal of allowance of multi user transmission and the frame describes the information designating a transmission waiting period of the subordinate terminal after the multi user transmission is finished, and - wherein the frame further describes information designating to terminals a transmission waiting period longer than a transmission waiting period of the communication apparatus in a case where the communication apparatus performs multi user transmission after the multi user transmission is finished, characterized in that the frame further describes the information designating a transmission waiting period in accordance with a number of times of transmission of the terminal, such that a terminal whose number of times of transmission is smaller has a shorter transmission waiting period than a terminal whose number of times of transmission is larger. - transmit a frame in which information regarding a transmission waiting period of a terminal is described, - operate as an access point, - wherein the frame notifies a subordinate terminal of allowance of multi user transmission and the frame describes the information designating a transmission waiting period of the subordinate terminal after the multi user transmission is finished, and - wherein the frame further describes information designating to terminals a transmission waiting period longer than a transmission waiting period of the communication apparatus in a case where the communication apparatus performs multi user transmission after the multi user transmission is finished,
A circuit board interconnection architecture comprising at least four first plugboards and at least four second plugboards that are substantially perpendicular to the at least four first plugboards, wherein the at least four first plugboards and the at least four second plugboards are provided with several slots; and the at least four first plugboards and the at least four second plugboards are mated and electrically connected by using signal connectors provided on each plugboard of the at least four first plugboards and the at least four second plugboards, wherein the signal connectors are provided on both sides of the slots, • wherein the first plugboards comprise a first base board and a first circuit board; the first circuit board is provided on the first base board; the first circuit board is a support body for electronic components and provides an electrical connection between the electronic components; and the first base board supports the first circuit board, • wherein the second plugboards comprise a second base board and a second circuit board; the second circuit board is provided on the second base board; the second circuit board is a support body for electronic components and provides an electrical connection between the electronic components; and the second base board supports the second circuit board, • and, for each plugboard provided with the several slots, the several slots are provided on an edge of the corresponding circuit board and are located between any two adjacent signal connectors, wherein any two adjacent slots are arranged on the edge of the corresponding circuit board in such a way that a distance between two adjacent slots decreases starting from a first end of the edge until a second end of the edge. • wherein the first plugboards comprise a first base board and a first circuit board; the first circuit board is provided on the first base board; the first circuit board is a support body for electronic components and provides an electrical connection between the electronic components; and the first base board supports the first circuit board, • wherein the second plugboards comprise a second base board and a second circuit board; the second circuit board is provided on the second base board; the second circuit board is a support body for electronic components and provides an electrical connection between the electronic components; and the second base board supports the second circuit board, • and, for each plugboard provided with the several slots, the several slots are provided on an edge of the corresponding circuit board and are located between any two adjacent signal connectors, wherein any two adjacent slots are arranged on the edge of the corresponding circuit board in such a way that a distance between two adjacent slots decreases starting from a first end of the edge until a second end of the edge.
A condenser apparatus , comprising: a plurality of substantially parallel tubes , each tube defining a channel and having an inlet at a first end and an outlet at a second end , the first end having a greater hydraulic diameter than the second end; an inlet manifold at the inlets of the tubes for distributing flow to the inlets; and an outlet manifold at the outlets of the tubes for receiving flow from the outlets; wherein each tube has a longitudinal axis and a length, and includes at least one portion along the length that tapers from a first hydraulic diameter to a second hydraulic diameter that is less than the first hydraulic diameter by splitting the channel defined by each tube into a plurality of channels of reduced hydraulic diameter. a plurality of substantially parallel tubes , each tube defining a channel and having an inlet at a first end and an outlet at a second end , the first end having a greater hydraulic diameter than the second end; an inlet manifold at the inlets of the tubes for distributing flow to the inlets; and an outlet manifold at the outlets of the tubes for receiving flow from the outlets; wherein each tube has a longitudinal axis and a length, and includes at least one portion along the length that tapers from a first hydraulic diameter to a second hydraulic diameter that is less than the first hydraulic diameter by splitting the channel defined by each tube into a plurality of channels of reduced hydraulic diameter.
An optical modulating device comprising: a substrate comprising a first trench (T1) and a second trench (T2) which are spaced apart from each other; a phase modulator provided in a region of the substrate, the phase modulator comprising: an undoped region which is provided between the first trench and the second trench, and is not doped with a dopant; and a first doped region and a second doped region which are spaced apart from each other with the undoped region therebetween, and are doped with a dopant, wherein the phase modulator is configured to modulate a phase of light traveling through the undoped region based on a first electrical signal applied to the phase modulator; an amplifier comprising a first doped layer , a quantum well layer , a clad layer , and a second doped layer which are sequentially provided on the substrate, the amplifier overlapping at least a portion of the phase modulator when viewed in plan view along a thickness direction of the substrate and being configured to amplify the light based on a second electrical signal applied to the amplifier; and an insulating layer provided between the phase modulator and the amplifier. a substrate comprising a first trench (T1) and a second trench (T2) which are spaced apart from each other; a phase modulator provided in a region of the substrate, the phase modulator comprising: an undoped region which is provided between the first trench and the second trench, and is not doped with a dopant; and a first doped region and a second doped region which are spaced apart from each other with the undoped region therebetween, and are doped with a dopant, wherein the phase modulator is configured to modulate a phase of light traveling through the undoped region based on a first electrical signal applied to the phase modulator; an undoped region which is provided between the first trench and the second trench, and is not doped with a dopant; and a first doped region and a second doped region which are spaced apart from each other with the undoped region therebetween, and are doped with a dopant, wherein the phase modulator is configured to modulate a phase of light traveling through the undoped region based on a first electrical signal applied to the phase modulator; an amplifier comprising a first doped layer , a quantum well layer , a clad layer , and a second doped layer which are sequentially provided on the substrate, the amplifier overlapping at least a portion of the phase modulator when viewed in plan view along a thickness direction of the substrate and being configured to amplify the light based on a second electrical signal applied to the amplifier; and an insulating layer provided between the phase modulator and the amplifier.
A method of decoding implemented by a video decoder according to VVC, comprising: receiving, by the video decoder, a coded video bitstream, wherein the coded video bitstream contains coded data representing a picture, the picture including one or more slices having only one tile, each tile containing only one brick, and each brick containing a plurality of coding tree blocks ,CTBs; parsing, by the video decoder, a parameter set to determine whether wavefront parallel processing is enabled for the current picture and/or for the current slice; parsing, by the video decoder, slice data of the current slice to obtain bricks and CTBs within each brick; parsing, by the video decoder, an end of brick bit with a first value and byte alignment bits in the coded video bitstream, the end of brick bit with the first value indicating that a current CTB from the plurality of CTBs is a last CTB in a brick; parsing, by the video decoder, an end of CTB row bit with the first value and the byte alignment bits in the coded video bitstream, the end of CTB row bit with the first value indicating that waveform parallel processing, WPP, is enabled and that the current CTB from the plurality of CTBs is the last CTB in a CTB row but not the last CTB in the brick; and reconstructing, by the video decoder, the plurality of CTBs in the brick based on the end of brick bit with the first value, the end of CTB row bit with the first value, and the byte alignment bits. receiving, by the video decoder, a coded video bitstream, wherein the coded video bitstream contains coded data representing a picture, the picture including one or more slices having only one tile, each tile containing only one brick, and each brick containing a plurality of coding tree blocks ,CTBs; parsing, by the video decoder, a parameter set to determine whether wavefront parallel processing is enabled for the current picture and/or for the current slice; parsing, by the video decoder, slice data of the current slice to obtain bricks and CTBs within each brick; parsing, by the video decoder, an end of brick bit with a first value and byte alignment bits in the coded video bitstream, the end of brick bit with the first value indicating that a current CTB from the plurality of CTBs is a last CTB in a brick; parsing, by the video decoder, an end of CTB row bit with the first value and the byte alignment bits in the coded video bitstream, the end of CTB row bit with the first value indicating that waveform parallel processing, WPP, is enabled and that the current CTB from the plurality of CTBs is the last CTB in a CTB row but not the last CTB in the brick; and reconstructing, by the video decoder, the plurality of CTBs in the brick based on the end of brick bit with the first value, the end of CTB row bit with the first value, and the byte alignment bits.
A device for studying the topographical memory of at least one mouse, said device comprising: - a central space, called the agora , open on at least one side, - a plurality of closed spaces, called houses (111-115), located at the periphery of the agora , said houses (111-115) being open on one side and connected to at least one traffic space, called a street (161-165, 171-175, 181-185), allowing the at least one mouse to reach the agora , and - a plurality of means of stimulation (121-125) of the at least one mouse located in the plurality of houses (111-115), characterized in that said at least one traffic space (161-165, 171-175, 181-185) form a maze that is arranged in such a way that the distances between the agora and each house (111-115) are identical, each house (111-115) being accessible from the agora via at least two direct paths of the same length, all of the direct paths connecting each house (111-115) to the agora being of equal length. - a central space, called the agora , open on at least one side, - a plurality of closed spaces, called houses (111-115), located at the periphery of the agora , said houses (111-115) being open on one side and connected to at least one traffic space, called a street (161-165, 171-175, 181-185), allowing the at least one mouse to reach the agora , and - a plurality of means of stimulation (121-125) of the at least one mouse located in the plurality of houses (111-115),
Process for preparing an etheresterol, preferably a polyetheresterol, by reacting an H-functional starter substance with a cyclic anhydride and an alkylene oxide in the presence of a catalyst , wherein the alkylene oxide in the total amount (m3) is added in at least two portions (m3-1) and (m3-2); wherein the catalyst in the total amount (m4) is added in at least one portion (m4-2); wherein the portion (m4-2) of the catalyst is added after the first portion (m3-1) of the alkylene oxide ; and wherein the addition of the total amount (m4) of the catalyst is concluded before the addition of the total amount (m3) of the alkylene oxide ; and wherein the catalyst is a tertiary amine. wherein the catalyst in the total amount (m4) is added in at least one portion (m4-2); wherein the portion (m4-2) of the catalyst is added after the first portion (m3-1) of the alkylene oxide ; and wherein the addition of the total amount (m4) of the catalyst is concluded before the addition of the total amount (m3) of the alkylene oxide ; and wherein the catalyst is a tertiary amine.
A method for producing a hydrogenated conjugated diene polymer latex, comprising: a hydrogenation step of dissolving or dispersing a hydrogenation catalyst containing a platinum group element in a latex of a conjugated diene polymer to hydrogenate a carbon-carbon unsaturated bond in the conjugated diene polymer; and an insoluble complex formation step of complexing the platinum group element in the latex with a complexing agent to form an insoluble complex; wherein pH of the latex at the insoluble complex formation step is adjusted in a range of 5.0 to 8.0, and in the insoluble complex formation step, the insoluble complex is formed by adding a solution or a dispersion containing the complexing agent to the latex. a hydrogenation step of dissolving or dispersing a hydrogenation catalyst containing a platinum group element in a latex of a conjugated diene polymer to hydrogenate a carbon-carbon unsaturated bond in the conjugated diene polymer; and an insoluble complex formation step of complexing the platinum group element in the latex with a complexing agent to form an insoluble complex; wherein pH of the latex at the insoluble complex formation step is adjusted in a range of 5.0 to 8.0, and in the insoluble complex formation step, the insoluble complex is formed by adding a solution or a dispersion containing the complexing agent to the latex.
A rotating shaft supporting structure of journal bearing comprising a plurality of pads (40a-40d) disposed in a cylindrical bearing housing circumferentially spaced along the inner surface of the bearing housing so that a journal (j) swingably placed in the cylindrical bearing housing is supported by the pads (40a-40d) capable of being self-aligned, a first oil supply nozzle is located at the upstream side end of the pad for supplying lubrication oil to the bearing surface of the pad and a second oil supply nozzle is located at the downstream side end of the pad for preventing carryover of the lubrication oil flowed out from the downstream side end of the pad to the bearing surface of a pad located downstream adjacent to the upstream pad, wherein each of the pads (40a-40d) is supported at its central zone by a spherical pivot received in a recess provided in the inner face of the bearing housing so that the pad (40a-40d) is swingable circumferentially and axially in relation to the journal (j), wherein the first oil supply nozzle and the second oil supply nozzle are separate components, the first oil supply nozzle and the second oil supply nozzle are arranged in one of the circumferential clearances between the pads, wherein the first oil supply nozzle has a casing part and is attached to the bearing housing such that a side face of the casing part contacts the upstream side end face of the pad at least in line contact with the outer side periphery thereof and the second oil supply nozzle has also a casing part and is attached to the bearing housing such that a side face of the casing part contacts the downstream side end face of the pad at least in line contact with the outer side periphery thereof, thereby the oil supply nozzles serving as stoppers to prevent circumferential movement of the pad, characterised in that : a radial through hole is drilled in the upper bearing housing for supporting an upper pad, on which bearing load due the own weight of the rotating shaft does not exert, from the outer periphery thereof radially inwardly at such a position that the radial through hole opens facing the back face of the spherical pivot so that depth from the outer periphery of the bearing housing to the back face of the spherical pivot can be measured, whereby a radial clearance between the bearing surface of the upper pad and a rotating surface of the journal (j) is adjusted based on the measurement result of the depth, and further comprising an adjusting shim on the back face of the spherical pivot for adjusting the radial clearance.
A device to approximate multiple tissue edges, comprising one or more clips and a catheter , wherein the one or more clips are releasably provided on a push-rod so as to be deliverable to an access site through the catheter , wherein each of the clips has first and second jaws constrained to be in a closed configuration while inside the catheter , each of the clips being configured to expand or be forced to an open configuration when emerging from the catheter , the push-rod being configured to be arranged between the first and second jaws so that the push-rod and the first and second jaws present tissue gripping areas on opposite sides of the push-rod , wherein the jaws of the clip(s) are forced to the closed configuration by walls of the catheter when the push-rod is pulled proximally.
A bipolar ionizer for air purification, which is a plate-type structure comprising: a substrate with a thermally conductive sheet , a first porous emitter plate , a second porous emitter plate , a first dielectric barrier plate , a second dielectric barrier plate , a first ground plate , and a second ground plate ; wherein the fist porous emitter plate is disposed on a top surface of the substrate and the second porous emitter plate is disposed on a bottom surface of the substrate the first dielectric barrier plate is disposed above the first porous emitter plate and the second dielectric barrier plate is disposed under the second porous emitter plate ; the first ground plate is disposed above the first dielectric barrier plate and the second ground plate is disposed under the second dielectric barrier plate the first porous emitter plate and the second porous emitter plate are both porous metal sheets; the first ground plate and the second ground plate are both porous metal sheets; an electric field gradient formed between the thermally conductive sheet and the first porous emitter plate is smaller than an electric field gradient formed between the first porous emitter plate and the first ground plate , and an electric field gradient formed between the thermally conductive sheet and the second porous emitter plate is smaller than an electric field gradient formed between the second porous emitter plate and the second ground plate . a substrate with a thermally conductive sheet , a first porous emitter plate , a second porous emitter plate , a first dielectric barrier plate , a second dielectric barrier plate , a first ground plate , and a second ground plate ; wherein the fist porous emitter plate is disposed on a top surface of the substrate and the second porous emitter plate is disposed on a bottom surface of the substrate the first dielectric barrier plate is disposed above the first porous emitter plate and the second dielectric barrier plate is disposed under the second porous emitter plate ; the first ground plate is disposed above the first dielectric barrier plate and the second ground plate is disposed under the second dielectric barrier plate the first porous emitter plate and the second porous emitter plate are both porous metal sheets; the first ground plate and the second ground plate are both porous metal sheets; an electric field gradient formed between the thermally conductive sheet and the first porous emitter plate is smaller than an electric field gradient formed between the first porous emitter plate and the first ground plate , and an electric field gradient formed between the thermally conductive sheet and the second porous emitter plate is smaller than an electric field gradient formed between the second porous emitter plate and the second ground plate .